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2024-04-19 04:52:44

Gene list

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Organism: Dictyostelium lacteum

Number of genes found: 10289

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Dictyostelium lacteum
NameLocus tagProduct / DescriptionGenomic elementTypeBeginLengthStrandGC-content
NA DLA_11875 tRNA-AsnGLQOFTK02FH5TG tRNA1269858 73 + 0.547945
NA DLA_11853 tRNA-MetF4PJNLW01EE5MJ tRNA784643 73 - 0.479452
NA DLA_11876 tRNA-AsnGLQOFTK02FH5TG tRNA1278271 73 - 0.547945
NA DLA_11873 tRNA-PseudoGAOABQK02IO52T tRNA408508 71 + 0.507042
NA DLA_11868 tRNA-CysGAOABQK02HUB3S tRNA721243 72 - 0.458333
NA DLA_11883 tRNA-ProGLQOFTK02GHM7A tRNA24767 71 - 0.464789
NA DLA_11898 tRNA-Argcontig05409_1.exp tRNA699375 72 + 0.555556
NA DLA_11863 tRNA-TrpGAOABQK02H81I9 tRNA857696 72 - 0.541667
NA DLA_11871 tRNA-GluGAOABQK02HUB3S tRNA1752054 72 - 0.527778
NA DLA_11881 tRNA-ValGLQOFTK02G2F2O tRNA859116 73 - 0.465753
NA DLA_11877 tRNA-ArgGLQOFTK02FH5TG tRNA1306949 73 + 0.534247
NA DLA_11899 tRNA-Sercontig05409_1.exp tRNA702980 81 + 0.518519
NA DLA_11849 tRNA-LeuF4PJNLW01DERRH tRNA470374 81 - 0.580247
NA DLA_11894 tRNA-AlaGLQOFTK02IJPNF tRNA206906 96 - 0.427083
NA DLA_11887 tRNA-ArgGLQOFTK02IIOHN tRNA109759 72 + 0.555556
NA DLA_11860 tRNA-ThrGAOABQK02H81I9 tRNA107405 84 + 0.428571
NA DLA_11848 tRNA-MetF4PJNLW01DERRH tRNA464982 74 + 0.472973
NA DLA_11872 tRNA-GluGAOABQK02IO52T tRNA15376 72 - 0.527778
NA DLA_11882 tRNA-LeuGLQOFTK02GHM7A tRNA168 79 + 0.506329
NA DLA_11890 tRNA-ThrGLQOFTK02IJPNF tRNA36155 71 + 0.450704
NA DLA_11867 tRNA-AsnGAOABQK02HUB3S tRNA532556 72 - 0.555556
NA DLA_11884 tRNA-AsnGLQOFTK02GHM7A tRNA559653 73 + 0.547945
NA DLA_11850 tRNA-MetF4PJNLW01DERRH tRNA471589 74 + 0.472973
NA DLA_11895 tRNA-AlaGLQOFTK02IJPNF tRNA218462 96 + 0.427083
NA DLA_11878 tRNA-SerGLQOFTK02FH5TG tRNA1524417 81 + 0.518519
NA DLA_11903 tRNA-LeuF4PJNLW01AQJ8S tRNA45066 79 + 0.506329
NA DLA_11879 tRNA-LysGLQOFTK02G2F2O tRNA786666 73 - 0.643836
NA DLA_11862 tRNA-CysGAOABQK02H81I9 tRNA507992 72 - 0.458333
NA DLA_11861 tRNA-CysGAOABQK02H81I9 tRNA507849 72 + 0.458333
NA DLA_11854 tRNA-IleF4PJNLW02GJ9ZB tRNA151375 87 + 0.413793
NA DLA_11859 tRNA-TrpGAOABQK02H81I9 tRNA76 74 - 0.554054
NA DLA_11891 tRNA-AsnGLQOFTK02IJPNF tRNA36272 73 - 0.547945
NA DLA_11858 tRNA-ThrGAOABQK02G7M1S tRNA130378 71 - 0.450704
NA DLA_11893 tRNA-AsnGLQOFTK02IJPNF tRNA64059 73 - 0.547945
NA DLA_11886 tRNA-SerGLQOFTK02IIOHN tRNA4442 81 - 0.518519
NA DLA_11869 tRNA-MetGAOABQK02HUB3S tRNA897459 73 - 0.479452
NA DLA_11889 tRNA-AlaGLQOFTK02IJPNF tRNA25192 96 + 0.427083
NA DLA_11857 tRNA-LeuGAOABQK02G6SYV tRNA411750 80 + 0.5
NA DLA_11896 tRNA-SerGLQOFTK02IJPNF tRNA275964 81 + 0.45679
NA DLA_11888 tRNA-LeuGLQOFTK02IIOHN tRNA162119 79 - 0.506329
NA DLA_11897 tRNA-TrpGLQOFTK02IRMR1 tRNA196200 72 + 0.541667
NA DLA_11865 tRNA-LeuGAOABQK02HUB3S tRNA223719 80 + 0.5
NA DLA_11870 tRNA-MetGAOABQK02HUB3S tRNA1027501 73 - 0.465753
NA DLA_11892 tRNA-ThrGLQOFTK02IJPNF tRNA63940 71 + 0.450704
NA DLA_11880 tRNA-LysGLQOFTK02G2F2O tRNA788411 74 + 0.648649
NA DLA_11900 tRNA-Argnewcontig00824_1.exp tRNA1062 72 - 0.555556
NA DLA_11864 tRNA-LeuGAOABQK02HUB3S tRNA184949 80 + 0.5
NA DLA_11866 tRNA-LeuGAOABQK02HUB3S tRNA280948 80 - 0.5
NA DLA_11851 tRNA-LeuF4PJNLW01DERRH tRNA700317 81 + 0.580247
NA DLA_11855 tRNA-IleF4PJNLW02GJ9ZB tRNA218415 87 - 0.413793
NA DLA_11901 tRNA-Lysnewcontig00824_1.exp tRNA45482 73 + 0.643836
NA DLA_11902 tRNA-GlnF4PJNLW01A00V1 tRNA592539 72 - 0.402778
NA DLA_11874 tRNA-AsnGAOABQK02JBK0O tRNA104967 73 + 0.547945
NA DLA_11904 tRNA-ThrF4PJNLW01B0TO9 tRNA205879 71 - 0.450704
NA DLA_11852 tRNA-LeuF4PJNLW01EE5MJ tRNA138096 81 + 0.493827
NA DLA_11885 tRNA-LeuGLQOFTK02GK2WV tRNA383 81 + 0.580247
NA DLA_11856 tRNA-AsnGAOABQK02G6SYV tRNA100674 73 + 0.547945
drnA DLA_01047 similar to the mammalian Dicer protein an RNase III protein that converts long dsRNA (double-stranded RNA) into siRNA (small interfering RNA) in Dictyostelium involved in RNA interference and microRNA processingF4PJNLW01A00V1 CDS697220 3645 - 0.314129
g1 DLA_00002 contig05409_1.exp CDS2128 1590 - 0.326415
g10 DLA_00011 contig05409_1.exp CDS30982 756 + 0.260582
g100 DLA_00116 contig05409_1.exp CDS235258 1164 + 0.337629
g1000 DLA_01110 F4PJNLW01A00V1 CDS828964 1653 - 0.30127
g10000 DLA_11156 GLQOFTK02JL55Q CDS592492 2448 + 0.338235
g10001 DLA_11157 GLQOFTK02JL55Q CDS595114 501 - 0.257485
g10002 DLA_11159 GLQOFTK02JL55Q CDS596312 1206 + 0.292703
g10003 DLA_11160 GLQOFTK02JL55Q CDS597665 954 + 0.310273
g10004 DLA_11161 catalyzes the reaction D-ribose 5-phosphate D-ribulose 5-phosphateGLQOFTK02JL55Q CDS598711 714 - 0.357143
g10005 DLA_11162 GLQOFTK02JL55Q CDS599710 489 - 0.345603
g10006 DLA_11163 Dictyostelium enzyme that hydrolyses O- and S-glycosyl compounds with a preference for cleaving the alpha1-6-O-fucolsyl bonds in fucosylated oligosaccharides secreted during developmentGLQOFTK02JL55Q CDS600382 1398 + 0.350501
g10007 DLA_11164 GLQOFTK02JL55Q CDS602070 2064 - 0.320736
g10008 DLA_11165 GLQOFTK02JL55Q CDS604315 2010 + 0.30398
g10009 DLA_11166 GLQOFTK02JL55Q CDS606696 2004 + 0.305389
g1001 DLA_01111 component of the SCF ubiquitin ligase complex the fpaB gene encodes a protein almost identical to that of fpaA differing in one amino acid only series of glycosylation reactions attaches a pentasaccharide chain to HyPro143 there is a second copy of this gene F4PJNLW01A00V1 CDS831508 483 - 0.339545
g10010 DLA_11167 GLQOFTK02JL55Q CDS609157 354 - 0.358757
g10011 DLA_11169 GLQOFTK02JL55Q CDS609655 216 + 0.282407
g10012 DLA_11170 GLQOFTK02JL55Q CDS610356 3012 - 0.324701
g10013 DLA_11172 GLQOFTK02JL55Q CDS614325 1347 + 0.35412
g10014 DLA_11173 GLQOFTK02JL55Q CDS616128 1047 + 0.274117
g10015 DLA_11174 GLQOFTK02JL55Q CDS617376 1914 - 0.30512
g10016 DLA_11176 GLQOFTK02JL55Q CDS621421 1446 + 0.275934
g10017 DLA_11177 GLQOFTK02JL55Q CDS623580 1080 + 0.342593
g10018 DLA_11178 GLQOFTK02JL55Q CDS624914 1509 - 0.341286
g10019 DLA_11180 GLQOFTK02JL55Q CDS628929 3315 - 0.35083
g1002 DLA_01112 F4PJNLW01A00V1 CDS832593 3108 - 0.361647
g10020 DLA_11181 GLQOFTK02JL55Q CDS633459 4599 - 0.337465
g10021 DLA_11183 GLQOFTK02JL55Q CDS638268 1044 - 0.331418
g10022 DLA_11184 GLQOFTK02JL55Q CDS639909 2118 - 0.315392
g10023 DLA_11185 GLQOFTK02JL55Q CDS642472 618 + 0.322006
g10024 DLA_11186 GLQOFTK02JL55Q CDS643290 1992 - 0.324799
g10025 DLA_11187 GLQOFTK02JL55Q CDS645934 3948 + 0.337133
g10026 DLA_11188 GLQOFTK02JL55Q CDS650159 3576 - 0.378915
g10027 DLA_11189 GLQOFTK02JL55Q CDS654226 543 - 0.325967
g10028 DLA_11190 GLQOFTK02JL55Q CDS655711 1617 + 0.393939
g10029 DLA_11191 GLQOFTK02JL55Q CDS657400 1626 - 0.289668
g1003 DLA_01113 F4PJNLW01A00V1 CDS836642 957 + 0.339603
g10030 DLA_11192 ortholog of the conserved microsomal signal peptidase 25 kDa subunit the signal peptidase complex is a membrane-bound endoproteinase that removes signal peptides from nascent proteins as they are translocated into the lumen of the endoplasmic reticulum contains two putative transmembrane domainsGLQOFTK02JL55Q CDS659163 975 - 0.285128
g10031 DLA_11194 GLQOFTK02JL55Q CDS661224 2520 + 0.290079
g10032 DLA_11195 GLQOFTK02JL55Q CDS663874 1269 - 0.35067
g10033 DLA_11196 GLQOFTK02JL55Q CDS665382 1260 - 0.292064
g10034 DLA_11197 GLQOFTK02JL55Q CDS666720 1188 + 0.310606
g10035 DLA_11198 GLQOFTK02JL55Q CDS668070 972 - 0.364198
g10036 DLA_11199 GLQOFTK02JL55Q CDS669230 1206 + 0.334163
g10037 DLA_11200 GLQOFTK02JL55Q CDS670673 543 - 0.366482
g10038 DLA_11201 GLQOFTK02JL55Q CDS672397 1170 - 0.326496
g10039 DLA_11202 GLQOFTK02JL55Q CDS674498 2307 - 0.316862
g1004 DLA_01114 F4PJNLW01A00V1 CDS837872 1662 - 0.342359
g10040 DLA_11203 GLQOFTK02JL55Q CDS677171 1089 + 0.292929
g10041 DLA_11204 GLQOFTK02JL55Q CDS678449 2382 - 0.304366
g10042 DLA_11205 GLQOFTK02JL55Q CDS681432 2313 + 0.335063
g10043 DLA_11206 GLQOFTK02JL55Q CDS683801 1260 - 0.281746
g10044 DLA_11207 GLQOFTK02JL55Q CDS685183 1239 - 0.297014
g10045 DLA_11208 GLQOFTK02JL55Q CDS686559 2217 - 0.30221
g10046 DLA_11209 GLQOFTK02JL55Q CDS689088 255 - 0.25098
g10047 DLA_11210 GLQOFTK02JL55Q CDS689818 1275 + 0.347451
g10048 DLA_11211 similar to MCM6 a component of the Mcm2-7 hexameric complex that binds chromatin as a part of the pre-replicative complexGLQOFTK02JL55Q CDS691323 2565 - 0.332164
g10049 DLA_11212 GLQOFTK02JL55Q CDS694033 1302 - 0.337174
g1005 DLA_01115 F4PJNLW01A00V1 CDS840089 1410 - 0.311348
g10050 DLA_11213 GLQOFTK02JL55Q CDS695729 1245 + 0.333333
g10051 DLA_11215 GLQOFTK02JL55Q CDS697642 1200 + 0.324167
g10052 DLA_11217 GLQOFTK02JL55Q CDS699576 810 + 0.322222
g10053 DLA_11218 GLQOFTK02JL55Q CDS700526 501 + 0.263473
g10054 DLA_11219 GLQOFTK02JL55Q CDS701178 2313 - 0.357112
g10055 DLA_11221 GLQOFTK02JL55Q CDS705405 2181 + 0.357634
g10056 DLA_11223 GLQOFTK02JL55Q CDS709304 3342 + 0.359964
g10057 DLA_11224 GLQOFTK02JL55Q CDS712922 999 + 0.282282
g10058 DLA_11225 GLQOFTK02JL55Q CDS714155 2184 - 0.305403
g10059 DLA_11226 GLQOFTK02JL55Q CDS717281 1278 + 0.319249
g1006 DLA_01116 F4PJNLW01A00V1 CDS841672 1410 - 0.370213
g10060 DLA_11227 GLQOFTK02JL55Q CDS719805 1713 + 0.318739
g10061 DLA_11228 GLQOFTK02JL55Q CDS722247 3852 - 0.350467
g10062 DLA_11229 GLQOFTK02JL55Q CDS726447 3363 + 0.359203
g10063 DLA_11232 GLQOFTK02JL55Q CDS730659 1578 - 0.320659
g10064 DLA_11233 GLQOFTK02JL55Q CDS732831 1545 - 0.330097
g10065 DLA_11234 GLQOFTK02JL55Q CDS734763 1584 - 0.325126
g10066 DLA_11235 GLQOFTK02JL55Q CDS736563 2583 - 0.348045
g10067 DLA_11238 GLQOFTK02JL55Q CDS741963 1305 + 0.3341
g10068 DLA_11239 GLQOFTK02JL55Q CDS744417 1392 + 0.34842
g10069 DLA_11240 GLQOFTK02JL55Q CDS746287 645 + 0.355039
g1007 DLA_01117 F4PJNLW01A00V1 CDS843560 7092 + 0.326424
g10070 DLA_11242 GLQOFTK02JL55Q CDS748079 768 + 0.334635
g10071 DLA_11243 GLQOFTK02JL55Q CDS749090 2811 + 0.336891
g10072 DLA_11244 GLQOFTK02JL55Q CDS752012 1119 - 0.316354
g10073 DLA_11246 GLQOFTK02JL55Q CDS753430 957 + 0.329154
g10074 DLA_11247 GLQOFTK02JL55Q CDS754900 834 - 0.321343
g10075 DLA_11248 GLQOFTK02JL55Q CDS756239 1938 + 0.288958
g10076 DLA_11249 GLQOFTK02JL55Q CDS758509 2061 - 0.339156
g10077 DLA_11250 GLQOFTK02JL55Q CDS761011 1563 + 0.31222
g10078 DLA_11251 GLQOFTK02JL55Q CDS762875 3936 + 0.306657
g10079 DLA_11252 GLQOFTK02JL55Q CDS766945 1365 - 0.298901
g1008 DLA_01118 F4PJNLW01A00V1 CDS851960 2121 + 0.286657
g10080 DLA_11253 GLQOFTK02JL55Q CDS768673 1773 + 0.267908
g10081 DLA_11254 GLQOFTK02JL55Q CDS770510 369 - 0.295393
g10082 DLA_11255 GLQOFTK02JL55Q CDS771164 1239 + 0.378531
g10083 DLA_11256 GLQOFTK02JL55Q CDS772850 1500 - 0.282
g10084 DLA_11258 GLQOFTK02JL55Q CDS774482 4122 - 0.309801
g10085 DLA_11845 SKIP ortholog binds cyclophilin E (cypE) in a cyclosporin-independent mannerGLQOFTK02JL55Q CDS778820 1680 - 0.332143
g10086 DLA_11259 GLQOFTK02JL55Q CDS780755 444 + 0.31982
g10087 DLA_11260 snRNP Sm family protein similar to H. sapiens LSMD1 and to S. pombe U6 snRNP-associated protein Lsm7GLQOFTK02JL55Q CDS781503 276 - 0.304348
g10088 DLA_11261 GLQOFTK02JL55Q CDS782177 3021 + 0.3095
g10089 DLA_11262 GLQOFTK02JL55Q CDS785510 3339 + 0.331836
g1009 DLA_01120 F4PJNLW01A00V1 CDS854260 417 + 0.302158
g10090 DLA_11263 GLQOFTK02JL55Q CDS789037 2133 + 0.304735
g10091 DLA_11264 GLQOFTK02JL55Q CDS791785 1065 - 0.340845
g10092 DLA_11265 GLQOFTK02JL55Q CDS793666 870 + 0.342529
g10093 DLA_11266 GLQOFTK02JL55Q CDS794594 2988 - 0.303213
g10094 DLA_11267 GLQOFTK02JL55Q CDS798272 1068 - 0.394195
g10095 DLA_11268 GLQOFTK02JL55Q CDS799586 1173 + 0.27792
g10096 DLA_11270 GLQOFTK02JL55Q CDS801591 2511 - 0.320191
g10097 DLA_11272 GLQOFTK02JL55Q CDS804918 2307 - 0.324231
g10098 DLA_11273 GLQOFTK02JL55Q CDS807491 1950 - 0.332308
g10099 DLA_11274 GLQOFTK02JL55Q CDS809838 792 - 0.280303
g101 DLA_00117 contig05409_1.exp CDS237058 1521 - 0.357659
g1010 DLA_01121 F4PJNLW01A00V1 CDS855110 2964 + 0.339406
g10100 DLA_11276 localizes to the cell cortex binds myosin II and regulates microtubule length the cortical cytoskeleton and cytokinesis functions in the same pathway as racE to regulate these processesGLQOFTK02JL55Q CDS811197 741 - 0.368421
g10101 DLA_11277 GLQOFTK02JL55Q CDS812499 579 - 0.264249
g10102 DLA_11278 GLQOFTK02JL55Q CDS813315 2511 + 0.309438
g10103 DLA_11279 GLQOFTK02JL55Q CDS815950 2742 - 0.31291
g10104 DLA_11282 very similar to Acanthamoeba actobindin contains two actin-binding WH2 (Wiskott Aldrich syndrome homology region 2) domainsGLQOFTK02JL55Q CDS820627 267 - 0.404494
g10105 DLA_11283 contains one C2H2-type zinc finger motif and 2 ankyrin repeats contains 2 predicted coiled-coil domainsGLQOFTK02JL55Q CDS821463 2073 + 0.320309
g10106 DLA_11284 GLQOFTK02JL55Q CDS823910 2478 + 0.307103
g10107 DLA_11285 GLQOFTK02JL55Q CDS826825 1434 - 0.340307
g10108 DLA_11286 GLQOFTK02JL55Q CDS828461 432 + 0.300926
g10109 DLA_11287 GLQOFTK02JL55Q CDS829023 804 - 0.298507
g1011 DLA_01122 F4PJNLW01A00V1 CDS858219 1269 - 0.327029
g10110 DLA_11288 GLQOFTK02JL55Q CDS830966 1485 + 0.257912
g10111 DLA_11289 GLQOFTK02JL55Q CDS832900 552 - 0.326087
g10112 DLA_11292 GLQOFTK02JL55Q CDS834981 1032 - 0.323643
g10113 DLA_11293 hydrolyses alkylated adenine residues on DNA releasing 3-methyladenineGLQOFTK02JL55Q CDS836557 678 + 0.306785
g10114 DLA_11294 GLQOFTK02JL55Q CDS837312 1827 - 0.316913
g10115 DLA_11295 GLQOFTK02JL55Q CDS839720 1299 + 0.293303
g10116 DLA_11296 GLQOFTK02JL55Q CDS841405 204 - 0.240196
g10117 DLA_11297 GLQOFTK02JL55Q CDS841822 2325 - 0.395699
g10118 DLA_11298 GLQOFTK02JL55Q CDS844355 3999 - 0.291323
g10119 DLA_11299 GLQOFTK02JL55Q CDS849428 8787 - 0.333447
g1012 DLA_01123 subunit of the 20S proteasome (macropain) the endopeptidase complex involved in an ATPubiquitin-dependent nonlysosomal proteolytic pathway in eukaryotes composed of up to 28 subunits which form a highly ordered ring-shaped structure (20S ring)F4PJNLW01A00V1 CDS859752 708 - 0.323446
g10120 DLA_11300 GLQOFTK02JL55Q CDS859002 2712 + 0.327434
g10121 DLA_11301 GLQOFTK02JL55Q CDS861962 600 - 0.32
g10122 DLA_11304 GLQOFTK02JL55Q CDS863912 1107 - 0.273713
g10123 DLA_11305 GLQOFTK02JL55Q CDS865248 873 + 0.353952
g10124 DLA_11306 similar to human DUSP19 predicted to have dual specificity toward SerThr and Tyr-containing proteinsGLQOFTK02JL55Q CDS866368 669 + 0.313901
g10125 DLA_11307 GLQOFTK02JL55Q CDS867265 675 - 0.287407
g10126 DLA_11308 GLQOFTK02JL55Q CDS868170 774 + 0.284238
g10127 DLA_11309 GLQOFTK02JL55Q CDS869532 4638 + 0.335058
g10128 DLA_11310 GLQOFTK02JL55Q CDS875396 753 - 0.350598
g10129 DLA_11311 GLQOFTK02JL55Q CDS876670 2493 - 0.340554
g1013 DLA_11462 F4PJNLW01A00V1 CDS860814 426 + 0.262911
g10130 DLA_11313 GLQOFTK02JL55Q CDS881212 1494 + 0.261044
g10131 DLA_11314 GLQOFTK02JL55Q CDS883525 1353 - 0.316334
g10132 DLA_11315 GLQOFTK02JL55Q CDS885256 1683 + 0.330362
g10133 DLA_11316 GLQOFTK02JL55Q CDS887095 1191 - 0.346767
g10134 DLA_11317 GLQOFTK02JL55Q CDS888637 783 + 0.386973
g10135 DLA_11318 GLQOFTK02JL55Q CDS890456 930 + 0.382796
g10136 DLA_11319 GLQOFTK02JL55Q CDS891714 3030 + 0.29703
g10137 DLA_11320 GLQOFTK02JL55Q CDS895372 3042 + 0.299145
g10138 DLA_11325 GLQOFTK02JL55Q CDS901802 2127 - 0.297132
g10139 DLA_11326 DEADDEAH box helicases are involved in various aspects of RNA metabolismGLQOFTK02JL55Q CDS904155 1899 + 0.319115
g1014 DLA_01124 F4PJNLW01A00V1 CDS861418 939 + 0.332268
g10140 DLA_11327 GLQOFTK02JL55Q CDS906162 1623 - 0.292668
g10141 DLA_11328 GLQOFTK02JL55Q CDS908863 3234 - 0.365801
g10142 DLA_11329 GLQOFTK02JL55Q CDS913727 1065 - 0.266667
g10143 DLA_11330 GLQOFTK02JL55Q CDS914963 2328 - 0.35567
g10144 DLA_11332 GLQOFTK02JL55Q CDS918252 885 - 0.336723
g10145 DLA_11333 GLQOFTK02JL55Q CDS919471 735 + 0.306122
g10146 DLA_11334 GLQOFTK02JL55Q CDS920491 651 + 0.305684
g10147 DLA_11336 GLQOFTK02JL55Q CDS921786 1029 - 0.301263
g10148 DLA_11337 GLQOFTK02JL55Q CDS923441 1344 + 0.343006
g10149 DLA_11339 GLQOFTK02JL55Q CDS926847 1572 + 0.302799
g1015 DLA_01125 F4PJNLW01A00V1 CDS862685 960 + 0.291667
g10150 DLA_11340 GLQOFTK02JL55Q CDS928972 1500 + 0.344667
g10151 DLA_11341 GLQOFTK02JL55Q CDS930897 1131 - 0.300619
g10152 DLA_11342 GLQOFTK02JL55Q CDS932336 3042 + 0.32643
g10153 DLA_11343 GLQOFTK02JL55Q CDS935780 219 - 0.356164
g10154 DLA_11344 GLQOFTK02JL55Q CDS936163 1962 + 0.284913
g10155 DLA_11345 GLQOFTK02JL55Q CDS938270 675 - 0.308148
g10156 DLA_11346 GLQOFTK02JL55Q CDS940227 1674 - 0.314815
g10157 DLA_11347 GLQOFTK02JL55Q CDS942082 684 + 0.336257
g10158 DLA_11348 GLQOFTK02JL55Q CDS943182 702 - 0.259259
g10159 DLA_11349 GLQOFTK02JL55Q CDS944120 1290 + 0.378295
g1016 DLA_01126 F4PJNLW01A00V1 CDS864333 840 + 0.29881
g10160 DLA_11350 GLQOFTK02JL55Q CDS945476 504 - 0.228175
g10161 DLA_11351 GLQOFTK02JL55Q CDS946168 1590 + 0.348428
g10162 DLA_11352 GLQOFTK02JL55Q CDS948272 594 + 0.383838
g10163 DLA_11353 GLQOFTK02JL55Q CDS949197 3930 + 0.312214
g10164 DLA_11355 GLQOFTK02JL55Q CDS953671 1683 + 0.341652
g10165 DLA_11356 GLQOFTK02JL55Q CDS955499 1314 - 0.256469
g10166 DLA_11357 GLQOFTK02JL55Q CDS957238 1272 + 0.341981
g10167 DLA_11359 GLQOFTK02JL55Q CDS959371 207 + 0.246377
g10168 DLA_11360 GLQOFTK02JL55Q CDS959777 3450 - 0.308116
g10169 DLA_11361 GLQOFTK02JL55Q CDS963978 1605 + 0.378816
g1017 DLA_01127 F4PJNLW01A00V1 CDS865535 759 - 0.280632
g10170 DLA_11362 GLQOFTK02JL55Q CDS965973 9987 + 0.323521
g10171 DLA_11363 GLQOFTK02JL55Q CDS976343 1542 - 0.268482
g10172 DLA_11364 GLQOFTK02JL55Q CDS978154 1128 + 0.332447
g10173 DLA_11366 GLQOFTK02JL55Q CDS980702 4050 + 0.339012
g10174 DLA_11367 GLQOFTK02JL55Q CDS986141 1815 + 0.238567
g10175 DLA_11368 GLQOFTK02JL55Q CDS988280 2964 + 0.354251
g10176 DLA_11369 GLQOFTK02JL55Q CDS991684 984 + 0.275407
g10177 DLA_11370 GLQOFTK02JL55Q CDS992999 1572 - 0.318702
g10178 DLA_11371 GLQOFTK02JL55Q CDS996997 1014 + 0.253452
g10179 DLA_11372 GLQOFTK02JL55Q CDS998083 14211 - 0.308071
g1018 DLA_01128 F4PJNLW01A00V1 CDS866619 570 + 0.294737
g10180 DLA_11373 GLQOFTK02JL55Q CDS1013097 1041 + 0.24976
g10181 DLA_11374 GLQOFTK02JL55Q CDS1014209 3405 - 0.311894
g10182 DLA_11376 GLQOFTK02JL55Q CDS1018236 1665 + 0.303303
g10183 DLA_11378 expressed in pstAO cells and in upper cup during culmination there is a second copy of this gene GLQOFTK02JL55Q CDS1020326 567 + 0.280423
g10184 DLA_11379 functions in nuclear protein import via a substrate-importin alpha-beta transport complex that passes though the nuclear pore complexes (NPC) contains a N-terminal importin beta binding domain (IBB domain) there is a second copy of this gene GLQOFTK02JL55Q CDS1021400 1650 + 0.330909
g10185 DLA_11846 GLQOFTK02JL55Q CDS1023323 447 - 0.277405
g10186 DLA_11380 GLQOFTK02JL55Q CDS1023908 1938 - 0.309598
g10187 DLA_11381 GLQOFTK02JL55Q CDS1026091 3936 - 0.302083
g10188 DLA_11383 catalyzes the reaction ATP glycerone ADP glycerone phosphateGLQOFTK02JL55Q CDS1030200 3105 - 0.318519
g10189 DLA_11384 GLQOFTK02JQRL3 CDS55 1617 + 0.324057
g1019 DLA_01129 F4PJNLW01A00V1 CDS867408 1245 - 0.349398
g10190 DLA_11385 GLQOFTK02JQRL3 CDS2009 6036 - 0.295891
g10191 DLA_11387 GLQOFTK02JQRL3 CDS8609 1716 - 0.285548
g10192 DLA_11388 GLQOFTK02JQRL3 CDS10939 1215 + 0.260082
g10193 DLA_11389 GLQOFTK02JQRL3 CDS12450 2151 - 0.30451
g10194 DLA_11390 highly conserved protein containing an alkyl hydroperoxide reductasethiol specific antioxidantmal allergen domain identical to GLQOFTK02JQRL3 CDS15160 462 + 0.329004
g10195 DLA_11391 GLQOFTK02JQRL3 CDS15957 1710 + 0.254971
g10196 DLA_11392 GLQOFTK02JQRL3 CDS18629 1596 + 0.325815
g10197 DLA_11393 newcontig00824_1.exp CDS83 423 + 0.260047
g10198 DLA_11394 newcontig00824_1.exp CDS2122 1557 - 0.263969
g10199 DLA_11395 newcontig00824_1.exp CDS4059 462 - 0.222944
g102 DLA_00118 contig05409_1.exp CDS238802 3519 + 0.318841
g1020 DLA_01130 F4PJNLW01A00V1 CDS868852 1428 - 0.279412
g10200 DLA_11396 newcontig00824_1.exp CDS4832 1998 + 0.303303
g10201 DLA_11397 newcontig00824_1.exp CDS6901 1347 - 0.316258
g10202 DLA_11398 newcontig00824_1.exp CDS8881 1854 + 0.343581
g10203 DLA_11399 newcontig00824_1.exp CDS11812 297 + 0.363636
g10204 DLA_11400 putative metalloprotease of the peptidase M41 family which belong to a larger family of zinc metalloproteases includes the cell division protein FtsHnewcontig00824_1.exp CDS12363 2196 - 0.306466
g10205 DLA_11401 newcontig00824_1.exp CDS14727 1668 - 0.285372
g10206 DLA_11402 newcontig00824_1.exp CDS16718 1275 - 0.316078
g10207 DLA_11404 newcontig00824_1.exp CDS18754 1011 + 0.327399
g10208 DLA_11405 newcontig00824_1.exp CDS20258 936 + 0.306624
g10209 DLA_11406 newcontig00824_1.exp CDS21406 1950 - 0.316923
g1021 DLA_01132 F4PJNLW01A00V1 CDS871920 336 + 0.297619
g10210 DLA_11407 newcontig00824_1.exp CDS23809 1209 + 0.303557
g10211 DLA_11408 similar to mammalian cullin 1 and 2 (CUL1 CUL2) involved in ubiquitin-mediated protein degradation regulates prestalk cell differentiation in Dictyosteliumnewcontig00824_1.exp CDS25375 2202 + 0.294278
g10212 DLA_11409 newcontig00824_1.exp CDS29176 2220 + 0.342342
g10213 DLA_11410 fatty acid synthases catalyze the formation of long-chain fatty acids from acetyl-CoA malonyl-CoA and NADPH. This multifunctional protein has several catalytic activities and an acyl carrier proteinnewcontig00824_1.exp CDS32357 6813 - 0.266549
g10214 DLA_11411 newcontig00824_1.exp CDS40522 4515 - 0.337763
g10215 DLA_11847 newcontig00824_1.exp CDS45798 267 + 0.378277
g10216 DLA_11412 newcontig00824_1.exp CDS46631 1050 + 0.290476
g10217 DLA_11413 newcontig00824_1.exp CDS47805 1284 - 0.274143
g10218 DLA_11414 newcontig00824_1.exp CDS49521 582 + 0.268041
g10219 DLA_11415 newcontig00824_1.exp CDS50122 2034 - 0.213864
g1022 DLA_01133 F4PJNLW01A00V1 CDS872330 942 - 0.276008
g10220 DLA_11416 newcontig00824_1.exp CDS52538 1158 + 0.294473
g10221 DLA_11417 ortholog of the human KCNMA1 a potassium channel activated by both membrane depolarization and increase in cytosolic Ca(2) that mediates export of K() defects in the gene cause generalized epilepsy and paroxysmal dyskinesia (GEPD)newcontig00824_1.exp CDS53719 3399 - 0.280965
g10222 DLA_11418 AGC group AKT family protein serinethreonine kinase similar to other metazoan AktPKB including an N-terminal PH domain homologous kinase and C-terminal regulatory domains and phosphorylation sites required for AktPKB activationnewcontig00824_1.exp CDS58027 1758 + 0.306598
g10223 DLA_11419 newcontig00824_1.exp CDS60160 948 + 0.24789
g10224 DLA_11420 newcontig00824_1.exp CDS61236 1065 + 0.280751
g10225 DLA_11421 newcontig00824_1.exp CDS62426 591 - 0.302876
g10226 DLA_11422 newcontig00824_1.exp CDS63366 618 + 0.250809
g10227 DLA_11423 newcontig00824_1.exp CDS64289 3288 - 0.314173
g10228 DLA_11424 CAZy family GT49 similar to vertebrate acetylglucosaminyltransferase-like protein (LARGE) essential for developmentnewcontig00824_1.exp CDS68463 1332 + 0.288288
g10229 DLA_11425 newcontig00824_1.exp CDS69897 2085 - 0.31271
g1023 DLA_01134 F4PJNLW01A00V1 CDS874184 2289 + 0.367409
g10230 DLA_11426 catalyzes the reaction oxaloacetate L-glutamate L-aspartate newcontig00824_1.exp CDS73044 1311 - 0.361556
g10231 DLA_11427 newcontig02545_1.r1.exp CDS217 1074 + 0.350093
g10232 DLA_11428 newcontig02545_1.r1.exp CDS3620 2904 + 0.485193
g1024 DLA_01135 F4PJNLW01A00V1 CDS876685 699 - 0.273248
g1025 DLA_01136 F4PJNLW01A00V1 CDS877773 198 + 0.333333
g1026 DLA_01137 F4PJNLW01A00V1 CDS878684 1566 - 0.323755
g1027 DLA_01138 F4PJNLW01A00V1 CDS880585 786 + 0.321883
g1028 DLA_01139 F4PJNLW01A00V1 CDS881450 2721 - 0.314958
g1029 DLA_01140 F4PJNLW01A00V1 CDS884584 1035 - 0.320773
g103 DLA_00119 contig05409_1.exp CDS242822 5874 - 0.31665
g1030 DLA_01141 F4PJNLW01A00V1 CDS885963 1764 - 0.328231
g1031 DLA_01142 F4PJNLW01A00V1 CDS888152 1965 - 0.347074
g1032 DLA_01143 F4PJNLW01A00V1 CDS891067 2724 - 0.318282
g1033 DLA_01144 F4PJNLW01A00V1 CDS893896 1710 + 0.307602
g1034 DLA_01145 F4PJNLW01A00V1 CDS895823 378 + 0.314815
g1035 DLA_01146 F4PJNLW01A00V1 CDS896334 2064 + 0.35126
g1036 DLA_01147 F4PJNLW01A00V1 CDS898949 288 + 0.298611
g1037 DLA_01148 F4PJNLW01A00V1 CDS899630 510 + 0.309804
g1038 DLA_01149 F4PJNLW01A00V1 CDS900466 948 + 0.295359
g1039 DLA_11463 F4PJNLW01A00V1 CDS901570 1158 - 0.351468
g104 DLA_00121 similarity to Xenopus F8A1 protein human Factor VIII intron 22 proteincontig05409_1.exp CDS249883 1014 + 0.284024
g1040 DLA_01150 F4PJNLW01A00V1 CDS904204 1107 - 0.31617
g1041 DLA_01151 F4PJNLW01A00V1 CDS908661 2589 + 0.3708
g1042 DLA_01152 F4PJNLW01A00V1 CDS911579 402 - 0.283582
g1043 DLA_01153 F4PJNLW01A00V1 CDS912269 1566 + 0.323116
g1044 DLA_01154 F4PJNLW01A00V1 CDS914257 897 + 0.391304
g1045 DLA_01155 F4PJNLW01A00V1 CDS915420 5451 - 0.335168
g1046 DLA_01156 F4PJNLW01A00V1 CDS921345 7026 + 0.322516
g1047 DLA_01157 F4PJNLW01A00V1 CDS928640 3351 + 0.314235
g1048 DLA_01158 F4PJNLW01A00V1 CDS932557 279 + 0.290323
g1049 DLA_01159 F4PJNLW01A00V1 CDS933048 1425 - 0.334035
g105 DLA_00122 contig05409_1.exp CDS251701 1341 + 0.314691
g1050 DLA_01160 F4PJNLW01A00V1 CDS934640 2652 - 0.347285
g1051 DLA_01161 F4PJNLW01A00V1 CDS937679 1728 - 0.32581
g1052 DLA_01162 F4PJNLW01A00V1 CDS940052 603 - 0.273632
g1053 DLA_01163 F4PJNLW01A00V1 CDS940984 1425 - 0.263158
g1054 DLA_01164 F4PJNLW01A00V1 CDS942832 1635 - 0.327829
g1055 DLA_01165 F4PJNLW01A00V1 CDS945624 1398 + 0.329041
g1056 DLA_01166 similar to the human lipase family catalyzes the reaction: Triacylglycerol Hsub2subO diacylglycerol a carboxylateF4PJNLW01A00V1 CDS947178 1215 - 0.365432
g1057 DLA_01167 F4PJNLW01A00V1 CDS948652 1140 + 0.338596
g1058 DLA_01168 F4PJNLW01A00V1 CDS950617 2925 + 0.367863
g1059 DLA_01169 F4PJNLW01A00V1 CDS953771 1434 - 0.297071
g106 DLA_00123 contig05409_1.exp CDS253530 249 - 0.341365
g1060 DLA_11464 F4PJNLW01A00V1 CDS955280 339 + 0.286136
g1061 DLA_01170 F4PJNLW01A00V1 CDS956070 2178 - 0.374196
g1062 DLA_11465 F4PJNLW01A00V1 CDS959402 456 - 0.258772
g1063 DLA_01171 F4PJNLW01A00V1 CDS960216 393 + 0.318066
g1064 DLA_01172 F4PJNLW01A00V1 CDS961082 1116 - 0.329749
g1065 DLA_01173 F4PJNLW01A00V1 CDS962636 1800 - 0.364444
g1066 DLA_01174 F4PJNLW01A00V1 CDS965085 1551 + 0.317215
g1067 DLA_01175 F4PJNLW01A00V1 CDS966915 1383 - 0.339118
g1068 DLA_01176 F4PJNLW01A00V1 CDS968608 1041 - 0.335255
g1069 DLA_01177 F4PJNLW01A00V1 CDS970180 2199 + 0.313324
g107 DLA_00124 contig05409_1.exp CDS254278 780 + 0.265385
g1070 DLA_01178 F4PJNLW01A00V1 CDS972478 1959 - 0.335375
g1071 DLA_01179 F4PJNLW01A00V1 CDS974717 912 + 0.253289
g1072 DLA_01180 F4PJNLW01A00V1 CDS975804 453 - 0.379691
g1073 DLA_01182 F4PJNLW01A00V1 CDS977295 519 - 0.319846
g1074 DLA_01183 F4PJNLW01A00V1 CDS979121 1500 - 0.281333
g1075 DLA_01184 F4PJNLW01A00V1 CDS981106 906 - 0.343267
g1076 DLA_01186 F4PJNLW01A00V1 CDS983053 1326 - 0.306938
g1077 DLA_01188 F4PJNLW01A00V1 CDS985347 3480 + 0.310345
g1078 DLA_01190 F4PJNLW01A00V1 CDS989493 1569 + 0.342894
g1079 DLA_01192 F4PJNLW01A00V1 CDS991088 3372 - 0.283511
g108 DLA_00125 contig05409_1.exp CDS255185 1959 - 0.28535
g1080 DLA_11466 F4PJNLW01A00V1 CDS995012 1251 + 0.297362
g1081 DLA_01193 F4PJNLW01A00V1 CDS997311 3690 + 0.325745
g1082 DLA_11467 F4PJNLW01A00V1 CDS1001283 936 + 0.311966
g1083 DLA_11468 F4PJNLW01A00V1 CDS1002670 2007 + 0.284504
g1084 DLA_01194 F4PJNLW01A00V1 CDS1005316 3210 + 0.350779
g1085 DLA_01195 catalyzes the reaction CDP-choline 12-diacylglycerol CMP a phosphatidylcholine most similar to plant genes REMI mutant forms aberrant fruiting bodies see F4PJNLW01A00V1 CDS1008714 1191 + 0.311503
g1086 DLA_01197 F4PJNLW01A00V1 CDS1010803 579 + 0.279793
g1087 DLA_01198 F4PJNLW01A00V1 CDS1011517 1935 + 0.327649
g1088 DLA_01200 F4PJNLW01A00V1 CDS1013662 2727 - 0.302164
g1089 DLA_01201 F4PJNLW01A00V1 CDS1020294 3582 + 0.357063
g109 DLA_00127 contig05409_1.exp CDS257764 1800 + 0.276111
g1090 DLA_01202 F4PJNLW01A00V1 CDS1024145 489 - 0.327198
g1091 DLA_01205 F4PJNLW01A00V1 CDS1025608 480 - 0.408333
g1092 DLA_01206 highly conserved protein containing an alkyl hydroperoxide reductasethiol specific antioxidantmal allergen domain identical to F4PJNLW01A00V1 CDS1027088 912 + 0.357456
g1093 DLA_01208 F4PJNLW01A00V1 CDS1029214 396 - 0.30303
g1094 DLA_01210 F4PJNLW01A00V1 CDS1030016 585 - 0.382906
g1095 DLA_01211 F4PJNLW01A00V1 CDS1031188 1548 + 0.319767
g1096 DLA_01212 F4PJNLW01A00V1 CDS1033053 825 + 0.293333
g1097 DLA_01213 F4PJNLW01A00V1 CDS1034101 2148 - 0.366853
g1098 DLA_01214 F4PJNLW01A00V1 CDS1036723 1620 - 0.331481
g1099 DLA_01215 F4PJNLW01A00V1 CDS1038454 1191 - 0.345088
g11 DLA_00012 contig05409_1.exp CDS31937 660 - 0.301515
g110 DLA_00128 contig05409_1.exp CDS259639 1668 - 0.326739
g1100 DLA_01216 F4PJNLW01A00V1 CDS1040176 4545 + 0.345215
g1101 DLA_01217 F4PJNLW01A00V1 CDS1044962 4236 + 0.333333
g1102 DLA_01218 F4PJNLW01A00V1 CDS1049434 4431 + 0.331302
g1103 DLA_01219 F4PJNLW01A00V1 CDS1054121 1938 - 0.389061
g1104 DLA_01220 catalyzes the reaction: 3-hydroxy-2-methylpropanoyl-CoA H2O CoA 3-hydroxy-2-methylpropanoate ortholog of the mammalian HIBCH enzyme F4PJNLW01A00V1 CDS1056585 1152 - 0.358507
g1105 DLA_01221 F4PJNLW01A00V1 CDS1057888 1659 + 0.306811
g1106 DLA_01222 F4PJNLW01A00V1 CDS1059567 6933 - 0.300303
g1107 DLA_01224 F4PJNLW01A00V1 CDS1068083 6939 - 0.300331
g1108 DLA_01225 F4PJNLW01A00V1 CDS1075598 1473 - 0.285132
g1109 DLA_01226 F4PJNLW01A00V1 CDS1077570 1770 + 0.389266
g111 DLA_00129 conserved in D. purpureum and P. pallidum contains 12 putative transmembrane domains C-terminal region similar to new-glue proteincontig05409_1.exp CDS261669 2127 - 0.35402
g1110 DLA_01227 F4PJNLW01A00V1 CDS1079405 1206 - 0.290216
g1111 DLA_01228 F4PJNLW01A00V1 CDS1080787 1110 + 0.311712
g1112 DLA_01229 F4PJNLW01A00V1 CDS1082234 2250 - 0.354222
g1113 DLA_01230 F4PJNLW01A00V1 CDS1086396 2109 - 0.308677
g1114 DLA_01231 F4PJNLW01A00V1 CDS1089808 2295 + 0.346405
g1115 DLA_01232 F4PJNLW01A00V1 CDS1092890 2142 + 0.332866
g1116 DLA_01233 conserved protein of unknown function contains a putative signal peptide followed by a transmembrane domainF4PJNLW01A00V1 CDS1095509 222 + 0.396396
g1117 DLA_01234 F4PJNLW01A00V1 CDS1096028 4542 + 0.337957
g1118 DLA_01235 F4PJNLW01A00V1 CDS1100695 1263 - 0.32304
g1119 DLA_01237 F4PJNLW01A00V1 CDS1102872 1176 - 0.320578
g112 DLA_00131 contig05409_1.exp CDS264691 3153 + 0.333333
g1120 DLA_01238 F4PJNLW01A00V1 CDS1105141 2157 + 0.364395
g1121 DLA_01239 subunit of the 20S proteasome (macropain) the endopeptidase complex involved in an ATPubiquitin-dependent nonlysosomal proteolytic pathway in eukaryotes composed of up to 28 subunits which form a highly ordered ring-shaped structure (20S ring)F4PJNLW01A00V1 CDS1108058 729 + 0.348422
g1122 DLA_01240 similar to D. purpureum protein contains one coiled-coil domainF4PJNLW01A00V1 CDS1109132 489 - 0.259714
g1123 DLA_01241 non-catalytic subunit of the AMP-activated protein kinase (AMPK) complex contains two CBS domainsF4PJNLW01A00V1 CDS1109956 1629 + 0.333947
g1124 DLA_01242 F4PJNLW01A00V1 CDS1111675 2160 - 0.307407
g1125 DLA_01243 F4PJNLW01A00V1 CDS1114056 4023 - 0.333333
g1126 DLA_11469 F4PJNLW01A00V1 CDS1118348 3996 - 0.318569
g1127 DLA_01244 F4PJNLW01A00V1 CDS1122642 4023 - 0.34079
g1128 DLA_01245 F4PJNLW01A00V1 CDS1127299 963 - 0.34891
g1129 DLA_01246 F4PJNLW01A00V1 CDS1128887 1311 + 0.334859
g113 DLA_00132 contig05409_1.exp CDS268227 543 - 0.289134
g1130 DLA_01247 F4PJNLW01A00V1 CDS1130542 1641 + 0.393053
g1131 DLA_01248 F4PJNLW01A00V1 CDS1132598 1683 + 0.382056
g1132 DLA_01249 F4PJNLW01A00V1 CDS1134624 1155 + 0.333333
g1133 DLA_01250 F4PJNLW01A00V1 CDS1135865 2100 + 0.345238
g1134 DLA_01251 similar to the esterase encoded by F4PJNLW01A00V1 CDS1138000 1065 - 0.323005
g1135 DLA_01252 F4PJNLW01A00V1 CDS1139362 1332 - 0.36036
g1136 DLA_01253 F4PJNLW01A00V1 CDS1141153 1866 + 0.338692
g1137 DLA_01255 F4PJNLW01A00V1 CDS1143780 1638 + 0.310745
g1138 DLA_01256 F4PJNLW01A00V1 CDS1145631 4023 - 0.323391
g1139 DLA_01257 F4PJNLW01A00V1 CDS1149950 1407 - 0.366027
g114 DLA_00133 contig05409_1.exp CDS269373 2523 + 0.328181
g1140 DLA_01258 superoxide dismutase of the SOD1 family expressed at constant levels throughout the life cycle and upregulated upon oxidative stress enriched in prespore cellsF4PJNLW01A00V1 CDS1151652 459 - 0.407407
g1141 DLA_01259 F4PJNLW01A00V1 CDS1152403 1476 - 0.402439
g1142 DLA_01260 homolog of mammalian Rab GDP dissociation inhibitor alpha forms a soluble complex with Rab proteins thereby preventing exchange of GDP for GTPF4PJNLW01A00V1 CDS1154536 1356 + 0.377581
g1143 DLA_01261 bifunctional enolase-phosphatase that cleaves the substrates 23-diketo-5-methylthio-1-phosphopentane and 2-hydroxy-3-keto-5-methylthio-1-phosphopenteneF4PJNLW01A00V1 CDS1156181 801 + 0.330836
g1144 DLA_01262 F4PJNLW01A00V1 CDS1157028 3807 - 0.353297
g1145 DLA_01263 F4PJNLW01A00V1 CDS1161441 261 + 0.398467
g1146 DLA_01264 F4PJNLW01A00V1 CDS1161847 1629 - 0.300184
g1147 DLA_01265 F4PJNLW01A00V1 CDS1163534 1497 + 0.281897
g1148 DLA_01266 F4PJNLW01A00V1 CDS1165064 1224 - 0.295752
g1149 DLA_01267 F4PJNLW01A00V1 CDS1167153 6837 + 0.346204
g115 DLA_00134 contig05409_1.exp CDS272244 2091 + 0.314682
g1150 DLA_11470 F4PJNLW01A00V1 CDS1174662 795 + 0.295597
g1151 DLA_01268 F4PJNLW01A00V1 CDS1176051 228 - 0.421053
g1152 DLA_01269 F4PJNLW01A00V1 CDS1177069 2502 - 0.323341
g1153 DLA_01270 F4PJNLW01A00V1 CDS1180005 4395 - 0.301479
g1154 DLA_01272 F4PJNLW01A00V1 CDS1185178 3942 - 0.341705
g1155 DLA_01273 F4PJNLW01A00V1 CDS1189694 2349 + 0.260962
g1156 DLA_01274 F4PJNLW01A00V1 CDS1192312 9372 - 0.330666
g1157 DLA_01275 F4PJNLW01A00V1 CDS1201874 1893 - 0.375066
g1158 DLA_01276 F4PJNLW01A00V1 CDS1204146 477 + 0.287212
g1159 DLA_01277 F4PJNLW01A00V1 CDS1205329 888 - 0.414414
g116 DLA_00136 contig05409_1.exp CDS277512 687 + 0.333333
g1160 DLA_01278 F4PJNLW01A00V1 CDS1207537 1776 - 0.377815
g1161 DLA_11471 F4PJNLW01A00V1 CDS1209647 3924 - 0.33104
g1162 DLA_01279 F4PJNLW01A00V1 CDS1214037 4026 - 0.328862
g1163 DLA_01280 F4PJNLW01A00V1 CDS1218879 3033 + 0.352456
g1164 DLA_01281 F4PJNLW01A00V1 CDS1221948 381 - 0.278215
g1165 DLA_01282 F4PJNLW01A00V1 CDS1222612 798 + 0.298246
g1166 DLA_01283 F4PJNLW01A00V1 CDS1223834 1074 + 0.296089
g1167 DLA_01284 F4PJNLW01A00V1 CDS1225330 4419 - 0.342838
g1168 DLA_01285 F4PJNLW01A00V1 CDS1231592 2397 - 0.380058
g1169 DLA_01286 F4PJNLW01A00V1 CDS1234840 2883 - 0.304544
g117 DLA_00137 contig05409_1.exp CDS279139 360 + 0.319444
g1170 DLA_01287 C-terminus similar to Arabidopsis thaliana plant adhesion molecule 1 Drosophila melanogaster extracellular matrix adhesion protein Pollux and human rab6 GTPase activating protein GAPCENAF4PJNLW01A00V1 CDS1238303 1377 + 0.291213
g1171 DLA_01288 F4PJNLW01A00V1 CDS1240312 1047 - 0.293219
g1172 DLA_01290 F4PJNLW01A00V1 CDS1243480 981 + 0.310907
g1173 DLA_01291 F4PJNLW01A00V1 CDS1244646 3147 - 0.307595
g1174 DLA_01292 F4PJNLW01A00V1 CDS1248592 477 + 0.312369
g1175 DLA_01293 F4PJNLW01A00V1 CDS1249088 1107 + 0.342367
g1176 DLA_01294 F4PJNLW01A00V1 CDS1250509 930 + 0.386021
g1177 DLA_01295 F4PJNLW01A00V1 CDS1251631 2424 + 0.314769
g1178 DLA_01296 F4PJNLW01A00V1 CDS1254097 3381 - 0.303461
g1179 DLA_01298 F4PJNLW01A00V1 CDS1258662 240 + 0.345833
g118 DLA_00139 contig05409_1.exp CDS281248 2517 + 0.309495
g1180 DLA_01299 F4PJNLW01A00V1 CDS1259286 897 - 0.362319
g1181 DLA_01300 F4PJNLW01A00V1 CDS1260850 1074 - 0.353817
g1182 DLA_01301 F4PJNLW01A00V1 CDS1264254 1569 + 0.290631
g1183 DLA_01302 F4PJNLW01A00V1 CDS1266312 1134 - 0.329806
g1184 DLA_01303 F4PJNLW01A00V1 CDS1268220 1251 - 0.366906
g1185 DLA_01304 F4PJNLW01A00V1 CDS1269820 4548 + 0.335972
g1186 DLA_01305 F4PJNLW01A00V1 CDS1274982 663 + 0.276018
g1187 DLA_01306 F4PJNLW01A00V1 CDS1275687 543 - 0.27256
g1188 DLA_01307 F4PJNLW01A00V1 CDS1276398 531 - 0.280603
g1189 DLA_01308 F4PJNLW01A00V1 CDS1277198 840 + 0.3
g119 DLA_00140 contig05409_1.exp CDS284072 360 - 0.302778
g1190 DLA_01309 F4PJNLW01A00V1 CDS1278322 2439 + 0.291923
g1191 DLA_01310 F4PJNLW01A00V1 CDS1281598 1455 + 0.320962
g1192 DLA_01311 F4PJNLW01A00V1 CDS1283081 1686 - 0.288849
g1193 DLA_01312 F4PJNLW01A00V1 CDS1285676 1476 + 0.347561
g1194 DLA_11472 F4PJNLW01A00V1 CDS1287578 1254 + 0.363636
g1195 DLA_01313 F4PJNLW01A00V1 CDS1289060 1809 - 0.297402
g1196 DLA_01314 F4PJNLW01A00V1 CDS1291700 1485 + 0.319865
g1197 DLA_01315 F4PJNLW01A00V1 CDS1293838 1179 + 0.308736
g1198 DLA_01317 F4PJNLW01A00V1 CDS1295821 2256 + 0.277926
g1199 DLA_01318 F4PJNLW01A00V1 CDS1298155 2430 - 0.310288
g12 DLA_00013 contig05409_1.exp CDS34321 3564 + 0.305556
g120 DLA_00141 contig05409_1.exp CDS284584 513 + 0.247563
g1200 DLA_01319 F4PJNLW01A00V1 CDS1300703 2397 - 0.285774
g1201 DLA_11473 F4PJNLW01A00V1 CDS1303164 2403 - 0.287973
g1202 DLA_01320 F4PJNLW01A00V1 CDS1305969 3759 - 0.3054
g1203 DLA_01321 F4PJNLW01A00V1 CDS1310522 621 - 0.380032
g1204 DLA_01322 F4PJNLW01A00V1 CDS1311871 774 + 0.316537
g1205 DLA_01323 F4PJNLW01A00V1 CDS1312839 1686 - 0.319098
g1206 DLA_01324 F4PJNLW01A00V1 CDS1314830 1323 - 0.30839
g1207 DLA_01325 F4PJNLW01A00V1 CDS1316373 2172 - 0.303867
g1208 DLA_01327 F4PJNLW01A00V1 CDS1319775 1596 - 0.285714
g1209 DLA_01329 F4PJNLW01A00V1 CDS1321589 1302 - 0.390169
g121 DLA_00142 contig05409_1.exp CDS285206 1227 + 0.323553
g1210 DLA_01330 F4PJNLW01A00V1 CDS1324138 3057 - 0.33366
g1211 DLA_01331 F4PJNLW01A00V1 CDS1328706 1299 - 0.321786
g1212 DLA_01334 F4PJNLW01A00V1 CDS1332509 666 + 0.280781
g1213 DLA_01335 F4PJNLW01A00V1 CDS1333407 3303 - 0.339691
g1214 DLA_01336 F4PJNLW01A00V1 CDS1337969 3510 + 0.335613
g1215 DLA_01337 F4PJNLW01A00V1 CDS1341753 5667 - 0.341803
g1216 DLA_01338 F4PJNLW01A00V1 CDS1347722 882 - 0.300454
g1217 DLA_01341 F4PJNLW01A00V1 CDS1349717 4146 + 0.285576
g1218 DLA_11474 F4PJNLW01A00V1 CDS1354366 630 + 0.365079
g1219 DLA_01342 F4PJNLW01A00V1 CDS1355274 1449 - 0.278813
g122 DLA_00143 contig05409_1.exp CDS286540 1053 - 0.309592
g1220 DLA_01343 F4PJNLW01A00V1 CDS1356994 2553 - 0.358402
g1221 DLA_01345 F4PJNLW01A00V1 CDS1361311 2187 - 0.34888
g1222 DLA_01346 F4PJNLW01A00V1 CDS1365312 1128 + 0.264184
g1223 DLA_01347 F4PJNLW01A00V1 CDS1366499 3003 - 0.298035
g1224 DLA_01348 F4PJNLW01A00V1 CDS1370261 2862 + 0.324249
g1225 DLA_01349 F4PJNLW01A00V1 CDS1374980 1335 + 0.301873
g1226 DLA_01350 F4PJNLW01A00V1 CDS1376663 435 - 0.416092
g1227 DLA_01351 F4PJNLW01A00V1 CDS1377733 1074 - 0.294227
g1228 DLA_01352 F4PJNLW01A00V1 CDS1379280 5112 - 0.333333
g1229 DLA_01353 F4PJNLW01A00V1 CDS1385049 1917 + 0.284298
g123 DLA_00144 contig05409_1.exp CDS287934 258 - 0.306202
g1230 DLA_01354 F4PJNLW01A00V1 CDS1387269 828 + 0.254831
g1231 DLA_01355 F4PJNLW01A00V1 CDS1389383 3114 - 0.274245
g1232 DLA_01356 F4PJNLW01A00V1 CDS1392693 3024 - 0.319775
g1233 DLA_01357 F4PJNLW01A00V1 CDS1396060 3738 + 0.266988
g1234 DLA_01358 F4PJNLW01A00V1 CDS1399984 1170 + 0.269231
g1235 DLA_11475 F4PJNLW01A00V1 CDS1401323 318 - 0.396226
g1236 DLA_01359 protein serinethreonine kinase homologous to human Nek2 kinase involved in formation of microtubule-organizing centers (MTOCs)F4PJNLW01A00V1 CDS1401955 1134 - 0.308642
g1237 DLA_01360 component of the H2A-H2B-H3-H4 histone octamer dimerizes with histone H4F4PJNLW01A00V1 CDS1403767 405 + 0.407407
g1238 DLA_11476 F4PJNLW01A00V1 CDS1404591 942 - 0.323779
g1239 DLA_01361 F4PJNLW01A00V1 CDS1406049 3495 - 0.27382
g124 DLA_00145 contig05409_1.exp CDS288970 786 + 0.28117
g1240 DLA_01362 putative Raptor protein ortholog a component of the TORC1 complex in yeasts with Lst8 and Tor does not co-immunoprecipitate with the TORC2 complex F4PJNLW01A00V1 CDS1410095 4344 + 0.350138
g1241 DLA_01363 F4PJNLW01A00V1 CDS1415103 288 + 0.288194
g1242 DLA_01364 F4PJNLW01A00V1 CDS1415616 2718 - 0.278146
g1243 DLA_01365 F4PJNLW01A00V1 CDS1418602 504 + 0.257937
g1244 DLA_01366 F4PJNLW01A00V1 CDS1419396 3018 + 0.32273
g1245 DLA_01367 F4PJNLW01A00V1 CDS1422505 924 - 0.238095
g1246 DLA_01368 F4PJNLW01A00V1 CDS1424016 1647 + 0.298118
g1247 DLA_01369 F4PJNLW01A00V1 CDS1425667 2325 - 0.304086
g1248 DLA_01371 conserved eukaryotic protein of unknown function ortholog of human SPATA20 (spermatogenesis associated 20)F4PJNLW01A00V1 CDS1428424 2304 + 0.311632
g1249 DLA_01372 similar to N-myc downstream regulated gene 1 (NDRG1) defects in NDRG1 are the cause of Charcot-Marie-Tooth disease type 4D (CMT4D) also known as hereditary motor and sensory neuropathy Lom type (HMSNL)F4PJNLW01A00V1 CDS1430927 1035 - 0.311111
g125 DLA_00146 contig05409_1.exp CDS289893 1992 - 0.314257
g1250 DLA_01373 similar to mammalian Nup54 component of the nuclear pore complexF4PJNLW01A00V1 CDS1432426 1329 + 0.327314
g1251 DLA_01374 members of this family are membrane proteins involved in long chain fatty acid elongation systems that produce 26-carbon precursors for ceramide and sphingolipid synthesis contains 7 putative transmembrane domainsF4PJNLW01A00V1 CDS1434114 816 + 0.295343
g1252 DLA_01375 F4PJNLW01A00V1 CDS1435351 843 + 0.301305
g1253 DLA_01376 F4PJNLW01A00V1 CDS1436456 330 + 0.381818
g1254 DLA_01377 ortholog of human TSN DNA-binding protein that specifically recognizes consensus sequences at the breakpoint junctions in chromosomal translocations interacts with translin-associated protein X (TSNAX)F4PJNLW01A00V1 CDS1437077 714 - 0.2493
g1255 DLA_01378 F4PJNLW01A00V1 CDS1438955 1689 + 0.281824
g1256 DLA_01379 ortholog of the human CPSF2 and yeast CFT2 the 100 kDa subunit of the cleavage and polyadenylation specificity factor (CPSF) complex required for 3' processing of mRNAsF4PJNLW01A00V1 CDS1441091 2268 + 0.307319
g1257 DLA_01380 F4PJNLW01A00V1 CDS1443542 297 - 0.208754
g1258 DLA_01381 F4PJNLW01A00V1 CDS1444033 1494 + 0.281125
g1259 DLA_01382 F4PJNLW01A00V1 CDS1445702 1614 - 0.257745
g126 DLA_00147 contig05409_1.exp CDS292124 1776 + 0.315878
g1260 DLA_01383 F4PJNLW01A00V1 CDS1447566 1953 - 0.321557
g1261 DLA_01384 F4PJNLW01A00V1 CDS1450299 2781 + 0.385113
g1262 DLA_01385 catalyzes the reaction (S)-3-(5-oxo-45-dihydro-3H-imidazol-4-yl)propanoate H2O N-formimidoyl-L-glutamate HF4PJNLW01A00V1 CDS1453545 1272 + 0.30739
g1263 DLA_01386 F4PJNLW01A00V1 CDS1455017 978 - 0.282209
g1264 DLA_01388 F4PJNLW01A00V1 CDS1456550 3531 + 0.34013
g1265 DLA_01389 belongs to a family of short proteins that includes proteins from the NADH-ubiquinone oxidoreductase complex I named LYR after a highly conserved tripeptide motifF4PJNLW01A00V1 CDS1460431 417 - 0.263789
g1266 DLA_01390 F4PJNLW01A00V1 CDS1460970 1641 + 0.255332
g1267 DLA_01391 F4PJNLW01A00V1 CDS1462912 306 - 0.323529
g1268 DLA_01392 F4PJNLW01A00V1 CDS1463356 258 - 0.321705
g1269 DLA_01393 F4PJNLW01A00V1 CDS1463729 489 - 0.345603
g127 DLA_00148 contig05409_1.exp CDS294372 1056 + 0.329545
g1270 DLA_01395 F4PJNLW01AQJ8S CDS2 2664 + 0.265766
g1271 DLA_01396 F4PJNLW01AQJ8S CDS2795 2436 - 0.296388
g1272 DLA_11477 F4PJNLW01AQJ8S CDS6002 1971 - 0.307965
g1273 DLA_01397 F4PJNLW01AQJ8S CDS8325 624 + 0.338141
g1274 DLA_01398 F4PJNLW01AQJ8S CDS9660 1632 + 0.346814
g1275 DLA_01399 F4PJNLW01AQJ8S CDS11318 1299 - 0.287914
g1276 DLA_01400 F4PJNLW01AQJ8S CDS13128 1530 - 0.280392
g1277 DLA_01401 F4PJNLW01AQJ8S CDS15539 732 + 0.304645
g1278 DLA_01402 F4PJNLW01AQJ8S CDS16490 1128 - 0.317376
g1279 DLA_01403 F4PJNLW01AQJ8S CDS17894 10575 + 0.33078
g128 DLA_00149 contig05409_1.exp CDS295611 1377 - 0.309368
g1280 DLA_01404 F4PJNLW01AQJ8S CDS29028 1035 + 0.26087
g1281 DLA_01405 F4PJNLW01AQJ8S CDS30630 1047 + 0.30659
g1282 DLA_01406 F4PJNLW01AQJ8S CDS31744 1515 - 0.316172
g1283 DLA_01407 F4PJNLW01AQJ8S CDS34223 483 + 0.399586
g1284 DLA_01408 F4PJNLW01AQJ8S CDS35153 2337 + 0.32392
g1285 DLA_01409 contains two EF hands very similar to Dictyostelium cbpK and cbpJ belongs to the frequenins a family of myristoyl-switch calcium-binding proteinsF4PJNLW01AQJ8S CDS37683 564 + 0.267731
g1286 DLA_01410 ortholog of Cln5 implicated in neuronal ceroid lipofuscinoses neurodegenerative disordersF4PJNLW01AQJ8S CDS38575 993 + 0.294058
g1287 DLA_01411 F4PJNLW01AQJ8S CDS39766 495 - 0.262626
g1288 DLA_01412 F4PJNLW01AQJ8S CDS40617 462 + 0.296537
g1289 DLA_01413 F4PJNLW01AQJ8S CDS41380 936 + 0.299145
g129 DLA_00150 contig05409_1.exp CDS297512 885 + 0.319774
g1290 DLA_01414 F4PJNLW01AQJ8S CDS42441 2205 - 0.292517
g1291 DLA_01415 F4PJNLW01B0TO9 CDS1 83 - 0.39759
g1292 DLA_01416 F4PJNLW01B0TO9 CDS2648 1572 - 0.32888
g1293 DLA_01417 F4PJNLW01B0TO9 CDS5096 2721 - 0.309078
g1294 DLA_01418 F4PJNLW01B0TO9 CDS9018 1125 + 0.251556
g1295 DLA_01419 F4PJNLW01B0TO9 CDS10521 5238 - 0.342879
g1296 DLA_01420 catalyzes the reaction ATP L-serine tRNASer AMP diphosphate L-seryl-tRNASerF4PJNLW01B0TO9 CDS16238 1449 - 0.309869
g1297 DLA_11478 F4PJNLW01B0TO9 CDS18118 1587 - 0.327032
g1298 DLA_01421 F4PJNLW01B0TO9 CDS20012 498 - 0.317269
g1299 DLA_01423 F4PJNLW01B0TO9 CDS21081 1455 - 0.316838
g13 DLA_00015 contig05409_1.exp CDS39192 2106 - 0.353276
g130 DLA_00151 contig05409_1.exp CDS298981 2394 - 0.327485
g1300 DLA_01424 F4PJNLW01B0TO9 CDS23049 2097 - 0.322842
g1301 DLA_01425 F4PJNLW01B0TO9 CDS25300 834 + 0.229017
g1302 DLA_01426 putative protein serinethreonine kinase the kinase domain is similar to mitogen-activated protein kinases and other STE20-like kinases stress-responsive kinaseF4PJNLW01B0TO9 CDS27222 3570 + 0.333333
g1303 DLA_01427 ortholog of human SNRP70 a component of the U1 snRNP involved in mRNA splicingF4PJNLW01B0TO9 CDS31307 1116 - 0.342294
g1304 DLA_01428 F4PJNLW01B0TO9 CDS32748 1299 + 0.362587
g1305 DLA_01429 F4PJNLW01B0TO9 CDS34128 2535 + 0.292308
g1306 DLA_01430 F4PJNLW01B0TO9 CDS36834 507 - 0.333333
g1307 DLA_01431 component of the counting factor complex which includes CF60 CF50 CF45-1 and CtnA (countin)F4PJNLW01B0TO9 CDS37582 798 - 0.39599
g1308 DLA_01432 F4PJNLW01B0TO9 CDS38853 2277 - 0.34036
g1309 DLA_01433 F4PJNLW01B0TO9 CDS41357 2292 - 0.323735
g131 DLA_00152 contig05409_1.exp CDS301614 885 + 0.302825
g1310 DLA_01434 F4PJNLW01B0TO9 CDS44114 1947 + 0.280431
g1311 DLA_01435 F4PJNLW01B0TO9 CDS46182 624 - 0.323718
g1312 DLA_01436 F4PJNLW01B0TO9 CDS47088 1335 - 0.260674
g1313 DLA_01437 F4PJNLW01B0TO9 CDS48608 2238 + 0.289991
g1314 DLA_01439 F4PJNLW01B0TO9 CDS51975 2796 - 0.298999
g1315 DLA_01440 F4PJNLW01B0TO9 CDS55272 2004 - 0.284431
g1316 DLA_11479 F4PJNLW01B0TO9 CDS57722 414 + 0.292271
g1317 DLA_01441 F4PJNLW01B0TO9 CDS58548 408 + 0.264706
g1318 DLA_01442 F4PJNLW01B0TO9 CDS59147 924 + 0.277056
g1319 DLA_01443 F4PJNLW01B0TO9 CDS60158 1917 - 0.337507
g132 DLA_00153 contig05409_1.exp CDS302743 2898 + 0.320566
g1320 DLA_01444 F4PJNLW01B0TO9 CDS62333 2799 + 0.287603
g1321 DLA_01445 F4PJNLW01B0TO9 CDS65460 1047 + 0.332378
g1322 DLA_01446 protein serinethreonine kinase CAMK group CAMK1 family similar to the Dictyostelium myosin light chain kinase (mlkA) and mammalian CAM kinasesF4PJNLW01B0TO9 CDS66765 1326 - 0.33635
g1323 DLA_01447 F4PJNLW01B0TO9 CDS68822 3231 - 0.276695
g1324 DLA_01449 F4PJNLW01B0TO9 CDS73279 321 + 0.339564
g1325 DLA_01450 F4PJNLW01B0TO9 CDS74271 1605 - 0.286604
g1326 DLA_01452 F4PJNLW01B0TO9 CDS76843 4308 + 0.333798
g1327 DLA_01455 F4PJNLW01B0TO9 CDS82616 1293 + 0.398299
g1328 DLA_01456 F4PJNLW01B0TO9 CDS84564 1053 + 0.325736
g1329 DLA_01457 F4PJNLW01B0TO9 CDS86426 414 + 0.326087
g133 DLA_00154 contig05409_1.exp CDS306074 3099 + 0.363343
g1330 DLA_01460 F4PJNLW01B0TO9 CDS89637 1068 + 0.292135
g1331 DLA_01461 F4PJNLW01B0TO9 CDS90919 894 - 0.313199
g1332 DLA_01462 F4PJNLW01B0TO9 CDS92167 1032 + 0.300388
g1333 DLA_01463 F4PJNLW01B0TO9 CDS93373 3069 - 0.325187
g1334 DLA_01464 F4PJNLW01B0TO9 CDS97452 3108 - 0.335586
g1335 DLA_01465 F4PJNLW01B0TO9 CDS102277 1482 + 0.32726
g1336 DLA_01466 F4PJNLW01B0TO9 CDS104792 4062 + 0.339734
g1337 DLA_01467 F4PJNLW01B0TO9 CDS109233 1242 + 0.250403
g1338 DLA_01468 F4PJNLW01B0TO9 CDS110827 1110 + 0.328829
g1339 DLA_11480 F4PJNLW01B0TO9 CDS112526 381 + 0.278215
g134 DLA_00155 contig05409_1.exp CDS309545 1353 - 0.342203
g1340 DLA_01469 F4PJNLW01B0TO9 CDS113058 3435 - 0.324309
g1341 DLA_01470 F4PJNLW01B0TO9 CDS117230 1134 + 0.335097
g1342 DLA_01471 F4PJNLW01B0TO9 CDS118581 2379 - 0.332913
g1343 DLA_01472 F4PJNLW01B0TO9 CDS122449 4404 + 0.311081
g1344 DLA_01473 F4PJNLW01B0TO9 CDS127065 2085 - 0.30024
g1345 DLA_01474 F4PJNLW01B0TO9 CDS129905 429 - 0.41958
g1346 DLA_01475 F4PJNLW01B0TO9 CDS131246 558 + 0.306452
g1347 DLA_01476 F4PJNLW01B0TO9 CDS132115 2451 - 0.367197
g1348 DLA_01478 putative protein serinethreonine kinase GSK family member of the CMGC kinase group similar to Drosophila shaggy and other glycogen synthase kinasesF4PJNLW01B0TO9 CDS135859 1329 - 0.346877
g1349 DLA_01479 F4PJNLW01B0TO9 CDS139727 2079 + 0.247715
g135 DLA_00156 contig05409_1.exp CDS311305 1410 - 0.36383
g1350 DLA_01480 F4PJNLW01B0TO9 CDS142358 2505 - 0.343713
g1351 DLA_01481 F4PJNLW01B0TO9 CDS145220 2124 + 0.275895
g1352 DLA_01482 F4PJNLW01B0TO9 CDS147432 903 - 0.305648
g1353 DLA_01483 F4PJNLW01B0TO9 CDS148844 576 + 0.272569
g1354 DLA_01484 F4PJNLW01B0TO9 CDS149734 3606 - 0.344981
g1355 DLA_01485 F4PJNLW01B0TO9 CDS153910 441 - 0.278912
g1356 DLA_01486 F4PJNLW01B0TO9 CDS154737 381 + 0.272966
g1357 DLA_01487 F4PJNLW01B0TO9 CDS155592 3951 + 0.370286
g1358 DLA_01488 F4PJNLW01B0TO9 CDS159821 1482 + 0.313765
g1359 DLA_01489 F4PJNLW01B0TO9 CDS162179 2442 + 0.379607
g136 DLA_00157 contig05409_1.exp CDS313401 3300 + 0.308182
g1360 DLA_01490 F4PJNLW01B0TO9 CDS164849 1917 - 0.288993
g1361 DLA_01491 F4PJNLW01B0TO9 CDS167175 1017 - 0.336283
g1362 DLA_01494 F4PJNLW01B0TO9 CDS171521 1596 - 0.358396
g1363 DLA_01495 F4PJNLW01B0TO9 CDS174884 1767 + 0.283531
g1364 DLA_01496 F4PJNLW01B0TO9 CDS176722 336 - 0.291667
g1365 DLA_01497 F4PJNLW01B0TO9 CDS177420 879 + 0.260523
g1366 DLA_01498 F4PJNLW01B0TO9 CDS178526 729 - 0.323731
g1367 DLA_01499 ortholog of human NIF3L1 belongs to the UPF0135 (NIF3) familyF4PJNLW01B0TO9 CDS179414 1068 + 0.33427
g1368 DLA_01500 belongs to the substrate carrier protein family involved in transport of molecules across the mitochondrial membrane brbr bCommunity annotation:b Overview of the F4PJNLW01B0TO9 CDS180785 1050 + 0.344762
g1369 DLA_01501 F4PJNLW01B0TO9 CDS182304 753 - 0.310757
g137 DLA_00159 contig05409_1.exp CDS317672 6033 + 0.34129
g1370 DLA_01502 component of the conserved Paf1 complex a multifunctional complex involved in histone methylation and plays a role in RNA elongation and processingF4PJNLW01B0TO9 CDS183338 1458 - 0.325789
g1371 DLA_01503 similar to human ARMC1 contains an ARM repeat ARM-repeat proteins are involved in various processes including intracellular signalling and cytoskeletal regulationF4PJNLW01B0TO9 CDS185794 909 - 0.331133
g1372 DLA_01504 F4PJNLW01B0TO9 CDS187154 1209 + 0.293631
g1373 DLA_01505 F4PJNLW01B0TO9 CDS188605 4566 - 0.318003
g1374 DLA_01506 F4PJNLW01B0TO9 CDS194077 870 + 0.371264
g1375 DLA_01507 ortholog of the human TRM61 and yeast GCD14 which catalyzes the formation of N(1)-methyladenine at position 58 (m1A58) in initiator methionyl-tRNA as a heterodimer with F4PJNLW01B0TO9 CDS195322 999 - 0.344344
g1376 DLA_01508 F4PJNLW01B0TO9 CDS196432 1554 + 0.346847
g1377 DLA_01509 F4PJNLW01B0TO9 CDS198101 1884 + 0.295117
g1378 DLA_01511 F4PJNLW01B0TO9 CDS200578 2850 - 0.342807
g1379 DLA_01512 F4PJNLW01B0TO9 CDS203975 489 - 0.310838
g138 DLA_00160 contig05409_1.exp CDS323852 1086 - 0.282689
g1380 DLA_01514 F4PJNLW01B0TO9 CDS207101 1596 + 0.356516
g1381 DLA_01516 F4PJNLW01B0TO9 CDS208889 2067 - 0.253024
g1382 DLA_01517 F4PJNLW01B0TO9 CDS211173 438 - 0.326484
g1383 DLA_01518 F4PJNLW01B0TO9 CDS213267 231 - 0.324675
g1384 DLA_01519 F4PJNLW01B0TO9 CDS213764 1866 - 0.327974
g1385 DLA_01522 F4PJNLW01B0TO9 CDS216654 1293 + 0.266821
g1386 DLA_01523 F4PJNLW01B0TO9 CDS218147 1566 + 0.36143
g1387 DLA_11481 F4PJNLW01B0TO9 CDS220295 465 + 0.378495
g1388 DLA_01524 F4PJNLW01B0TO9 CDS221656 1332 + 0.293544
g1389 DLA_01525 F4PJNLW01B0TO9 CDS223167 1524 + 0.319554
g139 DLA_00161 contig05409_1.exp CDS325256 1395 - 0.314695
g1390 DLA_01526 F4PJNLW01B0TO9 CDS224832 1491 + 0.309859
g1391 DLA_01527 F4PJNLW01B0TO9 CDS226452 1863 - 0.328502
g1392 DLA_01528 conserved peptidyl-prolyl isomerase and WD repeat-containing protein that might be involved in pre-mRNA processing peptidyl-prolyl cis-trans isomerase (PPIase) accelerates protein folding by catalyzing the cis-trans isomerization of proline imidic peptide bonds in oligopeptidesF4PJNLW01B0TO9 CDS229497 2022 - 0.335312
g1393 DLA_01529 catalyzes the reaction oxaloacetate L-glutamate L-aspartate F4PJNLW01B0TO9 CDS232161 1260 + 0.39127
g1394 DLA_01530 F4PJNLW01B0TO9 CDS233524 1155 - 0.283117
g1395 DLA_01532 F4PJNLW01B0TO9 CDS235011 1656 + 0.277778
g1396 DLA_01533 F4PJNLW01B0TO9 CDS237574 1281 + 0.263076
g1397 DLA_01534 F4PJNLW01B0TO9 CDS239439 714 - 0.313726
g1398 DLA_01535 ortholog of the conserved CDC45 or CDC45L protein in S. cerevisiae and S. pombe required for initiation of chromosomal DNA replicationF4PJNLW01B0TO9 CDS240373 1866 + 0.311897
g1399 DLA_01536 atypical protein serinethreonine kinase contains ABC1 kinase (protein kinase-like) domain yeast ABC1 essential for the electron transfer in the BC(1) complex E.coli homolog required for ubiquinone biosynthesisF4PJNLW01B0TO9 CDS242348 1971 - 0.320142
g14 DLA_00016 contig05409_1.exp CDS41701 774 + 0.29199
g140 DLA_00163 contig05409_1.exp CDS327309 2994 + 0.327321
g1400 DLA_01537 F4PJNLW01B0TO9 CDS245573 609 - 0.297209
g1401 DLA_01538 F4PJNLW01B0TO9 CDS246367 579 - 0.284974
g1402 DLA_01539 F4PJNLW01B0TO9 CDS247309 1005 - 0.340299
g1403 DLA_01540 F4PJNLW01B0TO9 CDS248661 771 + 0.367056
g1404 DLA_01541 F4PJNLW01B0TO9 CDS249679 669 + 0.31988
g1405 DLA_11482 F4PJNLW01B0TO9 CDS250482 1833 - 0.371522
g1406 DLA_01542 F4PJNLW01B0TO9 CDS252501 2013 - 0.324888
g1407 DLA_01543 F4PJNLW01B0TO9 CDS255378 4923 - 0.34288
g1408 DLA_01544 F4PJNLW01B0TO9 CDS260575 1464 - 0.383197
g1409 DLA_01545 F4PJNLW01B0TO9 CDS262242 1941 + 0.327666
g141 DLA_00164 contig05409_1.exp CDS330453 939 - 0.369542
g1410 DLA_01546 component of the multisubunit transcription elongation factor NELF human TH1 interacts with A-RafF4PJNLW01B0TO9 CDS264283 1710 - 0.307602
g1411 DLA_01547 F4PJNLW01B0TO9 CDS266367 1086 + 0.279006
g1412 DLA_01548 F4PJNLW01B0TO9 CDS267639 714 - 0.2507
g1413 DLA_01549 AGC group AKT family protein serinethreonine kinase similar to other metazoan AktPKB including an N-terminal PH domain homologous kinase and C-terminal regulatory domains and phosphorylation sites required for AktPKB activationF4PJNLW01B0TO9 CDS268569 1326 - 0.36727
g1414 DLA_01550 F4PJNLW01B0TO9 CDS270747 1638 + 0.310745
g1415 DLA_01551 F4PJNLW01B0TO9 CDS272445 3360 - 0.285714
g1416 DLA_01553 F4PJNLW01B0TO9 CDS276262 1869 + 0.321027
g1417 DLA_01554 F4PJNLW01B0TO9 CDS278155 1620 - 0.312963
g1418 DLA_01555 F4PJNLW01B0TO9 CDS280229 2391 + 0.323296
g1419 DLA_01556 fatty acid synthases catalyze the formation of long-chain fatty acids from acetyl-CoA malonyl-CoA and NADPH multifunctional protein with several catalytic activities and an acyl carrier protein enriched in gametesF4PJNLW01B0TO9 CDS283876 7014 + 0.329199
g142 DLA_00165 contig05409_1.exp CDS332861 1857 + 0.325256
g1420 DLA_01557 F4PJNLW01B0TO9 CDS291336 1098 + 0.318761
g1421 DLA_01558 F4PJNLW01B0TO9 CDS292442 2073 - 0.2904
g1422 DLA_01559 F4PJNLW01B0TO9 CDS295022 765 + 0.287582
g1423 DLA_01560 delta subunit of the coatomer complex involved in intracellular protein transport ortholog of human ARCN1 (COPD)F4PJNLW01B0TO9 CDS296122 1557 - 0.374438
g1424 DLA_01561 F4PJNLW01B0TO9 CDS298162 1635 + 0.307034
g1425 DLA_01563 belongs to a family of short proteins that includes proteins from the NADH-ubiquinone oxidoreductase complex I named LYR after a highly conserved tripeptide motifF4PJNLW01B0TO9 CDS301816 390 - 0.287179
g1426 DLA_01564 F4PJNLW01B0TO9 CDS302361 1191 + 0.29555
g1427 DLA_01565 F4PJNLW01B0TO9 CDS304082 1884 + 0.309448
g1428 DLA_01566 F4PJNLW01B0TO9 CDS306077 1953 - 0.296979
g1429 DLA_01568 F4PJNLW01B0TO9 CDS308393 876 - 0.308219
g143 DLA_00166 contig05409_1.exp CDS335204 2232 + 0.37052
g1430 DLA_01570 F4PJNLW01B0TO9 CDS309827 1125 + 0.327111
g1431 DLA_01571 F4PJNLW01B0TO9 CDS311263 1335 - 0.28764
g1432 DLA_01573 F4PJNLW01B0TO9 CDS313828 4137 + 0.323664
g1433 DLA_01574 F4PJNLW01B0TO9 CDS318154 2289 + 0.294015
g1434 DLA_01575 F4PJNLW01B0TO9 CDS320553 1359 + 0.290655
g1435 DLA_01577 belongs to the metallophosphoesterase superfamily similar to human PAPL (Ironzinc purple acid phosphatase-like protein) contains a predicted signal peptideF4PJNLW01B0TO9 CDS323050 3855 - 0.323735
g1436 DLA_01578 F4PJNLW01B0TO9 CDS328700 1422 + 0.30872
g1437 DLA_01579 F4PJNLW01B0TO9 CDS330329 1296 - 0.310957
g1438 DLA_01580 F4PJNLW01B0TO9 CDS332197 2361 + 0.322321
g1439 DLA_01581 F4PJNLW01B0TO9 CDS334837 3507 - 0.358711
g144 DLA_00167 contig05409_1.exp CDS337749 2379 - 0.349306
g1440 DLA_01582 F4PJNLW01B0TO9 CDS339269 396 - 0.318182
g1441 DLA_01583 F4PJNLW01B0TO9 CDS339799 954 + 0.353249
g1442 DLA_01584 F4PJNLW01B0TO9 CDS341817 1674 + 0.305257
g1443 DLA_01586 F4PJNLW01B0TO9 CDS344464 1218 + 0.307061
g1444 DLA_01588 F4PJNLW01B0TO9 CDS346492 5829 - 0.36713
g1445 DLA_01589 delta subunit of the central stalk of mitochondrial F1F0 ATP synthase the enzyme complex responsible for ATP synthesisF4PJNLW01B0TO9 CDS352891 522 - 0.35249
g1446 DLA_01590 F4PJNLW01B0TO9 CDS353534 1419 - 0.262861
g1447 DLA_01591 F4PJNLW01B0TO9 CDS355198 1014 + 0.29783
g1448 DLA_01592 F4PJNLW01B0TO9 CDS356262 3189 - 0.288492
g1449 DLA_01593 F4PJNLW01B0TO9 CDS359947 2133 - 0.339428
g145 DLA_00169 contig05409_1.exp CDS342380 2388 + 0.319514
g1450 DLA_01594 F4PJNLW01B0TO9 CDS362413 2190 - 0.324201
g1451 DLA_01595 F4PJNLW01B0TO9 CDS365031 2124 - 0.34887
g1452 DLA_11483 F4PJNLW01B0TO9 CDS367593 1818 - 0.363586
g1453 DLA_01596 F4PJNLW01B0TO9 CDS370676 2817 + 0.376997
g1454 DLA_01597 F4PJNLW01B0TO9 CDS373793 624 - 0.291667
g1455 DLA_01598 F4PJNLW01B0TO9 CDS374921 1086 + 0.303867
g1456 DLA_01599 F4PJNLW01B0TO9 CDS376074 1890 - 0.346561
g1457 DLA_01600 F4PJNLW01B0TO9 CDS378823 483 - 0.397516
g1458 DLA_01601 F4PJNLW01B0TO9 CDS379732 1368 - 0.31652
g1459 DLA_01602 F4PJNLW01B0TO9 CDS381522 1641 + 0.289458
g146 DLA_00170 contig05409_1.exp CDS344785 1284 - 0.281153
g1460 DLA_01603 F4PJNLW01B0TO9 CDS383354 1617 - 0.31107
g1461 DLA_11484 F4PJNLW01B0TO9 CDS385114 279 - 0.27957
g1462 DLA_11485 F4PJNLW01B0TO9 CDS385583 492 - 0.304878
g1463 DLA_01604 F4PJNLW01B0TO9 CDS386653 912 + 0.266447
g1464 DLA_01606 F4PJNLW01B0TO9 CDS388319 1674 - 0.310036
g1465 DLA_01607 F4PJNLW01B0TO9 CDS390640 243 + 0.403292
g1466 DLA_01608 F4PJNLW01B0TO9 CDS391174 1743 - 0.300057
g1467 DLA_01610 F4PJNLW01B0TO9 CDS394869 909 - 0.308031
g1468 DLA_01611 F4PJNLW01B0TO9 CDS396166 822 - 0.324818
g1469 DLA_01612 F4PJNLW01B0TO9 CDS397454 366 + 0.29235
g147 DLA_00171 contig05409_1.exp CDS347403 2679 + 0.335946
g1470 DLA_01613 F4PJNLW01B0TO9 CDS398063 729 - 0.33059
g1471 DLA_01614 F4PJNLW01B0TO9 CDS399083 1476 - 0.338076
g1472 DLA_01615 F4PJNLW01B0TO9 CDS401728 1458 - 0.342936
g1473 DLA_01616 F4PJNLW01B0TO9 CDS403459 1506 - 0.34927
g1474 DLA_01617 F4PJNLW01B0TO9 CDS405669 1662 - 0.299639
g1475 DLA_01618 F4PJNLW01B0TO9 CDS407789 1218 - 0.309524
g1476 DLA_01619 F4PJNLW01B0TO9 CDS409759 729 + 0.337449
g1477 DLA_01620 F4PJNLW01B0TO9 CDS410546 2724 - 0.310206
g1478 DLA_01621 F4PJNLW01B0TO9 CDS413566 1383 + 0.352856
g1479 DLA_01622 F4PJNLW01B0TO9 CDS415221 1218 + 0.297209
g148 DLA_00172 contig05409_1.exp CDS350870 408 + 0.335784
g1480 DLA_01623 F4PJNLW01B0TO9 CDS416635 726 - 0.347107
g1481 DLA_01624 F4PJNLW01B0TO9 CDS417621 2877 - 0.316997
g1482 DLA_01625 F4PJNLW01B0TO9 CDS420914 1470 + 0.314286
g1483 DLA_01627 F4PJNLW01B0TO9 CDS423305 627 - 0.341308
g1484 DLA_01628 F4PJNLW01B0TO9 CDS425017 2556 + 0.373631
g1485 DLA_01629 F4PJNLW01B0TO9 CDS428096 4086 + 0.331865
g1486 DLA_01630 F4PJNLW01B0TO9 CDS432853 795 + 0.310692
g1487 DLA_01631 F4PJNLW01B0TO9 CDS433658 3039 - 0.300428
g1488 DLA_01632 F4PJNLW01B0TO9 CDS437271 1383 + 0.291396
g1489 DLA_01633 F4PJNLW01B0TO9 CDS438685 711 - 0.331927
g149 DLA_00173 contig05409_1.exp CDS351638 1389 + 0.321094
g1490 DLA_01635 F4PJNLW01B0TO9 CDS441697 753 + 0.240372
g1491 DLA_01636 F4PJNLW01B0TO9 CDS442594 1791 - 0.383026
g1492 DLA_01637 F4PJNLW01B0TO9 CDS444525 342 - 0.263158
g1493 DLA_01638 F4PJNLW01B0TO9 CDS445215 936 + 0.356838
g1494 DLA_01639 F4PJNLW01B0TO9 CDS446288 1923 - 0.315133
g1495 DLA_01640 F4PJNLW01B0TO9 CDS451782 1440 + 0.317361
g1496 DLA_01642 F4PJNLW01B0TO9 CDS455309 1668 - 0.302158
g1497 DLA_01643 putative ortholog of the conserved chromatin assembly factor 1 (CAF1) subunit Bbr bNote:b Do not confuse this gene with F4PJNLW01B0TO9 CDS457292 741 + 0.31309
g1498 DLA_01644 F4PJNLW01B0TO9 CDS458124 1008 + 0.310516
g1499 DLA_01645 F4PJNLW01B0TO9 CDS459162 1059 - 0.305949
g15 DLA_00017 contig05409_1.exp CDS42605 690 - 0.291304
g150 DLA_00175 contig05409_1.exp CDS354359 1110 - 0.336937
g1500 DLA_01646 F4PJNLW01B0TO9 CDS460383 1551 - 0.284333
g1501 DLA_01647 F4PJNLW01B0TO9 CDS462589 213 - 0.352113
g1502 DLA_01648 F4PJNLW01B0TO9 CDS462859 1767 - 0.32824
g1503 DLA_01649 member of a gene family comprising F4PJNLW01B0TO9 CDS465014 1401 - 0.324768
g1504 DLA_01650 F4PJNLW01B0TO9 CDS469360 417 - 0.29976
g1505 DLA_01651 F4PJNLW01B0TO9 CDS470092 648 + 0.280864
g1506 DLA_01652 F4PJNLW01B0TO9 CDS471060 3273 + 0.327223
g1507 DLA_11486 F4PJNLW01B0TO9 CDS474766 3195 + 0.3277
g1508 DLA_01653 F4PJNLW01B0TO9 CDS478494 369 + 0.341463
g1509 DLA_01654 F4PJNLW01B0TO9 CDS479169 300 + 0.316667
g151 DLA_00176 contig05409_1.exp CDS355975 891 + 0.272727
g1510 DLA_01655 F4PJNLW01B0TO9 CDS479531 7557 - 0.328702
g1511 DLA_01656 F4PJNLW01B0TO9 CDS487791 1650 + 0.39697
g1512 DLA_01657 catalyzes the reaction ATP L-serine tRNASer AMP diphosphate L-seryl-tRNASerF4PJNLW01B0TO9 CDS489926 1335 + 0.393258
g1513 DLA_01658 conserved chaperone protein which promotes assembly of the 20S proteasome may form a dimer with psmG4 and act in concert with psmG1psmG2F4PJNLW01B0TO9 CDS491380 432 - 0.252315
g1514 DLA_01659 F4PJNLW01B0TO9 CDS492148 2286 + 0.33902
g1515 DLA_01660 F4PJNLW01B0TO9 CDS494464 1311 - 0.245614
g1516 DLA_01661 F4PJNLW01B0TO9 CDS496071 1734 + 0.307958
g1517 DLA_01662 F4PJNLW01B0TO9 CDS499112 363 - 0.363636
g1518 DLA_01663 F4PJNLW01B0TO9 CDS500043 3534 + 0.299377
g1519 DLA_01664 F4PJNLW01B0TO9 CDS503903 339 - 0.348083
g152 DLA_00177 contains a MOZSAS-like domain (Monocytic leukemia Zinc fingerSomething About Silencing) predicted to have histone acetyltransferase activitycontig05409_1.exp CDS357019 1254 - 0.349282
g1520 DLA_01665 F4PJNLW01B0TO9 CDS505018 3645 + 0.298217
g1521 DLA_01666 F4PJNLW01B0TO9 CDS508951 339 + 0.351032
g1522 DLA_01667 F4PJNLW01B0TO9 CDS509429 636 - 0.283019
g1523 DLA_01669 full transporter consisting of two ABC domains and two transmembrane domainsF4PJNLW01B0TO9 CDS510429 5199 - 0.294864
g1524 DLA_01671 conserved in Dictyostelids predicted to have structural similarity to the NFT2-like superfamily (nuclear transport factor) there are two highly similar genes F4PJNLW01B0TO9 CDS516755 339 + 0.356932
g1525 DLA_01672 F4PJNLW01B0TO9 CDS517274 1923 + 0.299012
g1526 DLA_01673 F4PJNLW01B0TO9 CDS519631 2541 + 0.310901
g1527 DLA_01674 E.coli ATP-dependent DNA helicase RecQ is involved in genome maintenance similar to Bloom syndrome protein defects in BLM cause genetic instability including a high level of sister chromatid exchanges associated with a greatly increased predisposition to a wide range of cancersF4PJNLW01B0TO9 CDS522200 2244 - 0.315062
g1528 DLA_01675 F4PJNLW01B0TO9 CDS524951 2364 + 0.345178
g1529 DLA_01676 membrane ion channel activated by ATP may be involved in intracellular calcium signalingF4PJNLW01B0TO9 CDS527961 1122 + 0.33066
g153 DLA_00179 contig05409_1.exp CDS358942 294 - 0.309524
g1530 DLA_01677 F4PJNLW01B0TO9 CDS529650 1056 - 0.318182
g1531 DLA_01678 F4PJNLW01B0TO9 CDS530909 1356 + 0.35767
g1532 DLA_01679 F4PJNLW01B0TO9 CDS532741 1728 - 0.325231
g1533 DLA_01680 F4PJNLW01B0TO9 CDS535602 1065 + 0.313615
g1534 DLA_01681 ortholog of human HPS5 mutations in human HPS5 have been linked to Hermansky-Pudlak syndrome 5 contains a putative RING Zn finger there is a second copy of this gene F4PJNLW01B0TO9 CDS536782 4320 - 0.349537
g1535 DLA_01683 F4PJNLW01B0TO9 CDS542491 1611 + 0.335196
g1536 DLA_01684 F4PJNLW01B0TO9 CDS544226 855 - 0.327485
g1537 DLA_01685 F4PJNLW01B0TO9 CDS545256 10653 + 0.344692
g1538 DLA_01687 F4PJNLW01B0TO9 CDS556639 1587 - 0.275362
g1539 DLA_01688 F4PJNLW01B0TO9 CDS558597 2556 - 0.331768
g154 DLA_00180 contig05409_1.exp CDS359511 285 - 0.410526
g1540 DLA_01689 F4PJNLW01B0TO9 CDS561569 567 + 0.285714
g1541 DLA_01690 similar to mammalian EBP (and EBPL) EBP catalyzes the conversion of Delta(8)-sterols to their corresponding Delta(7)-isomers defects in hEBP cause chondrodysplasia punctata X-linked dominant type 2 a rare disorder of defective cholesterol biosynthesisF4PJNLW01B0TO9 CDS562373 675 - 0.348148
g1542 DLA_11487 F4PJNLW01B0TO9 CDS563145 204 + 0.392157
g1543 DLA_01691 F4PJNLW01B0TO9 CDS564418 1590 + 0.30566
g1544 DLA_01692 F4PJNLW01B0TO9 CDS567016 2328 - 0.395619
g1545 DLA_01693 F4PJNLW01B0TO9 CDS570322 2535 + 0.3357
g1546 DLA_01694 F4PJNLW01B0TO9 CDS572998 1248 - 0.331731
g1547 DLA_01695 F4PJNLW01B0TO9 CDS574505 1470 + 0.317007
g1548 DLA_01696 F4PJNLW01B0TO9 CDS576002 3606 - 0.311425
g1549 DLA_11488 F4PJNLW01B0TO9 CDS580805 2460 + 0.387398
g155 DLA_00182 contig05409_1.exp CDS360437 2997 + 0.327661
g1550 DLA_01697 F4PJNLW01B0TO9 CDS583710 5862 + 0.360628
g1551 DLA_01698 F4PJNLW01B0TO9 CDS590472 1467 - 0.323108
g1552 DLA_01699 F4PJNLW01B0TO9 CDS592341 1605 + 0.282243
g1553 DLA_01700 involved in pseudopod formation contains an N-terminal ADFcofilin-like actin binding domain and a c-terminal SH3 domain there is a second copy of this gene F4PJNLW01B0TO9 CDS594032 1341 - 0.370619
g1554 DLA_01702 catalyzes the reaction 4-hydroxyphenylpyruvate Osub2sub homogentisate COsub2sub there is a second copy of this gene F4PJNLW01B0TO9 CDS597042 1377 + 0.337691
g1555 DLA_01703 F4PJNLW01B0TO9 CDS598580 1176 - 0.341837
g1556 DLA_01704 F4PJNLW01B0TO9 CDS599863 1719 + 0.267016
g1557 DLA_01705 F4PJNLW01B0TO9 CDS601671 1797 + 0.303283
g1558 DLA_11489 F4PJNLW01B0TO9 CDS603892 1677 + 0.297555
g1559 DLA_01706 F4PJNLW01B0TO9 CDS605631 1659 - 0.352019
g156 DLA_00183 contig05409_1.exp CDS363781 2511 + 0.3182
g1560 DLA_01708 F4PJNLW01B0TO9 CDS608428 2490 - 0.347791
g1561 DLA_01712 F4PJNLW01B0TO9 CDS613316 1353 + 0.327421
g1562 DLA_01714 F4PJNLW01B0TO9 CDS615301 1506 - 0.324037
g1563 DLA_01715 F4PJNLW01B0TO9 CDS616956 1179 + 0.332485
g1564 DLA_01716 F4PJNLW01B0TO9 CDS618733 624 + 0.301282
g1565 DLA_01717 catalyses the endonucleolytic cleavage of apurinic or apyrimidinic sites to generate products with a 5'-phosphate there is a second copy of this gene F4PJNLW01B0TO9 CDS619613 828 - 0.317633
g1566 DLA_01718 F4PJNLW01B0TO9 CDS620568 2382 - 0.288413
g1567 DLA_11490 F4PJNLW01B0TO9 CDS624423 1470 + 0.32449
g1568 DLA_01719 F4PJNLW01B0TO9 CDS626169 465 + 0.369892
g1569 DLA_01720 F4PJNLW01B0TO9 CDS626753 1173 - 0.335891
g157 DLA_00184 contig05409_1.exp CDS366449 225 - 0.235556
g1570 DLA_01721 F4PJNLW01B0TO9 CDS627998 1293 + 0.276875
g1571 DLA_01723 F4PJNLW01B0TO9 CDS629752 813 - 0.318573
g1572 DLA_01725 peptidase M20 family zinc metallopeptidases which are glutamate carboxypeptidases contains peptidase dimerization domainF4PJNLW01B0TO9 CDS631266 1419 - 0.338971
g1573 DLA_01726 F4PJNLW01B0TO9 CDS633140 1266 - 0.332543
g1574 DLA_01727 F4PJNLW01B0TO9 CDS634780 1782 + 0.289562
g1575 DLA_01728 F4PJNLW01B0TO9 CDS636612 1809 - 0.33665
g1576 DLA_01729 F4PJNLW01B0TO9 CDS638697 363 + 0.38843
g1577 DLA_01730 F4PJNLW01B0TO9 CDS639088 2331 - 0.322608
g1578 DLA_01731 F4PJNLW01B0TO9 CDS642429 1569 - 0.32441
g1579 DLA_01732 catalyzes the first of three steps required to remove two C-4 methyl groups from an intermediate in ergosterol biosynthesis almost identical to the neighboring gene F4PJNLW01B0TO9 CDS644709 894 + 0.322148
g158 DLA_00185 contig05409_1.exp CDS367394 1173 + 0.363171
g1580 DLA_01734 F4PJNLW01B0TO9 CDS647003 1200 + 0.348333
g1581 DLA_01735 F4PJNLW01B0TO9 CDS648615 3222 + 0.321539
g1582 DLA_01736 F4PJNLW01B0TO9 CDS652123 447 - 0.319911
g1583 DLA_01737 F4PJNLW01B0TO9 CDS652664 1623 + 0.265558
g1584 DLA_01738 F4PJNLW01B0TO9 CDS654498 450 + 0.306667
g1585 DLA_01739 P-type ATPase (E1-E2) ortholog of human ATP9B and yeast NEO1 which is involved in transport from the Golgi to the ERF4PJNLW01B0TO9 CDS655356 3540 - 0.35
g1586 DLA_01740 F4PJNLW01B0TO9 CDS659962 2082 + 0.300672
g1587 DLA_01741 matches PFAM HMM for SPB_interacting (spindle pole body) protein similar to D.purpureum proteinF4PJNLW01B0TO9 CDS662175 2247 - 0.321317
g1588 DLA_01742 catalyzes the reaction fructose-16-bisphosphate dihydroxy-acetone-phosphate D-glyceraldehyde-3-phosphate expressed in pstAB cells and in upper cup during culminationF4PJNLW01B0TO9 CDS664814 1080 - 0.393519
g1589 DLA_01743 F4PJNLW01B0TO9 CDS666284 258 + 0.248062
g159 DLA_11433 contig05409_1.exp CDS368849 1725 - 0.293913
g1590 DLA_01744 F4PJNLW01B0TO9 CDS666768 1059 - 0.341832
g1591 DLA_01745 F4PJNLW01B0TO9 CDS668508 2676 + 0.351644
g1592 DLA_01746 F4PJNLW01B0TO9 CDS671489 2886 - 0.35447
g1593 DLA_11491 F4PJNLW01B0TO9 CDS675531 1932 + 0.280538
g1594 DLA_01747 similar to metazoan LVT proteins whose function is unknownF4PJNLW01B0TO9 CDS678546 1479 + 0.317106
g1595 DLA_01748 F4PJNLW01B0TO9 CDS680127 3024 - 0.295966
g1596 DLA_01749 F4PJNLW01B0TO9 CDS683326 1902 - 0.32387
g1597 DLA_01750 F4PJNLW01B0TO9 CDS685525 3492 + 0.302978
g1598 DLA_11492 F4PJNLW01B0TO9 CDS689319 204 - 0.29902
g1599 DLA_01751 F4PJNLW01B0TO9 CDS690315 3513 + 0.30259
g16 DLA_00018 CAZy family GH9 catalyzes the hydrolysis of glucosidic linkages induced by Legionella pneumophila infectioncontig05409_1.exp CDS43817 1428 + 0.341036
g160 DLA_00186 contig05409_1.exp CDS370867 660 - 0.327273
g1600 DLA_01752 F4PJNLW01B0TO9 CDS695073 3495 + 0.302432
g1601 DLA_01753 F4PJNLW01B0TO9 CDS699663 1779 + 0.304666
g1602 DLA_01754 F4PJNLW01B0TO9 CDS701660 627 + 0.334928
g1603 DLA_01755 F4PJNLW01B0TO9 CDS702848 1662 - 0.305656
g1604 DLA_01756 F4PJNLW01B0TO9 CDS704668 921 + 0.320304
g1605 DLA_01757 F4PJNLW01B0TO9 CDS705678 1500 + 0.284
g1606 DLA_01758 F4PJNLW01B0TO9 CDS707303 1743 - 0.327022
g1607 DLA_11493 F4PJNLW01B0TO9 CDS710358 2919 - 0.328537
g1608 DLA_01759 F4PJNLW01B0TO9 CDS714595 1008 + 0.259921
g1609 DLA_01761 F4PJNLW01B0TO9 CDS716039 1155 + 0.299567
g161 DLA_00187 contig05409_1.exp CDS372159 957 + 0.266458
g1610 DLA_01763 catalyzes the release of an N-terminal dipeptide from a peptide comprising four or more residues with broad specificity highly selective for Arg-Arg-2-naphthylamide at pH 9.2 there is a second copy of this gene F4PJNLW01B0TO9 CDS718084 2076 - 0.354046
g1611 DLA_01764 F4PJNLW01B0TO9 CDS720522 630 + 0.311111
g1612 DLA_01765 F4PJNLW01B0TO9 CDS721439 594 - 0.318182
g1613 DLA_01766 F4PJNLW01B0TO9 CDS722504 225 + 0.351111
g1614 DLA_01767 F4PJNLW01B0TO9 CDS723057 1686 - 0.298932
g1615 DLA_01768 F4PJNLW01B0TO9 CDS725594 261 + 0.394636
g1616 DLA_01769 F4PJNLW01B0TO9 CDS726181 822 + 0.318735
g1617 DLA_01770 F4PJNLW01B0TO9 CDS727144 2151 - 0.294747
g1618 DLA_01772 F4PJNLW01B0TO9 CDS729828 1833 - 0.333879
g1619 DLA_01773 F4PJNLW01B0TO9 CDS731731 1278 - 0.313772
g162 DLA_00188 contig05409_1.exp CDS376542 1929 + 0.369103
g1620 DLA_01774 F4PJNLW01B0TO9 CDS733106 1431 + 0.280224
g1621 DLA_01775 F4PJNLW01B0TO9 CDS734695 1488 + 0.275538
g1622 DLA_01776 F4PJNLW01B0TO9 CDS736554 1275 - 0.329412
g1623 DLA_01778 F4PJNLW01B0TO9 CDS738936 1107 + 0.31075
g1624 DLA_01779 F4PJNLW01B0TO9 CDS740189 1752 - 0.358447
g1625 DLA_01780 F4PJNLW01B0TO9 CDS742277 1383 - 0.276211
g1626 DLA_01781 F4PJNLW01B0TO9 CDS743949 3192 - 0.343672
g1627 DLA_01782 F4PJNLW01B0TO9 CDS748314 951 + 0.315457
g1628 DLA_01783 F4PJNLW01B0TO9 CDS749626 2001 - 0.302849
g1629 DLA_01784 F4PJNLW01B0TO9 CDS753361 1098 + 0.384335
g163 DLA_00189 contig05409_1.exp CDS378660 2967 - 0.356589
g1630 DLA_01785 F4PJNLW01B0TO9 CDS755318 930 + 0.280645
g1631 DLA_01786 F4PJNLW01B0TO9 CDS756478 1416 - 0.286017
g1632 DLA_01787 F4PJNLW01B0TO9 CDS758257 1695 + 0.284366
g1633 DLA_01788 F4PJNLW01B0TO9 CDS760049 1659 + 0.295961
g1634 DLA_01789 F4PJNLW01B0TO9 CDS762018 2343 - 0.332053
g1635 DLA_01790 F4PJNLW01B0TO9 CDS765011 3840 - 0.359635
g1636 DLA_01791 F4PJNLW01B0TO9 CDS769374 1098 + 0.332423
g1637 DLA_01792 F4PJNLW01B0TO9 CDS772256 618 - 0.283172
g1638 DLA_01793 F4PJNLW01B0TO9 CDS773866 2073 + 0.291848
g1639 DLA_01794 F4PJNLW01B0TO9 CDS776136 1245 + 0.293173
g164 DLA_00190 contig05409_1.exp CDS382213 3225 - 0.325271
g1640 DLA_01795 F4PJNLW01B0TO9 CDS777633 1689 - 0.316163
g1641 DLA_01796 F4PJNLW01B0TO9 CDS779780 981 + 0.277268
g1642 DLA_01797 F4PJNLW01B0TO9 CDS780943 801 - 0.299625
g1643 DLA_01798 F4PJNLW01B0TO9 CDS782389 1941 - 0.277692
g1644 DLA_01799 F4PJNLW01B0TO9 CDS784630 1236 + 0.258091
g1645 DLA_01801 has similarity to G-protein-coupled receptors predicted to have 7 transmembrane domains and a putative signal peptideF4PJNLW01B0TO9 CDS786804 1755 + 0.310541
g1646 DLA_11494 F4PJNLW01B0TO9 CDS789076 1209 + 0.304384
g1647 DLA_01802 F4PJNLW01B0TO9 CDS790679 855 - 0.271345
g1648 DLA_01803 F4PJNLW01B0TO9 CDS791726 1998 - 0.32983
g1649 DLA_01804 F4PJNLW01B0TO9 CDS793976 384 + 0.244792
g165 DLA_00191 contig05409_1.exp CDS386865 3975 + 0.314969
g1650 DLA_01805 F4PJNLW01B0TO9 CDS794777 7773 - 0.318667
g1651 DLA_01808 F4PJNLW01B0TO9 CDS805203 3450 + 0.305797
g1652 DLA_01809 F4PJNLW01B0TO9 CDS809222 2733 + 0.283205
g1653 DLA_01810 F4PJNLW01B0TO9 CDS812101 3480 - 0.308333
g1654 DLA_01811 F4PJNLW01B0TO9 CDS815992 1170 + 0.326496
g1655 DLA_01812 highly similar to acetyl-CoA synthetase which condenses acetate and CoA to acetyl-coA F4PJNLW01B0TO9 CDS817231 2109 - 0.336178
g1656 DLA_01813 F4PJNLW01B0TO9 CDS819803 1875 + 0.326933
g1657 DLA_01814 F4PJNLW01B0TO9 CDS822011 1614 - 0.35316
g1658 DLA_01815 F4PJNLW01B0TO9 CDS824502 2334 + 0.325621
g1659 DLA_01816 F4PJNLW01B0TO9 CDS826940 1296 - 0.280093
g166 DLA_00193 contig05409_1.exp CDS392153 2205 + 0.350567
g1660 DLA_01817 F4PJNLW01B0TO9 CDS829466 1077 + 0.31662
g1661 DLA_11495 F4PJNLW01B0TO9 CDS831113 1374 + 0.263464
g1662 DLA_01818 belongs to the metallophosphoesterase superfamily similar to A. thaliana PAP6 (purple acid phosphatase) contains a predicted signal peptide and putative C-terminal transmembrane domainF4PJNLW01B0TO9 CDS832815 1392 + 0.341236
g1663 DLA_01819 F4PJNLW01B0TO9 CDS834291 1074 - 0.280261
g1664 DLA_01820 F4PJNLW01B0TO9 CDS835697 6819 + 0.307816
g1665 DLA_01821 F4PJNLW01B0TO9 CDS842624 606 - 0.293729
g1666 DLA_01822 F4PJNLW01B0TO9 CDS843431 1962 + 0.332314
g1667 DLA_01823 F4PJNLW01B0TO9 CDS845570 945 - 0.349206
g1668 DLA_01824 F4PJNLW01B0TO9 CDS846981 2520 + 0.289286
g1669 DLA_01825 F4PJNLW01B0TO9 CDS849641 1386 + 0.34127
g167 DLA_00194 contig05409_1.exp CDS394449 402 - 0.335821
g1670 DLA_01826 F4PJNLW01B0TO9 CDS851222 2280 + 0.257456
g1671 DLA_01827 F4PJNLW01B0TO9 CDS854682 3390 + 0.281416
g1672 DLA_01828 F4PJNLW01B0TO9 CDS858633 3912 + 0.319785
g1673 DLA_01829 F4PJNLW01B0TO9 CDS864215 2370 + 0.274684
g1674 DLA_01830 F4PJNLW01B0TO9 CDS866775 1389 + 0.327574
g1675 DLA_01831 F4PJNLW01B0TO9 CDS868402 1809 + 0.304588
g1676 DLA_01832 Ortholog of metazoan myotrophin (MTPN) which might be involved in cerebellar morphogenesis and cardiac hypertrophy contains 2 ankyrin repeatsF4PJNLW01B0TO9 CDS870602 360 - 0.347222
g1677 DLA_01833 F4PJNLW01B0TO9 CDS871260 1281 + 0.326308
g1678 DLA_01834 F4PJNLW01B0TO9 CDS872573 1410 - 0.268085
g1679 DLA_01835 F4PJNLW01B0TO9 CDS874248 378 + 0.404762
g168 DLA_00195 contig05409_1.exp CDS395458 324 + 0.345679
g1680 DLA_01836 F4PJNLW01B0TO9 CDS875169 1017 + 0.291052
g1681 DLA_01840 F4PJNLW01B0TO9 CDS878000 420 + 0.352381
g1682 DLA_01841 F4PJNLW01B0TO9 CDS878850 864 - 0.277778
g1683 DLA_01843 F4PJNLW01B0TO9 CDS880002 4254 + 0.293371
g1684 DLA_01844 F4PJNLW01B0TO9 CDS885796 1860 - 0.306452
g1685 DLA_01845 distant relative of CAZy family GT14 similar to xylosyltransferaseF4PJNLW01B0TO9 CDS888187 1422 + 0.266526
g1686 DLA_01846 F4PJNLW01B0TO9 CDS889929 7662 - 0.346254
g1687 DLA_01847 F4PJNLW01B0TO9 CDS898275 1617 - 0.35807
g1688 DLA_01848 F4PJNLW01B0TO9 CDS900052 207 - 0.236715
g1689 DLA_01849 F4PJNLW01B0TO9 CDS900663 1614 + 0.335192
g169 DLA_00196 contig05409_1.exp CDS395851 1716 - 0.30303
g1690 DLA_01850 F4PJNLW01B0TO9 CDS903564 1080 + 0.350926
g1691 DLA_01851 F4PJNLW01B0TO9 CDS905167 3105 - 0.335266
g1692 DLA_01852 F4PJNLW01B0TO9 CDS908516 1131 + 0.331565
g1693 DLA_01853 F4PJNLW01B0TO9 CDS909794 879 - 0.316268
g1694 DLA_01855 F4PJNLW01B0TO9 CDS911905 2013 + 0.34774
g1695 DLA_01856 F4PJNLW01B0TO9 CDS914358 1602 + 0.277154
g1696 DLA_11496 F4PJNLW01B0TO9 CDS916179 804 - 0.287313
g1697 DLA_01857 F4PJNLW01B0TO9 CDS918129 1437 - 0.347251
g1698 DLA_01858 F4PJNLW01B0TO9 CDS920783 915 + 0.315847
g1699 DLA_01859 F4PJNLW01B0TO9 CDS921944 2484 - 0.336957
g17 DLA_00019 contig05409_1.exp CDS45374 1470 - 0.293878
g170 DLA_00197 contig05409_1.exp CDS398230 1329 - 0.319037
g1700 DLA_01860 F4PJNLW01B0TO9 CDS924680 4245 - 0.345112
g1701 DLA_01861 putative protein serinethreonine kinase belongs to the PAKL subfamily of protein kinases the kinase domain is similar to mammalian STK3 and STK4 (MST) kinases and other STE20-like kinases stress-responsive kinaseF4PJNLW01B0TO9 CDS929551 2454 + 0.332926
g1702 DLA_01862 F4PJNLW01B0TO9 CDS932524 2376 + 0.305976
g1703 DLA_01863 F4PJNLW01B0TO9 CDS935176 3039 + 0.299112
g1704 DLA_01864 F4PJNLW01B0TO9 CDS938443 750 + 0.304
g1705 DLA_01865 similar to human L antigen family member 3 (LAGE3)brbr bCommunity annotation:b DDB G0274491 codes for a small protein with significant similarities to F4PJNLW01B0TO9 CDS939329 306 - 0.267974
g1706 DLA_01866 F4PJNLW01B0TO9 CDS939836 1410 + 0.261702
g1707 DLA_01867 F4PJNLW01B0TO9 CDS941539 414 - 0.304348
g1708 DLA_01868 F4PJNLW01B0TO9 CDS942191 438 + 0.315068
g1709 DLA_01869 F4PJNLW01B0TO9 CDS943115 1722 + 0.332753
g171 DLA_00198 contig05409_1.exp CDS400765 612 - 0.292484
g1710 DLA_01870 F4PJNLW01B0TO9 CDS945057 2793 - 0.31758
g1711 DLA_01871 F4PJNLW01B0TO9 CDS948167 1227 + 0.286879
g1712 DLA_01872 ceramidase bearing more similarity with neural and alkaline ceramidases however pH optimum of the enzyme is 3F4PJNLW01B0TO9 CDS949683 2130 - 0.389202
g1713 DLA_01873 ortholog of the human SLC25A3 and S. cerevisiae MIR1 which transports inorganic phosphate from the cytosol to the mitochondrion matrix brbr bCommunity annotation:b Overview of the F4PJNLW01B0TO9 CDS952851 912 + 0.421053
g1714 DLA_01874 F4PJNLW01B0TO9 CDS955159 930 - 0.315054
g1715 DLA_01875 F4PJNLW01B0TO9 CDS958125 1182 + 0.299492
g1716 DLA_01876 F4PJNLW01B0TO9 CDS959478 1047 - 0.319007
g1717 DLA_01878 F4PJNLW01B0TO9 CDS961187 1968 - 0.307419
g1718 DLA_01881 F4PJNLW01B0TO9 CDS964762 2145 + 0.334732
g1719 DLA_01882 F4PJNLW01B0TO9 CDS967249 1395 + 0.343369
g172 DLA_00199 contig05409_1.exp CDS401809 738 - 0.306233
g1720 DLA_01883 F4PJNLW01B0TO9 CDS969312 3540 + 0.320904
g1721 DLA_01884 belongs to the NCDKar3 subfamily predicted to play a role in mitosis F4PJNLW01B0TO9 CDS973147 2172 + 0.328729
g1722 DLA_01885 F4PJNLW01B0TO9 CDS975522 1338 - 0.278774
g1723 DLA_01886 F4PJNLW01B0TO9 CDS977252 597 + 0.370184
g1724 DLA_01887 F4PJNLW01B0TO9 CDS978487 2199 + 0.27467
g1725 DLA_01889 F4PJNLW01B0TO9 CDS982370 1437 - 0.269311
g1726 DLA_01890 F4PJNLW01B0TO9 CDS985121 1002 - 0.276447
g1727 DLA_01891 F4PJNLW01B0TO9 CDS986419 1284 + 0.275701
g1728 DLA_01892 F4PJNLW01B0TO9 CDS988245 3060 + 0.32451
g1729 DLA_01893 F4PJNLW01B0TO9 CDS991488 3117 + 0.283927
g173 DLA_00200 contig05409_1.exp CDS403470 3306 - 0.301573
g1730 DLA_01895 F4PJNLW01B0TO9 CDS994905 1500 + 0.282
g1731 DLA_01896 F4PJNLW01B0TO9 CDS996867 1242 + 0.283414
g1732 DLA_01897 F4PJNLW01B0TO9 CDS998157 792 - 0.338384
g1733 DLA_01898 F4PJNLW01B0TO9 CDS999629 4656 - 0.320662
g1734 DLA_01899 F4PJNLW01B0TO9 CDS1004895 2139 - 0.322113
g1735 DLA_01900 F4PJNLW01B0TO9 CDS1008318 1452 - 0.409091
g1736 DLA_01901 F4PJNLW01B0TO9 CDS1010513 852 + 0.381455
g1737 DLA_01902 F4PJNLW01B0TO9 CDS1011607 1668 + 0.340528
g1738 DLA_01903 F4PJNLW01B0TO9 CDS1013501 1476 + 0.313008
g1739 DLA_01904 F4PJNLW01B0TO9 CDS1015738 1482 + 0.394737
g174 DLA_11434 contig05409_1.exp CDS407386 507 - 0.321499
g1740 DLA_01905 F4PJNLW01B0TO9 CDS1017531 1290 + 0.29845
g1741 DLA_01906 F4PJNLW01B0TO9 CDS1019327 789 + 0.342205
g1742 DLA_01907 F4PJNLW01B0TO9 CDS1020557 978 - 0.322086
g1743 DLA_01908 F4PJNLW01B0TO9 CDS1022240 714 + 0.259104
g1744 DLA_11497 F4PJNLW01B0TO9 CDS1023243 624 + 0.325321
g1745 DLA_11498 F4PJNLW01B0TO9 CDS1024453 1953 + 0.25192
g1746 DLA_01909 F4PJNLW01B0TO9 CDS1027298 2163 + 0.254276
g1747 DLA_01911 conserved protein in ciliates and plants contains 9 predicted transmembrane domains including one signal peptide there is an almost identical D. discoideum protein F4PJNLW01B3KKL CDS284 1464 - 0.360656
g1748 DLA_01912 F4PJNLW01B3KKL CDS2451 279 + 0.250896
g1749 DLA_01913 F4PJNLW01B3KKL CDS2956 603 - 0.363184
g175 DLA_00201 contig05409_1.exp CDS408600 1632 - 0.271446
g1750 DLA_01914 F4PJNLW01B3KKL CDS4755 654 + 0.270642
g1751 DLA_01915 belongs to a superfamily of metalloenzymes induced by Legionella pneumophila infectionF4PJNLW01B3KKL CDS5796 1023 + 0.297165
g1752 DLA_01916 F4PJNLW01B3KKL CDS6890 723 - 0.35823
g1753 DLA_01917 belongs to the thiolase family similar to human ACAA1F4PJNLW01B3KKL CDS7999 1212 + 0.344059
g1754 DLA_01918 very similar to D. purpureum proteinF4PJNLW01B3KKL CDS9279 1200 - 0.243333
g1755 DLA_01919 F4PJNLW01BNQ9D CDS2 1744 - 0.30906
g1756 DLA_01920 F4PJNLW01BNQ9D CDS2025 2088 - 0.305556
g1757 DLA_11499 F4PJNLW01BNQ9D CDS5154 582 + 0.364261
g1758 DLA_01921 F4PJNLW01BNQ9D CDS6241 993 + 0.298087
g1759 DLA_01922 F4PJNLW01BNQ9D CDS7478 1449 - 0.334714
g176 DLA_00202 contig05409_1.exp CDS410427 1590 - 0.266667
g1760 DLA_01923 F4PJNLW01BNQ9D CDS9137 1083 + 0.288089
g1761 DLA_01924 F4PJNLW01BNQ9D CDS10588 876 + 0.292237
g1762 DLA_01925 F4PJNLW01BNQ9D CDS13923 1590 + 0.337107
g1763 DLA_01928 F4PJNLW01C9MXC CDS710 2199 - 0.273306
g1764 DLA_01929 subunit of TFIID and SAGA complexes involved in RNA polymerase II transcription initiation and in chromatin modificationF4PJNLW01C9MXC CDS3083 1080 - 0.317593
g1765 DLA_01930 catalyzes the reaction ATP L-threonine tRNAThr AMP diphosphate L-threonyl-tRNAThrF4PJNLW01C9MXC CDS4269 2040 + 0.290686
g1766 DLA_01931 F4PJNLW01C9MXC CDS6391 2385 - 0.334172
g1767 DLA_01932 F4PJNLW01C9MXC CDS9034 879 - 0.275313
g1768 DLA_01933 F4PJNLW01C9MXC CDS10304 1443 - 0.289674
g1769 DLA_01934 F4PJNLW01C9MXC CDS11985 1290 - 0.260465
g177 DLA_00204 contig05409_1.exp CDS413350 1287 + 0.370629
g1770 DLA_01935 F4PJNLW01C9MXC CDS13897 1848 - 0.330087
g1771 DLA_11500 F4PJNLW01C9MXC CDS17042 615 - 0.263415
g1772 DLA_01936 subunit of the 20S proteasome (macropain) the endopeptidase complex involved in an ATPubiquitin-dependent nonlysosomal proteolytic pathway in eukaryotes composed of up to 28 subunits which form a highly ordered ring-shaped structure (20S ring) shift of Dictyostelium cells from the proliferative to differentiated state highly expressed during the early stage of differentiationF4PJNLW01C9MXC CDS18046 642 + 0.334891
g1773 DLA_01937 F4PJNLW01C9MXC CDS19053 1956 + 0.294479
g1774 DLA_11501 F4PJNLW01C9MXC CDS21178 228 + 0.385965
g1775 DLA_01938 F4PJNLW01C9MXC CDS21759 1452 - 0.280303
g1776 DLA_01939 F4PJNLW01C9MXC CDS24206 2010 + 0.277114
g1777 DLA_01941 F4PJNLW01C9MXC CDS26936 1194 + 0.29732
g1778 DLA_01942 F4PJNLW01C9MXC CDS28299 4908 + 0.282192
g1779 DLA_01943 F4PJNLW01C9MXC CDS33505 555 + 0.30991
g178 DLA_00205 contig05409_1.exp CDS414878 573 - 0.321117
g1780 DLA_01944 F4PJNLW01C9MXC CDS34098 1746 - 0.310997
g1781 DLA_11502 F4PJNLW01C9MXC CDS36125 1458 - 0.260631
g1782 DLA_01945 F4PJNLW01C9MXC CDS37704 2319 + 0.224666
g1783 DLA_01946 F4PJNLW01C9MXC CDS40201 1185 - 0.274262
g1784 DLA_01947 nuclear protein and ortholog of yeast SNF12 and human SMARCD1 that are involved in chromatin remodeling there is a second copy of this gene F4PJNLW01C9MXC CDS41999 1413 - 0.322718
g1785 DLA_01948 F4PJNLW01C9MXC CDS44015 2481 + 0.289802
g1786 DLA_01949 F4PJNLW01C9MXC CDS46872 1125 - 0.408
g1787 DLA_01950 F4PJNLW01C9MXC CDS48306 4320 - 0.303241
g1788 DLA_01951 F4PJNLW01C9MXC CDS53172 2823 - 0.331208
g1789 DLA_01952 F4PJNLW01C9MXC CDS56290 3264 - 0.279105
g179 DLA_00206 similar to FKBP-type peptidyl-prolyl isomerase which functions as a receptor for immunosuppressants in vertebratescontig05409_1.exp CDS416763 405 + 0.323457
g1790 DLA_01953 F4PJNLW01C9MXC CDS59749 2139 - 0.320243
g1791 DLA_01954 F4PJNLW01C9MXC CDS62319 540 - 0.294444
g1792 DLA_11503 F4PJNLW01C9MXC CDS63360 441 + 0.267574
g1793 DLA_01955 F4PJNLW01C9MXC CDS63946 1053 + 0.283951
g1794 DLA_01957 F4PJNLW01C9MXC CDS67445 2940 + 0.339796
g1795 DLA_01958 F4PJNLW01C9MXC CDS70975 4878 + 0.356294
g1796 DLA_01959 F4PJNLW01C9MXC CDS76311 1953 + 0.322069
g1797 DLA_11504 F4PJNLW01C9MXC CDS78990 1482 + 0.261134
g1798 DLA_01960 F4PJNLW01C9MXC CDS80753 1065 + 0.277934
g1799 DLA_01961 F4PJNLW01C9MXC CDS81880 1875 - 0.3136
g18 DLA_00020 contig05409_1.exp CDS47066 1050 + 0.28381
g180 DLA_00207 contig05409_1.exp CDS417343 1845 - 0.337127
g1800 DLA_01963 F4PJNLW01C9MXC CDS84992 1206 + 0.262852
g1801 DLA_01964 F4PJNLW01C9MXC CDS86554 222 - 0.31982
g1802 DLA_01965 F4PJNLW01C9MXC CDS87099 4065 - 0.360394
g1803 DLA_01966 F4PJNLW01C9MXC CDS91412 3108 - 0.307272
g1804 DLA_11505 F4PJNLW01C9MXC CDS95206 1290 - 0.306202
g1805 DLA_01967 F4PJNLW01C9MXC CDS97515 2994 + 0.320975
g1806 DLA_01968 F4PJNLW01C9MXC CDS100646 1767 + 0.315224
g1807 DLA_01969 F4PJNLW01C9MXC CDS102764 1542 + 0.31323
g1808 DLA_01970 F4PJNLW01C9MXC CDS104447 1215 - 0.426337
g1809 DLA_01971 F4PJNLW01C9MXC CDS106252 2175 + 0.291494
g181 DLA_00208 contig05409_1.exp CDS419599 1677 - 0.359571
g1810 DLA_01972 F4PJNLW01C9MXC CDS109044 1554 + 0.273488
g1811 DLA_01973 F4PJNLW01C9MXC CDS112954 2076 + 0.305877
g1812 DLA_01975 F4PJNLW01C9MXC CDS115378 465 - 0.352688
g1813 DLA_01977 F4PJNLW01C9MXC CDS118291 1677 + 0.320215
g1814 DLA_01978 F4PJNLW01C9MXC CDS120975 3483 - 0.369796
g1815 DLA_01979 F4PJNLW01C9MXC CDS125202 3534 + 0.352292
g1816 DLA_01980 F4PJNLW01C9MXC CDS129365 891 + 0.280584
g1817 DLA_01981 F4PJNLW01C9MXC CDS130548 492 - 0.373984
g1818 DLA_01983 F4PJNLW01C9MXC CDS132212 1503 + 0.383234
g1819 DLA_01984 F4PJNLW01C9MXC CDS134212 2448 + 0.33415
g182 DLA_11435 contig05409_1.exp CDS421430 255 - 0.329412
g1820 DLA_11506 F4PJNLW01C9MXC CDS137442 387 + 0.366925
g1821 DLA_01985 F4PJNLW01C9MXC CDS137834 468 - 0.380342
g1822 DLA_01986 F4PJNLW01C9MXC CDS138699 1353 - 0.325203
g1823 DLA_01987 F4PJNLW01C9MXC CDS140606 600 + 0.268333
g1824 DLA_01989 F4PJNLW01C9MXC CDS141969 2637 + 0.332196
g1825 DLA_01990 F4PJNLW01C9MXC CDS144679 3279 - 0.331199
g1826 DLA_01991 F4PJNLW01C9MXC CDS148527 828 - 0.350242
g1827 DLA_01992 F4PJNLW01C9MXC CDS149644 2388 - 0.316164
g1828 DLA_01993 F4PJNLW01C9MXC CDS152107 2079 - 0.367484
g1829 DLA_01994 F4PJNLW01C9MXC CDS156500 594 + 0.228956
g183 DLA_00209 contig05409_1.exp CDS422224 501 - 0.253493
g1830 DLA_01995 F4PJNLW01C9MXC CDS157349 327 - 0.259939
g1831 DLA_01996 F4PJNLW01C9MXC CDS158585 909 - 0.29593
g1832 DLA_01997 F4PJNLW01C9MXC CDS159811 879 - 0.318544
g1833 DLA_01998 F4PJNLW01C9MXC CDS161915 1767 + 0.367855
g1834 DLA_01999 F4PJNLW01C9MXC CDS163994 660 - 0.424242
g1835 DLA_02000 F4PJNLW01C9MXC CDS165281 996 + 0.331325
g1836 DLA_02001 F4PJNLW01C9MXC CDS166645 267 + 0.307116
g1837 DLA_11507 F4PJNLW01C9MXC CDS167429 1632 + 0.307598
g1838 DLA_02002 F4PJNLW01C9MXC CDS169554 1647 + 0.342441
g1839 DLA_02003 F4PJNLW01C9MXC CDS171536 1776 + 0.345721
g184 DLA_11436 contig05409_1.exp CDS423677 402 + 0.383085
g1840 DLA_02006 F4PJNLW01C9MXC CDS176166 2433 + 0.345664
g1841 DLA_02007 F4PJNLW01C9MXC CDS178723 420 - 0.304762
g1842 DLA_02008 F4PJNLW01C9MXC CDS179384 2259 + 0.325365
g1843 DLA_02009 F4PJNLW01C9MXC CDS182189 813 - 0.445264
g1844 DLA_02014 full transporter consisting of two ABC domains and two transmembrane domainsF4PJNLW01CH19P CDS2590 4947 - 0.321609
g1845 DLA_02015 F4PJNLW01CH19P CDS8186 732 - 0.312842
g1846 DLA_11508 F4PJNLW01CH19P CDS8980 213 + 0.248826
g1847 DLA_02016 F4PJNLW01CH19P CDS9505 672 - 0.31994
g1848 DLA_02017 F4PJNLW01CH19P CDS12434 3180 + 0.308176
g1849 DLA_02018 F4PJNLW01CH19P CDS15834 1911 - 0.338566
g185 DLA_00210 contig05409_1.exp CDS425058 3720 + 0.335753
g1850 DLA_02020 F4PJNLW01CH19P CDS18467 3444 + 0.315621
g1851 DLA_11509 F4PJNLW01CH19P CDS24205 876 + 0.319635
g1852 DLA_02021 F4PJNLW01CH19P CDS25167 483 - 0.287785
g1853 DLA_02022 F4PJNLW01CH19P CDS26171 4767 - 0.309419
g1854 DLA_02023 F4PJNLW01CH19P CDS31327 468 - 0.324786
g1855 DLA_11510 F4PJNLW01CH19P CDS31886 687 - 0.244541
g1856 DLA_02024 F4PJNLW01CH19P CDS32755 1194 + 0.275544
g1857 DLA_02026 F4PJNLW01CH19P CDS34078 1398 - 0.270386
g1858 DLA_02027 F4PJNLW01CH19P CDS35595 846 + 0.258865
g1859 DLA_02028 F4PJNLW01CH19P CDS36774 231 + 0.324675
g186 DLA_00211 contig05409_1.exp CDS429574 264 - 0.325758
g1860 DLA_02029 F4PJNLW01CH19P CDS37360 261 - 0.233716
g1861 DLA_02030 F4PJNLW01CH19P CDS37756 1650 - 0.355758
g1862 DLA_02033 F4PJNLW01CH19P CDS43706 1032 + 0.313953
g1863 DLA_02034 F4PJNLW01CH19P CDS45242 4554 + 0.343654
g1864 DLA_02035 F4PJNLW01CH19P CDS50139 597 + 0.266332
g1865 DLA_02036 F4PJNLW01CH19P CDS51000 1329 + 0.352144
g1866 DLA_02037 F4PJNLW01CH19P CDS53025 1191 - 0.326616
g1867 DLA_02038 F4PJNLW01CH19P CDS55096 714 - 0.277311
g1868 DLA_02039 F4PJNLW01CH19P CDS56146 1254 + 0.320574
g1869 DLA_02040 F4PJNLW01CH19P CDS58761 1749 + 0.340194
g187 DLA_00212 catalyzes the reaction squalene AH2 O2 (S)-squalene-23-epoxide A H2O catalyzes the first oxygenation step in sterol biosynthesiscontig05409_1.exp CDS430221 1401 + 0.384011
g1870 DLA_02041 F4PJNLW01CH19P CDS61010 759 - 0.345191
g1871 DLA_02042 F4PJNLW01CH19P CDS62059 498 - 0.333333
g1872 DLA_02043 F4PJNLW01CH19P CDS63148 1011 - 0.297725
g1873 DLA_02044 F4PJNLW01CH19P CDS64785 1932 + 0.312629
g1874 DLA_11511 F4PJNLW01CH19P CDS67031 1629 - 0.298343
g1875 DLA_02045 F4PJNLW01CH19P CDS69162 1590 - 0.286792
g1876 DLA_11512 F4PJNLW01CH19P CDS73112 285 - 0.301754
g1877 DLA_02046 F4PJNLW01CH19P CDS73654 1206 + 0.335821
g1878 DLA_02048 F4PJNLW01CH19P CDS75505 588 - 0.319728
g1879 DLA_02049 F4PJNLW01CH19P CDS77173 441 - 0.276644
g188 DLA_00213 contig05409_1.exp CDS431852 564 + 0.296099
g1880 DLA_02051 F4PJNLW01CH19P CDS79980 1767 - 0.297114
g1881 DLA_02053 F4PJNLW01CH19P CDS82497 2958 + 0.289047
g1882 DLA_02054 F4PJNLW01CH19P CDS85535 510 - 0.356863
g1883 DLA_02055 contains a C-terminal Bicoid-interacting 3 domain which occurs in methyltransferases that modify RNA-binding proteins has similarity to mammalian 7SK snRNA methylphosphate capping enzyme F4PJNLW01CH19P CDS86495 1107 - 0.264679
g1884 DLA_02056 F4PJNLW01CH19P CDS87735 1626 - 0.305658
g1885 DLA_02057 F4PJNLW01CH19P CDS89614 960 - 0.313542
g1886 DLA_02058 F4PJNLW01CH19P CDS90672 1686 - 0.332147
g1887 DLA_02059 F4PJNLW01CH19P CDS93765 615 + 0.339837
g1888 DLA_02060 F4PJNLW01CH19P CDS94574 1068 - 0.264981
g1889 DLA_02061 F4PJNLW01CH19P CDS96374 2988 - 0.351406
g189 DLA_00214 contig05409_1.exp CDS432803 429 - 0.368298
g1890 DLA_02063 F4PJNLW01DERRH CDS1797 1434 + 0.304742
g1891 DLA_02064 F4PJNLW01DERRH CDS3464 780 - 0.288462
g1892 DLA_02065 F4PJNLW01DERRH CDS4546 333 + 0.333333
g1893 DLA_02066 F4PJNLW01DERRH CDS5098 639 - 0.311424
g1894 DLA_02067 F4PJNLW01DERRH CDS6069 1905 - 0.333858
g1895 DLA_02068 F4PJNLW01DERRH CDS10749 903 + 0.275748
g1896 DLA_02069 F4PJNLW01DERRH CDS12214 1836 - 0.323529
g1897 DLA_02070 F4PJNLW01DERRH CDS14426 570 - 0.305263
g1898 DLA_11513 F4PJNLW01DERRH CDS15159 2400 + 0.26375
g1899 DLA_02071 F4PJNLW01DERRH CDS18285 1749 + 0.280732
g19 DLA_00021 contig05409_1.exp CDS48189 1287 - 0.301476
g190 DLA_00215 contig05409_1.exp CDS434388 1557 + 0.296724
g1900 DLA_02072 F4PJNLW01DERRH CDS20262 1929 + 0.352514
g1901 DLA_02073 F4PJNLW01DERRH CDS22421 669 - 0.331839
g1902 DLA_02074 F4PJNLW01DERRH CDS23450 1236 + 0.251618
g1903 DLA_02076 F4PJNLW01DERRH CDS25871 8265 - 0.285057
g1904 DLA_02078 F4PJNLW01DERRH CDS34658 1374 + 0.372635
g1905 DLA_02079 F4PJNLW01DERRH CDS36362 2904 - 0.276859
g1906 DLA_02081 F4PJNLW01DERRH CDS40982 4380 - 0.364612
g1907 DLA_02082 F4PJNLW01DERRH CDS46237 3225 - 0.326202
g1908 DLA_11514 F4PJNLW01DERRH CDS49735 1839 - 0.334421
g1909 DLA_02083 F4PJNLW01DERRH CDS52075 2175 - 0.308506
g191 DLA_00216 contig05409_1.exp CDS436598 381 - 0.293963
g1910 DLA_02084 F4PJNLW01DERRH CDS55904 642 - 0.397196
g1911 DLA_02085 F4PJNLW01DERRH CDS56949 2706 - 0.388766
g1912 DLA_02086 F4PJNLW01DERRH CDS61634 3099 + 0.324621
g1913 DLA_02087 F4PJNLW01DERRH CDS64798 3456 - 0.286748
g1914 DLA_02088 F4PJNLW01DERRH CDS68847 306 - 0.303922
g1915 DLA_02089 F4PJNLW01DERRH CDS69678 4797 + 0.317699
g1916 DLA_02093 F4PJNLW01DERRH CDS77939 3597 - 0.310537
g1917 DLA_02094 F4PJNLW01DERRH CDS81728 816 + 0.275735
g1918 DLA_02095 F4PJNLW01DERRH CDS83164 1044 + 0.346743
g1919 DLA_02096 F4PJNLW01DERRH CDS84617 855 - 0.252632
g192 DLA_00217 contig05409_1.exp CDS439001 417 - 0.345324
g1920 DLA_02097 F4PJNLW01DERRH CDS85823 933 - 0.229368
g1921 DLA_02099 F4PJNLW01DERRH CDS87436 1557 - 0.337829
g1922 DLA_02101 F4PJNLW01DERRH CDS91978 1263 - 0.370546
g1923 DLA_02102 one of two orthologs of NPC1 (with F4PJNLW01DERRH CDS93350 2724 - 0.374816
g1924 DLA_02104 F4PJNLW01DERRH CDS97466 2316 + 0.316926
g1925 DLA_02105 F4PJNLW01DERRH CDS100080 795 + 0.299371
g1926 DLA_02106 contains an actin-binding WH2 (Wiskott Aldrich syndrome homology region 2) domain near its N-terminus and a C-terminal SH3 (src Homology-3) domain predicted to have an N-terminal signal peptideF4PJNLW01DERRH CDS101536 459 + 0.490196
g1927 DLA_11515 F4PJNLW01DERRH CDS102175 390 - 0.220513
g1928 DLA_02107 F4PJNLW01DERRH CDS102834 969 - 0.316821
g1929 DLA_02108 F4PJNLW01DERRH CDS107389 3471 - 0.273984
g193 DLA_00218 contig05409_1.exp CDS442800 11571 - 0.347593
g1930 DLA_02112 F4PJNLW01DERRH CDS114657 1644 + 0.340024
g1931 DLA_02113 highly similar to SCY1 family kinases does not contain the consensus sequences required for kinase function however the SCY1 family encodes highly conserved non-canonical kinases that are believed to functionF4PJNLW01DERRH CDS116363 2886 - 0.310464
g1932 DLA_02114 F4PJNLW01DERRH CDS119843 1809 + 0.368712
g1933 DLA_02115 F4PJNLW01DERRH CDS122277 882 + 0.291383
g1934 DLA_02116 F4PJNLW01DERRH CDS123238 1344 - 0.294643
g1935 DLA_02117 F4PJNLW01DERRH CDS124838 2322 - 0.314384
g1936 DLA_02118 F4PJNLW01DERRH CDS127209 291 - 0.24055
g1937 DLA_02119 F4PJNLW01DERRH CDS129167 1641 + 0.303474
g1938 DLA_02120 F4PJNLW01DERRH CDS131132 1833 + 0.287507
g1939 DLA_02122 F4PJNLW01DERRH CDS136550 1689 + 0.292481
g194 DLA_00219 contig05409_1.exp CDS455380 3327 + 0.327322
g1940 DLA_02123 F4PJNLW01DERRH CDS138515 3516 + 0.292947
g1941 DLA_02124 F4PJNLW01DERRH CDS142381 3621 - 0.266777
g1942 DLA_02125 F4PJNLW01DERRH CDS146376 1869 + 0.310861
g1943 DLA_02126 F4PJNLW01DERRH CDS148360 1062 - 0.295669
g1944 DLA_02128 F4PJNLW01DERRH CDS149745 2712 - 0.344027
g1945 DLA_02129 F4PJNLW01DERRH CDS152805 1011 - 0.339268
g1946 DLA_02130 F4PJNLW01DERRH CDS153959 1074 + 0.295158
g1947 DLA_02131 F4PJNLW01DERRH CDS155626 243 - 0.279835
g1948 DLA_02132 F4PJNLW01DERRH CDS156534 2022 - 0.29723
g1949 DLA_02133 F4PJNLW01DERRH CDS159521 561 - 0.322638
g195 DLA_00220 contig05409_1.exp CDS458972 381 - 0.228346
g1950 DLA_02134 F4PJNLW01DERRH CDS160510 714 + 0.29972
g1951 DLA_02135 F4PJNLW01DERRH CDS161510 582 + 0.300687
g1952 DLA_02137 conserved component of the mitochondrial intermembrane space forms a complex with Timm10 which mediates insertion of hydrophobic proteins at the inner membrane.F4PJNLW01DERRH CDS163079 237 + 0.265823
g1953 DLA_02138 ortholog of peroxin 2 required for peroxisome biogenesis contains two putative transmembrane domains mutations in human homolog cause a variety of peroxisomal disordersF4PJNLW01DERRH CDS163546 1275 - 0.300392
g1954 DLA_02139 F4PJNLW01DERRH CDS165377 1248 + 0.34375
g1955 DLA_02140 contains one DnaJ N-terminal domain and one MYND-type zinc finger domain contains 8 putative transmembrane domainsF4PJNLW01DERRH CDS166725 1617 - 0.301793
g1956 DLA_02142 F4PJNLW01DERRH CDS168968 1653 + 0.275862
g1957 DLA_02145 F4PJNLW01DERRH CDS173983 1689 - 0.275311
g1958 DLA_02146 F4PJNLW01DERRH CDS175887 1626 - 0.367159
g1959 DLA_02147 F4PJNLW01DERRH CDS177999 4176 - 0.288793
g196 DLA_00221 contig05409_1.exp CDS459568 2538 - 0.353428
g1960 DLA_02150 F4PJNLW01DERRH CDS183486 3339 - 0.279125
g1961 DLA_02151 F4PJNLW01DERRH CDS187104 1758 - 0.29124
g1962 DLA_02152 F4PJNLW01DERRH CDS189117 3288 + 0.296533
g1963 DLA_02153 F4PJNLW01DERRH CDS192709 459 + 0.328976
g1964 DLA_02154 F4PJNLW01DERRH CDS193309 1461 + 0.347707
g1965 DLA_02155 F4PJNLW01DERRH CDS195195 207 + 0.304348
g1966 DLA_02157 F4PJNLW01DERRH CDS196610 1953 + 0.322581
g1967 DLA_02158 F4PJNLW01DERRH CDS199507 432 + 0.351852
g1968 DLA_11516 F4PJNLW01DERRH CDS200464 243 + 0.27572
g1969 DLA_02159 F4PJNLW01DERRH CDS202025 1911 + 0.308739
g197 DLA_00222 contig05409_1.exp CDS462586 2604 - 0.357143
g1970 DLA_02160 F4PJNLW01DERRH CDS204259 3408 - 0.294014
g1971 DLA_02161 F4PJNLW01DERRH CDS207894 3372 - 0.31465
g1972 DLA_02162 F4PJNLW01DERRH CDS211574 3309 + 0.289211
g1973 DLA_02163 F4PJNLW01DERRH CDS215110 1011 - 0.327399
g1974 DLA_02164 F4PJNLW01DERRH CDS216781 324 + 0.305556
g1975 DLA_02165 F4PJNLW01DERRH CDS217239 4539 - 0.315488
g1976 DLA_02166 F4PJNLW01DERRH CDS222365 723 - 0.305671
g1977 DLA_02167 catalyzes the reaction N-D-ribosylpurine Hsub2subO purine D-riboseF4PJNLW01DERRH CDS223179 1755 - 0.366382
g1978 DLA_02169 F4PJNLW01DERRH CDS225983 1635 - 0.329664
g1979 DLA_02170 F4PJNLW01DERRH CDS227916 966 + 0.282609
g198 DLA_00223 contig05409_1.exp CDS465626 1779 - 0.362563
g1980 DLA_02171 F4PJNLW01DERRH CDS229005 2184 - 0.270604
g1981 DLA_02173 F4PJNLW01DERRH CDS232435 1050 - 0.412381
g1982 DLA_02174 catalyzes the reaction isocitrate glyoxylate succinateF4PJNLW01DERRH CDS234194 1425 - 0.399298
g1983 DLA_02175 putative ortholog of H. sapiens CNOT3 and S. cerevisiae NOT3 component of the CCR4-NOT transcription complexF4PJNLW01DERRH CDS236457 2127 + 0.341326
g1984 DLA_02177 F4PJNLW01DERRH CDS239607 1878 + 0.290735
g1985 DLA_02178 putative RNA helicase contains an RWD domain (RING finger and WD repeat)F4PJNLW01DERRH CDS241601 4122 - 0.318535
g1986 DLA_02179 F4PJNLW01DERRH CDS246124 6699 + 0.286909
g1987 DLA_02181 F4PJNLW01DERRH CDS253617 534 - 0.294007
g1988 DLA_02182 F4PJNLW01DERRH CDS254588 2055 + 0.325547
g1989 DLA_02183 F4PJNLW01DERRH CDS257541 3534 + 0.338427
g199 DLA_00224 contig05409_1.exp CDS468870 2700 + 0.348148
g1990 DLA_02186 bCommunity annotation:b DDB_G0272740 is similar to histone2a-related transcription factors of the Hap5CBFNF-Y family which bind to the subsequence CCAAT and is threefold upregulated (p3E-7) in a Dicty strain in which the retinoblastoma-like gene rblA has been disrupted (Doquang et al in preparation). Most genes associated with S-phase or mitosis are upregulated in this strain. This is is consistent with the idea that factors of the the Hap5CBFNF-Y factors are involved in cell cycle progression in Dictyostelium as they are in animal cells. Harry MacWilliams September 2009br Closer examination of the blast results suggests that this gene does NOT code for an NF-Y subunit. Real orthologs to DDB_G0272740 do seem to occur in some fungi for instance Aspergillis and Ajellomyces although there are none in budding yeast. Insects also have a protein that is much more closely related to DDB_G0272740 than it is to nfyC it is called chrac-16 and is a component of the chromatin accessibility complexF4PJNLW01DERRH CDS262371 483 + 0.335404
g1991 DLA_02187 F4PJNLW01DERRH CDS263326 1596 + 0.325188
g1992 DLA_02188 F4PJNLW01DERRH CDS265721 1827 - 0.313082
g1993 DLA_02189 F4PJNLW01DERRH CDS268216 1248 - 0.289263
g1994 DLA_11517 F4PJNLW01DERRH CDS269736 654 + 0.357798
g1995 DLA_02190 F4PJNLW01DERRH CDS270589 4941 + 0.325845
g1996 DLA_02191 F4PJNLW01DERRH CDS275682 1665 - 0.293093
g1997 DLA_02192 F4PJNLW01DERRH CDS277503 753 + 0.337317
g1998 DLA_02194 F4PJNLW01DERRH CDS279280 1236 + 0.307443
g1999 DLA_02196 F4PJNLW01DERRH CDS281279 687 + 0.298399
g2 DLA_00003 contig05409_1.exp CDS4241 2001 - 0.312844
g20 DLA_00023 contig05409_1.exp CDS50205 1470 + 0.256463
g200 DLA_00225 contig05409_1.exp CDS472000 960 - 0.361458
g2000 DLA_02197 F4PJNLW01DERRH CDS282099 1515 - 0.29835
g2001 DLA_02198 F4PJNLW01DERRH CDS284469 3387 + 0.317095
g2002 DLA_02199 F4PJNLW01DERRH CDS288085 1767 + 0.263724
g2003 DLA_02200 F4PJNLW01DERRH CDS290208 2994 - 0.358717
g2004 DLA_02201 F4PJNLW01DERRH CDS293502 1332 + 0.326577
g2005 DLA_02202 F4PJNLW01DERRH CDS294910 1302 - 0.302611
g2006 DLA_02203 F4PJNLW01DERRH CDS296729 804 + 0.314677
g2007 DLA_02205 F4PJNLW01DERRH CDS298814 1050 + 0.344762
g2008 DLA_02206 F4PJNLW01DERRH CDS300035 450 - 0.268889
g2009 DLA_02207 F4PJNLW01DERRH CDS301351 3474 + 0.312032
g201 DLA_00226 contig05409_1.exp CDS474156 1941 + 0.333849
g2010 DLA_02209 F4PJNLW01DERRH CDS306235 708 + 0.324859
g2011 DLA_02210 F4PJNLW01DERRH CDS307764 444 + 0.304054
g2012 DLA_02211 F4PJNLW01DERRH CDS308652 2424 - 0.352723
g2013 DLA_02212 F4PJNLW01DERRH CDS312485 3036 + 0.325099
g2014 DLA_02213 F4PJNLW01DERRH CDS316087 768 + 0.320312
g2015 DLA_02214 F4PJNLW01DERRH CDS317437 816 - 0.308824
g2016 DLA_02215 F4PJNLW01DERRH CDS318766 597 - 0.276382
g2017 DLA_02216 F4PJNLW01DERRH CDS319983 1350 - 0.302222
g2018 DLA_02217 F4PJNLW01DERRH CDS322559 447 + 0.324385
g2019 DLA_02218 F4PJNLW01DERRH CDS323818 2733 + 0.317234
g202 DLA_00227 contig05409_1.exp CDS476159 1665 - 0.32973
g2020 DLA_02219 F4PJNLW01DERRH CDS327130 1305 - 0.400766
g2021 DLA_02220 F4PJNLW01DERRH CDS328795 1659 + 0.373116
g2022 DLA_02221 member of the TKL (tyrosine kinase-like) group contains a galactose oxidase central domain and three Kelch motifsF4PJNLW01DERRH CDS331361 3084 + 0.336576
g2023 DLA_02222 F4PJNLW01DERRH CDS334619 1878 + 0.300319
g2024 DLA_02224 F4PJNLW01DERRH CDS337619 435 + 0.296552
g2025 DLA_02225 F4PJNLW01DERRH CDS338385 1125 - 0.423111
g2026 DLA_02226 F4PJNLW01DERRH CDS339808 1437 - 0.267919
g2027 DLA_02227 F4PJNLW01DERRH CDS341499 1455 + 0.304467
g2028 DLA_02228 F4PJNLW01DERRH CDS343003 1557 - 0.270392
g2029 DLA_02229 F4PJNLW01DERRH CDS344671 3309 - 0.290118
g203 DLA_00228 contig05409_1.exp CDS478056 576 - 0.373264
g2030 DLA_02230 F4PJNLW01DERRH CDS348200 5121 - 0.285686
g2031 DLA_02232 F4PJNLW01DERRH CDS354964 540 + 0.32037
g2032 DLA_02233 F4PJNLW01DERRH CDS355650 960 - 0.311458
g2033 DLA_02234 catalyzes the reaction L-arginine Hsub2subO L-citrulline NHsub3sub N-terminal half highly similar to bacterial argnine deiminase an amidinotransferaseF4PJNLW01DERRH CDS357152 2469 + 0.356825
g2034 DLA_02236 F4PJNLW01DERRH CDS360490 468 - 0.279915
g2035 DLA_02237 F4PJNLW01DERRH CDS361545 1866 + 0.369775
g2036 DLA_11518 F4PJNLW01DERRH CDS363552 1533 + 0.282453
g2037 DLA_02238 F4PJNLW01DERRH CDS365219 2718 + 0.337748
g2038 DLA_02239 F4PJNLW01DERRH CDS368836 2067 + 0.293662
g2039 DLA_02240 F4PJNLW01DERRH CDS371275 2832 - 0.289548
g204 DLA_00229 contig05409_1.exp CDS479135 5376 + 0.322359
g2040 DLA_02242 F4PJNLW01DERRH CDS374424 639 + 0.276995
g2041 DLA_02243 F4PJNLW01DERRH CDS375261 840 - 0.308333
g2042 DLA_02244 F4PJNLW01DERRH CDS376306 498 + 0.277108
g2043 DLA_02245 F4PJNLW01DERRH CDS377043 1224 - 0.360294
g2044 DLA_02246 F4PJNLW01DERRH CDS378706 642 - 0.32866
g2045 DLA_02247 F4PJNLW01DERRH CDS379847 510 - 0.307843
g2046 DLA_02248 F4PJNLW01DERRH CDS380636 222 - 0.333333
g2047 DLA_02249 ortholog of human and S. cerevisiae SSU72 (suppressor of SUA7 protein 2) S. cerevisiae SSU72 is involved in several roles including 3' end formation of pre-mRNA and snoRNAs and dephosphorylation of RNA polymerase II the D. discoideum homolog of yeast SUA7 is F4PJNLW01DERRH CDS381616 564 + 0.326241
g2048 DLA_02250 F4PJNLW01DERRH CDS382483 2097 - 0.34144
g2049 DLA_02252 F4PJNLW01DERRH CDS385220 5760 + 0.336111
g205 DLA_00230 contig05409_1.exp CDS484578 606 - 0.313531
g2050 DLA_02253 F4PJNLW01DERRH CDS391499 231 - 0.277056
g2051 DLA_02254 F4PJNLW01DERRH CDS392695 2034 + 0.314651
g2052 DLA_02256 F4PJNLW01DERRH CDS395701 2118 + 0.314448
g2053 DLA_02258 F4PJNLW01DERRH CDS398071 258 - 0.321705
g2054 DLA_02259 F4PJNLW01DERRH CDS398942 468 - 0.260684
g2055 DLA_02260 DEADDEAH box helicases are involved in various aspects of RNA metabolismF4PJNLW01DERRH CDS399702 2160 + 0.346296
g2056 DLA_02262 related to the Ovarian Tumour (OTU) gene of Drosophila function is unknown but conserved cysteine and histidine and possibly the aspartate residues suggests that those not yet recognized as peptidases could possess cysteine protease activityF4PJNLW01DERRH CDS402730 1179 - 0.301103
g2057 DLA_02264 F4PJNLW01DERRH CDS404448 300 + 0.276667
g2058 DLA_11519 F4PJNLW01DERRH CDS404947 1668 - 0.288369
g2059 DLA_02265 F4PJNLW01DERRH CDS406893 1740 - 0.274138
g206 DLA_00231 contig05409_1.exp CDS485681 843 + 0.351127
g2060 DLA_02266 F4PJNLW01DERRH CDS408802 819 + 0.328449
g2061 DLA_02267 F4PJNLW01DERRH CDS409660 603 - 0.291874
g2062 DLA_02268 F4PJNLW01DERRH CDS410457 3645 - 0.336351
g2063 DLA_02269 F4PJNLW01DERRH CDS414494 3372 + 0.327402
g2064 DLA_02270 F4PJNLW01DERRH CDS418357 1044 + 0.283525
g2065 DLA_02271 F4PJNLW01DERRH CDS420949 1620 + 0.302469
g2066 DLA_02272 F4PJNLW01DERRH CDS422662 1842 + 0.309446
g2067 DLA_02273 protein serinethreonine phosphatase required for chemotaxis and development suppresses the F4PJNLW01DERRH CDS424814 915 - 0.339891
g2068 DLA_02274 F4PJNLW01DERRH CDS426502 1080 + 0.426852
g2069 DLA_02275 F4PJNLW01DERRH CDS427735 1788 + 0.283557
g207 DLA_00232 contig05409_1.exp CDS487515 480 - 0.335417
g2070 DLA_02276 F4PJNLW01DERRH CDS430170 615 - 0.300813
g2071 DLA_02277 F4PJNLW01DERRH CDS430969 1344 + 0.3125
g2072 DLA_02278 F4PJNLW01DERRH CDS432510 2199 - 0.330605
g2073 DLA_02279 F4PJNLW01DERRH CDS435245 2370 + 0.353165
g2074 DLA_02280 F4PJNLW01DERRH CDS438382 2196 + 0.32377
g2075 DLA_02281 F4PJNLW01DERRH CDS440861 1632 + 0.292279
g2076 DLA_02282 F4PJNLW01DERRH CDS442717 1791 + 0.340034
g2077 DLA_02283 F4PJNLW01DERRH CDS444991 1725 + 0.243478
g2078 DLA_02284 F4PJNLW01DERRH CDS447118 1227 - 0.264059
g2079 DLA_02285 F4PJNLW01DERRH CDS448612 651 + 0.245776
g208 DLA_00233 contig05409_1.exp CDS488194 669 - 0.349776
g2080 DLA_02286 F4PJNLW01DERRH CDS449787 2118 - 0.315864
g2081 DLA_02287 F4PJNLW01DERRH CDS453019 774 - 0.316537
g2082 DLA_02288 F4PJNLW01DERRH CDS454042 1833 + 0.368249
g2083 DLA_02289 F4PJNLW01DERRH CDS455944 621 - 0.193237
g2084 DLA_02290 F4PJNLW01DERRH CDS457305 642 + 0.306854
g2085 DLA_02292 F4PJNLW01DERRH CDS458988 906 - 0.30574
g2086 DLA_02293 F4PJNLW01DERRH CDS460223 216 + 0.25463
g2087 DLA_02294 ortholog of human FA2H S. cerevisiae SCS7 contains a cytochrome b5 heme-binding domain and 4 predicted transmembrane domainsF4PJNLW01DERRH CDS460608 1053 - 0.297246
g2088 DLA_02295 very similar to acyl-coenzyme A oxidases but lacks the full domainF4PJNLW01DERRH CDS462405 2049 + 0.312347
g2089 DLA_02298 F4PJNLW01DERRH CDS465875 1908 - 0.361111
g209 DLA_00234 contig05409_1.exp CDS489310 1308 + 0.332569
g2090 DLA_02304 F4PJNLW01DERRH CDS472123 201 - 0.293532
g2091 DLA_02305 F4PJNLW01DERRH CDS473996 1182 - 0.37225
g2092 DLA_02306 F4PJNLW01DERRH CDS476826 1020 + 0.290196
g2093 DLA_02307 F4PJNLW01DERRH CDS477952 1251 - 0.286171
g2094 DLA_11520 F4PJNLW01DERRH CDS479507 1053 - 0.226971
g2095 DLA_02309 F4PJNLW01DERRH CDS480929 2331 + 0.265551
g2096 DLA_02310 F4PJNLW01DERRH CDS483304 1515 - 0.285149
g2097 DLA_02311 F4PJNLW01DERRH CDS485150 924 + 0.262987
g2098 DLA_02312 F4PJNLW01DERRH CDS486095 2109 - 0.26221
g2099 DLA_02313 F4PJNLW01DERRH CDS488478 1860 + 0.327419
g21 DLA_00024 contig05409_1.exp CDS51750 4119 - 0.312212
g210 DLA_00235 contig05409_1.exp CDS490745 477 - 0.278826
g2100 DLA_02314 F4PJNLW01DERRH CDS490482 948 + 0.317511
g2101 DLA_02315 F4PJNLW01DERRH CDS491620 300 - 0.24
g2102 DLA_02316 AGC group AKT family protein serinethreonine kinase similar to other metazoan AktPKB including an N-terminal PH domain homologous kinase and C-terminal regulatory domains and phosphorylation sites required for AktPKB activationF4PJNLW01DERRH CDS492601 1605 + 0.316511
g2103 DLA_02317 F4PJNLW01DERRH CDS494755 1548 + 0.273256
g2104 DLA_02318 F4PJNLW01DERRH CDS496452 873 - 0.296678
g2105 DLA_02319 F4PJNLW01DERRH CDS497752 2889 + 0.283143
g2106 DLA_02321 F4PJNLW01DERRH CDS501586 2130 + 0.320188
g2107 DLA_02322 F4PJNLW01DERRH CDS504619 3096 + 0.320413
g2108 DLA_02323 F4PJNLW01DERRH CDS508296 5091 + 0.310941
g2109 DLA_02324 F4PJNLW01DERRH CDS514197 3657 - 0.283292
g211 DLA_00236 contig05409_1.exp CDS491684 1548 + 0.307494
g2110 DLA_02325 F4PJNLW01DERRH CDS517999 3723 - 0.288746
g2111 DLA_02326 contains the metal-dependent phosphohydrolase HD region similar to the H. sapiens SAM domain and HD domain-containing protein 1 (SAMHD1) but lacking the N-terminal SAM domainF4PJNLW01DERRH CDS522253 1446 + 0.313278
g2112 DLA_02327 F4PJNLW01DERRH CDS523842 1416 - 0.251412
g2113 DLA_02328 F4PJNLW01DERRH CDS525869 1803 + 0.297837
g2114 DLA_02329 F4PJNLW01DERRH CDS527970 375 - 0.253333
g2115 DLA_02330 F4PJNLW01DERRH CDS529004 1323 - 0.378685
g2116 DLA_02331 F4PJNLW01DERRH CDS531195 5007 + 0.317955
g2117 DLA_02332 F4PJNLW01DERRH CDS536660 2052 + 0.352339
g2118 DLA_02333 F4PJNLW01DERRH CDS538893 2685 - 0.356425
g2119 DLA_02334 F4PJNLW01DERRH CDS542855 219 - 0.347032
g212 DLA_00237 contig05409_1.exp CDS493532 759 - 0.267457
g2120 DLA_02335 F4PJNLW01DERRH CDS543480 240 + 0.258333
g2121 DLA_02336 F4PJNLW01DERRH CDS543900 4401 - 0.329016
g2122 DLA_02337 F4PJNLW01DERRH CDS550631 336 - 0.303571
g2123 DLA_02338 F4PJNLW01DERRH CDS551075 1446 + 0.325726
g2124 DLA_02339 similar to the cell division cycle 2-related protein kinase 7 (CRK7) and other cell division cycle 2-like protein kinases there is a second copy of this gene F4PJNLW01DERRH CDS552865 1164 - 0.34622
g2125 DLA_02340 F4PJNLW01DERRH CDS554500 3648 + 0.302357
g2126 DLA_02341 similar to budding yeast Sar1 a 21 kDa GTP- binding protein involved in vesicular transport between the endoplasmic reticulum and the GolgiF4PJNLW01DERRH CDS558311 570 - 0.342105
g2127 DLA_02342 F4PJNLW01DERRH CDS559738 1632 + 0.293505
g2128 DLA_02343 F4PJNLW01DERRH CDS561494 1683 + 0.299465
g2129 DLA_02344 F4PJNLW01DERRH CDS563367 951 + 0.298633
g213 DLA_00238 contig05409_1.exp CDS494802 1380 + 0.344203
g2130 DLA_02345 F4PJNLW01DERRH CDS564709 1395 - 0.277419
g2131 DLA_02346 F4PJNLW01DERRH CDS568066 1404 + 0.318376
g2132 DLA_02347 F4PJNLW01DERRH CDS569759 1056 - 0.347538
g2133 DLA_02348 F4PJNLW01DERRH CDS571287 1404 + 0.312678
g2134 DLA_02350 F4PJNLW01DERRH CDS573091 1656 - 0.30314
g2135 DLA_02351 F4PJNLW01DERRH CDS577253 1275 - 0.376471
g2136 DLA_02352 contains one RF-1 domain similar to human ICT1 (immature colon carcinoma transcript 1 protein)F4PJNLW01DERRH CDS578788 441 + 0.306122
g2137 DLA_02353 F4PJNLW01DERRH CDS579554 396 - 0.330808
g2138 DLA_11521 F4PJNLW01DERRH CDS580992 225 - 0.324444
g2139 DLA_02354 F4PJNLW01DERRH CDS581485 393 - 0.300254
g214 DLA_00239 contig05409_1.exp CDS496650 1584 + 0.328283
g2140 DLA_02355 F4PJNLW01DERRH CDS582450 618 + 0.338188
g2141 DLA_02356 F4PJNLW01DERRH CDS583991 2916 + 0.326475
g2142 DLA_02357 F4PJNLW01DERRH CDS587571 909 - 0.354235
g2143 DLA_02358 F4PJNLW01DERRH CDS588974 1461 + 0.310746
g2144 DLA_02359 component of the Dictyostelium Arp2Arp3 complex contributes to DdPPK2 activity also described as member of the polyphosphate kinase PPK3 familyF4PJNLW01DERRH CDS591126 1176 + 0.366497
g2145 DLA_02360 F4PJNLW01DERRH CDS593350 1875 + 0.3248
g2146 DLA_02361 F4PJNLW01DERRH CDS595738 756 - 0.328042
g2147 DLA_02362 F4PJNLW01DERRH CDS596905 744 + 0.307796
g2148 DLA_02363 F4PJNLW01DERRH CDS598124 2364 + 0.340102
g2149 DLA_02364 F4PJNLW01DERRH CDS601400 1248 + 0.339744
g215 DLA_11437 contig05409_1.exp CDS498601 1371 + 0.318745
g2150 DLA_02365 F4PJNLW01DERRH CDS603155 1260 + 0.34127
g2151 DLA_02366 F4PJNLW01DERRH CDS604902 573 + 0.356021
g2152 DLA_02367 F4PJNLW01DERRH CDS605747 2016 - 0.364087
g2153 DLA_02368 F4PJNLW01DERRH CDS608208 7680 + 0.327214
g2154 DLA_02370 F4PJNLW01DERRH CDS615978 4080 - 0.318873
g2155 DLA_02371 F4PJNLW01DERRH CDS620452 1353 - 0.329638
g2156 DLA_02373 F4PJNLW01DERRH CDS622765 1491 + 0.348089
g2157 DLA_02374 F4PJNLW01DERRH CDS624718 477 + 0.29979
g2158 DLA_02375 F4PJNLW01DERRH CDS625530 2805 + 0.335472
g2159 DLA_02376 F4PJNLW01DERRH CDS628678 1065 + 0.335211
g216 DLA_00240 contig05409_1.exp CDS500740 1035 + 0.317874
g2160 DLA_02377 F4PJNLW01DERRH CDS630088 1296 + 0.3125
g2161 DLA_02378 34 kDa subunit of heterodimeric actin capping protein cap3234 32 kDa subunit is encoded by acpA contributes to the dynactin complexF4PJNLW01DERRH CDS632199 846 + 0.369976
g2162 DLA_02380 member of the AGC kinase group similar to kinase domains of NDR (nuclear Dbf2-related) and MAST (microtubule-associated serinethreonine kinase)F4PJNLW01DERRH CDS633835 4887 + 0.331492
g2163 DLA_02381 F4PJNLW01DERRH CDS639639 3507 + 0.278871
g2164 DLA_02383 F4PJNLW01DERRH CDS643513 528 + 0.320076
g2165 DLA_02384 F4PJNLW01DERRH CDS644315 945 - 0.326984
g2166 DLA_02385 F4PJNLW01DERRH CDS646165 1683 + 0.286393
g2167 DLA_02386 F4PJNLW01DERRH CDS648072 1086 + 0.333333
g2168 DLA_02388 F4PJNLW01DERRH CDS650583 1488 + 0.30578
g2169 DLA_02389 F4PJNLW01DERRH CDS652174 966 - 0.354037
g217 DLA_00241 contig05409_1.exp CDS501969 1797 + 0.304953
g2170 DLA_02390 F4PJNLW01DERRH CDS654784 2079 + 0.334776
g2171 DLA_02391 F4PJNLW01DERRH CDS657051 1575 - 0.345397
g2172 DLA_02392 F4PJNLW01DERRH CDS658997 1602 + 0.32834
g2173 DLA_02393 F4PJNLW01DERRH CDS660867 1635 + 0.310703
g2174 DLA_02394 F4PJNLW01DERRH CDS662630 2847 - 0.336495
g2175 DLA_02395 F4PJNLW01DERRH CDS665801 1602 + 0.303371
g2176 DLA_02396 F4PJNLW01DERRH CDS667623 1647 + 0.313904
g2177 DLA_02397 F4PJNLW01DERRH CDS669543 573 - 0.369983
g2178 DLA_02398 F4PJNLW01DERRH CDS670836 1455 + 0.314777
g2179 DLA_02399 F4PJNLW01DERRH CDS672767 447 + 0.313199
g218 DLA_00242 contig05409_1.exp CDS504449 207 + 0.362319
g2180 DLA_02400 F4PJNLW01DERRH CDS673694 2010 + 0.31791
g2181 DLA_02401 F4PJNLW01DERRH CDS675835 1575 + 0.290159
g2182 DLA_02402 F4PJNLW01DERRH CDS677448 1251 - 0.272582
g2183 DLA_02403 F4PJNLW01DERRH CDS679196 3123 - 0.361191
g2184 DLA_02404 F4PJNLW01DERRH CDS682692 837 + 0.293907
g2185 DLA_02405 F4PJNLW01DERRH CDS683706 2817 + 0.265886
g2186 DLA_02407 F4PJNLW01DERRH CDS686710 1143 - 0.300962
g2187 DLA_02408 F4PJNLW01DERRH CDS688219 978 - 0.311861
g2188 DLA_02409 F4PJNLW01DERRH CDS689648 390 + 0.330769
g2189 DLA_02410 F4PJNLW01DERRH CDS690191 645 - 0.268217
g219 DLA_00243 conserved low molecular weight phosphotyrosine protein phosphatase acts on tyrosine phosphorylated proteins low-MW aryl phosphates and natural and synthetic acyl phosphatescontig05409_1.exp CDS504881 534 + 0.299625
g2190 DLA_02411 similar to human ZDHHC16 (zinc finger DHHC domain-containing protein 16) contains 4 putative transmembrane domainsF4PJNLW01DERRH CDS691057 996 + 0.264056
g2191 DLA_02412 F4PJNLW01DERRH CDS692195 1149 - 0.280244
g2192 DLA_02413 F4PJNLW01DERRH CDS693649 1407 - 0.267946
g2193 DLA_02414 F4PJNLW01DERRH CDS696290 1455 - 0.292783
g2194 DLA_02415 F4PJNLW01DERRH CDS698259 1287 + 0.305361
g2195 DLA_02416 F4PJNLW01DERRH CDS700714 226 + 0.358407
g2196 DLA_02417 F4PJNLW01DL4V0 CDS286 2565 + 0.292788
g2197 DLA_02418 F4PJNLW01DL4V0 CDS3136 921 - 0.324647
g2198 DLA_02419 F4PJNLW01DL4V0 CDS4582 1329 + 0.315275
g2199 DLA_02420 F4PJNLW01DL4V0 CDS6082 801 - 0.265918
g22 DLA_00026 contig05409_1.exp CDS56708 2028 + 0.324951
g220 DLA_00244 contig05409_1.exp CDS505581 492 - 0.367886
g2200 DLA_02421 F4PJNLW01DL4V0 CDS7218 888 + 0.25
g2201 DLA_02422 F4PJNLW01DL4V0 CDS8281 1506 + 0.282869
g2202 DLA_02423 F4PJNLW01DL4V0 CDS10016 492 - 0.27439
g2203 DLA_02424 F4PJNLW01DL4V0 CDS11101 2979 + 0.302115
g2204 DLA_02425 F4PJNLW01DL4V0 CDS14892 489 - 0.267894
g2205 DLA_02427 F4PJNLW01DL4V0 CDS16269 894 - 0.314318
g2206 DLA_02429 F4PJNLW01EE5MJ CDS154 1812 + 0.312362
g2207 DLA_02432 F4PJNLW01EE5MJ CDS5435 1047 - 0.30277
g2208 DLA_02433 F4PJNLW01EE5MJ CDS7786 3030 + 0.29934
g2209 DLA_02434 F4PJNLW01EE5MJ CDS11521 4248 - 0.305085
g221 DLA_00245 contig05409_1.exp CDS506395 1575 + 0.32127
g2210 DLA_02435 F4PJNLW01EE5MJ CDS15976 4845 - 0.31806
g2211 DLA_02436 F4PJNLW01EE5MJ CDS21053 4320 - 0.290509
g2212 DLA_02437 F4PJNLW01EE5MJ CDS25737 4242 - 0.303866
g2213 DLA_02438 F4PJNLW01EE5MJ CDS30323 546 - 0.31685
g2214 DLA_02439 F4PJNLW01EE5MJ CDS31062 2133 - 0.311299
g2215 DLA_02440 F4PJNLW01EE5MJ CDS33600 810 + 0.328395
g2216 DLA_02442 F4PJNLW01EE5MJ CDS37107 2034 + 0.345133
g2217 DLA_02443 F4PJNLW01EE5MJ CDS39460 954 + 0.316562
g2218 DLA_02444 F4PJNLW01EE5MJ CDS40852 1836 - 0.328431
g2219 DLA_02446 very similar to the mammalian glucosidase II subunit beta also known as protein kinase C substrate 80K-H which catalyzes the sequential removal of two alpha-13-linked glucose residues in the second step of N-linked oligosaccharide processing also similar to yeast GTB1 defects in human PRKCSH are a cause of polycystic liver disease (PCLD)F4PJNLW01EE5MJ CDS44405 1395 + 0.326882
g222 DLA_00246 contig05409_1.exp CDS508105 1119 + 0.297587
g2220 DLA_02447 F4PJNLW01EE5MJ CDS46366 828 - 0.373188
g2221 DLA_02448 F4PJNLW01EE5MJ CDS48223 651 + 0.298003
g2222 DLA_02449 F4PJNLW01EE5MJ CDS49018 1320 - 0.368182
g2223 DLA_02450 F4PJNLW01EE5MJ CDS50619 546 - 0.300366
g2224 DLA_02451 F4PJNLW01EE5MJ CDS51431 1824 + 0.302632
g2225 DLA_02452 F4PJNLW01EE5MJ CDS53523 2505 - 0.295409
g2226 DLA_02456 F4PJNLW01EE5MJ CDS57774 1611 - 0.371819
g2227 DLA_02457 F4PJNLW01EE5MJ CDS59569 825 + 0.321212
g2228 DLA_02458 in S. cerevisiae essential for the fidelity of chromosome transmission and component of the RFC complexbrbr bCommunity annotation:b CTF18 (F4PJNLW01EE5MJ CDS60463 2562 - 0.323575
g2229 DLA_02460 F4PJNLW01EE5MJ CDS64137 1395 + 0.32043
g223 DLA_00249 contig05409_1.exp CDS512213 2949 + 0.2706
g2230 DLA_02462 F4PJNLW01EE5MJ CDS66467 2622 - 0.31312
g2231 DLA_02463 F4PJNLW01EE5MJ CDS69546 1530 + 0.347712
g2232 DLA_02464 F4PJNLW01EE5MJ CDS71463 1431 + 0.415793
g2233 DLA_02465 F4PJNLW01EE5MJ CDS73342 2217 + 0.28507
g2234 DLA_02466 F4PJNLW01EE5MJ CDS76241 747 - 0.344043
g2235 DLA_02469 F4PJNLW01EE5MJ CDS78419 2289 - 0.351682
g2236 DLA_02470 F4PJNLW01EE5MJ CDS81014 1212 + 0.285479
g2237 DLA_02471 F4PJNLW01EE5MJ CDS82403 3486 - 0.335341
g2238 DLA_02472 F4PJNLW01EE5MJ CDS86819 1212 - 0.306931
g2239 DLA_02473 dual specificity phosphatases remove phosphate groups from tyrosine and serinethreonine residuesF4PJNLW01EE5MJ CDS89204 498 + 0.359438
g224 DLA_00250 contig05409_1.exp CDS515467 3195 + 0.320814
g2240 DLA_02474 F4PJNLW01EE5MJ CDS90599 333 + 0.375375
g2241 DLA_02475 F4PJNLW01EE5MJ CDS91269 729 - 0.322359
g2242 DLA_02476 F4PJNLW01EE5MJ CDS92490 585 + 0.305983
g2243 DLA_02477 F4PJNLW01EE5MJ CDS93131 2730 - 0.335897
g2244 DLA_02481 F4PJNLW01EE5MJ CDS99352 2415 - 0.342443
g2245 DLA_02482 F4PJNLW01EE5MJ CDS102051 534 - 0.397004
g2246 DLA_02483 F4PJNLW01EE5MJ CDS103357 627 + 0.414673
g2247 DLA_02484 catalyzes the reaction alpha-D-mannose 1-phosphate D-mannose 6-phosphateF4PJNLW01EE5MJ CDS104560 741 + 0.306343
g2248 DLA_02485 F4PJNLW01EE5MJ CDS105506 1389 - 0.362131
g2249 DLA_02486 F4PJNLW01EE5MJ CDS107128 1710 - 0.380702
g225 DLA_00251 contig05409_1.exp CDS518732 1461 - 0.325804
g2250 DLA_02487 F4PJNLW01EE5MJ CDS109186 201 - 0.238806
g2251 DLA_02488 F4PJNLW01EE5MJ CDS109636 4569 + 0.33968
g2252 DLA_02489 F4PJNLW01EE5MJ CDS115007 2484 - 0.293076
g2253 DLA_11522 F4PJNLW01EE5MJ CDS117818 1245 + 0.324498
g2254 DLA_02490 F4PJNLW01EE5MJ CDS120402 1422 + 0.291842
g2255 DLA_02491 F4PJNLW01EE5MJ CDS122005 1104 - 0.320652
g2256 DLA_11523 F4PJNLW01EE5MJ CDS123438 1152 - 0.333333
g2257 DLA_02492 F4PJNLW01EE5MJ CDS124939 1149 - 0.37772
g2258 DLA_02493 F4PJNLW01EE5MJ CDS127130 4536 + 0.309965
g2259 DLA_02494 F4PJNLW01EE5MJ CDS131950 5448 - 0.324706
g226 DLA_00252 contig05409_1.exp CDS520501 1173 + 0.30861
g2260 DLA_02495 F4PJNLW01EE5MJ CDS138880 2247 - 0.365821
g2261 DLA_02496 F4PJNLW01EE5MJ CDS141455 6441 - 0.334886
g2262 DLA_02497 F4PJNLW01EE5MJ CDS148989 6384 + 0.350877
g2263 DLA_02499 F4PJNLW01EE5MJ CDS157099 1092 + 0.311355
g2264 DLA_02500 F4PJNLW01EE5MJ CDS158741 1872 - 0.313034
g2265 DLA_02501 F4PJNLW01EE5MJ CDS161286 4029 + 0.315215
g2266 DLA_02502 F4PJNLW01EE5MJ CDS165514 1254 - 0.389952
g2267 DLA_02503 F4PJNLW01EE5MJ CDS167375 2418 - 0.330438
g2268 DLA_02504 CLC chloride channels are conserved from prokaryotes to mammals where they play broad physiological roles they assemble to form homo-dimersF4PJNLW01EE5MJ CDS170057 2556 - 0.330595
g2269 DLA_02508 F4PJNLW01EE5MJ CDS174693 1038 + 0.266859
g227 DLA_00253 contig05409_1.exp CDS521712 639 - 0.28169
g2270 DLA_02509 F4PJNLW01EE5MJ CDS176088 1011 - 0.292779
g2271 DLA_02510 catalyzes the reaction succinate ubiquinone fumarate ubiquinol cytochrome b560 subunit contains 2 transmembrane domainsF4PJNLW01EE5MJ CDS177446 597 + 0.351759
g2272 DLA_02511 F4PJNLW01EE5MJ CDS178455 1602 - 0.314607
g2273 DLA_02513 F4PJNLW01EE5MJ CDS181437 918 - 0.339869
g2274 DLA_02514 similar to ubiquitin in the N-terminal region contains one von Willebrand factor (vWF) type A domainF4PJNLW01EE5MJ CDS182810 1980 - 0.322222
g2275 DLA_02515 F4PJNLW01EE5MJ CDS184989 2679 - 0.329601
g2276 DLA_02517 F4PJNLW01EE5MJ CDS187796 369 + 0.289973
g2277 DLA_02519 F4PJNLW01EE5MJ CDS188812 960 + 0.309375
g2278 DLA_02520 F4PJNLW01EE5MJ CDS190279 1485 + 0.297643
g2279 DLA_02521 F4PJNLW01EE5MJ CDS192285 1467 + 0.306748
g228 DLA_00254 contig05409_1.exp CDS522967 534 + 0.430712
g2280 DLA_02522 F4PJNLW01EE5MJ CDS194409 1344 + 0.306548
g2281 DLA_02523 F4PJNLW01EE5MJ CDS195831 1731 + 0.302137
g2282 DLA_02524 F4PJNLW01EE5MJ CDS198242 2193 - 0.336981
g2283 DLA_02525 catalyzes the hydrolysis of the terminal 12-linked alpha-D-mannose residues in the oligo-mannose oligosaccharide Man9(GlcNAc)2 some members of this family are responsible for protein N-linked glycosylation while other participate in the degradation of misfolded glycoproteins in the endoplasmic reticulumF4PJNLW01EE5MJ CDS200780 1800 + 0.306667
g2284 DLA_02526 F4PJNLW01EE5MJ CDS202874 3267 - 0.373125
g2285 DLA_02527 F4PJNLW01EE5MJ CDS207745 1950 - 0.38359
g2286 DLA_02528 F4PJNLW01EE5MJ CDS210161 1857 - 0.283791
g2287 DLA_11524 F4PJNLW01EE5MJ CDS212292 267 + 0.307116
g2288 DLA_02529 F4PJNLW01EE5MJ CDS212854 930 - 0.337634
g2289 DLA_02531 F4PJNLW01EE5MJ CDS214852 5394 + 0.342047
g229 DLA_00256 contig05409_1.exp CDS524048 294 + 0.29932
g2290 DLA_02532 F4PJNLW01EE5MJ CDS220604 456 + 0.342105
g2291 DLA_02533 F4PJNLW01EE5MJ CDS221235 4041 + 0.309329
g2292 DLA_02534 F4PJNLW01EE5MJ CDS225419 1422 - 0.362166
g2293 DLA_02535 F4PJNLW01EE5MJ CDS227311 2112 + 0.309186
g2294 DLA_02536 F4PJNLW01EE5MJ CDS229541 363 - 0.272727
g2295 DLA_02537 F4PJNLW01EE5MJ CDS230488 1137 + 0.282322
g2296 DLA_02538 F4PJNLW01EE5MJ CDS231917 831 - 0.305656
g2297 DLA_02539 homolog of human SLC35B4 S. cerevisiae YEA4 contains 9 putative transmembrane domainsF4PJNLW01EE5MJ CDS233195 1620 + 0.271605
g2298 DLA_02541 F4PJNLW01EE5MJ CDS235127 4590 - 0.325272
g2299 DLA_02542 F4PJNLW01EE5MJ CDS240220 2424 + 0.304043
g23 DLA_00027 contig05409_1.exp CDS59383 1641 - 0.33638
g230 DLA_00257 contig05409_1.exp CDS527002 1392 + 0.35704
g2300 DLA_02543 F4PJNLW01EE5MJ CDS242888 2571 + 0.317775
g2301 DLA_02544 F4PJNLW01EE5MJ CDS245689 2445 + 0.345603
g2302 DLA_02545 F4PJNLW01EE5MJ CDS248576 1083 - 0.322253
g2303 DLA_02546 F4PJNLW01EE5MJ CDS250911 1335 + 0.322097
g2304 DLA_02547 F4PJNLW01EE5MJ CDS252570 3954 + 0.262013
g2305 DLA_02548 F4PJNLW01EE5MJ CDS256752 3549 - 0.31051
g2306 DLA_02550 F4PJNLW01EE5MJ CDS260902 897 - 0.338907
g2307 DLA_11525 F4PJNLW01EE5MJ CDS262147 885 - 0.310734
g2308 DLA_02551 F4PJNLW01EE5MJ CDS263249 1152 + 0.305556
g2309 DLA_02552 F4PJNLW01EE5MJ CDS264490 1134 - 0.29806
g231 DLA_00258 contig05409_1.exp CDS528688 3471 + 0.332181
g2310 DLA_02553 F4PJNLW01EE5MJ CDS265738 1455 - 0.287285
g2311 DLA_02555 F4PJNLW01EE5MJ CDS267824 2103 + 0.309082
g2312 DLA_02556 F4PJNLW01EE5MJ CDS270520 1629 - 0.304481
g2313 DLA_02557 F4PJNLW01EE5MJ CDS273651 1254 + 0.358852
g2314 DLA_02558 F4PJNLW01EE5MJ CDS275444 555 - 0.245045
g2315 DLA_02559 F4PJNLW01EE5MJ CDS276235 741 + 0.300945
g2316 DLA_02561 F4PJNLW01EE5MJ CDS277899 348 - 0.241379
g2317 DLA_02562 F4PJNLW01EE5MJ CDS278398 1965 - 0.354198
g2318 DLA_02563 F4PJNLW01EE5MJ CDS280458 603 + 0.268657
g2319 DLA_02564 bifunctional enzyme that catalyzes the reactions Nsup10sup-formyl-Hsub4subF AICAR tetrahydrofolate phosphoribosyl-formamido-carboxamide and phosphoribosyl-formamido-carboxamide IMP Hsub2subO expressed in prespore cellsF4PJNLW01EE5MJ CDS281676 1587 + 0.361689
g232 DLA_00259 contig05409_1.exp CDS532316 264 + 0.30303
g2320 DLA_02566 F4PJNLW01EE5MJ CDS284500 1374 - 0.36754
g2321 DLA_02567 F4PJNLW01EE5MJ CDS286080 1269 - 0.287628
g2322 DLA_02568 F4PJNLW01EE5MJ CDS287875 1101 + 0.369664
g2323 DLA_02569 F4PJNLW01EE5MJ CDS289151 3285 - 0.327549
g2324 DLA_02570 F4PJNLW01EE5MJ CDS292896 543 - 0.360958
g2325 DLA_02571 F4PJNLW01EE5MJ CDS294226 1146 + 0.399651
g2326 DLA_02573 F4PJNLW01EE5MJ CDS296326 2718 - 0.336277
g2327 DLA_02574 F4PJNLW01EE5MJ CDS299310 1146 + 0.356021
g2328 DLA_02575 similar to human TMEM144 contains 10 predicted transmembrane domainsF4PJNLW01EE5MJ CDS300819 1098 - 0.351548
g2329 DLA_02576 F4PJNLW01EE5MJ CDS302604 1479 + 0.369844
g233 DLA_00260 contig05409_1.exp CDS532716 2115 - 0.329078
g2330 DLA_02577 F4PJNLW01EE5MJ CDS304268 1359 + 0.292862
g2331 DLA_02578 F4PJNLW01EE5MJ CDS306650 234 + 0.324786
g2332 DLA_02579 F4PJNLW01EE5MJ CDS308501 2493 + 0.30365
g2333 DLA_02580 F4PJNLW01EE5MJ CDS311170 1512 - 0.39418
g2334 DLA_02581 F4PJNLW01EE5MJ CDS313047 876 + 0.284247
g2335 DLA_02583 F4PJNLW01EE5MJ CDS315011 810 - 0.311111
g2336 DLA_02584 F4PJNLW01EE5MJ CDS316180 1230 - 0.321138
g2337 DLA_02585 F4PJNLW01EE5MJ CDS317569 1173 - 0.384484
g2338 DLA_02588 F4PJNLW01EE5MJ CDS321261 813 - 0.367774
g2339 DLA_02589 F4PJNLW01EE5MJ CDS322533 963 + 0.330218
g234 DLA_00261 contig05409_1.exp CDS535283 1473 - 0.308893
g2340 DLA_02590 ZIP family zinc transporter LZT subfamily member contains 8 transmembrane domains expressed in pstAB cellsF4PJNLW01EE5MJ CDS323676 885 + 0.281356
g2341 DLA_02591 F4PJNLW01EE5MJ CDS324958 2022 - 0.300198
g2342 DLA_02594 F4PJNLW01EE5MJ CDS327477 2202 + 0.343778
g2343 DLA_11526 F4PJNLW01EE5MJ CDS329858 801 - 0.324594
g2344 DLA_02595 F4PJNLW01EE5MJ CDS330963 870 - 0.344828
g2345 DLA_02596 F4PJNLW01EE5MJ CDS332082 2229 + 0.32795
g2346 DLA_11527 F4PJNLW01EE5MJ CDS334523 477 - 0.408805
g2347 DLA_02597 F4PJNLW01EE5MJ CDS335037 1137 - 0.310466
g2348 DLA_02598 F4PJNLW01EE5MJ CDS336903 2295 - 0.342484
g2349 DLA_02599 F4PJNLW01EE5MJ CDS339679 1890 + 0.356614
g235 DLA_00262 contig05409_1.exp CDS536892 1434 + 0.285914
g2350 DLA_02600 F4PJNLW01EE5MJ CDS341646 693 - 0.290043
g2351 DLA_02601 F4PJNLW01EE5MJ CDS343120 753 + 0.318725
g2352 DLA_02602 F4PJNLW01EE5MJ CDS343941 1917 - 0.34168
g2353 DLA_02603 F4PJNLW01EE5MJ CDS346036 1038 - 0.330443
g2354 DLA_02604 F4PJNLW01EE5MJ CDS347562 1611 + 0.359404
g2355 DLA_02605 F4PJNLW01EE5MJ CDS349403 1944 + 0.297839
g2356 DLA_02606 F4PJNLW01EE5MJ CDS351662 2148 - 0.3473
g2357 DLA_02607 F4PJNLW01EE5MJ CDS354640 645 - 0.339535
g2358 DLA_02608 F4PJNLW01EE5MJ CDS356045 1539 + 0.359324
g2359 DLA_02609 F4PJNLW01EE5MJ CDS357944 339 - 0.312684
g236 DLA_00263 contig05409_1.exp CDS538358 1656 - 0.301932
g2360 DLA_02610 F4PJNLW01EE5MJ CDS358341 906 + 0.307947
g2361 DLA_02611 F4PJNLW01EE5MJ CDS359488 1440 + 0.297917
g2362 DLA_02612 F4PJNLW01EE5MJ CDS361585 2547 + 0.299176
g2363 DLA_02613 F4PJNLW01EE5MJ CDS364580 621 - 0.289855
g2364 DLA_02614 F4PJNLW01EE5MJ CDS365601 5229 - 0.347676
g2365 DLA_02615 catalyzes the reaction ATP ethanolamine ADP O-phosphoethanolamineF4PJNLW01EE5MJ CDS371747 1074 + 0.290503
g2366 DLA_02616 F4PJNLW01EE5MJ CDS373247 591 + 0.279188
g2367 DLA_02618 F4PJNLW01EE5MJ CDS373941 1221 - 0.328419
g2368 DLA_02619 F4PJNLW01EE5MJ CDS375408 1371 - 0.408461
g2369 DLA_02621 F4PJNLW01EE5MJ CDS377325 1002 - 0.291417
g237 DLA_00264 contig05409_1.exp CDS540310 1800 - 0.360556
g2370 DLA_02622 F4PJNLW01EE5MJ CDS378817 768 + 0.291667
g2371 DLA_02623 F4PJNLW01EE5MJ CDS379741 2967 - 0.296933
g2372 DLA_02625 F4PJNLW01EE5MJ CDS383687 2985 - 0.307873
g2373 DLA_02627 F4PJNLW01EE5MJ CDS387997 471 + 0.292994
g2374 DLA_02628 F4PJNLW01EE5MJ CDS390127 1431 + 0.297694
g2375 DLA_02629 F4PJNLW01EE5MJ CDS392072 1374 - 0.315138
g2376 DLA_02630 F4PJNLW01EE5MJ CDS394228 465 + 0.288172
g2377 DLA_02631 member of the alpha-actininspectrin superfamily dimerizes with cortexillin I involved in cytokinesis and development and associates with the actin cytoskeletonF4PJNLW01EE5MJ CDS395523 1353 - 0.36881
g2378 DLA_02632 F4PJNLW01EE5MJ CDS397210 1104 - 0.274457
g2379 DLA_02633 F4PJNLW01EE5MJ CDS398493 1431 - 0.360587
g238 DLA_00265 contig05409_1.exp CDS543001 5781 + 0.337485
g2380 DLA_02635 F4PJNLW01EE5MJ CDS401669 4497 + 0.381143
g2381 DLA_02636 F4PJNLW01EE5MJ CDS406795 3672 + 0.353214
g2382 DLA_02637 F4PJNLW01EE5MJ CDS410668 450 - 0.313333
g2383 DLA_02638 F4PJNLW01EE5MJ CDS411622 3039 + 0.348799
g2384 DLA_02639 F4PJNLW01EE5MJ CDS415069 1365 - 0.315751
g2385 DLA_02640 catalytic subunit of the Casup2supcalmodulin-dependent serinethreonine protein phosphataseF4PJNLW01EE5MJ CDS416797 1710 + 0.330994
g2386 DLA_02641 F4PJNLW01EE5MJ CDS419950 1467 + 0.408316
g2387 DLA_02642 F4PJNLW01EE5MJ CDS421773 1086 - 0.316759
g2388 DLA_02643 F4PJNLW01EE5MJ CDS423201 1062 + 0.339925
g2389 DLA_02644 F4PJNLW01EE5MJ CDS424427 822 - 0.343066
g239 DLA_00266 contig05409_1.exp CDS549282 381 + 0.293963
g2390 DLA_02645 homolog of human SLC35C1 (GDP-fucose transporter 1) defects in human SLC35C1 are the cause of leukocyte adhesion deficiency type II contains 10 putative transmembrane domainsF4PJNLW01EE5MJ CDS425446 1080 - 0.308333
g2391 DLA_02646 F4PJNLW01EE5MJ CDS427191 471 + 0.392781
g2392 DLA_02647 F4PJNLW01EE5MJ CDS427686 870 - 0.293103
g2393 DLA_02648 subunit of the splicing factor SF3B required for spliceosome assembly belongs to the SF3b10 (splicing factor 3B 10 kDa subunit) familyF4PJNLW01EE5MJ CDS428837 285 + 0.34386
g2394 DLA_02649 CAZy family GH9 catalyzes the hydrolysis of glucosidic linkagesF4PJNLW01EE5MJ CDS429301 1893 - 0.364501
g2395 DLA_02650 F4PJNLW01EE5MJ CDS432099 2643 - 0.331063
g2396 DLA_02652 F4PJNLW01EE5MJ CDS436038 390 - 0.294872
g2397 DLA_02654 F4PJNLW01EE5MJ CDS437395 1938 - 0.325593
g2398 DLA_02657 F4PJNLW01EE5MJ CDS440849 750 + 0.293333
g2399 DLA_02658 F4PJNLW01EE5MJ CDS441816 1785 - 0.347339
g24 DLA_00028 contig05409_1.exp CDS61377 3906 - 0.323605
g240 DLA_00267 contig05409_1.exp CDS549811 813 + 0.289053
g2400 DLA_11528 F4PJNLW01EE5MJ CDS443870 609 - 0.326765
g2401 DLA_02659 F4PJNLW01EE5MJ CDS445106 1449 - 0.434783
g2402 DLA_02660 F4PJNLW01EE5MJ CDS446810 2196 - 0.32969
g2403 DLA_02661 F4PJNLW01EE5MJ CDS449307 336 + 0.25
g2404 DLA_02662 F4PJNLW01EE5MJ CDS450030 423 - 0.394799
g2405 DLA_02663 F4PJNLW01EE5MJ CDS450963 1677 + 0.294574
g2406 DLA_02664 F4PJNLW01EE5MJ CDS452756 450 - 0.306667
g2407 DLA_02665 F4PJNLW01EE5MJ CDS453401 4122 - 0.34983
g2408 DLA_02668 F4PJNLW01EE5MJ CDS458284 3003 + 0.330003
g2409 DLA_02669 F4PJNLW01EE5MJ CDS462028 5133 + 0.337619
g241 DLA_00268 contig05409_1.exp CDS550759 1434 - 0.324268
g2410 DLA_02670 TFIID subunit involved in RNA polymerase II transcription initiationF4PJNLW01EE5MJ CDS467525 1728 + 0.311343
g2411 DLA_02671 F4PJNLW01EE5MJ CDS469324 723 - 0.290456
g2412 DLA_02672 full transporter consisting of two ABC domains and two transmembrane domains there is a second copy of this gene F4PJNLW01EE5MJ CDS470340 4365 - 0.376174
g2413 DLA_02674 catalyzes the reaction acyl-CoA Osub2sub trans-23-dehydroacyl-CoA Hsub2subOsub2sub expressed in pstAB cells and in upper cup during culminationF4PJNLW01EE5MJ CDS475903 1905 - 0.342782
g2414 DLA_02675 catalyzes the reaction: acyl-CoA 12-diacylglycerol CoA triacylglycerol similar to mammalian DGAT1 contains 9 predicted transmembrane domainsF4PJNLW01EE5MJ CDS478140 1689 + 0.328005
g2415 DLA_02676 contains 3 zinc-binding LIM domains LIM domains are found in proteins with differing functions including gene expression and cytoskeleton organisation and developmentF4PJNLW01EE5MJ CDS480213 552 - 0.342391
g2416 DLA_02677 contains a N-terminal uridine kinase domaine domain and a C-terminal adenylate cyclase domain like the UdkC protein and other plant proteinsF4PJNLW01EE5MJ CDS480988 1494 + 0.323963
g2417 DLA_02678 catalyzes the reaction isocitrate NAD 2-oxoglutarate CO2 NADHF4PJNLW01EE5MJ CDS482810 1047 - 0.372493
g2418 DLA_02679 F4PJNLW01EE5MJ CDS484352 1005 + 0.342289
g2419 DLA_02680 F4PJNLW01EE5MJ CDS485473 1023 - 0.309873
g242 DLA_00269 contig05409_1.exp CDS552351 1014 + 0.381657
g2420 DLA_02681 CAZy family GH9 catalyzes the hydrolysis of glucosidic linkages induced by Legionella pneumophila infectionF4PJNLW01EE5MJ CDS486833 1524 + 0.370735
g2421 DLA_02682 F4PJNLW01EE5MJ CDS488927 750 - 0.325333
g2422 DLA_02683 F4PJNLW01EE5MJ CDS490169 492 - 0.284553
g2423 DLA_02684 F4PJNLW01EE5MJ CDS490736 3402 + 0.289242
g2424 DLA_02685 F4PJNLW01EE5MJ CDS494455 1422 - 0.415612
g2425 DLA_02686 F4PJNLW01EE5MJ CDS497320 1461 + 0.381246
g2426 DLA_02687 F4PJNLW01EE5MJ CDS499115 4104 + 0.34308
g2427 DLA_02690 F4PJNLW01EE5MJ CDS506870 1776 + 0.310248
g2428 DLA_02691 F4PJNLW01EE5MJ CDS508852 2733 + 0.320161
g2429 DLA_02692 F4PJNLW01EE5MJ CDS512012 333 - 0.324324
g243 DLA_00270 contig05409_1.exp CDS554322 879 - 0.29124
g2430 DLA_02693 F4PJNLW01EE5MJ CDS512515 1812 + 0.351545
g2431 DLA_02694 F4PJNLW01EE5MJ CDS514560 2319 - 0.351013
g2432 DLA_02697 F4PJNLW01EE5MJ CDS519322 3981 + 0.373524
g2433 DLA_02698 F4PJNLW01EE5MJ CDS523589 1584 + 0.275884
g2434 DLA_02699 F4PJNLW01EE5MJ CDS525262 972 + 0.337449
g2435 DLA_02700 F4PJNLW01EE5MJ CDS526323 1653 - 0.304295
g2436 DLA_02701 F4PJNLW01EE5MJ CDS528190 2787 - 0.311446
g2437 DLA_02702 F4PJNLW01EE5MJ CDS531535 972 - 0.269547
g2438 DLA_02703 F4PJNLW01EE5MJ CDS532795 498 + 0.25502
g2439 DLA_02704 F4PJNLW01EE5MJ CDS533451 2232 - 0.338262
g244 DLA_00271 contig05409_1.exp CDS555630 1065 - 0.380282
g2440 DLA_02705 F4PJNLW01EE5MJ CDS535762 1254 - 0.313397
g2441 DLA_02706 F4PJNLW01EE5MJ CDS538396 1752 - 0.376142
g2442 DLA_02708 F4PJNLW01EE5MJ CDS540537 732 + 0.331967
g2443 DLA_02710 F4PJNLW01EE5MJ CDS542134 1761 - 0.329358
g2444 DLA_02712 F4PJNLW01EE5MJ CDS544525 2784 + 0.336566
g2445 DLA_02715 F4PJNLW01EE5MJ CDS549691 1638 - 0.263126
g2446 DLA_02716 F4PJNLW01EE5MJ CDS551853 2004 + 0.271956
g2447 DLA_02717 F4PJNLW01EE5MJ CDS554514 1056 + 0.316288
g2448 DLA_02718 F4PJNLW01EE5MJ CDS555757 1047 - 0.321872
g2449 DLA_02719 F4PJNLW01EE5MJ CDS557376 7473 + 0.372006
g245 DLA_00272 contig05409_1.exp CDS557093 1836 - 0.283769
g2450 DLA_02720 F4PJNLW01EE5MJ CDS565066 2763 + 0.338762
g2451 DLA_02721 F4PJNLW01EE5MJ CDS568245 2721 - 0.334803
g2452 DLA_02722 F4PJNLW01EE5MJ CDS572857 1359 - 0.296542
g2453 DLA_02723 F4PJNLW01EE5MJ CDS574428 1848 - 0.350649
g2454 DLA_02724 F4PJNLW01EE5MJ CDS576949 1017 - 0.311701
g2455 DLA_02725 F4PJNLW01EE5MJ CDS579082 2658 - 0.322047
g2456 DLA_11529 F4PJNLW01EE5MJ CDS582034 387 - 0.374677
g2457 DLA_02726 F4PJNLW01EE5MJ CDS582875 5502 - 0.321156
g2458 DLA_02727 F4PJNLW01EE5MJ CDS588955 3414 - 0.347393
g2459 DLA_02728 F4PJNLW01EE5MJ CDS593887 2484 + 0.324477
g246 DLA_00273 contig05409_1.exp CDS559447 2865 + 0.37103
g2460 DLA_02729 F4PJNLW01EE5MJ CDS597268 1272 - 0.316824
g2461 DLA_02730 F4PJNLW01EE5MJ CDS598939 1338 + 0.289985
g2462 DLA_02731 ortholog of the Prp19 protein in mammals a nuclear matrix protein protein that plays a role in DNA double-strand break repair in S. cerevisiae and in S. pombe a RNA splicing factor and a ubiquitin-protein ligase contains 6 WD-40 repeats and an N-terminal U-box motifF4PJNLW01EE5MJ CDS600513 1497 - 0.370073
g2463 DLA_02732 F4PJNLW01EE5MJ CDS602542 888 + 0.275901
g2464 DLA_02733 F4PJNLW01EE5MJ CDS603644 5577 - 0.337637
g2465 DLA_02735 F4PJNLW01EE5MJ CDS610087 1056 - 0.356061
g2466 DLA_02736 F4PJNLW01EE5MJ CDS611396 2547 + 0.328229
g2467 DLA_02737 F4PJNLW01EE5MJ CDS614224 2649 + 0.348056
g2468 DLA_02738 F4PJNLW01EE5MJ CDS617381 840 - 0.264286
g2469 DLA_02740 F4PJNLW01EE5MJ CDS619141 1839 + 0.353453
g247 DLA_00274 contig05409_1.exp CDS562762 1740 - 0.314943
g2470 DLA_02741 subunit 4 of the conserved replication complex GINS which is essential for initiation of DNA replication in X. laevisF4PJNLW01EE5MJ CDS621318 597 - 0.247906
g2471 DLA_02742 F4PJNLW01EE5MJ CDS622198 1227 + 0.277099
g2472 DLA_02743 F4PJNLW01EE5MJ CDS623570 633 + 0.257504
g2473 DLA_02744 F4PJNLW01EE5MJ CDS624351 3513 + 0.317108
g2474 DLA_02745 F4PJNLW01EE5MJ CDS627998 1914 - 0.323929
g2475 DLA_02746 F4PJNLW01EE5MJ CDS630181 2235 + 0.332438
g2476 DLA_02747 F4PJNLW01EE5MJ CDS633838 2796 + 0.311516
g2477 DLA_02748 F4PJNLW01EE5MJ CDS637138 1848 - 0.33171
g2478 DLA_02749 F4PJNLW01EE5MJ CDS639638 564 - 0.319149
g2479 DLA_02750 F4PJNLW01EE5MJ CDS640671 258 - 0.27907
g248 DLA_00275 contig05409_1.exp CDS564707 588 - 0.336735
g2480 DLA_02751 F4PJNLW01EE5MJ CDS641186 1014 + 0.324458
g2481 DLA_02752 weakly similar to S. cerevisiae VPS13 involved in vacuolar protein sorting and protein-Golgi retentionF4PJNLW01EE5MJ CDS642626 11559 + 0.33541
g2482 DLA_02753 F4PJNLW01EE5MJ CDS654387 5724 - 0.332809
g2483 DLA_02754 F4PJNLW01EE5MJ CDS660861 1974 - 0.295339
g2484 DLA_02755 F4PJNLW01EE5MJ CDS663291 963 + 0.266874
g2485 DLA_02756 F4PJNLW01EE5MJ CDS664548 966 + 0.442029
g2486 DLA_02757 F4PJNLW01EE5MJ CDS665749 648 + 0.376543
g2487 DLA_02758 F4PJNLW01EE5MJ CDS666600 420 - 0.330952
g2488 DLA_02759 F4PJNLW01EE5MJ CDS667342 6816 + 0.359008
g2489 DLA_02760 F4PJNLW01EE5MJ CDS674351 555 - 0.263063
g249 DLA_00277 contig05409_1.exp CDS566249 3003 - 0.330669
g2490 DLA_02761 F4PJNLW01EE5MJ CDS675292 3822 + 0.343799
g2491 DLA_02762 F4PJNLW01EE5MJ CDS680144 1761 + 0.334469
g2492 DLA_02763 F4PJNLW01EE5MJ CDS681946 621 - 0.275362
g2493 DLA_02764 F4PJNLW01EE5MJ CDS682829 612 - 0.263072
g2494 DLA_02766 F4PJNLW01EE5MJ CDS683815 1683 - 0.314914
g2495 DLA_02767 F4PJNLW01EE5MJ CDS685824 1446 + 0.375519
g2496 DLA_02768 subunit of the exocyst complex which targets secretory vesicles to active sites of exocytosisF4PJNLW01EE5MJ CDS687331 2985 - 0.344389
g2497 DLA_02769 F4PJNLW01EE5MJ CDS690595 297 + 0.296296
g2498 DLA_02770 F4PJNLW01EE5MJ CDS691045 969 - 0.298246
g2499 DLA_02771 F4PJNLW01EE5MJ CDS692274 1284 + 0.332555
g25 DLA_00029 contig05409_1.exp CDS66655 3291 + 0.366758
g250 DLA_00278 contig05409_1.exp CDS569644 1920 + 0.340104
g2500 DLA_02772 F4PJNLW01EE5MJ CDS693787 798 - 0.303258
g2501 DLA_02773 F4PJNLW01EE5MJ CDS695125 1632 - 0.315564
g2502 DLA_02774 F4PJNLW01EE5MJ CDS697422 1587 + 0.293006
g2503 DLA_02776 F4PJNLW01EE5MJ CDS699156 999 - 0.286286
g2504 DLA_02777 F4PJNLW01EE5MJ CDS700257 1089 + 0.315886
g2505 DLA_02778 F4PJNLW01EE5MJ CDS701735 1137 + 0.326297
g2506 DLA_02779 F4PJNLW01EE5MJ CDS703198 1284 - 0.358255
g2507 DLA_02780 F4PJNLW01EE5MJ CDS704784 1113 - 0.322552
g2508 DLA_02781 F4PJNLW01EE5MJ CDS706288 2118 + 0.352691
g2509 DLA_02782 F4PJNLW01EE5MJ CDS708861 1593 - 0.29818
g251 DLA_00279 contig05409_1.exp CDS571713 933 + 0.352626
g2510 DLA_02783 F4PJNLW01EE5MJ CDS710638 1659 - 0.283303
g2511 DLA_02785 F4PJNLW01EE5MJ CDS713149 4359 + 0.332416
g2512 DLA_02786 F4PJNLW01EE5MJ CDS717933 1389 + 0.349892
g2513 DLA_02787 F4PJNLW01EE5MJ CDS719586 828 - 0.345411
g2514 DLA_02788 F4PJNLW01EE5MJ CDS721035 2421 + 0.327551
g2515 DLA_02789 F4PJNLW01EE5MJ CDS724167 387 + 0.268734
g2516 DLA_02790 F4PJNLW01EE5MJ CDS724995 1611 + 0.340161
g2517 DLA_02791 F4PJNLW01EE5MJ CDS726759 1041 + 0.295869
g2518 DLA_02792 F4PJNLW01EE5MJ CDS727968 2568 - 0.315031
g2519 DLA_02793 F4PJNLW01EE5MJ CDS730885 1683 + 0.289958
g252 DLA_00280 member of the TKL (tyrosine kinase-like) group and the ROCO family of protein kinases contains LRR Roc COR WD40 and protein kinase domainscontig05409_1.exp CDS572926 8451 - 0.357236
g2520 DLA_02794 F4PJNLW01EE5MJ CDS732818 813 - 0.341943
g2521 DLA_02795 F4PJNLW01EE5MJ CDS734003 3651 - 0.326212
g2522 DLA_02796 F4PJNLW01EE5MJ CDS737876 1452 - 0.302342
g2523 DLA_02797 F4PJNLW01EE5MJ CDS739700 3531 - 0.323138
g2524 DLA_02798 F4PJNLW01EE5MJ CDS743917 831 - 0.320096
g2525 DLA_02799 F4PJNLW01EE5MJ CDS745500 744 + 0.349462
g2526 DLA_02800 F4PJNLW01EE5MJ CDS746832 1137 + 0.307828
g2527 DLA_02801 F4PJNLW01EE5MJ CDS748256 2673 + 0.354284
g2528 DLA_02802 ortholog of the human DHX9 that unwinds double-stranded DNA and RNA in a 3' to 5' directionF4PJNLW01EE5MJ CDS751371 4032 - 0.312252
g2529 DLA_02803 F4PJNLW01EE5MJ CDS755693 927 - 0.283711
g253 DLA_00281 contig05409_1.exp CDS583999 981 + 0.307849
g2530 DLA_02804 F4PJNLW01EE5MJ CDS756724 1689 + 0.28656
g2531 DLA_02805 F4PJNLW01EE5MJ CDS758432 1533 - 0.306588
g2532 DLA_02806 F4PJNLW01EE5MJ CDS760271 447 - 0.261745
g2533 DLA_02807 F4PJNLW01EE5MJ CDS760964 339 + 0.227139
g2534 DLA_02808 F4PJNLW01EE5MJ CDS761715 4392 - 0.346084
g2535 DLA_02809 F4PJNLW01EE5MJ CDS767285 1239 + 0.274415
g2536 DLA_02810 F4PJNLW01EE5MJ CDS768921 1665 - 0.332132
g2537 DLA_02811 F4PJNLW01EE5MJ CDS770710 1575 + 0.363175
g2538 DLA_02812 F4PJNLW01EE5MJ CDS772707 996 + 0.331325
g2539 DLA_02813 F4PJNLW01EE5MJ CDS774560 1326 - 0.273002
g254 DLA_00282 contig05409_1.exp CDS585130 792 - 0.294192
g2540 DLA_02814 F4PJNLW01EE5MJ CDS776978 2097 + 0.304244
g2541 DLA_02815 F4PJNLW01EE5MJ CDS779152 1344 - 0.338542
g2542 DLA_02816 F4PJNLW01EE5MJ CDS781075 2442 + 0.285831
g2543 DLA_02817 F4PJNLW01EE5MJ CDS784926 1428 + 0.362045
g2544 DLA_02821 highly conserved protein interacts with TATA binding protein (TBP) and with the SCF (Skp1-Cul1-F-box) ubiquitin ligase complexF4PJNLW01EE5MJ CDS788159 3693 - 0.315732
g2545 DLA_02822 catalyzes the reaction ATP L-histidine tRNAHis AMP diphosphate L-histidyl-tRNAHisF4PJNLW01EE5MJ CDS792242 1569 - 0.312938
g2546 DLA_02823 F4PJNLW01EE5MJ CDS794069 3654 - 0.315545
g2547 DLA_02824 F4PJNLW01EE5MJ CDS798262 1302 - 0.300307
g2548 DLA_02825 F4PJNLW01EE5MJ CDS803547 1668 + 0.395084
g2549 DLA_02826 F4PJNLW01EE5MJ CDS806057 1491 + 0.327968
g255 DLA_00283 contig05409_1.exp CDS586348 3684 - 0.336591
g2550 DLA_02827 F4PJNLW01EE5MJ CDS807819 1671 - 0.308797
g2551 DLA_02829 F4PJNLW01EE5MJ CDS810255 2385 - 0.307338
g2552 DLA_02830 F4PJNLW01EE5MJ CDS813504 555 - 0.295496
g2553 DLA_02831 F4PJNLW01EE5MJ CDS815035 1290 - 0.347287
g2554 DLA_02832 F4PJNLW01EE5MJ CDS816913 1428 - 0.334734
g2555 DLA_02833 F4PJNLW01EE5MJ CDS819149 828 + 0.365942
g2556 DLA_02834 F4PJNLW01EE5MJ CDS820222 621 + 0.294686
g2557 DLA_02835 F4PJNLW01EE5MJ CDS821312 303 - 0.313531
g2558 DLA_02836 F4PJNLW01EE5MJ CDS821803 708 - 0.303672
g2559 DLA_02840 F4PJNLW01EE5MJ CDS823472 318 - 0.305031
g256 DLA_11438 putative ortholog of H. sapiens transducin beta-like 2 (TBL2) deleted in patients with Williams-Beuren syndrome (WBS)contig05409_1.exp CDS590685 1350 - 0.287407
g2560 DLA_02841 F4PJNLW01EE5MJ CDS824531 777 - 0.311454
g2561 DLA_02843 F4PJNLW01EE5MJ CDS827504 351 + 0.270655
g2562 DLA_02844 F4PJNLW01EE5MJ CDS827942 3414 - 0.345636
g2563 DLA_02846 F4PJNLW01EE5MJ CDS831991 3546 - 0.295262
g2564 DLA_02847 F4PJNLW01EE5MJ CDS836147 1173 - 0.310315
g2565 DLA_02848 F4PJNLW01EE5MJ CDS837770 2082 - 0.306436
g2566 DLA_02849 F4PJNLW01EE5MJ CDS840278 3147 - 0.31109
g2567 DLA_02851 F4PJNLW01EE5MJ CDS843820 2844 - 0.300281
g2568 DLA_02852 F4PJNLW01EE5MJ CDS846859 660 + 0.321212
g2569 DLA_02853 F4PJNLW01EE5MJ CDS847624 3453 - 0.32812
g257 DLA_00284 contig05409_1.exp CDS592341 4653 - 0.344724
g2570 DLA_02854 contains one putative transmembrane domain similar to D. purpureum proteinF4PJNLW01EE5MJ CDS851806 2226 + 0.320305
g2571 DLA_02855 F4PJNLW01EE5MJ CDS854469 1170 + 0.323932
g2572 DLA_02856 F4PJNLW01EE5MJ CDS855747 1704 + 0.316901
g2573 DLA_02857 contains a putative Like-Sm (Lsm) domain possible homolog of LSM12F4PJNLW01EE5MJ CDS857550 537 - 0.3054
g2574 DLA_02858 catalyzes the reaction GDP-L-fucose NADP GDP-4-dehydro-6-deoxy-D-mannose NADPH HF4PJNLW01EE5MJ CDS858491 948 + 0.341772
g2575 DLA_02859 F4PJNLW01EE5MJ CDS859900 1149 - 0.326371
g2576 DLA_02860 F4PJNLW01EE5MJ CDS861531 1191 + 0.313182
g2577 DLA_11530 F4PJNLW01EE5MJ CDS863338 726 + 0.330579
g2578 DLA_02861 F4PJNLW01EE5MJ CDS864104 2604 - 0.320276
g2579 DLA_02862 catalyzes the reaction NADPH n oxidized hemoprotein NADP() n reduced hemoprotein similar to the H. sapiens POR protein that is defect in adrenal hyperplasia variant type (AHV) a syndrome with disordered steroidogenesisF4PJNLW01EE5MJ CDS866908 1932 - 0.371636
g258 DLA_00285 contig05409_1.exp CDS597300 225 + 0.262222
g2580 DLA_02863 ortholog of CLN2TPP1 contains a predicted signal peptide enriched in prespore cellsF4PJNLW01EE5MJ CDS869289 1596 - 0.390977
g2581 DLA_02864 F4PJNLW01EE5MJ CDS871672 1962 + 0.392457
g2582 DLA_02865 belongs to the acyltransferase superfamily contains 2 predicted transmembrane domainsF4PJNLW01EE5MJ CDS874026 1086 - 0.331492
g2583 DLA_02866 F4PJNLW01EE5MJ CDS875987 948 - 0.295359
g2584 DLA_02867 F4PJNLW01EE5MJ CDS877359 1086 - 0.298343
g2585 DLA_02868 F4PJNLW01EE5MJ CDS878837 1809 - 0.328911
g2586 DLA_02869 F4PJNLW01EE5MJ CDS880997 1695 + 0.315634
g2587 DLA_11531 F4PJNLW01EE5MJ CDS882745 3390 - 0.314159
g2588 DLA_02870 F4PJNLW01EE5MJ CDS886645 5736 - 0.339435
g2589 DLA_02871 F4PJNLW01EE5MJ CDS893127 1461 + 0.27447
g259 DLA_00286 contig05409_1.exp CDS598011 1737 - 0.340818
g2590 DLA_02873 F4PJNLW01EE5MJ CDS896635 1440 + 0.272917
g2591 DLA_02874 similar to S. cerevisiae VPS13 involved in vacuolar protein sorting and protein-Golgi retentionF4PJNLW01EE5MJ CDS898216 14703 - 0.327484
g2592 DLA_02875 F4PJNLW01EE5MJ CDS913386 1989 + 0.293615
g2593 DLA_02876 F4PJNLW01EE5MJ CDS915521 2775 - 0.338378
g2594 DLA_02877 F4PJNLW01EE5MJ CDS918769 3492 + 0.340779
g2595 DLA_02878 F4PJNLW01EE5MJ CDS922352 609 - 0.321839
g2596 DLA_02879 F4PJNLW01EE5MJ CDS923135 2952 + 0.315041
g2597 DLA_02880 F4PJNLW01EE5MJ CDS926238 558 + 0.317204
g2598 DLA_02883 F4PJNLW01EE5MJ CDS929105 1083 + 0.351801
g2599 DLA_02884 F4PJNLW01EE5MJ CDS930398 1143 + 0.31671
g26 DLA_00031 contig05409_1.exp CDS70155 735 - 0.338776
g260 DLA_00288 contig05409_1.exp CDS600848 1137 - 0.289358
g2600 DLA_02885 catalyzes the reaction AMP pyrophosphate PRPP adenine in nucleoside salvage pathwaysF4PJNLW01EE5MJ CDS932083 597 - 0.341709
g2601 DLA_02886 F4PJNLW01EE5MJ CDS933002 534 + 0.28839
g2602 DLA_02887 F4PJNLW01EE5MJ CDS934016 3438 - 0.357475
g2603 DLA_02888 F4PJNLW01EE5MJ CDS938672 708 - 0.351695
g2604 DLA_02889 ortholog of the mammalian GTPBP3 and S. cerevisiae MSS1 GTPases responsible for the 5-carboxymethylaminomethyl modification of the wobble uridine base in mitochondrial tRNAsF4PJNLW01EE5MJ CDS939609 1605 - 0.321495
g2605 DLA_02890 contains six kelch repeats which are known to be involved in various biological processesF4PJNLW01EE5MJ CDS941357 1224 - 0.343954
g2606 DLA_02891 contains Sec23Sec24 zinc finger trunk and helical domains yeast Sec23Sec24 is a component of COPII (coat protein complex II) involved in ER to Golgi transportF4PJNLW01EE5MJ CDS943766 2277 + 0.317523
g2607 DLA_02893 F4PJNLW01EE5MJ CDS946211 1323 + 0.357521
g2608 DLA_02894 F4PJNLW01EE5MJ CDS947771 1821 - 0.319055
g2609 DLA_02895 F4PJNLW01EE5MJ CDS949884 711 + 0.309423
g261 DLA_00289 contig05409_1.exp CDS602682 2556 + 0.354069
g2610 DLA_02896 F4PJNLW01EE5MJ CDS951271 549 - 0.315118
g2611 DLA_02897 F4PJNLW01EE5MJ CDS952213 2286 + 0.306649
g2612 DLA_02898 F4PJNLW01EE5MJ CDS954839 1068 - 0.308989
g2613 DLA_11532 F4PJNLW01EE5MJ CDS956438 558 - 0.299283
g2614 DLA_02899 conserved from bacteria to plants to alveolata contains 10 predicted transmembrane domainsF4PJNLW01EE5MJ CDS957651 1221 - 0.325143
g2615 DLA_02902 similar to bacterial endo-14-beta-glucanase expressed in pstAO cellsF4PJNLW01EE5MJ CDS960317 1725 + 0.361739
g2616 DLA_02903 F4PJNLW01EE5MJ CDS962934 1245 + 0.330924
g2617 DLA_02905 F4PJNLW01EE5MJ CDS964648 1923 - 0.368175
g2618 DLA_02906 F4PJNLW01EE5MJ CDS967215 1188 + 0.285354
g2619 DLA_02907 F4PJNLW01EE5MJ CDS968642 354 + 0.276836
g262 DLA_00290 contig05409_1.exp CDS605877 1869 + 0.305511
g2620 DLA_02908 F4PJNLW01EE5MJ CDS969208 3174 - 0.333018
g2621 DLA_02909 F4PJNLW01EE5MJ CDS973377 288 + 0.315972
g2622 DLA_02910 F4PJNLW01EE5MJ CDS973891 2289 - 0.328965
g2623 DLA_02911 F4PJNLW01EE5MJ CDS976541 699 + 0.32475
g2624 DLA_02912 F4PJNLW01EE5MJ CDS977594 636 + 0.34434
g2625 DLA_02913 F4PJNLW01EE5MJ CDS978386 1458 + 0.391632
g2626 DLA_02914 F4PJNLW01EE5MJ CDS980007 2058 + 0.3207
g2627 DLA_02915 F4PJNLW01EE5MJ CDS982387 687 - 0.326055
g2628 DLA_02916 F4PJNLW01EE5MJ CDS983803 1734 + 0.318916
g2629 DLA_02917 F4PJNLW01EE5MJ CDS985681 558 - 0.290323
g263 DLA_00291 contig05409_1.exp CDS608171 2115 - 0.297872
g2630 DLA_02918 F4PJNLW01EE5MJ CDS986682 1068 + 0.425094
g2631 DLA_02920 F4PJNLW01EE5MJ CDS987952 834 + 0.303357
g2632 DLA_02921 F4PJNLW01EE5MJ CDS989364 1104 + 0.336957
g2633 DLA_02923 F4PJNLW01EE5MJ CDS993468 3117 + 0.336221
g2634 DLA_02924 F4PJNLW01EE5MJ CDS997192 1437 - 0.268615
g2635 DLA_02925 F4PJNLW01EE5MJ CDS998892 1449 + 0.348516
g2636 DLA_02926 F4PJNLW01EE5MJ CDS1000811 2118 - 0.344193
g2637 DLA_11533 F4PJNLW01EE5MJ CDS1004492 969 + 0.302374
g2638 DLA_02927 F4PJNLW01EE5MJ CDS1005629 1932 - 0.321429
g2639 DLA_02928 F4PJNLW01EE5MJ CDS1007985 1662 + 0.299639
g264 DLA_00292 contig05409_1.exp CDS611002 1161 - 0.29888
g2640 DLA_02929 F4PJNLW01EE5MJ CDS1009683 1953 - 0.303635
g2641 DLA_02930 F4PJNLW01EE5MJ CDS1013205 1566 + 0.298851
g2642 DLA_02933 colocalizes with clathrin spots suggesting involvement in endocytosis does not localize to pseudopods in wild type in SCAR depleted mutants WASP replaces the functions of SCAR and localizes to pseudopodsF4PJNLW01EE5MJ CDS1015460 1269 + 0.405831
g2643 DLA_02934 F4PJNLW01EE5MJ CDS1016942 1704 + 0.2723
g2644 DLA_02935 F4PJNLW01EE5MJ CDS1019362 948 + 0.280591
g2645 DLA_02936 ortholog of the H. sapiens L2HGDH which when defective causes L-2-hydroxyglutaric aciduria-a rare autosomal recessive disorderF4PJNLW01EE5MJ CDS1020371 1296 - 0.330247
g2646 DLA_02937 F4PJNLW01EE5MJ CDS1022156 1284 + 0.35514
g2647 DLA_02938 F4PJNLW01EE5MJ CDS1023584 2526 - 0.300871
g2648 DLA_02939 wealky similar to acid ceramidase which catalyzes the reaction N-acylsphingoside Hsub2subO a carboxylate sphingosineF4PJNLW01EE5MJ CDS1026651 1278 + 0.356025
g2649 DLA_02940 F4PJNLW01EE5MJ CDS1028129 6285 + 0.322832
g265 DLA_00293 contig05409_1.exp CDS613034 1332 + 0.293544
g2650 DLA_02941 F4PJNLW01EE5MJ CDS1034745 1086 - 0.347145
g2651 DLA_02942 F4PJNLW01EE5MJ CDS1035977 888 - 0.414414
g2652 DLA_02944 F4PJNLW01EE5MJ CDS1037367 2694 - 0.308463
g2653 DLA_02945 F4PJNLW01EE5MJ CDS1040175 618 - 0.326861
g2654 DLA_02946 F4PJNLW01EE5MJ CDS1041294 681 + 0.309838
g2655 DLA_02947 similar to human HSBP1 HSBP1 is a negative regulator of the heat shock response there is a second copy of this gene F4PJNLW01EE5MJ CDS1042211 306 + 0.281046
g2656 DLA_02948 F4PJNLW01EE5MJ CDS1042739 1278 - 0.311424
g2657 DLA_02949 F4PJNLW01EE5MJ CDS1044784 1410 - 0.338298
g2658 DLA_02950 similar to human PDAP1 (PDGFA-associated protein 1) there is a second copy of this gene F4PJNLW01EE5MJ CDS1046830 597 + 0.356784
g2659 DLA_02951 similar to the mammalian Hypoxia up-regulated protein 1 (HYOU1) a protein that plays a role in cytoprotective cellular mechanisms triggered by oxygen deprivation there is a second copy of this gene F4PJNLW01EE5MJ CDS1047513 2721 - 0.336641
g266 DLA_00294 contig05409_1.exp CDS614693 2682 - 0.302013
g2660 DLA_02952 F4PJNLW01EE5MJ CDS1050672 2481 - 0.310762
g2661 DLA_02954 belongs to the short chain dehydrogenasesreductases family ortholog of human HSD17B10 which is involved in mitochondrial tRNA maturation and by interacting with intracellular amyloid-beta may contribute to the neuronal dysfunction associated with Alzheimer disease F4PJNLW01EE5MJ CDS1053508 780 + 0.384615
g2662 DLA_02955 F4PJNLW01EE5MJ CDS1054406 618 - 0.313916
g2663 DLA_02956 F4PJNLW01EE5MJ CDS1055224 1890 - 0.325397
g2664 DLA_02957 F4PJNLW01EE5MJ CDS1057419 3426 - 0.345593
g2665 DLA_02958 F4PJNLW01EE5MJ CDS1061283 4632 + 0.360751
g2666 DLA_02959 F4PJNLW01EE5MJ CDS1066576 1845 + 0.339295
g2667 DLA_02960 catalyzes the reduction of sphinganine to 3-dehydrosphinganine in glycosphingolipid metabolism there is a second copy of this gene F4PJNLW01EE5MJ CDS1068664 1044 - 0.319923
g2668 DLA_02961 F4PJNLW01EE5MJ CDS1070320 777 + 0.328185
g2669 DLA_02962 F4PJNLW01EE5MJ CDS1071253 3879 - 0.364527
g267 DLA_00295 contig05409_1.exp CDS618353 1266 - 0.28594
g2670 DLA_02963 F4PJNLW01EE5MJ CDS1076247 225 + 0.324444
g2671 DLA_02964 F4PJNLW01EE5MJ CDS1076687 1122 - 0.34492
g2672 DLA_02965 F4PJNLW01EE5MJ CDS1078535 3300 + 0.35697
g2673 DLA_02966 F4PJNLW01EE5MJ CDS1082165 1071 - 0.3324
g2674 DLA_02967 F4PJNLW01EE5MJ CDS1083851 354 + 0.285311
g2675 DLA_02968 F4PJNLW01EE5MJ CDS1084369 1584 - 0.315025
g2676 DLA_02970 F4PJNLW01EE5MJ CDS1086402 1746 - 0.256586
g2677 DLA_02972 F4PJNLW01EE5MJ CDS1089833 405 + 0.34321
g2678 DLA_02974 F4PJNLW01EE5MJ CDS1090682 1731 - 0.257077
g2679 DLA_02975 F4PJNLW01EE5MJ CDS1094434 1740 + 0.256897
g268 DLA_00298 contig05409_1.exp CDS621251 1761 + 0.35548
g2680 DLA_02976 belongs to the MCAKKif2 subfamily contains 1 SAM domain predicted to play a role in mitosis F4PJNLW01EE5MJ CDS1096365 3057 + 0.342493
g2681 DLA_02977 F4PJNLW01EE5MJ CDS1100171 1548 - 0.289406
g2682 DLA_02978 F4PJNLW01EE5MJ CDS1101852 648 - 0.322531
g2683 DLA_02979 F4PJNLW01EE5MJ CDS1102678 996 - 0.341365
g2684 DLA_02980 F4PJNLW01EE5MJ CDS1104230 873 + 0.315006
g2685 DLA_11534 F4PJNLW01EE5MJ CDS1105164 399 - 0.305764
g2686 DLA_02981 F4PJNLW01EE5MJ CDS1106577 735 - 0.315646
g2687 DLA_02982 F4PJNLW01EE5MJ CDS1107434 2595 - 0.322158
g2688 DLA_02983 F4PJNLW01EE5MJ CDS1110499 987 + 0.256332
g2689 DLA_02984 F4PJNLW01EE5MJ CDS1111560 1422 - 0.274262
g269 DLA_00299 contig05409_1.exp CDS623235 2199 + 0.289677
g2690 DLA_02985 F4PJNLW01EE5MJ CDS1113660 1383 + 0.326103
g2691 DLA_02986 F4PJNLW01EE5MJ CDS1115334 1575 - 0.335238
g2692 DLA_02987 F4PJNLW01EE5MJ CDS1117694 1050 + 0.345714
g2693 DLA_02988 F4PJNLW01EE5MJ CDS1119035 1752 - 0.311073
g2694 DLA_11535 F4PJNLW01EE5MJ CDS1121026 1623 - 0.316081
g2695 DLA_02989 F4PJNLW01EE5MJ CDS1123189 1227 + 0.308883
g2696 DLA_02990 F4PJNLW01EE5MJ CDS1124736 1419 + 0.275546
g2697 DLA_02991 F4PJNLW01EE5MJ CDS1127162 1287 + 0.34965
g2698 DLA_02992 F4PJNLW01EE5MJ CDS1128734 1071 + 0.286648
g2699 DLA_02993 regulatory subunit 2 of the protein serinethreonine phosphatase 4 PPC4 (F4PJNLW01EE5MJ CDS1129951 798 + 0.302005
g27 DLA_00032 contig05409_1.exp CDS71158 3114 - 0.312139
g270 DLA_00300 contig05409_1.exp CDS625941 2418 + 0.35732
g2700 DLA_02994 F4PJNLW01EE5MJ CDS1131119 945 + 0.277249
g2701 DLA_02995 F4PJNLW01EE5MJ CDS1132168 750 - 0.357333
g2702 DLA_02996 F4PJNLW01EE5MJ CDS1133112 1554 + 0.29408
g2703 DLA_02997 F4PJNLW01EE5MJ CDS1135019 1623 + 0.340727
g2704 DLA_02998 F4PJNLW01EE5MJ CDS1136943 1596 + 0.282581
g2705 DLA_02999 F4PJNLW01EE5MJ CDS1138608 2625 - 0.299429
g2706 DLA_03000 F4PJNLW01EE5MJ CDS1141772 873 + 0.317297
g2707 DLA_03001 F4PJNLW01EE5MJ CDS1142690 738 - 0.319783
g2708 DLA_03003 endoplasmic reticulum receptor for the KDEL signal sequence of proteins resident in the endoplasmic reticulum believed to cycle between the cis side of the Golgi apparatus and the ERF4PJNLW01EE5MJ CDS1143920 663 + 0.266968
g2709 DLA_03004 F4PJNLW01EE5MJ CDS1144961 318 - 0.289308
g271 DLA_00301 contig05409_1.exp CDS628909 1554 + 0.348777
g2710 DLA_03006 F4PJNLW01EE5MJ CDS1146469 1509 - 0.348575
g2711 DLA_03007 F4PJNLW01EE5MJ CDS1148480 1926 + 0.286085
g2712 DLA_03008 F4PJNLW01EE5MJ CDS1150620 1479 - 0.338742
g2713 DLA_03009 F4PJNLW01EE5MJ CDS1152979 1371 + 0.28884
g2714 DLA_03010 F4PJNLW01EE5MJ CDS1154444 4911 - 0.321116
g2715 DLA_03011 F4PJNLW01EE5MJ CDS1160692 624 - 0.299679
g2716 DLA_03012 F4PJNLW01EE5MJ CDS1161711 456 - 0.333333
g2717 DLA_03013 F4PJNLW01EE5MJ CDS1162905 4197 + 0.340481
g2718 DLA_03014 F4PJNLW01EE5MJ CDS1167232 900 - 0.27
g2719 DLA_03015 F4PJNLW01EE5MJ CDS1168470 1383 + 0.361533
g272 DLA_00302 contig05409_1.exp CDS631415 1266 + 0.338863
g2720 DLA_03016 F4PJNLW01EE5MJ CDS1170267 1944 + 0.314815
g2721 DLA_03017 F4PJNLW01EE5MJ CDS1172536 321 - 0.29595
g2722 DLA_03018 F4PJNLW01EE5MJ CDS1173334 7125 + 0.278456
g2723 DLA_03019 F4PJNLW01EE5MJ CDS1180703 774 - 0.276486
g2724 DLA_03020 component of the signal recognition particle (SRP) which ensures correct targeting of nascent secretory proteins to the endoplasmic reticulumF4PJNLW01EE5MJ CDS1181808 477 + 0.333333
g2725 DLA_11536 F4PJNLW01EE5MJ CDS1182673 393 + 0.348601
g2726 DLA_03021 F4PJNLW01EE5MJ CDS1183360 573 + 0.209424
g2727 DLA_03022 F4PJNLW01EE5MJ CDS1183977 1803 - 0.298392
g2728 DLA_03023 F4PJNLW01EE5MJ CDS1186112 7353 - 0.300286
g2729 DLA_03024 F4PJNLW01EE5MJ CDS1194441 1767 + 0.348048
g273 DLA_00303 contig05409_1.exp CDS632735 792 - 0.299242
g2730 DLA_03025 F4PJNLW01EE5MJ CDS1196433 2709 + 0.287929
g2731 DLA_03026 F4PJNLW01EE5MJ CDS1199446 831 + 0.262335
g2732 DLA_03027 F4PJNLW01EE5MJ CDS1200415 2052 - 0.263158
g2733 DLA_03028 F4PJNLW01EE5MJ CDS1203141 2085 - 0.267146
g2734 DLA_03029 F4PJNLW01EE5MJ CDS1205355 546 + 0.305861
g2735 DLA_03030 F4PJNLW01EE5MJ CDS1206039 4062 - 0.28582
g2736 DLA_03032 F4PJNLW01EE5MJ CDS1210577 453 - 0.293598
g2737 DLA_03033 F4PJNLW01EE5MJ CDS1211230 1098 + 0.295082
g2738 DLA_03034 F4PJNLW01EE5MJ CDS1212538 609 - 0.341544
g2739 DLA_03035 F4PJNLW01EE5MJ CDS1213710 1593 + 0.338983
g274 DLA_00304 contig05409_1.exp CDS633807 3063 + 0.320601
g2740 DLA_03036 F4PJNLW01EE5MJ CDS1215730 2028 + 0.354537
g2741 DLA_03037 F4PJNLW01EE5MJ CDS1218082 477 + 0.264151
g2742 DLA_03038 F4PJNLW01EE5MJ CDS1218792 1533 + 0.296151
g2743 DLA_03039 F4PJNLW01EE5MJ CDS1220955 1596 + 0.323308
g2744 DLA_03040 F4PJNLW01EE5MJ CDS1222843 381 - 0.272966
g2745 DLA_03041 F4PJNLW02G7WH6 CDS1 83 - 0.385542
g2746 DLA_11537 F4PJNLW02G7WH6 CDS1527 1446 - 0.329184
g2747 DLA_03042 F4PJNLW02G7WH6 CDS3354 1992 - 0.291667
g2748 DLA_03043 F4PJNLW02G7WH6 CDS5567 957 + 0.290491
g2749 DLA_03044 F4PJNLW02G7WH6 CDS6773 924 + 0.270563
g275 DLA_00305 contig05409_1.exp CDS637009 627 - 0.30622
g2750 DLA_03045 F4PJNLW02G7WH6 CDS8506 1951 + 0.307535
g2751 DLA_03046 F4PJNLW02GJ9ZB CDS228 2283 + 0.238721
g2752 DLA_03047 F4PJNLW02GJ9ZB CDS3449 1461 + 0.312799
g2753 DLA_03048 similar to human Zinc finger SWIM domain-containing protein 7 a regulator of homologous recombination in eukaryotic cellsF4PJNLW02GJ9ZB CDS5191 495 - 0.252525
g2754 DLA_03049 F4PJNLW02GJ9ZB CDS6108 684 + 0.263158
g2755 DLA_03050 F4PJNLW02GJ9ZB CDS7002 1566 - 0.355045
g2756 DLA_03051 F4PJNLW02GJ9ZB CDS8930 291 - 0.243986
g2757 DLA_03052 F4PJNLW02GJ9ZB CDS9649 435 - 0.273563
g2758 DLA_03053 F4PJNLW02GJ9ZB CDS10329 1521 + 0.335963
g2759 DLA_03054 F4PJNLW02GJ9ZB CDS12246 297 - 0.333333
g276 DLA_00306 contig05409_1.exp CDS638305 1236 + 0.326052
g2760 DLA_03055 F4PJNLW02GJ9ZB CDS12747 3666 - 0.321877
g2761 DLA_03058 F4PJNLW02GJ9ZB CDS19279 2277 + 0.347826
g2762 DLA_03059 F4PJNLW02GJ9ZB CDS21863 822 - 0.341849
g2763 DLA_03061 F4PJNLW02GJ9ZB CDS23701 594 - 0.338384
g2764 DLA_03062 F4PJNLW02GJ9ZB CDS25142 687 + 0.308588
g2765 DLA_03064 F4PJNLW02GJ9ZB CDS26317 3153 + 0.338091
g2766 DLA_03065 F4PJNLW02GJ9ZB CDS29735 1536 - 0.283203
g2767 DLA_11538 F4PJNLW02GJ9ZB CDS31330 1614 - 0.260223
g2768 DLA_03066 F4PJNLW02GJ9ZB CDS33140 1542 - 0.28275
g2769 DLA_03067 ortholog of human HPS4 mutations in human HPS4 have been linked to Hermansky-Pudlak syndrome 4F4PJNLW02GJ9ZB CDS34989 1446 - 0.291148
g277 DLA_00307 contig05409_1.exp CDS639887 1617 - 0.367965
g2770 DLA_03068 F4PJNLW02GJ9ZB CDS37062 987 + 0.281662
g2771 DLA_03069 F4PJNLW02GJ9ZB CDS38713 2556 - 0.353678
g2772 DLA_11539 F4PJNLW02GJ9ZB CDS41747 1527 - 0.330714
g2773 DLA_03070 F4PJNLW02GJ9ZB CDS43416 1755 + 0.274644
g2774 DLA_03071 F4PJNLW02GJ9ZB CDS45194 1554 - 0.331403
g2775 DLA_03072 similar to discoidin I almost identical to its downstream gene DD7-1F4PJNLW02GJ9ZB CDS47030 870 - 0.389655
g2776 DLA_03073 F4PJNLW02GJ9ZB CDS48650 3747 - 0.363491
g2777 DLA_03074 F4PJNLW02GJ9ZB CDS52496 1779 + 0.284992
g2778 DLA_03075 F4PJNLW02GJ9ZB CDS54726 792 + 0.315657
g2779 DLA_03076 F4PJNLW02GJ9ZB CDS56201 2220 - 0.340991
g278 DLA_00308 contig05409_1.exp CDS641944 711 + 0.331927
g2780 DLA_03077 F4PJNLW02GJ9ZB CDS58668 438 + 0.299087
g2781 DLA_03079 F4PJNLW02GJ9ZB CDS60206 1170 - 0.296581
g2782 DLA_03080 F4PJNLW02GJ9ZB CDS61746 327 + 0.351682
g2783 DLA_03081 F4PJNLW02GJ9ZB CDS62489 273 - 0.241758
g2784 DLA_03082 F4PJNLW02GJ9ZB CDS63078 1443 + 0.305613
g2785 DLA_03083 F4PJNLW02GJ9ZB CDS64788 1737 - 0.299367
g2786 DLA_03085 F4PJNLW02GJ9ZB CDS67097 867 + 0.320646
g2787 DLA_03086 F4PJNLW02GJ9ZB CDS68053 234 - 0.247863
g2788 DLA_11540 F4PJNLW02GJ9ZB CDS68575 477 - 0.283019
g2789 DLA_03087 F4PJNLW02GJ9ZB CDS69598 1650 + 0.295758
g279 DLA_00309 contig05409_1.exp CDS642788 738 + 0.345528
g2790 DLA_03088 F4PJNLW02GJ9ZB CDS71309 5259 - 0.301578
g2791 DLA_03089 F4PJNLW02GJ9ZB CDS77075 306 + 0.27451
g2792 DLA_03090 F4PJNLW02GJ9ZB CDS77740 1314 - 0.303653
g2793 DLA_03093 F4PJNLW02GJ9ZB CDS79952 564 - 0.352837
g2794 DLA_03094 F4PJNLW02GJ9ZB CDS81109 1848 + 0.261364
g2795 DLA_03095 F4PJNLW02GJ9ZB CDS83052 1323 - 0.250945
g2796 DLA_03096 F4PJNLW02GJ9ZB CDS84683 393 + 0.256997
g2797 DLA_03097 F4PJNLW02GJ9ZB CDS85137 2370 - 0.337975
g2798 DLA_03099 F4PJNLW02GJ9ZB CDS88631 795 + 0.237736
g2799 DLA_03100 F4PJNLW02GJ9ZB CDS89678 1719 - 0.399069
g28 DLA_11429 contig05409_1.exp CDS74373 1581 - 0.285262
g280 DLA_00310 contig05409_1.exp CDS644143 1581 + 0.320683
g2800 DLA_03101 F4PJNLW02GJ9ZB CDS92375 900 + 0.372222
g2801 DLA_03102 F4PJNLW02GJ9ZB CDS93421 645 + 0.296124
g2802 DLA_03103 F4PJNLW02GJ9ZB CDS94819 1356 - 0.309735
g2803 DLA_03104 ortholog of the mammalian geranylgeranyl diphosphate synthase 1 includes the enzymes dimethylallyltransferase (EC 2.5.1.1) geranyltranstransferase (EC 2.5.1.10) and farnesyltranstransferase (EC 2.5.1.29)F4PJNLW02GJ9ZB CDS96933 894 + 0.290828
g2804 DLA_03105 F4PJNLW02GJ9ZB CDS97996 1242 - 0.34219
g2805 DLA_03106 F4PJNLW02GJ9ZB CDS99567 8028 - 0.309791
g2806 DLA_03107 class I (unconventiona) myosin component of actin-based molecular motorF4PJNLW02GJ9ZB CDS108769 3240 + 0.400926
g2807 DLA_03108 F4PJNLW02GJ9ZB CDS112664 924 + 0.314935
g2808 DLA_03109 F4PJNLW02GJ9ZB CDS113811 1383 - 0.344902
g2809 DLA_03110 F4PJNLW02GJ9ZB CDS115532 1767 + 0.286361
g281 DLA_00311 contig05409_1.exp CDS645976 2772 - 0.306277
g2810 DLA_03111 putative metalloprotease of the peptidase M41 family which belong to a larger family of zinc metalloproteases includes the cell division protein FtsHF4PJNLW02GJ9ZB CDS117563 1668 + 0.342926
g2811 DLA_11541 F4PJNLW02GJ9ZB CDS119251 372 + 0.33871
g2812 DLA_03112 F4PJNLW02GJ9ZB CDS120467 2079 + 0.343434
g2813 DLA_03113 F4PJNLW02GJ9ZB CDS122654 1593 - 0.402385
g2814 DLA_03114 F4PJNLW02GJ9ZB CDS124717 1752 - 0.285388
g2815 DLA_03115 putative ortholog of H. sapiens AATF apoptosis-antagonizing transcription factorbrbr bCommunity annotation:b DDB_G0270496 shows extensive similarities with the F4PJNLW02GJ9ZB CDS126566 1449 + 0.287095
g2816 DLA_03116 similar to eukaryotic translation initiation factor 4A isoform 2 F4PJNLW02GJ9ZB CDS129122 1155 + 0.386147
g2817 DLA_03117 F4PJNLW02GJ9ZB CDS130769 1206 + 0.303483
g2818 DLA_03118 E. coli ATP-dependent DNA helicase RecQ is involved in genome maintenance this is the ortholog of the H. sapiens Werner syndrome protein defects in WRN cause the premature onset of multiple age-related disordersF4PJNLW02GJ9ZB CDS132381 2568 + 0.279595
g2819 DLA_03119 glycoside hydrolase family 25 (GH25) comprises enzymes with lysozyme (EC:3.2.1.17) activity contains a putative N-terminal signal peptideF4PJNLW02GJ9ZB CDS135346 642 + 0.38785
g282 DLA_00312 contig05409_1.exp CDS649460 1122 - 0.374332
g2820 DLA_03120 F4PJNLW02GJ9ZB CDS136367 480 - 0.2625
g2821 DLA_03124 F4PJNLW02GJ9ZB CDS139171 1548 + 0.278424
g2822 DLA_03125 F4PJNLW02GJ9ZB CDS140838 1908 - 0.243711
g2823 DLA_03126 F4PJNLW02GJ9ZB CDS143581 2193 - 0.321021
g2824 DLA_03127 F4PJNLW02GJ9ZB CDS146833 2541 - 0.245179
g2825 DLA_03128 similar to CDK1 and CDK2 cell cycle CAK (CDK-activating kinase) kinases predicted to activate SG2 cyclins cyclin A B and DF4PJNLW02GJ9ZB CDS150193 900 + 0.331111
g2826 DLA_03129 F4PJNLW02GJ9ZB CDS151535 948 + 0.375527
g2827 DLA_03130 F4PJNLW02GJ9ZB CDS153292 1029 - 0.275996
g2828 DLA_03131 F4PJNLW02GJ9ZB CDS154793 1191 + 0.315701
g2829 DLA_03132 F4PJNLW02GJ9ZB CDS156068 498 - 0.162651
g283 DLA_00313 contig05409_1.exp CDS651193 612 - 0.315359
g2830 DLA_03133 F4PJNLW02GJ9ZB CDS156718 2268 - 0.243386
g2831 DLA_03134 F4PJNLW02GJ9ZB CDS159108 2223 - 0.234368
g2832 DLA_03135 F4PJNLW02GJ9ZB CDS161521 1932 - 0.297101
g2833 DLA_03136 F4PJNLW02GJ9ZB CDS163936 2019 - 0.330857
g2834 DLA_03137 F4PJNLW02GJ9ZB CDS166213 3015 - 0.328027
g2835 DLA_03138 F4PJNLW02GJ9ZB CDS169414 1224 - 0.291667
g2836 DLA_03139 F4PJNLW02GJ9ZB CDS170832 585 - 0.290598
g2837 DLA_03140 similar to Dna2 a DNA replication factor required for Okazaki fragment processing and involved in DNA repair pathwaysF4PJNLW02GJ9ZB CDS172310 4101 - 0.292855
g2838 DLA_03141 F4PJNLW02GJ9ZB CDS176752 1095 + 0.313242
g2839 DLA_03143 F4PJNLW02GJ9ZB CDS179820 957 + 0.273772
g284 DLA_00314 contig05409_1.exp CDS652127 3645 + 0.322908
g2840 DLA_03144 F4PJNLW02GJ9ZB CDS180828 3843 - 0.282332
g2841 DLA_03146 F4PJNLW02GJ9ZB CDS185247 4974 - 0.268999
g2842 DLA_03148 F4PJNLW02GJ9ZB CDS190712 3003 - 0.33633
g2843 DLA_03149 F4PJNLW02GJ9ZB CDS194193 1374 - 0.291121
g2844 DLA_03150 CAZy family GT4 catalyzes N-linked mannosylationF4PJNLW02GJ9ZB CDS195869 1299 - 0.321016
g2845 DLA_03151 F4PJNLW02GJ9ZB CDS197599 3150 + 0.292064
g2846 DLA_03152 F4PJNLW02GJ9ZB CDS200786 735 - 0.180952
g2847 DLA_03153 conserved E2 ubiquitin-conjugating protein which catalyzes the covalent attachment of ubiquitin to other proteinsF4PJNLW02GJ9ZB CDS202165 441 + 0.331066
g2848 DLA_03154 F4PJNLW02GJ9ZB CDS203261 1839 + 0.334965
g2849 DLA_03155 F4PJNLW02GJ9ZB CDS205177 552 - 0.266304
g285 DLA_00315 contig05409_1.exp CDS656889 1608 + 0.28607
g2850 DLA_03156 involved in regulation of inositol (145) trisphosphate levelsF4PJNLW02GJ9ZB CDS205856 2190 + 0.310502
g2851 DLA_03157 F4PJNLW02GJ9ZB CDS208126 2085 - 0.305516
g2852 DLA_03159 F4PJNLW02GJ9ZB CDS211423 1239 - 0.268765
g2853 DLA_03160 F4PJNLW02GJ9ZB CDS213172 4545 + 0.256106
g2854 DLA_03161 F4PJNLW02GJ9ZB CDS219535 1602 + 0.300874
g2855 DLA_03163 F4PJNLW02GJ9ZB CDS222488 4947 + 0.258945
g2856 DLA_03164 F4PJNLW02GJ9ZB CDS227560 543 - 0.287293
g2857 DLA_11542 similar to eukaryotic initiation factor 4A isoform 3F4PJNLW02GJ9ZB CDS228496 1212 + 0.319307
g2858 DLA_03165 F4PJNLW02GJ9ZB CDS230121 3357 + 0.309503
g2859 DLA_03166 catalyzes the reaction GTP succinate CoA GDP phosphate succinyl-CoAF4PJNLW02GJ9ZB CDS233884 1269 + 0.351458
g286 DLA_00316 contig05409_1.exp CDS658614 336 + 0.318452
g2860 DLA_03167 F4PJNLW02GJ9ZB CDS235329 1605 + 0.284112
g2861 DLA_03168 component of the counting factor complex which includes CF60 CF50 CF45-1 and CtnA (countin)F4PJNLW02GJ9ZB CDS237020 1530 - 0.39085
g2862 DLA_03171 F4PJNLW02GJ9ZB CDS240592 1371 - 0.383662
g2863 DLA_03172 F4PJNLW02GJ9ZB CDS242485 5940 - 0.295791
g2864 DLA_03174 F4PJNLW02GJ9ZB CDS249581 2211 - 0.333786
g2865 DLA_03175 F4PJNLW02GJ9ZB CDS253374 2625 - 0.358476
g2866 DLA_03176 F4PJNLW02GJ9ZB CDS256321 867 + 0.334487
g2867 DLA_03177 F4PJNLW02GJ9ZB CDS257382 2595 - 0.274759
g2868 DLA_03178 F4PJNLW02GJ9ZB CDS260513 1386 + 0.365079
g2869 DLA_03179 F4PJNLW02GJ9ZB CDS261980 741 - 0.291498
g287 DLA_00317 contig05409_1.exp CDS659718 4656 + 0.348797
g2870 DLA_03181 catalyzes the reaction ATP HCOsub3subsup-sup propionyl-CoA ADP phosphate D-methylmalonyl-CoAF4PJNLW02GJ9ZB CDS264109 2022 - 0.37636
g2871 DLA_03182 F4PJNLW02GJ9ZB CDS266560 510 + 0.235294
g2872 DLA_03183 F4PJNLW02GJ9ZB CDS267425 897 - 0.344482
g2873 DLA_03184 F4PJNLW02GJ9ZB CDS268779 864 + 0.280093
g2874 DLA_03185 F4PJNLW02GJ9ZB CDS270085 927 - 0.316073
g2875 DLA_03186 F4PJNLW02GJ9ZB CDS271124 3012 - 0.299801
g2876 DLA_03188 F4PJNLW02GJ9ZB CDS274842 2049 - 0.243533
g2877 DLA_03189 F4PJNLW02HBBIY CDS1 1128 - 0.196809
g2878 DLA_03190 F4PJNLW02HBBIY CDS1676 813 + 0.403444
g2879 DLA_03191 F4PJNLW02HBBIY CDS3696 846 + 0.329787
g288 DLA_00318 contig05409_1.exp CDS664886 2070 - 0.323671
g2880 DLA_03192 F4PJNLW02HBBIY CDS4701 1035 - 0.27343
g2881 DLA_03193 F4PJNLW02HBBIY CDS6961 1041 + 0.361191
g2882 DLA_03194 F4PJNLW02HBBIY CDS8492 3045 - 0.336617
g2883 DLA_03195 F4PJNLW02HBBIY CDS12011 2160 - 0.350926
g2884 DLA_03196 F4PJNLW02HBBIY CDS14506 1686 + 0.314947
g2885 DLA_03197 F4PJNLW02HBBIY CDS16207 1767 - 0.317487
g2886 DLA_03199 F4PJNLW02HBBIY CDS18214 3558 + 0.298482
g2887 DLA_03200 ortholog of bacterial Mgsup2sup transporter mgtA contains eight transmembrane domainsF4PJNLW02HBBIY CDS22158 2820 - 0.375532
g2888 DLA_03202 F4PJNLW02HBBIY CDS26108 1389 + 0.314615
g2889 DLA_03203 F4PJNLW02HBBIY CDS27596 7104 - 0.352055
g289 DLA_00320 contig05409_1.exp CDS668785 627 + 0.317384
g2890 DLA_03204 F4PJNLW02HBBIY CDS35274 3366 - 0.369578
g2891 DLA_03205 F4PJNLW02HBBIY CDS40341 816 - 0.28799
g2892 DLA_03206 F4PJNLW02HBBIY CDS41930 3438 + 0.322862
g2893 DLA_03207 F4PJNLW02HBBIY CDS45769 627 - 0.349282
g2894 DLA_03209 F4PJNLW02HBBIY CDS47744 780 + 0.317949
g2895 DLA_03210 F4PJNLW02HBBIY CDS48699 2763 - 0.364821
g2896 DLA_03211 F4PJNLW02HBBIY CDS51888 222 + 0.315315
g2897 DLA_03212 ortholog of S. pombe Cwf15 and S. cerevisiae Cwc15 thought to be non-essential components of an mRNA splicing complex there is a second copy of this gene F4PJNLW02HBBIY CDS52262 696 + 0.29454
g2898 DLA_03213 F4PJNLW02HBBIY CDS53086 351 - 0.2849
g2899 DLA_03214 F4PJNLW02HBBIY CDS53522 957 + 0.290491
g29 DLA_00033 contig05409_1.exp CDS76038 801 + 0.254682
g290 DLA_00321 contig05409_1.exp CDS670186 2427 - 0.271117
g2900 DLA_03215 catalyzes the reaction ATP Hsub2subO Nasupsupn Ksupsupout ADP phosphate Nasupsupout Ksupsupn br contains 10 transmembrane domainsF4PJNLW02HBBIY CDS55334 3594 + 0.378687
g2901 DLA_03216 F4PJNLW02HBBIY CDS59139 2268 - 0.334215
g2902 DLA_03217 F4PJNLW02HBBIY CDS63032 2532 + 0.329779
g2903 DLA_03218 F4PJNLW02HBBIY CDS65746 1101 + 0.318801
g2904 DLA_03219 F4PJNLW02HBBIY CDS67277 885 + 0.273446
g2905 DLA_11543 F4PJNLW02HBBIY CDS68331 1203 - 0.285952
g2906 DLA_03221 F4PJNLW02HBBIY CDS69761 2688 - 0.316964
g2907 DLA_03222 catalyzes the reaction ATP L-glutamate ammonia ADP phosphate L-glutamineF4PJNLW02HBBIY CDS72788 1494 + 0.314592
g2908 DLA_03223 F4PJNLW02HBBIY CDS74419 1467 + 0.314928
g2909 DLA_03225 highly similar to F4PJNLW02HBBIY CDS76710 738 + 0.296748
g291 DLA_00322 contig05409_1.exp CDS673007 2217 - 0.348218
g2910 DLA_03226 F4PJNLW02HBBIY CDS77827 1074 - 0.356611
g2911 DLA_03227 F4PJNLW02HBBIY CDS79177 3573 - 0.302267
g2912 DLA_03228 F4PJNLW02HBBIY CDS83035 1992 + 0.299197
g2913 DLA_11544 F4PJNLW02HBBIY CDS85078 1683 + 0.299465
g2914 DLA_03229 F4PJNLW02HBBIY CDS87106 285 + 0.319298
g2915 DLA_03230 F4PJNLW02HBBIY CDS87970 3300 + 0.36303
g2916 DLA_03231 F4PJNLW02HBBIY CDS91551 771 + 0.286641
g2917 DLA_03233 F4PJNLW02HBBIY CDS92444 381 + 0.228346
g2918 DLA_11545 F4PJNLW02HBBIY CDS92943 429 + 0.249417
g2919 DLA_03234 F4PJNLW02HBBIY CDS93924 1290 - 0.343411
g292 DLA_00324 contig05409_1.exp CDS676113 1521 + 0.293886
g2920 DLA_03235 F4PJNLW02HBBIY CDS95713 1701 + 0.309818
g2921 DLA_03236 F4PJNLW02HBBIY CDS97770 1467 - 0.334015
g2922 DLA_03237 F4PJNLW02HBBIY CDS100288 2214 + 0.337398
g2923 DLA_03238 F4PJNLW02HBBIY CDS102679 810 + 0.318519
g2924 DLA_03239 F4PJNLW02HBBIY CDS103863 957 - 0.345873
g2925 DLA_03240 F4PJNLW02HBBIY CDS104969 810 - 0.324691
g2926 DLA_03241 F4PJNLW02HBBIY CDS106620 1935 - 0.355039
g2927 DLA_03242 F4PJNLW02HBBIY CDS108985 1764 - 0.3322
g2928 DLA_03243 F4PJNLW02HBBIY CDS112022 666 - 0.292793
g2929 DLA_03244 F4PJNLW02HBBIY CDS113092 1488 + 0.341398
g293 DLA_00325 contig05409_1.exp CDS677866 867 - 0.297578
g2930 DLA_03245 F4PJNLW02HBBIY CDS114871 1320 - 0.346212
g2931 DLA_03246 F4PJNLW02HBBIY CDS116483 801 + 0.360799
g2932 DLA_03247 F4PJNLW02HBBIY CDS117536 645 - 0.344186
g2933 DLA_03248 F4PJNLW02HBBIY CDS118459 1113 + 0.338724
g2934 DLA_03250 F4PJNLW02HBBIY CDS121491 3333 - 0.357336
g2935 DLA_03251 F4PJNLW02HBBIY CDS125268 1197 - 0.350877
g2936 DLA_03252 F4PJNLW02HBBIY CDS127044 2301 + 0.333768
g2937 DLA_03255 F4PJNLW02HBBIY CDS130695 675 + 0.266667
g2938 DLA_03256 subunit of the 20S proteasome (macropain) the endopeptidase complex involved in an ATPubiquitin-dependent nonlysosomal proteolytic pathway in eukaryotes composed of up to 28 subunits which form a highly ordered ring-shaped structure (20S ring)F4PJNLW02HBBIY CDS131742 747 - 0.337349
g2939 DLA_03257 F4PJNLW02HBBIY CDS132940 597 - 0.363484
g294 DLA_00326 contig05409_1.exp CDS679029 933 + 0.350482
g2940 DLA_03258 F4PJNLW02HBBIY CDS134547 1719 + 0.314136
g2941 DLA_03259 F4PJNLW02HBBIY CDS136651 1407 + 0.327647
g2942 DLA_03260 F4PJNLW02HBBIY CDS138381 11952 + 0.347808
g2943 DLA_03261 F4PJNLW02HBBIY CDS150620 855 + 0.329825
g2944 DLA_03262 F4PJNLW02HBBIY CDS151698 1647 - 0.35337
g2945 DLA_03263 F4PJNLW02HBBIY CDS154101 447 - 0.308725
g2946 DLA_03264 F4PJNLW02HBBIY CDS154894 1431 - 0.328442
g2947 DLA_03265 F4PJNLW02HBBIY CDS156764 1272 + 0.305818
g2948 DLA_03266 F4PJNLW02HBBIY CDS158076 1917 - 0.314032
g2949 DLA_03267 F4PJNLW02HBBIY CDS160267 1491 - 0.279007
g295 DLA_00327 contig05409_1.exp CDS680157 1872 + 0.293803
g2950 DLA_03269 F4PJNLW02HBBIY CDS162758 798 - 0.330827
g2951 DLA_03270 F4PJNLW02HBBIY CDS163762 3789 - 0.301135
g2952 DLA_03272 F4PJNLW02HBBIY CDS168271 2685 + 0.296834
g2953 DLA_03273 F4PJNLW02HBBIY CDS172175 3267 + 0.295378
g2954 DLA_03275 F4PJNLW02HBBIY CDS176262 3339 + 0.300689
g2955 DLA_03276 F4PJNLW02HBBIY CDS179680 3546 - 0.302876
g2956 DLA_03277 F4PJNLW02HBBIY CDS183626 1581 + 0.376977
g2957 DLA_03278 F4PJNLW02HBBIY CDS185474 1140 + 0.277193
g2958 DLA_03279 F4PJNLW02HBBIY CDS186711 555 - 0.313514
g2959 DLA_03280 F4PJNLW02HBBIY CDS187466 3477 - 0.311763
g296 DLA_00329 contig05409_1.exp CDS683075 867 - 0.299885
g2960 DLA_03281 F4PJNLW02HBBIY CDS191999 420 - 0.304762
g2961 DLA_03282 F4PJNLW02HBBIY CDS192513 1218 + 0.305419
g2962 DLA_03283 F4PJNLW02HBBIY CDS193854 1845 - 0.278591
g2963 DLA_03284 F4PJNLW02HBBIY CDS195774 1503 - 0.283433
g2964 DLA_03285 F4PJNLW02HBBIY CDS197662 273 - 0.278388
g2965 DLA_03286 highly conserved protein involved in GPI biosynthesis forms a complex with DPM1 and DPM3 regulates the biosynthesis of dolichol-phosphate-mannose there is a second copy of this gene F4PJNLW02HBBIY CDS198281 237 - 0.270042
g2966 DLA_03287 F4PJNLW02HBBIY CDS198743 561 - 0.304813
g2967 DLA_03288 F4PJNLW02HBBIY CDS199659 1515 + 0.368977
g2968 DLA_03289 F4PJNLW02HBBIY CDS201439 1026 - 0.359649
g2969 DLA_03290 F4PJNLW02HBBIY CDS202920 1443 + 0.309078
g297 DLA_00330 contig05409_1.exp CDS685317 1479 - 0.382015
g2970 DLA_11546 F4PJNLW02HBBIY CDS204489 1734 + 0.325836
g2971 DLA_03291 F4PJNLW02HBBIY CDS206822 2460 + 0.34878
g2972 DLA_03292 F4PJNLW02HBBIY CDS209684 3564 + 0.300224
g2973 DLA_03294 F4PJNLW02HBBIY CDS215030 2130 - 0.290141
g2974 DLA_03295 F4PJNLW02HBBIY CDS217672 3483 + 0.294574
g2975 DLA_03296 F4PJNLW02HBBIY CDS221443 357 + 0.235294
g2976 DLA_03297 F4PJNLW02HBBIY CDS223069 1848 + 0.356061
g2977 DLA_03298 F4PJNLW02HBBIY CDS225129 2649 + 0.326161
g2978 DLA_03299 F4PJNLW02HBBIY CDS227899 1155 + 0.349784
g2979 DLA_03300 F4PJNLW02HBBIY CDS229722 1140 - 0.372807
g298 DLA_00331 contig05409_1.exp CDS687372 711 + 0.209564
g2980 DLA_03301 F4PJNLW02HBBIY CDS232173 2199 - 0.34925
g2981 DLA_11547 F4PJNLW02HBBIY CDS235008 246 - 0.300813
g2982 DLA_03302 F4PJNLW02HBBIY CDS235556 1293 + 0.311678
g2983 DLA_03303 F4PJNLW02HBBIY CDS236901 2343 - 0.33248
g2984 DLA_03304 F4PJNLW02HBBIY CDS240134 2109 + 0.293504
g2985 DLA_03305 similar to discoidin I almost identical to its downstream gene DD7-1F4PJNLW02HBBIY CDS242385 789 - 0.338403
g2986 DLA_03306 F4PJNLW02HBBIY CDS244490 204 + 0.284314
g2987 DLA_03308 F4PJNLW02HBBIY CDS245603 216 + 0.324074
g2988 DLA_03310 F4PJNLW02HBBIY CDS247385 1254 + 0.359649
g2989 DLA_03311 F4PJNLW02HBBIY CDS248817 558 + 0.356631
g299 DLA_00332 contig05409_1.exp CDS688249 450 + 0.286667
g2990 DLA_03312 F4PJNLW02HBBIY CDS249623 546 - 0.31685
g2991 DLA_03313 F4PJNLW02HBBIY CDS251475 2058 - 0.327502
g2992 DLA_03314 F4PJNLW02HBBIY CDS253881 1785 - 0.329412
g2993 DLA_03315 F4PJNLW02HBBIY CDS255934 1698 + 0.3298
g2994 DLA_03316 F4PJNLW02HBBIY CDS257882 1578 + 0.291508
g2995 DLA_03317 F4PJNLW02HBBIY CDS259572 1311 - 0.315789
g2996 DLA_03318 F4PJNLW02HBBIY CDS260957 1767 + 0.301641
g2997 DLA_03319 F4PJNLW02HBBIY CDS262896 1476 + 0.365854
g2998 DLA_03320 F4PJNLW02HBBIY CDS264643 3888 + 0.345679
g2999 DLA_03321 F4PJNLW02HBBIY CDS269400 1704 + 0.330399
g3 DLA_00004 contig05409_1.exp CDS7120 1737 + 0.329879
g30 DLA_00034 composed of approx. 35 copies of a 24-amino-acid cysteine-rich repeat expression is decreased in contig05409_1.exp CDS77119 2190 - 0.376712
g300 DLA_00333 contig05409_1.exp CDS689049 615 + 0.291057
g3000 DLA_03322 F4PJNLW02HBBIY CDS271712 870 - 0.333333
g3001 DLA_03323 F4PJNLW02HBBIY CDS272950 927 - 0.372168
g3002 DLA_03325 F4PJNLW02HBBIY CDS274576 726 + 0.330579
g3003 DLA_03326 F4PJNLW02HBBIY CDS275354 981 - 0.308868
g3004 DLA_03327 F4PJNLW02HBBIY CDS276608 1248 - 0.373397
g3005 DLA_03329 catalyzes the release of N-terminal amino acids preferentially methionine from peptides and arylamidesF4PJNLW02HBBIY CDS278456 2310 - 0.337662
g3006 DLA_03331 F4PJNLW02HBBIY CDS281279 723 + 0.31397
g3007 DLA_03332 F4PJNLW02HBBIY CDS282024 3378 - 0.328005
g3008 DLA_11548 F4PJNLW02HBBIY CDS285549 3285 - 0.333333
g3009 DLA_03333 F4PJNLW02HBBIY CDS288988 4692 - 0.372336
g301 DLA_00334 metabotropic glutamate receptors are coupled to G-proteins and stimulate the inositol phosphateCa2 intracellular signaling pathway distinctive '7TM' signaturecontig05409_1.exp CDS690602 2142 + 0.337068
g3010 DLA_03334 F4PJNLW02HBBIY CDS294258 1596 - 0.368421
g3011 DLA_03335 F4PJNLW02HBBIY CDS296520 444 - 0.346847
g3012 DLA_03336 F4PJNLW02HBBIY CDS299440 1821 + 0.299286
g3013 DLA_03337 F4PJNLW02HBBIY CDS301738 1665 + 0.312913
g3014 DLA_03338 F4PJNLW02HBBIY CDS303758 909 + 0.325633
g3015 DLA_03340 putative ortholog of the poorly conserved mediator of RNA polymerase II transcription subunit 19 the mediator complex functions as a bridge to convey information from gene-specific regulatory proteins to the basal RNA polymerase II transcription machineryF4PJNLW02HBBIY CDS306780 1032 + 0.310078
g3016 DLA_03341 F4PJNLW02HBBIY CDS308155 3942 - 0.345003
g3017 DLA_03342 F4PJNLW02HBBIY CDS313180 2661 + 0.346486
g3018 DLA_03343 F4PJNLW02HBBIY CDS316072 1266 - 0.279621
g3019 DLA_03345 F4PJNLW02HBBIY CDS318594 1884 + 0.333864
g302 DLA_00335 contig05409_1.exp CDS693895 2262 + 0.276304
g3020 DLA_03346 F4PJNLW02HBBIY CDS320856 540 - 0.32037
g3021 DLA_03347 F4PJNLW02HBBIY CDS321833 1110 + 0.341441
g3022 DLA_03348 F4PJNLW02HBBIY CDS323292 1377 - 0.299201
g3023 DLA_03349 F4PJNLW02HBBIY CDS324992 1083 + 0.319483
g3024 DLA_03350 F4PJNLW02HBBIY CDS326127 2319 - 0.355326
g3025 DLA_03351 F4PJNLW02HBBIY CDS328584 741 - 0.306343
g3026 DLA_03353 F4PJNLW02HBBIY CDS329890 1920 + 0.311458
g3027 DLA_03354 F4PJNLW02HBBIY CDS333049 246 + 0.365854
g3028 DLA_03355 F4PJNLW02HBBIY CDS333797 1293 - 0.348028
g3029 DLA_11549 F4PJNLW02HBBIY CDS335500 3363 + 0.282783
g303 DLA_00336 contig05409_1.exp CDS696740 2211 + 0.289462
g3030 DLA_03356 F4PJNLW02HBBIY CDS339256 1587 + 0.320731
g3031 DLA_03357 F4PJNLW02HBBIY CDS341053 8295 + 0.332007
g3032 DLA_03359 F4PJNLW02HBBIY CDS350089 4194 + 0.330949
g3033 DLA_03360 F4PJNLW02HBBIY CDS354483 3060 - 0.35
g3034 DLA_03361 F4PJNLW02HBBIY CDS357878 2271 - 0.369441
g3035 DLA_03362 F4PJNLW02HBBIY CDS361414 2673 + 0.34306
g3036 DLA_11550 member of the same super family as valosin-containing protein (VCP) and CDC48brbr bCommunity annotation:b DDB G0272777 appears to be the Dicty-specific AAA-ATPase related cdc48 (cdcD) in Dicty and other organisms. When F4PJNLW02HBBIY CDS364335 2112 - 0.304451
g3037 DLA_03363 F4PJNLW02HBBIY CDS366615 2451 - 0.339861
g3038 DLA_03364 F4PJNLW02HBBIY CDS369340 360 + 0.438889
g3039 DLA_03365 F4PJNLW02HBBIY CDS371781 1038 + 0.315992
g304 DLA_00337 contig05409_1.exp CDS699933 834 + 0.320144
g3040 DLA_03366 F4PJNLW02HBBIY CDS373624 423 + 0.390071
g3041 DLA_03367 F4PJNLW02HBBIY CDS374233 792 - 0.289141
g3042 DLA_03368 F4PJNLW02HBBIY CDS375236 1740 - 0.384483
g3043 DLA_03369 F4PJNLW02HBBIY CDS378053 4266 - 0.339897
g3044 DLA_11551 F4PJNLW02HBBIY CDS382889 1017 - 0.368732
g3045 DLA_03370 F4PJNLW02HBBIY CDS384208 672 - 0.33631
g3046 DLA_03371 similar to human AOAH (acyloxyacyl hydrolase) removes the secondary (acyloxyacyl-linked) fatty acyl chains from the lipid A region of bacterial lipopolysaccharides contains a predicted signal peptide contains 1 saposin B-type domainF4PJNLW02HBBIY CDS385311 1701 + 0.37037
g3047 DLA_03372 F4PJNLW02HBBIY CDS387662 687 + 0.286754
g3048 DLA_03373 F4PJNLW02HBBIY CDS389543 651 + 0.256528
g3049 DLA_03374 F4PJNLW02HBBIY CDS390309 1293 + 0.246713
g305 DLA_00339 contig05409_1.exp CDS703213 699 + 0.353362
g3050 DLA_03375 F4PJNLW02HBBIY CDS392087 2382 + 0.253149
g3051 DLA_03376 F4PJNLW02HBBIY CDS394666 4044 - 0.3227
g3052 DLA_03377 F4PJNLW02HBBIY CDS399288 1779 + 0.323777
g3053 DLA_03380 F4PJNLW02HBBIY CDS402551 813 + 0.335793
g3054 DLA_03381 F4PJNLW02HBBIY CDS404265 2835 - 0.325926
g3055 DLA_03382 F4PJNLW02HBBIY CDS407808 4188 + 0.317813
g3056 DLA_03383 F4PJNLW02HBBIY CDS412070 1302 - 0.281106
g3057 DLA_03384 F4PJNLW02HBBIY CDS413497 1506 - 0.282205
g3058 DLA_03385 induced by Legionella pneumophila infection similar to D. purpureum proteinF4PJNLW02HBBIY CDS415281 642 - 0.344237
g3059 DLA_03386 F4PJNLW02HBBIY CDS416453 1569 + 0.305927
g306 DLA_00340 contig05409_1.exp CDS705125 4287 - 0.284581
g3060 DLA_03387 F4PJNLW02HBBIY CDS418335 3711 - 0.306656
g3061 DLA_03388 F4PJNLW02HBBIY CDS422744 2760 + 0.350362
g3062 DLA_03389 F4PJNLW02HBBIY CDS426110 330 - 0.309091
g3063 DLA_03390 F4PJNLW02HBBIY CDS426670 852 - 0.327465
g3064 DLA_03391 F4PJNLW02HBBIY CDS428002 354 - 0.313559
g3065 DLA_03392 F4PJNLW02HBBIY CDS428730 1320 + 0.306061
g3066 DLA_03393 F4PJNLW02HBBIY CDS430102 1008 - 0.293651
g3067 DLA_03395 F4PJNLW02HBBIY CDS432501 1332 - 0.311562
g3068 DLA_03396 F4PJNLW02HBBIY CDS434716 969 - 0.343653
g3069 DLA_03397 F4PJNLW02HBBIY CDS435823 1455 - 0.294158
g307 DLA_00342 similar to histidine ammonia-lyase which catalyzes the reaction L-histidine urocanate NHsub3sub there is a second copy of this gene contig05409_1.exp CDS709746 1596 - 0.305138
g3070 DLA_03398 F4PJNLW02HBBIY CDS437562 297 + 0.30303
g3071 DLA_03399 F4PJNLW02HBBIY CDS438003 1629 - 0.302026
g3072 DLA_03400 F4PJNLW02HBBIY CDS439894 1020 + 0.330392
g3073 DLA_03401 F4PJNLW02HBBIY CDS441018 2130 - 0.258685
g3074 DLA_03403 F4PJNLW02HBBIY CDS444040 2112 - 0.256629
g3075 DLA_03404 F4PJNLW02HBBIY CDS446462 1188 - 0.258418
g3076 DLA_03405 F4PJNLW02HBBIY CDS449301 333 + 0.336336
g3077 DLA_03407 F4PJNLW02HBBIY CDS449674 2418 + 0.310587
g3078 DLA_03408 F4PJNLW02HBBIY CDS452790 471 + 0.343949
g3079 DLA_03411 F4PJNLW02HBBIY CDS454956 579 + 0.279793
g308 DLA_00344 contig05409_1.exp CDS712042 3285 + 0.23379
g3080 DLA_03412 F4PJNLW02HBBIY CDS455828 2091 - 0.360115
g3081 DLA_03413 F4PJNLW02HBBIY CDS458825 2091 + 0.361549
g3082 DLA_03414 F4PJNLW02HBBIY CDS461231 2265 + 0.342605
g3083 DLA_03415 F4PJNLW02HBBIY CDS463904 1506 - 0.355246
g3084 DLA_03416 F4PJNLW02HBBIY CDS465938 792 + 0.284091
g3085 DLA_03417 F4PJNLW02HBBIY CDS467255 213 + 0.295775
g3086 DLA_03418 F4PJNLW02HBBIY CDS467710 1548 - 0.357235
g3087 DLA_11552 F4PJNLW02HBBIY CDS470168 672 - 0.453869
g3088 DLA_03419 F4PJNLW02HBBIY CDS471362 375 - 0.301333
g3089 DLA_03420 F4PJNLW02HBBIY CDS471910 2058 - 0.335277
g309 DLA_00345 contig05409_1.exp CDS715521 858 - 0.296037
g3090 DLA_03421 ortholog of S. cerevisiae MAK16 and mammalian RBM13 inyeast an essential nuclear protein constituent of 66S pre-ribosomal particlesF4PJNLW02HBBIY CDS475160 987 - 0.298886
g3091 DLA_03422 F4PJNLW02HBBIY CDS476540 492 + 0.29065
g3092 DLA_03423 F4PJNLW02HBBIY CDS477700 1311 - 0.292906
g3093 DLA_03424 F4PJNLW02HBBIY CDS479562 468 + 0.292735
g3094 DLA_03426 F4PJNLW02HBBIY CDS480552 2499 - 0.392957
g3095 DLA_03427 ortholog of mammalian NCPB1 and yeast STO1 large subunit of the heterodimeric cap binding complex involved in mediating U snRNA export from the nucleusF4PJNLW02HBBIY CDS483896 2184 - 0.320513
g3096 DLA_03428 ortholog of the mammalian kin17 protein a zinc finger nuclear proteinF4PJNLW02HBBIY CDS486757 1194 + 0.306533
g3097 DLA_03429 F4PJNLW02HBBIY CDS488683 621 + 0.344605
g3098 DLA_03430 F4PJNLW02HBBIY CDS490348 459 + 0.283224
g3099 DLA_03431 hydrolyses D-fructose 16-bisphosphate to D-fructose 6-phosphate and phosphate (EC 3.1.3.11)F4PJNLW02HBBIY CDS491079 1017 - 0.347099
g31 DLA_00035 contig05409_1.exp CDS80479 372 + 0.266129
g310 DLA_00346 contig05409_1.exp CDS716527 5658 + 0.347649
g3100 DLA_03432 F4PJNLW02HBBIY CDS492640 2343 + 0.279129
g3101 DLA_03433 catalyzes the reaction ATP L-histidine tRNAHis AMP diphosphate L-histidyl-tRNAHis similar to bacterial histidine-tRNA ligaseF4PJNLW02HBBIY CDS495146 1371 - 0.297593
g3102 DLA_03434 F4PJNLW02HBBIY CDS496733 1002 + 0.258483
g3103 DLA_03435 precursor of SDF-2 similar to diazepam binding inhibitor enriched in prespore cellsF4PJNLW02HBBIY CDS497870 255 - 0.380392
g3104 DLA_03436 catalyzes the reaction ATP 3-methylcrotonoyl-CoA HCOsub3subsup-sup ADP phosphate 3-methylglutaconyl-CoAF4PJNLW02HBBIY CDS498605 3723 - 0.348375
g3105 DLA_03438 F4PJNLW02HBBIY CDS502666 3060 - 0.319935
g3106 DLA_03439 F4PJNLW02HBBIY CDS506170 1254 + 0.283892
g3107 DLA_03440 F4PJNLW02HBBIY CDS507521 1179 - 0.283291
g3108 DLA_03441 F4PJNLW02HBBIY CDS508940 1194 + 0.292295
g3109 DLA_03442 F4PJNLW02HBBIY CDS510622 852 + 0.346244
g311 DLA_11439 contig05409_1.exp CDS722598 762 + 0.341207
g3110 DLA_03443 F4PJNLW02HBBIY CDS511690 2019 + 0.253591
g3111 DLA_03444 F4PJNLW02HBBIY CDS514355 1509 + 0.304838
g3112 DLA_03446 F4PJNLW02HBBIY CDS516374 1500 - 0.352
g3113 DLA_03447 similar to the cell division cycle 2-related protein kinase 7 (CRK7) and other cell division cycle 2-like protein kinases there is a second copy of this gene F4PJNLW02HBBIY CDS518303 1077 + 0.287837
g3114 DLA_03448 F4PJNLW02HBBIY CDS519872 744 + 0.278226
g3115 DLA_03449 F4PJNLW02HBBIY CDS520752 3420 - 0.287134
g3116 DLA_03450 F4PJNLW02HBBIY CDS525616 825 + 0.283636
g3117 DLA_03451 F4PJNLW02HBBIY CDS526519 1467 + 0.29516
g3118 DLA_03453 F4PJNLW02HBBIY CDS529123 660 - 0.286364
g3119 DLA_03454 F4PJNLW02HBBIY CDS530489 1473 + 0.306857
g312 DLA_00347 contig05409_1.exp CDS723678 1476 + 0.295393
g3120 DLA_03455 F4PJNLW02HBBIY CDS532673 435 + 0.268966
g3121 DLA_03456 F4PJNLW02HBBIY CDS533381 276 - 0.423913
g3122 DLA_03457 F4PJNLW02HBBIY CDS533964 1893 - 0.303751
g3123 DLA_03458 interacts with the phg2 kinase pathway plays a role in the transition from growth to differentiationbr there is a second copy of this gene F4PJNLW02HBBIY CDS536188 936 + 0.316239
g3124 DLA_03459 ortholog of H. sapiens DOHH that catalyzes the hydroxylation of the N(6)-(4-aminobutyl)-L-lysine intermediate to form hypusine an essential post-translational modification only found in mature eIF5A factor the first reaction is catalyzed by Dhps there is a second copy of this gene F4PJNLW02HBBIY CDS537719 984 + 0.325203
g3125 DLA_03460 F4PJNLW02HBBIY CDS538874 2118 + 0.296506
g3126 DLA_03461 F4PJNLW02HBBIY CDS541258 3984 - 0.299699
g3127 DLA_03462 F4PJNLW02HBBIY CDS546113 1023 + 0.312805
g3128 DLA_03464 F4PJNLW02HBBIY CDS548108 1059 - 0.283286
g3129 DLA_03465 F4PJNLW02HBBIY CDS549482 1548 + 0.29199
g313 DLA_00348 contig05409_1.exp CDS725171 978 - 0.264826
g3130 DLA_03466 F4PJNLW02HBBIY CDS551387 1626 - 0.263223
g3131 DLA_03468 F4PJNLW02HBBIY CDS553786 1002 + 0.307385
g3132 DLA_03470 F4PJNLW02HBBIY CDS555732 1137 + 0.254178
g3133 DLA_03471 F4PJNLW02HBBIY CDS557247 675 - 0.317037
g3134 DLA_03472 F4PJNLW02HBBIY CDS558698 1005 - 0.269652
g3135 DLA_03473 F4PJNLW02HBBIY CDS560215 663 - 0.324284
g3136 DLA_03474 F4PJNLW02HBBIY CDS561159 1773 - 0.318105
g3137 DLA_03475 F4PJNLW02I2K04 CDS54 2028 - 0.428008
g3138 DLA_03476 member of the major facilitator superfamily (MFS) expressed in upper cup during culmination there is a second copy of this gene GAOABQK02FRRQV CDS93 1956 - 0.314417
g3139 DLA_03477 GAOABQK02FRRQV CDS3450 1020 + 0.335294
g314 DLA_00349 contig05409_1.exp CDS726372 732 - 0.338798
g3140 DLA_03478 GAOABQK02FRRQV CDS5157 1668 + 0.266787
g3141 DLA_03480 GAOABQK02FRRQV CDS7360 795 - 0.271698
g3142 DLA_03481 GAOABQK02FRRQV CDS8217 807 - 0.276332
g3143 DLA_03483 GAOABQK02FRRQV CDS10266 675 - 0.331852
g3144 DLA_03484 GAOABQK02FRRQV CDS11166 678 - 0.294985
g3145 DLA_03485 GAOABQK02FRRQV CDS12583 3768 + 0.292463
g3146 DLA_03487 GAOABQK02FRRQV CDS16869 3723 - 0.284717
g3147 DLA_03488 GAOABQK02FRRQV CDS20884 1053 + 0.273504
g3148 DLA_03490 GAOABQK02FRRQV CDS24877 957 + 0.281087
g3149 DLA_03492 GAOABQK02FRRQV CDS27276 1512 + 0.353836
g315 DLA_00350 contig05409_1.exp CDS728057 2577 - 0.327901
g3150 DLA_03493 GAOABQK02FRRQV CDS28841 1167 - 0.289632
g3151 DLA_03494 belongs to the metallophosphoesterase superfamily similar to human PAPL (Ironzinc purple acid phosphatase-like protein) contains a predicted signal peptideGAOABQK02FRRQV CDS30548 1275 + 0.36549
g3152 DLA_03495 GAOABQK02FRRQV CDS32147 4350 + 0.301839
g3153 DLA_11553 GAOABQK02FRRQV CDS36789 267 - 0.299625
g3154 DLA_03496 GAOABQK02FRRQV CDS37129 363 - 0.341598
g3155 DLA_03497 catalyzes the reaction nicotinamide Hsub2subO nicotinate NHsub3subGAOABQK02FRRQV CDS38469 618 + 0.299353
g3156 DLA_03498 GAOABQK02FRRQV CDS39437 1425 - 0.30386
g3157 DLA_03500 GAOABQK02FRRQV CDS43650 1671 - 0.263315
g3158 DLA_03501 GAOABQK02FRRQV CDS45854 825 + 0.282424
g3159 DLA_03502 GAOABQK02FRRQV CDS48920 618 - 0.349515
g316 DLA_00351 contig05409_1.exp CDS731164 2238 - 0.382484
g3160 DLA_03503 GAOABQK02FRRQV CDS49958 408 + 0.316176
g3161 DLA_03504 GAOABQK02FRRQV CDS50723 534 - 0.294007
g3162 DLA_03506 GAOABQK02FRRQV CDS51713 1470 - 0.327891
g3163 DLA_03508 GAOABQK02FRRQV CDS55722 3678 - 0.313214
g3164 DLA_03509 GAOABQK02FRRQV CDS59809 3363 + 0.316979
g3165 DLA_03510 GAOABQK02FRRQV CDS64358 1059 + 0.27101
g3166 DLA_03511 GAOABQK02FRRQV CDS65654 624 - 0.267628
g3167 DLA_03512 GAOABQK02FRRQV CDS68017 324 + 0.305556
g3168 DLA_03513 GAOABQK02FRRQV CDS68726 1254 + 0.338118
g3169 DLA_03514 GAOABQK02FRRQV CDS70236 273 - 0.271062
g317 DLA_00353 contig05409_1.exp CDS734290 2256 + 0.299645
g3170 DLA_03515 GAOABQK02FRRQV CDS71039 369 + 0.279133
g3171 DLA_03516 GAOABQK02FRRQV CDS72428 3078 + 0.348928
g3172 DLA_03517 GAOABQK02FRRQV CDS75694 1617 + 0.28757
g3173 DLA_03518 GAOABQK02FRRQV CDS77528 759 - 0.304348
g3174 DLA_03519 GAOABQK02FRRQV CDS78462 2457 - 0.310134
g3175 DLA_03520 GAOABQK02FRRQV CDS81554 2970 + 0.26734
g3176 DLA_03521 GAOABQK02FRRQV CDS84783 1224 - 0.268791
g3177 DLA_03522 GAOABQK02FRRQV CDS86254 1782 + 0.274972
g3178 DLA_03524 GAOABQK02FRRQV CDS88457 1269 + 0.321513
g3179 DLA_03525 GAOABQK02FRRQV CDS89834 633 - 0.268562
g318 DLA_00354 contig05409_1.exp CDS736765 1800 - 0.335556
g3180 DLA_03526 GAOABQK02FRRQV CDS90944 1326 + 0.349925
g3181 DLA_03527 GAOABQK02FRRQV CDS92488 702 + 0.339031
g3182 DLA_03528 GAOABQK02FRRQV CDS93435 846 + 0.289598
g3183 DLA_03529 GAOABQK02FRRQV CDS94417 1041 + 0.338136
g3184 DLA_03530 GAOABQK02FRRQV CDS95883 798 + 0.305764
g3185 DLA_03531 GAOABQK02FRRQV CDS96846 912 - 0.369518
g3186 DLA_03532 GAOABQK02FRRQV CDS98661 2277 + 0.282389
g3187 DLA_03533 GAOABQK02FRRQV CDS101138 1380 - 0.341304
g3188 DLA_03534 GAOABQK02FRRQV CDS103284 2385 + 0.27673
g3189 DLA_03535 GAOABQK02FRRQV CDS105813 1647 - 0.32544
g319 DLA_00357 contig05409_1.exp CDS740090 828 - 0.281401
g3190 DLA_03536 GAOABQK02FRRQV CDS107515 249 + 0.277108
g3191 DLA_03537 GAOABQK02FRRQV CDS108268 1464 + 0.286885
g3192 DLA_03538 GAOABQK02FRRQV CDS109887 2103 + 0.318117
g3193 DLA_03539 GAOABQK02FRRQV CDS112303 3321 - 0.314965
g3194 DLA_03540 GAOABQK02FRRQV CDS115994 3666 + 0.318058
g3195 DLA_03541 GAOABQK02FRRQV CDS120021 2229 - 0.359354
g3196 DLA_03542 GAOABQK02FRRQV CDS122267 1053 + 0.351377
g3197 DLA_03544 GAOABQK02FWKR3 CDS1396 738 + 0.247967
g3198 DLA_03545 GAOABQK02FWKR3 CDS2249 4032 - 0.304315
g3199 DLA_03546 GAOABQK02FWKR3 CDS6603 1368 - 0.301901
g32 DLA_00036 contig05409_1.exp CDS81204 1857 + 0.287022
g320 DLA_00358 contig05409_1.exp CDS742083 492 + 0.376016
g3200 DLA_03547 catalyzes the addition of GlcNAc (N-acetylglucosamine) to HyPro143-Skp1 (FpaAFpaB) in the cytosolGAOABQK02FWKR3 CDS8322 801 + 0.285893
g3201 DLA_03548 GAOABQK02FWKR3 CDS9226 1002 - 0.419162
g3202 DLA_03549 GAOABQK02FWKR3 CDS11072 2175 + 0.310805
g3203 DLA_03550 GAOABQK02FWKR3 CDS13472 561 + 0.276292
g3204 DLA_03551 GAOABQK02FWKR3 CDS14300 1245 - 0.356627
g3205 DLA_03553 GAOABQK02FWKR3 CDS16016 729 + 0.304527
g3206 DLA_03554 GAOABQK02FWKR3 CDS17009 441 - 0.321995
g3207 DLA_03555 GAOABQK02FWKR3 CDS17848 1452 - 0.278926
g3208 DLA_03556 GAOABQK02FWKR3 CDS19703 825 + 0.287273
g3209 DLA_03557 GAOABQK02FWKR3 CDS20867 1314 + 0.266362
g321 DLA_00360 contig05409_1.exp CDS742886 930 - 0.305376
g3210 DLA_03558 GAOABQK02FWKR3 CDS22355 579 - 0.264249
g3211 DLA_03560 GAOABQK02FWKR3 CDS24327 2148 + 0.293762
g3212 DLA_03561 GAOABQK02FWKR3 CDS26890 1065 - 0.392488
g3213 DLA_03562 GAOABQK02FWKR3 CDS28424 321 - 0.29595
g3214 DLA_03563 GAOABQK02FWKR3 CDS29049 378 + 0.256614
g3215 DLA_03564 GAOABQK02FWKR3 CDS29523 2253 - 0.255215
g3216 DLA_11554 CK2 family protein kinase a ubiquitious serinethreonine protein kinase in eukaryotic cells that phosphorylates many protein substrates in addition to caseinGAOABQK02FWKR3 CDS32017 1611 - 0.306021
g3217 DLA_03565 GAOABQK02FWKR3 CDS34210 1734 - 0.313726
g3218 DLA_03566 GAOABQK02FWKR3 CDS36162 1374 - 0.259825
g3219 DLA_03567 GAOABQK02FWKR3 CDS38047 2856 + 0.267857
g322 DLA_00361 contig05409_1.exp CDS744348 672 + 0.285714
g3220 DLA_03568 GAOABQK02FWKR3 CDS41622 846 - 0.281324
g3221 DLA_03569 GAOABQK02FWKR3 CDS42770 1341 + 0.303505
g3222 DLA_03570 GAOABQK02FWKR3 CDS44196 4614 - 0.296922
g3223 DLA_03571 GAOABQK02FWKR3 CDS50096 2094 + 0.292264
g3224 DLA_03572 GAOABQK02FWKR3 CDS52412 1107 - 0.34869
g3225 DLA_03573 GAOABQK02FWKR3 CDS54643 1029 + 0.250729
g3226 DLA_03575 GAOABQK02G6SYV CDS543 768 - 0.304688
g3227 DLA_03576 ortholog of slc25a17 a peroximal membrane protein involved in transport of solutes contains five transmembrane domains brbr bCommunity annotation:b Overview of the GAOABQK02G6SYV CDS2023 927 + 0.325782
g3228 DLA_03577 GAOABQK02G6SYV CDS3253 1932 - 0.279503
g3229 DLA_03578 GAOABQK02G6SYV CDS5925 1269 - 0.371158
g323 DLA_00362 contig05409_1.exp CDS745328 2628 - 0.332572
g3230 DLA_03579 GAOABQK02G6SYV CDS8611 279 - 0.258065
g3231 DLA_03580 GAOABQK02G6SYV CDS9097 1371 + 0.302699
g3232 DLA_03581 GAOABQK02G6SYV CDS10896 894 - 0.394855
g3233 DLA_03582 GAOABQK02G6SYV CDS12303 1566 - 0.280971
g3234 DLA_11555 GAOABQK02G6SYV CDS15044 1494 - 0.27577
g3235 DLA_03583 GAOABQK02G6SYV CDS16679 1134 - 0.272487
g3236 DLA_03584 GAOABQK02G6SYV CDS18653 2628 + 0.334855
g3237 DLA_03585 GAOABQK02G6SYV CDS21634 1155 - 0.338528
g3238 DLA_03586 GAOABQK02G6SYV CDS23264 1053 - 0.31529
g3239 DLA_03587 GAOABQK02G6SYV CDS24865 1158 + 0.37133
g324 DLA_11440 component of the anaphase-promoting complexcyclosome (APCC) a cell cycle-regulated ubiquitin ligase that controls progression through the cell cyclecontig05409_1.exp CDS748626 564 - 0.285461
g3240 DLA_03588 GAOABQK02G6SYV CDS26197 882 - 0.272109
g3241 DLA_03589 GAOABQK02G6SYV CDS27606 1335 - 0.367041
g3242 DLA_03590 GAOABQK02G6SYV CDS29665 1203 + 0.305071
g3243 DLA_03591 GAOABQK02G6SYV CDS31557 831 + 0.308063
g3244 DLA_03592 GAOABQK02G6SYV CDS32475 729 - 0.318244
g3245 DLA_03593 GAOABQK02G6SYV CDS33456 1323 - 0.292517
g3246 DLA_03595 GAOABQK02G6SYV CDS35631 5286 - 0.315929
g3247 DLA_03596 GAOABQK02G6SYV CDS41870 576 + 0.347222
g3248 DLA_03597 GAOABQK02G6SYV CDS42729 2463 + 0.298011
g3249 DLA_03598 GAOABQK02G6SYV CDS45405 987 - 0.288754
g325 DLA_00363 contig05409_1.exp CDS749479 909 - 0.330033
g3250 DLA_03599 GAOABQK02G6SYV CDS46486 2328 - 0.290378
g3251 DLA_03600 GAOABQK02G6SYV CDS49521 2328 + 0.293385
g3252 DLA_03602 GAOABQK02G6SYV CDS53048 1665 - 0.275676
g3253 DLA_03603 GAOABQK02G6SYV CDS55466 672 - 0.334821
g3254 DLA_11556 GAOABQK02G6SYV CDS56260 591 - 0.323181
g3255 DLA_03604 GAOABQK02G6SYV CDS57713 1089 - 0.33517
g3256 DLA_03605 GAOABQK02G6SYV CDS59221 1914 - 0.316614
g3257 DLA_03607 GAOABQK02G6SYV CDS64445 1473 + 0.365241
g3258 DLA_03608 GAOABQK02G6SYV CDS66151 1023 - 0.30303
g3259 DLA_03609 GAOABQK02G6SYV CDS67515 2352 - 0.269558
g326 DLA_00364 contig05409_1.exp CDS750574 1857 + 0.351104
g3260 DLA_03610 GAOABQK02G6SYV CDS70432 1929 + 0.299119
g3261 DLA_03611 GAOABQK02G6SYV CDS72667 4257 + 0.327226
g3262 DLA_03612 GAOABQK02G6SYV CDS77627 10218 + 0.343805
g3263 DLA_03613 GAOABQK02G6SYV CDS88105 2811 - 0.289577
g3264 DLA_11557 GAOABQK02G6SYV CDS91033 2730 - 0.355311
g3265 DLA_03614 GAOABQK02G6SYV CDS94330 1947 + 0.334361
g3266 DLA_03615 GAOABQK02G6SYV CDS96392 471 - 0.284501
g3267 DLA_03616 GAOABQK02G6SYV CDS97173 2745 - 0.289982
g3268 DLA_03617 GAOABQK02G6SYV CDS101798 2007 - 0.344793
g3269 DLA_03618 GAOABQK02G6SYV CDS104472 1677 - 0.323792
g327 DLA_00365 contig05409_1.exp CDS752461 885 - 0.315254
g3270 DLA_03619 GAOABQK02G6SYV CDS106715 1842 + 0.337676
g3271 DLA_03620 GAOABQK02G6SYV CDS109034 627 + 0.341308
g3272 DLA_03621 GAOABQK02G6SYV CDS109928 1635 + 0.345566
g3273 DLA_03622 GAOABQK02G6SYV CDS111748 2454 - 0.350856
g3274 DLA_03623 GAOABQK02G6SYV CDS114457 1575 - 0.304127
g3275 DLA_03624 GAOABQK02G6SYV CDS116368 456 - 0.414474
g3276 DLA_03625 GAOABQK02G6SYV CDS117700 2319 + 0.29323
g3277 DLA_03627 GAOABQK02G6SYV CDS120541 1149 - 0.314186
g3278 DLA_03628 GAOABQK02G6SYV CDS122726 1329 + 0.280662
g3279 DLA_03629 GAOABQK02G6SYV CDS124198 534 - 0.294007
g328 DLA_00368 contains a N-terminal Calponin Homology (CH) domain 3 LIM domains and 4 LIM-related domains (LRDs)contig05409_1.exp CDS756297 2094 + 0.352436
g3280 DLA_03630 GAOABQK02G6SYV CDS125487 432 - 0.331019
g3281 DLA_03632 GAOABQK02G6SYV CDS126434 1728 + 0.282986
g3282 DLA_03633 GAOABQK02G6SYV CDS128412 1755 + 0.278632
g3283 DLA_03634 GAOABQK02G6SYV CDS130347 831 + 0.358604
g3284 DLA_03635 GAOABQK02G6SYV CDS131543 1659 - 0.298373
g3285 DLA_03636 GAOABQK02G6SYV CDS133610 1074 - 0.280261
g3286 DLA_03637 GAOABQK02G6SYV CDS136318 693 - 0.326118
g3287 DLA_03638 GAOABQK02G6SYV CDS137428 3060 - 0.331046
g3288 DLA_03639 GAOABQK02G6SYV CDS140737 3126 - 0.339091
g3289 DLA_03640 GAOABQK02G6SYV CDS144500 1566 + 0.387612
g329 DLA_11441 contig05409_1.exp CDS758528 1401 + 0.306924
g3290 DLA_03641 GAOABQK02G6SYV CDS146700 627 - 0.344498
g3291 DLA_03642 GAOABQK02G6SYV CDS147880 3057 - 0.336277
g3292 DLA_03644 GAOABQK02G6SYV CDS152082 1056 + 0.305871
g3293 DLA_11558 GAOABQK02G6SYV CDS153513 723 + 0.307054
g3294 DLA_03645 GAOABQK02G6SYV CDS155307 2265 + 0.314349
g3295 DLA_03646 GAOABQK02G6SYV CDS157955 282 - 0.283688
g3296 DLA_03647 GAOABQK02G6SYV CDS158561 1182 + 0.335871
g3297 DLA_03648 MBOAT family protein membrane proteins that contains a variety of acyltransferase enzymes contains 8 predicted transmembrane domainsGAOABQK02G6SYV CDS159826 1374 - 0.299854
g3298 DLA_03649 GAOABQK02G6SYV CDS161683 453 - 0.337748
g3299 DLA_03650 GAOABQK02G6SYV CDS162692 1452 + 0.290634
g33 DLA_00037 contig05409_1.exp CDS83093 4545 - 0.331133
g330 DLA_00369 contig05409_1.exp CDS759972 1812 + 0.275386
g3300 DLA_03651 GAOABQK02G6SYV CDS164317 2496 + 0.323718
g3301 DLA_03652 GAOABQK02G6SYV CDS167120 1545 - 0.27767
g3302 DLA_03653 GAOABQK02G6SYV CDS168942 540 - 0.411111
g3303 DLA_03654 GAOABQK02G6SYV CDS169897 792 + 0.34596
g3304 DLA_11559 GAOABQK02G6SYV CDS170738 465 - 0.288172
g3305 DLA_03655 GAOABQK02G6SYV CDS171413 1791 + 0.400335
g3306 DLA_03656 GAOABQK02G6SYV CDS173499 615 - 0.326829
g3307 DLA_03657 GAOABQK02G6SYV CDS174459 1758 + 0.366894
g3308 DLA_03658 GAOABQK02G6SYV CDS176311 666 - 0.285285
g3309 DLA_03659 GAOABQK02G6SYV CDS177264 1551 - 0.30303
g331 DLA_00370 contig05409_1.exp CDS762135 621 + 0.312399
g3310 DLA_03661 GAOABQK02G6SYV CDS180286 2283 + 0.281647
g3311 DLA_03663 GAOABQK02G6SYV CDS182941 540 - 0.285185
g3312 DLA_03664 GAOABQK02G6SYV CDS183732 1002 - 0.322355
g3313 DLA_11560 GAOABQK02G6SYV CDS185015 1029 - 0.287658
g3314 DLA_03665 GAOABQK02G6SYV CDS186528 1341 - 0.287099
g3315 DLA_03666 GAOABQK02G6SYV CDS189425 4677 + 0.315587
g3316 DLA_03667 similar to syntaxin 1 a subfamily of the SNARE family (Soluble NSF Attachment Protein REceptor) involved in vesicle fusionGAOABQK02G6SYV CDS194474 921 + 0.324647
g3317 DLA_03668 GAOABQK02G6SYV CDS196045 3507 + 0.312803
g3318 DLA_03669 GAOABQK02G6SYV CDS199820 1020 - 0.297059
g3319 DLA_03670 GAOABQK02G6SYV CDS201242 375 - 0.28
g332 DLA_00371 contig05409_1.exp CDS764016 1917 + 0.305164
g3320 DLA_03671 GAOABQK02G6SYV CDS201811 948 - 0.301688
g3321 DLA_03672 GAOABQK02G6SYV CDS203062 3678 - 0.366504
g3322 DLA_03673 GAOABQK02G6SYV CDS207498 4548 + 0.348505
g3323 DLA_03674 GAOABQK02G6SYV CDS212409 1938 + 0.339009
g3324 DLA_03675 GAOABQK02G6SYV CDS214861 1596 + 0.3302
g3325 DLA_03676 GAOABQK02G6SYV CDS216583 1068 - 0.284644
g3326 DLA_03677 GAOABQK02G6SYV CDS218357 363 + 0.391185
g3327 DLA_03678 GAOABQK02G6SYV CDS218911 315 + 0.333333
g3328 DLA_03679 GAOABQK02G6SYV CDS219606 1974 + 0.333333
g3329 DLA_03680 GAOABQK02G6SYV CDS221699 456 - 0.29386
g333 DLA_00373 contig05409_1.exp CDS767842 822 - 0.33455
g3330 DLA_03681 GAOABQK02G6SYV CDS222332 384 - 0.356771
g3331 DLA_03682 GAOABQK02G6SYV CDS223011 336 - 0.291667
g3332 DLA_03684 GAOABQK02G6SYV CDS224313 591 + 0.306261
g3333 DLA_03685 GAOABQK02G6SYV CDS225029 1599 - 0.377736
g3334 DLA_03686 GAOABQK02G6SYV CDS227337 2196 + 0.352914
g3335 DLA_03687 GAOABQK02G6SYV CDS229973 1197 + 0.329156
g3336 DLA_03689 GAOABQK02G6SYV CDS231693 1032 - 0.304264
g3337 DLA_03691 similar to animal and plant cystatin A3 member of the stefin cystatin family of cysteine protease inhibitorsGAOABQK02G6SYV CDS233842 282 - 0.358156
g3338 DLA_03692 GAOABQK02G6SYV CDS234498 1512 + 0.343915
g3339 DLA_03693 GAOABQK02G6SYV CDS236260 948 - 0.345992
g334 DLA_00374 contig05409_1.exp CDS768973 2394 - 0.327485
g3340 DLA_03694 GAOABQK02G6SYV CDS237723 3390 + 0.336283
g3341 DLA_03695 GAOABQK02G6SYV CDS241316 1428 - 0.310924
g3342 DLA_03696 GAOABQK02G6SYV CDS243409 648 + 0.341049
g3343 DLA_03698 GAOABQK02G6SYV CDS245967 1977 - 0.327769
g3344 DLA_03699 GAOABQK02G6SYV CDS250929 1113 - 0.322552
g3345 DLA_03700 GAOABQK02G6SYV CDS252694 1908 - 0.358491
g3346 DLA_03701 GAOABQK02G6SYV CDS255220 822 - 0.323601
g3347 DLA_03702 GAOABQK02G6SYV CDS257265 2175 - 0.34023
g3348 DLA_03703 conserved hyphothetical protein similar to AprA an autocrine repressor of proliferationGAOABQK02G6SYV CDS259800 1452 - 0.403581
g3349 DLA_03704 GAOABQK02G6SYV CDS262262 1518 - 0.395916
g335 DLA_00375 contig05409_1.exp CDS771550 1635 - 0.301529
g3350 DLA_03706 GAOABQK02G6SYV CDS264850 3468 - 0.364475
g3351 DLA_03707 GAOABQK02G6SYV CDS269181 2418 + 0.323408
g3352 DLA_03708 GAOABQK02G6SYV CDS272143 1062 + 0.283428
g3353 DLA_03709 GAOABQK02G6SYV CDS273361 1599 - 0.337711
g3354 DLA_03710 GAOABQK02G6SYV CDS276246 1026 - 0.296296
g3355 DLA_03711 GAOABQK02G6SYV CDS277710 1317 + 0.333333
g3356 DLA_03712 GAOABQK02G6SYV CDS279991 558 + 0.387097
g3357 DLA_03713 GAOABQK02G6SYV CDS282815 663 + 0.380091
g3358 DLA_03714 GAOABQK02G6SYV CDS283677 285 - 0.266667
g3359 DLA_03715 GAOABQK02G6SYV CDS284213 957 + 0.327064
g336 DLA_00377 contig05409_1.exp CDS773318 1272 - 0.358491
g3360 DLA_03716 GAOABQK02G6SYV CDS285474 1665 - 0.300901
g3361 DLA_03717 GAOABQK02G6SYV CDS287320 3657 + 0.361499
g3362 DLA_03718 GAOABQK02G6SYV CDS291195 753 + 0.337317
g3363 DLA_03719 GAOABQK02G6SYV CDS292019 648 - 0.299383
g3364 DLA_03720 GAOABQK02G6SYV CDS292920 825 - 0.335758
g3365 DLA_03721 GAOABQK02G6SYV CDS293942 1500 + 0.337333
g3366 DLA_03722 GAOABQK02G6SYV CDS295482 3510 - 0.271795
g3367 DLA_03723 GAOABQK02G6SYV CDS299947 1791 + 0.3445
g3368 DLA_03724 GAOABQK02G6SYV CDS302063 1557 + 0.398844
g3369 DLA_03725 GAOABQK02G6SYV CDS303890 1206 + 0.34743
g337 DLA_00378 contig05409_1.exp CDS775137 663 + 0.322775
g3370 DLA_03726 GAOABQK02G6SYV CDS305947 8409 + 0.31823
g3371 DLA_03727 GAOABQK02G6SYV CDS314663 1830 + 0.345902
g3372 DLA_03729 GAOABQK02G6SYV CDS316818 3996 + 0.318318
g3373 DLA_03730 GAOABQK02G6SYV CDS321485 342 - 0.423977
g3374 DLA_03731 GAOABQK02G6SYV CDS322155 2322 + 0.327304
g3375 DLA_03732 GAOABQK02G6SYV CDS324633 270 - 0.248148
g3376 DLA_03733 GAOABQK02G6SYV CDS325564 1002 - 0.339321
g3377 DLA_03734 GAOABQK02G6SYV CDS326741 1803 - 0.290072
g3378 DLA_03735 GAOABQK02G6SYV CDS328832 1515 + 0.344554
g3379 DLA_03736 GAOABQK02G6SYV CDS330798 1671 + 0.329743
g338 DLA_00379 contig05409_1.exp CDS776405 2091 + 0.290292
g3380 DLA_03737 GAOABQK02G6SYV CDS332556 1758 + 0.307167
g3381 DLA_03738 GAOABQK02G6SYV CDS334425 1299 - 0.357198
g3382 DLA_03739 GAOABQK02G6SYV CDS336613 1917 + 0.345331
g3383 DLA_03740 GAOABQK02G6SYV CDS338558 1890 - 0.336508
g3384 DLA_03742 GAOABQK02G6SYV CDS340993 3132 - 0.36143
g3385 DLA_03744 GAOABQK02G6SYV CDS344782 1104 + 0.355072
g3386 DLA_03745 GAOABQK02G6SYV CDS346298 1770 + 0.333333
g3387 DLA_03746 GAOABQK02G6SYV CDS348396 1593 - 0.357188
g3388 DLA_03747 GAOABQK02G6SYV CDS350293 3246 - 0.278805
g3389 DLA_03748 GAOABQK02G6SYV CDS353880 396 + 0.290404
g339 DLA_00380 contig05409_1.exp CDS778614 1128 - 0.338652
g3390 DLA_03749 GAOABQK02G6SYV CDS354485 1395 - 0.324731
g3391 DLA_03750 GAOABQK02G6SYV CDS355999 1728 + 0.278935
g3392 DLA_03751 GAOABQK02G6SYV CDS358236 1203 - 0.360765
g3393 DLA_03752 GAOABQK02G6SYV CDS361326 306 - 0.339869
g3394 DLA_03754 GAOABQK02G6SYV CDS361752 987 - 0.320162
g3395 DLA_03755 GAOABQK02G6SYV CDS363597 558 + 0.320789
g3396 DLA_03756 GAOABQK02G6SYV CDS364614 840 - 0.360714
g3397 DLA_03757 GAOABQK02G6SYV CDS366273 1212 + 0.35396
g3398 DLA_03758 GAOABQK02G6SYV CDS367832 870 - 0.331034
g3399 DLA_03759 GAOABQK02G6SYV CDS370033 2235 + 0.297539
g34 DLA_00038 contig05409_1.exp CDS88232 1248 + 0.290064
g340 DLA_00382 contig05409_1.exp CDS780606 1968 - 0.338415
g3400 DLA_03760 GAOABQK02G6SYV CDS372776 564 - 0.33156
g3401 DLA_03761 GAOABQK02G6SYV CDS373601 1809 + 0.342731
g3402 DLA_03762 GAOABQK02G6SYV CDS375866 450 + 0.384444
g3403 DLA_03763 GAOABQK02G6SYV CDS376413 1389 - 0.25414
g3404 DLA_03764 GAOABQK02G6SYV CDS377857 1104 + 0.286232
g3405 DLA_03766 GAOABQK02G6SYV CDS380671 1143 + 0.32021
g3406 DLA_03767 GAOABQK02G6SYV CDS382092 360 - 0.391667
g3407 DLA_03768 GAOABQK02G6SYV CDS382832 1020 - 0.278431
g3408 DLA_03769 GAOABQK02G6SYV CDS384133 1446 + 0.359613
g3409 DLA_11561 GAOABQK02G6SYV CDS385789 414 + 0.323671
g341 DLA_00383 contig05409_1.exp CDS782753 1023 - 0.333333
g3410 DLA_03770 GAOABQK02G6SYV CDS387012 558 + 0.415771
g3411 DLA_03774 GAOABQK02G6SYV CDS392468 333 - 0.321321
g3412 DLA_03775 GAOABQK02G6SYV CDS393352 3546 + 0.368302
g3413 DLA_03776 GAOABQK02G6SYV CDS397085 2187 + 0.321902
g3414 DLA_03777 GAOABQK02G6SYV CDS399763 2940 + 0.287415
g3415 DLA_03778 GAOABQK02G6SYV CDS402987 4983 + 0.314469
g3416 DLA_03779 GAOABQK02G6SYV CDS408422 1185 + 0.313924
g3417 DLA_03780 GAOABQK02G6SYV CDS409965 1389 + 0.272858
g3418 DLA_03781 GAOABQK02G6SYV CDS412054 3114 - 0.248876
g3419 DLA_03782 GAOABQK02G6SYV CDS415793 3216 - 0.277674
g342 DLA_00384 contig05409_1.exp CDS784499 1161 + 0.349699
g3420 DLA_11562 GAOABQK02G6SYV CDS419681 2340 - 0.316667
g3421 DLA_03783 CAZy family GT24 catalyzes N-linked glucosylation REMI mutant forms aberrant fruiting bodies see GAOABQK02G6SYV CDS422763 4611 - 0.348514
g3422 DLA_03784 GAOABQK02G6SYV CDS427655 1599 - 0.368355
g3423 DLA_03785 GAOABQK02G6SYV CDS430264 1803 + 0.30782
g3424 DLA_03786 GAOABQK02G6SYV CDS432345 1371 - 0.318745
g3425 DLA_03787 GAOABQK02G6SYV CDS434397 1398 - 0.309728
g3426 DLA_03788 GAOABQK02G6SYV CDS436227 1404 - 0.319088
g3427 DLA_03789 GAOABQK02G6SYV CDS438427 573 - 0.310646
g3428 DLA_03790 GAOABQK02G6SYV CDS439293 1437 - 0.312457
g3429 DLA_03791 GAOABQK02G6SYV CDS441157 1755 - 0.292877
g343 DLA_00385 contig05409_1.exp CDS786606 237 + 0.308017
g3430 DLA_03792 GAOABQK02G6SYV CDS443537 1035 + 0.374879
g3431 DLA_03793 full transporter consisting of two ABC domains and two transmembrane domains there is a second copy of this gene GAOABQK02G6SYV CDS445089 4329 - 0.374682
g3432 DLA_03794 GAOABQK02G6SYV CDS450078 879 - 0.334471
g3433 DLA_03795 GAOABQK02G6SYV CDS451406 1896 + 0.353376
g3434 DLA_03797 GAOABQK02G6SYV CDS454028 2922 + 0.356605
g3435 DLA_03798 GAOABQK02G6SYV CDS457204 1590 + 0.328302
g3436 DLA_03799 GAOABQK02G6SYV CDS458950 297 - 0.286195
g3437 DLA_03800 GAOABQK02G6SYV CDS460333 1611 + 0.299193
g3438 DLA_03802 similar to mammalian lysophosphatidic acid acyltransferase zeta (1-acylglycerol-3-phosphate O-acyltransferase 6) contains 3 putative transmembrane domainsGAOABQK02G6SYV CDS462554 1416 + 0.33404
g3439 DLA_03803 catalyzes the reaction S-adenosyl-L-methionine 1-aminocyclopropane-1-carboxylate methylthioadenosineGAOABQK02G6SYV CDS464213 1305 - 0.310345
g344 DLA_00386 contig05409_1.exp CDS787271 429 + 0.379953
g3440 DLA_03804 GAOABQK02G6SYV CDS466146 1542 + 0.291829
g3441 DLA_03805 GAOABQK02G6SYV CDS467790 1587 - 0.376812
g3442 DLA_03806 GAOABQK02G6SYV CDS469637 1152 + 0.269965
g3443 DLA_03807 similar to Ixodes scapularis U2 small nuclear ribonucleoprotein A human c10orf11 has 3 leucine-rich repeats which are involved in protein-protein interactionsGAOABQK02G6SYV CDS471332 1266 + 0.331754
g3444 DLA_03808 GAOABQK02G6SYV CDS472770 1848 + 0.33171
g3445 DLA_03809 GAOABQK02G6SYV CDS474745 1185 - 0.295359
g3446 DLA_03810 GAOABQK02G6SYV CDS476197 2400 + 0.371667
g3447 DLA_03812 GAOABQK02G6SYV CDS480074 1476 - 0.298781
g3448 DLA_03813 similar to ATP-dependent RNA helicase M NAM7and to putative helicases involved in RNA maturation SEN1 human senataxin imlicated in ataxia-ocular apraxia 2 (AOA2) and amyotrophic lateral sclerosis 4 (ALS4) also belongs to this familyGAOABQK02G6SYV CDS481931 2796 + 0.344778
g3449 DLA_03814 GAOABQK02G6SYV CDS484945 633 + 0.339652
g345 DLA_00387 contig05409_1.exp CDS788448 1968 + 0.38313
g3450 DLA_03815 GAOABQK02G6SYV CDS485740 1905 - 0.323885
g3451 DLA_11563 GAOABQK02G6SYV CDS487823 1044 - 0.316092
g3452 DLA_11564 GAOABQK02G6SYV CDS489064 405 + 0.259259
g3453 DLA_03816 GAOABQK02G6SYV CDS489697 1356 - 0.270649
g3454 DLA_03817 GAOABQK02G6SYV CDS491404 699 + 0.320458
g3455 DLA_03818 GAOABQK02G6SYV CDS492295 1332 - 0.328078
g3456 DLA_03819 GAOABQK02G6SYV CDS494209 3531 - 0.361371
g3457 DLA_03820 GAOABQK02G6SYV CDS498275 1332 + 0.350601
g3458 DLA_03821 GAOABQK02G6SYV CDS499729 1557 - 0.31535
g3459 DLA_03822 GAOABQK02G6SYV CDS501489 2526 - 0.340063
g346 DLA_00388 contig05409_1.exp CDS790802 348 + 0.301724
g3460 DLA_03823 GAOABQK02G6SYV CDS504206 1911 - 0.339613
g3461 DLA_03824 GAOABQK02G6SYV CDS506332 1548 - 0.322997
g3462 DLA_03825 GAOABQK02G6SYV CDS508002 1626 - 0.309963
g3463 DLA_03827 GAOABQK02G6SYV CDS510061 291 + 0.381443
g3464 DLA_03828 GAOABQK02G6SYV CDS510570 4845 - 0.328173
g3465 DLA_03830 GAOABQK02G6SYV CDS515867 1734 + 0.303345
g3466 DLA_03831 GAOABQK02G6SYV CDS517711 768 - 0.290365
g3467 DLA_03832 GAOABQK02G6SYV CDS518766 1185 - 0.298734
g3468 DLA_03833 GAOABQK02G6SYV CDS520292 807 + 0.266419
g3469 DLA_03837 GAOABQK02G6SYV CDS523195 246 + 0.382114
g347 DLA_00389 conserved protein similar to S. cerevisiae EMI5 a mitochondrial protein which is involved in meiotic-specific transcription and sporulationcontig05409_1.exp CDS791218 396 - 0.262626
g3470 DLA_03840 GAOABQK02G6SYV CDS525513 750 + 0.336
g3471 DLA_03841 GAOABQK02G6SYV CDS526337 408 - 0.335784
g3472 DLA_03843 GAOABQK02G6SYV CDS529185 837 - 0.295102
g3473 DLA_03845 GAOABQK02G6SYV CDS530881 1758 - 0.263367
g3474 DLA_03846 GAOABQK02G6SYV CDS533480 1353 - 0.338507
g3475 DLA_03847 GAOABQK02G6SYV CDS535135 6423 - 0.336291
g3476 DLA_03849 cyclosporin A-sensitive peptidylprolyl cis-trans isomerase binds the SKIP ortholog snwA in a cyclosporin-independent mannerGAOABQK02G6SYV CDS542218 504 + 0.333333
g3477 DLA_03851 GAOABQK02G6SYV CDS543912 2457 + 0.307692
g3478 DLA_03852 GAOABQK02G6SYV CDS546677 672 + 0.303571
g3479 DLA_03854 GAOABQK02G6SYV CDS548414 2544 - 0.307783
g348 DLA_00390 contig05409_1.exp CDS791755 2778 - 0.338013
g3480 DLA_03855 GAOABQK02G6SYV CDS551057 1443 - 0.327789
g3481 DLA_03856 GAOABQK02G6SYV CDS552904 582 + 0.268041
g3482 DLA_03857 GAOABQK02G6SYV CDS553761 1065 - 0.33615
g3483 DLA_03860 GAOABQK02G6SYV CDS558283 2547 - 0.360817
g3484 DLA_03861 GAOABQK02G6SYV CDS561224 927 - 0.32794
g3485 DLA_03862 GAOABQK02G6SYV CDS562346 1152 - 0.360243
g3486 DLA_11565 GAOABQK02G6SYV CDS563782 966 - 0.318841
g3487 DLA_03863 similar to the conserved MYO7A unconventional myosin required in Dictyostelium for phagocytosis and substrate adhesionGAOABQK02G6SYV CDS565582 6801 - 0.3573
g3488 DLA_03864 GAOABQK02G6SYV CDS573471 1539 - 0.372969
g3489 DLA_03865 GAOABQK02G6SYV CDS575533 807 + 0.358116
g349 DLA_00391 contig05409_1.exp CDS795034 1401 + 0.326909
g3490 DLA_03866 GAOABQK02G6SYV CDS576546 942 + 0.29087
g3491 DLA_03867 GAOABQK02G6SYV CDS577899 558 + 0.277778
g3492 DLA_03868 GAOABQK02G6SYV CDS578793 1689 - 0.357608
g3493 DLA_03869 GAOABQK02G6SYV CDS581405 1251 + 0.331735
g3494 DLA_03871 GAOABQK02G6SYV CDS587490 1854 - 0.335491
g3495 DLA_03873 high affinity cAMP receptor belongs to the serpentineG-protein coupled receptor family there is a second copy of this gene GAOABQK02G6SYV CDS591267 1197 - 0.319131
g3496 DLA_03874 GAOABQK02G6SYV CDS593889 402 + 0.375622
g3497 DLA_03875 member of the TKL (tyrosine kinase-like) group and the ARK (ankyrin repeat-containing kinase) family kinase activity stimulated by hyperosmolarity and heat shock there is a second copy of this gene GAOABQK02G6SYV CDS594795 1926 - 0.339564
g3498 DLA_03876 GAOABQK02G6SYV CDS597512 1959 + 0.346095
g3499 DLA_03877 GAOABQK02G6SYV CDS599757 1542 - 0.328794
g35 DLA_00039 contig05409_1.exp CDS90186 903 + 0.292359
g350 DLA_00392 contig05409_1.exp CDS796582 2334 - 0.322622
g3500 DLA_03878 GAOABQK02G6SYV CDS601776 2961 + 0.321175
g3501 DLA_03879 GAOABQK02G6SYV CDS605045 720 - 0.288889
g3502 DLA_03880 GAOABQK02G6SYV CDS606627 1980 + 0.354545
g3503 DLA_03881 GAOABQK02G6SYV CDS609301 6957 - 0.323559
g3504 DLA_03883 GAOABQK02G6SYV CDS617157 891 + 0.289562
g3505 DLA_11566 GAOABQK02G6SYV CDS618488 891 + 0.310887
g3506 DLA_03884 GAOABQK02G6SYV CDS619796 1389 - 0.318934
g3507 DLA_03885 catalyzes the reaction UMP diphosphate uracil 5-phospho-alpha-D-ribose 1-diphosphateGAOABQK02G6SYV CDS621683 630 - 0.334921
g3508 DLA_03886 GAOABQK02G6SYV CDS622509 1536 - 0.324219
g3509 DLA_03887 GAOABQK02G6SYV CDS624174 2328 + 0.311856
g351 DLA_00393 contig05409_1.exp CDS799576 837 + 0.356033
g3510 DLA_03888 GAOABQK02G6SYV CDS627805 1086 + 0.274401
g3511 DLA_03889 GAOABQK02G6SYV CDS629025 1698 - 0.275618
g3512 DLA_03890 GAOABQK02G6SYV CDS631330 567 - 0.322751
g3513 DLA_03891 GAOABQK02G6SYV CDS632847 726 - 0.297521
g3514 DLA_03892 GAOABQK02G6SYV CDS633787 1749 - 0.326472
g3515 DLA_03893 GAOABQK02G6SYV CDS635732 858 + 0.306527
g3516 DLA_11567 GAOABQK02G6SYV CDS636618 1053 + 0.289649
g3517 DLA_03894 GAOABQK02G6SYV CDS637681 1158 - 0.284111
g3518 DLA_03895 GAOABQK02G6SYV CDS639274 3756 + 0.316294
g3519 DLA_03896 GAOABQK02G6SYV CDS643275 1059 - 0.276676
g352 DLA_00394 component of the RNA polymerase III complex has similarity to H. sapiens RPC3RPC62 and S. cerevisiae RPC82contig05409_1.exp CDS800464 1881 - 0.302499
g3520 DLA_03897 GAOABQK02G6SYV CDS647761 2139 + 0.306685
g3521 DLA_03898 conserved splice factor that is required for the first ATP-dependent step in spliceosome assembly and for the interaction of U2 snRNP with the branchpoint the human ortholog (BAT1) forms a homodimer and interacts directly with GAOABQK02G6SYV CDS650307 1281 + 0.357533
g3522 DLA_03899 20 kDa component of the Dictyostelium Arp2Arp3 complexGAOABQK02G6SYV CDS653426 507 - 0.303748
g3523 DLA_03900 GAOABQK02G6SYV CDS655071 240 + 0.270833
g3524 DLA_03901 GAOABQK02G6SYV CDS655654 2310 + 0.302164
g3525 DLA_03902 contains 6 ankyrin repeats contains one VPS9 (vacuolar sorting protein 9) domain similar to D. purpureum proteinGAOABQK02G6SYV CDS659140 2520 + 0.335317
g3526 DLA_03903 GAOABQK02G6SYV CDS662138 1884 + 0.339703
g3527 DLA_03904 putative pseudogene fragment similar to D. discoideum gene GAOABQK02G6SYV CDS664249 1158 - 0.309154
g3528 DLA_03906 belongs to the glycoside hydrolase 5 (cellulase) family 5 contains a predicted signal sequenceGAOABQK02G6SYV CDS666039 1515 + 0.329373
g3529 DLA_03907 GAOABQK02G6SYV CDS667658 600 - 0.311667
g353 DLA_00395 contig05409_1.exp CDS802656 519 - 0.356455
g3530 DLA_03909 transfers a segment of a 14-alpha-D-glucan chain to a primary hydroxyl group in a similar glucan chainGAOABQK02G6SYV CDS670759 2049 - 0.348463
g3531 DLA_03910 GAOABQK02G6SYV CDS673618 4368 + 0.344322
g3532 DLA_03911 GAOABQK02G6SYV CDS679161 1125 + 0.291556
g3533 DLA_03912 GAOABQK02G6SYV CDS680633 1791 + 0.339475
g3534 DLA_03913 GAOABQK02G6SYV CDS682530 1821 - 0.344316
g3535 DLA_03914 GAOABQK02G6SYV CDS684774 348 - 0.318966
g3536 DLA_03915 GAOABQK02G6SYV CDS685325 1365 + 0.335531
g3537 DLA_03916 STE SerThr protein kinase family mitogen-activated protein kinase kinase involved in chemotaxis and early development phosphorylates the MAP kinase Erk1 (erkA) is sumoyalated by sumo and ubiquinated by mip1GAOABQK02G6SYV CDS686979 1284 - 0.323209
g3538 DLA_03917 similar to the human JMJD6 which is required for organ differentiation during embryogenesisGAOABQK02G6SYV CDS688553 2643 - 0.341657
g3539 DLA_03918 GAOABQK02G6SYV CDS691591 372 + 0.473118
g354 DLA_00396 contig05409_1.exp CDS804316 3354 - 0.320811
g3540 DLA_03919 GAOABQK02G6SYV CDS692274 342 - 0.25731
g3541 DLA_03920 ortholog of importin 4 a nuclear transport receptor that is thought to mediate docking of the importinsubstrate complex to the nuclear pore complexGAOABQK02G6SYV CDS692880 3261 - 0.329347
g3542 DLA_03921 induced by Legionella pneumophila infection similar to D. purpureum proteinGAOABQK02G6SYV CDS696701 645 - 0.372093
g3543 DLA_03922 GAOABQK02G6SYV CDS697620 2601 - 0.323337
g3544 DLA_03924 GAOABQK02G6SYV CDS700456 2271 - 0.308234
g3545 DLA_03926 has similarity to the mammalian adiponectin receptor protein 1 contains 6 predicted transmembrane domainsGAOABQK02G7M1S CDS450 1068 + 0.282772
g3546 DLA_03927 GAOABQK02G7M1S CDS1702 1749 + 0.291595
g3547 DLA_03928 GAOABQK02G7M1S CDS6786 4326 + 0.306519
g3548 DLA_03929 GAOABQK02G7M1S CDS11990 597 + 0.318258
g3549 DLA_03930 GAOABQK02G7M1S CDS12808 2847 + 0.334387
g355 DLA_00397 contig05409_1.exp CDS808084 16536 - 0.350448
g3550 DLA_03931 GAOABQK02G7M1S CDS15698 1599 - 0.25641
g3551 DLA_03932 GAOABQK02G7M1S CDS17613 1815 + 0.320661
g3552 DLA_11568 GAOABQK02G7M1S CDS19585 1572 + 0.28626
g3553 DLA_03933 GAOABQK02G7M1S CDS21408 2463 + 0.321965
g3554 DLA_03934 catalyzes the reaction lipoamide pyruvate S-acetyldihydrolipoamide COsub2sub E1 beta component of pyruvate dehydrogenase complex which contains multiple copies of three enzymatic components: pyruvate dehydrogenase (E1 GAOABQK02G7M1S CDS24397 1086 - 0.364641
g3555 DLA_03936 GAOABQK02G7M1S CDS26030 1914 + 0.282132
g3556 DLA_11569 GAOABQK02G7M1S CDS28255 1632 + 0.291667
g3557 DLA_03937 GAOABQK02G7M1S CDS30188 774 + 0.352713
g3558 DLA_03938 GAOABQK02G7M1S CDS31797 4113 + 0.292001
g3559 DLA_03941 GAOABQK02G7M1S CDS39882 4146 - 0.348287
g356 DLA_00398 contig05409_1.exp CDS825096 1860 + 0.310753
g3560 DLA_03942 GAOABQK02G7M1S CDS44899 6978 - 0.338062
g3561 DLA_03945 GAOABQK02G7M1S CDS55144 483 - 0.287785
g3562 DLA_03946 GAOABQK02G7M1S CDS55976 3279 - 0.300396
g3563 DLA_03947 GAOABQK02G7M1S CDS59591 2475 - 0.310707
g3564 DLA_03948 GAOABQK02G7M1S CDS62218 2151 - 0.3245
g3565 DLA_03949 GAOABQK02G7M1S CDS65770 963 - 0.330218
g3566 DLA_03950 GAOABQK02G7M1S CDS67013 558 - 0.301075
g3567 DLA_03951 GAOABQK02G7M1S CDS67898 3429 + 0.345582
g3568 DLA_03952 GAOABQK02G7M1S CDS71620 3717 + 0.312618
g3569 DLA_03953 GAOABQK02G7M1S CDS75474 612 - 0.320261
g357 DLA_00399 contig05409_1.exp CDS827116 696 - 0.251437
g3570 DLA_03954 GAOABQK02G7M1S CDS76251 3687 + 0.272851
g3571 DLA_03955 GAOABQK02G7M1S CDS80289 1812 - 0.337196
g3572 DLA_03956 GAOABQK02G7M1S CDS82888 726 + 0.269972
g3573 DLA_03957 GAOABQK02G7M1S CDS83998 852 + 0.255869
g3574 DLA_03958 GAOABQK02G7M1S CDS85058 909 + 0.271727
g3575 DLA_03959 GAOABQK02G7M1S CDS85979 1875 - 0.273067
g3576 DLA_03960 GAOABQK02G7M1S CDS88187 1986 + 0.309164
g3577 DLA_03961 GAOABQK02G7M1S CDS90544 2664 + 0.36036
g3578 DLA_03962 GAOABQK02G7M1S CDS93700 2844 + 0.360408
g3579 DLA_03963 GAOABQK02G7M1S CDS97029 624 - 0.3125
g358 DLA_00400 contig05409_1.exp CDS828334 1611 - 0.310366
g3580 DLA_03965 GAOABQK02G7M1S CDS100910 4380 - 0.364612
g3581 DLA_03966 GAOABQK02G7M1S CDS105947 1389 + 0.269258
g3582 DLA_03967 GAOABQK02G7M1S CDS107487 348 - 0.295977
g3583 DLA_03968 GAOABQK02G7M1S CDS108253 1482 + 0.32861
g3584 DLA_03969 GAOABQK02G7M1S CDS110032 2364 - 0.299492
g3585 DLA_03972 GAOABQK02G7M1S CDS117205 999 - 0.314314
g3586 DLA_03973 GAOABQK02G7M1S CDS118766 1617 + 0.321583
g3587 DLA_03974 GAOABQK02G7M1S CDS120773 726 - 0.318182
g3588 DLA_03975 GAOABQK02G7M1S CDS122669 888 + 0.292793
g3589 DLA_03976 GAOABQK02G7M1S CDS123708 1461 + 0.283368
g359 DLA_00401 contig05409_1.exp CDS830609 1770 - 0.337853
g3590 DLA_03977 GAOABQK02G7M1S CDS125271 510 - 0.288235
g3591 DLA_03978 GAOABQK02G7M1S CDS127331 837 - 0.401434
g3592 DLA_03983 GAOABQK02G7M1S CDS133452 3414 - 0.356766
g3593 DLA_03984 GAOABQK02G7M1S CDS137500 1347 - 0.30438
g3594 DLA_03985 GAOABQK02G7M1S CDS138960 201 + 0.253731
g3595 DLA_03986 GAOABQK02G7M1S CDS139601 444 - 0.324324
g3596 DLA_03987 GAOABQK02G7M1S CDS140194 3315 - 0.328808
g3597 DLA_03988 GAOABQK02G7M1S CDS144108 1587 - 0.303718
g3598 DLA_03989 GAOABQK02G7M1S CDS147803 1818 + 0.378438
g3599 DLA_03990 GAOABQK02G7M1S CDS149697 1500 - 0.238
g36 DLA_00041 contig05409_1.exp CDS91681 2490 - 0.377108
g360 DLA_00402 contig05409_1.exp CDS832845 675 + 0.355556
g3600 DLA_03991 GAOABQK02G7M1S CDS151574 564 + 0.262411
g3601 DLA_03992 GAOABQK02G7M1S CDS152251 1218 + 0.339901
g3602 DLA_03993 GAOABQK02G7M1S CDS153817 1245 + 0.286747
g3603 DLA_03994 GAOABQK02G7M1S CDS155119 1881 + 0.316853
g3604 DLA_03995 GAOABQK02G7M1S CDS157585 1608 + 0.317786
g3605 DLA_03996 GAOABQK02G7M1S CDS160354 216 + 0.268519
g3606 DLA_03997 catalyzes the reaction R)-lactate 2 ferricytochrome c pyruvate 2 ferrocytochrome cGAOABQK02G7M1S CDS160920 1677 + 0.302922
g3607 DLA_03998 GAOABQK02G7M1S CDS163405 3723 + 0.351061
g3608 DLA_03999 GAOABQK02G7M1S CDS167514 5022 + 0.324572
g3609 DLA_04000 GAOABQK02G7M1S CDS172823 1935 - 0.31938
g361 DLA_00403 contig05409_1.exp CDS833698 1035 - 0.369082
g3610 DLA_04001 GAOABQK02G7M1S CDS175123 4947 - 0.332727
g3611 DLA_04002 GAOABQK02G7M1S CDS181193 1065 + 0.294836
g3612 DLA_04003 GAOABQK02G7M1S CDS182590 1659 - 0.314045
g3613 DLA_04004 GAOABQK02G7M1S CDS184890 462 + 0.28355
g3614 DLA_04005 GAOABQK02G7M1S CDS185537 507 - 0.360947
g3615 DLA_04006 GAOABQK02G7M1S CDS186265 456 - 0.265351
g3616 DLA_04007 GAOABQK02G7M1S CDS187236 1224 + 0.335784
g3617 DLA_04010 GAOABQK02G7M1S CDS189264 579 - 0.317789
g3618 DLA_04011 GAOABQK02G7M1S CDS190496 729 - 0.33882
g3619 DLA_04012 GAOABQK02G7M1S CDS191848 615 + 0.273171
g362 DLA_00404 subunit of the 20S proteasome (macropain) the endopeptidase complex involved in an ATPubiquitin-dependent nonlysosomal proteolytic pathway in eukaryotes composed of up to 28 subunits which form a highly ordered ring-shaped structure (20S ring) there is a second copy of this gene contig05409_1.exp CDS835030 828 + 0.328502
g3620 DLA_04013 GAOABQK02G7M1S CDS192591 570 - 0.303509
g3621 DLA_04014 GAOABQK02G7M1S CDS193339 1047 - 0.310411
g3622 DLA_04015 GAOABQK02G7M1S CDS194635 6603 - 0.377707
g3623 DLA_04017 GAOABQK02G7M1S CDS202037 1119 + 0.36193
g3624 DLA_11570 GAOABQK02G7M1S CDS205556 618 + 0.276699
g3625 DLA_04018 GAOABQK02G7M1S CDS206575 879 + 0.399317
g3626 DLA_04019 GAOABQK02G7M1S CDS207704 888 - 0.35473
g3627 DLA_04020 GAOABQK02G7M1S CDS209078 951 - 0.330179
g3628 DLA_04021 GAOABQK02G7M1S CDS210418 1698 - 0.331567
g3629 DLA_04024 GAOABQK02G7M1S CDS214433 1974 + 0.377913
g363 DLA_00405 contig05409_1.exp CDS836218 762 - 0.255906
g3630 DLA_04025 GAOABQK02G7M1S CDS217291 2040 - 0.261275
g3631 DLA_04026 GAOABQK02G7M1S CDS219713 1872 + 0.346688
g3632 DLA_04027 GAOABQK02G7M1S CDS221675 1260 - 0.321429
g3633 DLA_04028 GAOABQK02G7M1S CDS224475 774 + 0.351421
g3634 DLA_04029 GAOABQK02G7M1S CDS225384 912 - 0.339912
g3635 DLA_04031 GAOABQK02G7M1S CDS227137 1110 + 0.362162
g3636 DLA_04032 GAOABQK02G7M1S CDS228574 939 + 0.338658
g3637 DLA_04033 GAOABQK02G7M1S CDS229888 2763 + 0.330076
g3638 DLA_04034 GAOABQK02G7M1S CDS232995 3114 + 0.32948
g3639 DLA_04035 GAOABQK02G7M1S CDS236433 3210 + 0.329907
g364 DLA_00406 contig05409_1.exp CDS837070 2592 + 0.255015
g3640 DLA_04036 GAOABQK02G7M1S CDS239785 2796 - 0.271102
g3641 DLA_04038 GAOABQK02G7M1S CDS243382 723 + 0.329184
g3642 DLA_04039 GAOABQK02G7M1S CDS244551 4338 - 0.345781
g3643 DLA_04040 GAOABQK02G7M1S CDS249470 579 + 0.321244
g3644 DLA_04041 GAOABQK02G7M1S CDS250249 3735 - 0.326104
g3645 DLA_04042 GAOABQK02G7M1S CDS256078 327 - 0.299694
g3646 DLA_04043 GAOABQK02G7M1S CDS256611 1230 + 0.334146
g3647 DLA_04044 GAOABQK02G7M1S CDS257955 1452 - 0.304408
g3648 DLA_04045 GAOABQK02G7M1S CDS259772 2646 - 0.309146
g3649 DLA_04046 GAOABQK02G7M1S CDS262530 3594 - 0.328603
g365 DLA_00407 contig05409_1.exp CDS839758 1317 - 0.356872
g3650 DLA_04047 GAOABQK02G7M1S CDS266514 666 + 0.364865
g3651 DLA_04048 GAOABQK02G7M1S CDS267342 516 - 0.304264
g3652 DLA_04049 GAOABQK02G7M1S CDS268969 1509 - 0.340623
g3653 DLA_04050 highly similar to mammalian SAHH (catalyzes the hydrolysis of S-adenosyl-L-homocysteine into adenosine and homocysteine) localizes to actin rods found in sporesGAOABQK02G7M1S CDS271164 3738 - 0.356073
g3654 DLA_04051 GAOABQK02G7M1S CDS276008 3660 - 0.296448
g3655 DLA_11571 GAOABQK02G7M1S CDS280149 549 + 0.333333
g3656 DLA_04052 GAOABQK02G7M1S CDS281829 1176 + 0.34949
g3657 DLA_04053 GAOABQK02G7M1S CDS283237 1683 + 0.263815
g3658 DLA_11572 GAOABQK02G7M1S CDS285979 885 + 0.346893
g3659 DLA_04054 GAOABQK02G7M1S CDS287135 1572 + 0.302799
g366 DLA_00408 contig05409_1.exp CDS841728 696 + 0.313218
g3660 DLA_04055 GAOABQK02G7M1S CDS288864 6180 - 0.348706
g3661 DLA_04056 catalyzes the conversion of delta-aminolevulinic acid to porphobilinogen the second step in heme biosynthesisGAOABQK02G7M1S CDS296588 1005 + 0.363184
g3662 DLA_04057 GAOABQK02G7M1S CDS297746 3153 - 0.350143
g3663 DLA_04058 GAOABQK02G7M1S CDS301570 690 - 0.318841
g3664 DLA_04060 GAOABQK02G7M1S CDS303809 1908 + 0.343816
g3665 DLA_04061 ortholog of integrator complex subunit 2 component of a multiprotein mediator of small nuclear RNA processingGAOABQK02G7M1S CDS306119 3360 - 0.284821
g3666 DLA_04062 GAOABQK02G7M1S CDS310741 3696 - 0.291667
g3667 DLA_04063 GAOABQK02G7M1S CDS314710 1107 - 0.307136
g3668 DLA_04064 GAOABQK02G7M1S CDS316863 1038 + 0.33526
g3669 DLA_04065 GAOABQK02G7M1S CDS317956 2370 + 0.278903
g367 DLA_00409 contig05409_1.exp CDS842702 2277 + 0.348265
g3670 DLA_04066 catalyzes the reaction ATP L-aspartate tRNAAsp AMP diphosphate L-aspartyl-tRNAAspGAOABQK02G7M1S CDS320736 3195 - 0.342097
g3671 DLA_04068 GAOABQK02G7M1S CDS326176 975 + 0.317949
g3672 DLA_04069 catalyzes the reaction 3-phospho-hydroxypyruvate L-glutamate 2-oxoglutarate 3-phospho-serineGAOABQK02G7M1S CDS327683 1122 - 0.322638
g3673 DLA_04070 GAOABQK02G7M1S CDS329319 1029 + 0.347911
g3674 DLA_04071 GAOABQK02G7M1S CDS330703 1125 + 0.424
g3675 DLA_04072 catalyzes the reaction succinate ubiquinone fumarate ubiquinolGAOABQK02G7M1S CDS332371 627 + 0.355662
g3676 DLA_04073 GAOABQK02G7M1S CDS333146 1035 - 0.30628
g3677 DLA_04074 GAOABQK02G7M1S CDS334590 3030 - 0.30099
g3678 DLA_04076 GAOABQK02G7M1S CDS339178 2208 + 0.291214
g3679 DLA_04077 GAOABQK02G7M1S CDS342331 696 + 0.326149
g368 DLA_00410 contig05409_1.exp CDS845124 1605 - 0.290966
g3680 DLA_04078 GAOABQK02G7M1S CDS343638 1425 - 0.338947
g3681 DLA_11573 GAOABQK02G7M1S CDS346778 1020 + 0.290196
g3682 DLA_04079 GAOABQK02G7M1S CDS348085 3858 + 0.29549
g3683 DLA_04080 component of the ELL complex an RNA polymerase II transcription factor and of the ESCRT-II complex (endosomal sorting complex required for transport)GAOABQK02G7M1S CDS352180 495 - 0.268687
g3684 DLA_04081 GAOABQK02G7M1S CDS352987 447 + 0.322148
g3685 DLA_04082 GAOABQK02G7M1S CDS353676 741 - 0.34143
g3686 DLA_04083 GAOABQK02G7M1S CDS354857 903 + 0.301218
g3687 DLA_04084 similar to plant and fungi NADH dehydrogenases such as S. cerevisiae NDE1 and NDE2 the external mitochondrial NADH dehydrogenases that catalyze the oxidation of cytosolic NADHGAOABQK02G7M1S CDS355979 1332 + 0.332583
g3688 DLA_04085 GAOABQK02G7M1S CDS357572 1707 - 0.357938
g3689 DLA_04086 GAOABQK02G7M1S CDS360092 6528 + 0.339614
g369 DLA_00411 contig05409_1.exp CDS847210 1617 + 0.309833
g3690 DLA_04087 GAOABQK02G7M1S CDS366763 1575 - 0.285714
g3691 DLA_04089 GAOABQK02G7M1S CDS368628 1068 + 0.339888
g3692 DLA_11574 GAOABQK02G7M1S CDS370061 1737 + 0.276914
g3693 DLA_04090 GAOABQK02G7M1S CDS372262 6327 + 0.314525
g3694 DLA_04092 GAOABQK02G7M1S CDS379842 1392 + 0.346983
g3695 DLA_04094 GAOABQK02G7M1S CDS382351 426 + 0.328638
g3696 DLA_04095 GAOABQK02G7M1S CDS382945 1068 + 0.268727
g3697 DLA_04096 GAOABQK02G7M1S CDS384274 2109 + 0.303461
g3698 DLA_04097 GAOABQK02G7M1S CDS387014 903 + 0.317829
g3699 DLA_04098 GAOABQK02G7M1S CDS388776 825 + 0.313939
g37 DLA_11430 contig05409_1.exp CDS95230 717 - 0.294282
g370 DLA_00412 contig05409_1.exp CDS849111 4869 + 0.326761
g3700 DLA_04099 GAOABQK02G7M1S CDS390242 204 - 0.338235
g3701 DLA_04102 GAOABQK02G7M1S CDS391155 1005 + 0.294527
g3702 DLA_04103 GAOABQK02G7M1S CDS394070 1671 + 0.305206
g3703 DLA_04104 GAOABQK02G7M1S CDS396022 1254 + 0.317384
g3704 DLA_04105 GAOABQK02G7M1S CDS397611 1419 - 0.359408
g3705 DLA_04106 GAOABQK02G7M1S CDS399900 2148 + 0.332868
g3706 DLA_04107 putative Ras guanine nucleotide exchange factor promotes the exchange of GDP for GTP on Ras small GTPases thus converting them into the active formGAOABQK02G7M1S CDS402520 1800 + 0.329444
g3707 DLA_04108 GAOABQK02G7M1S CDS404677 912 - 0.26864
g3708 DLA_04109 GAOABQK02G7M1S CDS405886 612 + 0.315359
g3709 DLA_04110 GAOABQK02G7M1S CDS406536 1113 - 0.327942
g371 DLA_00413 contig05409_1.exp CDS854183 1509 - 0.309476
g3710 DLA_04111 GAOABQK02G7M1S CDS408054 1758 + 0.32992
g3711 DLA_04112 GAOABQK02G7M1S CDS410391 900 + 0.331111
g3712 DLA_04113 GAOABQK02G7M1S CDS411453 1245 - 0.355823
g3713 DLA_04114 similar to Dictyostelium mkcA and mkcB and other mitogen-activated protein kinases (Ste20PAK family) contains one SH3 (src Homology-3) domainGAOABQK02G7M1S CDS413945 2100 + 0.350952
g3714 DLA_04116 GAOABQK02G7M1S CDS417046 2091 - 0.359158
g3715 DLA_04117 elongation factor 1 alpha one of two genes coding for the same protein binds and bundles F-actinGAOABQK02G7M1S CDS420469 1365 + 0.4337
g3716 DLA_04118 GAOABQK02G7M1S CDS422500 2340 + 0.341453
g3717 DLA_04119 catalyzes the transfer of a geranyl-geranyl moiety from geranyl-geranyl pyrophosphate to both cysteines in Rab proteins with an -XXCC -XCXC and -CCXX C-terminal forms a hetero-dimer with the GAOABQK02G7M1S CDS424989 936 - 0.280983
g3718 DLA_04120 ortholog of the mediator of RNA polymerase II transcription subunit 7 the mediator complex functions as a bridge to convey information from gene-specific regulatory proteins to the basal RNA polymerase II transcription machineryGAOABQK02G7M1S CDS426205 750 + 0.294667
g3719 DLA_04121 GAOABQK02G7M1S CDS427078 1353 - 0.288987
g372 DLA_00414 contig05409_1.exp CDS855930 810 + 0.28642
g3720 DLA_04122 GAOABQK02G7M1S CDS429216 297 + 0.3367
g3721 DLA_04123 GAOABQK02G7M1S CDS430091 675 + 0.321481
g3722 DLA_04125 GAOABQK02G7M1S CDS431257 1086 - 0.341621
g3723 DLA_04126 GAOABQK02G7M1S CDS432623 1785 + 0.322129
g3724 DLA_04127 GAOABQK02G7M1S CDS435447 1488 + 0.297715
g3725 DLA_04128 GAOABQK02G7M1S CDS436959 2169 - 0.323651
g3726 DLA_04129 catalyzes the reaction ATP L-tryptophan tRNATrp AMP diphosphate L-tryptophan-tRNAThrGAOABQK02G7M1S CDS439506 1212 + 0.364686
g3727 DLA_04130 GAOABQK02G7M1S CDS440807 2445 - 0.31002
g3728 DLA_04131 GAOABQK02G7M1S CDS443716 3468 - 0.297001
g3729 DLA_04133 GAOABQK02G7M1S CDS448264 1008 - 0.291667
g373 DLA_00415 contig05409_1.exp CDS857329 495 + 0.359596
g3730 DLA_04134 GAOABQK02G7M1S CDS452000 471 + 0.343949
g3731 DLA_11575 putative glycosyltransferase involved in GPI biosynthesis subunit of the transferase that catalyzes the transfer of N-acetylglucosamine (GlcNAc) from UDP-N-acetylglucosamine to phosphatidylinositol (PI)GAOABQK02G7M1S CDS452536 507 - 0.254438
g3732 DLA_04135 GAOABQK02G7M1S CDS453346 2685 - 0.347858
g3733 DLA_04136 GAOABQK02G7M1S CDS457369 2406 + 0.334165
g3734 DLA_04137 subunit of the 20S proteasome (macropain) the endopeptidase complex involved in an ATPubiquitin-dependent nonlysosomal proteolytic pathway in eukaryotes composed of up to 28 subunits which form a highly ordered ring-shaped structure (20S ring)GAOABQK02G7M1S CDS460239 579 - 0.336788
g3735 DLA_04138 GAOABQK02G7M1S CDS461027 738 - 0.280488
g3736 DLA_04140 GAOABQK02G7M1S CDS462856 510 + 0.339216
g3737 DLA_04141 GAOABQK02G7M1S CDS463659 3450 + 0.295652
g3738 DLA_11576 GAOABQK02G7M1S CDS467418 894 + 0.302013
g3739 DLA_04142 GAOABQK02G7M1S CDS468427 678 - 0.277286
g374 DLA_00416 contig05409_1.exp CDS858035 360 - 0.261111
g3740 DLA_04143 GAOABQK02G7M1S CDS469379 1320 - 0.312879
g3741 DLA_04144 GAOABQK02G7M1S CDS471893 2535 - 0.341223
g3742 DLA_04146 GAOABQK02G7M1S CDS475143 780 + 0.341026
g3743 DLA_04147 GAOABQK02G7M1S CDS476343 951 - 0.328076
g3744 DLA_04148 GAOABQK02G7M1S CDS477898 1425 + 0.310175
g3745 DLA_04149 conserved protein may catalyze reversible transfer reactions of coenzyme A groups from CoA-thioesters to free acidsGAOABQK02G7M1S CDS479380 1350 - 0.319259
g3746 DLA_04150 GAOABQK02G7M1S CDS480843 990 + 0.30101
g3747 DLA_04151 GAOABQK02G7M1S CDS482080 1110 - 0.31982
g3748 DLA_04152 GAOABQK02G7M1S CDS483553 1671 - 0.286655
g3749 DLA_04153 GAOABQK02G7M1S CDS485480 1737 + 0.284974
g375 DLA_00417 contig05409_1.exp CDS858575 954 + 0.371069
g3750 DLA_04154 GAOABQK02G7M1S CDS487367 6270 + 0.322967
g3751 DLA_04155 GAOABQK02G7M1S CDS493756 570 - 0.273684
g3752 DLA_04156 GAOABQK02G7M1S CDS494645 684 + 0.258772
g3753 DLA_04157 GAOABQK02G7M1S CDS495700 2271 + 0.326288
g3754 DLA_04158 GAOABQK02G7M1S CDS498362 828 + 0.299517
g3755 DLA_04159 GAOABQK02G7M1S CDS499607 927 - 0.274002
g3756 DLA_04160 GAOABQK02G7M1S CDS500809 834 - 0.327338
g3757 DLA_04161 contains a SAM (and some other nucleotide) binding motif similar to bacterial and eukaryotic methyltransferasesGAOABQK02G7M1S CDS501974 774 + 0.322997
g3758 DLA_04163 GAOABQK02G7M1S CDS503353 843 - 0.321471
g3759 DLA_04164 GAOABQK02G7M1S CDS505124 729 + 0.315501
g376 DLA_00418 contig05409_1.exp CDS860886 2061 + 0.368268
g3760 DLA_04165 GAOABQK02G7M1S CDS506209 324 + 0.262346
g3761 DLA_04166 GAOABQK02G7M1S CDS506791 1362 - 0.35022
g3762 DLA_04167 GAOABQK02G7M1S CDS508398 1860 - 0.313441
g3763 DLA_04168 GAOABQK02G7M1S CDS510770 219 - 0.292237
g3764 DLA_04169 GAOABQK02G7M1S CDS511358 2334 + 0.323051
g3765 DLA_04170 GAOABQK02G7M1S CDS514079 3081 - 0.285297
g3766 DLA_04171 GAOABQK02G7M1S CDS518183 771 - 0.32166
g3767 DLA_04172 GAOABQK02G7M1S CDS519686 1815 + 0.35978
g3768 DLA_04173 GAOABQK02G7M1S CDS521665 1233 - 0.321979
g3769 DLA_04176 GAOABQK02G7M1S CDS524263 3051 + 0.274664
g377 DLA_00419 contig05409_1.exp CDS865945 2151 + 0.355184
g3770 DLA_04177 GAOABQK02G7M1S CDS527832 2493 - 0.382671
g3771 DLA_04178 GAOABQK02G7M1S CDS530995 1695 - 0.359292
g3772 DLA_04179 GAOABQK02G7M1S CDS533102 561 + 0.322638
g3773 DLA_04181 GAOABQK02G7M1S CDS534801 963 - 0.328141
g3774 DLA_04182 GAOABQK02G7M1S CDS536367 2754 + 0.324256
g3775 DLA_04183 GAOABQK02G7M1S CDS539353 522 + 0.293103
g3776 DLA_04184 GAOABQK02G7M1S CDS540616 1884 + 0.36518
g3777 DLA_04185 GAOABQK02G7M1S CDS542664 3417 + 0.287972
g3778 DLA_04187 GAOABQK02G7M1S CDS547597 1608 - 0.389925
g3779 DLA_04188 GAOABQK02G7M1S CDS550353 3459 - 0.298352
g378 DLA_00421 contig05409_1.exp CDS869549 1632 + 0.349877
g3780 DLA_04189 120 kDa F-actin binding protein also often called filamin involved in actin cytoskeleton organization motility and development enriched in prestalk cellsGAOABQK02G7M1S CDS554030 2580 - 0.404264
g3781 DLA_04191 GAOABQK02G7M1S CDS557831 1689 + 0.326229
g3782 DLA_04192 GAOABQK02G7M1S CDS559788 3381 - 0.359065
g3783 DLA_04195 GAOABQK02G7M1S CDS563952 1836 + 0.348039
g3784 DLA_04196 GAOABQK02G7M1S CDS566511 1071 + 0.345472
g3785 DLA_04197 GAOABQK02G7M1S CDS567949 3168 - 0.349432
g3786 DLA_04198 GAOABQK02G7M1S CDS571410 3756 - 0.390841
g3787 DLA_04199 GAOABQK02G7M1S CDS576773 861 + 0.390244
g3788 DLA_04200 GAOABQK02G7M1S CDS577819 1269 - 0.319937
g3789 DLA_04201 GAOABQK02G7M1S CDS579318 369 + 0.303523
g379 DLA_00422 contig05409_1.exp CDS871500 1257 - 0.311058
g3790 DLA_04202 GAOABQK02G7M1S CDS580096 5727 + 0.330016
g3791 DLA_04203 GAOABQK02G7M1S CDS586046 1668 + 0.374101
g3792 DLA_11577 GAOABQK02G7M1S CDS588432 513 - 0.335283
g3793 DLA_04204 GAOABQK02G7M1S CDS589579 453 - 0.320088
g3794 DLA_04205 GAOABQK02G7M1S CDS591169 504 + 0.373016
g3795 DLA_04206 GAOABQK02G7M1S CDS592107 861 + 0.360046
g3796 DLA_04207 GAOABQK02G7M1S CDS593102 819 - 0.291819
g3797 DLA_04210 GAOABQK02G7M1S CDS597633 2283 + 0.34078
g3798 DLA_04212 GAOABQK02G7M1S CDS601056 2631 - 0.333333
g3799 DLA_04213 GAOABQK02G7M1S CDS604665 1314 + 0.362253
g38 DLA_00042 contig05409_1.exp CDS96439 1317 - 0.248292
g380 DLA_00423 contig05409_1.exp CDS873747 381 + 0.333333
g3800 DLA_04215 GAOABQK02G7M1S CDS606402 1665 + 0.313514
g3801 DLA_04216 GAOABQK02G7M1S CDS608408 612 - 0.254902
g3802 DLA_04217 GAOABQK02G7M1S CDS609604 1872 - 0.307692
g3803 DLA_04218 GAOABQK02G7M1S CDS612161 795 + 0.354717
g3804 DLA_04220 GAOABQK02G7M1S CDS613921 1488 - 0.373656
g3805 DLA_11578 GAOABQK02G7M1S CDS615729 234 - 0.354701
g3806 DLA_04221 GAOABQK02G7M1S CDS616325 339 - 0.353982
g3807 DLA_04222 putative PI3K that phosphorylates phosphoinositides on the 3-hydroxyl group of the inositol ring has the capacity to bind and be activated by the GTP-bound small GTPase rasGAOABQK02G7M1S CDS617133 4275 - 0.349942
g3808 DLA_04223 GAOABQK02G7M1S CDS621654 5355 - 0.313912
g3809 DLA_04224 GAOABQK02G7M1S CDS628146 5130 - 0.316764
g381 DLA_00424 contig05409_1.exp CDS874529 1143 - 0.342082
g3810 DLA_04227 GAOABQK02G7M1S CDS635018 5355 - 0.314846
g3811 DLA_04228 GAOABQK02G7M1S CDS641792 5373 - 0.317513
g3812 DLA_04229 conserved E2 ubiquitin-conjugating protein which catalyzes the covalent attachment of ubiquitin to other proteinsGAOABQK02G7M1S CDS647809 462 - 0.352814
g3813 DLA_04230 GAOABQK02G7M1S CDS648885 1185 + 0.314768
g3814 DLA_04231 GAOABQK02G7M1S CDS650560 960 - 0.33125
g3815 DLA_04232 GAOABQK02G7M1S CDS651853 2955 - 0.324196
g3816 DLA_04233 GAOABQK02G7M1S CDS656435 1044 - 0.304598
g3817 DLA_04234 GAOABQK02G7M1S CDS658296 621 + 0.309179
g3818 DLA_04236 GAOABQK02G7M1S CDS659824 384 - 0.289062
g3819 DLA_04237 GAOABQK02G7M1S CDS660323 2250 + 0.296
g382 DLA_00425 contig05409_1.exp CDS875815 552 + 0.251812
g3820 DLA_04238 GAOABQK02G7M1S CDS663166 1119 - 0.266309
g3821 DLA_04239 GAOABQK02G7M1S CDS664421 2448 - 0.319853
g3822 DLA_04240 GAOABQK02G7M1S CDS667131 873 + 0.28866
g3823 DLA_04241 GAOABQK02G7M1S CDS668114 2208 - 0.341033
g3824 DLA_04242 GAOABQK02G7M1S CDS671261 2346 + 0.331628
g3825 DLA_04243 GAOABQK02G7M1S CDS673690 447 - 0.272931
g3826 DLA_04244 G-actin binding protein that is located to filopodia binds to VASP and is involved in chemotaxisGAOABQK02G7M1S CDS674853 378 + 0.386243
g3827 DLA_04245 GAOABQK02G7M1S CDS675659 1404 + 0.299145
g3828 DLA_04246 GAOABQK02G7M1S CDS677269 744 - 0.337366
g3829 DLA_04247 GAOABQK02G7M1S CDS678225 2883 + 0.310441
g383 DLA_00426 contig05409_1.exp CDS877599 1206 + 0.349917
g3830 DLA_04248 GAOABQK02G7M1S CDS681315 441 - 0.321995
g3831 DLA_04249 GAOABQK02G7M1S CDS682139 366 - 0.278689
g3832 DLA_04250 contains a BRCT domain (C-terminal domain of a breast cancer susceptibility protein) which is often found in proteins involved in cell cycle checkpointGAOABQK02G7M1S CDS682610 1275 - 0.334902
g3833 DLA_04251 GAOABQK02G7M1S CDS684370 4170 + 0.347002
g3834 DLA_04252 ZIP family zinc transporter LZT subfamily member contains 8 transmembrane domains expressed in pstAB cellsGAOABQK02G7M1S CDS688757 1176 - 0.292517
g3835 DLA_04253 GAOABQK02G7M1S CDS690803 2187 + 0.313672
g3836 DLA_04254 GAOABQK02G7M1S CDS693478 3450 - 0.325507
g3837 DLA_04255 GAOABQK02G7M1S CDS697436 480 + 0.360417
g3838 DLA_04256 GAOABQK02G7M1S CDS699600 1266 + 0.345972
g3839 DLA_04257 GAOABQK02G7M1S CDS701740 663 - 0.294118
g384 DLA_00427 contig05409_1.exp CDS879047 2526 + 0.342043
g3840 DLA_04258 GAOABQK02G7M1S CDS703062 903 + 0.370986
g3841 DLA_04259 GAOABQK02G7M1S CDS704299 624 + 0.322115
g3842 DLA_04260 GAOABQK02G7M1S CDS705335 2826 - 0.363411
g3843 DLA_04262 GAOABQK02G7M1S CDS708702 558 - 0.317204
g3844 DLA_04263 GAOABQK02G7M1S CDS710196 2940 - 0.337415
g3845 DLA_04264 GAOABQK02G7M1S CDS714124 2442 - 0.354218
g3846 DLA_04266 GAOABQK02G7M1S CDS719009 1554 - 0.301802
g3847 DLA_04267 GAOABQK02G7M1S CDS723178 1035 - 0.25314
g3848 DLA_04268 GAOABQK02G7M1S CDS724718 5766 - 0.333333
g3849 DLA_04269 GAOABQK02G7M1S CDS731039 4038 + 0.337048
g385 DLA_00428 contig05409_1.exp CDS882874 2409 + 0.317974
g3850 DLA_04270 GAOABQK02G7M1S CDS735441 1416 - 0.358757
g3851 DLA_04271 GAOABQK02G7M1S CDS737197 1590 + 0.267925
g3852 DLA_04272 GAOABQK02G7M1S CDS738797 660 - 0.30303
g3853 DLA_04273 GAOABQK02G7M1S CDS740524 1050 + 0.328571
g3854 DLA_04274 GAOABQK02G7M1S CDS742966 426 + 0.276995
g3855 DLA_04275 GAOABQK02G7M1S CDS743511 1698 - 0.319788
g3856 DLA_04276 GAOABQK02G7M1S CDS745619 1431 - 0.406709
g3857 DLA_11579 GAOABQK02G7M1S CDS747536 318 + 0.273585
g3858 DLA_04277 GAOABQK02G7M1S CDS748426 450 + 0.24
g3859 DLA_04278 GAOABQK02G7M1S CDS749133 5775 + 0.319481
g386 DLA_00429 contig05409_1.exp CDS885585 2793 - 0.367347
g3860 DLA_04279 GAOABQK02G7M1S CDS755158 1089 + 0.280992
g3861 DLA_04281 GAOABQK02G7M1S CDS756703 675 + 0.308148
g3862 DLA_04282 GAOABQK02G7M1S CDS757683 1323 - 0.280423
g3863 DLA_04283 GAOABQK02G7M1S CDS759906 411 + 0.391728
g3864 DLA_04284 GAOABQK02G7M1S CDS761256 1530 + 0.336601
g3865 DLA_04285 GAOABQK02G7M1S CDS764308 2379 + 0.306011
g3866 DLA_04286 GAOABQK02G7M1S CDS768466 2067 + 0.305273
g3867 DLA_04287 GAOABQK02G7M1S CDS771459 2004 - 0.314371
g3868 DLA_04289 GAOABQK02GQAQJ CDS1080 1212 + 0.290429
g3869 DLA_04291 GAOABQK02GQAQJ CDS2867 2811 + 0.282818
g387 DLA_00431 contig05409_1.exp CDS888684 1251 - 0.278977
g3870 DLA_04292 GAOABQK02GQAQJ CDS5759 1623 - 0.264325
g3871 DLA_04293 GAOABQK02GQAQJ CDS7589 1095 + 0.315068
g3872 DLA_04294 catalyzes the reaction ATP L-threonine tRNAThr AMP diphosphate L-threonyl-tRNAThrGAOABQK02GQAQJ CDS9022 2100 + 0.34619
g3873 DLA_04295 GAOABQK02GQAQJ CDS11321 3717 + 0.304278
g3874 DLA_04296 GAOABQK02GQAQJ CDS15230 2094 + 0.2617
g3875 DLA_11580 GAOABQK02GQAQJ CDS17355 900 + 0.268889
g3876 DLA_04297 GAOABQK02GQAQJ CDS18461 510 - 0.35098
g3877 DLA_04298 member of the TKL (tyrosine kinase-like) group and the LISK (LIM domain and testis-specific kinase) family expressed in pstO cellsGAOABQK02GQAQJ CDS20246 1581 + 0.31246
g3878 DLA_04299 GAOABQK02GQAQJ CDS22235 1458 - 0.312071
g3879 DLA_04301 GAOABQK02GQAQJ CDS24809 1356 + 0.276549
g388 DLA_00432 contig05409_1.exp CDS890059 348 + 0.275862
g3880 DLA_04302 very similar to human GPSN2 contains a 3-oxo-5-alpha-steroid 4-dehydrogenase C-terminal domain and 4 putative transmembrane domainsGAOABQK02GQAQJ CDS26461 885 - 0.325424
g3881 DLA_04303 GAOABQK02GQAQJ CDS27927 3081 + 0.346641
g3882 DLA_04304 GAOABQK02GQAQJ CDS31412 1377 + 0.294118
g3883 DLA_04305 GAOABQK02GQAQJ CDS32831 864 - 0.278935
g3884 DLA_04306 GAOABQK02GQAQJ CDS33809 1815 + 0.272727
g3885 DLA_04308 GAOABQK02GQAQJ CDS35639 669 - 0.298954
g3886 DLA_04309 GAOABQK02GQAQJ CDS36507 630 - 0.277778
g3887 DLA_04310 GAOABQK02GQAQJ CDS37261 3075 - 0.275122
g3888 DLA_04311 GAOABQK02GQAQJ CDS40778 1596 + 0.281328
g3889 DLA_04312 GAOABQK02GQAQJ CDS42561 1743 - 0.423408
g389 DLA_00433 contig05409_1.exp CDS890516 936 - 0.313034
g3890 DLA_04313 GAOABQK02GQAQJ CDS44882 2739 + 0.318364
g3891 DLA_04314 GAOABQK02GQAQJ CDS47913 1554 - 0.258687
g3892 DLA_04315 GAOABQK02GQAQJ CDS49981 3153 + 0.313987
g3893 DLA_04316 GAOABQK02GQAQJ CDS53421 756 + 0.320106
g3894 DLA_04317 homolog of the mammalian flavocytochrome B small subunit p22phox essential for spore formationGAOABQK02GQAQJ CDS54447 321 - 0.336449
g3895 DLA_04318 GAOABQK02GQAQJ CDS55405 1104 + 0.291667
g3896 DLA_04320 GAOABQK02GQAQJ CDS57187 750 - 0.316
g3897 DLA_11581 GAOABQK02GQAQJ CDS58308 699 + 0.317597
g3898 DLA_04321 GAOABQK02GQAQJ CDS60841 1494 + 0.317938
g3899 DLA_11582 GAOABQK02GQAQJ CDS62736 381 + 0.244094
g39 DLA_00043 contig05409_1.exp CDS98061 3027 - 0.317146
g390 DLA_00434 contig05409_1.exp CDS892125 681 + 0.330396
g3900 DLA_04322 GAOABQK02GQAQJ CDS63307 1146 - 0.28534
g3901 DLA_04323 GAOABQK02GQAQJ CDS65005 573 - 0.326353
g3902 DLA_04324 rab family small GTPase involved in vesicle fusion during endocytosis there is another rab7 homolog rab7BGAOABQK02GQAQJ CDS66343 606 + 0.344884
g3903 DLA_04325 GAOABQK02GQAQJ CDS67354 5130 + 0.300585
g3904 DLA_04326 GAOABQK02GQAQJ CDS72926 816 + 0.341912
g3905 DLA_04327 GAOABQK02GQAQJ CDS74148 1413 - 0.277424
g3906 DLA_04328 GAOABQK02GQAQJ CDS75843 465 + 0.266667
g3907 DLA_04329 GAOABQK02GQAQJ CDS76501 2016 - 0.313988
g3908 DLA_04331 conserved NMD3 protein which in S. cerevisiae is involved in the nuclear export of the large ribosomal subunitGAOABQK02GQAQJ CDS79531 1566 + 0.349298
g3909 DLA_04333 GAOABQK02GQAQJ CDS81507 7707 + 0.359284
g391 DLA_00435 contig05409_1.exp CDS893058 660 - 0.290909
g3910 DLA_04334 GAOABQK02GQAQJ CDS89674 1590 + 0.271069
g3911 DLA_04335 GAOABQK02GQAQJ CDS91426 1416 + 0.292373
g3912 DLA_04336 GAOABQK02GQAQJ CDS93709 2934 + 0.304363
g3913 DLA_04337 GAOABQK02GQAQJ CDS96909 1896 + 0.310127
g3914 DLA_04338 GAOABQK02GQAQJ CDS99910 4308 + 0.275534
g3915 DLA_04339 GAOABQK02GQAQJ CDS104573 1161 - 0.3118
g3916 DLA_04340 GAOABQK02GQAQJ CDS106596 486 + 0.248971
g3917 DLA_04341 GAOABQK02GQAQJ CDS107209 2583 - 0.329462
g3918 DLA_04343 GAOABQK02GQAQJ CDS111354 2523 - 0.317876
g3919 DLA_04345 GAOABQK02GQAQJ CDS114626 1341 - 0.328859
g392 DLA_00436 contig05409_1.exp CDS893873 2271 - 0.317922
g3920 DLA_04346 GAOABQK02GQAQJ CDS117303 2034 - 0.362832
g3921 DLA_04348 GAOABQK02GQAQJ CDS124814 1776 - 0.346284
g3922 DLA_04349 GAOABQK02GQAQJ CDS127874 927 + 0.299892
g3923 DLA_04350 kinase domain similar to S. pombe cdc7 cell division control protein 7 which plays a role in cytokinesisGAOABQK02GQAQJ CDS129732 1560 + 0.350641
g3924 DLA_04351 GAOABQK02GQAQJ CDS131471 1107 - 0.285456
g3925 DLA_04352 GAOABQK02GQAQJ CDS133089 2337 + 0.348738
g3926 DLA_04353 GAOABQK02GQAQJ CDS136067 750 + 0.342667
g3927 DLA_04354 GAOABQK02GQAQJ CDS137417 1680 + 0.26131
g3928 DLA_04355 GAOABQK02GQAQJ CDS139507 1407 - 0.276475
g3929 DLA_04356 GAOABQK02GQAQJ CDS141452 1704 + 0.266432
g393 DLA_00437 contig05409_1.exp CDS897322 1281 - 0.360656
g3930 DLA_04357 GAOABQK02GQAQJ CDS143502 1746 + 0.271478
g3931 DLA_04360 GAOABQK02GQAQJ CDS146595 768 + 0.345052
g3932 DLA_04361 GAOABQK02GQAQJ CDS147541 963 - 0.292835
g3933 DLA_04362 GAOABQK02GQAQJ CDS149257 885 + 0.352542
g3934 DLA_04363 GAOABQK02GQAQJ CDS151071 2484 + 0.355878
g3935 DLA_04364 GAOABQK02GQAQJ CDS153849 1608 - 0.284204
g3936 DLA_04365 GAOABQK02GQAQJ CDS155844 531 + 0.365348
g3937 DLA_04366 GAOABQK02GQAQJ CDS156890 882 + 0.369615
g3938 DLA_04367 GAOABQK02GQAQJ CDS158155 1395 + 0.28172
g3939 DLA_04368 similar to diaminopimelate decarboxylase which catalyzes the reaction meso-26-diaminoheptanedioate L-lysine COsub2subGAOABQK02GQAQJ CDS159687 1287 + 0.351204
g394 DLA_00438 contig05409_1.exp CDS899240 3717 + 0.347592
g3940 DLA_04369 GAOABQK02GQAQJ CDS161266 714 - 0.260504
g3941 DLA_04370 GAOABQK02GQAQJ CDS162548 1692 + 0.277187
g3942 DLA_04371 GAOABQK02GQAQJ CDS164289 921 - 0.283388
g3943 DLA_11583 GAOABQK02GQAQJ CDS165374 756 + 0.257937
g3944 DLA_11584 GAOABQK02GQAQJ CDS166360 564 + 0.27305
g3945 DLA_04372 GAOABQK02GQAQJ CDS166969 1644 + 0.294404
g3946 DLA_04374 GAOABQK02GQAQJ CDS169675 2571 + 0.33839
g3947 DLA_04375 GAOABQK02GQAQJ CDS172393 984 + 0.305894
g3948 DLA_04376 GAOABQK02GQAQJ CDS173549 1701 + 0.299824
g3949 DLA_04378 GAOABQK02GQAQJ CDS176910 1341 + 0.296793
g395 DLA_00439 contig05409_1.exp CDS903655 2490 - 0.322088
g3950 DLA_04379 GAOABQK02GQAQJ CDS178291 708 - 0.282486
g3951 DLA_04381 GAOABQK02GQAQJ CDS179670 243 - 0.292181
g3952 DLA_04382 GAOABQK02GQAQJ CDS181144 1773 - 0.275804
g3953 DLA_04383 GAOABQK02GQAQJ CDS182974 1767 - 0.2824
g3954 DLA_04384 GAOABQK02GQAQJ CDS184916 1560 - 0.280128
g3955 DLA_04385 GAOABQK02GQAQJ CDS188087 1497 - 0.275217
g3956 DLA_11585 GAOABQK02GQAQJ CDS190055 1566 - 0.283525
g3957 DLA_11586 GAOABQK02GQAQJ CDS191921 3147 - 0.271052
g3958 DLA_04387 GAOABQK02GQAQJ CDS195567 1605 - 0.299065
g3959 DLA_04388 GAOABQK02GQAQJ CDS198231 4212 + 0.315052
g396 DLA_00440 contig05409_1.exp CDS906513 717 + 0.351464
g3960 DLA_04389 GAOABQK02GQAQJ CDS202770 3390 - 0.314454
g3961 DLA_04390 GAOABQK02GQAQJ CDS206694 2529 + 0.326216
g3962 DLA_04391 GAOABQK02GQAQJ CDS209901 624 - 0.355769
g3963 DLA_04392 GAOABQK02GQAQJ CDS211270 897 + 0.345596
g3964 DLA_04393 GAOABQK02GQAQJ CDS212198 1650 - 0.294545
g3965 DLA_04394 GAOABQK02GQAQJ CDS214128 2352 + 0.299745
g3966 DLA_04395 GAOABQK02GQAQJ CDS216873 1713 - 0.280794
g3967 DLA_04396 GAOABQK02GQAQJ CDS218800 1065 - 0.34554
g3968 DLA_04397 GAOABQK02GQAQJ CDS220021 1092 + 0.311355
g3969 DLA_04399 GAOABQK02GQAQJ CDS221578 1881 - 0.299841
g397 DLA_00441 contig05409_1.exp CDS907288 2592 - 0.346065
g3970 DLA_04400 GAOABQK02GQAQJ CDS223975 786 - 0.28626
g3971 DLA_04401 GAOABQK02GQAQJ CDS225336 1803 + 0.283971
g3972 DLA_04402 GAOABQK02GQAQJ CDS227512 1854 - 0.357605
g3973 DLA_04403 GAOABQK02GQAQJ CDS229670 378 - 0.259259
g3974 DLA_04404 GAOABQK02GQAQJ CDS230653 6513 + 0.340243
g3975 DLA_04405 GAOABQK02GQAQJ CDS237427 8472 - 0.336402
g3976 DLA_04406 GAOABQK02GQAQJ CDS246596 2556 + 0.344679
g3977 DLA_04407 contains a selenocysteine residue (U) at position 100 conserved protein which may be involved in protein folding in the endoplasmic reticulumGAOABQK02GQAQJ CDS249694 423 - 0.326241
g3978 DLA_04408 GAOABQK02GQAQJ CDS250730 489 - 0.321063
g3979 DLA_04409 GAOABQK02GQAQJ CDS251452 1740 + 0.305747
g398 DLA_00442 contig05409_1.exp CDS911085 2340 + 0.334188
g3980 DLA_04411 GAOABQK02GQAQJ CDS255747 1710 + 0.278363
g3981 DLA_04412 GAOABQK02GQAQJ CDS257590 3237 + 0.272783
g3982 DLA_04414 GAOABQK02GQAQJ CDS261176 1530 + 0.290196
g3983 DLA_04415 GAOABQK02GQAQJ CDS262829 2295 - 0.285839
g3984 DLA_04419 GAOABQK02GQAQJ CDS268249 1218 + 0.287356
g3985 DLA_04420 GAOABQK02GQAQJ CDS269572 1137 + 0.313105
g3986 DLA_04421 GAOABQK02GQAQJ CDS271206 2544 + 0.291274
g3987 DLA_04423 GAOABQK02GQAQJ CDS274018 1083 + 0.296399
g3988 DLA_11587 GAOABQK02GQAQJ CDS275173 1140 + 0.347368
g3989 DLA_04424 GAOABQK02GQAQJ CDS276434 1509 - 0.300862
g399 DLA_00443 contig05409_1.exp CDS913600 978 - 0.299591
g3990 DLA_04425 GAOABQK02GQAQJ CDS278253 1068 - 0.367041
g3991 DLA_04426 GAOABQK02GQAQJ CDS279816 1689 + 0.352872
g3992 DLA_04427 GAOABQK02GQAQJ CDS281802 405 - 0.301235
g3993 DLA_04428 highly similar to PRS involved in nucleotide histidine and tryptophan biosynthesisGAOABQK02GQAQJ CDS282706 957 - 0.3814
g3994 DLA_04429 GAOABQK02GQAQJ CDS284410 6306 + 0.333492
g3995 DLA_04430 GAOABQK02GQAQJ CDS291152 696 + 0.258621
g3996 DLA_04431 GAOABQK02GQAQJ CDS292091 2061 - 0.360019
g3997 DLA_04432 GAOABQK02GQAQJ CDS296216 894 + 0.387025
g3998 DLA_04433 GAOABQK02GQAQJ CDS297376 1206 + 0.328358
g3999 DLA_04434 GAOABQK02GQAQJ CDS298928 4461 + 0.355974
g4 DLA_00005 contig05409_1.exp CDS9344 912 - 0.283991
g40 DLA_00045 contig05409_1.exp CDS102426 2979 + 0.327962
g400 DLA_00444 contig05409_1.exp CDS914889 855 - 0.336842
g4000 DLA_04435 GAOABQK02GQAQJ CDS303744 660 - 0.287879
g4001 DLA_04436 GAOABQK02GQAQJ CDS304733 1698 + 0.288575
g4002 DLA_04437 GAOABQK02GQAQJ CDS306561 1497 - 0.309953
g4003 DLA_04441 GAOABQK02GQAQJ CDS309821 1740 + 0.283908
g4004 DLA_04442 GAOABQK02GQAQJ CDS312196 1584 + 0.280303
g4005 DLA_04443 GAOABQK02GQAQJ CDS314158 1773 + 0.29216
g4006 DLA_04444 GAOABQK02GQAQJ CDS316239 531 - 0.33145
g4007 DLA_04445 GAOABQK02GQAQJ CDS317094 1740 - 0.352299
g4008 DLA_11588 GAOABQK02GQAQJ CDS319078 1617 + 0.298701
g4009 DLA_04446 GAOABQK02GQAQJ CDS320741 1608 + 0.284204
g401 DLA_00445 contig05409_1.exp CDS916031 372 + 0.314516
g4010 DLA_04447 GAOABQK02GQAQJ CDS322574 4710 + 0.337367
g4011 DLA_04450 GAOABQK02GQAQJ CDS329479 546 + 0.358974
g4012 DLA_04451 GAOABQK02GQAQJ CDS330396 939 - 0.342918
g4013 DLA_04452 GAOABQK02GQAQJ CDS332632 2295 + 0.332026
g4014 DLA_04453 GAOABQK02GQAQJ CDS335411 1302 + 0.367128
g4015 DLA_04454 GAOABQK02GQAQJ CDS338621 1038 - 0.313102
g4016 DLA_04455 GAOABQK02GQAQJ CDS340168 1005 + 0.351244
g4017 DLA_04456 GAOABQK02GQAQJ CDS341531 3360 + 0.324405
g4018 DLA_04457 GAOABQK02GQAQJ CDS345075 978 - 0.367076
g4019 DLA_04458 GAOABQK02GQAQJ CDS346864 1266 + 0.329384
g402 DLA_00446 contig05409_1.exp CDS917255 2877 + 0.346542
g4020 DLA_04459 GAOABQK02GQAQJ CDS348343 837 - 0.315412
g4021 DLA_04460 GAOABQK02GQAQJ CDS350621 2406 + 0.338321
g4022 DLA_04461 GAOABQK02GQAQJ CDS353418 750 - 0.358667
g4023 DLA_04463 GAOABQK02GQAQJ CDS354945 1227 + 0.376528
g4024 DLA_04464 GAOABQK02GQAQJ CDS356294 3474 - 0.342832
g4025 DLA_04465 GAOABQK02GQAQJ CDS361040 2100 + 0.377619
g4026 DLA_04466 belongs to the drugmetabolite transporter (DMT) superfamily similar to D. melanogaster sll human SLC35B2 contains 8 predicted transmembrane domainsGAOABQK02GQAQJ CDS363647 1137 - 0.373791
g4027 DLA_04467 GAOABQK02GQAQJ CDS365050 1431 - 0.348008
g4028 DLA_04468 catalyzes the reaction: N-acyl-L-amino acid H2O carboxylate L-amino acid (EC 3.5.1.14)GAOABQK02GQAQJ CDS366755 1248 + 0.371795
g4029 DLA_04469 GAOABQK02GQAQJ CDS368218 2319 - 0.29323
g403 DLA_00447 contig05409_1.exp CDS920565 2895 - 0.331606
g4030 DLA_04470 GAOABQK02GQAQJ CDS371035 2208 - 0.288496
g4031 DLA_04471 GAOABQK02GQAQJ CDS374288 1326 + 0.294872
g4032 DLA_04472 catalyzes the reaction N-acylsphingoside Hsub2subO a carboxylate sphingosineGAOABQK02GQAQJ CDS375881 852 - 0.347418
g4033 DLA_04473 GAOABQK02GQAQJ CDS378068 4164 + 0.321085
g4034 DLA_04474 weakly similar to hssA2C7E family proteins has a similar gene structure with a N terminal 13 nt exon GAOABQK02GQAQJ CDS382657 222 - 0.324324
g4035 DLA_04475 putative protein serinethreonine kinase similar to vertebrate Nek kinases which are involved in regulation of mitosisGAOABQK02GQAQJ CDS383387 1971 - 0.33587
g4036 DLA_04477 GAOABQK02GQAQJ CDS386246 1767 - 0.301075
g4037 DLA_04478 GAOABQK02GQAQJ CDS388513 2502 + 0.328137
g4038 DLA_04479 GAOABQK02GQAQJ CDS391506 795 + 0.283019
g4039 DLA_04480 GAOABQK02GQAQJ CDS392617 1245 - 0.360643
g404 DLA_00448 contig05409_1.exp CDS923911 1050 + 0.325714
g4040 DLA_04481 GAOABQK02GQAQJ CDS394557 1035 - 0.342995
g4041 DLA_04482 GAOABQK02GQAQJ CDS395900 225 + 0.302222
g4042 DLA_04483 GAOABQK02GQAQJ CDS396375 1032 - 0.309109
g4043 DLA_04485 catalyzes the reaction RX glutathione HX R-S-glutathioneGAOABQK02GQAQJ CDS398604 591 + 0.357022
g4044 DLA_04486 GAOABQK02GQAQJ CDS399622 591 + 0.319797
g4045 DLA_04487 GAOABQK02GQAQJ CDS400910 1077 + 0.336119
g4046 DLA_04488 GAOABQK02GQAQJ CDS402195 2856 - 0.32458
g4047 DLA_04489 GAOABQK02GQAQJ CDS405489 2466 - 0.301298
g4048 DLA_04490 GAOABQK02GQAQJ CDS409309 1011 + 0.326409
g4049 DLA_04491 GAOABQK02GQAQJ CDS410702 240 + 0.329167
g405 DLA_00449 contig05409_1.exp CDS925376 498 + 0.381526
g4050 DLA_04492 GAOABQK02GQAQJ CDS411092 1170 - 0.351282
g4051 DLA_04494 GAOABQK02GQAQJ CDS413880 2538 - 0.300236
g4052 DLA_04495 GAOABQK02GQAQJ CDS417011 207 + 0.338164
g4053 DLA_04496 GAOABQK02GQAQJ CDS417761 258 + 0.317829
g4054 DLA_04497 GAOABQK02GQAQJ CDS418335 1023 - 0.312805
g4055 DLA_04498 GAOABQK02GQAQJ CDS420132 2526 - 0.337688
g4056 DLA_04499 GAOABQK02GQAQJ CDS423136 4071 + 0.338983
g4057 DLA_04500 GAOABQK02GQAQJ CDS427888 618 - 0.276699
g4058 DLA_04501 GAOABQK02GQAQJ CDS428695 3135 - 0.280702
g4059 DLA_04502 GAOABQK02GQAQJ CDS432284 3225 + 0.373643
g406 DLA_00450 contig05409_1.exp CDS926380 942 - 0.304671
g4060 DLA_04503 GAOABQK02GQAQJ CDS435813 933 + 0.332262
g4061 DLA_04504 GAOABQK02GQAQJ CDS437315 603 + 0.331675
g4062 DLA_04505 GAOABQK02GQAQJ CDS438051 5988 - 0.305945
g4063 DLA_04506 GAOABQK02GQAQJ CDS444325 1506 - 0.284861
g4064 DLA_04507 GAOABQK02GQAQJ CDS446181 3531 + 0.287737
g4065 DLA_04509 GAOABQK02GQAQJ CDS450958 357 + 0.333333
g4066 DLA_04510 GAOABQK02GQAQJ CDS451712 237 + 0.362869
g4067 DLA_04511 GAOABQK02GQAQJ CDS452517 513 + 0.335283
g4068 DLA_04512 GAOABQK02GQAQJ CDS453140 1473 - 0.283096
g4069 DLA_04513 GAOABQK02GQAQJ CDS454899 1164 + 0.305842
g407 DLA_00451 component of the conserved Paf1 complex a multifunctional complex involved in histone methylation and plays a role in RNA elongation and processing defects in human CDC73 cause hyperparathyroidism-jaw tumor syndrome (HPT-JT) parathyroid carcinoma and hyperparathyroidism (FIHP)contig05409_1.exp CDS927626 1449 - 0.342995
g4070 DLA_04514 GAOABQK02GQAQJ CDS456587 789 + 0.320659
g4071 DLA_04515 GAOABQK02GQAQJ CDS458487 3120 + 0.324038
g4072 DLA_04516 GAOABQK02GQAQJ CDS461947 666 - 0.364865
g4073 DLA_04517 GAOABQK02GQAQJ CDS463307 387 + 0.312661
g4074 DLA_04518 similar to human TBC1D22B S. pombe gyp1GAOABQK02GQAQJ CDS464498 1419 + 0.331924
g4075 DLA_04519 GAOABQK02GQAQJ CDS466040 2841 - 0.339317
g4076 DLA_11589 GAOABQK02GQAQJ CDS469911 1095 - 0.32968
g4077 DLA_04520 GAOABQK02GQAQJ CDS471334 3888 + 0.33642
g4078 DLA_04521 GAOABQK02GQAQJ CDS475541 408 - 0.414216
g4079 DLA_04522 GAOABQK02GQAQJ CDS476325 1695 - 0.276106
g408 DLA_00453 catalyzes the reaction L-glutaminyl-peptide 5-oxoprolyl-peptide NHsub3sub during the biosynthesis of pyroglutamyl peptidescontig05409_1.exp CDS929912 1032 - 0.312984
g4080 DLA_04523 member of the alpha-actininspectrin superfamily dimerizes with cortexillin I involved in cytokinesis and development and associates with the actin cytoskeletonGAOABQK02GQAQJ CDS478736 1263 + 0.34521
g4081 DLA_04524 GAOABQK02GQAQJ CDS480168 1824 - 0.332785
g4082 DLA_04525 GAOABQK02GQAQJ CDS482239 897 - 0.322185
g4083 DLA_04526 DEADDEAH box helicases are involved in various aspects of RNA metabolismGAOABQK02GQAQJ CDS483386 2190 - 0.336073
g4084 DLA_04527 GAOABQK02GQAQJ CDS485696 1239 + 0.277643
g4085 DLA_04528 contains a PPI_Ypi1 domain which is predicted to be involved in protein phosphatase regulationGAOABQK02GQAQJ CDS487132 318 + 0.308176
g4086 DLA_04529 GAOABQK02GQAQJ CDS488304 657 + 0.340944
g4087 DLA_04530 GAOABQK02GQAQJ CDS489756 450 - 0.317778
g4088 DLA_04531 GAOABQK02GQAQJ CDS490671 2940 + 0.337415
g4089 DLA_04532 GAOABQK02GQAQJ CDS494608 471 + 0.265393
g409 DLA_00454 contig05409_1.exp CDS931801 3261 - 0.336093
g4090 DLA_04533 GAOABQK02GQAQJ CDS495469 1452 + 0.362948
g4091 DLA_04534 GAOABQK02GQAQJ CDS497049 930 - 0.319355
g4092 DLA_04535 GAOABQK02GQAQJ CDS498189 870 + 0.345977
g4093 DLA_04536 GAOABQK02GQAQJ CDS499569 666 + 0.339339
g4094 DLA_04537 GAOABQK02GQAQJ CDS500624 5160 + 0.332752
g4095 DLA_04539 GAOABQK02GQAQJ CDS508145 1467 + 0.362645
g4096 DLA_04540 similar to importin-7 and importin-8 from numerous eukaryotes involved in nuclear protein importGAOABQK02GQAQJ CDS510001 3264 - 0.345588
g4097 DLA_04541 GAOABQK02GQAQJ CDS513665 966 + 0.271222
g4098 DLA_04542 GAOABQK02GQAQJ CDS514858 1209 - 0.321754
g4099 DLA_04543 GAOABQK02GQAQJ CDS516529 2184 - 0.35989
g41 DLA_00046 contig05409_1.exp CDS106338 582 + 0.343643
g410 DLA_00455 contig05409_1.exp CDS935846 741 + 0.337382
g4100 DLA_04544 GAOABQK02GQAQJ CDS518878 1035 + 0.353623
g4101 DLA_04546 GAOABQK02GQAQJ CDS520839 1074 - 0.342644
g4102 DLA_04547 GAOABQK02GQAQJ CDS522307 2175 + 0.316322
g4103 DLA_04549 GAOABQK02GQAQJ CDS524927 930 + 0.335484
g4104 DLA_04550 catalyzes the reaction (S)-malate NADPsupsup pyruvate COsub2sub NADPH Hsupsup transcriptionally regulated by SrfAGAOABQK02GQAQJ CDS526539 1635 + 0.382263
g4105 DLA_04551 GAOABQK02GQAQJ CDS528894 3207 + 0.337387
g4106 DLA_04552 GAOABQK02GQAQJ CDS532254 225 - 0.275556
g4107 DLA_04553 GAOABQK02GQAQJ CDS532794 1113 + 0.327942
g4108 DLA_04554 GAOABQK02GQAQJ CDS534500 795 + 0.289308
g4109 DLA_04555 GAOABQK02GQAQJ CDS536126 693 + 0.324675
g411 DLA_00456 component of the condensin I complex required for conversion of interphase chromatin into mitotic condensed chromosomescontig05409_1.exp CDS936869 4455 + 0.318294
g4110 DLA_04556 GAOABQK02GQAQJ CDS537023 1875 - 0.293333
g4111 DLA_04558 GAOABQK02GQAQJ CDS540066 2472 + 0.343447
g4112 DLA_04559 GAOABQK02GQAQJ CDS542937 870 - 0.312644
g4113 DLA_04562 GAOABQK02GQAQJ CDS544754 258 - 0.344961
g4114 DLA_04563 GAOABQK02GQAQJ CDS545330 783 + 0.266922
g4115 DLA_04564 conserved chaperone protein which promotes assembly of the 20S proteasome may form a dimer with psmG1 and act in concert with psmG3psmG4GAOABQK02GQAQJ CDS546301 780 - 0.289744
g4116 DLA_04565 GAOABQK02GQAQJ CDS547738 1404 - 0.36396
g4117 DLA_04566 GAOABQK02GQAQJ CDS549642 1053 + 0.311491
g4118 DLA_04567 GAOABQK02GQAQJ CDS550821 729 + 0.334705
g4119 DLA_04568 GAOABQK02GQAQJ CDS551695 2496 - 0.290064
g412 DLA_00457 contig05409_1.exp CDS941451 873 - 0.272623
g4120 DLA_11590 GAOABQK02GQAQJ CDS555164 423 - 0.316785
g4121 DLA_04569 GAOABQK02GQAQJ CDS555779 498 - 0.299197
g4122 DLA_04570 GAOABQK02GQAQJ CDS556631 2400 + 0.305
g4123 DLA_04571 GAOABQK02GQAQJ CDS559281 618 - 0.323625
g4124 DLA_04572 GAOABQK02GQAQJ CDS560413 2169 - 0.294606
g4125 DLA_04573 GAOABQK02GQAQJ CDS562647 1758 + 0.294653
g4126 DLA_04574 GAOABQK02GQAQJ CDS564596 351 - 0.450142
g4127 DLA_04575 homolog of H. sapiens TNPO12 and S. cervisiae KAP104 (karyopherin 104) involved in nuclear protein importGAOABQK02GQAQJ CDS565957 2766 - 0.353941
g4128 DLA_04576 GAOABQK02GQAQJ CDS569096 276 + 0.268116
g4129 DLA_04577 contains at least three transmembrane domains ortholog of mannose-P-dolichol utilization defect 1 protein MPDU1GAOABQK02GQAQJ CDS569562 705 - 0.347518
g413 DLA_00458 contig05409_1.exp CDS942679 849 + 0.322733
g4130 DLA_04578 belongs to the synaptobrevin family ortholog of human SEC22B contains a longin domain and a v-snare coiled-coil domain contains 1 predicted transmembrane domainGAOABQK02GQAQJ CDS570431 627 - 0.283892
g4131 DLA_04579 ortholog of the human CPSF4 and yeast YTH1 the 30 kDa subunit of the cleavage and polyadenylation specificity factor (CPSF) complex required for 3' processing of mRNAs human CPSF4 binds RNA polymers with a preference for poly(U)GAOABQK02GQAQJ CDS571926 1626 + 0.376999
g4132 DLA_04581 GAOABQK02GQAQJ CDS575009 1584 - 0.28346
g4133 DLA_04582 GAOABQK02GQAQJ CDS576666 600 + 0.283333
g4134 DLA_04583 GAOABQK02GQAQJ CDS577478 2601 + 0.315263
g4135 DLA_04584 GAOABQK02GQAQJ CDS580189 2076 - 0.310694
g4136 DLA_04585 GAOABQK02GQAQJ CDS582882 1491 - 0.369551
g4137 DLA_04586 GAOABQK02GQAQJ CDS585362 3645 + 0.340192
g4138 DLA_04587 GAOABQK02GQAQJ CDS589685 1446 + 0.301521
g4139 DLA_04588 GAOABQK02GQAQJ CDS591758 906 + 0.400662
g414 DLA_00459 ortholog of human and S. pombe nucleolar protein 58 members of this family are involved in a variety of functions during pre-mRNA splicingcontig05409_1.exp CDS943705 1881 - 0.353535
g4140 DLA_04589 GAOABQK02GQAQJ CDS593088 900 - 0.343333
g4141 DLA_04590 GAOABQK02GQAQJ CDS594576 1932 - 0.365942
g4142 DLA_04591 GAOABQK02GQAQJ CDS598636 1410 + 0.364539
g4143 DLA_04592 GAOABQK02GQAQJ CDS600344 528 + 0.320076
g4144 DLA_04593 GAOABQK02GQAQJ CDS601402 2871 + 0.333682
g4145 DLA_04594 ortholog of the human PPP2R4 (PTPA) that stimulates the phosphotyrosyl phosphatase activity of PP2A in the presence of ATP and Mg(2) in vitroGAOABQK02GQAQJ CDS604651 963 - 0.345794
g4146 DLA_11591 GAOABQK02GQAQJ CDS605799 1113 + 0.319856
g4147 DLA_04595 GAOABQK02GQAQJ CDS607095 1614 + 0.348203
g4148 DLA_04596 GAOABQK02GQAQJ CDS608908 2157 + 0.265647
g4149 DLA_04597 GAOABQK02GQAQJ CDS611526 2625 - 0.32419
g415 DLA_00460 contig05409_1.exp CDS945875 1254 + 0.339713
g4150 DLA_04598 GAOABQK02GQAQJ CDS614909 678 - 0.312684
g4151 DLA_04599 GAOABQK02GQAQJ CDS616307 1068 - 0.34176
g4152 DLA_04600 GAOABQK02GQAQJ CDS618386 861 + 0.300813
g4153 DLA_04601 GAOABQK02GQAQJ CDS620307 2193 + 0.367533
g4154 DLA_04602 similar to human PRSS16 (thymus-specific serine protease) contains a putative signal peptideGAOABQK02GQAQJ CDS622759 1473 - 0.382892
g4155 DLA_11592 GAOABQK02GQAQJ CDS624444 1029 - 0.300292
g4156 DLA_04603 GAOABQK02GQAQJ CDS625870 1821 - 0.291049
g4157 DLA_04604 GAOABQK02GQAQJ CDS627845 1929 + 0.365993
g4158 DLA_04605 GAOABQK02GQAQJ CDS630116 7644 + 0.354003
g4159 DLA_04606 GAOABQK02GQAQJ CDS638077 1005 - 0.287562
g416 DLA_00461 contig05409_1.exp CDS947446 1215 + 0.412346
g4160 DLA_04607 GAOABQK02GQAQJ CDS639487 1248 + 0.345353
g4161 DLA_04609 GAOABQK02GQAQJ CDS641096 873 + 0.352806
g4162 DLA_11593 GAOABQK02GQAQJ CDS642114 288 - 0.239583
g4163 DLA_04610 GAOABQK02GQAQJ CDS643235 2076 - 0.307803
g4164 DLA_04611 GAOABQK02GQAQJ CDS645470 1110 - 0.313514
g4165 DLA_04612 GAOABQK02GQAQJ CDS647101 3552 + 0.341216
g4166 DLA_04613 GAOABQK02GQAQJ CDS650908 1155 + 0.4
g4167 DLA_04614 GAOABQK02GQAQJ CDS652471 2319 - 0.362656
g4168 DLA_04616 GAOABQK02GQAQJ CDS655797 1179 + 0.318914
g4169 DLA_04617 GAOABQK02GQAQJ CDS657047 3006 - 0.314039
g417 DLA_00462 contig05409_1.exp CDS949108 918 + 0.392157
g4170 DLA_04618 GAOABQK02GQAQJ CDS660765 2952 - 0.330285
g4171 DLA_04619 GAOABQK02GQAQJ CDS663991 369 + 0.314363
g4172 DLA_04620 GAOABQK02GQAQJ CDS664719 2034 + 0.360865
g4173 DLA_04621 GAOABQK02GQAQJ CDS667576 1077 + 0.413185
g4174 DLA_04622 GAOABQK02GQAQJ CDS668821 843 - 0.302491
g4175 DLA_04623 GAOABQK02GQAQJ CDS670078 690 + 0.402899
g4176 DLA_04624 GAOABQK02GQAQJ CDS671094 1299 - 0.342571
g4177 DLA_04625 catalyzes the reaction ATP L-Tyrosine tRNATyr AMP diphosphate L-tyrosyl-tRNATyrGAOABQK02GQAQJ CDS672814 1173 - 0.333333
g4178 DLA_11594 GAOABQK02GQAQJ CDS674161 1458 - 0.33882
g4179 DLA_11595 GAOABQK02GQAQJ CDS675950 945 + 0.330159
g418 DLA_00463 contig05409_1.exp CDS950309 531 - 0.374765
g4180 DLA_04626 GAOABQK02GQAQJ CDS677461 2697 + 0.31294
g4181 DLA_04627 GAOABQK02GQAQJ CDS680594 1872 + 0.341346
g4182 DLA_04628 GAOABQK02GQAQJ CDS682532 507 - 0.254438
g4183 DLA_11596 GAOABQK02GQAQJ CDS684628 2286 + 0.317148
g4184 DLA_04629 GAOABQK02GQAQJ CDS687366 594 + 0.358586
g4185 DLA_04630 GAOABQK02GQAQJ CDS688201 1161 - 0.296296
g4186 DLA_04631 homolog of human EXOSC3 (exosome component 3) and S. cerevisiae RRP40 (Ribosomal RNA-processing protein 40) S. cerevisiae RRP40 is a component of the exosome 3'-5' exoribonuclease complex but lacks exonuclease activityGAOABQK02GQAQJ CDS690043 687 + 0.295488
g4187 DLA_04632 GAOABQK02GQAQJ CDS690956 1743 - 0.343087
g4188 DLA_04633 GAOABQK02GQAQJ CDS693337 654 - 0.318043
g4189 DLA_04634 GAOABQK02GQAQJ CDS695751 2340 - 0.311111
g419 DLA_00464 contig05409_1.exp CDS951487 711 + 0.326301
g4190 DLA_04635 GAOABQK02GQAQJ CDS698291 2691 - 0.302861
g4191 DLA_04636 GAOABQK02GQAQJ CDS701272 678 + 0.330383
g4192 DLA_04637 GAOABQK02GQAQJ CDS702147 366 - 0.393443
g4193 DLA_04638 GAOABQK02GQAQJ CDS702683 1161 - 0.30491
g4194 DLA_04639 GAOABQK02GQAQJ CDS704404 2295 + 0.345098
g4195 DLA_04640 GAOABQK02GQAQJ CDS707986 828 - 0.283816
g4196 DLA_04641 GAOABQK02GQAQJ CDS709115 624 - 0.399038
g4197 DLA_04642 GAOABQK02GQAQJ CDS710350 417 - 0.378897
g4198 DLA_04643 GAOABQK02GQAQJ CDS711092 1665 + 0.287688
g4199 DLA_04644 GAOABQK02GQAQJ CDS713078 1503 + 0.322023
g42 DLA_00049 contig05409_1.exp CDS108002 546 - 0.340659
g420 DLA_00466 contig05409_1.exp CDS952728 1725 + 0.350145
g4200 DLA_04645 GAOABQK02GQAQJ CDS714652 1026 + 0.287524
g4201 DLA_04646 GAOABQK02GQAQJ CDS715895 1050 + 0.307619
g4202 DLA_04647 GAOABQK02GQAQJ CDS717302 945 - 0.293122
g4203 DLA_04648 GAOABQK02GQAQJ CDS718818 1494 + 0.309906
g4204 DLA_04649 GAOABQK02GQAQJ CDS721613 1611 + 0.343886
g4205 DLA_04650 contains a sac phosphatase domain similar to D. discoideum sac1 similar to D. purpureum proteinGAOABQK02GQAQJ CDS723389 3156 - 0.295627
g4206 DLA_04652 GAOABQK02GQAQJ CDS728400 453 - 0.322296
g4207 DLA_04653 GAOABQK02GQAQJ CDS730463 612 + 0.30719
g4208 DLA_04654 similar to animal and plant cystatin A3 member of the stefin cystatin family of cysteine protease inhibitorsGAOABQK02GQAQJ CDS731378 297 - 0.367003
g4209 DLA_04655 GAOABQK02GQAQJ CDS732097 1335 + 0.322846
g421 DLA_00467 contig05409_1.exp CDS954526 1515 - 0.308911
g4210 DLA_04656 GAOABQK02GQAQJ CDS733574 1152 - 0.352431
g4211 DLA_04658 GAOABQK02GQAQJ CDS735323 2208 + 0.317482
g4212 DLA_04659 GAOABQK02GQAQJ CDS738036 237 - 0.291139
g4213 DLA_04660 GAOABQK02GQAQJ CDS738437 2316 + 0.310017
g4214 DLA_04661 GAOABQK02GQAQJ CDS741297 837 - 0.383513
g4215 DLA_04662 GAOABQK02GQAQJ CDS742409 1620 + 0.280247
g4216 DLA_04663 GAOABQK02GQAQJ CDS744357 2100 + 0.32
g4217 DLA_04664 putative ortholog of H. sapiens WDR7 also known as TGF-beta resistance-associated protein (TRAG) and rabconnectin-3 betaGAOABQK02GQAQJ CDS746948 3879 + 0.333849
g4218 DLA_04665 protein serinethreonine kinase CAMK group CAMK1 family similar to the Dictyostelium myosin light chain kinase (mlkA) and mammalian CAM kinasesGAOABQK02GQAQJ CDS751139 1023 - 0.362659
g4219 DLA_04666 GAOABQK02GQAQJ CDS752872 2856 + 0.358193
g422 DLA_00468 contig05409_1.exp CDS956594 576 + 0.300347
g4220 DLA_04667 GAOABQK02GQAQJ CDS756282 2670 + 0.341573
g4221 DLA_04668 GAOABQK02GQAQJ CDS759166 3513 - 0.318247
g4222 DLA_04669 GAOABQK02GQAQJ CDS763149 1296 + 0.328704
g4223 DLA_04670 GAOABQK02GQAQJ CDS764759 1152 - 0.293403
g4224 DLA_04671 GAOABQK02GQAQJ CDS767132 2847 + 0.32947
g4225 DLA_04672 GAOABQK02GQAQJ CDS770362 2007 - 0.337319
g4226 DLA_04673 GAOABQK02GQAQJ CDS772699 858 + 0.335664
g4227 DLA_04674 GAOABQK02GQAQJ CDS774305 2109 + 0.329066
g4228 DLA_04675 GAOABQK02GQAQJ CDS776472 840 - 0.32381
g4229 DLA_04676 GAOABQK02GQAQJ CDS777709 1710 + 0.339181
g423 DLA_00469 contig05409_1.exp CDS957371 1476 + 0.382114
g4230 DLA_04677 GAOABQK02GQAQJ CDS780151 1617 - 0.252938
g4231 DLA_04678 ortholog of Werner helicase-interacting protein 1 a modulator for initiation or reinitiation events during DNA polymerase delta-mediated DNA synthesisGAOABQK02GQAQJ CDS782385 2436 + 0.309113
g4232 DLA_04680 GAOABQK02GQAQJ CDS785792 2157 + 0.313398
g4233 DLA_04681 GAOABQK02GQAQJ CDS788021 867 - 0.247982
g4234 DLA_04682 GAOABQK02GQAQJ CDS789545 1029 - 0.316812
g4235 DLA_04683 GAOABQK02GQAQJ CDS791783 1278 + 0.364632
g4236 DLA_04684 GAOABQK02GQAQJ CDS793404 1899 + 0.339126
g4237 DLA_04685 GAOABQK02GQAQJ CDS795419 2172 - 0.337017
g4238 DLA_11597 GAOABQK02GQAQJ CDS798949 726 + 0.378788
g4239 DLA_11598 GAOABQK02GQAQJ CDS800106 1131 + 0.295314
g424 DLA_00470 P-type ATPase (E1-E2) highly similar to human ATP8A1 believed to be involved in the transport of aminophospholipidscontig05409_1.exp CDS959789 4086 + 0.367107
g4240 DLA_04687 GAOABQK02GQAQJ CDS801644 3270 + 0.336391
g4241 DLA_04688 half transporter consisting of one ABC domain and one transmembrane domainGAOABQK02GQAQJ CDS805174 2526 - 0.335709
g4242 DLA_04689 half transporter consisting of one ABC domain and one transmembrane domainGAOABQK02GQAQJ CDS808176 2577 + 0.332557
g4243 DLA_04690 GAOABQK02GQAQJ CDS810909 1698 + 0.277974
g4244 DLA_04691 GAOABQK02GQAQJ CDS812782 1419 - 0.338266
g4245 DLA_04692 GAOABQK02GQAQJ CDS814534 2502 + 0.323741
g4246 DLA_04693 GAOABQK02GQAQJ CDS817267 894 - 0.326622
g4247 DLA_04694 GAOABQK02GQAQJ CDS818685 1863 - 0.303274
g4248 DLA_04695 GAOABQK02GQAQJ CDS823264 1362 - 0.351689
g4249 DLA_04696 belongs to a family of conserved mammalian HCaRG (hypertension-related calcium-regulated gene) proteinsGAOABQK02GQAQJ CDS825005 615 - 0.310569
g425 DLA_00471 contig05409_1.exp CDS964177 498 - 0.325301
g4250 DLA_04697 ortholog of TOP3 a nuclear topoisomerase responsible for relaxing single-stranded negatively-supercoiled DNAGAOABQK02GQAQJ CDS825795 2313 - 0.342412
g4251 DLA_11599 GAOABQK02GQAQJ CDS828638 738 - 0.327913
g4252 DLA_04698 GAOABQK02GQAQJ CDS830244 1563 - 0.285988
g4253 DLA_04699 identified as a suppressor of smlA null mutant cnr4 contains a Cue domain which may be involved in binding ubiquitin-conjugating enzymesGAOABQK02GQAQJ CDS832465 999 + 0.382382
g4254 DLA_04700 GAOABQK02GQAQJ CDS834297 2067 - 0.355104
g4255 DLA_04701 GAOABQK02GQAQJ CDS836544 219 - 0.296804
g4256 DLA_04702 GAOABQK02GQAQJ CDS837570 1257 + 0.268894
g4257 DLA_04703 GAOABQK02GQAQJ CDS838889 2607 - 0.322593
g4258 DLA_04705 GAOABQK02GQAQJ CDS842046 2043 - 0.380813
g4259 DLA_04706 GAOABQK02GQAQJ CDS844698 2919 + 0.35149
g426 DLA_00473 contig05409_1.exp CDS965909 2373 - 0.326591
g4260 DLA_04707 GAOABQK02GQAQJ CDS849064 4197 + 0.394806
g4261 DLA_04708 GAOABQK02GQAQJ CDS853851 486 - 0.360082
g4262 DLA_04709 GAOABQK02GQAQJ CDS854739 1293 + 0.323279
g4263 DLA_04710 GAOABQK02GQAQJ CDS856888 486 + 0.36214
g4264 DLA_04711 GAOABQK02GQAQJ CDS857504 849 - 0.354535
g4265 DLA_04712 GAOABQK02GQAQJ CDS858765 528 + 0.293561
g4266 DLA_11600 GAOABQK02GQAQJ CDS859597 255 - 0.415686
g4267 DLA_04713 GAOABQK02GQAQJ CDS860607 1854 - 0.340345
g4268 DLA_04714 GAOABQK02GQAQJ CDS863577 1788 + 0.294183
g4269 DLA_11601 GAOABQK02GQAQJ CDS865784 516 + 0.374031
g427 DLA_00474 contig05409_1.exp CDS968607 879 - 0.32537
g4270 DLA_04715 GAOABQK02GQAQJ CDS866562 2244 - 0.299465
g4271 DLA_04716 GAOABQK02GQAQJ CDS869762 8682 - 0.349804
g4272 DLA_04717 putative Ca2 channel similar to metazoan polycystin-2 (PKD2) defects in the human PKD2 causes polycystic kidney disease autosomal dominant type 2 (ADPKD2) characterized by progressive formation and enlargement of cysts in both kidneys contains 6 putative transmembrane domainsGAOABQK02GQAQJ CDS878885 2247 - 0.307076
g4273 DLA_04718 GAOABQK02GQAQJ CDS881726 2331 - 0.305877
g4274 DLA_04719 GAOABQK02GQAQJ CDS884353 2763 + 0.295331
g4275 DLA_04720 GAOABQK02GQAQJ CDS887264 1806 + 0.330011
g4276 DLA_04721 GAOABQK02GQAQJ CDS889531 945 + 0.329101
g4277 DLA_04722 GAOABQK02GQAQJ CDS890666 975 + 0.32
g4278 DLA_04723 GAOABQK02GQAQJ CDS891932 1137 + 0.373791
g4279 DLA_04725 GAOABQK02GQAQJ CDS894234 1044 + 0.355364
g428 DLA_00475 contig05409_1.exp CDS969756 1773 - 0.305133
g4280 DLA_04726 GAOABQK02GQAQJ CDS895678 2187 + 0.328304
g4281 DLA_04728 GAOABQK02GQAQJ CDS898225 873 - 0.337915
g4282 DLA_04729 GAOABQK02GQAQJ CDS899265 1680 + 0.29881
g4283 DLA_04730 GAOABQK02GQAQJ CDS901241 1908 + 0.302411
g4284 DLA_04731 GAOABQK02GQAQJ CDS903214 1701 - 0.285126
g4285 DLA_04732 GAOABQK02GQAQJ CDS905072 3132 + 0.304278
g4286 DLA_04733 GAOABQK02GQAQJ CDS908920 1350 + 0.268889
g4287 DLA_04734 GAOABQK02GQAQJ CDS910354 5298 - 0.360136
g4288 DLA_11602 GAOABQK02GQAQJ CDS916226 2115 + 0.289835
g4289 DLA_04735 GAOABQK02GQAQJ CDS918626 1182 + 0.291032
g429 DLA_00476 contig05409_1.exp CDS972503 1317 - 0.349279
g4290 DLA_04736 GAOABQK02GQAQJ CDS920116 1251 - 0.293365
g4291 DLA_04737 GAOABQK02GQAQJ CDS922001 1170 + 0.374359
g4292 DLA_04738 GAOABQK02GQAQJ CDS923857 828 - 0.316425
g4293 DLA_04739 GAOABQK02GQAQJ CDS925019 1179 - 0.318066
g4294 DLA_04740 GAOABQK02GQAQJ CDS927407 5724 + 0.408805
g4295 DLA_04741 GAOABQK02GQAQJ CDS933573 552 - 0.307971
g4296 DLA_04742 GAOABQK02GQAQJ CDS934578 4212 - 0.340456
g4297 DLA_04743 catalyzes the reaction L-proline NAD(P)supsup 1-pyrroline-5-carboxylate NAD(P)H HsupsupGAOABQK02GQAQJ CDS939860 1536 + 0.343099
g4298 DLA_04744 GAOABQK02GQAQJ CDS941546 1119 - 0.321716
g4299 DLA_04745 GAOABQK02GQAQJ CDS942868 447 + 0.284116
g43 DLA_00052 contig05409_1.exp CDS110599 2445 + 0.271575
g430 DLA_00477 contig05409_1.exp CDS974153 4065 + 0.327429
g4300 DLA_04746 GAOABQK02GQAQJ CDS943988 1629 - 0.36771
g4301 DLA_04747 GAOABQK02GQAQJ CDS948296 1629 + 0.34868
g4302 DLA_04748 GAOABQK02GQAQJ CDS949983 1905 - 0.327559
g4303 DLA_04749 GAOABQK02GQAQJ CDS952334 1602 + 0.338951
g4304 DLA_04751 GAOABQK02GQAQJ CDS954602 2229 - 0.344101
g4305 DLA_04752 GAOABQK02GQAQJ CDS960673 1929 - 0.371695
g4306 DLA_04753 GAOABQK02GQAQJ CDS963209 3252 - 0.339176
g4307 DLA_04754 GAOABQK02GQAQJ CDS966859 786 - 0.344784
g4308 DLA_04755 GAOABQK02GQAQJ CDS968202 663 + 0.315234
g4309 DLA_04756 GAOABQK02GQAQJ CDS969059 657 - 0.420091
g431 DLA_00478 contig05409_1.exp CDS979245 849 + 0.366313
g4310 DLA_04757 GAOABQK02GQAQJ CDS969936 924 - 0.287879
g4311 DLA_04758 GAOABQK02GQAQJ CDS971256 2889 - 0.340602
g4312 DLA_04759 GAOABQK02GQAQJ CDS974718 3069 + 0.380254
g4313 DLA_04761 GAOABQK02GQAQJ CDS979729 486 + 0.26749
g4314 DLA_04762 GAOABQK02GQAQJ CDS980607 687 - 0.307132
g4315 DLA_04763 GAOABQK02GQAQJ CDS981628 726 + 0.285124
g4316 DLA_04764 GAOABQK02GQAQJ CDS982601 852 + 0.319249
g4317 DLA_04765 GAOABQK02GQAQJ CDS983660 2244 - 0.276292
g4318 DLA_04766 GAOABQK02GQAQJ CDS986492 1524 - 0.281496
g4319 DLA_04767 GAOABQK02GQAQJ CDS988886 1359 + 0.354673
g432 DLA_00480 contig05409_1.exp CDS981185 462 + 0.344156
g4320 DLA_04768 GAOABQK02GQAQJ CDS991147 3333 - 0.308731
g4321 DLA_04769 GAOABQK02GQAQJ CDS994903 1029 + 0.291545
g4322 DLA_04770 GAOABQK02GQAQJ CDS996101 6825 - 0.332015
g4323 DLA_04771 GAOABQK02GQAQJ CDS1003599 252 + 0.246032
g4324 DLA_04772 GAOABQK02GQAQJ CDS1004164 999 - 0.332332
g4325 DLA_04773 GAOABQK02GQAQJ CDS1005379 2721 - 0.329658
g4326 DLA_04774 GAOABQK02GQAQJ CDS1009911 858 - 0.395105
g4327 DLA_04775 GAOABQK02GQAQJ CDS1011298 1773 + 0.350818
g4328 DLA_04777 GAOABQK02GQAQJ CDS1015387 867 + 0.268743
g4329 DLA_04779 GAOABQK02GQAQJ CDS1017274 2826 - 0.295824
g433 DLA_00481 contig05409_1.exp CDS983170 1590 + 0.335849
g4330 DLA_04781 GAOABQK02GQAQJ CDS1021324 2493 + 0.271159
g4331 DLA_04782 GAOABQK02GQAQJ CDS1024516 549 + 0.298725
g4332 DLA_04783 GAOABQK02GQAQJ CDS1025738 11418 - 0.318795
g4333 DLA_04786 GAOABQK02GQAQJ CDS1041106 1323 + 0.32124
g4334 DLA_04787 GAOABQK02GQAQJ CDS1042465 675 - 0.305185
g4335 DLA_04788 GAOABQK02GQAQJ CDS1043860 2172 - 0.355893
g4336 DLA_04789 GAOABQK02GQAQJ CDS1046815 4053 + 0.339255
g4337 DLA_04791 GAOABQK02GQAQJ CDS1051527 450 - 0.402222
g4338 DLA_04792 GAOABQK02GQAQJ CDS1052595 2424 + 0.312706
g4339 DLA_04794 GAOABQK02GQAQJ CDS1056108 1185 + 0.276793
g434 DLA_00483 contig05409_1.exp CDS985729 450 + 0.32
g4340 DLA_04795 GAOABQK02GQAQJ CDS1057715 1140 - 0.355263
g4341 DLA_11603 GAOABQK02GQAQJ CDS1059345 357 - 0.294118
g4342 DLA_04796 similar to human PLD a GPI (glycosylphosphatidylinositol)-specific phospholipase DGAOABQK02GQAQJ CDS1059948 2628 - 0.329148
g4343 DLA_04797 GAOABQK02GQAQJ CDS1063492 1713 - 0.279043
g4344 DLA_04798 GAOABQK02GQAQJ CDS1065585 870 + 0.364368
g4345 DLA_04799 GAOABQK02GQAQJ CDS1066989 768 + 0.365885
g4346 DLA_04800 GAOABQK02GQAQJ CDS1068211 3357 + 0.327078
g4347 DLA_04802 GAOABQK02GQAQJ CDS1072189 1203 + 0.27182
g4348 DLA_04803 GAOABQK02GQAQJ CDS1074237 1086 + 0.341621
g4349 DLA_04805 GAOABQK02GQAQJ CDS1078207 1833 + 0.26132
g435 DLA_00484 contig05409_1.exp CDS986633 1572 - 0.321883
g4350 DLA_04806 GAOABQK02GQAQJ CDS1080315 369 - 0.292683
g4351 DLA_04808 GAOABQK02GQAQJ CDS1082463 7581 + 0.303258
g4352 DLA_04809 GAOABQK02GQAQJ CDS1090298 1194 - 0.322446
g4353 DLA_04811 GAOABQK02GQAQJ CDS1093282 369 - 0.273713
g4354 DLA_04812 GAOABQK02GQAQJ CDS1095272 1263 + 0.361837
g4355 DLA_04814 GAOABQK02GQAQJ CDS1097737 651 - 0.357911
g4356 DLA_04815 ortholog of S. cerevisiae TAM41 a mitochondrial protein involved in protein import into the mitochondrial matrixGAOABQK02GRIAE CDS2140 2220 + 0.281081
g4357 DLA_04816 GAOABQK02GRIAE CDS4785 3231 - 0.316311
g4358 DLA_04817 GAOABQK02GRIAE CDS8618 555 + 0.336937
g4359 DLA_04818 GAOABQK02GRIAE CDS9656 1917 - 0.324465
g436 DLA_00485 contig05409_1.exp CDS988907 453 - 0.353201
g4360 DLA_04819 GAOABQK02GRIAE CDS11780 3618 - 0.300719
g4361 DLA_04820 GAOABQK02GRIAE CDS17839 2421 - 0.336225
g4362 DLA_04821 GAOABQK02GRIAE CDS20539 2247 - 0.315532
g4363 DLA_04822 GAOABQK02GRIAE CDS23497 3804 + 0.339642
g4364 DLA_04823 GAOABQK02GRIAE CDS27917 2184 + 0.31685
g4365 DLA_04824 GAOABQK02GRIAE CDS30234 594 - 0.323232
g4366 DLA_04825 GAOABQK02GRIAE CDS31375 1116 + 0.305556
g4367 DLA_04826 GAOABQK02GRIAE CDS32950 375 - 0.394667
g4368 DLA_04827 GAOABQK02GRIAE CDS34463 1149 - 0.307224
g4369 DLA_04828 GAOABQK02GRIAE CDS36687 5133 + 0.263589
g437 DLA_00486 Dictyostelium ortholog of the conserved midasin a large protein containing an AAA ATPase domain and a C-terminal VWFA domain S. cerevisiae MDN1 is a rRNA processing ATPase.contig05409_1.exp CDS990202 16743 + 0.335663
g4370 DLA_04830 GAOABQK02GRIAE CDS44001 3402 - 0.368313
g4371 DLA_04831 GAOABQK02GRIAE CDS48218 3375 + 0.357333
g4372 DLA_04832 ortholog of the conserved CIA1 (S. cerevisiae) or CIAO1 (Mammals) which in yeast is essential for assembly of cytosolic and nuclear iron-sulfur proteins contains 7 WD40 repeatsGAOABQK02GRIAE CDS51833 987 + 0.348531
g4373 DLA_04833 GAOABQK02GRIAE CDS52860 831 - 0.327316
g4374 DLA_04834 GAOABQK02GRIAE CDS53831 6273 + 0.326957
g4375 DLA_04835 GAOABQK02GRIAE CDS60378 1338 - 0.294469
g4376 DLA_04836 GAOABQK02GRIAE CDS62023 888 - 0.279279
g4377 DLA_04838 GAOABQK02GRIAE CDS65266 9915 + 0.320625
g4378 DLA_04839 GAOABQK02GRIAE CDS75425 1020 + 0.253922
g4379 DLA_04840 GAOABQK02GRIAE CDS76672 567 + 0.266314
g438 DLA_00487 contig05409_1.exp CDS1007255 2724 - 0.30837
g4380 DLA_04841 GAOABQK02GRIAE CDS77679 2385 - 0.374004
g4381 DLA_04842 GAOABQK02GRIAE CDS82259 1353 + 0.297857
g4382 DLA_04843 GAOABQK02GRIAE CDS83934 1602 + 0.325218
g4383 DLA_04845 GAOABQK02GRIAE CDS86199 786 + 0.30916
g4384 DLA_04846 GAOABQK02GRIAE CDS87383 1194 + 0.345059
g4385 DLA_04848 GAOABQK02GRIAE CDS89099 246 - 0.337398
g4386 DLA_04849 GAOABQK02GRIAE CDS89763 588 + 0.336735
g4387 DLA_04850 NAP proteins act as histone chaperones shuttling both core and linker histones from their site of synthesis in the cytoplasm to the nucleusGAOABQK02GRIAE CDS90607 942 + 0.361996
g4388 DLA_04851 belongs to a family of zinc transporters that are integral membrane proteins which are found to increase tolerance to divalent metal ions contains 6 putative transmembrane domainsGAOABQK02GRIAE CDS91802 1668 - 0.317746
g4389 DLA_04852 GAOABQK02GRIAE CDS93825 909 + 0.325633
g439 DLA_00488 contig05409_1.exp CDS1010422 2394 - 0.327485
g4390 DLA_04853 GAOABQK02GRIAE CDS95100 1842 + 0.327362
g4391 DLA_04854 GAOABQK02GRIAE CDS97101 2892 - 0.33852
g4392 DLA_04855 GAOABQK02GRIAE CDS101265 1704 - 0.348005
g4393 DLA_04856 GAOABQK02GRIAE CDS107439 675 - 0.383704
g4394 DLA_04857 GAOABQK02GRIAE CDS109131 1053 - 0.329535
g4395 DLA_04858 GAOABQK02GRIAE CDS110904 657 + 0.378995
g4396 DLA_04859 GAOABQK02GRIAE CDS112322 543 - 0.290976
g4397 DLA_04860 GAOABQK02GRIAE CDS113254 1716 + 0.277972
g4398 DLA_04861 GAOABQK02GRIAE CDS118926 1323 - 0.352986
g4399 DLA_11604 GAOABQK02GRIAE CDS123217 1224 + 0.319444
g44 DLA_00053 contig05409_1.exp CDS113335 4518 - 0.340859
g440 DLA_00489 contig05409_1.exp CDS1013074 2718 - 0.306107
g4400 DLA_04862 GAOABQK02GRIAE CDS124812 489 + 0.300613
g4401 DLA_04863 GAOABQK02GRIAE CDS128848 537 + 0.292365
g4402 DLA_04864 GAOABQK02GRIAE CDS130046 594 - 0.319865
g4403 DLA_04867 GAOABQK02GRIAE CDS131300 2673 - 0.320239
g4404 DLA_04868 GAOABQK02GRIAE CDS136633 1623 + 0.371534
g4405 DLA_04869 GAOABQK02GRIAE CDS138667 3420 - 0.334503
g4406 DLA_04871 GAOABQK02GRIAE CDS143302 1827 + 0.321839
g4407 DLA_04872 ortholog of the human CPSF3 and yeast YSH1 the 73 kDa subunit of the cleavage and polyadenylation specificity factor (CPSF) complex required for 3' processing of mRNAsGAOABQK02GRIAE CDS145279 2223 - 0.338731
g4408 DLA_04873 catalyzes the reaction Hsub2subO dCTP - NH3 dUTP in de novo biosynthesis of pyrimidine deoxyribonucleotidesGAOABQK02GRIAE CDS147649 738 - 0.304878
g4409 DLA_04874 GAOABQK02GRIAE CDS149654 1803 + 0.380477
g441 DLA_11442 contig05409_1.exp CDS1016219 1113 - 0.263252
g4410 DLA_04875 GAOABQK02GRIAE CDS151919 864 + 0.298611
g4411 DLA_04876 GAOABQK02GRIAE CDS153333 765 + 0.295425
g4412 DLA_04878 GAOABQK02GRIAE CDS155358 4623 + 0.307376
g4413 DLA_04879 GAOABQK02GRIAE CDS160195 1650 - 0.310303
g4414 DLA_04880 GAOABQK02GRIAE CDS162629 2166 - 0.301939
g4415 DLA_04881 GAOABQK02GRIAE CDS165148 990 + 0.347475
g4416 DLA_04882 GAOABQK02GRIAE CDS166338 2568 + 0.308801
g4417 DLA_04883 GAOABQK02GRIAE CDS169464 897 + 0.352285
g4418 DLA_04884 GAOABQK02GRIAE CDS170647 846 + 0.353428
g4419 DLA_04886 GAOABQK02GRIAE CDS172157 2103 + 0.292915
g442 DLA_00490 contig05409_1.exp CDS1017632 1248 + 0.327724
g4420 DLA_04887 GAOABQK02GRIAE CDS174565 1338 - 0.289238
g4421 DLA_04888 GAOABQK02GRIAE CDS176092 225 + 0.293333
g4422 DLA_04889 GAOABQK02GRIAE CDS176484 1617 - 0.303649
g4423 DLA_04890 GAOABQK02GRIAE CDS178156 447 + 0.270694
g4424 DLA_04891 GAOABQK02GRIAE CDS178690 960 - 0.308333
g4425 DLA_04892 GAOABQK02GRIAE CDS179861 516 + 0.294574
g4426 DLA_04893 GAOABQK02GRIAE CDS180489 921 - 0.416938
g4427 DLA_04894 GAOABQK02GRIAE CDS181916 1023 + 0.356794
g4428 DLA_04895 GAOABQK02GRIAE CDS183019 2127 - 0.348848
g4429 DLA_04896 GAOABQK02GRIAE CDS186938 3063 + 0.335619
g443 DLA_00491 contig05409_1.exp CDS1018959 993 - 0.303122
g4430 DLA_04899 catalyzes the reaction cystathionine Hsub2subO 2-oxobutanoate L-cysteine NHsub3subGAOABQK02GRIAE CDS194004 1152 + 0.377604
g4431 DLA_04900 GAOABQK02GRIAE CDS195274 2445 + 0.283436
g4432 DLA_04901 GAOABQK02GRIAE CDS197855 660 - 0.298485
g4433 DLA_04902 GAOABQK02GRIAE CDS198902 1545 + 0.242071
g4434 DLA_04903 GAOABQK02GRIAE CDS200678 1572 + 0.315522
g4435 DLA_04906 GAOABQK02GRIAE CDS205193 1446 - 0.291148
g4436 DLA_04907 GAOABQK02GRIAE CDS207516 3198 + 0.331457
g4437 DLA_04909 GAOABQK02GRIAE CDS211845 804 + 0.262438
g4438 DLA_04911 GAOABQK02GRIAE CDS213590 1617 - 0.369821
g4439 DLA_04912 GAOABQK02GRIAE CDS215650 372 + 0.346774
g444 DLA_11443 contig05409_1.exp CDS1020252 723 - 0.29184
g4440 DLA_04913 ortholog of peroxin 4 a peroxisomal ubiquitin conjugating enzyme required for peroxisomal matrix protein import and peroxisome biogenesisGAOABQK02GRIAE CDS216161 447 + 0.288591
g4441 DLA_04914 GAOABQK02GRIAE CDS216906 537 + 0.3054
g4442 DLA_04916 GAOABQK02GRIAE CDS218825 1521 + 0.365549
g4443 DLA_04917 GAOABQK02GRIAE CDS220710 2406 + 0.266833
g4444 DLA_04919 GAOABQK02GRIAE CDS225089 405 - 0.28642
g4445 DLA_04922 GAOABQK02GSVD1 CDS113 1479 - 0.282623
g4446 DLA_04923 GAOABQK02GSVD1 CDS1845 444 - 0.337838
g4447 DLA_04924 GAOABQK02GSVD1 CDS2815 579 + 0.288428
g4448 DLA_04926 GAOABQK02H81I9 CDS1090 4572 - 0.27909
g4449 DLA_04927 GAOABQK02H81I9 CDS5974 660 + 0.298485
g445 DLA_00492 contig05409_1.exp CDS1021410 618 - 0.322006
g4450 DLA_04928 GAOABQK02H81I9 CDS6871 4566 - 0.286027
g4451 DLA_04929 GAOABQK02H81I9 CDS11985 3048 + 0.283136
g4452 DLA_04930 GAOABQK02H81I9 CDS16971 1119 + 0.303843
g4453 DLA_04932 GAOABQK02H81I9 CDS20597 1620 + 0.299383
g4454 DLA_04933 GAOABQK02H81I9 CDS22642 444 + 0.288288
g4455 DLA_04934 component of the RNA polymerase II complex ortholog of S. cerevisiae RPB9GAOABQK02H81I9 CDS23321 327 - 0.348624
g4456 DLA_04935 GAOABQK02H81I9 CDS23754 2466 - 0.345904
g4457 DLA_04936 GAOABQK02H81I9 CDS26587 2580 - 0.312403
g4458 DLA_04937 GAOABQK02H81I9 CDS29274 1683 + 0.322044
g4459 DLA_04938 GAOABQK02H81I9 CDS31029 1170 - 0.309402
g446 DLA_00493 contig05409_1.exp CDS1022388 2244 - 0.3418
g4460 DLA_04939 GAOABQK02H81I9 CDS32465 933 + 0.289389
g4461 DLA_04940 GAOABQK02H81I9 CDS33421 1080 - 0.281481
g4462 DLA_04941 ortholog of mammalian NARG1 and yeast NAT1 part of a complex that displays alpha (N-terminal) acetyltransferase activity GAOABQK02H81I9 CDS34817 2520 + 0.325
g4463 DLA_04942 GAOABQK02H81I9 CDS37895 318 + 0.305031
g4464 DLA_04944 GAOABQK02H81I9 CDS40895 2850 - 0.291579
g4465 DLA_11605 GAOABQK02H81I9 CDS43898 3429 - 0.265967
g4466 DLA_04945 involved in the degradation of misfolded glycosylated proteins required for normal multicellular development belongs to the transglutaminase-like superfamilyGAOABQK02H81I9 CDS47687 2256 + 0.317376
g4467 DLA_04946 GAOABQK02H81I9 CDS50045 2025 - 0.230123
g4468 DLA_04947 GAOABQK02H81I9 CDS52421 1572 - 0.291985
g4469 DLA_04948 GAOABQK02H81I9 CDS54369 1437 + 0.334029
g447 DLA_00495 contig05409_1.exp CDS1025554 1761 + 0.33674
g4470 DLA_04949 GAOABQK02H81I9 CDS55881 414 - 0.277778
g4471 DLA_04954 GAOABQK02H81I9 CDS60096 393 - 0.368957
g4472 DLA_11606 GAOABQK02H81I9 CDS60638 285 - 0.291228
g4473 DLA_04955 GAOABQK02H81I9 CDS61020 1341 + 0.280388
g4474 DLA_11607 GAOABQK02H81I9 CDS62868 870 + 0.285057
g4475 DLA_04956 GAOABQK02H81I9 CDS63836 1956 - 0.292945
g4476 DLA_04957 GAOABQK02H81I9 CDS66089 3852 + 0.317497
g4477 DLA_04958 GAOABQK02H81I9 CDS70591 3831 + 0.308536
g4478 DLA_04959 GAOABQK02H81I9 CDS75090 3807 + 0.312319
g4479 DLA_04960 GAOABQK02H81I9 CDS79895 1290 + 0.343411
g448 DLA_00496 ortholog of S. cerevisiae SGT1 and mammalian SUGT1 associated with the SCF (Skp1pCdc53pF box protein) ubiquitin ligase complexcontig05409_1.exp CDS1027524 1056 - 0.339015
g4480 DLA_04961 GAOABQK02H81I9 CDS81878 1056 + 0.272727
g4481 DLA_04962 GAOABQK02H81I9 CDS83048 483 + 0.310559
g4482 DLA_04963 GAOABQK02H81I9 CDS83618 495 - 0.357576
g4483 DLA_04964 GAOABQK02H81I9 CDS84430 3258 - 0.296194
g4484 DLA_04965 GAOABQK02H81I9 CDS88024 1497 + 0.299265
g4485 DLA_04966 Ca(2)-dependent phospholipid-binding protein contains two C2 domains and a VWFA domain.GAOABQK02H81I9 CDS89714 1668 + 0.351319
g4486 DLA_04967 GAOABQK02H81I9 CDS91781 2508 + 0.329346
g4487 DLA_04968 GAOABQK02H81I9 CDS94787 1464 - 0.304645
g4488 DLA_04969 GAOABQK02H81I9 CDS96865 666 + 0.267267
g4489 DLA_04970 GAOABQK02H81I9 CDS97703 8262 + 0.26398
g449 DLA_00497 contig05409_1.exp CDS1029008 1596 - 0.370301
g4490 DLA_04973 N-terminal kinase-like (NTKL) protein does not contain the consensus sequences required for kinase function however the SCY1 family encodes highly conserved non-canonical kinases that are believed to functionGAOABQK02H81I9 CDS107685 2367 + 0.286439
g4491 DLA_04974 GAOABQK02H81I9 CDS110403 924 + 0.350649
g4492 DLA_04975 GAOABQK02H81I9 CDS111821 798 + 0.367168
g4493 DLA_04976 GAOABQK02H81I9 CDS112900 2298 + 0.289817
g4494 DLA_11608 GAOABQK02H81I9 CDS115732 228 + 0.307018
g4495 DLA_04977 catalyzes the reaction ATP a long-chain carboxylic acid CoA AMP diphosphate an acyl-CoAGAOABQK02H81I9 CDS116081 1728 + 0.337384
g4496 DLA_04978 GAOABQK02H81I9 CDS118060 2229 - 0.302378
g4497 DLA_04979 GAOABQK02H81I9 CDS121111 603 - 0.363184
g4498 DLA_04980 GAOABQK02H81I9 CDS122357 609 - 0.367816
g4499 DLA_04981 GAOABQK02H81I9 CDS123591 516 + 0.339147
g45 DLA_00054 contig05409_1.exp CDS118405 5565 + 0.296676
g450 DLA_00498 contig05409_1.exp CDS1032003 3207 + 0.346118
g4500 DLA_04984 GAOABQK02H81I9 CDS125925 2370 - 0.283966
g4501 DLA_04987 GAOABQK02H81I9 CDS128805 1245 - 0.281928
g4502 DLA_04988 GAOABQK02H81I9 CDS130212 816 + 0.253676
g4503 DLA_04989 GAOABQK02H81I9 CDS131193 1047 - 0.379179
g4504 DLA_04990 GAOABQK02H81I9 CDS133637 717 + 0.309623
g4505 DLA_04992 GAOABQK02H81I9 CDS135825 810 - 0.303704
g4506 DLA_04993 GAOABQK02H81I9 CDS137938 792 - 0.309343
g4507 DLA_04994 GAOABQK02H81I9 CDS139185 3006 + 0.312708
g4508 DLA_04995 GAOABQK02H81I9 CDS142902 3027 + 0.315494
g4509 DLA_04997 GAOABQK02H81I9 CDS147020 2955 + 0.317428
g451 DLA_00499 contig05409_1.exp CDS1035324 1050 - 0.27619
g4510 DLA_04999 GAOABQK02H81I9 CDS150479 1059 - 0.341832
g4511 DLA_05000 GAOABQK02H81I9 CDS152471 3168 + 0.324811
g4512 DLA_05002 GAOABQK02H81I9 CDS156045 3822 + 0.321821
g4513 DLA_05003 GAOABQK02H81I9 CDS160775 4557 + 0.31885
g4514 DLA_05004 GAOABQK02H81I9 CDS165813 1008 + 0.375
g4515 DLA_05005 contains one thioredoxin domain similar to human PDIA6 (protein disulfide isomerase A6)GAOABQK02H81I9 CDS167084 1254 + 0.333333
g4516 DLA_05006 catalyzes the reaction L-methylmalonyl-CoA D-methylmalonyl-CoAGAOABQK02H81I9 CDS168523 498 - 0.299197
g4517 DLA_05007 GAOABQK02H81I9 CDS169460 1371 + 0.378556
g4518 DLA_05008 GAOABQK02H81I9 CDS171288 666 - 0.351351
g4519 DLA_05009 GAOABQK02H81I9 CDS172448 780 + 0.344872
g452 DLA_00500 contig05409_1.exp CDS1036689 1746 - 0.321306
g4520 DLA_05010 GAOABQK02H81I9 CDS173524 972 + 0.341564
g4521 DLA_05011 GAOABQK02H81I9 CDS174890 1251 + 0.303757
g4522 DLA_05012 GAOABQK02H81I9 CDS176240 1347 - 0.279881
g4523 DLA_05013 GAOABQK02H81I9 CDS177698 2418 + 0.301902
g4524 DLA_05014 GAOABQK02H81I9 CDS181124 5421 + 0.33278
g4525 DLA_05015 GAOABQK02H81I9 CDS186706 642 - 0.342679
g4526 DLA_05016 GAOABQK02H81I9 CDS188618 3891 + 0.311488
g4527 DLA_05017 GAOABQK02H81I9 CDS192626 2370 - 0.253165
g4528 DLA_05018 GAOABQK02H81I9 CDS195376 1617 - 0.235622
g4529 DLA_05020 GAOABQK02H81I9 CDS198017 1677 + 0.325581
g453 DLA_00502 contig05409_1.exp CDS1039273 1131 + 0.342175
g4530 DLA_05021 GAOABQK02H81I9 CDS199991 1722 + 0.325203
g4531 DLA_05022 GAOABQK02H81I9 CDS202178 2760 + 0.334783
g4532 DLA_05023 putative ortholog of mammalian sorting nexin and S. cerevisiae VPS5 a subunit of the membrane-associated retromer complex essential for endosome-to-Golgi retrograde transportGAOABQK02H81I9 CDS205815 1629 + 0.364027
g4533 DLA_05024 GAOABQK02H81I9 CDS208039 1245 + 0.361446
g4534 DLA_05025 GAOABQK02H81I9 CDS209603 3888 + 0.316872
g4535 DLA_05026 GAOABQK02H81I9 CDS214301 3846 + 0.310192
g4536 DLA_05027 GAOABQK02H81I9 CDS219062 3903 + 0.305662
g4537 DLA_05028 GAOABQK02H81I9 CDS223619 3909 + 0.308775
g4538 DLA_05029 GAOABQK02H81I9 CDS228244 4599 - 0.346815
g4539 DLA_05030 GAOABQK02H81I9 CDS233403 1422 + 0.315752
g454 DLA_00503 contig05409_1.exp CDS1040478 1761 - 0.354344
g4540 DLA_05031 GAOABQK02H81I9 CDS235605 1560 + 0.337179
g4541 DLA_05032 GAOABQK02H81I9 CDS237598 576 - 0.314236
g4542 DLA_05033 GAOABQK02H81I9 CDS239017 447 - 0.33557
g4543 DLA_05034 GAOABQK02H81I9 CDS239809 360 + 0.263889
g4544 DLA_05035 GAOABQK02H81I9 CDS240327 1449 - 0.311939
g4545 DLA_05036 GAOABQK02H81I9 CDS242788 537 + 0.337058
g4546 DLA_05037 GAOABQK02H81I9 CDS243794 2862 + 0.326345
g4547 DLA_05039 GAOABQK02H81I9 CDS248282 2757 - 0.322815
g4548 DLA_05040 CK2 family protein kinase a ubiquitious serinethreonine protein kinase in eukaryotic cells that phosphorylates many protein substrates in addition to caseinGAOABQK02H81I9 CDS251379 1047 + 0.325692
g4549 DLA_05041 GAOABQK02H81I9 CDS252821 480 - 0.302083
g455 DLA_00504 contig05409_1.exp CDS1042485 999 - 0.311311
g4550 DLA_05043 GAOABQK02H81I9 CDS253731 1731 + 0.33911
g4551 DLA_05044 GAOABQK02H81I9 CDS255889 2142 + 0.323996
g4552 DLA_05045 GAOABQK02H81I9 CDS258290 432 + 0.298611
g4553 DLA_05046 GAOABQK02H81I9 CDS259124 924 + 0.322511
g4554 DLA_05047 GAOABQK02H81I9 CDS260609 963 - 0.364486
g4555 DLA_05048 GAOABQK02H81I9 CDS262440 1518 - 0.373518
g4556 DLA_05049 GAOABQK02H81I9 CDS264313 708 + 0.289548
g4557 DLA_05050 GAOABQK02H81I9 CDS265305 1029 + 0.417881
g4558 DLA_05051 GAOABQK02H81I9 CDS266847 3897 - 0.322812
g4559 DLA_05052 GAOABQK02H81I9 CDS271994 525 + 0.285714
g456 DLA_00505 contig05409_1.exp CDS1044865 417 + 0.318945
g4560 DLA_05053 GAOABQK02H81I9 CDS272669 2781 - 0.291262
g4561 DLA_05055 GAOABQK02H81I9 CDS276079 3147 + 0.346044
g4562 DLA_05056 GAOABQK02H81I9 CDS279835 2310 + 0.323377
g4563 DLA_11609 GAOABQK02H81I9 CDS282392 966 - 0.310559
g4564 DLA_05057 GAOABQK02H81I9 CDS283533 2481 - 0.326078
g4565 DLA_05058 GAOABQK02H81I9 CDS286396 477 - 0.408805
g4566 DLA_05060 GAOABQK02H81I9 CDS288226 1305 + 0.318008
g4567 DLA_05061 GAOABQK02H81I9 CDS289818 330 + 0.3
g4568 DLA_05062 GAOABQK02H81I9 CDS290627 477 - 0.289308
g4569 DLA_05065 composed of approx. 35 copies of a 24-amino-acid cysteine-rich repeat expression is decreased in GAOABQK02H81I9 CDS292738 3582 + 0.37493
g457 DLA_00506 contig05409_1.exp CDS1047084 2517 - 0.326182
g4570 DLA_05066 GAOABQK02H81I9 CDS296557 741 - 0.303644
g4571 DLA_11610 GAOABQK02H81I9 CDS297445 606 + 0.29703
g4572 DLA_11611 GAOABQK02H81I9 CDS298550 3153 + 0.330796
g4573 DLA_05067 GAOABQK02H81I9 CDS302078 5169 + 0.336235
g4574 DLA_05069 GAOABQK02H81I9 CDS309518 1008 + 0.368056
g4575 DLA_05070 GAOABQK02H81I9 CDS311055 231 + 0.311688
g4576 DLA_05071 subunit of the exocyst complex which targets secretory vesicles to active sites of exocytosisGAOABQK02H81I9 CDS311445 2517 + 0.319825
g4577 DLA_05072 GAOABQK02H81I9 CDS314015 1854 - 0.326321
g4578 DLA_05073 GAOABQK02H81I9 CDS315953 3183 - 0.278982
g4579 DLA_05074 GAOABQK02H81I9 CDS319505 474 + 0.280591
g458 DLA_00507 contig05409_1.exp CDS1049859 4731 - 0.345804
g4580 DLA_05075 GAOABQK02H81I9 CDS320402 1383 - 0.467824
g4581 DLA_05076 GAOABQK02H81I9 CDS322281 960 + 0.342708
g4582 DLA_05077 GAOABQK02H81I9 CDS323941 198 + 0.277778
g4583 DLA_05079 GAOABQK02H81I9 CDS325351 4026 + 0.360656
g4584 DLA_05080 GAOABQK02H81I9 CDS329562 288 - 0.309028
g4585 DLA_05081 GAOABQK02H81I9 CDS330597 5763 + 0.33906
g4586 DLA_05082 GAOABQK02H81I9 CDS336610 981 - 0.345566
g4587 DLA_05083 GAOABQK02H81I9 CDS337976 633 - 0.330174
g4588 DLA_05084 GAOABQK02H81I9 CDS338906 384 + 0.291667
g4589 DLA_05085 GAOABQK02H81I9 CDS339742 1095 + 0.336073
g459 DLA_00508 contig05409_1.exp CDS1055256 324 - 0.283951
g4590 DLA_05086 GAOABQK02H81I9 CDS340992 2823 - 0.314559
g4591 DLA_11612 GAOABQK02H81I9 CDS344694 882 + 0.291383
g4592 DLA_05087 GAOABQK02H81I9 CDS346046 441 + 0.324263
g4593 DLA_05088 GAOABQK02H81I9 CDS346910 1011 + 0.238378
g4594 DLA_11613 GAOABQK02H81I9 CDS348059 861 + 0.259001
g4595 DLA_05089 GAOABQK02H81I9 CDS349544 1509 - 0.355865
g4596 DLA_05090 GAOABQK02H81I9 CDS352560 1077 - 0.312906
g4597 DLA_05091 GAOABQK02H81I9 CDS353901 2172 - 0.345304
g4598 DLA_05093 GAOABQK02H81I9 CDS358939 3615 + 0.307054
g4599 DLA_05094 GAOABQK02H81I9 CDS363645 1575 - 0.290794
g46 DLA_00055 very similar to the H. sapiens PISD a mitochondrial proenzyme that is cleaved into a phosphatidylserine decarboxylase alpha and beta chain contains one putative transmembrane domaincontig05409_1.exp CDS124344 1062 + 0.3371
g460 DLA_00509 contig05409_1.exp CDS1056108 363 - 0.294766
g4600 DLA_05095 GAOABQK02H81I9 CDS365480 840 + 0.294048
g4601 DLA_05096 GAOABQK02H81I9 CDS366473 1737 - 0.332758
g4602 DLA_05097 GAOABQK02H81I9 CDS368555 3192 - 0.331454
g4603 DLA_05098 GAOABQK02H81I9 CDS373722 939 + 0.324814
g4604 DLA_05099 GAOABQK02H81I9 CDS375330 2349 + 0.325671
g4605 DLA_05100 GAOABQK02H81I9 CDS378002 5517 - 0.355084
g4606 DLA_05101 GAOABQK02H81I9 CDS384086 2265 - 0.291391
g4607 DLA_05102 GAOABQK02H81I9 CDS387363 1539 + 0.357375
g4608 DLA_05103 GAOABQK02H81I9 CDS388977 1629 - 0.365255
g4609 DLA_05104 GAOABQK02H81I9 CDS390945 768 - 0.292969
g461 DLA_00511 contig05409_1.exp CDS1057177 375 + 0.288
g4610 DLA_05105 GAOABQK02H81I9 CDS391940 558 - 0.417563
g4611 DLA_05107 P-type ATPase (E1-E2) highly similar to human ATP8A1 believed to be involved in the transport of aminophospholipidsGAOABQK02H81I9 CDS394523 3450 + 0.346087
g4612 DLA_05108 GAOABQK02H81I9 CDS399265 1425 + 0.286316
g4613 DLA_05110 GAOABQK02H81I9 CDS401463 315 + 0.336508
g4614 DLA_05111 GAOABQK02H81I9 CDS402148 1809 - 0.3267
g4615 DLA_05112 GAOABQK02H81I9 CDS404366 2184 - 0.322344
g4616 DLA_05113 GAOABQK02H81I9 CDS406848 849 - 0.260306
g4617 DLA_05114 GAOABQK02H81I9 CDS407807 1650 - 0.316364
g4618 DLA_05115 GAOABQK02H81I9 CDS409558 4971 - 0.345001
g4619 DLA_05116 GAOABQK02H81I9 CDS415520 3084 + 0.32393
g462 DLA_00512 contig05409_1.exp CDS1058034 933 - 0.326902
g4620 DLA_05117 GAOABQK02H81I9 CDS418960 702 - 0.293447
g4621 DLA_05118 GAOABQK02H81I9 CDS419880 618 + 0.355987
g4622 DLA_05119 GAOABQK02H81I9 CDS420860 1371 + 0.36178
g4623 DLA_05120 GAOABQK02H81I9 CDS422821 948 - 0.296414
g4624 DLA_05122 GAOABQK02H81I9 CDS425875 945 + 0.307937
g4625 DLA_05123 GAOABQK02H81I9 CDS427647 1128 + 0.309397
g4626 DLA_05124 GAOABQK02H81I9 CDS429375 2094 - 0.344317
g4627 DLA_11614 GAOABQK02H81I9 CDS431673 1224 + 0.311274
g4628 DLA_05125 GAOABQK02H81I9 CDS434500 4944 + 0.344053
g4629 DLA_05126 GAOABQK02H81I9 CDS440362 2097 - 0.379113
g463 DLA_00513 contig05409_1.exp CDS1059390 642 - 0.311526
g4630 DLA_05127 GAOABQK02H81I9 CDS442861 378 + 0.261905
g4631 DLA_05128 GAOABQK02H81I9 CDS443410 1434 - 0.341702
g4632 DLA_05129 GAOABQK02H81I9 CDS445151 1266 + 0.325434
g4633 DLA_05130 32 kDa subunit of heterodimeric actin capping protein cap3234 34 kDa subunit is encoded by acpB contributes to the dynactin complexGAOABQK02H81I9 CDS446735 813 - 0.351784
g4634 DLA_05131 GAOABQK02H81I9 CDS448234 198 - 0.30303
g4635 DLA_05132 GAOABQK02H81I9 CDS448847 1134 - 0.306878
g4636 DLA_05133 GAOABQK02H81I9 CDS450095 2898 - 0.329538
g4637 DLA_05134 introduces a double bond at the delta position of fatty acids during the biosynthesis of monounsaturated fatty acids there is a second copy of this gene GAOABQK02H81I9 CDS453330 2007 + 0.290982
g4638 DLA_05135 GAOABQK02H81I9 CDS455596 2094 - 0.39255
g4639 DLA_05137 GAOABQK02H81I9 CDS458245 3429 - 0.305628
g464 DLA_00514 contig05409_1.exp CDS1060493 582 - 0.293814
g4640 DLA_05138 GAOABQK02H81I9 CDS461863 1905 - 0.283989
g4641 DLA_05139 GAOABQK02H81I9 CDS464371 993 + 0.289023
g4642 DLA_05140 GAOABQK02H81I9 CDS466100 1581 + 0.392789
g4643 DLA_05141 GAOABQK02H81I9 CDS468799 1236 + 0.311489
g4644 DLA_05142 GAOABQK02H81I9 CDS471938 888 + 0.346847
g4645 DLA_05143 GAOABQK02H81I9 CDS472960 663 - 0.319759
g4646 DLA_05144 GAOABQK02H81I9 CDS474368 1326 + 0.310709
g4647 DLA_05145 GAOABQK02H81I9 CDS477470 990 - 0.284848
g4648 DLA_05146 GAOABQK02H81I9 CDS479260 3003 + 0.345987
g4649 DLA_05147 GAOABQK02H81I9 CDS482828 483 + 0.26501
g465 DLA_00515 contig05409_1.exp CDS1061562 1713 - 0.290718
g4650 DLA_05148 GAOABQK02H81I9 CDS483370 1431 - 0.317261
g4651 DLA_05149 GAOABQK02H81I9 CDS485411 1143 - 0.287839
g4652 DLA_05150 GAOABQK02H81I9 CDS486952 1659 + 0.317661
g4653 DLA_05151 GAOABQK02H81I9 CDS488758 999 + 0.313313
g4654 DLA_05152 GAOABQK02H81I9 CDS489833 1032 - 0.29845
g4655 DLA_05153 GAOABQK02H81I9 CDS491302 1122 - 0.302139
g4656 DLA_05154 GAOABQK02H81I9 CDS493101 1419 + 0.302326
g4657 DLA_05155 GAOABQK02H81I9 CDS494831 3852 + 0.300623
g4658 DLA_05156 GAOABQK02H81I9 CDS499080 258 - 0.313953
g4659 DLA_05157 GAOABQK02H81I9 CDS499913 5685 + 0.319085
g466 DLA_00516 contig05409_1.exp CDS1064300 3774 + 0.330419
g4660 DLA_05158 GAOABQK02H81I9 CDS505775 1137 - 0.347405
g4661 DLA_05159 GAOABQK02H81I9 CDS508706 1284 - 0.250779
g4662 DLA_05160 GAOABQK02H81I9 CDS510260 2514 - 0.397375
g4663 DLA_05161 GAOABQK02H81I9 CDS513663 1545 + 0.239482
g4664 DLA_05162 GAOABQK02H81I9 CDS516119 2649 + 0.333333
g4665 DLA_05163 GAOABQK02H81I9 CDS518915 4089 + 0.344828
g4666 DLA_05164 GAOABQK02H81I9 CDS523548 1218 + 0.286535
g4667 DLA_05165 GAOABQK02H81I9 CDS525606 2379 + 0.356032
g4668 DLA_05167 GAOABQK02H81I9 CDS528501 1167 - 0.308483
g4669 DLA_05168 GAOABQK02H81I9 CDS529948 1911 - 0.315542
g467 DLA_00519 contig05409_1.exp CDS1069362 1425 + 0.261754
g4670 DLA_05169 GAOABQK02H81I9 CDS532004 837 + 0.252091
g4671 DLA_05171 GAOABQK02H81I9 CDS533272 2589 - 0.298185
g4672 DLA_05172 GAOABQK02H81I9 CDS536309 1569 + 0.354366
g4673 DLA_05173 GAOABQK02H81I9 CDS538297 957 - 0.336468
g4674 DLA_05175 GAOABQK02H81I9 CDS539720 828 + 0.339372
g4675 DLA_05176 GAOABQK02H81I9 CDS540739 1557 + 0.321773
g4676 DLA_05177 GAOABQK02H81I9 CDS542687 4617 + 0.357375
g4677 DLA_05178 GAOABQK02H81I9 CDS547620 1284 + 0.281931
g4678 DLA_05179 GAOABQK02H81I9 CDS549332 1062 - 0.297552
g4679 DLA_05180 similar to plant and fungi NADH dehydrogenases such as S. cerevisiae NDE1 and NDE2 the external mitochondrial NADH dehydrogenases that catalyze the oxidation of cytosolic NADHGAOABQK02H81I9 CDS550928 1839 + 0.340946
g468 DLA_00520 contig05409_1.exp CDS1070907 1311 - 0.343249
g4680 DLA_05181 GAOABQK02H81I9 CDS553088 1659 + 0.335744
g4681 DLA_05182 GAOABQK02H81I9 CDS554984 3123 + 0.32789
g4682 DLA_05183 GAOABQK02H81I9 CDS558390 900 - 0.294444
g4683 DLA_05184 GAOABQK02H81I9 CDS559866 1626 - 0.346248
g4684 DLA_05185 GAOABQK02H81I9 CDS561941 3432 + 0.323135
g4685 DLA_05186 GAOABQK02H81I9 CDS565576 2376 + 0.301347
g4686 DLA_11615 GAOABQK02H81I9 CDS569021 285 + 0.259649
g4687 DLA_05187 GAOABQK02H81I9 CDS570034 5094 + 0.3936
g4688 DLA_05189 GAOABQK02H81I9 CDS576721 726 - 0.278237
g4689 DLA_05192 GAOABQK02H81I9 CDS578951 4812 + 0.341854
g469 DLA_00521 contig05409_1.exp CDS1073050 1794 - 0.283724
g4690 DLA_05193 GAOABQK02H81I9 CDS583930 228 + 0.350877
g4691 DLA_05194 GAOABQK02H81I9 CDS584597 849 - 0.351001
g4692 DLA_05195 GAOABQK02H81I9 CDS586104 2238 + 0.32529
g4693 DLA_05196 GAOABQK02H81I9 CDS588581 867 - 0.327566
g4694 DLA_05197 GAOABQK02H81I9 CDS589804 1263 - 0.360253
g4695 DLA_05198 GAOABQK02H81I9 CDS591173 1695 + 0.292035
g4696 DLA_05199 GAOABQK02H81I9 CDS593090 1014 + 0.259369
g4697 DLA_05200 GAOABQK02H81I9 CDS594278 1791 - 0.367393
g4698 DLA_05201 GAOABQK02H81I9 CDS596562 471 - 0.246284
g4699 DLA_05203 GAOABQK02H81I9 CDS597680 2328 - 0.341065
g47 DLA_00056 contig05409_1.exp CDS125462 1800 - 0.28
g470 DLA_11444 contig05409_1.exp CDS1075769 1794 - 0.29097
g4700 DLA_05204 GAOABQK02H81I9 CDS600487 378 + 0.301587
g4701 DLA_05205 GAOABQK02H81I9 CDS600927 1524 - 0.312992
g4702 DLA_05206 GAOABQK02H81I9 CDS602736 1104 + 0.413043
g4703 DLA_05208 GAOABQK02H81I9 CDS604510 1080 + 0.35463
g4704 DLA_05210 GAOABQK02H81I9 CDS606799 1722 + 0.372242
g4705 DLA_05211 GAOABQK02H81I9 CDS609105 603 + 0.320066
g4706 DLA_11616 GAOABQK02H81I9 CDS609851 549 + 0.300546
g4707 DLA_05212 GAOABQK02H81I9 CDS610450 1050 - 0.361905
g4708 DLA_05214 GAOABQK02H81I9 CDS611690 465 + 0.393548
g4709 DLA_05215 GAOABQK02H81I9 CDS612728 2121 + 0.345592
g471 DLA_00522 contig05409_1.exp CDS1077970 993 + 0.299094
g4710 DLA_05216 GAOABQK02H81I9 CDS615246 3444 + 0.31417
g4711 DLA_05217 GAOABQK02H81I9 CDS618941 2283 - 0.406483
g4712 DLA_05219 GAOABQK02H81I9 CDS623137 1818 - 0.326733
g4713 DLA_05220 GAOABQK02H81I9 CDS625114 3246 + 0.385089
g4714 DLA_05221 GAOABQK02H81I9 CDS628551 1014 - 0.281065
g4715 DLA_05222 GAOABQK02H81I9 CDS629973 1425 + 0.322807
g4716 DLA_11617 GAOABQK02H81I9 CDS631455 603 + 0.33665
g4717 DLA_05223 GAOABQK02H81I9 CDS632704 2310 + 0.321645
g4718 DLA_05224 GAOABQK02H81I9 CDS635593 2496 + 0.338141
g4719 DLA_05225 GAOABQK02H81I9 CDS638237 2286 - 0.316273
g472 DLA_00523 contig05409_1.exp CDS1079189 1794 - 0.291527
g4720 DLA_05226 GAOABQK02H81I9 CDS640685 2472 + 0.305825
g4721 DLA_05227 GAOABQK02H81I9 CDS643943 1890 - 0.285185
g4722 DLA_05228 GAOABQK02H81I9 CDS647116 1509 + 0.293572
g4723 DLA_05229 GAOABQK02H81I9 CDS649346 2100 + 0.284286
g4724 DLA_05230 GAOABQK02H81I9 CDS652842 1569 + 0.298279
g4725 DLA_05231 GAOABQK02H81I9 CDS655814 1572 + 0.295165
g4726 DLA_05232 GAOABQK02H81I9 CDS658227 2241 + 0.297189
g4727 DLA_05233 ortholog of QDPR which catalyzes the NADH-mediated reduction of quinonoid dihydrobiopterin (a 5678-tetrahydropteridine NAD(P) a 67-dihydropteridine NAD(P)H H) the last step of tetrahydrobiopterin (BH4) recycling in higher eukaryotes an essential cofactorGAOABQK02H81I9 CDS660832 693 - 0.382395
g4728 DLA_05234 GAOABQK02H81I9 CDS661847 1650 + 0.358788
g4729 DLA_05235 GAOABQK02H81I9 CDS663654 1107 + 0.439024
g473 DLA_00524 contig05409_1.exp CDS1082442 4092 + 0.384409
g4730 DLA_05237 GAOABQK02H81I9 CDS665742 13893 + 0.388181
g4731 DLA_05238 GAOABQK02H81I9 CDS679874 2391 - 0.327896
g4732 DLA_05239 GAOABQK02H81I9 CDS682753 1710 - 0.34152
g4733 DLA_05240 GAOABQK02H81I9 CDS684946 783 - 0.330779
g4734 DLA_05241 GAOABQK02H81I9 CDS686309 1311 - 0.321129
g4735 DLA_05242 GAOABQK02H81I9 CDS688150 3072 + 0.349284
g4736 DLA_05243 GAOABQK02H81I9 CDS691670 678 - 0.256637
g4737 DLA_05244 GAOABQK02H81I9 CDS692587 3522 - 0.35406
g4738 DLA_05245 GAOABQK02H81I9 CDS696574 504 - 0.388889
g4739 DLA_05246 GAOABQK02H81I9 CDS697251 1788 - 0.323826
g474 DLA_00525 contig05409_1.exp CDS1087035 3075 + 0.292358
g4740 DLA_05249 GAOABQK02H81I9 CDS703002 1683 + 0.332145
g4741 DLA_05250 GAOABQK02H81I9 CDS705051 555 - 0.371171
g4742 DLA_11618 GAOABQK02H81I9 CDS706058 1098 + 0.331512
g4743 DLA_05251 GAOABQK02H81I9 CDS707370 3147 + 0.328249
g4744 DLA_05252 GAOABQK02H81I9 CDS710775 3687 + 0.335503
g4745 DLA_05253 GAOABQK02H81I9 CDS714553 507 - 0.343195
g4746 DLA_05254 GAOABQK02H81I9 CDS715647 582 + 0.33677
g4747 DLA_05255 GAOABQK02H81I9 CDS716446 417 - 0.335731
g4748 DLA_05256 GAOABQK02H81I9 CDS717459 1539 - 0.354776
g4749 DLA_05257 conserved protein that is part of a post-splicing multiprotein complex involved in mRNA nuclear export the human ortholog interacts with GAOABQK02H81I9 CDS719662 558 - 0.302867
g475 DLA_00526 contig05409_1.exp CDS1090252 270 - 0.414815
g4750 DLA_05258 GAOABQK02H81I9 CDS720529 2163 + 0.336107
g4751 DLA_05259 GAOABQK02H81I9 CDS722858 555 - 0.318919
g4752 DLA_05260 GAOABQK02H81I9 CDS724058 1770 - 0.30226
g4753 DLA_05261 GAOABQK02H81I9 CDS726932 558 + 0.318996
g4754 DLA_05262 GAOABQK02H81I9 CDS727833 3069 - 0.285761
g4755 DLA_05263 GAOABQK02H81I9 CDS731419 3042 - 0.286982
g4756 DLA_05264 GAOABQK02H81I9 CDS735023 3078 - 0.288499
g4757 DLA_05265 GAOABQK02H81I9 CDS738634 2073 + 0.302943
g4758 DLA_05266 GAOABQK02H81I9 CDS740766 4119 - 0.334547
g4759 DLA_05267 GAOABQK02H81I9 CDS745289 3912 + 0.304703
g476 DLA_00527 contig05409_1.exp CDS1090993 2856 + 0.306022
g4760 DLA_05268 GAOABQK02H81I9 CDS749552 3879 + 0.310131
g4761 DLA_11619 GAOABQK02H81I9 CDS753710 1008 + 0.295635
g4762 DLA_05269 GAOABQK02H81I9 CDS754854 2766 + 0.310557
g4763 DLA_05270 GAOABQK02H81I9 CDS757797 3900 + 0.304615
g4764 DLA_05271 GAOABQK02H81I9 CDS761824 1086 - 0.338858
g4765 DLA_05272 GAOABQK02H81I9 CDS763188 3198 + 0.300188
g4766 DLA_05275 GAOABQK02H81I9 CDS767724 4059 + 0.292929
g4767 DLA_05276 GAOABQK02H81I9 CDS771912 1455 - 0.341581
g4768 DLA_05277 GAOABQK02H81I9 CDS773592 669 + 0.272048
g4769 DLA_05278 GAOABQK02H81I9 CDS774378 2373 - 0.334598
g477 DLA_00529 contig05409_1.exp CDS1093998 2502 - 0.338129
g4770 DLA_05279 GAOABQK02H81I9 CDS777621 537 + 0.337058
g4771 DLA_05280 GAOABQK02H81I9 CDS778487 750 - 0.312
g4772 DLA_05281 GAOABQK02H81I9 CDS779593 4461 + 0.335351
g4773 DLA_05282 GAOABQK02H81I9 CDS784686 2667 + 0.32021
g4774 DLA_05283 GAOABQK02H81I9 CDS787377 876 - 0.317352
g4775 DLA_05287 GAOABQK02H81I9 CDS790281 2946 - 0.350645
g4776 DLA_05288 GAOABQK02H81I9 CDS793736 747 + 0.30656
g4777 DLA_05289 GAOABQK02H81I9 CDS795672 387 + 0.361757
g4778 DLA_05290 GAOABQK02H81I9 CDS796339 921 - 0.314875
g4779 DLA_05291 GAOABQK02H81I9 CDS797559 387 - 0.346253
g478 DLA_00530 contig05409_1.exp CDS1096723 1077 - 0.359331
g4780 DLA_05292 GAOABQK02H81I9 CDS798763 1227 - 0.315403
g4781 DLA_11620 GAOABQK02H81I9 CDS800461 381 + 0.296588
g4782 DLA_05294 GAOABQK02H81I9 CDS801108 2241 + 0.327532
g4783 DLA_11621 GAOABQK02H81I9 CDS803570 3294 + 0.329387
g4784 DLA_05295 GAOABQK02H81I9 CDS806986 5853 - 0.320178
g4785 DLA_05296 GAOABQK02H81I9 CDS813575 954 + 0.309224
g4786 DLA_05297 GAOABQK02H81I9 CDS814656 228 + 0.29386
g4787 DLA_05298 GAOABQK02H81I9 CDS815038 3195 - 0.305164
g4788 DLA_05299 GAOABQK02H81I9 CDS818911 1635 - 0.334557
g4789 DLA_11622 GAOABQK02H81I9 CDS821379 321 - 0.34891
g479 DLA_00531 contig05409_1.exp CDS1098948 4128 + 0.349806
g4790 DLA_05300 GAOABQK02H81I9 CDS822421 219 + 0.315068
g4791 DLA_05301 GAOABQK02H81I9 CDS823230 1413 - 0.303609
g4792 DLA_05303 GAOABQK02H81I9 CDS825304 1197 - 0.315789
g4793 DLA_05305 controls the topological state of DNA by transient double-strand breakage and subsequent rejoining of DNA strands this is predicted to be a nuclear topoisomerase IIGAOABQK02H81I9 CDS826964 3756 - 0.305644
g4794 DLA_05306 GAOABQK02H81I9 CDS830981 906 + 0.336645
g4795 DLA_05307 GAOABQK02H81I9 CDS831961 1068 - 0.273408
g4796 DLA_05308 GAOABQK02H81I9 CDS833131 2166 - 0.256694
g4797 DLA_05309 GAOABQK02H81I9 CDS835682 222 + 0.346847
g4798 DLA_05310 GAOABQK02H81I9 CDS836495 252 - 0.420635
g4799 DLA_05311 GAOABQK02H81I9 CDS837212 1719 - 0.250727
g48 DLA_00057 contig05409_1.exp CDS127351 864 + 0.287037
g480 DLA_00532 contig05409_1.exp CDS1103482 2301 + 0.300304
g4800 DLA_05313 GAOABQK02H81I9 CDS839363 3039 - 0.336624
g4801 DLA_05314 GAOABQK02H81I9 CDS842823 516 + 0.25969
g4802 DLA_05315 GAOABQK02H81I9 CDS843458 306 - 0.267974
g4803 DLA_05320 GAOABQK02H81I9 CDS848662 291 + 0.319588
g4804 DLA_05321 GAOABQK02H81I9 CDS849549 1623 - 0.376463
g4805 DLA_05322 GAOABQK02H81I9 CDS851639 384 + 0.393229
g4806 DLA_05323 partial ORF2 of tRNA-specific non-long terminal repeat retrotransposon TRE3-D refer to Genbank AF135841 for partial consensus elementGAOABQK02H81I9 CDS853023 3603 - 0.352206
g4807 DLA_05324 GAOABQK02H81I9 CDS856796 849 - 0.365135
g4808 DLA_05325 GAOABQK02H81I9 CDS858970 1842 - 0.315961
g4809 DLA_05326 GAOABQK02H81I9 CDS861777 900 + 0.285556
g481 DLA_00533 contig05409_1.exp CDS1105888 2304 + 0.323785
g4810 DLA_05327 GAOABQK02H81I9 CDS862921 1608 - 0.341418
g4811 DLA_05328 GAOABQK02H81I9 CDS864922 1761 + 0.284497
g4812 DLA_05329 GAOABQK02H81I9 CDS867194 1119 - 0.310992
g4813 DLA_11623 GAOABQK02H81I9 CDS868566 228 + 0.267544
g4814 DLA_05330 GAOABQK02H81I9 CDS870660 1269 + 0.322301
g4815 DLA_05331 GAOABQK02H81I9 CDS872232 585 + 0.251282
g4816 DLA_05332 GAOABQK02H81I9 CDS873335 2250 - 0.326667
g4817 DLA_05334 GAOABQK02HF6HV CDS2 3076 - 0.414824
g4818 DLA_05335 CAZy family GT57 catalyzes N-linked glucosylationGAOABQK02HOVEJ CDS808 1344 + 0.276786
g4819 DLA_05336 GAOABQK02HOVEJ CDS2719 3027 - 0.268913
g482 DLA_00534 protein component of the small (40S) ribosomal subunit there is a second copy of this gene contig05409_1.exp CDS1108352 198 - 0.388889
g4820 DLA_05337 GAOABQK02HOVEJ CDS6001 1035 + 0.323671
g4821 DLA_05338 GAOABQK02HOVEJ CDS7375 309 - 0.381877
g4822 DLA_05339 GAOABQK02HOVEJ CDS7922 681 + 0.295154
g4823 DLA_05340 GAOABQK02HOVEJ CDS9343 843 - 0.309609
g4824 DLA_11624 GAOABQK02HUB3S CDS3 207 + 0.188406
g4825 DLA_05341 GAOABQK02HUB3S CDS281 3021 - 0.289639
g4826 DLA_05342 GAOABQK02HUB3S CDS3437 327 - 0.266055
g4827 DLA_05343 GAOABQK02HUB3S CDS4998 1944 - 0.309156
g4828 DLA_05344 GAOABQK02HUB3S CDS7038 978 - 0.290389
g4829 DLA_05347 GAOABQK02HUB3S CDS10460 573 + 0.303665
g483 DLA_00535 similar to H. sapiens REXO2 and S. cerevisiae REX2 a mitochondrial 3'-5' RNA exonuclease there is a second copy of this gene contig05409_1.exp CDS1109180 636 + 0.311321
g4830 DLA_05348 GAOABQK02HUB3S CDS11346 1809 - 0.319514
g4831 DLA_05349 GAOABQK02HUB3S CDS13534 3093 - 0.2871
g4832 DLA_05350 GAOABQK02HUB3S CDS16828 1536 - 0.266927
g4833 DLA_05351 GAOABQK02HUB3S CDS18635 1593 + 0.338983
g4834 DLA_05352 GAOABQK02HUB3S CDS20660 402 - 0.328358
g4835 DLA_05353 GAOABQK02HUB3S CDS21104 204 - 0.313726
g4836 DLA_05354 GAOABQK02HUB3S CDS21622 4881 - 0.331694
g4837 DLA_05355 GAOABQK02HUB3S CDS26955 1776 + 0.282658
g4838 DLA_05356 GAOABQK02HUB3S CDS28813 714 - 0.259104
g4839 DLA_05357 GAOABQK02HUB3S CDS29952 1026 - 0.28655
g484 DLA_00536 shares a short region of similarity with the human gene TEX2 (expressed in testis) there is a second copy of this gene contig05409_1.exp CDS1109911 2463 - 0.332115
g4840 DLA_05358 GAOABQK02HUB3S CDS32577 4410 - 0.314512
g4841 DLA_05359 GAOABQK02HUB3S CDS38007 1365 - 0.317216
g4842 DLA_05360 GAOABQK02HUB3S CDS39619 1707 - 0.298184
g4843 DLA_05361 GAOABQK02HUB3S CDS41559 612 + 0.25817
g4844 DLA_05363 GAOABQK02HUB3S CDS42808 564 - 0.283688
g4845 DLA_05364 GAOABQK02HUB3S CDS43490 1908 + 0.34434
g4846 DLA_05365 GAOABQK02HUB3S CDS45595 804 - 0.324627
g4847 DLA_05366 GAOABQK02HUB3S CDS47127 969 - 0.338493
g4848 DLA_05367 catalyzes the reaction succinyl-CoA enzyme N6-(dihydrolipoyl)lysine CoA enzyme N6-(S-succinyldihydrolipoyl) lysine E2 component of the multienzyme 2-oxoglutarate dehydrogenase complexGAOABQK02HUB3S CDS48947 1356 + 0.338496
g4849 DLA_05368 GAOABQK02HUB3S CDS50661 528 + 0.361742
g485 DLA_00537 contig05409_1.exp CDS1113170 1707 + 0.343292
g4850 DLA_05369 protein with a beigeBEACH domain a weak protein kinase domain and N-terminal WD40 repeats does not contain the consensus sequences required for kinase functionGAOABQK02HUB3S CDS51787 5412 + 0.301737
g4851 DLA_05372 GAOABQK02HUB3S CDS57856 1383 + 0.274042
g4852 DLA_05373 GAOABQK02HUB3S CDS59716 3984 - 0.296436
g4853 DLA_05374 GAOABQK02HUB3S CDS64717 993 - 0.314199
g4854 DLA_05375 GAOABQK02HUB3S CDS66509 1611 + 0.325264
g4855 DLA_05376 GAOABQK02HUB3S CDS69940 2490 + 0.326908
g4856 DLA_05377 GAOABQK02HUB3S CDS72989 1815 - 0.296419
g4857 DLA_05378 GAOABQK02HUB3S CDS74972 636 - 0.272013
g4858 DLA_05379 GAOABQK02HUB3S CDS75924 1365 - 0.275458
g4859 DLA_05380 GAOABQK02HUB3S CDS77483 1095 + 0.353425
g486 DLA_00538 contig05409_1.exp CDS1115144 207 - 0.338164
g4860 DLA_05381 GAOABQK02HUB3S CDS78868 924 + 0.316017
g4861 DLA_05382 GAOABQK02HUB3S CDS80067 1020 - 0.352941
g4862 DLA_05383 involved in regulation of aggregate size member of aldo-keto reductase family which reduces CO to C-OH in aldehydes and ketonesGAOABQK02HUB3S CDS81730 894 - 0.326622
g4863 DLA_05385 GAOABQK02HUB3S CDS82935 5202 + 0.328143
g4864 DLA_05386 GAOABQK02HUB3S CDS88899 4290 + 0.293706
g4865 DLA_05387 GAOABQK02HUB3S CDS93561 675 + 0.322963
g4866 DLA_05388 GAOABQK02HUB3S CDS94289 987 - 0.291793
g4867 DLA_05389 GAOABQK02HUB3S CDS95609 603 + 0.313433
g4868 DLA_05390 GAOABQK02HUB3S CDS96467 561 - 0.301248
g4869 DLA_05392 GAOABQK02HUB3S CDS98602 2964 - 0.337045
g487 DLA_00539 contig05409_1.exp CDS1115813 951 + 0.343849
g4870 DLA_05393 class 1 myosin lacking the traditional tail domains common to short-tailed myosins binds actin and is in complex with several other proteins involved in phagocytosis maintenance of cortical tension and motilityGAOABQK02HUB3S CDS104164 2583 - 0.388695
g4871 DLA_05394 GAOABQK02HUB3S CDS107721 1341 + 0.343028
g4872 DLA_05395 GAOABQK02HUB3S CDS109604 1632 - 0.340074
g4873 DLA_05396 GAOABQK02HUB3S CDS111775 909 + 0.278328
g4874 DLA_05397 GAOABQK02HUB3S CDS112856 4044 - 0.315529
g4875 DLA_05399 GAOABQK02HUB3S CDS118065 1359 + 0.308315
g4876 DLA_05400 promotes the exchange of GDP for GTP on Ras small GTPases thus converting them into the active form required for adenylate cyclase activation and chemotaxisGAOABQK02HUB3S CDS119654 2454 - 0.321108
g4877 DLA_05401 GAOABQK02HUB3S CDS123004 7272 + 0.331958
g4878 DLA_05402 GAOABQK02HUB3S CDS131170 1236 + 0.324434
g4879 DLA_05403 GAOABQK02HUB3S CDS132771 2211 + 0.303935
g488 DLA_00540 contig05409_1.exp CDS1116892 1542 + 0.28275
g4880 DLA_05404 GAOABQK02HUB3S CDS135164 1641 - 0.316271
g4881 DLA_05405 GAOABQK02HUB3S CDS137029 330 - 0.263636
g4882 DLA_05406 GAOABQK02HUB3S CDS137743 1446 + 0.330567
g4883 DLA_05407 GAOABQK02HUB3S CDS139579 654 + 0.279817
g4884 DLA_05408 putative Ca2 channel similar to metazoan polycystin-2 (PKD2) defects in the human PKD2 causes polycystic kidney disease autosomal dominant type 2 (ADPKD2) characterized by progressive formation and enlargement of cysts in both kidneys contains 6 putative transmembrane domainsGAOABQK02HUB3S CDS140430 2349 - 0.290762
g4885 DLA_05409 GAOABQK02HUB3S CDS143288 537 - 0.320298
g4886 DLA_05410 GAOABQK02HUB3S CDS144754 3432 + 0.33042
g4887 DLA_05411 GAOABQK02HUB3S CDS148443 1041 - 0.329491
g4888 DLA_05412 GAOABQK02HUB3S CDS149655 492 - 0.302846
g4889 DLA_05413 GAOABQK02HUB3S CDS152112 2007 + 0.310414
g489 DLA_00541 contig05409_1.exp CDS1118581 1500 + 0.278667
g4890 DLA_05414 GAOABQK02HUB3S CDS154454 3750 + 0.316267
g4891 DLA_05415 GAOABQK02HUB3S CDS158319 3612 - 0.299557
g4892 DLA_05417 GAOABQK02HUB3S CDS164700 1116 + 0.344982
g4893 DLA_11625 GAOABQK02HUB3S CDS166149 855 + 0.28655
g4894 DLA_11626 GAOABQK02HUB3S CDS167145 1851 + 0.288493
g4895 DLA_05418 ortholog of human CD2 binding proteinproline-serine-threonine phosphatase-interacting protein 1GAOABQK02HUB3S CDS169483 1155 + 0.315152
g4896 DLA_05419 GAOABQK02HUB3S CDS171383 699 + 0.329041
g4897 DLA_05420 GAOABQK02HUB3S CDS172197 870 + 0.27931
g4898 DLA_05421 GAOABQK02HUB3S CDS173274 1485 + 0.36229
g4899 DLA_05423 GAOABQK02HUB3S CDS176252 405 + 0.325926
g49 DLA_00058 contig05409_1.exp CDS128252 1062 - 0.322034
g490 DLA_00542 contig05409_1.exp CDS1120143 3522 - 0.329926
g4900 DLA_05424 GAOABQK02HUB3S CDS176828 1302 + 0.395545
g4901 DLA_11627 GAOABQK02HUB3S CDS178675 828 - 0.301932
g4902 DLA_05425 GAOABQK02HUB3S CDS179887 4707 - 0.369875
g4903 DLA_05426 GAOABQK02HUB3S CDS185193 921 + 0.313789
g4904 DLA_05427 GAOABQK02HUB3S CDS187169 1647 + 0.352155
g4905 DLA_05428 GAOABQK02HUB3S CDS189774 1716 - 0.317599
g4906 DLA_05429 GAOABQK02HUB3S CDS191873 1194 + 0.268844
g4907 DLA_05430 GAOABQK02HUB3S CDS193524 1392 - 0.329741
g4908 DLA_05431 GAOABQK02HUB3S CDS197237 942 + 0.299363
g4909 DLA_05432 GAOABQK02HUB3S CDS198696 1263 - 0.285036
g491 DLA_00543 contig05409_1.exp CDS1125165 1923 + 0.453978
g4910 DLA_05434 GAOABQK02HUB3S CDS201883 1608 - 0.297886
g4911 DLA_05435 GAOABQK02HUB3S CDS204157 2544 - 0.315645
g4912 DLA_05436 GAOABQK02HUB3S CDS209415 1434 + 0.297071
g4913 DLA_05437 GAOABQK02HUB3S CDS211177 999 + 0.282282
g4914 DLA_05438 GAOABQK02HUB3S CDS212394 2262 - 0.318744
g4915 DLA_05441 GAOABQK02HUB3S CDS215230 534 - 0.327715
g4916 DLA_05442 GAOABQK02HUB3S CDS215959 2430 + 0.292593
g4917 DLA_05443 GAOABQK02HUB3S CDS218537 4035 + 0.294176
g4918 DLA_05445 GAOABQK02HUB3S CDS224290 1515 - 0.255446
g4919 DLA_05446 GAOABQK02HUB3S CDS226348 1632 + 0.252451
g492 DLA_00544 contig05409_1.exp CDS1127337 1959 - 0.331291
g4920 DLA_05447 GAOABQK02HUB3S CDS228159 1572 - 0.322519
g4921 DLA_05448 GAOABQK02HUB3S CDS229933 765 + 0.364706
g4922 DLA_05449 GAOABQK02HUB3S CDS230833 921 - 0.295331
g4923 DLA_05450 GAOABQK02HUB3S CDS232799 849 + 0.285041
g4924 DLA_05452 GAOABQK02HUB3S CDS234122 2382 + 0.308984
g4925 DLA_05453 GAOABQK02HUB3S CDS236552 2322 - 0.306632
g4926 DLA_05454 GAOABQK02HUB3S CDS239569 1560 + 0.317949
g4927 DLA_05455 GAOABQK02HUB3S CDS241170 297 + 0.30303
g4928 DLA_05456 similar to metazoan TRAP1 member of the HSP90 family translocates to mitochondria during the prestarvation responseGAOABQK02HUB3S CDS242188 2121 - 0.330976
g4929 DLA_05457 GAOABQK02HUB3S CDS244548 1584 - 0.313131
g493 DLA_00545 contig05409_1.exp CDS1129831 630 + 0.28254
g4930 DLA_11628 GAOABQK02HUB3S CDS246344 969 + 0.268318
g4931 DLA_05458 GAOABQK02HUB3S CDS247590 3984 + 0.320783
g4932 DLA_05459 GAOABQK02HUB3S CDS251911 2541 - 0.340024
g4933 DLA_05460 GAOABQK02HUB3S CDS255026 1092 - 0.326923
g4934 DLA_05461 membrane ion channel activated by ATP may be involved in intracellular calcium signalingGAOABQK02HUB3S CDS256447 1152 - 0.337674
g4935 DLA_05462 GAOABQK02HUB3S CDS257896 2493 - 0.318492
g4936 DLA_05464 GAOABQK02HUB3S CDS261635 1611 - 0.290503
g4937 DLA_05465 GAOABQK02HUB3S CDS263483 723 - 0.294606
g4938 DLA_05466 GAOABQK02HUB3S CDS264509 1287 - 0.355089
g4939 DLA_05467 GAOABQK02HUB3S CDS266219 870 - 0.317241
g494 DLA_00546 contig05409_1.exp CDS1131494 1059 - 0.325779
g4940 DLA_05469 GAOABQK02HUB3S CDS267817 300 - 0.293333
g4941 DLA_05470 GAOABQK02HUB3S CDS268370 972 - 0.307613
g4942 DLA_05471 GAOABQK02HUB3S CDS269785 885 - 0.326554
g4943 DLA_05472 GAOABQK02HUB3S CDS271101 936 - 0.311966
g4944 DLA_05473 GAOABQK02HUB3S CDS272308 903 + 0.315615
g4945 DLA_05474 GAOABQK02HUB3S CDS273646 654 + 0.385321
g4946 DLA_05475 GAOABQK02HUB3S CDS274521 1611 + 0.268156
g4947 DLA_05476 GAOABQK02HUB3S CDS276961 2271 - 0.323206
g4948 DLA_05477 GAOABQK02HUB3S CDS279782 852 - 0.342723
g4949 DLA_05479 GAOABQK02HUB3S CDS281350 1311 + 0.249428
g495 DLA_00547 contig05409_1.exp CDS1132796 3402 - 0.320988
g4950 DLA_05480 GAOABQK02HUB3S CDS282694 5865 - 0.299233
g4951 DLA_05481 GAOABQK02HUB3S CDS289405 1629 - 0.284223
g4952 DLA_05482 GAOABQK02HUB3S CDS291570 654 + 0.302752
g4953 DLA_05483 GAOABQK02HUB3S CDS292317 1140 - 0.322807
g4954 DLA_05484 GAOABQK02HUB3S CDS293988 2682 - 0.306861
g4955 DLA_05485 expressed in prespore cells ortholog of peroxiredoxin 4 catalyzes the reaction reduced thioredoxin Hsub2subOsub2sub oxidized thioredoxin Hsub2subOGAOABQK02HUB3S CDS297755 633 + 0.383886
g4956 DLA_05486 GAOABQK02HUB3S CDS298661 501 - 0.333333
g4957 DLA_05487 GAOABQK02HUB3S CDS299983 666 + 0.301802
g4958 DLA_05488 GAOABQK02HUB3S CDS300833 1170 - 0.321368
g4959 DLA_05489 GAOABQK02HUB3S CDS302421 1539 - 0.31319
g496 DLA_00548 contig05409_1.exp CDS1136551 987 - 0.342452
g4960 DLA_05490 GAOABQK02HUB3S CDS304164 663 + 0.3273
g4961 DLA_05491 GAOABQK02HUB3S CDS305018 4104 - 0.371589
g4962 DLA_05492 GAOABQK02HUB3S CDS309976 9201 + 0.34018
g4963 DLA_05493 GAOABQK02HUB3S CDS319345 1308 + 0.282875
g4964 DLA_11629 GAOABQK02HUB3S CDS320667 1365 - 0.289377
g4965 DLA_05494 GAOABQK02HUB3S CDS322199 1278 - 0.277778
g4966 DLA_05496 GAOABQK02HUB3S CDS323934 786 + 0.278626
g4967 DLA_05497 GAOABQK02HUB3S CDS324958 1785 + 0.32549
g4968 DLA_05498 GAOABQK02HUB3S CDS326938 1095 - 0.331507
g4969 DLA_05500 GAOABQK02HUB3S CDS328178 1584 - 0.266414
g497 DLA_00550 contig05409_1.exp CDS1139170 624 + 0.339744
g4970 DLA_05501 GAOABQK02HUB3S CDS330121 4398 + 0.351069
g4971 DLA_05503 GAOABQK02HUB3S CDS336459 1224 + 0.345588
g4972 DLA_05504 contains 1 C2H2-type zinc finger homolog of human ZNF593 and S. cerevisiae BUD20 (bud site selection protein 20) GAOABQK02HUB3S CDS338127 408 + 0.311274
g4973 DLA_05505 similar to human NOC4L belongs to the CBFMAK21 family contains a CCAAT-binding_factor domain GAOABQK02HUB3S CDS338698 2022 - 0.320969
g4974 DLA_05506 GAOABQK02HUB3S CDS341784 1617 - 0.29932
g4975 DLA_05507 ortholog of the mammalian ATG16l1 which is involved in autophagy defects in human cause inflammatory bowel disease type 10 in D. discoideum involved in early development and tip formationGAOABQK02HUB3S CDS344440 1773 + 0.380711
g4976 DLA_05508 GAOABQK02HUB3S CDS347052 1443 + 0.327096
g4977 DLA_05509 GAOABQK02HUB3S CDS349089 693 + 0.292929
g4978 DLA_05511 GAOABQK02HUB3S CDS350528 3336 - 0.344125
g4979 DLA_05512 GAOABQK02HUB3S CDS354598 909 + 0.339934
g498 DLA_00551 contig05409_1.exp CDS1140187 4632 + 0.330743
g4980 DLA_05513 GAOABQK02HUB3S CDS355576 471 - 0.307856
g4981 DLA_05514 GAOABQK02HUB3S CDS356402 927 - 0.283711
g4982 DLA_05515 GAOABQK02HUB3S CDS357944 366 + 0.295082
g4983 DLA_05516 GAOABQK02HUB3S CDS358351 8616 - 0.355966
g4984 DLA_05517 GAOABQK02HUB3S CDS367257 1614 - 0.286865
g4985 DLA_11630 GAOABQK02HUB3S CDS369000 1656 + 0.299517
g4986 DLA_05518 GAOABQK02HUB3S CDS370724 1563 - 0.315419
g4987 DLA_05519 GAOABQK02HUB3S CDS372387 1641 + 0.296161
g4988 DLA_05520 GAOABQK02HUB3S CDS374079 3261 + 0.289788
g4989 DLA_05521 GAOABQK02HUB3S CDS377592 1602 + 0.282147
g499 DLA_00552 contig05409_1.exp CDS1145161 921 + 0.35722
g4990 DLA_05522 GAOABQK02HUB3S CDS379447 990 + 0.338384
g4991 DLA_05525 GAOABQK02HUB3S CDS383190 1203 - 0.320033
g4992 DLA_05526 GAOABQK02HUB3S CDS384463 243 - 0.329218
g4993 DLA_05527 GAOABQK02HUB3S CDS385563 792 + 0.305556
g4994 DLA_05529 GAOABQK02HUB3S CDS386617 2148 - 0.325419
g4995 DLA_05530 GAOABQK02HUB3S CDS389156 813 + 0.297663
g4996 DLA_05531 CAZy family GH9 catalyzes the hydrolysis of glucosidic linkagesGAOABQK02HUB3S CDS390510 2007 + 0.39711
g4997 DLA_05532 GAOABQK02HUB3S CDS392757 2364 + 0.278342
g4998 DLA_05533 GAOABQK02HUB3S CDS395597 1230 + 0.287805
g4999 DLA_05535 GAOABQK02HUB3S CDS398255 543 - 0.296501
g5 DLA_00006 contig05409_1.exp CDS10703 1887 + 0.259671
g50 DLA_00059 contig05409_1.exp CDS130429 660 + 0.327273
g500 DLA_00553 contig05409_1.exp CDS1146688 912 + 0.345395
g5000 DLA_05537 catalyzes the reaction ATP L-phenylalanine tRNAPhe AMP diphosphate L-phenylalanyl-tRNAPheGAOABQK02HUB3S CDS399206 1263 + 0.335709
g5001 DLA_05538 GAOABQK02HUB3S CDS401139 1557 + 0.326268
g5002 DLA_05539 GAOABQK02HUB3S CDS402987 747 - 0.267738
g5003 DLA_05541 GAOABQK02HUB3S CDS404306 810 - 0.334568
g5004 DLA_05542 GAOABQK02HUB3S CDS405276 1542 - 0.302853
g5005 DLA_05543 GAOABQK02HUB3S CDS407066 858 + 0.322844
g5006 DLA_05544 GAOABQK02HUB3S CDS407970 1065 - 0.337089
g5007 DLA_05545 GAOABQK02HUB3S CDS409718 1875 + 0.352533
g5008 DLA_05546 GAOABQK02HUB3S CDS411859 1245 + 0.307631
g5009 DLA_11631 GAOABQK02HUB3S CDS413134 315 - 0.298413
g501 DLA_00554 contig05409_1.exp CDS1147813 1587 + 0.328923
g5010 DLA_05547 GAOABQK02HUB3S CDS414389 1524 + 0.410105
g5011 DLA_05550 GAOABQK02HUB3S CDS417367 1092 - 0.299451
g5012 DLA_05551 GAOABQK02HUB3S CDS419927 1536 - 0.281901
g5013 DLA_05552 GAOABQK02HUB3S CDS422006 1698 + 0.375147
g5014 DLA_05553 GAOABQK02HUB3S CDS423848 651 + 0.308756
g5015 DLA_05554 GAOABQK02HUB3S CDS424743 2100 - 0.321429
g5016 DLA_05555 GAOABQK02HUB3S CDS427700 1356 + 0.311947
g5017 DLA_05556 GAOABQK02HUB3S CDS429206 945 - 0.355556
g5018 DLA_05557 GAOABQK02HUB3S CDS430650 948 + 0.322785
g5019 DLA_05558 GAOABQK02HUB3S CDS431829 1227 - 0.267319
g502 DLA_00555 contig05409_1.exp CDS1149478 2172 + 0.336096
g5020 DLA_05559 GAOABQK02HUB3S CDS433306 1278 + 0.320814
g5021 DLA_05560 GAOABQK02HUB3S CDS434802 7788 - 0.351181
g5022 DLA_05562 GAOABQK02HUB3S CDS443405 1116 - 0.278674
g5023 DLA_05563 GAOABQK02HUB3S CDS445177 570 + 0.324561
g5024 DLA_05564 GAOABQK02HUB3S CDS447129 1587 - 0.269691
g5025 DLA_05565 GAOABQK02HUB3S CDS448957 3624 + 0.327263
g5026 DLA_05566 GAOABQK02HUB3S CDS452673 240 - 0.391667
g5027 DLA_05567 GAOABQK02HUB3S CDS453169 1458 - 0.301097
g5028 DLA_05568 GAOABQK02HUB3S CDS455025 642 + 0.352025
g5029 DLA_05569 GAOABQK02HUB3S CDS458627 759 + 0.293808
g503 DLA_00556 contig05409_1.exp CDS1151893 1089 + 0.362718
g5030 DLA_05570 GAOABQK02HUB3S CDS460304 1029 + 0.367347
g5031 DLA_05571 GAOABQK02HUB3S CDS461404 2952 - 0.32893
g5032 DLA_05572 GAOABQK02HUB3S CDS464705 1032 + 0.319767
g5033 DLA_05574 GAOABQK02HUB3S CDS466269 474 + 0.293249
g5034 DLA_05575 GAOABQK02HUB3S CDS468534 1458 + 0.353909
g5035 DLA_05576 GAOABQK02HUB3S CDS470323 1911 + 0.276818
g5036 DLA_05577 GAOABQK02HUB3S CDS473141 1350 + 0.346667
g5037 DLA_05578 GAOABQK02HUB3S CDS474758 3843 - 0.342961
g5038 DLA_05580 GAOABQK02HUB3S CDS480282 2535 + 0.358185
g5039 DLA_05581 GAOABQK02HUB3S CDS483219 450 + 0.36
g504 DLA_00557 contig05409_1.exp CDS1153319 1896 + 0.312764
g5040 DLA_05582 GAOABQK02HUB3S CDS483913 768 - 0.300781
g5041 DLA_05583 GAOABQK02HUB3S CDS485316 306 + 0.401961
g5042 DLA_05584 GAOABQK02HUB3S CDS486421 852 + 0.33216
g5043 DLA_05585 GAOABQK02HUB3S CDS487469 603 - 0.3466
g5044 DLA_05586 GAOABQK02HUB3S CDS488387 1941 - 0.309119
g5045 DLA_05587 GAOABQK02HUB3S CDS490528 552 + 0.240942
g5046 DLA_05588 GAOABQK02HUB3S CDS491194 1341 + 0.353468
g5047 DLA_05590 GAOABQK02HUB3S CDS493463 1287 + 0.272727
g5048 DLA_05591 GAOABQK02HUB3S CDS495003 1041 - 0.329491
g5049 DLA_05592 GAOABQK02HUB3S CDS496212 4731 - 0.355739
g505 DLA_00558 contig05409_1.exp CDS1155622 1032 + 0.325581
g5050 DLA_05593 GAOABQK02HUB3S CDS501681 3468 - 0.341695
g5051 DLA_05594 GAOABQK02HUB3S CDS505898 3144 + 0.338422
g5052 DLA_05595 contains a predicted signal peptide there is a second copy of this gene GAOABQK02HUB3S CDS509163 4179 - 0.354152
g5053 DLA_11632 catalyzes the reaction ATP HCOsub3subsup-sup propionyl-CoA ADP phosphate D-methylmalonyl-CoAGAOABQK02HUB3S CDS513803 2064 - 0.380814
g5054 DLA_11633 GAOABQK02HUB3S CDS516199 2838 + 0.340028
g5055 DLA_05596 GAOABQK02HUB3S CDS520123 3354 + 0.330352
g5056 DLA_05597 GAOABQK02HUB3S CDS523639 1836 - 0.318627
g5057 DLA_05598 GAOABQK02HUB3S CDS525762 507 + 0.266272
g5058 DLA_11634 GAOABQK02HUB3S CDS526388 327 + 0.266055
g5059 DLA_05599 GAOABQK02HUB3S CDS526810 1863 - 0.3489
g506 DLA_00559 has similarity to the S. cerevisisae ATP10 a mitochondrial inner membrane protein required for assembly of the mitochondrial F1F0 ATP synthase there is a second copy of this gene contig05409_1.exp CDS1157091 792 + 0.296717
g5060 DLA_05600 GAOABQK02HUB3S CDS528768 2805 + 0.318004
g5061 DLA_05603 GAOABQK02HUB3S CDS533018 972 + 0.343621
g5062 DLA_05604 GAOABQK02HUB3S CDS534928 1914 - 0.324974
g5063 DLA_05606 GAOABQK02HUB3S CDS538701 1482 - 0.251687
g5064 DLA_05607 GAOABQK02HUB3S CDS540250 1596 + 0.246867
g5065 DLA_05608 GAOABQK02HUB3S CDS542699 1077 + 0.290622
g5066 DLA_05609 GAOABQK02HUB3S CDS543862 1773 - 0.337281
g5067 DLA_05611 ortholog of the conserved RMD5 which in yeast has has an E3-like ubiquitin ligase activityGAOABQK02HUB3S CDS546474 1215 + 0.331687
g5068 DLA_05612 catalyzes the reaction ATP ethanolamine ADP O-phosphoethanolamineGAOABQK02HUB3S CDS548355 1491 + 0.319249
g5069 DLA_05614 very similar in the C-terminal RING Zn finger domain belongs to the BRE1 familyGAOABQK02HUB3S CDS550800 2736 + 0.327485
g507 DLA_00560 contig05409_1.exp CDS1158108 5679 + 0.296883
g5070 DLA_05615 GAOABQK02HUB3S CDS553749 6030 - 0.315091
g5071 DLA_05616 catalyzes the reaction ATP uridine ADP UMPGAOABQK02HUB3S CDS560099 1386 - 0.336219
g5072 DLA_05617 GAOABQK02HUB3S CDS562088 336 + 0.327381
g5073 DLA_05618 GAOABQK02HUB3S CDS562805 2460 - 0.314634
g5074 DLA_05619 GAOABQK02HUB3S CDS566617 2586 - 0.317479
g5075 DLA_11635 GAOABQK02HUB3S CDS569779 258 - 0.372093
g5076 DLA_05620 GAOABQK02HUB3S CDS571491 5514 + 0.353283
g5077 DLA_05621 GAOABQK02HUB3S CDS577248 813 - 0.268143
g5078 DLA_05622 GAOABQK02HUB3S CDS578407 1176 - 0.284014
g5079 DLA_05624 GAOABQK02HUB3S CDS579638 3105 + 0.295652
g508 DLA_00561 contig05409_1.exp CDS1164257 1440 - 0.359028
g5080 DLA_05625 GAOABQK02HUB3S CDS583295 444 + 0.236486
g5081 DLA_05626 GAOABQK02HUB3S CDS583974 780 - 0.302564
g5082 DLA_05627 GAOABQK02HUB3S CDS584948 777 - 0.34749
g5083 DLA_05628 GAOABQK02HUB3S CDS586125 855 - 0.353216
g5084 DLA_05629 phosphorylates pyridoxal to pyridoxal 5'-phosphate member of the TKL (tyrosine kinase-like) group of protein kinases belongs to the MLK protein kinase familyGAOABQK02HUB3S CDS587208 903 + 0.295681
g5085 DLA_05630 GAOABQK02HUB3S CDS588330 2022 - 0.333828
g5086 DLA_05634 GAOABQK02HUB3S CDS592531 969 - 0.324045
g5087 DLA_05635 GAOABQK02HUB3S CDS593660 1707 - 0.313415
g5088 DLA_05636 GAOABQK02HUB3S CDS596247 2346 + 0.36445
g5089 DLA_05637 GAOABQK02HUB3S CDS598752 8223 + 0.332117
g509 DLA_00562 contig05409_1.exp CDS1165985 294 + 0.285714
g5090 DLA_05638 GAOABQK02HUB3S CDS607415 1278 + 0.335681
g5091 DLA_05639 GAOABQK02HUB3S CDS608950 4611 + 0.317719
g5092 DLA_05640 GAOABQK02HUB3S CDS613814 1563 - 0.358285
g5093 DLA_05641 very similar to H. sapiens di-N-acetylchitobiase (CBTS) a hydrolase involved in the degradation of asparagine-linked glycoproteins contains a putative N-terminal signal sequenceGAOABQK02HUB3S CDS615803 1116 - 0.350358
g5094 DLA_05642 GAOABQK02HUB3S CDS617107 492 - 0.276423
g5095 DLA_05643 GAOABQK02HUB3S CDS617928 531 - 0.404896
g5096 DLA_05644 GAOABQK02HUB3S CDS619305 1980 - 0.375253
g5097 DLA_05645 GAOABQK02HUB3S CDS622219 6897 + 0.345658
g5098 DLA_05646 putative ortholog of S. cerevisiae BUB2 a mitotic checkpoint proteinGAOABQK02HUB3S CDS629459 993 + 0.306143
g5099 DLA_05647 GAOABQK02HUB3S CDS630627 687 - 0.295488
g51 DLA_00060 contig05409_1.exp CDS131668 1317 - 0.351557
g510 DLA_00563 contig05409_1.exp CDS1166350 270 - 0.403704
g5100 DLA_05648 GAOABQK02HUB3S CDS631506 987 + 0.288754
g5101 DLA_05649 GAOABQK02HUB3S CDS632679 1317 + 0.355353
g5102 DLA_05650 GAOABQK02HUB3S CDS634110 1521 + 0.335306
g5103 DLA_05652 highly conserved protein ortholog of human NAT10 and yeast KRE33 predicted to localize to the nucleolusGAOABQK02HUB3S CDS636366 3360 + 0.32619
g5104 DLA_05653 GAOABQK02HUB3S CDS640198 1047 + 0.295129
g5105 DLA_05654 GAOABQK02HUB3S CDS641462 1251 - 0.341327
g5106 DLA_05655 GAOABQK02HUB3S CDS642993 2706 + 0.335181
g5107 DLA_05656 GAOABQK02HUB3S CDS645929 2625 - 0.374857
g5108 DLA_05657 GAOABQK02HUB3S CDS648858 2475 - 0.298586
g5109 DLA_05658 GAOABQK02HUB3S CDS651949 360 - 0.319444
g511 DLA_00564 contig05409_1.exp CDS1167449 291 + 0.33677
g5110 DLA_05659 GAOABQK02HUB3S CDS653033 2154 - 0.361653
g5111 DLA_05660 GAOABQK02HUB3S CDS657512 1434 - 0.357043
g5112 DLA_05661 GAOABQK02HUB3S CDS659019 1668 - 0.293765
g5113 DLA_05662 GAOABQK02HUB3S CDS662072 1938 + 0.344169
g5114 DLA_05663 GAOABQK02HUB3S CDS664256 1881 - 0.307815
g5115 DLA_05664 very similar to A. thaliana AHL and SAL1 phosphatases and S. pombe tol1 (halotolerance protein) all related to the S. cerevisiae HAL2 these proteins are 3'-phosphoadenosine-5'-phosphate (PAP) phosphatases that also act as inositol polyphosphate 1-phosphatases.GAOABQK02HUB3S CDS667626 1011 - 0.339268
g5116 DLA_05665 GAOABQK02HUB3S CDS669026 2424 - 0.331683
g5117 DLA_05666 GAOABQK02HUB3S CDS671872 993 - 0.330312
g5118 DLA_05668 GAOABQK02HUB3S CDS673172 1290 + 0.272093
g5119 DLA_05669 GAOABQK02HUB3S CDS674700 711 + 0.293952
g512 DLA_00565 contig05409_1.exp CDS1167857 270 - 0.4
g5120 DLA_05670 GAOABQK02HUB3S CDS675645 2913 - 0.325781
g5121 DLA_05671 GAOABQK02HUB3S CDS678704 1239 + 0.326877
g5122 DLA_05672 GAOABQK02HUB3S CDS680009 1767 - 0.307301
g5123 DLA_05673 GAOABQK02HUB3S CDS682192 1398 + 0.319027
g5124 DLA_05674 GAOABQK02HUB3S CDS683688 2823 - 0.335104
g5125 DLA_05675 GAOABQK02HUB3S CDS687081 1143 + 0.353456
g5126 DLA_05676 GAOABQK02HUB3S CDS688665 2088 + 0.299329
g5127 DLA_05677 GAOABQK02HUB3S CDS690962 510 + 0.298039
g5128 DLA_05678 GAOABQK02HUB3S CDS691579 984 - 0.24187
g5129 DLA_05679 GAOABQK02HUB3S CDS692830 1473 + 0.325866
g513 DLA_00566 contig05409_1.exp CDS1168704 2820 + 0.292199
g5130 DLA_05680 GAOABQK02HUB3S CDS694851 2775 + 0.323964
g5131 DLA_05681 GAOABQK02HUB3S CDS698121 765 + 0.330719
g5132 DLA_05682 GAOABQK02HUB3S CDS699437 3183 + 0.322652
g5133 DLA_05685 GAOABQK02HUB3S CDS703693 3501 - 0.350757
g5134 DLA_05686 GAOABQK02HUB3S CDS708017 1431 - 0.361286
g5135 DLA_05687 GAOABQK02HUB3S CDS709936 2475 + 0.30101
g5136 DLA_05688 GAOABQK02HUB3S CDS712544 1281 - 0.261514
g5137 DLA_05689 GAOABQK02HUB3S CDS715626 1443 + 0.250866
g5138 DLA_05693 GAOABQK02HUB3S CDS718237 474 + 0.295359
g5139 DLA_05698 GAOABQK02HUB3S CDS722409 1365 - 0.352381
g514 DLA_00568 contig05409_1.exp CDS1171930 2079 - 0.378547
g5140 DLA_05700 GAOABQK02HUB3S CDS724158 3018 - 0.270378
g5141 DLA_05701 GAOABQK02HUB3S CDS728826 4296 + 0.30703
g5142 DLA_05702 GAOABQK02HUB3S CDS733229 2988 - 0.282798
g5143 DLA_05703 GAOABQK02HUB3S CDS736719 1491 - 0.336016
g5144 DLA_05704 GAOABQK02HUB3S CDS739651 3900 + 0.332564
g5145 DLA_05705 GAOABQK02HUB3S CDS743695 1308 - 0.355505
g5146 DLA_05706 GAOABQK02HUB3S CDS745347 4065 + 0.342927
g5147 DLA_05708 GAOABQK02HUB3S CDS749810 1146 - 0.34555
g5148 DLA_05709 GAOABQK02HUB3S CDS751578 657 + 0.30137
g5149 DLA_05710 GAOABQK02HUB3S CDS752623 576 - 0.375
g515 DLA_00569 contig05409_1.exp CDS1174401 1557 - 0.370584
g5150 DLA_05712 GAOABQK02HUB3S CDS754117 1869 - 0.323167
g5151 DLA_05713 GAOABQK02HUB3S CDS756235 6708 - 0.317382
g5152 DLA_05714 GAOABQK02HUB3S CDS764149 1134 + 0.353616
g5153 DLA_05715 GAOABQK02HUB3S CDS765958 1125 + 0.354667
g5154 DLA_05716 GAOABQK02HUB3S CDS767263 1008 + 0.280754
g5155 DLA_05717 GAOABQK02HUB3S CDS768415 1602 - 0.353308
g5156 DLA_05718 GAOABQK02HUB3S CDS770571 702 - 0.361823
g5157 DLA_05720 GAOABQK02HUB3S CDS772075 1080 + 0.343519
g5158 DLA_05722 GAOABQK02HUB3S CDS774281 405 + 0.34321
g5159 DLA_05723 GAOABQK02HUB3S CDS774808 1152 - 0.346354
g516 DLA_00570 highly similar to other short proteins expressed in the prestalk region expressed in pstAO cellscontig05409_1.exp CDS1176096 270 - 0.403704
g5160 DLA_05724 catalyzes the removal of the carboxylate group of S-adenosylmethionine to form S-adenosyl-5'-3-methylpropylamine which then acts as the n-propylamine group donor in the synthesis of the polyamines spermidine and sperminebr bNomenclature conflict: b Do not confuse this gene with amdA encoding AMP deaminaseGAOABQK02HUB3S CDS776975 1149 + 0.376849
g5161 DLA_05726 GAOABQK02HUB3S CDS779799 351 + 0.2849
g5162 DLA_05727 GAOABQK02HUB3S CDS780230 2280 + 0.339035
g5163 DLA_05728 GAOABQK02HUB3S CDS782651 2133 - 0.342241
g5164 DLA_05729 GAOABQK02HUB3S CDS785504 2463 + 0.326837
g5165 DLA_05730 GAOABQK02HUB3S CDS788372 435 - 0.351724
g5166 DLA_05731 GAOABQK02HUB3S CDS789142 501 - 0.337325
g5167 DLA_05733 GAOABQK02HUB3S CDS790678 1080 + 0.373148
g5168 DLA_05734 GAOABQK02HUB3S CDS791982 351 - 0.356125
g5169 DLA_05735 GAOABQK02HUB3S CDS793033 3303 + 0.367847
g517 DLA_00571 contig05409_1.exp CDS1177610 243 + 0.415638
g5170 DLA_05736 CAZy family GT10 some proteins in the GT10 family help form the basis of blood group antigensGAOABQK02HUB3S CDS796937 1710 + 0.322222
g5171 DLA_05737 GAOABQK02HUB3S CDS799193 17223 + 0.328863
g5172 DLA_05738 GAOABQK02HUB3S CDS816900 1398 - 0.364807
g5173 DLA_05739 GAOABQK02HUB3S CDS818651 996 + 0.315261
g5174 DLA_05740 GAOABQK02HUB3S CDS820029 771 + 0.311284
g5175 DLA_05741 GAOABQK02HUB3S CDS821262 2721 + 0.331128
g5176 DLA_05742 GAOABQK02HUB3S CDS824904 7947 - 0.307663
g5177 DLA_05743 GAOABQK02HUB3S CDS833073 2523 + 0.320254
g5178 DLA_11636 GAOABQK02HUB3S CDS836737 16356 - 0.314013
g5179 DLA_11637 GAOABQK02HUB3S CDS855266 690 - 0.317391
g518 DLA_11445 contig05409_1.exp CDS1178028 363 - 0.250689
g5180 DLA_05744 GAOABQK02HUB3S CDS856339 13416 - 0.316413
g5181 DLA_05745 GAOABQK02HUB3S CDS870072 846 + 0.309693
g5182 DLA_05746 GAOABQK02HUB3S CDS871130 1071 - 0.376284
g5183 DLA_05747 GAOABQK02HUB3S CDS873649 1515 + 0.345875
g5184 DLA_05748 GAOABQK02HUB3S CDS875626 2385 + 0.398323
g5185 DLA_05749 GAOABQK02HUB3S CDS878548 378 + 0.256614
g5186 DLA_05750 GAOABQK02HUB3S CDS879086 2442 - 0.362817
g5187 DLA_05752 member of the SNARE family (Soluble NSF Attachment Protein REceptor) localizes to endosome and interacts with syn7AGAOABQK02HUB3S CDS882792 438 + 0.321918
g5188 DLA_05755 GAOABQK02HUB3S CDS884884 678 + 0.333333
g5189 DLA_05756 GAOABQK02HUB3S CDS885905 897 + 0.322185
g519 DLA_00572 catalyzes the reaction Hsub2subO allantoin allantoate expressed in upper cup cells during culminationcontig05409_1.exp CDS1178580 1956 - 0.373722
g5190 DLA_05758 GAOABQK02HUB3S CDS887016 2760 - 0.278261
g5191 DLA_05759 GAOABQK02HUB3S CDS890932 1029 + 0.285714
g5192 DLA_05760 GAOABQK02HUB3S CDS892126 2388 + 0.327889
g5193 DLA_05761 GAOABQK02HUB3S CDS894993 1248 + 0.297276
g5194 DLA_05764 GAOABQK02HUB3S CDS898624 1107 + 0.277326
g5195 DLA_05765 GAOABQK02HUB3S CDS899811 2913 - 0.28081
g5196 DLA_05766 GAOABQK02HUB3S CDS903028 4074 - 0.303142
g5197 DLA_05769 GAOABQK02HUB3S CDS908585 4353 - 0.33655
g5198 DLA_05770 GAOABQK02HUB3S CDS913522 312 + 0.326923
g5199 DLA_05771 GAOABQK02HUB3S CDS914036 834 - 0.306954
g52 DLA_00061 contig05409_1.exp CDS136141 264 - 0.412879
g520 DLA_00573 contig05409_1.exp CDS1181037 522 - 0.287356
g5200 DLA_05772 GAOABQK02HUB3S CDS915455 2523 + 0.349187
g5201 DLA_05773 GAOABQK02HUB3S CDS918191 1362 + 0.314978
g5202 DLA_05774 putative ortholog of S. cerevisiae VPS52 component of the GARP (Golgi-associated retrograde protein) complexGAOABQK02HUB3S CDS919673 2370 + 0.336287
g5203 DLA_05775 GAOABQK02HUB3S CDS922590 1137 + 0.310466
g5204 DLA_05776 GAOABQK02HUB3S CDS925127 3027 + 0.355467
g5205 DLA_05777 GAOABQK02HUB3S CDS928233 3237 + 0.314798
g5206 DLA_05778 GAOABQK02HUB3S CDS932143 1695 - 0.379941
g5207 DLA_05779 GAOABQK02HUB3S CDS934318 2625 - 0.314667
g5208 DLA_05781 GAOABQK02HUB3S CDS939271 2745 + 0.317668
g5209 DLA_05782 GAOABQK02HUB3S CDS942240 822 - 0.323601
g521 DLA_00574 contig05409_1.exp CDS1181707 837 - 0.377539
g5210 DLA_05783 GAOABQK02HUB3S CDS943443 423 + 0.326241
g5211 DLA_11638 GAOABQK02HUB3S CDS944103 666 - 0.345345
g5212 DLA_05784 GAOABQK02HUB3S CDS944935 1326 - 0.317496
g5213 DLA_05785 GAOABQK02HUB3S CDS946843 1488 + 0.284946
g5214 DLA_05786 GAOABQK02HUB3S CDS948883 480 + 0.347917
g5215 DLA_11639 GAOABQK02HUB3S CDS950473 459 - 0.261438
g5216 DLA_05787 GAOABQK02HUB3S CDS951458 3252 + 0.301661
g5217 DLA_05788 GAOABQK02HUB3S CDS954846 420 - 0.395238
g5218 DLA_05789 GAOABQK02HUB3S CDS955277 2424 - 0.347772
g5219 DLA_05790 GAOABQK02HUB3S CDS959356 1185 + 0.374684
g522 DLA_00575 contig05409_1.exp CDS1183526 840 - 0.336905
g5220 DLA_05791 GAOABQK02HUB3S CDS960681 1719 - 0.329843
g5221 DLA_05792 GAOABQK02HUB3S CDS963705 1140 + 0.349123
g5222 DLA_05793 GAOABQK02HUB3S CDS965157 1992 + 0.329819
g5223 DLA_05795 GAOABQK02HUB3S CDS968334 849 + 0.299176
g5224 DLA_05796 GAOABQK02HUB3S CDS969501 255 + 0.262745
g5225 DLA_05797 GAOABQK02HUB3S CDS970101 789 + 0.362484
g5226 DLA_05799 GAOABQK02HUB3S CDS971524 2406 + 0.316708
g5227 DLA_05800 GAOABQK02HUB3S CDS974737 864 + 0.28588
g5228 DLA_05801 GAOABQK02HUB3S CDS975770 705 - 0.310638
g5229 DLA_05802 GAOABQK02HUB3S CDS976806 666 + 0.328829
g523 DLA_00576 contig05409_1.exp CDS1185030 5907 - 0.346707
g5230 DLA_05803 GAOABQK02HUB3S CDS977585 807 - 0.325898
g5231 DLA_05804 GAOABQK02HUB3S CDS978467 1056 + 0.272727
g5232 DLA_05805 GAOABQK02HUB3S CDS979636 2847 - 0.336495
g5233 DLA_05806 GAOABQK02HUB3S CDS983055 5760 - 0.358681
g5234 DLA_05807 GAOABQK02HUB3S CDS989588 1956 + 0.324642
g5235 DLA_05808 GAOABQK02HUB3S CDS991609 2892 - 0.317773
g5236 DLA_05809 GAOABQK02HUB3S CDS994845 2769 - 0.326111
g5237 DLA_05811 GAOABQK02HUB3S CDS1000291 4923 + 0.29088
g5238 DLA_05812 GAOABQK02HUB3S CDS1005470 1524 - 0.322178
g5239 DLA_05813 GAOABQK02HUB3S CDS1007273 1401 - 0.309779
g524 DLA_00577 contig05409_1.exp CDS1192156 6693 + 0.356492
g5240 DLA_05815 GAOABQK02HUB3S CDS1009232 1158 + 0.343696
g5241 DLA_05816 GAOABQK02HUB3S CDS1010565 399 + 0.223058
g5242 DLA_05817 GAOABQK02HUB3S CDS1011321 1725 - 0.293333
g5243 DLA_05818 GAOABQK02HUB3S CDS1013829 939 - 0.27902
g5244 DLA_05819 GAOABQK02HUB3S CDS1014974 1746 + 0.230813
g5245 DLA_05820 GAOABQK02HUB3S CDS1016882 3063 - 0.24094
g5246 DLA_05821 GAOABQK02HUB3S CDS1020589 1410 + 0.343972
g5247 DLA_05822 GAOABQK02HUB3S CDS1022135 1938 - 0.28999
g5248 DLA_05824 GAOABQK02HUB3S CDS1024401 324 - 0.314815
g5249 DLA_05825 GAOABQK02HUB3S CDS1028711 1488 - 0.305108
g525 DLA_00578 contig05409_1.exp CDS1199877 1041 + 0.270893
g5250 DLA_05826 GAOABQK02HUB3S CDS1030493 2619 + 0.237495
g5251 DLA_05828 GAOABQK02HUB3S CDS1033963 744 + 0.302419
g5252 DLA_05829 GAOABQK02HUB3S CDS1034819 933 - 0.316184
g5253 DLA_05830 GAOABQK02HUB3S CDS1036962 960 + 0.344792
g5254 DLA_05831 contains 7 WD repeats belongs to the WD repeat WDSOF1 family homolog of human WDSOF1 S. cerevisiae SOF1 S. cerevisiae SOF1 is required for ribosomal RNA processingGAOABQK02HUB3S CDS1038002 1371 - 0.342815
g5255 DLA_05832 similar to antiquitin aldehyde dehydrogenase family 7 catalyzes the reaction aldehyde NAD Hsub2subO an acid NADH HGAOABQK02HUB3S CDS1039684 1533 + 0.3803
g5256 DLA_05833 GAOABQK02HUB3S CDS1041496 1680 + 0.284524
g5257 DLA_05834 GAOABQK02HUB3S CDS1043503 1593 + 0.277464
g5258 DLA_05835 GAOABQK02HUB3S CDS1045122 2844 - 0.353024
g5259 DLA_05836 GAOABQK02HUB3S CDS1048215 756 + 0.318783
g526 DLA_00579 contig05409_1.exp CDS1201208 3444 + 0.305168
g5260 DLA_05837 GAOABQK02HUB3S CDS1049622 420 + 0.309524
g5261 DLA_05838 GAOABQK02HUB3S CDS1050392 1218 - 0.293103
g5262 DLA_05840 GAOABQK02HUB3S CDS1052924 3171 - 0.252286
g5263 DLA_05841 GAOABQK02HUB3S CDS1056268 1080 + 0.318519
g5264 DLA_05842 GAOABQK02HUB3S CDS1057689 1941 - 0.36373
g5265 DLA_05843 GAOABQK02HUB3S CDS1060924 945 + 0.319577
g5266 DLA_05844 GAOABQK02HUB3S CDS1062024 2304 + 0.310764
g5267 DLA_05845 GAOABQK02HUB3S CDS1064384 897 - 0.352285
g5268 DLA_05846 ortholog of the conserved COQ9 a protein which in S. cerevisiae is required for ubiquinone (coenzyme Q) biosynthesisGAOABQK02HUB3S CDS1065509 876 + 0.27968
g5269 DLA_05847 GAOABQK02HUB3S CDS1066629 1572 - 0.255725
g527 DLA_00580 contig05409_1.exp CDS1205702 633 + 0.28594
g5270 DLA_05848 contains 2 GRAM domains one RabGAPTBC domain and one EF hand domainGAOABQK02HUB3S CDS1069188 3243 - 0.307431
g5271 DLA_11640 belongs to the substrate carrier protein family involved in transport of molecules across the mitochondrial membrane brbr bCommunity annotation:b Overview of the GAOABQK02HUB3S CDS1074058 942 - 0.33758
g5272 DLA_05849 GAOABQK02HUB3S CDS1077639 756 - 0.309524
g5273 DLA_05850 GAOABQK02HUB3S CDS1080440 1767 - 0.320317
g5274 DLA_05851 GAOABQK02HUB3S CDS1082614 1737 + 0.332758
g5275 DLA_05852 GAOABQK02HUB3S CDS1084467 1605 + 0.305919
g5276 DLA_05853 GAOABQK02HUB3S CDS1086420 3279 + 0.345837
g5277 DLA_05854 GAOABQK02HUB3S CDS1089837 912 - 0.314693
g5278 DLA_05855 GAOABQK02HUB3S CDS1091054 1833 + 0.314239
g5279 DLA_05856 GAOABQK02HUB3S CDS1093676 948 + 0.35865
g528 DLA_00581 contig05409_1.exp CDS1206739 267 - 0.284644
g5280 DLA_05861 GAOABQK02HUB3S CDS1098276 4662 - 0.302445
g5281 DLA_05862 member of the alpha-actininspectrin superfamily dimerizes with cortexillin I involved in cytokinesis and development and associates with the actin cytoskeletonGAOABQK02HUB3S CDS1103799 1329 - 0.343868
g5282 DLA_11641 GAOABQK02HUB3S CDS1105821 2667 + 0.285714
g5283 DLA_05864 GAOABQK02HUB3S CDS1108726 5511 + 0.293232
g5284 DLA_05865 GAOABQK02HUB3S CDS1114611 3675 + 0.319456
g5285 DLA_05866 GAOABQK02HUB3S CDS1120661 2448 - 0.330474
g5286 DLA_05867 GAOABQK02HUB3S CDS1123346 3384 - 0.30792
g5287 DLA_05868 GAOABQK02HUB3S CDS1127229 1563 - 0.329495
g5288 DLA_05869 GAOABQK02HUB3S CDS1129286 1221 + 0.352989
g5289 DLA_05871 GAOABQK02HUB3S CDS1133331 1881 + 0.259968
g529 DLA_00582 contig05409_1.exp CDS1207838 4317 + 0.351633
g5290 DLA_05872 GAOABQK02HUB3S CDS1135244 1200 - 0.2875
g5291 DLA_05874 GAOABQK02HUB3S CDS1137048 1767 + 0.273345
g5292 DLA_05875 GAOABQK02HUB3S CDS1139252 585 + 0.292308
g5293 DLA_05878 GAOABQK02HUB3S CDS1140427 2184 - 0.282967
g5294 DLA_05879 GAOABQK02HUB3S CDS1142841 2157 + 0.278628
g5295 DLA_05881 GAOABQK02HUB3S CDS1146303 369 + 0.384824
g5296 DLA_05883 GAOABQK02HUB3S CDS1147298 1584 + 0.303662
g5297 DLA_05884 GAOABQK02HUB3S CDS1149106 837 - 0.317802
g5298 DLA_05885 GAOABQK02HUB3S CDS1151440 1539 + 0.367122
g5299 DLA_05886 GAOABQK02HUB3S CDS1153628 1752 + 0.333333
g53 DLA_00062 contig05409_1.exp CDS136958 2331 - 0.357357
g530 DLA_00583 contig05409_1.exp CDS1212352 2052 - 0.332846
g5300 DLA_05887 GAOABQK02HUB3S CDS1155634 1212 + 0.267327
g5301 DLA_05889 GAOABQK02HUB3S CDS1157724 2223 - 0.329735
g5302 DLA_05891 GAOABQK02HUB3S CDS1161498 576 + 0.302083
g5303 DLA_05892 GAOABQK02HUB3S CDS1162273 1578 - 0.287706
g5304 DLA_05893 GAOABQK02HUB3S CDS1164984 519 + 0.271676
g5305 DLA_05894 GAOABQK02HUB3S CDS1165794 3834 - 0.325248
g5306 DLA_05895 GAOABQK02HUB3S CDS1171951 843 - 0.31554
g5307 DLA_05898 GAOABQK02HUB3S CDS1174131 867 + 0.347174
g5308 DLA_05899 GAOABQK02HUB3S CDS1175289 2052 - 0.305556
g5309 DLA_11642 GAOABQK02HUB3S CDS1177712 1602 - 0.322097
g531 DLA_00584 contig05409_1.exp CDS1214742 1788 + 0.313758
g5310 DLA_05900 GAOABQK02HUB3S CDS1179641 2886 + 0.288635
g5311 DLA_05902 GAOABQK02HUB3S CDS1182935 594 + 0.328283
g5312 DLA_05904 GAOABQK02HUB3S CDS1183851 1608 - 0.346393
g5313 DLA_05905 GAOABQK02HUB3S CDS1185974 1605 + 0.340187
g5314 DLA_05907 GAOABQK02HUB3S CDS1192296 4218 - 0.317923
g5315 DLA_05908 GAOABQK02HUB3S CDS1196895 750 + 0.301333
g5316 DLA_05909 GAOABQK02HUB3S CDS1198196 1797 + 0.319978
g5317 DLA_05910 GAOABQK02HUB3S CDS1200351 4206 + 0.298859
g5318 DLA_05912 GAOABQK02HUB3S CDS1204790 366 - 0.281421
g5319 DLA_05913 GAOABQK02HUB3S CDS1205322 1737 + 0.28152
g532 DLA_00585 contig05409_1.exp CDS1216825 3339 - 0.292603
g5320 DLA_05914 GAOABQK02HUB3S CDS1207145 1515 - 0.328713
g5321 DLA_05916 GAOABQK02HUB3S CDS1209550 417 + 0.371703
g5322 DLA_05917 GAOABQK02HUB3S CDS1210067 984 - 0.314024
g5323 DLA_05918 GAOABQK02HUB3S CDS1211262 1065 + 0.288263
g5324 DLA_05919 GAOABQK02HUB3S CDS1212357 1665 - 0.306306
g5325 DLA_05920 GAOABQK02HUB3S CDS1214313 2619 - 0.306606
g5326 DLA_05921 GAOABQK02HUB3S CDS1217120 930 - 0.25914
g5327 DLA_05922 GAOABQK02HUB3S CDS1218451 828 + 0.306763
g5328 DLA_05923 GAOABQK02HUB3S CDS1219407 1734 - 0.336794
g5329 DLA_05924 GAOABQK02HUB3S CDS1221514 1767 + 0.327108
g533 DLA_00586 contig05409_1.exp CDS1220530 1668 - 0.361511
g5330 DLA_05928 GAOABQK02HUB3S CDS1228722 942 - 0.300425
g5331 DLA_05929 GAOABQK02HUB3S CDS1230362 1122 - 0.290553
g5332 DLA_05930 GAOABQK02HUB3S CDS1232455 360 - 0.327778
g5333 DLA_05931 GAOABQK02HUB3S CDS1233276 3234 - 0.372294
g5334 DLA_05932 GAOABQK02HUB3S CDS1236802 2988 - 0.323628
g5335 DLA_05933 GAOABQK02HUB3S CDS1239974 240 + 0.370833
g5336 DLA_05934 GAOABQK02HUB3S CDS1241031 3873 + 0.32662
g5337 DLA_05935 GAOABQK02HUB3S CDS1245381 936 - 0.323718
g5338 DLA_05936 GAOABQK02HUB3S CDS1248106 453 + 0.267108
g5339 DLA_05937 GAOABQK02HUB3S CDS1248666 957 - 0.310345
g534 DLA_00587 contig05409_1.exp CDS1222361 714 - 0.331933
g5340 DLA_05938 GAOABQK02HUB3S CDS1249860 1029 - 0.294461
g5341 DLA_05939 GAOABQK02HUB3S CDS1251738 2730 + 0.312821
g5342 DLA_05942 GAOABQK02HUB3S CDS1256890 1440 + 0.285417
g5343 DLA_05944 GAOABQK02HUB3S CDS1259691 1401 + 0.294076
g5344 DLA_05945 GAOABQK02HUB3S CDS1261425 951 + 0.299685
g5345 DLA_05946 GAOABQK02HUB3S CDS1262494 951 + 0.294427
g5346 DLA_05947 GAOABQK02HUB3S CDS1263549 453 - 0.278146
g5347 DLA_05948 GAOABQK02HUB3S CDS1264118 354 + 0.29661
g5348 DLA_05949 GAOABQK02HUB3S CDS1264815 1056 + 0.336174
g5349 DLA_05952 GAOABQK02HUB3S CDS1269523 1641 - 0.305302
g535 DLA_00588 contig05409_1.exp CDS1223548 528 - 0.32197
g5350 DLA_05953 GAOABQK02HUB3S CDS1271811 1602 + 0.285268
g5351 DLA_11643 GAOABQK02HUB3S CDS1274338 633 + 0.322275
g5352 DLA_05954 similar to Ixodes scapularis U2 small nuclear ribonucleoprotein A human c10orf11 has 3 leucine-rich repeats which are involved in protein-protein interactionsGAOABQK02HUB3S CDS1275407 663 - 0.28356
g5353 DLA_05955 GAOABQK02HUB3S CDS1276586 1011 - 0.293769
g5354 DLA_05956 contains a cyclase domain 7 transmembrane helices a histidine kinase domain and two receiver domainsGAOABQK02HUB3S CDS1277865 4821 - 0.340178
g5355 DLA_05957 CAZy family GT58 catalyzes N-linked mannosylationGAOABQK02HUB3S CDS1283209 4092 + 0.319892
g5356 DLA_05959 GAOABQK02HUB3S CDS1288437 1143 + 0.31846
g5357 DLA_05961 GAOABQK02HUB3S CDS1291226 10626 - 0.378788
g5358 DLA_05962 GAOABQK02HUB3S CDS1302941 3519 + 0.305485
g5359 DLA_11644 GAOABQK02HUB3S CDS1306937 801 + 0.297129
g536 DLA_00589 contig05409_1.exp CDS1224362 1917 + 0.304643
g5360 DLA_05963 GAOABQK02HUB3S CDS1308831 2589 + 0.337968
g5361 DLA_05964 GAOABQK02HUB3S CDS1311522 3345 + 0.277429
g5362 DLA_05966 GAOABQK02HUB3S CDS1315617 900 - 0.322222
g5363 DLA_05967 GAOABQK02HUB3S CDS1317327 1182 - 0.309645
g5364 DLA_05968 GAOABQK02HUB3S CDS1319257 1641 + 0.340646
g5365 DLA_05969 GAOABQK02HUB3S CDS1321176 2610 - 0.355172
g5366 DLA_05970 GAOABQK02HUB3S CDS1324154 1119 + 0.330652
g5367 DLA_05971 GAOABQK02HUB3S CDS1325424 1011 + 0.281899
g5368 DLA_05973 GAOABQK02HUB3S CDS1327475 1053 - 0.319088
g5369 DLA_05974 GAOABQK02HUB3S CDS1329499 957 - 0.335423
g537 DLA_00590 contig05409_1.exp CDS1226454 2037 - 0.375061
g5370 DLA_05976 GAOABQK02HUB3S CDS1331748 423 + 0.248227
g5371 DLA_05977 GAOABQK02HUB3S CDS1332472 1851 - 0.353323
g5372 DLA_05978 GAOABQK02HUB3S CDS1334607 3846 - 0.358814
g5373 DLA_05979 GAOABQK02HUB3S CDS1338937 1242 + 0.309179
g5374 DLA_05981 ortholog of H. sapiens xeroderma pigmentosum group D (XPD) M. musculus ERCC2 and S. cerevisiae RAD3GAOABQK02HUB3S CDS1341303 2334 + 0.344045
g5375 DLA_05982 GAOABQK02HUB3S CDS1343966 486 + 0.323045
g5376 DLA_05983 GAOABQK02HUB3S CDS1344825 576 + 0.276042
g5377 DLA_05984 GAOABQK02HUB3S CDS1345555 561 - 0.340463
g5378 DLA_05985 GAOABQK02HUB3S CDS1346218 1341 + 0.319911
g5379 DLA_05986 GAOABQK02HUB3S CDS1347789 966 - 0.28882
g538 DLA_00591 contig05409_1.exp CDS1228927 3024 - 0.295635
g5380 DLA_05987 GAOABQK02HUB3S CDS1349332 750 + 0.32
g5381 DLA_05988 GAOABQK02HUB3S CDS1350141 381 - 0.270341
g5382 DLA_05989 GAOABQK02HUB3S CDS1351053 354 + 0.251412
g5383 DLA_05990 GAOABQK02HUB3S CDS1351598 339 - 0.324484
g5384 DLA_05991 GAOABQK02HUB3S CDS1352145 1392 - 0.280891
g5385 DLA_05992 GAOABQK02HUB3S CDS1353919 822 + 0.344282
g5386 DLA_05993 GAOABQK02HUB3S CDS1354918 711 - 0.315049
g5387 DLA_05994 GAOABQK02HUB3S CDS1356000 3702 + 0.290924
g5388 DLA_05995 GAOABQK02HUB3S CDS1359885 3264 - 0.31924
g5389 DLA_05996 GAOABQK02HUB3S CDS1363391 3576 - 0.349553
g539 DLA_00592 contig05409_1.exp CDS1232519 1503 + 0.328011
g5390 DLA_05999 GAOABQK02HUB3S CDS1372852 1533 + 0.308545
g5391 DLA_06000 GAOABQK02HUB3S CDS1374570 753 - 0.273572
g5392 DLA_06001 GAOABQK02HUB3S CDS1375627 558 + 0.295699
g5393 DLA_06002 GAOABQK02HUB3S CDS1376464 2598 + 0.324865
g5394 DLA_06003 GAOABQK02HUB3S CDS1379122 1671 + 0.281867
g5395 DLA_06004 GAOABQK02HUB3S CDS1380899 2292 + 0.294066
g5396 DLA_06005 GAOABQK02HUB3S CDS1383618 2184 - 0.340201
g5397 DLA_06006 GAOABQK02HUB3S CDS1386244 438 + 0.280822
g5398 DLA_06007 GAOABQK02HUB3S CDS1386925 1515 - 0.266007
g5399 DLA_06008 GAOABQK02HUB3S CDS1388822 2781 + 0.317152
g54 DLA_00063 contig05409_1.exp CDS139541 1737 - 0.302821
g540 DLA_00593 contig05409_1.exp CDS1234054 3429 - 0.300087
g5400 DLA_06009 GAOABQK02HUB3S CDS1391779 450 + 0.311111
g5401 DLA_06010 GAOABQK02HUB3S CDS1392391 1083 - 0.347184
g5402 DLA_06011 GAOABQK02HUB3S CDS1393578 1938 - 0.328689
g5403 DLA_06012 GAOABQK02HUB3S CDS1396194 1935 + 0.352455
g5404 DLA_06013 GAOABQK02HUB3S CDS1398433 1575 + 0.299683
g5405 DLA_06015 GAOABQK02HUB3S CDS1400538 1989 + 0.352438
g5406 DLA_06016 GAOABQK02HUB3S CDS1402680 3453 + 0.306111
g5407 DLA_06017 GAOABQK02HUB3S CDS1406216 705 - 0.320567
g5408 DLA_06018 GAOABQK02HUB3S CDS1407794 828 + 0.311594
g5409 DLA_06019 GAOABQK02HUB3S CDS1409031 549 - 0.249545
g541 DLA_00595 contig05409_1.exp CDS1237784 1563 - 0.321177
g5410 DLA_06020 GAOABQK02HUB3S CDS1410213 882 + 0.311791
g5411 DLA_06021 GAOABQK02HUB3S CDS1411414 537 - 0.333333
g5412 DLA_06022 highly similar to mammalian SAHH (catalyzes the hydrolysis of S-adenosyl-L-homocysteine into adenosine and homocysteine) localizes to actin rods found in sporesGAOABQK02HUB3S CDS1412763 1296 + 0.421296
g5413 DLA_06023 GAOABQK02HUB3S CDS1414370 5595 + 0.31546
g5414 DLA_06024 GAOABQK02HUB3S CDS1421234 219 + 0.374429
g5415 DLA_06026 GAOABQK02HUB3S CDS1422238 3381 - 0.335699
g5416 DLA_06028 GAOABQK02HUB3S CDS1426759 1896 + 0.306435
g5417 DLA_06029 GAOABQK02HUB3S CDS1428820 2505 - 0.30978
g5418 DLA_06031 GAOABQK02HUB3S CDS1431770 2691 - 0.353772
g5419 DLA_06032 GAOABQK02HUB3S CDS1434819 1683 + 0.335116
g542 DLA_00597 contig05409_1.exp CDS1239561 270 - 0.27037
g5420 DLA_06033 GAOABQK02HUB3S CDS1436722 1842 + 0.323018
g5421 DLA_06034 GAOABQK02HUB3S CDS1438764 3732 - 0.322615
g5422 DLA_06035 GAOABQK02HUB3S CDS1442808 711 + 0.296765
g5423 DLA_06036 GAOABQK02HUB3S CDS1444879 1842 + 0.389251
g5424 DLA_06037 GAOABQK02HUB3S CDS1447064 1482 - 0.326586
g5425 DLA_06038 GAOABQK02HUB3S CDS1448988 582 - 0.314433
g5426 DLA_06039 GAOABQK02HUB3S CDS1450251 1089 + 0.323232
g5427 DLA_06041 GAOABQK02HUB3S CDS1452294 1320 + 0.324242
g5428 DLA_06042 GAOABQK02HUB3S CDS1453817 2178 + 0.305785
g5429 DLA_06044 GAOABQK02HUB3S CDS1456878 606 + 0.338284
g543 DLA_00598 contig05409_1.exp CDS1240640 540 + 0.281481
g5430 DLA_06045 GAOABQK02HUB3S CDS1457941 1248 + 0.338141
g5431 DLA_06046 GAOABQK02HUB3S CDS1459581 462 - 0.378788
g5432 DLA_06047 GAOABQK02HUB3S CDS1461035 201 + 0.273632
g5433 DLA_06049 GAOABQK02HUB3S CDS1461570 2115 - 0.340898
g5434 DLA_06050 GAOABQK02HUB3S CDS1464215 1347 + 0.245731
g5435 DLA_06051 GAOABQK02HUB3S CDS1465705 1890 - 0.289947
g5436 DLA_06052 GAOABQK02HUB3S CDS1468561 1839 + 0.358347
g5437 DLA_06056 GAOABQK02HUB3S CDS1471922 2574 - 0.320901
g5438 DLA_06058 GAOABQK02HUB3S CDS1475227 2574 - 0.328283
g5439 DLA_06059 GAOABQK02HUB3S CDS1478354 375 - 0.274667
g544 DLA_11446 contig05409_1.exp CDS1241313 564 + 0.287234
g5440 DLA_06060 GAOABQK02HUB3S CDS1479046 1611 - 0.387337
g5441 DLA_06061 GAOABQK02HUB3S CDS1481957 1038 + 0.370906
g5442 DLA_06062 GAOABQK02HUB3S CDS1483101 4170 - 0.328297
g5443 DLA_06063 GAOABQK02HUB3S CDS1487946 1059 - 0.288008
g5444 DLA_06064 GAOABQK02HUB3S CDS1491776 2694 + 0.306236
g5445 DLA_06065 GAOABQK02HUB3S CDS1494646 993 + 0.316213
g5446 DLA_06066 catalyzes the reaction 2-phospho-D-glycerate phosphoenolpyruvate Hsub2subOGAOABQK02HUB3S CDS1496409 1293 - 0.369683
g5447 DLA_06067 GAOABQK02HUB3S CDS1499697 2229 + 0.336025
g5448 DLA_06068 GAOABQK02HUB3S CDS1502068 3438 - 0.331006
g5449 DLA_06069 GAOABQK02HUB3S CDS1507220 2934 + 0.407975
g545 DLA_00599 contig05409_1.exp CDS1242291 2505 + 0.306986
g5450 DLA_06070 GAOABQK02HUB3S CDS1510494 1935 + 0.31938
g5451 DLA_06071 GAOABQK02HUB3S CDS1512664 501 - 0.313373
g5452 DLA_06072 GAOABQK02HUB3S CDS1513745 540 - 0.314815
g5453 DLA_06073 GAOABQK02HUB3S CDS1515061 2583 + 0.351529
g5454 DLA_06074 component of the RNA polymerase III complex has similarity to H. sapiens RPC6RPC39 and S. cerevisiae RPC34GAOABQK02HUB3S CDS1517942 885 - 0.325424
g5455 DLA_06075 GAOABQK02HUB3S CDS1519174 513 + 0.282651
g5456 DLA_06077 GAOABQK02HUB3S CDS1520165 4575 + 0.302951
g5457 DLA_06079 GAOABQK02HUB3S CDS1525823 876 + 0.27968
g5458 DLA_06080 GAOABQK02HUB3S CDS1527496 1254 + 0.336523
g5459 DLA_06081 GAOABQK02HUB3S CDS1529006 477 + 0.287212
g546 DLA_00601 contig05409_1.exp CDS1246084 3921 + 0.294313
g5460 DLA_06082 GAOABQK02HUB3S CDS1529954 2778 + 0.339813
g5461 DLA_06083 GAOABQK02HUB3S CDS1533098 1314 + 0.306697
g5462 DLA_06084 GAOABQK02HUB3S CDS1534693 993 - 0.328298
g5463 DLA_06087 GAOABQK02HUB3S CDS1536442 1011 + 0.294758
g5464 DLA_06088 GAOABQK02HUB3S CDS1537886 579 + 0.331606
g5465 DLA_06090 GAOABQK02HUB3S CDS1539993 1443 - 0.342342
g5466 DLA_06091 GAOABQK02HUB3S CDS1542528 1707 + 0.291154
g5467 DLA_06092 catalyzes the reaction isocitrate NADP 2-oxoglutarate CO2 NADPHGAOABQK02HUB3S CDS1544425 1257 - 0.38027
g5468 DLA_06093 GAOABQK02HUB3S CDS1546733 414 - 0.330918
g5469 DLA_06094 GAOABQK02HUB3S CDS1547524 3300 + 0.321818
g547 DLA_00603 contig05409_1.exp CDS1250336 3906 + 0.32002
g5470 DLA_06095 GAOABQK02HUB3S CDS1550989 795 - 0.357233
g5471 DLA_06097 GAOABQK02HUB3S CDS1552913 936 - 0.320513
g5472 DLA_06098 GAOABQK02HUB3S CDS1554432 1749 - 0.331046
g5473 DLA_06100 GAOABQK02HUB3S CDS1557324 2205 + 0.320635
g5474 DLA_06101 GAOABQK02HUB3S CDS1559587 582 - 0.281787
g5475 DLA_06102 GAOABQK02HUB3S CDS1560306 798 - 0.283208
g5476 DLA_06103 GAOABQK02HUB3S CDS1561289 1536 - 0.321615
g5477 DLA_06104 GAOABQK02HUB3S CDS1563011 288 + 0.302083
g5478 DLA_06105 GAOABQK02HUB3S CDS1563808 234 - 0.405983
g5479 DLA_06106 GAOABQK02HUB3S CDS1564607 1050 - 0.340952
g548 DLA_00604 contig05409_1.exp CDS1254325 1593 - 0.300691
g5480 DLA_06107 GAOABQK02HUB3S CDS1565814 2001 + 0.34083
g5481 DLA_06108 GAOABQK02HUB3S CDS1567935 1623 - 0.309304
g5482 DLA_06110 GAOABQK02HUB3S CDS1570812 3024 + 0.341601
g5483 DLA_06111 GAOABQK02HUB3S CDS1574140 2898 + 0.335059
g5484 DLA_06112 similar to discoidin I almost identical to its downstream gene DD7-1GAOABQK02HUB3S CDS1578181 771 + 0.339818
g5485 DLA_06113 GAOABQK02HUB3S CDS1579214 312 + 0.320513
g5486 DLA_06115 GAOABQK02HUB3S CDS1580083 3816 + 0.35718
g5487 DLA_06116 GAOABQK02HUB3S CDS1584053 507 + 0.307692
g5488 DLA_06118 GAOABQK02HUB3S CDS1584634 402 - 0.325871
g5489 DLA_06119 catalyzes the reaction CDP-choline 12-diacylglycerol CMP a phosphatidylcholineGAOABQK02HUB3S CDS1586206 1185 - 0.342616
g549 DLA_00605 contig05409_1.exp CDS1256123 3600 - 0.341389
g5490 DLA_06120 GAOABQK02HUB3S CDS1587723 3159 + 0.304527
g5491 DLA_11645 GAOABQK02HUB3S CDS1590990 237 - 0.308017
g5492 DLA_06121 GAOABQK02HUB3S CDS1591514 1812 - 0.381347
g5493 DLA_06122 GAOABQK02HUB3S CDS1593918 3222 + 0.346058
g5494 DLA_06124 GAOABQK02HUB3S CDS1597707 2163 - 0.297272
g5495 DLA_06125 GAOABQK02HUB3S CDS1600848 2223 - 0.304094
g5496 DLA_06126 GAOABQK02HUB3S CDS1604298 3276 + 0.356838
g5497 DLA_06127 GAOABQK02HUB3S CDS1607720 1308 + 0.309633
g5498 DLA_06128 GAOABQK02HUB3S CDS1609153 990 - 0.334343
g5499 DLA_06129 GAOABQK02HUB3S CDS1611066 354 + 0.310734
g55 DLA_00065 contig05409_1.exp CDS142683 519 + 0.325626
g550 DLA_00606 contig05409_1.exp CDS1260908 3054 + 0.332351
g5500 DLA_06130 GAOABQK02HUB3S CDS1611743 1152 - 0.335069
g5501 DLA_06131 GAOABQK02HUB3S CDS1613133 864 - 0.403935
g5502 DLA_06133 GAOABQK02HUB3S CDS1616160 888 + 0.353604
g5503 DLA_06134 GAOABQK02HUB3S CDS1617278 915 + 0.35082
g5504 DLA_06135 GAOABQK02HUB3S CDS1618445 1308 - 0.307339
g5505 DLA_06136 GAOABQK02HUB3S CDS1620569 1578 + 0.37199
g5506 DLA_06137 GAOABQK02HUB3S CDS1622539 1359 + 0.343635
g5507 DLA_06138 GAOABQK02HUB3S CDS1624230 3615 + 0.355463
g5508 DLA_06139 GAOABQK02HUB3S CDS1628003 3441 - 0.334786
g5509 DLA_06140 conserved peptidase M20 family zinc metallopeptidases which are glutamate carboxypeptidases contains peptidase dimerization domainGAOABQK02HUB3S CDS1631814 1527 - 0.35167
g551 DLA_00607 contig05409_1.exp CDS1264265 558 + 0.315412
g5510 DLA_06141 GAOABQK02HUB3S CDS1633658 942 + 0.313163
g5511 DLA_06142 GAOABQK02HUB3S CDS1635011 2298 + 0.355962
g5512 DLA_06143 GAOABQK02HUB3S CDS1637494 1845 - 0.337669
g5513 DLA_06144 GAOABQK02HUB3S CDS1639598 7839 - 0.391632
g5514 DLA_06145 GAOABQK02HUB3S CDS1649195 345 - 0.249275
g5515 DLA_06146 GAOABQK02HUB3S CDS1649646 2163 - 0.344429
g5516 DLA_06147 GAOABQK02HUB3S CDS1652776 1491 + 0.323273
g5517 DLA_06148 GAOABQK02HUB3S CDS1654680 2013 - 0.330353
g5518 DLA_06149 GAOABQK02HUB3S CDS1657395 3720 - 0.302151
g5519 DLA_06150 GAOABQK02HUB3S CDS1661476 3723 - 0.295998
g552 DLA_00608 contig05409_1.exp CDS1265949 1362 + 0.339207
g5520 DLA_06151 GAOABQK02HUB3S CDS1665833 3756 - 0.297657
g5521 DLA_06152 GAOABQK02HUB3S CDS1669851 1974 - 0.338906
g5522 DLA_06153 GAOABQK02HUB3S CDS1673333 2061 + 0.3246
g5523 DLA_06154 GAOABQK02HUB3S CDS1675987 375 + 0.312
g5524 DLA_06155 cytochrome b5 is a membrane bound hemoprotein that functions as an electron carrier for several membrane bound oxygenases contains a single C-terminal transmembrane domainGAOABQK02HUB3S CDS1677051 330 + 0.321212
g5525 DLA_06156 GAOABQK02HUB3S CDS1677557 954 - 0.287212
g5526 DLA_06158 GAOABQK02HUB3S CDS1679356 2919 - 0.332648
g5527 DLA_06159 GAOABQK02HUB3S CDS1682658 2637 - 0.323474
g5528 DLA_06160 GAOABQK02HUB3S CDS1685610 1227 - 0.410758
g5529 DLA_06161 GAOABQK02HUB3S CDS1687311 5418 + 0.307309
g553 DLA_00609 conserved E2 ubiquitin-conjugating protein which catalyzes the covalent attachment of ubiquitin to other proteinscontig05409_1.exp CDS1267677 456 - 0.309211
g5530 DLA_06162 GAOABQK02HUB3S CDS1693115 1713 + 0.346176
g5531 DLA_06163 GAOABQK02HUB3S CDS1695704 459 - 0.346405
g5532 DLA_06164 GAOABQK02HUB3S CDS1697229 1470 + 0.34966
g5533 DLA_06165 GAOABQK02HUB3S CDS1698996 810 - 0.340741
g5534 DLA_06166 GAOABQK02HUB3S CDS1700973 3390 + 0.307965
g5535 DLA_06167 GAOABQK02HUB3S CDS1704535 444 - 0.353604
g5536 DLA_06168 GAOABQK02HUB3S CDS1705673 1164 + 0.311856
g5537 DLA_06169 GAOABQK02HUB3S CDS1707055 207 - 0.294686
g5538 DLA_06170 GAOABQK02HUB3S CDS1707826 2439 + 0.345223
g5539 DLA_06171 GAOABQK02HUB3S CDS1711237 777 + 0.337194
g554 DLA_00610 contig05409_1.exp CDS1268467 996 + 0.25502
g5540 DLA_06172 similar to the conserved survival of motor neuron-related splicing factor 30 (SMNDC1 SPF30) the tudor domain is found in many proteins that colocalize with ribonucleoprotein or single-strand DNA-associated complexesGAOABQK02HUB3S CDS1712138 897 + 0.268673
g5541 DLA_06173 GAOABQK02HUB3S CDS1713441 600 - 0.323333
g5542 DLA_06174 GAOABQK02HUB3S CDS1714166 3621 + 0.286385
g5543 DLA_06175 GAOABQK02HUB3S CDS1718240 543 + 0.302026
g5544 DLA_06176 GAOABQK02HUB3S CDS1719698 585 + 0.326496
g5545 DLA_06177 GAOABQK02HUB3S CDS1721108 477 - 0.33543
g5546 DLA_06178 GAOABQK02HUB3S CDS1721971 2142 + 0.29085
g5547 DLA_06179 GAOABQK02HUB3S CDS1724199 3735 + 0.243373
g5548 DLA_06181 GAOABQK02HUB3S CDS1728235 15423 - 0.319458
g5549 DLA_06183 GAOABQK02HUB3S CDS1745187 255 + 0.384314
g555 DLA_00611 contig05409_1.exp CDS1269641 534 - 0.29588
g5550 DLA_06184 GAOABQK02HUB3S CDS1745943 603 + 0.386401
g5551 DLA_06186 GAOABQK02HUB3S CDS1748039 1797 - 0.316639
g5552 DLA_06187 GAOABQK02HUB3S CDS1750162 537 + 0.340782
g5553 DLA_06188 GAOABQK02HUB3S CDS1750730 585 - 0.353846
g5554 DLA_11646 GAOABQK02HUB3S CDS1751505 231 - 0.363636
g5555 DLA_06189 GAOABQK02HUB3S CDS1752495 4401 + 0.304703
g5556 DLA_11647 GAOABQK02HUB3S CDS1757752 2301 + 0.262495
g5557 DLA_06190 GAOABQK02HUB3S CDS1760320 894 + 0.253915
g5558 DLA_06193 GAOABQK02HUB3S CDS1762996 2718 - 0.346946
g5559 DLA_06194 GAOABQK02HUB3S CDS1765900 3456 - 0.325231
g556 DLA_00612 contig05409_1.exp CDS1270367 2211 + 0.352782
g5560 DLA_06195 GAOABQK02HUB3S CDS1770035 816 + 0.29902
g5561 DLA_06196 GAOABQK02HUB3S CDS1771189 1764 + 0.296485
g5562 DLA_06197 GAOABQK02HUB3S CDS1773724 1989 + 0.291101
g5563 DLA_06199 GAOABQK02HUB3S CDS1778119 507 + 0.303748
g5564 DLA_06200 GAOABQK02HUB3S CDS1779865 669 - 0.355755
g5565 DLA_06201 similar to human SYS1 which is involved in protein trafficking contains 4 putative transmembrane domainsGAOABQK02HUB3S CDS1780650 804 + 0.273632
g5566 DLA_06202 similar to Rad1 a component of a heterotrimeric clamp (the 9-1-1 complex) that recognizes damaged DNA and initiates signal transduction for repairGAOABQK02HUB3S CDS1781586 981 - 0.309888
g5567 DLA_06203 GAOABQK02HUB3S CDS1782785 849 + 0.287397
g5568 DLA_06204 GAOABQK02HUB3S CDS1783728 861 + 0.296167
g5569 DLA_06205 GAOABQK02HUB3S CDS1784848 3456 - 0.320891
g557 DLA_00613 contig05409_1.exp CDS1272889 660 - 0.395455
g5570 DLA_06206 GAOABQK02HUB3S CDS1788767 360 - 0.236111
g5571 DLA_06208 GAOABQK02HUB3S CDS1790422 891 + 0.309764
g5572 DLA_06209 GAOABQK02HUB3S CDS1791664 324 + 0.29321
g5573 DLA_06210 GAOABQK02HUB3S CDS1792010 990 - 0.318182
g5574 DLA_06211 GAOABQK02HUB3S CDS1793370 1065 + 0.373709
g5575 DLA_06212 GAOABQK02HUB3S CDS1794723 999 + 0.324324
g5576 DLA_06214 GAOABQK02HUB3S CDS1796393 1752 + 0.29395
g5577 DLA_06217 GAOABQK02HUB3S CDS1802982 849 + 0.302709
g5578 DLA_06218 GAOABQK02HUB3S CDS1803980 888 - 0.289414
g5579 DLA_06219 GAOABQK02HUB3S CDS1805526 303 + 0.280528
g558 DLA_00614 contig05409_1.exp CDS1274105 2472 + 0.337783
g5580 DLA_06220 GAOABQK02HUB3S CDS1806194 1173 + 0.330776
g5581 DLA_06221 GAOABQK02HUB3S CDS1807559 1044 + 0.327586
g5582 DLA_06222 GAOABQK02HUB3S CDS1808930 2490 - 0.300803
g5583 DLA_06223 GAOABQK02HUB3S CDS1812442 573 + 0.321117
g5584 DLA_06224 GAOABQK02HUB3S CDS1813096 2007 - 0.286497
g5585 DLA_06225 GAOABQK02HUB3S CDS1815884 945 - 0.303704
g5586 DLA_06229 GAOABQK02HUB3S CDS1822025 444 + 0.292793
g5587 DLA_06231 GAOABQK02HUB3S CDS1823015 1125 - 0.362667
g5588 DLA_06232 GAOABQK02HUB3S CDS1824721 3891 + 0.316114
g5589 DLA_06234 very similar to the human 25 kDa cleavage and polyadenylation specificity factor component of the cleavage factor Im (CFIm) complex that plays a key role in pre-mRNA 3' processingGAOABQK02HUB3S CDS1829010 615 - 0.299187
g559 DLA_00615 contig05409_1.exp CDS1276767 1959 - 0.346605
g5590 DLA_06235 GAOABQK02HUB3S CDS1829907 1581 + 0.359899
g5591 DLA_06236 GAOABQK02HUB3S CDS1831573 1944 - 0.319444
g5592 DLA_06237 GAOABQK02HUB3S CDS1833710 3480 - 0.314943
g5593 DLA_06238 GAOABQK02HUB3S CDS1837693 915 - 0.325683
g5594 DLA_06239 GAOABQK02HUB3S CDS1838972 303 + 0.356436
g5595 DLA_06240 GAOABQK02HUB3S CDS1839632 1023 - 0.313783
g5596 DLA_06241 GAOABQK02HUB3S CDS1840953 684 - 0.280702
g5597 DLA_06242 GAOABQK02HUB3S CDS1841711 666 + 0.268769
g5598 DLA_06243 GAOABQK02HUB3S CDS1842440 417 - 0.270983
g5599 DLA_06244 GAOABQK02HUB3S CDS1843423 1248 + 0.329327
g56 DLA_00066 contig05409_1.exp CDS143247 2988 - 0.319946
g560 DLA_00616 contig05409_1.exp CDS1278889 1833 + 0.357338
g5600 DLA_06245 GAOABQK02HUB3S CDS1844890 1230 - 0.301626
g5601 DLA_06246 GAOABQK02HUB3S CDS1846655 711 - 0.338959
g5602 DLA_06247 GAOABQK02HUB3S CDS1847928 1800 + 0.329444
g5603 DLA_06248 the DCUN1 domain is found in the eukaryotic 'defective in cullin neddylation' (DCN) protein familyGAOABQK02HUB3S CDS1849906 780 + 0.302564
g5604 DLA_06249 GAOABQK02HUB3S CDS1851186 1101 - 0.294278
g5605 DLA_06250 GAOABQK02HUB3S CDS1852556 753 + 0.257636
g5606 DLA_06251 GAOABQK02HUB3S CDS1853533 1482 - 0.294872
g5607 DLA_06252 GAOABQK02HUB3S CDS1855354 1551 - 0.324307
g5608 DLA_06253 GAOABQK02HUB3S CDS1857833 4560 + 0.311184
g5609 DLA_06254 GAOABQK02HUB3S CDS1863011 609 + 0.311987
g561 DLA_00617 contig05409_1.exp CDS1280986 912 - 0.358553
g5610 DLA_06255 GAOABQK02IBA3P CDS206 2055 + 0.32944
g5611 DLA_06256 GAOABQK02IBA3P CDS2432 945 - 0.299471
g5612 DLA_06257 GAOABQK02IBA3P CDS4134 1986 + 0.330312
g5613 DLA_06258 GAOABQK02IBA3P CDS6230 819 - 0.291819
g5614 DLA_06259 GAOABQK02IBA3P CDS7687 2964 + 0.291161
g5615 DLA_06260 similar to the IRSp53 and MIM families of I-BAR domains co-localizes with clathrin spots and seems to be involved in clathrin-mediated endocytosis does not localize to filopodia and is not involved in filopodium formationGAOABQK02IBA3P CDS11414 1050 - 0.30381
g5616 DLA_06261 GAOABQK02IBA3P CDS13386 1188 + 0.319024
g5617 DLA_06262 GAOABQK02IBA3P CDS15305 1743 + 0.388411
g5618 DLA_06263 GAOABQK02IBA3P CDS17254 1911 - 0.324961
g5619 DLA_06264 GAOABQK02IBA3P CDS19449 765 + 0.288889
g562 DLA_00619 contig05409_1.exp CDS1283918 1182 + 0.406937
g5620 DLA_06265 GAOABQK02IBA3P CDS20757 1743 + 0.277682
g5621 DLA_06266 GAOABQK02IBA3P CDS23758 1545 + 0.299676
g5622 DLA_06267 GAOABQK02IBA3P CDS25572 693 + 0.291486
g5623 DLA_06269 GAOABQK02IBA3P CDS27290 1902 - 0.302313
g5624 DLA_06270 GAOABQK02IBA3P CDS29597 3363 + 0.296461
g5625 DLA_06271 GAOABQK02IBA3P CDS33164 2073 + 0.312108
g5626 DLA_06272 GAOABQK02IBA3P CDS35682 744 + 0.288978
g5627 DLA_06273 GAOABQK02IBA3P CDS36551 3156 - 0.324144
g5628 DLA_06274 GAOABQK02IBA3P CDS41340 3612 + 0.314784
g5629 DLA_06275 GAOABQK02IBA3P CDS45567 570 + 0.285965
g563 DLA_00620 glycoside hydrolase family 25 (GH25) comprises enzymes with lysozyme (EC:3.2.1.17) activity contains a putative N-terminal signal peptide has similarity to D. discoideum counting factor components cf50 and cf45-1.contig05409_1.exp CDS1286182 915 + 0.4
g5630 DLA_06276 GAOABQK02IBA3P CDS46576 999 - 0.317317
g5631 DLA_06278 GAOABQK02IBA3P CDS48582 693 + 0.347763
g5632 DLA_06279 EIF3A ortholog the eukaryotic initiation factor theta subunit In human binds to the 40S ribosome and promotes the binding of methionyl-tRNAi and mRNA is composed of at least 12 different subunitsGAOABQK02IBA3P CDS49444 3186 - 0.348399
g5633 DLA_06280 EIF3L ortholog has been shown in human to bind EIF3EGAOABQK02IBA3P CDS53067 1842 + 0.32139
g5634 DLA_06281 GAOABQK02IBA3P CDS55645 1767 + 0.353141
g5635 DLA_11648 GAOABQK02IBA3P CDS57940 519 - 0.310212
g5636 DLA_06282 GAOABQK02IBA3P CDS58631 1086 - 0.309392
g5637 DLA_06283 GAOABQK02IBA3P CDS59877 1746 + 0.269759
g5638 DLA_06284 GAOABQK02IBA3P CDS61690 1737 - 0.307427
g5639 DLA_06285 GAOABQK02IBA3P CDS64210 894 + 0.284116
g564 DLA_00621 contig05409_1.exp CDS1287428 3990 - 0.31604
g5640 DLA_06286 GAOABQK02IBA3P CDS65298 3513 - 0.321662
g5641 DLA_06287 GAOABQK02IBA3P CDS69480 3513 + 0.325648
g5642 DLA_06288 GAOABQK02IBA3P CDS73559 2757 + 0.300689
g5643 DLA_06289 GAOABQK02IBA3P CDS77074 1599 + 0.333959
g5644 DLA_06290 GAOABQK02IBA3P CDS78894 1023 + 0.29521
g5645 DLA_06291 ortholog of S. cerevisiae OAC1 involved in transport of oxaloacetate sulfate and thiosulfate across the mitochondrial membrane contains two transmembrane domains GAOABQK02IBA3P CDS80113 972 - 0.335391
g5646 DLA_06293 GAOABQK02IBA3P CDS82956 2109 + 0.322902
g5647 DLA_06294 GAOABQK02IBA3P CDS85170 930 - 0.291398
g5648 DLA_06295 GAOABQK02IBA3P CDS87434 1659 + 0.290536
g5649 DLA_06296 GAOABQK02IBA3P CDS89360 969 - 0.292054
g565 DLA_00622 contig05409_1.exp CDS1291713 2670 - 0.320225
g5650 DLA_06297 GAOABQK02IBA3P CDS91201 1005 + 0.303483
g5651 DLA_06298 GAOABQK02IBA3P CDS93638 3111 - 0.287367
g5652 DLA_11649 GAOABQK02IBA3P CDS97262 1521 + 0.26693
g5653 DLA_06299 GAOABQK02IBA3P CDS98937 741 + 0.318489
g5654 DLA_06300 GAOABQK02IBA3P CDS100124 4236 - 0.344901
g5655 DLA_06301 GAOABQK02IBA3P CDS105239 3180 + 0.367925
g5656 DLA_06302 GAOABQK02IBA3P CDS108795 564 + 0.296099
g5657 DLA_06303 GAOABQK02IBA3P CDS109736 4614 - 0.310576
g5658 DLA_06304 GAOABQK02IBA3P CDS114650 3585 - 0.318828
g5659 DLA_06305 GAOABQK02IBA3P CDS119528 4551 + 0.307185
g566 DLA_00623 contig05409_1.exp CDS1294672 1509 - 0.37442
g5660 DLA_06306 contains 5 putative transmembrane domains similar to D. purpureum proteinGAOABQK02IBA3P CDS124665 1809 + 0.331675
g5661 DLA_06307 GAOABQK02IBA3P CDS126787 225 - 0.28
g5662 DLA_06308 GAOABQK02IBA3P CDS127226 600 + 0.343333
g5663 DLA_06309 GAOABQK02IBA3P CDS127922 1002 - 0.347305
g5664 DLA_06310 GAOABQK02IBA3P CDS129244 969 - 0.336429
g5665 DLA_06311 GAOABQK02IBA3P CDS130956 2592 + 0.345293
g5666 DLA_06312 catalytic subunit of the Casup2supcalmodulin-dependent serinethreonine protein phosphataseGAOABQK02IBA3P CDS133718 1569 + 0.333971
g5667 DLA_06313 GAOABQK02IBA3P CDS135440 4092 - 0.305718
g5668 DLA_06314 GAOABQK02IBA3P CDS139957 1665 + 0.361562
g5669 DLA_06315 GAOABQK02IBA3P CDS142689 1431 + 0.317261
g567 DLA_00625 contig05409_1.exp CDS1297697 1677 - 0.252832
g5670 DLA_06316 GAOABQK02IBA3P CDS144291 600 + 0.243333
g5671 DLA_06317 GAOABQK02IBA3P CDS145093 420 - 0.242857
g5672 DLA_06318 GAOABQK02IBA3P CDS145851 1854 - 0.318231
g5673 DLA_06319 GAOABQK02IBA3P CDS150404 1575 - 0.293968
g5674 DLA_06321 GAOABQK02IBA3P CDS153167 237 - 0.299578
g5675 DLA_06322 GAOABQK02IBA3P CDS154496 3345 + 0.339611
g5676 DLA_06323 GAOABQK02IBA3P CDS157975 990 - 0.288889
g5677 DLA_06324 GAOABQK02IBA3P CDS159784 813 + 0.311193
g5678 DLA_06325 GAOABQK02IBA3P CDS160924 723 + 0.327801
g5679 DLA_06327 GAOABQK02IBA3P CDS163438 1125 - 0.335111
g568 DLA_00626 contig05409_1.exp CDS1299767 1692 - 0.299054
g5680 DLA_06328 GAOABQK02IBA3P CDS165720 1671 + 0.299222
g5681 DLA_06329 GAOABQK02IBA3P CDS167791 1395 + 0.375627
g5682 DLA_06330 GAOABQK02IBA3P CDS170238 1788 + 0.294743
g5683 DLA_06331 GAOABQK02IBA3P CDS172824 1467 + 0.386503
g5684 DLA_06333 GAOABQK02IBA3P CDS176984 1476 + 0.275068
g5685 DLA_06334 GAOABQK02IBA3P CDS178605 2376 + 0.31271
g5686 DLA_06335 GAOABQK02IBA3P CDS181171 282 - 0.27305
g5687 DLA_06336 GAOABQK02IBA3P CDS181871 1077 + 0.334262
g5688 DLA_06337 contains an N-terminal oxidoreductase domain and a partial C-terminal oxidoreductase domain the GfoIdhMocA family proteins utilize NADP or NADGAOABQK02IBA3P CDS182992 1338 - 0.323617
g5689 DLA_06339 GAOABQK02IBA3P CDS185206 2403 - 0.293799
g569 DLA_00627 contig05409_1.exp CDS1302253 3717 + 0.334409
g5690 DLA_06340 GAOABQK02IBA3P CDS188605 1425 - 0.322807
g5691 DLA_06341 GAOABQK02IBA3P CDS190338 1497 + 0.336673
g5692 DLA_06342 GAOABQK02IBA3P CDS191924 846 - 0.320331
g5693 DLA_06343 GAOABQK02IBA3P CDS193156 2175 - 0.331954
g5694 DLA_06345 GAOABQK02IBA3P CDS195723 6309 - 0.319702
g5695 DLA_06346 GAOABQK02IBA3P CDS202584 2334 - 0.37018
g5696 DLA_06347 GAOABQK02IBA3P CDS205257 1188 + 0.299663
g5697 DLA_06349 GAOABQK02IBA3P CDS206637 243 - 0.271605
g5698 DLA_06350 GAOABQK02IBA3P CDS207988 3138 - 0.314532
g5699 DLA_06352 GAOABQK02IBA3P CDS212325 753 + 0.320053
g57 DLA_00067 contig05409_1.exp CDS146543 270 + 0.340741
g570 DLA_00629 contig05409_1.exp CDS1306356 3144 + 0.309796
g5700 DLA_06353 GAOABQK02IBA3P CDS213493 846 + 0.323877
g5701 DLA_06354 GAOABQK02IBA3P CDS214575 654 - 0.270642
g5702 DLA_06355 GAOABQK02IBA3P CDS215900 1233 - 0.297648
g5703 DLA_06356 GAOABQK02IBA3P CDS217747 4431 - 0.349131
g5704 DLA_11650 GAOABQK02IBA3P CDS222520 213 + 0.253521
g5705 DLA_06357 GAOABQK02IBA3P CDS223679 2946 + 0.334691
g5706 DLA_06359 GAOABQK02IBA3P CDS227474 1104 - 0.289855
g5707 DLA_06360 GAOABQK02IBA3P CDS229013 1719 + 0.307155
g5708 DLA_06361 GAOABQK02IBA3P CDS230973 1905 + 0.289239
g5709 DLA_06363 GAOABQK02IBA3P CDS234110 1617 + 0.289425
g571 DLA_00631 belongs to the substrate carrier protein family involved in transport of molecules across the mitochondrial membrane expressed in pstAO cells and in upper and lower cups during culminationbrbr bCommunity annotation:b Overview of the contig05409_1.exp CDS1310001 894 + 0.381432
g5710 DLA_06364 GAOABQK02IBA3P CDS235762 495 - 0.375758
g5711 DLA_06365 GAOABQK02IBA3P CDS236744 1392 + 0.389368
g5712 DLA_06367 GAOABQK02IBA3P CDS238671 2769 + 0.313109
g5713 DLA_06368 GAOABQK02IBA3P CDS241491 1197 - 0.320802
g5714 DLA_06369 GAOABQK02IBA3P CDS242993 864 - 0.357639
g5715 DLA_06370 GAOABQK02IBA3P CDS244597 2223 - 0.340531
g5716 DLA_06371 GAOABQK02IBA3P CDS247103 639 + 0.320814
g5717 DLA_06372 GAOABQK02IBA3P CDS247933 1053 - 0.242165
g5718 DLA_06373 GAOABQK02IBA3P CDS249382 666 + 0.421922
g5719 DLA_06377 GAOABQK02IBA3P CDS252839 810 + 0.291358
g572 DLA_00632 contig05409_1.exp CDS1311038 1035 - 0.296618
g5720 DLA_06378 GAOABQK02IBA3P CDS253864 28059 - 0.323105
g5721 DLA_06379 GAOABQK02IBA3P CDS282793 3195 - 0.358372
g5722 DLA_06380 GAOABQK02IBA3P CDS286661 1371 + 0.312181
g5723 DLA_06381 GAOABQK02IBA3P CDS288304 660 - 0.365152
g5724 DLA_06382 GAOABQK02IBA3P CDS289709 5442 - 0.332598
g5725 DLA_06384 GAOABQK02IBA3P CDS295842 594 - 0.328283
g5726 DLA_06385 GAOABQK02IBA3P CDS296684 1692 - 0.353428
g5727 DLA_06386 GAOABQK02IBA3P CDS298528 1398 - 0.329041
g5728 DLA_06390 GAOABQK02IBA3P CDS303541 1962 - 0.275229
g5729 DLA_06391 GAOABQK02IBA3P CDS305679 2820 - 0.324823
g573 DLA_00633 catalyzes the reaction isocitrate NAD 2-oxoglutarate CO2 NADHcontig05409_1.exp CDS1312355 1092 + 0.387363
g5730 DLA_06392 GAOABQK02IBA3P CDS308551 1104 - 0.298913
g5731 DLA_06393 involved in regulation of aggregate size member of aldo-keto reductase family which reduces CO to C-OH in aldehydes and ketonesGAOABQK02IBA3P CDS310003 912 + 0.346491
g5732 DLA_06394 GAOABQK02IBA3P CDS311185 1728 - 0.328125
g5733 DLA_06395 GAOABQK02IBA3P CDS313602 5910 - 0.318105
g5734 DLA_06396 GAOABQK02IBA3P CDS320520 288 + 0.322917
g5735 DLA_06397 GAOABQK02IBA3P CDS321075 894 - 0.309843
g5736 DLA_06398 GAOABQK02IBA3P CDS322686 810 - 0.376543
g5737 DLA_06399 GAOABQK02IBA3P CDS323853 1539 - 0.326836
g5738 DLA_06400 GAOABQK02IBA3P CDS325958 906 + 0.321192
g5739 DLA_06401 GAOABQK02IBA3P CDS327191 3069 - 0.358749
g574 DLA_00634 contig05409_1.exp CDS1313757 879 + 0.242321
g5740 DLA_06403 GAOABQK02IBA3P CDS330956 2391 - 0.368047
g5741 DLA_06404 GAOABQK02IBA3P CDS333524 210 + 0.290476
g5742 DLA_06405 GAOABQK02IBA3P CDS333890 336 - 0.241071
g5743 DLA_06406 GAOABQK02IBA3P CDS334439 2538 + 0.326241
g5744 DLA_11651 GAOABQK02IBA3P CDS337103 4110 + 0.326277
g5745 DLA_06407 GAOABQK02IBA3P CDS341553 3891 + 0.332562
g5746 DLA_06408 GAOABQK02IBA3P CDS345827 4107 + 0.327977
g5747 DLA_06409 GAOABQK02IBA3P CDS350455 3795 + 0.334914
g5748 DLA_06410 GAOABQK02IBA3P CDS354331 1455 - 0.303093
g5749 DLA_06412 GAOABQK02IBA3P CDS356799 1758 - 0.293515
g575 DLA_00636 contig05409_1.exp CDS1314714 432 - 0.259259
g5750 DLA_06413 GAOABQK02IBA3P CDS358729 2043 - 0.314244
g5751 DLA_06414 GAOABQK02IBA3P CDS360993 1308 + 0.29052
g5752 DLA_06415 GAOABQK02IBA3P CDS362764 1143 - 0.339458
g5753 DLA_06416 GAOABQK02IBA3P CDS365076 2937 + 0.336398
g5754 DLA_06417 GAOABQK02IBA3P CDS368506 2937 + 0.335036
g5755 DLA_06418 GAOABQK02IBA3P CDS371791 1371 - 0.308534
g5756 DLA_06419 GAOABQK02IBA3P CDS373614 1512 + 0.28836
g5757 DLA_06420 GAOABQK02IBA3P CDS375342 822 + 0.254258
g5758 DLA_06422 GAOABQK02IBA3P CDS377139 4905 - 0.332518
g5759 DLA_06423 GAOABQK02IBA3P CDS382665 1047 - 0.35148
g576 DLA_00637 contig05409_1.exp CDS1315407 1557 + 0.324342
g5760 DLA_06424 sulfurates the molybdenum cofactor which is essential for xanthine dehydrogenase and aldehyde oxidase defects in the human MOCOS cause xanthinuria type II (XU-II)GAOABQK02IBA3P CDS384204 2544 + 0.342767
g5761 DLA_06425 GAOABQK02IBA3P CDS387451 2007 + 0.308421
g5762 DLA_06427 similar to S. cerevisiae UDF1 together with npl4 and cdcD involved in recognition of polyubiquitinated proteins and their presentation to the 26S proteasome for degradation GAOABQK02IBA3P CDS390636 963 + 0.318795
g5763 DLA_06428 GAOABQK02IBA3P CDS391763 975 - 0.242051
g5764 DLA_06429 GAOABQK02IBA3P CDS393481 1029 + 0.394558
g5765 DLA_06430 GAOABQK02IBA3P CDS395182 2124 - 0.330508
g5766 DLA_06431 GAOABQK02IBA3P CDS397662 222 + 0.310811
g5767 DLA_06432 GAOABQK02IBA3P CDS398059 801 - 0.338327
g5768 DLA_06433 ortholog of human FHIT which is a possible tumor suppressor for specific tissues numerous tumor types are associated with aberrant forms of human FHIT proteinGAOABQK02IBA3P CDS399414 435 + 0.333333
g5769 DLA_06434 GAOABQK02IBA3P CDS399983 774 - 0.341085
g577 DLA_00638 contig05409_1.exp CDS1317346 600 + 0.348333
g5770 DLA_06436 ortholog of the mammalian aquarius (AQR) protein an intron-binding spliceosomal protein required to link pre-mRNA splicing and snoRNP (small nucleolar ribonucleoprotein) biogenesisGAOABQK02IBA3P CDS401701 4101 + 0.320897
g5771 DLA_06437 GAOABQK02IBA3P CDS405975 3036 - 0.323123
g5772 DLA_06438 GAOABQK02IBA3P CDS410080 357 - 0.338936
g5773 DLA_06439 GAOABQK02IBA3P CDS411080 2640 - 0.371591
g5774 DLA_06440 GAOABQK02IBA3P CDS414375 2274 + 0.346526
g5775 DLA_06441 protein component of the small (40S) ribosomal subunit ribosomal protein S25 homologGAOABQK02IBA3P CDS416834 336 + 0.395833
g5776 DLA_06442 GAOABQK02IBA3P CDS417877 546 + 0.282051
g5777 DLA_06443 GAOABQK02IBA3P CDS418948 1335 - 0.323595
g5778 DLA_11652 GAOABQK02IBA3P CDS421230 984 - 0.36687
g5779 DLA_06444 GAOABQK02IBA3P CDS422765 1071 + 0.331466
g578 DLA_00639 contig05409_1.exp CDS1318219 612 + 0.277778
g5780 DLA_06445 GAOABQK02IBA3P CDS423939 978 - 0.370143
g5781 DLA_06447 GAOABQK02IBA3P CDS425395 3099 + 0.31494
g5782 DLA_06448 GAOABQK02IBA3P CDS428950 3291 + 0.294439
g5783 DLA_06450 GAOABQK02IBA3P CDS434811 1488 + 0.336694
g5784 DLA_06451 GAOABQK02IBA3P CDS437317 2775 + 0.343784
g5785 DLA_06452 GAOABQK02IBA3P CDS440360 4989 + 0.338144
g5786 DLA_06453 GAOABQK02IBA3P CDS445809 648 + 0.351852
g5787 DLA_06454 GAOABQK02IBA3P CDS446948 558 + 0.335125
g5788 DLA_06455 GAOABQK02IBA3P CDS447538 1749 - 0.294454
g5789 DLA_06456 GAOABQK02IBA3P CDS449355 615 + 0.305691
g579 DLA_00640 contig05409_1.exp CDS1318963 909 - 0.326733
g5790 DLA_06457 GAOABQK02IBA3P CDS450086 1008 + 0.311508
g5791 DLA_06458 GAOABQK02IBA3P CDS451397 885 + 0.372881
g5792 DLA_06459 GAOABQK02IBA3P CDS452548 642 - 0.436137
g5793 DLA_06460 putative protein serinethreonine kinase similar to mammalian STK3 and STK4 (MST) kinases and other STE20-like kinases stress-responsive kinaseGAOABQK02IBA3P CDS453719 2019 - 0.327885
g5794 DLA_06461 catalyzes the reaction ATP D-fructose 6-phosphate ADP D-fructose 16-bisphosphate the Dictyostelium PFK has been found to be a non-allosteric enzyme that binds to tubulin and inhibits tubulin polymerizationGAOABQK02IBA3P CDS456155 2367 + 0.377693
g5795 DLA_06462 GAOABQK02IBA3P CDS460491 657 + 0.354642
g5796 DLA_06463 belongs to the thiolase family similar to human ACAA1GAOABQK02IBA3P CDS461596 1260 - 0.399206
g5797 DLA_06464 catalyzes the reaction dolichyl diphosphate Hsub2subO dolichyl phosphate phosphate contains 4 putative transmembrane domainsGAOABQK02IBA3P CDS463369 714 + 0.29972
g5798 DLA_11653 GAOABQK02IBA3P CDS464115 1845 - 0.289973
g5799 DLA_06465 GAOABQK02IBA3P CDS466208 3795 - 0.311199
g58 DLA_00068 contig05409_1.exp CDS147186 2382 + 0.342989
g580 DLA_00641 contig05409_1.exp CDS1320633 1473 + 0.303462
g5800 DLA_06466 GAOABQK02IBA3P CDS470727 1437 + 0.306193
g5801 DLA_06467 GAOABQK02IBA3P CDS472374 1722 + 0.283391
g5802 DLA_06468 GAOABQK02IBA3P CDS474321 867 + 0.317186
g5803 DLA_06469 GAOABQK02IBA3P CDS475424 993 - 0.296073
g5804 DLA_06470 GAOABQK02IBA3P CDS476918 1482 - 0.317139
g5805 DLA_06471 GAOABQK02IBA3P CDS478846 753 - 0.270916
g5806 DLA_06475 A6 family protein kinase very similar to human and mouse twinfilin (A6 protein) which is a tyrosine kinase and an actin monomer binding protein contains two ADF domains (actin depolymerization factorcofilin-like domains)GAOABQK02IBA3P CDS481599 1011 - 0.352127
g5807 DLA_06476 protein component of the large (60S) ribosomal subunit ribosomal protein L8 homologGAOABQK02IBA3P CDS483162 762 + 0.430446
g5808 DLA_06477 GAOABQK02IBA3P CDS484395 1359 - 0.287712
g5809 DLA_06478 GAOABQK02IBA3P CDS486188 1662 - 0.380866
g581 DLA_00642 contig05409_1.exp CDS1322612 1473 + 0.298031
g5810 DLA_06479 GAOABQK02IBA3P CDS488224 504 + 0.271825
g5811 DLA_06480 GAOABQK02IBA3P CDS488940 1839 - 0.32137
g5812 DLA_06481 GAOABQK02IBA3P CDS491442 1083 - 0.339797
g5813 DLA_06482 GAOABQK02IBA3P CDS493049 2448 + 0.299428
g5814 DLA_06483 GAOABQK02IBA3P CDS496332 1233 + 0.310624
g5815 DLA_06485 GAOABQK02IBA3P CDS499171 1422 + 0.342475
g5816 DLA_06488 GAOABQK02IBA3P CDS502384 864 + 0.30787
g5817 DLA_06490 GAOABQK02IBA3P CDS503468 3159 - 0.348845
g5818 DLA_06491 GAOABQK02IBA3P CDS506763 222 + 0.247748
g5819 DLA_06492 GAOABQK02IBA3P CDS507262 1731 - 0.275563
g582 DLA_00643 contig05409_1.exp CDS1324993 3417 - 0.307872
g5820 DLA_06493 GAOABQK02IBA3P CDS509312 969 + 0.359133
g5821 DLA_06494 GAOABQK02IBA3P CDS510741 1128 + 0.340426
g5822 DLA_06495 GAOABQK02IBA3P CDS512692 3099 + 0.334947
g5823 DLA_06496 GAOABQK02IBA3P CDS515864 699 - 0.246066
g5824 DLA_06497 GAOABQK02IBA3P CDS516660 792 - 0.268939
g5825 DLA_06498 GAOABQK02IBA3P CDS518153 3813 + 0.303698
g5826 DLA_06499 GAOABQK02IBA3P CDS522277 897 + 0.294314
g5827 DLA_11654 GAOABQK02IBA3P CDS523356 699 + 0.314735
g5828 DLA_06500 GAOABQK02IBA3P CDS524202 1902 - 0.321767
g5829 DLA_06501 GAOABQK02IBA3P CDS526363 399 - 0.300752
g583 DLA_00644 contig05409_1.exp CDS1328886 522 + 0.369732
g5830 DLA_06502 GAOABQK02IBA3P CDS527165 2028 + 0.29783
g5831 DLA_06503 GAOABQK02IBA3P CDS529447 1281 - 0.320062
g5832 DLA_06504 GAOABQK02IBA3P CDS531170 2241 - 0.318162
g5833 DLA_06505 GAOABQK02IBA3P CDS533689 4170 - 0.356115
g5834 DLA_06506 subunit VIb of cytochrome c oxidase the terminal member of the mitochondrial inner membrane electron transport chainGAOABQK02IBA3P CDS538246 303 + 0.277228
g5835 DLA_06507 GAOABQK02IBA3P CDS538712 1815 - 0.305234
g5836 DLA_06508 GAOABQK02IBA3P CDS540736 2946 + 0.339104
g5837 DLA_06509 GAOABQK02IBA3P CDS543827 2214 - 0.287715
g5838 DLA_06510 GAOABQK02IBA3P CDS546420 783 + 0.316731
g5839 DLA_06513 GAOABQK02IBA3P CDS548866 705 + 0.337589
g584 DLA_00645 contig05409_1.exp CDS1329817 1587 - 0.289855
g5840 DLA_06514 GAOABQK02IBA3P CDS549833 1281 - 0.338798
g5841 DLA_06515 GAOABQK02IBA3P CDS552310 1395 - 0.324731
g5842 DLA_06516 GAOABQK02IBA3P CDS553910 3255 - 0.349309
g5843 DLA_06517 GAOABQK02IBA3P CDS557758 2001 + 0.323838
g5844 DLA_06518 GAOABQK02IBA3P CDS560097 546 + 0.35348
g5845 DLA_06519 GAOABQK02IBA3P CDS560845 387 - 0.312661
g5846 DLA_06520 GAOABQK02IBA3P CDS561659 825 + 0.30303
g5847 DLA_06522 GAOABQK02IBA3P CDS563547 966 - 0.278468
g5848 DLA_06523 GAOABQK02IBA3P CDS565103 2235 - 0.311409
g5849 DLA_06524 GAOABQK02IBA3P CDS568174 1335 + 0.326592
g585 DLA_00646 contig05409_1.exp CDS1331666 3348 - 0.344086
g5850 DLA_06525 GAOABQK02IBA3P CDS570201 1470 + 0.344898
g5851 DLA_06526 GAOABQK02IBA3P CDS571753 1461 - 0.347023
g5852 DLA_06527 GAOABQK02IBA3P CDS573481 759 - 0.328063
g5853 DLA_06528 GAOABQK02IBA3P CDS574396 1449 - 0.287785
g5854 DLA_06529 ortholog of the human SOD2 the mitochondrial superoxide dismutase belongs to the ironmanganese superoxide dismutase familyGAOABQK02IBA3P CDS575948 660 - 0.365152
g5855 DLA_06530 GAOABQK02IBA3P CDS577025 1674 - 0.311828
g5856 DLA_06531 GAOABQK02IBA3P CDS579167 951 - 0.263933
g5857 DLA_06532 GAOABQK02IBA3P CDS580403 990 - 0.251515
g5858 DLA_11655 GAOABQK02IBA3P CDS582513 504 - 0.232143
g5859 DLA_06533 GAOABQK02IBA3P CDS583288 792 - 0.262626
g586 DLA_00647 contig05409_1.exp CDS1335627 1506 + 0.35591
g5860 DLA_06534 GAOABQK02IBA3P CDS585008 882 - 0.250567
g5861 DLA_06535 GAOABQK02IBA3P CDS586433 1005 - 0.255721
g5862 DLA_06536 GAOABQK02IBA3P CDS587566 1002 - 0.256487
g5863 DLA_06537 GAOABQK02IBA3P CDS589430 1599 - 0.37586
g5864 DLA_06538 GAOABQK02IBA3P CDS591603 657 + 0.30137
g5865 DLA_06539 CAZy family GH9 catalyzes the hydrolysis of glucosidic linkagesGAOABQK02IBA3P CDS592701 1761 + 0.376491
g5866 DLA_06540 GAOABQK02IBA3P CDS594716 1509 + 0.306163
g5867 DLA_06541 GAOABQK02IBA3P CDS597009 2496 + 0.330929
g5868 DLA_06542 GAOABQK02IBA3P CDS599746 1014 + 0.260355
g5869 DLA_06543 GAOABQK02IBA3P CDS601243 2475 - 0.317576
g587 DLA_00648 contig05409_1.exp CDS1337264 2793 + 0.274973
g5870 DLA_06544 GAOABQK02IBA3P CDS604806 876 - 0.33105
g5871 DLA_06545 GAOABQK02IBA3P CDS606117 939 - 0.369542
g5872 DLA_06546 GAOABQK02IBA3P CDS607739 1356 + 0.312684
g5873 DLA_06547 GAOABQK02IBA3P CDS609366 1617 - 0.284477
g5874 DLA_06548 GAOABQK02IBA3P CDS611093 1299 + 0.403387
g5875 DLA_06549 GAOABQK02IBA3P CDS613097 9525 + 0.338583
g5876 DLA_06550 GAOABQK02IBA3P CDS623208 9186 + 0.33649
g5877 DLA_11656 GAOABQK02IBA3P CDS632489 237 - 0.329114
g5878 DLA_06551 GAOABQK02IBA3P CDS633221 489 + 0.276074
g5879 DLA_06552 GAOABQK02IBA3P CDS633887 2169 - 0.261411
g588 DLA_00649 contig05409_1.exp CDS1340372 762 - 0.33727
g5880 DLA_06553 GAOABQK02IBA3P CDS636291 2019 - 0.292224
g5881 DLA_11657 GAOABQK02IBA3P CDS638553 630 - 0.322222
g5882 DLA_06554 distant relative of CAZy family GT4 contains a central glycosyltransferase domain and a C-terminal sulfotransferase domainGAOABQK02IBA3P CDS639356 3453 - 0.348972
g5883 DLA_11658 GAOABQK02IBA3P CDS643068 894 - 0.334452
g5884 DLA_06555 contains a predicted signal peptide there is a second copy of this gene GAOABQK02IBA3P CDS644500 3309 + 0.378362
g5885 DLA_06556 GAOABQK02IBA3P CDS648018 1281 - 0.398907
g5886 DLA_06557 GAOABQK02IBA3P CDS649601 657 + 0.333333
g5887 DLA_06559 GAOABQK02IBA3P CDS652072 1149 + 0.311575
g5888 DLA_06560 GAOABQK02IBA3P CDS654139 1140 + 0.317544
g5889 DLA_06561 GAOABQK02IBA3P CDS655419 3693 - 0.355808
g589 DLA_00650 contig05409_1.exp CDS1341281 2694 - 0.298441
g5890 DLA_06562 GAOABQK02IBA3P CDS659686 1731 + 0.271519
g5891 DLA_06563 GAOABQK02IBA3P CDS661867 963 + 0.352025
g5892 DLA_06564 GAOABQK02IBA3P CDS663042 1170 - 0.322222
g5893 DLA_06566 GAOABQK02IBA3P CDS666483 813 + 0.293973
g5894 DLA_11659 widely conserved protein very similar to M. musculus Myg1 (melanocyte proliferating gene 1)GAOABQK02IBA3P CDS667406 1059 - 0.327668
g5895 DLA_06567 GAOABQK02IBA3P CDS668694 4401 - 0.335378
g5896 DLA_06569 GAOABQK02IBA3P CDS673422 1083 - 0.354571
g5897 DLA_06570 GAOABQK02IBA3P CDS677079 1071 + 0.343604
g5898 DLA_06571 GAOABQK02IBA3P CDS678603 771 + 0.32166
g5899 DLA_06572 GAOABQK02IBA3P CDS679548 540 + 0.32963
g59 DLA_00069 contig05409_1.exp CDS150114 1017 + 0.304818
g590 DLA_00651 contig05409_1.exp CDS1344093 768 + 0.285156
g5900 DLA_06573 GAOABQK02IBA3P CDS680470 3729 + 0.324484
g5901 DLA_06574 GAOABQK02IBA3P CDS684789 9243 - 0.321432
g5902 DLA_06575 GAOABQK02IBA3P CDS694587 9294 - 0.316979
g5903 DLA_06576 GAOABQK02IBA3P CDS704612 11448 - 0.325122
g5904 DLA_06579 GAOABQK02IBA3P CDS716669 561 - 0.313726
g5905 DLA_06580 GAOABQK02IBA3P CDS717982 423 + 0.326241
g5906 DLA_06581 GAOABQK02IBA3P CDS719108 822 + 0.317518
g5907 DLA_06582 GAOABQK02IBA3P CDS720147 1032 + 0.33624
g5908 DLA_06583 GAOABQK02IBA3P CDS721382 1710 - 0.347368
g5909 DLA_06584 GAOABQK02IBA3P CDS724502 333 + 0.3003
g591 DLA_00652 contig05409_1.exp CDS1344998 1935 + 0.286305
g5910 DLA_06585 GAOABQK02IBA3P CDS725063 1677 - 0.378056
g5911 DLA_06586 GAOABQK02IBA3P CDS727332 1125 + 0.321778
g5912 DLA_06587 GAOABQK02IBA3P CDS728608 267 - 0.284644
g5913 DLA_06588 GAOABQK02IBA3P CDS729210 1722 + 0.321719
g5914 DLA_06590 GAOABQK02IBA3P CDS731425 1725 + 0.327536
g5915 DLA_06591 GAOABQK02IBA3P CDS733421 1188 - 0.309764
g5916 DLA_06592 GAOABQK02IBA3P CDS734928 1422 + 0.331224
g5917 DLA_06593 GAOABQK02IBA3P CDS738791 3045 + 0.309688
g5918 DLA_06595 ortholog of PAN2 a member of the Pan2p-Pan3p poly(A)-ribonuclease complex which acts to control poly(A) tail length and regulate the stoichiometry and activity of postreplication repair complexesGAOABQK02IBA3P CDS743565 3777 - 0.350543
g5919 DLA_06596 GAOABQK02IBA3P CDS747600 909 + 0.354235
g592 DLA_00653 contig05409_1.exp CDS1347369 4791 + 0.342517
g5920 DLA_06597 GAOABQK02IBA3P CDS748876 2547 - 0.352964
g5921 DLA_06598 GAOABQK02IBA3P CDS752988 513 + 0.387914
g5922 DLA_06599 GAOABQK02IBA3P CDS753807 4353 + 0.316334
g5923 DLA_06600 GAOABQK02IBA3P CDS759395 2211 + 0.289914
g5924 DLA_06601 GAOABQK02IBA3P CDS762982 1317 - 0.279423
g5925 DLA_06602 GAOABQK02IBA3P CDS764511 3048 - 0.370407
g5926 DLA_06603 GAOABQK02IBA3P CDS768107 504 - 0.333333
g5927 DLA_06604 GAOABQK02IBA3P CDS769846 4020 + 0.340547
g5928 DLA_06605 GAOABQK02IBA3P CDS774129 1236 + 0.334951
g5929 DLA_06606 contains an actin-binding WH2 (Wiskott Aldrich syndrome homology region 2) domain near its N-terminus and a C-terminal SH3 (src Homology-3) domain predicted to have an N-terminal signal peptideGAOABQK02IBA3P CDS776451 885 + 0.462147
g593 DLA_00654 contig05409_1.exp CDS1352469 2931 - 0.354145
g5930 DLA_06608 GAOABQK02IBA3P CDS778046 759 + 0.274045
g5931 DLA_11660 GAOABQK02IBA3P CDS782088 273 - 0.29304
g5932 DLA_06609 GAOABQK02IBA3P CDS784027 2964 + 0.324899
g5933 DLA_06610 GAOABQK02IBA3P CDS787183 1245 - 0.284337
g5934 DLA_06612 GAOABQK02IBA3P CDS790674 633 + 0.366509
g5935 DLA_06613 catalyzes the reaction 4-fumarylacetoacetate Hsub2subO acetoacetate fumarateGAOABQK02IBA3P CDS791537 1266 + 0.363349
g5936 DLA_06615 GAOABQK02IBA3P CDS793458 720 - 0.294444
g5937 DLA_06616 GAOABQK02IBA3P CDS794404 747 - 0.269076
g5938 DLA_06617 GAOABQK02IBA3P CDS795638 1086 + 0.326888
g5939 DLA_06618 GAOABQK02IBA3P CDS796917 1128 - 0.291667
g594 DLA_00655 contig05409_1.exp CDS1355654 477 - 0.289308
g5940 DLA_06619 GAOABQK02IBA3P CDS798822 2127 + 0.308886
g5941 DLA_06620 GAOABQK02IBA3P CDS801603 2190 + 0.346119
g5942 DLA_06621 GAOABQK02IBA3P CDS804389 1857 + 0.31664
g5943 DLA_06622 GAOABQK02IBA3P CDS806351 3066 + 0.283105
g5944 DLA_06623 GAOABQK02IBA3P CDS809683 3165 + 0.338389
g5945 DLA_06624 GAOABQK02IBA3P CDS813032 3834 - 0.304643
g5946 DLA_06625 GAOABQK02IBA3P CDS817438 612 + 0.248366
g5947 DLA_06626 GAOABQK02IBA3P CDS818187 663 - 0.309201
g5948 DLA_06627 GAOABQK02IBA3P CDS819430 1584 + 0.299242
g5949 DLA_06628 GAOABQK02IBA3P CDS821083 732 - 0.319672
g595 DLA_00656 contig05409_1.exp CDS1356589 2517 - 0.301152
g5950 DLA_06629 GAOABQK02IBA3P CDS821951 330 + 0.40303
g5951 DLA_06630 GAOABQK02IBA3P CDS823941 591 + 0.285956
g5952 DLA_06631 GAOABQK02IBA3P CDS824711 705 - 0.307801
g5953 DLA_06632 GAOABQK02IBA3P CDS825486 1197 + 0.282373
g5954 DLA_06633 GAOABQK02IBA3P CDS827107 591 + 0.328257
g5955 DLA_06634 GAOABQK02IBA3P CDS828379 1857 - 0.322563
g5956 DLA_06635 GAOABQK02IBA3P CDS830534 1674 + 0.323775
g5957 DLA_06636 GAOABQK02IBA3P CDS832449 1824 + 0.339912
g5958 DLA_06637 GAOABQK02IBA3P CDS834390 4008 - 0.307635
g5959 DLA_11661 GAOABQK02IBA3P CDS839364 762 - 0.368766
g596 DLA_00657 contig05409_1.exp CDS1359869 804 + 0.330846
g5960 DLA_06638 GAOABQK02IBA3P CDS840559 1410 - 0.308511
g5961 DLA_06639 belongs to a family of conserved mammalian HCaRG (hypertension-related calcium-regulated gene) proteinsGAOABQK02IBA3P CDS842234 660 + 0.272727
g5962 DLA_11662 ortholog of the conserved COQ10 a Coenzyme Q (ubiquinone) binding protein in S. cerevisiae there is a second copy of this gene GAOABQK02IBA3P CDS843020 645 - 0.333333
g5963 DLA_06640 GAOABQK02IBA3P CDS843853 462 + 0.266234
g5964 DLA_06641 GAOABQK02IBA3P CDS844661 405 - 0.308642
g5965 DLA_06643 catalyzes the reaction ATP uridine ADP UMPGAOABQK02IBA3P CDS846253 759 + 0.333333
g5966 DLA_06644 GAOABQK02IBA3P CDS847549 1014 + 0.342209
g5967 DLA_06645 GAOABQK02IBA3P CDS848714 2208 - 0.367754
g5968 DLA_06646 GAOABQK02IBA3P CDS851479 798 - 0.33584
g5969 DLA_06647 catalyzes the reaction ATP N-acetyl-L-glutamate ADP N-acetyl-L-glutamate 5-phosphateGAOABQK02IBA3P CDS852768 2619 - 0.348988
g597 DLA_00658 contig05409_1.exp CDS1361288 2010 + 0.31194
g5970 DLA_06648 GAOABQK02IBA3P CDS857550 2571 + 0.340335
g5971 DLA_06649 GAOABQK02IBA3P CDS860823 2349 + 0.306513
g5972 DLA_11663 GAOABQK02IBA3P CDS863650 1575 - 0.309206
g5973 DLA_06650 GAOABQK02IBA3P CDS866675 3330 - 0.296997
g5974 DLA_06651 catalyzes the reaction L-glutamine PRPP Hsub2subO 5-phospho-beta-D-ribosyl-amine pyrophosphate L-glutamate the first step in de novo DNA synthesisGAOABQK02IBA3P CDS870949 1605 - 0.356386
g5975 DLA_06652 GAOABQK02IBA3P CDS873201 1065 + 0.300469
g5976 DLA_06653 GAOABQK02IBA3P CDS874544 582 - 0.328179
g5977 DLA_06654 GAOABQK02IBA3P CDS875281 1146 - 0.304538
g5978 DLA_06655 GAOABQK02IBA3P CDS876625 1059 - 0.321058
g5979 DLA_06656 partial similarity to cry34 the Bacillus thuringiensis proteinaceous crystal and insecticidal toxin formed during sporulation contains an endonucleaseexonucleasephosphatase domain which is found in proteins such as magnesium dependent endonucleases and phosphatases involved in intracellular signallingGAOABQK02IBA3P CDS877818 3279 + 0.322049
g598 DLA_00660 contig05409_1.exp CDS1365424 1941 + 0.308604
g5980 DLA_06657 GAOABQK02IBA3P CDS881238 672 - 0.299107
g5981 DLA_06658 GAOABQK02IBA3P CDS882024 1491 - 0.316566
g5982 DLA_06660 GAOABQK02IBA3P CDS884074 2871 + 0.302682
g5983 DLA_06661 GAOABQK02IBA3P CDS887735 1989 + 0.317245
g5984 DLA_06662 GAOABQK02IBA3P CDS890254 924 + 0.353896
g5985 DLA_06663 GAOABQK02IBA3P CDS891598 1905 + 0.314436
g5986 DLA_06664 GAOABQK02IBA3P CDS894230 3849 + 0.302936
g5987 DLA_06667 GAOABQK02IBA3P CDS899294 2088 - 0.330939
g5988 DLA_06668 GAOABQK02IBA3P CDS902080 2700 + 0.346296
g5989 DLA_06670 EIF4E ortholog the eukaryotic initiation factor 4E recognizes and binds the RNA cap during protein synthesisGAOABQK02IBA3P CDS905932 726 + 0.330579
g599 DLA_00661 contig05409_1.exp CDS1367849 339 - 0.430678
g5990 DLA_06671 GAOABQK02IBA3P CDS907162 2505 + 0.290619
g5991 DLA_06672 GAOABQK02IBA3P CDS909843 3057 + 0.298659
g5992 DLA_06673 ortholog of S. cerevisiae DIS3 and H. sapiens KIAA1008 component of the nucleolar exosome involved in RNA processingGAOABQK02IBA3P CDS913124 2943 - 0.326538
g5993 DLA_06674 GAOABQK02IBA3P CDS916263 3255 + 0.288479
g5994 DLA_06675 GAOABQK02IBA3P CDS920189 7371 + 0.338624
g5995 DLA_06676 GAOABQK02IBA3P CDS928650 7143 + 0.343973
g5996 DLA_06678 GAOABQK02IBA3P CDS936358 7389 + 0.348085
g5997 DLA_06679 homologous to bacterial genes that are involved in the transport of arsenate selenate and other anionic compounds outside the cellGAOABQK02IBA3P CDS944113 993 - 0.311178
g5998 DLA_06680 GAOABQK02IBA3P CDS945382 1122 - 0.336007
g5999 DLA_06681 GAOABQK02IBA3P CDS947125 1239 + 0.355125
g6 DLA_00007 contig05409_1.exp CDS12758 660 - 0.366667
g60 DLA_00070 contig05409_1.exp CDS152183 387 + 0.284238
g600 DLA_00662 contig05409_1.exp CDS1369071 5961 + 0.311357
g6000 DLA_06682 protein component of the small (40S) ribosomal subunit expressed in vegetative cells and in prestalk cells during culminationGAOABQK02IBA3P CDS948545 825 - 0.442424
g6001 DLA_06683 subunit of the 20S proteasome (macropain) the endopeptidase complex involved in an ATPubiquitin-dependent nonlysosomal proteolytic pathway in eukaryotes composed of up to 28 subunits which form a highly ordered ring-shaped structure (20S ring)GAOABQK02IBA3P CDS949933 825 + 0.335758
g6002 DLA_06684 GAOABQK02IBA3P CDS951201 2358 - 0.337574
g6003 DLA_06685 GAOABQK02IBA3P CDS954157 2217 + 0.298151
g6004 DLA_06686 GAOABQK02IBA3P CDS956813 804 - 0.364428
g6005 DLA_11664 GAOABQK02IBA3P CDS957917 2136 - 0.326779
g6006 DLA_06687 GAOABQK02IBA3P CDS962016 2868 - 0.331939
g6007 DLA_06688 GAOABQK02IBA3P CDS965323 3618 + 0.292427
g6008 DLA_06690 GAOABQK02IBA3P CDS969761 1743 - 0.253586
g6009 DLA_06691 GAOABQK02IBA3P CDS971567 3495 + 0.307296
g601 DLA_00663 contig05409_1.exp CDS1375394 2061 + 0.324115
g6010 DLA_06692 GAOABQK02IBA3P CDS975320 792 - 0.337121
g6011 DLA_06693 similar to bacterial proteins of the YjgF superfamily homolog of Psedomonas sp. amnD (2-aminomuconate deaminase) also matches PFAM HMM for endoribonuclease L-PSPGAOABQK02IBA3P CDS976471 486 - 0.316872
g6012 DLA_06694 GAOABQK02IBA3P CDS977217 1278 + 0.368545
g6013 DLA_06695 GAOABQK02IBA3P CDS979393 291 + 0.298969
g6014 DLA_06697 GAOABQK02IBA3P CDS979879 390 - 0.276923
g6015 DLA_06698 GAOABQK02IBA3P CDS980737 657 - 0.330289
g6016 DLA_06700 GAOABQK02IBA3P CDS982381 2901 + 0.307135
g6017 DLA_06701 GAOABQK02IBA3P CDS985960 2268 + 0.338624
g6018 DLA_06702 GAOABQK02IBA3P CDS988770 474 + 0.303797
g6019 DLA_06703 GAOABQK02IBA3P CDS990607 1182 - 0.335025
g602 DLA_00664 wealky similar to acid ceramidase which catalyzes the reaction N-acylsphingoside Hsub2subO a carboxylate sphingosinecontig05409_1.exp CDS1377640 1317 - 0.365224
g6020 DLA_06704 GAOABQK02IBA3P CDS992439 1743 + 0.251865
g6021 DLA_06705 GAOABQK02IBA3P CDS994380 1305 - 0.316475
g6022 DLA_06706 GAOABQK02IBA3P CDS996296 2979 + 0.265861
g6023 DLA_06707 ortholog of human SLC25A4 which catalyzes the exchange of ADP and ATP across the mitochondrial inner membrane contains six predicted transmembrane domains brbrbCommunity annotation:b Overview of the GAOABQK02IBA3P CDS1000089 933 + 0.404073
g6024 DLA_06711 member of the TKL (tyrosine kinase-like) group and the ROCO family of protein kinases contains LRR Roc COR and protein kinase domainsGAOABQK02IBA3P CDS1003562 5019 - 0.328751
g6025 DLA_06712 GAOABQK02IBA3P CDS1009441 1149 - 0.288947
g6026 DLA_06713 GAOABQK02IBA3P CDS1010831 1341 - 0.301268
g6027 DLA_06714 GAOABQK02IBA3P CDS1012536 2217 - 0.352278
g6028 DLA_06715 GAOABQK02IBA3P CDS1015161 1608 - 0.380597
g6029 DLA_06716 highly conserved protein containing an alkyl hydroperoxide reductasethiol specific antioxidantmal allergen domain identical to GAOABQK02IBA3P CDS1017519 462 + 0.30303
g603 DLA_00665 contig05409_1.exp CDS1379233 894 - 0.279642
g6030 DLA_06717 GAOABQK02IBA3P CDS1018353 1458 + 0.353909
g6031 DLA_06718 GAOABQK02IBA3P CDS1020126 852 + 0.267606
g6032 DLA_06719 GAOABQK02IBA3P CDS1021385 1077 + 0.348189
g6033 DLA_06720 GAOABQK02IBA3P CDS1022975 1392 + 0.3125
g6034 DLA_06721 GAOABQK02IBA3P CDS1024547 777 - 0.263835
g6035 DLA_06722 GAOABQK02IBA3P CDS1025523 588 + 0.311224
g6036 DLA_06723 GAOABQK02IBA3P CDS1026967 1110 - 0.332432
g6037 DLA_06724 GAOABQK02IBA3P CDS1028735 429 + 0.240093
g6038 DLA_11665 GAOABQK02IBA3P CDS1029448 276 + 0.278986
g6039 DLA_06725 GAOABQK02IBA3P CDS1030130 2187 + 0.346136
g604 DLA_00666 contig05409_1.exp CDS1380295 642 + 0.342679
g6040 DLA_06726 one of many putative Dictyostelium potassium channels contains 3 pentapeptide repeatsGAOABQK02IBA3P CDS1032468 1038 - 0.331407
g6041 DLA_06727 GAOABQK02IBA3P CDS1034562 3390 + 0.3
g6042 DLA_06728 GAOABQK02IBA3P CDS1038272 3960 - 0.290404
g6043 DLA_06730 GAOABQK02IBA3P CDS1043040 615 - 0.331707
g6044 DLA_06732 GAOABQK02IBA3P CDS1044342 1818 - 0.343234
g6045 DLA_06733 GAOABQK02IBA3P CDS1046601 750 + 0.333333
g6046 DLA_06734 GAOABQK02IBA3P CDS1047580 1809 + 0.283029
g6047 DLA_06735 GAOABQK02IBA3P CDS1049743 2889 - 0.300104
g6048 DLA_06736 GAOABQK02IBA3P CDS1053550 1959 + 0.273609
g6049 DLA_06737 GAOABQK02IBA3P CDS1055595 603 - 0.290216
g605 DLA_00667 contig05409_1.exp CDS1381287 1077 + 0.371402
g6050 DLA_06738 GAOABQK02IBA3P CDS1056482 3309 + 0.289816
g6051 DLA_06739 GAOABQK02IBA3P CDS1060888 1035 - 0.342995
g6052 DLA_06740 GAOABQK02IBA3P CDS1062418 276 + 0.25
g6053 DLA_11666 GAOABQK02IBA3P CDS1062790 456 - 0.276316
g6054 DLA_06741 GAOABQK02IBA3P CDS1063337 1011 - 0.302671
g6055 DLA_06742 similar to Dictyostelium pakA and other mitogen-activated protein kinases (Ste20PAK family) putative p21-activated kinase contains a calponin-like actin-binding domain a p21-Rho-binding domain and a PKC conserved region 1 (C1) regulates the actin cytoskeleton response during chemotaxis to cAMPGAOABQK02IBA3P CDS1064531 3954 + 0.309054
g6056 DLA_06743 GAOABQK02IBA3P CDS1068804 753 - 0.313413
g6057 DLA_06744 GAOABQK02IBA3P CDS1070039 2121 + 0.33239
g6058 DLA_06745 GAOABQK02IBA3P CDS1072192 702 - 0.242165
g6059 DLA_06746 GAOABQK02IBA3P CDS1073232 1716 + 0.320513
g606 DLA_00668 contig05409_1.exp CDS1382769 765 + 0.287582
g6060 DLA_06747 GAOABQK02IBA3P CDS1075190 1629 - 0.300798
g6061 DLA_06748 GAOABQK02IBA3P CDS1077036 3759 - 0.320032
g6062 DLA_06749 GAOABQK02IBA3P CDS1081008 1905 - 0.329659
g6063 DLA_06750 GAOABQK02IBA3P CDS1083418 1008 + 0.350198
g6064 DLA_06751 identified as a suppressor of smlA null mutant cnr3 has a predicted signal anchor sequenceGAOABQK02IBA3P CDS1085177 1377 - 0.30719
g6065 DLA_06752 GAOABQK02IBA3P CDS1086758 780 - 0.280769
g6066 DLA_06753 inositol 5-phosphatase similar to the human protein OCRL which when defect causes Lowe syndrome involved in Dictyostelium growth development and phagocytosisGAOABQK02IBA3P CDS1087916 2187 + 0.328761
g6067 DLA_11667 GAOABQK02IBA3P CDS1090245 1581 + 0.288425
g6068 DLA_06754 GAOABQK02IBA3P CDS1091884 1239 - 0.351897
g6069 DLA_06755 GAOABQK02IBA3P CDS1093337 777 + 0.301158
g607 DLA_00669 contig05409_1.exp CDS1383576 1308 - 0.313456
g6070 DLA_06756 contains one 5'-3' exonuclease domain and one 3'-5' exonuclease domainGAOABQK02IBA3P CDS1094275 6369 - 0.302245
g6071 DLA_06758 GAOABQK02IBA3P CDS1101299 408 + 0.303922
g6072 DLA_06759 GAOABQK02IBA3P CDS1102208 2892 + 0.307746
g6073 DLA_06760 GAOABQK02IBA3P CDS1107703 3453 + 0.312192
g6074 DLA_06761 GAOABQK02IBA3P CDS1111452 369 - 0.306233
g6075 DLA_06762 GAOABQK02IBA3P CDS1112301 1005 + 0.262687
g6076 DLA_06763 GAOABQK02IBA3P CDS1113711 1299 + 0.251732
g6077 DLA_06765 GAOABQK02IBA3P CDS1115772 3627 - 0.292528
g6078 DLA_06766 GAOABQK02IBA3P CDS1119614 2031 + 0.250615
g6079 DLA_06767 GAOABQK02IBA3P CDS1121898 2040 - 0.323039
g608 DLA_00670 contig05409_1.exp CDS1385384 579 + 0.290155
g6080 DLA_06768 GAOABQK02INHKB CDS589 3240 + 0.304321
g6081 DLA_06769 GAOABQK02INHKB CDS4515 1569 + 0.314213
g6082 DLA_06770 GAOABQK02INHKB CDS6408 1899 - 0.294365
g6083 DLA_06771 GAOABQK02INHKB CDS9919 3717 - 0.313963
g6084 DLA_06772 GAOABQK02INHKB CDS14180 1545 - 0.368285
g6085 DLA_06773 GAOABQK02INHKB CDS16363 2622 + 0.307018
g6086 DLA_06774 GAOABQK02INHKB CDS19513 852 + 0.338028
g6087 DLA_06775 GAOABQK02INHKB CDS20627 1986 + 0.345921
g6088 DLA_06776 GAOABQK02INHKB CDS22792 1212 - 0.35066
g6089 DLA_06778 GAOABQK02IO52T CDS2675 1566 + 0.265006
g609 DLA_00671 contig05409_1.exp CDS1386207 540 - 0.287037
g6090 DLA_06779 GAOABQK02IO52T CDS4517 837 + 0.261649
g6091 DLA_11668 GAOABQK02IO52T CDS5975 2301 + 0.262495
g6092 DLA_06780 GAOABQK02IO52T CDS8543 894 + 0.253915
g6093 DLA_06783 GAOABQK02IO52T CDS11210 693 - 0.233766
g6094 DLA_06786 glycoside hydrolase family 25 (GH25) comprises enzymes with lysozyme (EC:3.2.1.17) activity contains a putative N-terminal signal peptideGAOABQK02IO52T CDS13496 840 + 0.35
g6095 DLA_06788 GAOABQK02IO52T CDS16304 3150 - 0.235873
g6096 DLA_06789 GAOABQK02IO52T CDS19727 582 - 0.441581
g6097 DLA_06790 GAOABQK02IO52T CDS20587 1419 + 0.251586
g6098 DLA_06791 GAOABQK02IO52T CDS22177 2427 + 0.233622
g6099 DLA_06792 GAOABQK02IO52T CDS24816 2145 + 0.307692
g61 DLA_00071 contig05409_1.exp CDS152795 501 - 0.335329
g610 DLA_00672 contig05409_1.exp CDS1386975 1047 - 0.359121
g6100 DLA_06793 GAOABQK02IO52T CDS27199 414 + 0.350242
g6101 DLA_06794 GAOABQK02IO52T CDS27816 1317 - 0.290053
g6102 DLA_06795 GAOABQK02IO52T CDS30437 1989 + 0.306184
g6103 DLA_06796 GAOABQK02IO52T CDS32661 1725 + 0.292174
g6104 DLA_06797 GAOABQK02IO52T CDS34493 996 - 0.365462
g6105 DLA_06798 GAOABQK02IO52T CDS35913 1800 + 0.297222
g6106 DLA_06799 GAOABQK02IO52T CDS37861 609 + 0.311987
g6107 DLA_06800 conserved protein involved in contractile vacuole discharge upon osmotic stressbr bNomenclature conflict: b Do not confuse this gene with phg1a encoding the putative phagocytic receptor 1a or with the phgA locus (GAOABQK02IO52T CDS38525 978 - 0.340491
g6108 DLA_06801 GAOABQK02IO52T CDS39597 843 - 0.342823
g6109 DLA_06802 GAOABQK02IO52T CDS40992 801 - 0.337079
g611 DLA_00674 contig05409_1.exp CDS1388866 762 + 0.314961
g6110 DLA_06803 GAOABQK02IO52T CDS41983 1542 + 0.286641
g6111 DLA_06804 GAOABQK02IO52T CDS43669 4935 - 0.358865
g6112 DLA_06805 functions in nuclear protein import via a substrate-importin alpha-beta transport complex that passes though the nuclear pore complexes (NPC) contains a N-terminal importin beta binding domain (IBB domain)GAOABQK02IO52T CDS49054 1587 + 0.360428
g6113 DLA_06806 GAOABQK02IO52T CDS51884 1800 + 0.324444
g6114 DLA_06808 GAOABQK02IO52T CDS54390 1089 + 0.331497
g6115 DLA_06810 GAOABQK02IO52T CDS55740 309 - 0.346278
g6116 DLA_06811 GAOABQK02IO52T CDS56795 1080 + 0.383333
g6117 DLA_06812 GAOABQK02IO52T CDS58106 1263 + 0.355503
g6118 DLA_06813 GAOABQK02IO52T CDS59682 489 - 0.364008
g6119 DLA_06814 GAOABQK02IO52T CDS60772 1845 + 0.299729
g612 DLA_00675 contig05409_1.exp CDS1390296 336 + 0.315476
g6120 DLA_06815 GAOABQK02IO52T CDS63029 1314 + 0.352359
g6121 DLA_06816 GAOABQK02IO52T CDS64421 1767 - 0.301075
g6122 DLA_06817 GAOABQK02IO52T CDS66465 2757 - 0.328255
g6123 DLA_06819 GAOABQK02IO52T CDS69545 2439 + 0.339073
g6124 DLA_06820 GAOABQK02IO52T CDS72537 1269 + 0.325453
g6125 DLA_06821 GAOABQK02IO52T CDS73832 1698 - 0.30212
g6126 DLA_06822 GAOABQK02IO52T CDS75745 2961 - 0.342452
g6127 DLA_06823 GAOABQK02IO52T CDS78960 3399 - 0.293027
g6128 DLA_06825 GAOABQK02IO52T CDS83539 417 + 0.333333
g6129 DLA_06826 GAOABQK02IO52T CDS84324 870 - 0.309195
g613 DLA_00677 contig05409_1.exp CDS1396015 1221 + 0.249795
g6130 DLA_06827 member of the patatin family of glycoproteins which are storage proteins but also possess lipase activity contains a predicted signal peptideGAOABQK02IO52T CDS85422 891 - 0.352413
g6131 DLA_06828 GAOABQK02IO52T CDS86744 4974 - 0.334942
g6132 DLA_06830 GAOABQK02IO52T CDS92613 2925 - 0.285128
g6133 DLA_06832 GAOABQK02IO52T CDS95848 2091 - 0.313726
g6134 DLA_06833 GAOABQK02IO52T CDS97950 240 - 0.25
g6135 DLA_06834 GAOABQK02IO52T CDS98563 3009 - 0.306414
g6136 DLA_06835 member of the TKL (tyrosine kinase-like) group and the ARK (ankyrin repeat-containing kinase) family kinase activity stimulated by hyperosmolarity and heat shock there is a second copy of this gene GAOABQK02IO52T CDS102489 4140 - 0.322947
g6137 DLA_06836 GAOABQK02IO52T CDS107367 3732 - 0.353966
g6138 DLA_06837 GAOABQK02IO52T CDS111590 1314 - 0.354642
g6139 DLA_06838 GAOABQK02IO52T CDS113411 1434 + 0.281729
g614 DLA_00678 contig05409_1.exp CDS1397455 1068 - 0.328652
g6140 DLA_06839 GAOABQK02IO52T CDS114984 2319 + 0.336783
g6141 DLA_06840 GAOABQK02IO52T CDS117375 1032 + 0.295543
g6142 DLA_06841 GAOABQK02IO52T CDS118547 3090 - 0.303883
g6143 DLA_06842 GAOABQK02IO52T CDS122493 1692 + 0.287825
g6144 DLA_06843 GAOABQK02IO52T CDS124233 2037 - 0.309278
g6145 DLA_06844 GAOABQK02IO52T CDS126540 999 + 0.378378
g6146 DLA_06845 GAOABQK02IO52T CDS127874 1875 + 0.314133
g6147 DLA_06847 GAOABQK02IO52T CDS130231 789 + 0.269962
g6148 DLA_06848 GAOABQK02IO52T CDS131650 6594 + 0.327571
g6149 DLA_06849 GAOABQK02IO52T CDS138582 3204 + 0.334582
g615 DLA_00679 contig05409_1.exp CDS1398720 1905 + 0.308661
g6150 DLA_06852 GAOABQK02IO52T CDS142304 1197 + 0.333333
g6151 DLA_06853 GAOABQK02IO52T CDS143752 1821 - 0.343767
g6152 DLA_06854 GAOABQK02IO52T CDS146019 2202 + 0.310173
g6153 DLA_06855 GAOABQK02IO52T CDS148438 1251 - 0.309353
g6154 DLA_06856 GAOABQK02IO52T CDS149796 1230 + 0.303252
g6155 DLA_06857 conserved hypothetical protein similar to esophageal cancer associated protein there is a second copy of this gene GAOABQK02IO52T CDS151129 2898 - 0.31677
g6156 DLA_06858 GAOABQK02IO52T CDS154724 480 - 0.316667
g6157 DLA_06859 GAOABQK02IO52T CDS155969 2106 - 0.315764
g6158 DLA_06860 GAOABQK02IO52T CDS158498 702 + 0.306268
g6159 DLA_06861 GAOABQK02IO52T CDS159354 393 - 0.284987
g616 DLA_00681 DDLF0006c05.r1 CDS2 3991 - 0.401153
g6160 DLA_06863 putative Ras guanine nucleotide exchange factor promotes the exchange of GDP for GTP on Ras small GTPases thus converting them into the active formGAOABQK02IO52T CDS160544 2301 - 0.348979
g6161 DLA_06864 GAOABQK02IO52T CDS163473 2073 + 0.327062
g6162 DLA_06865 GAOABQK02IO52T CDS165952 1149 + 0.318538
g6163 DLA_06866 GAOABQK02IO52T CDS167124 1911 - 0.323391
g6164 DLA_06867 GAOABQK02IO52T CDS169190 2802 + 0.275161
g6165 DLA_06869 GAOABQK02IO52T CDS172244 540 - 0.368519
g6166 DLA_06870 GAOABQK02IO52T CDS173040 726 + 0.30854
g6167 DLA_06871 ortholog of the magnesium transporter MMGT1 contains a putative signal sequence and one transmembrane domainGAOABQK02IO52T CDS173974 291 - 0.237113
g6168 DLA_06872 GAOABQK02IO52T CDS174537 270 + 0.296296
g6169 DLA_11669 GAOABQK02IO52T CDS175395 651 - 0.347158
g617 DLA_00682 DDLF0038h09.f4 CDS188 393 + 0.312977
g6170 DLA_06873 conserved E2 ubiquitin-conjugating protein which catalyzes the covalent attachment of ubiquitin to other proteinsGAOABQK02IO52T CDS176715 450 - 0.333333
g6171 DLA_06874 GAOABQK02IO52T CDS177709 2208 - 0.319746
g6172 DLA_06875 GAOABQK02IO52T CDS180700 1071 + 0.325864
g6173 DLA_06878 GAOABQK02IO52T CDS182524 528 + 0.304924
g6174 DLA_06879 GAOABQK02IO52T CDS184321 615 - 0.338211
g6175 DLA_06883 GAOABQK02IO52T CDS187216 1746 - 0.313288
g6176 DLA_06884 GAOABQK02IO52T CDS189381 3627 + 0.27764
g6177 DLA_06885 GAOABQK02IO52T CDS193209 540 - 0.272222
g6178 DLA_06886 GAOABQK02IO52T CDS193948 900 + 0.286667
g6179 DLA_06887 GAOABQK02IO52T CDS195119 1185 + 0.278481
g618 DLA_00683 DDLF0038h09.f4 CDS1426 1761 - 0.293015
g6180 DLA_06888 GAOABQK02IO52T CDS196483 1353 + 0.280857
g6181 DLA_06891 GAOABQK02IO52T CDS198295 1560 - 0.373077
g6182 DLA_06892 GAOABQK02IO52T CDS200784 1593 + 0.313873
g6183 DLA_06893 GAOABQK02IO52T CDS203312 987 + 0.300912
g6184 DLA_06894 GAOABQK02IO52T CDS205344 4128 + 0.341328
g6185 DLA_06895 ortholog of Huntington's disease protein Huntingtin (HTT not to be confused with the human serotonin transporter now named SLC6A4) in Dictyostelium regulates myosin II phosphorylation through phosphatase PP2A affecting chemotaxis and cytokinesis also involved in osmoregulation bivalent cation maintenance with effects on development including presporespore differentiationGAOABQK02IO52T CDS210495 8700 + 0.330115
g6186 DLA_06896 catalyzes the reaction D-ribose-5-phosphate D-xylulose-5-phosphate D-sedoheptulose-7-phosphate D-glyceraldehyde-3-phosphate there is a second copy of this gene GAOABQK02IO52T CDS219448 1983 - 0.395865
g6187 DLA_11670 GAOABQK02IO52T CDS221715 2754 - 0.306826
g6188 DLA_06897 GAOABQK02IO52T CDS224860 951 - 0.320715
g6189 DLA_06898 GAOABQK02IO52T CDS226095 837 - 0.322581
g619 DLA_00684 DDLF0038h09.f4 CDS3360 228 + 0.29386
g6190 DLA_06899 GAOABQK02IO52T CDS227597 2031 + 0.321516
g6191 DLA_06900 GAOABQK02IO52T CDS230165 2697 + 0.311828
g6192 DLA_06901 putative Ras guanine nucleotide exchange factor promotes the exchange of GDP for GTP on Ras small GTPases thus converting them into the active form similar to son of sevenlessGAOABQK02IO52T CDS233724 3675 + 0.323265
g6193 DLA_06904 GAOABQK02IO52T CDS238698 2793 - 0.324024
g6194 DLA_06905 component of the gamma-secretase complex which executes the intramembrane proteolysis of type I integral membrane proteinsGAOABQK02IO52T CDS241828 999 - 0.309309
g6195 DLA_06906 GAOABQK02IO52T CDS243026 1500 + 0.308
g6196 DLA_06907 GAOABQK02IO52T CDS244624 1221 - 0.314496
g6197 DLA_06908 GAOABQK02IO52T CDS246045 954 - 0.272537
g6198 DLA_06909 GAOABQK02IO52T CDS247376 1623 + 0.32101
g6199 DLA_06910 GAOABQK02IO52T CDS249203 426 - 0.384977
g62 DLA_00072 contig05409_1.exp CDS153753 1725 + 0.32058
g620 DLA_00686 DDLF0038h09.f4 CDS4403 1788 + 0.291387
g6200 DLA_06911 GAOABQK02IO52T CDS250152 288 + 0.291667
g6201 DLA_06912 GAOABQK02IO52T CDS251039 330 - 0.348485
g6202 DLA_06913 GAOABQK02IO52T CDS251587 1764 - 0.325964
g6203 DLA_06914 GAOABQK02IO52T CDS258001 2196 + 0.362022
g6204 DLA_06915 GAOABQK02IO52T CDS260528 1869 + 0.326378
g6205 DLA_06916 GAOABQK02IO52T CDS262549 783 - 0.296296
g6206 DLA_11671 GAOABQK02IO52T CDS263677 567 + 0.310406
g6207 DLA_06917 GAOABQK02IO52T CDS265073 4674 + 0.345315
g6208 DLA_06918 GAOABQK02IO52T CDS270258 1809 + 0.347706
g6209 DLA_06919 GAOABQK02IO52T CDS272235 678 + 0.30531
g621 DLA_00687 DDLF0038h09.f4 CDS6383 1383 + 0.321041
g6210 DLA_06920 belongs to the Sec7 superfamily involved in phagocytosis and cell motilityGAOABQK02IO52T CDS273684 2421 + 0.344486
g6211 DLA_06921 GAOABQK02IO52T CDS276308 543 + 0.335175
g6212 DLA_06922 GAOABQK02IO52T CDS277059 1482 - 0.357625
g6213 DLA_06923 GAOABQK02IO52T CDS279060 1587 + 0.31821
g6214 DLA_06924 GAOABQK02IO52T CDS280771 573 + 0.326353
g6215 DLA_06925 GAOABQK02IO52T CDS281483 1110 - 0.328829
g6216 DLA_06926 GAOABQK02IO52T CDS282728 1095 - 0.309589
g6217 DLA_06927 GAOABQK02IO52T CDS284074 1239 - 0.330105
g6218 DLA_06929 GAOABQK02IO52T CDS286642 1476 + 0.348916
g6219 DLA_06930 GAOABQK02IO52T CDS288711 1182 + 0.27665
g622 DLA_00688 DDLF0038h09.f4 CDS7986 1059 - 0.355996
g6220 DLA_06931 GAOABQK02IO52T CDS290009 1014 - 0.311637
g6221 DLA_06932 GAOABQK02IO52T CDS291490 1233 + 0.300892
g6222 DLA_06933 GAOABQK02IO52T CDS292942 504 - 0.28373
g6223 DLA_06934 GAOABQK02IO52T CDS293652 1794 - 0.330546
g6224 DLA_06936 GAOABQK02IO52T CDS296793 2274 - 0.346966
g6225 DLA_06937 GAOABQK02IO52T CDS300296 543 + 0.267035
g6226 DLA_06938 GAOABQK02IO52T CDS301000 1266 - 0.345182
g6227 DLA_06939 GAOABQK02IO52T CDS302551 2001 + 0.30085
g6228 DLA_06940 GAOABQK02IO52T CDS304716 1059 + 0.303116
g6229 DLA_06941 GAOABQK02IO52T CDS306315 834 + 0.322542
g623 DLA_00689 DDLF0038h09.f4 CDS9468 3960 + 0.301768
g6230 DLA_06942 GAOABQK02IO52T CDS307606 831 + 0.32852
g6231 DLA_06943 contains one C2 domain one MHD1 (Munc13-homology) domain and one MHD2 domainGAOABQK02IO52T CDS308697 3792 + 0.314873
g6232 DLA_06945 GAOABQK02IO52T CDS312965 1083 - 0.289935
g6233 DLA_06946 GAOABQK02IO52T CDS314692 1926 + 0.363448
g6234 DLA_06947 GAOABQK02IO52T CDS316825 2715 - 0.331492
g6235 DLA_06948 GAOABQK02IO52T CDS320800 555 + 0.403604
g6236 DLA_06949 GAOABQK02IO52T CDS322203 915 - 0.353005
g6237 DLA_06950 GAOABQK02IO52T CDS324527 1281 + 0.282592
g6238 DLA_06951 GAOABQK02IO52T CDS326148 726 + 0.319559
g6239 DLA_06952 GAOABQK02IO52T CDS326950 5052 - 0.321853
g624 DLA_00690 DDLF0038h09.f4 CDS13804 1047 - 0.255969
g6240 DLA_06953 GAOABQK02IO52T CDS332362 1953 + 0.315412
g6241 DLA_06954 GAOABQK02IO52T CDS334461 1596 - 0.295739
g6242 DLA_06956 GAOABQK02IO52T CDS337730 426 - 0.284038
g6243 DLA_11672 GAOABQK02IO52T CDS338424 426 - 0.319249
g6244 DLA_06957 GAOABQK02IO52T CDS338974 1620 - 0.29321
g6245 DLA_06958 GAOABQK02IO52T CDS340681 270 + 0.277778
g6246 DLA_06959 GAOABQK02IO52T CDS341219 1992 - 0.318775
g6247 DLA_06961 GAOABQK02IO52T CDS344194 1281 + 0.293521
g6248 DLA_06962 GAOABQK02IO52T CDS346923 2586 + 0.338747
g6249 DLA_06963 GAOABQK02IO52T CDS349959 5151 + 0.317608
g625 DLA_00691 DDLF0038h09.f4 CDS15443 759 - 0.249012
g6250 DLA_06964 GAOABQK02IO52T CDS356092 636 + 0.366352
g6251 DLA_06965 GAOABQK02IO52T CDS356924 708 + 0.289548
g6252 DLA_06966 GAOABQK02IO52T CDS357817 3051 + 0.303507
g6253 DLA_06967 subunit of the 20S proteasome (macropain) the endopeptidase complex involved in an ATPubiquitin-dependent nonlysosomal proteolytic pathway in eukaryotes composed of up to 28 subunits which form a highly ordered ring-shaped structure (20S ring)GAOABQK02IO52T CDS361252 696 - 0.341954
g6254 DLA_06968 GAOABQK02IO52T CDS362243 2244 + 0.295009
g6255 DLA_06969 GAOABQK02IO52T CDS364514 789 - 0.258555
g6256 DLA_06970 GAOABQK02IO52T CDS365848 1383 + 0.340564
g6257 DLA_06971 GAOABQK02IO52T CDS367324 2175 - 0.329655
g6258 DLA_06972 GAOABQK02IO52T CDS370044 384 + 0.382812
g6259 DLA_06973 GAOABQK02IO52T CDS370784 1821 + 0.315761
g626 DLA_00693 DDLF0038h09.f4 CDS18281 1704 + 0.297535
g6260 DLA_06974 GAOABQK02IO52T CDS373105 1275 + 0.294902
g6261 DLA_06975 GAOABQK02IO52T CDS374940 633 + 0.301738
g6262 DLA_06976 GAOABQK02IO52T CDS376039 981 + 0.331295
g6263 DLA_06977 GAOABQK02IO52T CDS377430 3825 - 0.324444
g6264 DLA_06978 GAOABQK02IO52T CDS381832 300 - 0.303333
g6265 DLA_06979 GAOABQK02IO52T CDS382382 1770 + 0.311299
g6266 DLA_06980 GAOABQK02IO52T CDS384308 1248 - 0.339744
g6267 DLA_06981 GAOABQK02IO52T CDS386011 360 + 0.291667
g6268 DLA_06982 GAOABQK02IO52T CDS386719 1077 - 0.301764
g6269 DLA_06985 GAOABQK02IO52T CDS390510 1839 - 0.353997
g627 DLA_00694 DDLF0038h09.f4 CDS20330 1023 + 0.316716
g6270 DLA_06986 GAOABQK02IO52T CDS394984 4206 + 0.362102
g6271 DLA_06987 GAOABQK02IO52T CDS399341 414 - 0.333333
g6272 DLA_06988 GAOABQK02IO52T CDS400319 231 + 0.320346
g6273 DLA_11673 GAOABQK02IO52T CDS400817 816 + 0.430147
g6274 DLA_06989 GAOABQK02IO52T CDS401737 2016 - 0.323909
g6275 DLA_06990 GAOABQK02IO52T CDS404089 1203 + 0.334996
g6276 DLA_06991 GAOABQK02IO52T CDS405378 1617 - 0.31107
g6277 DLA_11674 GAOABQK02IO52T CDS407984 390 + 0.312821
g6278 DLA_06992 GAOABQK02IO52T CDS408495 3780 + 0.298413
g6279 DLA_06993 GAOABQK02IO52T CDS413957 3456 - 0.303241
g628 DLA_00695 DDLF0038h09.f4 CDS21559 2373 - 0.307627
g6280 DLA_06994 GAOABQK02IO52T CDS417905 2673 - 0.295922
g6281 DLA_06996 GAOABQK02IO52T CDS422502 1737 + 0.315486
g6282 DLA_11675 GAOABQK02IO52T CDS425969 1512 + 0.417328
g6283 DLA_06997 GAOABQK02IO52T CDS427854 981 + 0.377166
g6284 DLA_06998 GAOABQK02IO52T CDS429085 2832 + 0.322034
g6285 DLA_06999 GAOABQK02IO52T CDS432203 1323 + 0.298564
g6286 DLA_07000 ATP-dependent DNA ligase required for the ligation of Okazaki fragments during lagging-strand DNA synthesisGAOABQK02IO52T CDS433888 2760 + 0.334058
g6287 DLA_07001 GAOABQK02IO52T CDS436769 1008 - 0.286706
g6288 DLA_07002 GAOABQK02IO52T CDS437914 1413 + 0.319887
g6289 DLA_07004 GAOABQK02IO52T CDS440071 1605 - 0.302804
g629 DLA_00696 DDLF0038h09.f4 CDS24005 612 + 0.281046
g6290 DLA_07005 GAOABQK02IO52T CDS441759 897 + 0.284281
g6291 DLA_07006 GAOABQK02IO52T CDS442754 867 - 0.348328
g6292 DLA_07007 GAOABQK02IO52T CDS443936 1296 + 0.296296
g6293 DLA_07008 GAOABQK02IO52T CDS445389 702 - 0.324786
g6294 DLA_07009 GAOABQK02IO52T CDS446926 1887 + 0.326444
g6295 DLA_11676 GAOABQK02IO52T CDS448967 1152 - 0.283854
g6296 DLA_07010 GAOABQK02IO52T CDS450270 2373 - 0.282343
g6297 DLA_07011 GAOABQK02IO52T CDS453002 726 + 0.312672
g6298 DLA_07012 GAOABQK02IO52T CDS453969 1053 - 0.323837
g6299 DLA_07013 GAOABQK02IO52T CDS455960 2673 + 0.325103
g63 DLA_00073 contig05409_1.exp CDS155605 978 - 0.302658
g630 DLA_00697 DDLF0038h09.f4 CDS24914 957 - 0.342738
g6300 DLA_07014 GAOABQK02IO52T CDS458766 2121 + 0.30976
g6301 DLA_07015 GAOABQK02IO52T CDS461803 660 - 0.343939
g6302 DLA_11677 GAOABQK02IO52T CDS462919 357 - 0.291317
g6303 DLA_07016 GAOABQK02IO52T CDS463490 1251 - 0.253397
g6304 DLA_07018 GAOABQK02IO52T CDS465283 2589 - 0.312476
g6305 DLA_07021 conserved eukaryotic kinase (human MVK yeast ERG12) that plays a role in the synthesis of isopentanyl pyrophosphate a common intermediate in pathways including cholesterol biosynthesisGAOABQK02IO52T CDS470082 1155 + 0.341991
g6306 DLA_07022 GAOABQK02IO52T CDS471770 1680 - 0.28869
g6307 DLA_07023 GAOABQK02IO52T CDS473753 1464 + 0.295765
g6308 DLA_07025 GAOABQK02IO52T CDS475447 3846 - 0.326573
g6309 DLA_07026 GAOABQK02IO52T CDS479637 3696 - 0.325216
g631 DLA_00698 F4PJNLW01A00V1 CDS1 83 - 0.385542
g6310 DLA_07028 GAOABQK02IO52T CDS484023 546 + 0.326007
g6311 DLA_07030 GAOABQK02IO52T CDS485155 2169 - 0.339327
g6312 DLA_07031 GAOABQK02IO52T CDS488247 294 + 0.401361
g6313 DLA_07032 GAOABQK02IO52T CDS489254 885 - 0.353672
g6314 DLA_07033 catalyzes the reaction D-glyceraldehyde 3-phosphate glycerone phosphate defects in human TPI1 are the cause of triosephosphate isomerase deficiency severe clinical disorder of glycolysisGAOABQK02IO52T CDS490529 777 - 0.365508
g6315 DLA_07034 GAOABQK02IO52T CDS491546 1056 + 0.322917
g6316 DLA_07035 GAOABQK02IO52T CDS492988 1053 - 0.283951
g6317 DLA_07036 homolog of human HMGCS1 catalyzes the reaction acetyl-CoA H2O acetoacetyl-CoA (S)-3-hydroxy-3-methylglutaryl-CoA CoA contains a predicted peroxisomal targeting signalGAOABQK02IO52T CDS495479 1401 + 0.356888
g6318 DLA_07037 GAOABQK02IO52T CDS497222 2205 - 0.317914
g6319 DLA_07039 GAOABQK02IO52T CDS501910 1596 - 0.31391
g632 DLA_00700 F4PJNLW01A00V1 CDS1619 1938 + 0.31063
g6320 DLA_07040 GAOABQK02IO52T CDS503740 2217 + 0.341001
g6321 DLA_07041 catalyzes the reaction geranylgeranyl diphosphate protein-cysteine S-geranylgeranyl-protein diphosphateGAOABQK02IO52T CDS506221 1083 + 0.34903
g6322 DLA_07042 GAOABQK02IO52T CDS507413 5760 - 0.312153
g6323 DLA_07043 GAOABQK02IO52T CDS513590 2301 + 0.317253
g6324 DLA_07044 GAOABQK02IO52T CDS516261 2535 + 0.321105
g6325 DLA_07045 GAOABQK02IO52T CDS518831 3597 - 0.318599
g6326 DLA_07046 GAOABQK02IO52T CDS523045 1407 + 0.316987
g6327 DLA_07047 underexpressed in GAOABQK02IO52T CDS524724 888 + 0.337838
g6328 DLA_07048 GAOABQK02IO52T CDS525873 879 + 0.336746
g6329 DLA_07049 GAOABQK02IO52T CDS526971 2703 - 0.337403
g633 DLA_00701 F4PJNLW01A00V1 CDS3780 1101 - 0.247956
g6330 DLA_11678 GAOABQK02IO52T CDS530240 618 - 0.331715
g6331 DLA_07050 GAOABQK02IO52T CDS531352 918 + 0.339869
g6332 DLA_07051 GAOABQK02IO52T CDS532386 837 + 0.321386
g6333 DLA_07052 GAOABQK02IO52T CDS533333 498 - 0.307229
g6334 DLA_07053 GAOABQK02IO52T CDS534110 3546 + 0.319515
g6335 DLA_07054 GAOABQK02IO52T CDS537757 378 - 0.298942
g6336 DLA_07055 GAOABQK02IO52T CDS538454 375 - 0.328
g6337 DLA_07056 GAOABQK02IO52T CDS540651 1158 + 0.309154
g6338 DLA_07057 GAOABQK02IO52T CDS541977 474 - 0.2827
g6339 DLA_07058 GAOABQK02IO52T CDS542749 483 + 0.296066
g634 DLA_00702 F4PJNLW01A00V1 CDS4965 2502 + 0.278577
g6340 DLA_07059 GAOABQK02IO52T CDS543681 1629 + 0.368324
g6341 DLA_07060 GAOABQK02IO52T CDS545602 2247 + 0.336894
g6342 DLA_07061 component of the H2A-H2B-H3-H4 histone octamer dimerizes with histone H4GAOABQK02IO52T CDS548163 414 + 0.39372
g6343 DLA_07062 ortholog of S. cerevisiae URA1 and human DPYD defects in DPYD cause dihydropyrimidine dehydrogenase deficiency catalyzes the reaction 56-dihydrouracil NADP uracil NADPH HGAOABQK02IO52T CDS549158 3054 + 0.384741
g6344 DLA_07063 GAOABQK02IO52T CDS552777 5415 + 0.328901
g6345 DLA_07064 GAOABQK02IO52T CDS558791 2451 - 0.314565
g6346 DLA_07065 GAOABQK02IO52T CDS561324 1548 - 0.313953
g6347 DLA_07066 ortholog of human CRIP1 contains 1 zinc-binding LIM domain LIM domains are found in proteins with differing functions including gene expression and cytoskeleton organisation and developmentGAOABQK02IO52T CDS563122 264 - 0.382576
g6348 DLA_07067 GAOABQK02IO52T CDS563828 606 - 0.232673
g6349 DLA_07069 GAOABQK02IO52T CDS564818 2496 + 0.314103
g635 DLA_00703 catalyzes the reaction ATP L-glutamyl-tRNA(Gln) L-glutamine ADP phosphate L-glutaminyl-tRNA(Gln) L-glutamateF4PJNLW01A00V1 CDS7654 1668 + 0.291966
g6350 DLA_07070 GAOABQK02IO52T CDS567474 3417 - 0.321042
g6351 DLA_07071 GAOABQK02IO52T CDS571269 531 - 0.335217
g6352 DLA_07072 GAOABQK02IO52T CDS572541 891 + 0.276094
g6353 DLA_07073 GAOABQK02IO52T CDS573795 1047 + 0.369628
g6354 DLA_07074 GAOABQK02IO52T CDS575157 1287 + 0.309246
g6355 DLA_07075 GAOABQK02IO52T CDS576512 4257 - 0.322293
g6356 DLA_07076 GAOABQK02IO52T CDS581262 1839 - 0.363785
g6357 DLA_07077 GAOABQK02IO52T CDS583246 1563 - 0.337172
g6358 DLA_07078 GAOABQK02IO52T CDS585242 423 + 0.288416
g6359 DLA_07079 GAOABQK02IO52T CDS586217 231 + 0.30303
g636 DLA_00704 F4PJNLW01A00V1 CDS9460 1839 + 0.256661
g6360 DLA_07080 involved in phagocytosis and substrate adhesion controls the levels of SibA adhesion molecules at the cell surface as well as the intracellular transport and stability of the SibA protein also involved in the intracellular killing of bacteria by determining the stability and cellular amount of the sulfotransferase Kil1br bNomenclature conflict: b Do not confuse this gene with phgA encoding drainin or with the phgA locus (GAOABQK02IO52T CDS586782 1893 - 0.368199
g6361 DLA_07081 GAOABQK02IO52T CDS589090 270 - 0.296296
g6362 DLA_07082 GAOABQK02IO52T CDS589566 1362 - 0.422173
g6363 DLA_07083 GAOABQK02IO52T CDS591815 1098 + 0.32969
g6364 DLA_07084 GAOABQK02IO52T CDS593010 2448 - 0.329657
g6365 DLA_07085 GAOABQK02IO52T CDS595945 1101 - 0.315168
g6366 DLA_07086 GAOABQK02IO52T CDS600546 1707 + 0.357352
g6367 DLA_07087 putative protein serinethreonine kinase belongs to the PAKL subfamily of protein kinases the kinase domain is similar to mammalian STK3 and STK4 (MST) kinases and other STE20-like kinases stress-responsive kinaseGAOABQK02IO52T CDS603199 2982 + 0.346412
g6368 DLA_07088 GAOABQK02IO52T CDS606292 1755 - 0.283191
g6369 DLA_07089 GAOABQK02IO52T CDS609130 2634 + 0.329916
g637 DLA_00705 F4PJNLW01A00V1 CDS11526 2700 + 0.33
g6370 DLA_07090 GAOABQK02IO52T CDS612055 615 + 0.317073
g6371 DLA_07091 GAOABQK02IO52T CDS612802 1539 - 0.339181
g6372 DLA_07092 GAOABQK02IO52T CDS614911 2685 + 0.347114
g6373 DLA_07093 GAOABQK02IO52T CDS617780 627 - 0.370016
g6374 DLA_07094 GAOABQK02IO52T CDS619195 1515 - 0.305611
g6375 DLA_07095 GAOABQK02IO52T CDS621953 1251 + 0.308553
g6376 DLA_07096 belongs to a gene family conserved in amoeba contains a putative metal-binding domainGAOABQK02IO52T CDS625710 1059 + 0.326723
g6377 DLA_07097 GAOABQK02IO52T CDS627094 2634 - 0.314351
g6378 DLA_07098 GAOABQK02IO52T CDS629988 903 + 0.314507
g6379 DLA_07099 GAOABQK02IO52T CDS631298 1080 - 0.356481
g638 DLA_00706 F4PJNLW01A00V1 CDS14437 2826 - 0.314225
g6380 DLA_07100 GAOABQK02IO52T CDS632667 2820 + 0.30922
g6381 DLA_07101 GAOABQK02IO52T CDS635945 4212 + 0.328348
g6382 DLA_07102 GAOABQK02IO52T CDS640401 1662 - 0.295427
g6383 DLA_07103 GAOABQK02IO52T CDS642277 1752 - 0.304224
g6384 DLA_07105 GAOABQK02IO52T CDS644577 1728 - 0.302662
g6385 DLA_07106 GAOABQK02IO52T CDS646704 1536 + 0.314453
g6386 DLA_07107 GAOABQK02IO52T CDS648464 762 - 0.353018
g6387 DLA_07108 GAOABQK02IO52T CDS649858 747 + 0.348059
g6388 DLA_07109 GAOABQK02IO52T CDS650898 396 - 0.313131
g6389 DLA_07110 GAOABQK02IO52T CDS651734 1254 + 0.296651
g639 DLA_00707 F4PJNLW01A00V1 CDS17774 2130 + 0.349296
g6390 DLA_07111 GAOABQK02IO52T CDS653197 660 - 0.359091
g6391 DLA_07112 GAOABQK02IO52T CDS654391 933 + 0.301179
g6392 DLA_07113 ortholog of S. cerevisiae TFB1 subunit of TFIIH and nucleotide excision repair factor 3 complexes required for nucleotide excision repair target for transcriptional activatorsGAOABQK02IO52T CDS655521 1926 + 0.350987
g6393 DLA_07114 putative protein serinethreonine kinase N-terminus similar to mammalian STK3 and STK4 (MST) kinases and other STE20-like kinases stress-responsive kinase C-terminal half belongs to the peptidase C2 family contains 4 calpain III domains and has similarity to calpain-like cysteine proteaseGAOABQK02IO52T CDS657826 3318 + 0.347499
g6394 DLA_07115 GAOABQK02IO52T CDS661516 1122 - 0.309269
g6395 DLA_07116 GAOABQK02IO52T CDS662877 534 - 0.277154
g6396 DLA_07117 controls RNA polymerase II activity by phosphorylating the carboxy terminal domain (CTD) of the largest subunit predicted to interact with GAOABQK02IO52T CDS663556 1113 + 0.343217
g6397 DLA_07118 GAOABQK02IO52T CDS664722 1782 - 0.306397
g6398 DLA_07119 GAOABQK02IO52T CDS666791 1806 + 0.295681
g6399 DLA_07121 GAOABQK02IO52T CDS668752 2100 - 0.33381
g64 DLA_00074 contig05409_1.exp CDS156736 1272 - 0.306604
g640 DLA_00708 F4PJNLW01A00V1 CDS20157 486 - 0.320988
g6400 DLA_07122 GAOABQK02IO52T CDS671553 909 - 0.349835
g6401 DLA_07123 GAOABQK02IO52T CDS673443 2532 - 0.317536
g6402 DLA_07124 GAOABQK02IO52T CDS676808 228 - 0.27193
g6403 DLA_07125 GAOABQK02IO52T CDS677804 2007 + 0.308919
g6404 DLA_07126 GAOABQK02IO52T CDS680176 900 - 0.322222
g6405 DLA_07127 GAOABQK02IO52T CDS681179 1026 - 0.302144
g6406 DLA_07128 GAOABQK02IO52T CDS683154 1290 - 0.317829
g6407 DLA_07130 GAOABQK02IO52T CDS684776 2007 - 0.310414
g6408 DLA_07132 GAOABQK02IO52T CDS687639 2376 - 0.323653
g6409 DLA_07133 GAOABQK02IO52T CDS690319 3717 - 0.379338
g641 DLA_00709 F4PJNLW01A00V1 CDS21016 525 + 0.413333
g6410 DLA_07135 GAOABQK02IO52T CDS695459 18697 + 0.365246
g6411 DLA_07136 GAOABQK02JBK0O CDS1 1659 + 0.454491
g6412 DLA_07137 GAOABQK02JBK0O CDS2690 2361 + 0.302838
g6413 DLA_07138 GAOABQK02JBK0O CDS6017 1473 + 0.300068
g6414 DLA_11679 GAOABQK02JBK0O CDS7805 231 - 0.367965
g6415 DLA_07139 GAOABQK02JBK0O CDS8235 486 - 0.351852
g6416 DLA_07140 GAOABQK02JBK0O CDS9280 1620 + 0.367284
g6417 DLA_07141 GAOABQK02JBK0O CDS11072 1659 - 0.300784
g6418 DLA_07142 GAOABQK02JBK0O CDS12995 2841 - 0.344245
g6419 DLA_07143 GAOABQK02JBK0O CDS16153 597 - 0.256281
g642 DLA_00710 F4PJNLW01A00V1 CDS21765 522 - 0.277778
g6420 DLA_07144 GAOABQK02JBK0O CDS17128 3264 + 0.32261
g6421 DLA_11680 GAOABQK02JBK0O CDS20921 588 - 0.340136
g6422 DLA_07145 GAOABQK02JBK0O CDS22326 543 - 0.279926
g6423 DLA_07146 GAOABQK02JBK0O CDS23543 651 + 0.30722
g6424 DLA_07147 putative Ras guanine nucleotide exchange factor promotes the exchange of GDP for GTP on Ras small GTPases thus converting them into the active formGAOABQK02JBK0O CDS24534 3360 - 0.338393
g6425 DLA_07148 GAOABQK02JBK0O CDS28462 2439 - 0.299303
g6426 DLA_07149 GAOABQK02JBK0O CDS31261 1320 + 0.27197
g6427 DLA_07150 GAOABQK02JBK0O CDS32673 795 - 0.338365
g6428 DLA_07151 GAOABQK02JBK0O CDS34456 858 + 0.334499
g6429 DLA_07152 GAOABQK02JBK0O CDS35811 1614 + 0.348203
g643 DLA_00711 F4PJNLW01A00V1 CDS22496 918 - 0.302832
g6430 DLA_07154 GAOABQK02JBK0O CDS38387 744 - 0.295699
g6431 DLA_07156 GAOABQK02JBK0O CDS40849 585 + 0.34188
g6432 DLA_07157 GAOABQK02JBK0O CDS42078 1422 - 0.287623
g6433 DLA_07159 GAOABQK02JBK0O CDS45121 2970 - 0.306734
g6434 DLA_07160 GAOABQK02JBK0O CDS49233 1890 + 0.309524
g6435 DLA_07161 GAOABQK02JBK0O CDS51597 2976 + 0.302755
g6436 DLA_07162 GAOABQK02JBK0O CDS55174 2730 + 0.323077
g6437 DLA_07163 GAOABQK02JBK0O CDS58247 1959 - 0.291475
g6438 DLA_07164 GAOABQK02JBK0O CDS60708 1098 + 0.273224
g6439 DLA_07165 GAOABQK02JBK0O CDS62011 4239 - 0.313517
g644 DLA_00712 F4PJNLW01A00V1 CDS23588 1596 - 0.316416
g6440 DLA_07166 GAOABQK02JBK0O CDS67515 1182 + 0.319797
g6441 DLA_07167 GAOABQK02JBK0O CDS68748 1353 - 0.269771
g6442 DLA_07168 GAOABQK02JBK0O CDS70676 2202 + 0.349682
g6443 DLA_07169 GAOABQK02JBK0O CDS73123 1680 - 0.285119
g6444 DLA_07171 GAOABQK02JBK0O CDS76314 2199 + 0.295134
g6445 DLA_07172 GAOABQK02JBK0O CDS78619 2445 - 0.310429
g6446 DLA_07173 GAOABQK02JBK0O CDS81330 1440 + 0.301389
g6447 DLA_07174 GAOABQK02JBK0O CDS83071 6564 + 0.296009
g6448 DLA_07176 GAOABQK02JBK0O CDS90039 2832 + 0.316737
g6449 DLA_07177 GAOABQK02JBK0O CDS92958 1965 - 0.262595
g645 DLA_00713 F4PJNLW01A00V1 CDS25932 1755 + 0.317949
g6450 DLA_07178 contains a central single transmembrane domainGAOABQK02JBK0O CDS95036 303 + 0.306931
g6451 DLA_07179 GAOABQK02JBK0O CDS95836 1188 + 0.31229
g6452 DLA_07180 catalyzes the reaction 3-methyl-2-oxobutanoate lipoamide S-(2-methylpropanoyl)-dihydrolipoamide COsub2sub E1 component of branched-chain keto acid dehydrogenaseGAOABQK02JBK0O CDS97173 1113 + 0.345912
g6453 DLA_07181 GAOABQK02JBK0O CDS98584 1656 + 0.286836
g6454 DLA_07182 similar to human PRSS16 (thymus-specific serine protease) contains a putative signal peptideGAOABQK02JBK0O CDS100391 1476 + 0.307588
g6455 DLA_11681 GAOABQK02JBK0O CDS102185 762 + 0.351706
g6456 DLA_07183 GAOABQK02JBK0O CDS103324 819 + 0.336996
g6457 DLA_07185 GAOABQK02JBK0O CDS105348 852 + 0.340376
g6458 DLA_07186 GAOABQK02JBK0O CDS106583 2280 + 0.320175
g6459 DLA_07188 GAOABQK02JBK0O CDS110119 909 - 0.289329
g646 DLA_00714 conserved E2 ubiquitin-conjugating protein which catalyzes the covalent attachment of ubiquitin to other proteinsF4PJNLW01A00V1 CDS28242 447 + 0.360179
g6460 DLA_07189 GAOABQK02JBK0O CDS111330 3525 - 0.332482
g6461 DLA_07190 GAOABQK02JBK0O CDS115182 3573 + 0.344528
g6462 DLA_07191 GAOABQK02JBK0O CDS119124 1737 + 0.288428
g6463 DLA_07192 GAOABQK02JBK0O CDS121515 1545 + 0.301618
g6464 DLA_07193 GAOABQK02JBK0O CDS123828 3255 + 0.288786
g6465 DLA_07194 GAOABQK02JBK0O CDS128630 1839 + 0.327352
g6466 DLA_07195 GAOABQK02JBK0O CDS130705 501 - 0.315369
g6467 DLA_07196 GAOABQK02JBK0O CDS131417 2556 + 0.321205
g6468 DLA_07197 GAOABQK02JBK0O CDS134291 858 - 0.32634
g6469 DLA_07198 chromatin remodeling complex subunit R (CHR) protein SWI2SNF2 homologGAOABQK02JBK0O CDS135234 3006 - 0.294744
g647 DLA_00715 F4PJNLW01A00V1 CDS29125 1464 + 0.267076
g6470 DLA_07199 GAOABQK02JBK0O CDS138345 1731 - 0.281918
g6471 DLA_07200 GAOABQK02JBK0O CDS140210 798 + 0.265664
g6472 DLA_07201 GAOABQK02JBK0O CDS141373 1107 - 0.265583
g6473 DLA_07202 GAOABQK02JBK0O CDS142600 1740 + 0.298276
g6474 DLA_07203 rab family small GTPase involved in vesicle fusion during endocytosis there is another rab7 homolog rab7BGAOABQK02JEBFV CDS601 609 + 0.374384
g6475 DLA_07204 GAOABQK02JEBFV CDS1691 882 - 0.304989
g6476 DLA_07205 ortholog of the H. sapiens UBLCP1 a conserved protein that contains a ubiquitin and a NLI interacting factor domain there is a second copy of this gene GAOABQK02JEBFV CDS3056 1143 - 0.293963
g6477 DLA_07208 GAOABQK02JEBFV CDS5432 1839 - 0.292007
g6478 DLA_07209 GAOABQK02JEBFV CDS8723 291 + 0.32646
g6479 DLA_07211 GAOABQK02JEBFV CDS9829 1767 - 0.291454
g648 DLA_00717 F4PJNLW01A00V1 CDS31881 354 - 0.324859
g6480 DLA_11682 GAOABQK02JEBFV CDS12930 231 - 0.316017
g6481 DLA_07212 GAOABQK02JEBFV CDS13399 1755 + 0.290028
g6482 DLA_07213 GAOABQK02JEBFV CDS16894 1767 - 0.294284
g6483 DLA_07214 GAOABQK02JEBFV CDS18830 384 + 0.317708
g6484 DLA_07215 GAOABQK02JEBFV CDS20418 1632 + 0.295956
g6485 DLA_07216 GAOABQK02JEBFV CDS22114 996 - 0.318273
g6486 DLA_07218 GAOABQK02JEBFV CDS24064 588 + 0.353741
g6487 DLA_07222 ortholog of peroxin 16 involved in import of proteins into peroxisomes mutations in human homolog cause peroxisomal disordersGAOABQK02JEBFV CDS27245 981 - 0.295617
g6488 DLA_07223 GAOABQK02JEBFV CDS28796 2520 + 0.349206
g6489 DLA_07224 GAOABQK02JEBFV CDS32112 1551 + 0.348162
g649 DLA_00718 member of the histone H2A-H2B sub-family related to the NF-YB subunit of the CCAAT-binding activator NF-YF4PJNLW01A00V1 CDS32467 417 - 0.275779
g6490 DLA_07225 GAOABQK02JEBFV CDS34277 1305 + 0.300383
g6491 DLA_07226 GAOABQK02JEBFV CDS35840 1401 - 0.294076
g6492 DLA_07227 GAOABQK02JEBFV CDS37648 1710 - 0.299415
g6493 DLA_07229 contains one AN1-type zinc finger and one A20-type zinc finger similar to A. thaliana SAP7 (stress-associated protein)GAOABQK02JEBFV CDS41031 519 + 0.350674
g6494 DLA_07230 GAOABQK02JEBFV CDS41926 777 + 0.266409
g6495 DLA_07231 GAOABQK02JEBFV CDS42982 984 - 0.341463
g6496 DLA_07233 GAOABQK02JEBFV CDS44856 588 + 0.306122
g6497 DLA_07234 GAOABQK02JEBFV CDS45755 2196 - 0.331056
g6498 DLA_07235 GAOABQK02JEBFV CDS48636 2055 - 0.331873
g6499 DLA_07236 GAOABQK02JEBFV CDS51550 1086 + 0.308471
g65 DLA_00076 contig05409_1.exp CDS158535 2472 + 0.281958
g650 DLA_00719 F4PJNLW01A00V1 CDS33208 1356 + 0.262537
g6500 DLA_07238 GAOABQK02JEBFV CDS53165 1764 + 0.295351
g6501 DLA_07239 GAOABQK02JEBFV CDS57752 1665 - 0.2997
g6502 DLA_07240 GAOABQK02JEBFV CDS59681 234 + 0.303419
g6503 DLA_07242 GAOABQK02JEBFV CDS61379 699 + 0.281831
g6504 DLA_07244 GAOABQK02JOCCH CDS760 765 - 0.347712
g6505 DLA_07245 half transporter consisting of one ABC domain and one transmembrane domainGAOABQK02JOCCH CDS2035 1836 - 0.337146
g6506 DLA_07246 GAOABQK02JOCCH CDS4360 4077 - 0.298994
g6507 DLA_07248 GAOABQK02JOCCH CDS9321 873 - 0.312715
g6508 DLA_07249 GAOABQK02JOCCH CDS10963 723 + 0.26556
g6509 DLA_07250 GAOABQK02JOCCH CDS11775 3129 - 0.317034
g651 DLA_00720 F4PJNLW01A00V1 CDS34648 1248 - 0.309295
g6510 DLA_07251 GAOABQK02JOCCH CDS15763 786 - 0.305344
g6511 DLA_07252 GAOABQK02JOCCH CDS17035 4353 + 0.295658
g6512 DLA_07253 GAOABQK02JOCCH CDS21891 924 - 0.318182
g6513 DLA_07254 GAOABQK02JOCCH CDS23299 3558 - 0.290894
g6514 DLA_07255 GAOABQK02JOCCH CDS27622 3234 + 0.28726
g6515 DLA_07257 GAOABQK02JOCCH CDS31217 1065 - 0.284507
g6516 DLA_07258 GAOABQK02JOCCH CDS32571 1788 - 0.298098
g6517 DLA_07259 GAOABQK02JOCCH CDS34653 1818 - 0.319582
g6518 DLA_07260 GAOABQK02JOCCH CDS36885 2748 + 0.218705
g6519 DLA_07261 GAOABQK02JOCCH CDS39872 534 + 0.224719
g652 DLA_00721 F4PJNLW01A00V1 CDS38734 642 - 0.32866
g6520 DLA_07262 GAOABQK02JOCCH CDS40465 1494 - 0.321285
g6521 DLA_07263 GAOABQK02JOCCH CDS42165 2247 - 0.305296
g6522 DLA_07264 GAOABQK02JOCCH CDS44662 1047 - 0.334288
g6523 DLA_11683 GAOABQK02JOCCH CDS46384 1023 + 0.346041
g6524 DLA_07265 GAOABQK02JOCCH CDS48097 3072 + 0.277995
g6525 DLA_07266 GAOABQK02JOCCH CDS51299 1959 - 0.28586
g6526 DLA_07267 GAOABQK02JOCCH CDS54609 621 + 0.347826
g6527 DLA_07268 GAOABQK02JOCCH CDS55426 651 - 0.385561
g6528 DLA_07269 GAOABQK02JOCCH CDS56989 1377 + 0.328976
g6529 DLA_07270 GAOABQK02JOCCH CDS58644 1905 - 0.290814
g653 DLA_00722 F4PJNLW01A00V1 CDS39623 1137 + 0.350923
g6530 DLA_07272 GAOABQK02JOCCH CDS61204 2685 + 0.297952
g6531 DLA_07273 GAOABQK02JOCCH CDS64478 1146 - 0.333333
g6532 DLA_07274 GAOABQK02JOCCH CDS66010 1539 + 0.271605
g6533 DLA_07275 GAOABQK02JOCCH CDS67880 1137 + 0.276165
g6534 DLA_07276 GAOABQK02JOCCH CDS69118 2628 - 0.306317
g6535 DLA_07277 GAOABQK02JOCCH CDS72776 2139 + 0.328191
g6536 DLA_07279 GAOABQK02JOCCH CDS77101 1803 - 0.36162
g6537 DLA_07280 catalyzes the reaction NADPH n oxidized hemoprotein NADP() n reduced hemoprotein involved in the metabolism of compounds that control Dictyostelium cell differentiationGAOABQK02JOCCH CDS79667 1893 + 0.384046
g6538 DLA_07281 GAOABQK02JOCCH CDS81624 1983 - 0.281392
g6539 DLA_07282 GAOABQK02JOCCH CDS83909 2757 + 0.286181
g654 DLA_00723 RrmJFtsJ ribosomal RNA methyltransferase family member well conserved heat shock proteins present in prokaryotes archaea and eukaryotes similar to S. cerevisiae MRM2 required for methylation of U(2791) in 21S rRNAF4PJNLW01A00V1 CDS40896 978 + 0.271984
g6540 DLA_07283 GAOABQK02JOCCH CDS86736 2736 - 0.339547
g6541 DLA_07284 GAOABQK02JOCCH CDS89658 1740 - 0.275862
g6542 DLA_07285 GAOABQK02JOCCH CDS91462 1734 - 0.27797
g6543 DLA_07286 GAOABQK02JOCCH CDS93729 600 - 0.271667
g6544 DLA_07289 GAOABQK02JOCCH CDS96810 1707 + 0.336262
g6545 DLA_07290 GAOABQK02JOCCH CDS98656 954 - 0.301887
g6546 DLA_07291 GAOABQK02JOCCH CDS99768 573 + 0.298429
g6547 DLA_07292 GAOABQK02JOCCH CDS100471 261 - 0.390805
g6548 DLA_07293 GAOABQK02JOCCH CDS101840 1251 + 0.344524
g6549 DLA_07294 GAOABQK02JOCCH CDS103562 1458 + 0.397119
g655 DLA_00724 F4PJNLW01A00V1 CDS41961 2124 - 0.281544
g6550 DLA_07295 GAOABQK02JOCCH CDS105545 579 - 0.340242
g6551 DLA_07296 GAOABQK02JOCCH CDS106491 684 + 0.255848
g6552 DLA_07297 GAOABQK02JOCCH CDS107432 1428 - 0.338235
g6553 DLA_07299 GAOABQK02JOCCH CDS109742 2556 + 0.384977
g6554 DLA_07300 GAOABQK02JOCCH CDS112691 4047 + 0.302446
g6555 DLA_07301 GAOABQK02JOCCH CDS117808 3543 + 0.307367
g6556 DLA_07302 GAOABQK02JOCCH CDS121924 4038 + 0.312531
g6557 DLA_07303 GAOABQK02JOCCH CDS126858 3849 + 0.315666
g6558 DLA_07305 GAOABQK02JOCCH CDS131555 1737 - 0.287853
g6559 DLA_07306 GAOABQK02JOCCH CDS133604 852 - 0.287559
g656 DLA_00725 F4PJNLW01A00V1 CDS44689 2286 - 0.323272
g6560 DLA_07308 GAOABQK02JOCCH CDS135479 3258 - 0.310927
g6561 DLA_07310 GAOABQK02JOCCH CDS139703 2958 + 0.322177
g6562 DLA_07313 GAOABQK02JOCCH CDS143049 330 + 0.293939
g6563 DLA_07314 GAOABQK02JOCCH CDS147275 1806 + 0.343854
g6564 DLA_07315 GAOABQK02JOCCH CDS149496 1251 + 0.385292
g6565 DLA_07316 GAOABQK02JOCCH CDS151107 861 - 0.335656
g6566 DLA_07317 contains 5 transmembrane domains there is a second copy of this gene GAOABQK02JOCCH CDS152486 705 + 0.339007
g6567 DLA_07318 GAOABQK02JOCCH CDS153260 1845 - 0.313279
g6568 DLA_07319 AGC group AKT family protein serinethreonine kinase similar to other metazoan AktPKB including an N-terminal PH domain homologous kinase and C-terminal regulatory domains and phosphorylation sites required for AktPKB activationGAOABQK02JOCCH CDS155446 1314 + 0.350837
g6569 DLA_07320 GAOABQK02JOCCH CDS157284 435 - 0.397701
g657 DLA_00726 F4PJNLW01A00V1 CDS47753 474 + 0.350211
g6570 DLA_07321 GAOABQK02JOCCH CDS158535 3507 + 0.35586
g6571 DLA_07322 GAOABQK02JOCCH CDS162311 2259 - 0.376715
g6572 DLA_07323 GAOABQK02JOCCH CDS165347 573 + 0.317627
g6573 DLA_07324 GAOABQK02JOCCH CDS166129 657 - 0.334855
g6574 DLA_07325 GAOABQK02JOCCH CDS167381 663 + 0.378582
g6575 DLA_07326 GAOABQK02JOCCH CDS168295 1659 + 0.335744
g6576 DLA_07327 GAOABQK02JOCCH CDS170201 1485 + 0.295623
g6577 DLA_07328 GAOABQK02JOCCH CDS172029 4065 - 0.308979
g6578 DLA_07329 GAOABQK02JOCCH CDS178415 4065 - 0.310947
g6579 DLA_07330 GAOABQK02JOCCH CDS183234 7974 - 0.36318
g658 DLA_00727 F4PJNLW01A00V1 CDS48546 1665 + 0.307508
g6580 DLA_07331 GAOABQK02JOCCH CDS192371 531 + 0.310734
g6581 DLA_07332 GAOABQK02JOCCH CDS193042 1245 - 0.338956
g6582 DLA_07333 GAOABQK02JOCCH CDS194838 483 + 0.310559
g6583 DLA_07335 GAOABQK02JOCCH CDS196497 339 + 0.309735
g6584 DLA_07337 GAOABQK02JOCCH CDS198382 840 + 0.280952
g6585 DLA_07338 GAOABQK02JOCCH CDS200693 582 - 0.338488
g6586 DLA_07340 GAOABQK02JOCCH CDS202209 2187 - 0.3123
g6587 DLA_07341 GAOABQK02JOCCH CDS204753 912 + 0.392544
g6588 DLA_07342 GAOABQK02JOCCH CDS206234 2118 - 0.32814
g6589 DLA_07343 GAOABQK02JOCCH CDS208529 3237 - 0.318505
g659 DLA_00728 F4PJNLW01A00V1 CDS50300 1050 - 0.290476
g6590 DLA_07344 GAOABQK02JOCCH CDS211907 1029 - 0.3207
g6591 DLA_07345 GAOABQK02JOCCH CDS213333 1383 + 0.250181
g6592 DLA_07346 GAOABQK02JOCCH CDS214936 714 - 0.330532
g6593 DLA_07347 GAOABQK02JOCCH CDS216090 735 + 0.27483
g6594 DLA_07348 GAOABQK02JOCCH CDS217088 1245 - 0.319679
g6595 DLA_11684 GAOABQK02JOCCH CDS218411 1743 + 0.27424
g6596 DLA_07349 GAOABQK02JOCCH CDS220272 3489 + 0.273431
g6597 DLA_11685 GAOABQK02JOCCH CDS224293 858 - 0.301865
g6598 DLA_07350 GAOABQK02JOCCH CDS225609 1236 - 0.295307
g6599 DLA_07351 GAOABQK02JOCCH CDS228160 1170 - 0.315385
g66 DLA_00077 contig05409_1.exp CDS161135 1104 - 0.313406
g660 DLA_00729 F4PJNLW01A00V1 CDS51694 1098 - 0.282332
g6600 DLA_07352 GAOABQK02JOCCH CDS229712 750 + 0.354667
g6601 DLA_07353 GAOABQK02JOCCH CDS230866 1050 - 0.339048
g6602 DLA_07354 GAOABQK02JOCCH CDS232324 2454 - 0.362266
g6603 DLA_11686 GAOABQK02JOCCH CDS235577 954 - 0.389937
g6604 DLA_07355 GAOABQK02JOCCH CDS237042 339 - 0.303835
g6605 DLA_07356 GAOABQK02JOCCH CDS237571 867 - 0.306805
g6606 DLA_07357 GAOABQK02JOCCH CDS238540 1194 + 0.253769
g6607 DLA_07358 GAOABQK02JOCCH CDS240004 12681 - 0.328365
g6608 DLA_07359 GAOABQK02JOCCH CDS252875 2922 - 0.343942
g6609 DLA_07360 GAOABQK02JOCCH CDS256322 1389 + 0.339093
g661 DLA_00730 F4PJNLW01A00V1 CDS53130 1572 + 0.283715
g6610 DLA_07361 GAOABQK02JOCCH CDS258156 1071 + 0.294118
g6611 DLA_07362 GAOABQK02JOCCH CDS259714 1281 - 0.333333
g6612 DLA_07363 GAOABQK02JOCCH CDS261881 6459 + 0.343706
g6613 DLA_07364 GAOABQK02JOCCH CDS268554 1665 - 0.306306
g6614 DLA_07365 GAOABQK02JOCCH CDS270577 426 - 0.284038
g6615 DLA_07366 GAOABQK02JOCCH CDS271307 2067 + 0.351717
g6616 DLA_07367 GAOABQK02JOCCH CDS273516 1341 - 0.35123
g6617 DLA_07368 GAOABQK02JOCCH CDS276065 5565 + 0.349865
g6618 DLA_07369 GAOABQK02JOCCH CDS281782 3228 - 0.326518
g6619 DLA_07371 GAOABQK02JOCCH CDS286520 2859 - 0.335432
g662 DLA_00731 F4PJNLW01A00V1 CDS55144 5109 + 0.315717
g6620 DLA_07373 GAOABQK02JOCCH CDS290458 534 + 0.284644
g6621 DLA_07374 GAOABQK02JOCCH CDS291118 1125 - 0.369778
g6622 DLA_07375 GAOABQK02JOCCH CDS292426 1110 - 0.318919
g6623 DLA_07376 GAOABQK02JOCCH CDS293651 1023 - 0.312805
g6624 DLA_07377 GAOABQK02JOCCH CDS295220 423 - 0.321513
g6625 DLA_07378 GAOABQK02JOCCH CDS295875 606 - 0.280528
g6626 DLA_07379 GAOABQK02JOCCH CDS296728 1443 + 0.327096
g6627 DLA_07380 GAOABQK02JOCCH CDS298298 1572 - 0.326336
g6628 DLA_07381 GAOABQK02JOCCH CDS300111 1581 - 0.324478
g6629 DLA_07382 GAOABQK02JOCCH CDS301931 8622 - 0.350847
g663 DLA_00732 F4PJNLW01A00V1 CDS60841 852 - 0.319249
g6630 DLA_07383 GAOABQK02JOCCH CDS312345 1431 + 0.321454
g6631 DLA_07384 GAOABQK02JOCCH CDS313908 501 - 0.317365
g6632 DLA_07385 GAOABQK02JOCCH CDS314715 462 - 0.331169
g6633 DLA_07386 GAOABQK02JOCCH CDS315674 1044 + 0.310345
g6634 DLA_07388 GAOABQK02JOCCH CDS316735 426 - 0.302817
g6635 DLA_07389 GAOABQK02JOCCH CDS318164 1002 + 0.357285
g6636 DLA_07391 GAOABQK02JOCCH CDS319799 5493 + 0.298744
g6637 DLA_07392 GAOABQK02JOCCH CDS326514 807 - 0.322181
g6638 DLA_07393 GAOABQK02JOCCH CDS329029 549 - 0.304189
g6639 DLA_07395 GAOABQK02JOCCH CDS330331 3600 + 0.364444
g664 DLA_00733 F4PJNLW01A00V1 CDS61950 2313 - 0.279291
g6640 DLA_07396 GAOABQK02JOCCH CDS334124 867 - 0.324106
g6641 DLA_07397 GAOABQK02JOCCH CDS335204 921 - 0.273616
g6642 DLA_07398 GAOABQK02JOCCH CDS336249 273 + 0.322344
g6643 DLA_07399 GAOABQK02JOCCH CDS336816 723 - 0.318119
g6644 DLA_07400 GAOABQK02JOCCH CDS337771 756 - 0.37963
g6645 DLA_07401 GAOABQK02JOCCH CDS338999 327 + 0.302752
g6646 DLA_07402 GAOABQK02JOCCH CDS340215 2226 - 0.319407
g6647 DLA_07403 GAOABQK02JOCCH CDS343924 1209 - 0.349876
g6648 DLA_07404 GAOABQK02JOCCH CDS345395 348 + 0.258621
g6649 DLA_07405 GAOABQK02JOCCH CDS345937 486 + 0.251029
g665 DLA_00735 F4PJNLW01A00V1 CDS65491 1167 + 0.353042
g6650 DLA_07406 GAOABQK02JOCCH CDS346876 2601 - 0.306036
g6651 DLA_07408 GAOABQK02JOCCH CDS350435 1887 + 0.344462
g6652 DLA_07409 GAOABQK02JOCCH CDS352531 630 - 0.306349
g6653 DLA_07410 GAOABQK02JOCCH CDS353884 969 + 0.341589
g6654 DLA_07411 GAOABQK02JOCCH CDS354952 2757 - 0.295611
g6655 DLA_07413 GAOABQK02JOCCH CDS358428 1854 + 0.313376
g6656 DLA_07414 GAOABQK02JOCCH CDS361079 3303 + 0.328489
g6657 DLA_07415 GAOABQK02JOCCH CDS364574 1131 + 0.365164
g6658 DLA_07417 GAOABQK02JOCCH CDS366226 1464 - 0.314208
g6659 DLA_07418 GAOABQK02JOCCH CDS368041 744 - 0.337366
g666 DLA_00736 F4PJNLW01A00V1 CDS66823 444 - 0.331081
g6660 DLA_07419 GAOABQK02JOCCH CDS369780 1896 - 0.323312
g6661 DLA_07422 GAOABQK02JOCCH CDS372773 609 - 0.303777
g6662 DLA_07423 GAOABQK02JOCCH CDS374628 546 - 0.283883
g6663 DLA_07424 GAOABQK02JOCCH CDS376389 1104 - 0.380435
g6664 DLA_07425 GAOABQK02JOCCH CDS378435 1008 - 0.3125
g6665 DLA_07426 GAOABQK02JOCCH CDS379642 2760 + 0.292754
g6666 DLA_07427 GAOABQK02JOCCH CDS382585 747 - 0.349398
g6667 DLA_07428 GAOABQK02JOCCH CDS383578 390 - 0.34359
g6668 DLA_07429 GAOABQK02JOCCH CDS388992 606 + 0.244224
g6669 DLA_11687 GAOABQK02JOCCH CDS390115 552 + 0.293478
g667 DLA_00737 F4PJNLW01A00V1 CDS67871 738 - 0.390244
g6670 DLA_07430 GAOABQK02JOCCH CDS391397 2022 - 0.329377
g6671 DLA_07431 GAOABQK02JOCCH CDS393899 2295 - 0.334205
g6672 DLA_07432 GAOABQK02JOCCH CDS397149 2121 - 0.320603
g6673 DLA_07433 GAOABQK02JOCCH CDS399799 2340 - 0.336752
g6674 DLA_07435 GAOABQK02JOCCH CDS403183 3987 + 0.346627
g6675 DLA_07436 GAOABQK02JOCCH CDS407743 1149 + 0.366406
g6676 DLA_07437 GAOABQK02JOCCH CDS409143 885 - 0.327684
g6677 DLA_11688 GAOABQK02JOCCH CDS410178 936 - 0.275641
g6678 DLA_07438 GAOABQK02JOCCH CDS413316 432 - 0.333333
g6679 DLA_07439 GAOABQK02JOCCH CDS414241 1386 - 0.368687
g668 DLA_00738 F4PJNLW01A00V1 CDS69380 1170 + 0.298291
g6680 DLA_07440 GAOABQK02JOCCH CDS416128 900 + 0.377778
g6681 DLA_07441 GAOABQK02JOCCH CDS417275 1857 + 0.339257
g6682 DLA_07442 GAOABQK02JOCCH CDS419533 474 + 0.295359
g6683 DLA_07443 GAOABQK02JOCCH CDS420845 3360 - 0.332738
g6684 DLA_07444 GAOABQK02JOCCH CDS425342 411 + 0.304136
g6685 DLA_07445 GAOABQK02JOCCH CDS426048 2004 - 0.313872
g6686 DLA_07446 GAOABQK02JOCCH CDS428514 2859 - 0.317943
g6687 DLA_07447 GAOABQK02JOCCH CDS431732 1089 - 0.372819
g6688 DLA_07448 GAOABQK02JOCCH CDS433357 1290 + 0.302326
g6689 DLA_07449 GAOABQK02JOCCH CDS434842 1197 - 0.314954
g669 DLA_00739 F4PJNLW01A00V1 CDS70760 3471 - 0.312014
g6690 DLA_07450 similar to aquaporin family of water-channel proteins expressed in prespore cellsGAOABQK02JOCCH CDS436199 825 - 0.386667
g6691 DLA_07452 GAOABQK02JOCCH CDS437931 624 + 0.323718
g6692 DLA_07453 GAOABQK02JOCCH CDS439283 2997 - 0.340007
g6693 DLA_07454 GAOABQK02JOCCH CDS443607 885 + 0.319774
g6694 DLA_07455 GAOABQK02JOCCH CDS444715 1041 - 0.306436
g6695 DLA_07456 GAOABQK02JOCCH CDS446164 1017 - 0.321534
g6696 DLA_07457 GAOABQK02JOCCH CDS447460 1428 + 0.27381
g6697 DLA_07458 GAOABQK02JOCCH CDS449198 2064 - 0.33188
g6698 DLA_07459 GAOABQK02JOCCH CDS451732 909 + 0.326733
g6699 DLA_07460 GAOABQK02JOCCH CDS452924 1515 - 0.29571
g67 DLA_00078 component of the RNA polymerase I complex ortholog of S. cerevisiae RPA135contig05409_1.exp CDS162866 3342 - 0.3462
g670 DLA_00740 F4PJNLW01A00V1 CDS74728 1353 + 0.350333
g6700 DLA_07461 GAOABQK02JOCCH CDS454566 906 + 0.252759
g6701 DLA_07462 GAOABQK02JOCCH CDS455668 993 - 0.326284
g6702 DLA_07463 GAOABQK02JOCCH CDS457011 684 + 0.254386
g6703 DLA_07464 GAOABQK02JOCCH CDS458009 558 - 0.31362
g6704 DLA_07465 GAOABQK02JOCCH CDS459234 1173 - 0.329923
g6705 DLA_07466 ortholog of human APOA1BP S. pombe mug182GAOABQK02JOCCH CDS460852 987 - 0.35461
g6706 DLA_07468 GAOABQK02JOCCH CDS462640 657 - 0.342466
g6707 DLA_07469 GAOABQK02JOCCH CDS464173 951 + 0.336488
g6708 DLA_07470 GAOABQK02JOCCH CDS465219 1446 + 0.331259
g6709 DLA_07471 GAOABQK02JOCCH CDS466788 552 - 0.286232
g671 DLA_00741 F4PJNLW01A00V1 CDS76363 5484 - 0.30434
g6710 DLA_07472 GAOABQK02JOCCH CDS467845 2673 - 0.329592
g6711 DLA_07474 GAOABQK02JOCCH CDS471109 7059 - 0.374982
g6712 DLA_07475 GAOABQK02JOCCH CDS478671 2856 + 0.290966
g6713 DLA_07478 GAOABQK02JOCCH CDS483707 303 + 0.287129
g6714 DLA_07479 GAOABQK02JOCCH CDS484033 447 - 0.259508
g6715 DLA_07480 GAOABQK02JOCCH CDS484720 2208 - 0.275815
g6716 DLA_07481 GAOABQK02JOCCH CDS487529 2154 - 0.327298
g6717 DLA_07482 GAOABQK02JOCCH CDS490199 2037 - 0.361807
g6718 DLA_07483 ortholog of peroxin 4 a peroxisomal ubiquitin conjugating enzyme required for peroxisomal matrix protein import and peroxisome biogenesisGAOABQK02JOCCH CDS492752 678 - 0.306785
g6719 DLA_07484 GAOABQK02JOCCH CDS493773 855 + 0.297076
g672 DLA_11447 F4PJNLW01A00V1 CDS81977 1602 - 0.318352
g6720 DLA_07485 similar to syntaxin 1 a subfamily of the SNARE family (Soluble NSF Attachment Protein REceptor) involved in vesicle fusionGAOABQK02JOCCH CDS494830 1011 - 0.318497
g6721 DLA_07486 GAOABQK02JOCCH CDS496650 3603 - 0.34277
g6722 DLA_07487 GAOABQK02JOCCH CDS501224 5244 + 0.345728
g6723 DLA_07488 GAOABQK02JOCCH CDS506545 918 - 0.299564
g6724 DLA_07489 GAOABQK02JOCCH CDS507907 1743 - 0.353987
g6725 DLA_07491 GAOABQK02JOCCH CDS510968 2076 - 0.338632
g6726 DLA_07492 GAOABQK02JOCCH CDS513442 261 + 0.329502
g6727 DLA_07493 GAOABQK02JOCCH CDS514738 2802 - 0.350107
g6728 DLA_07494 GAOABQK02JOCCH CDS519675 282 + 0.336879
g6729 DLA_07495 GAOABQK02JOCCH CDS520324 3249 + 0.284395
g673 DLA_00742 F4PJNLW01A00V1 CDS83911 1125 + 0.304889
g6730 DLA_07496 GAOABQK02JOCCH CDS524480 3012 + 0.281208
g6731 DLA_07497 GAOABQK02JOCCH CDS527724 1686 - 0.281139
g6732 DLA_07498 GAOABQK02JOCCH CDS530184 588 + 0.370748
g6733 DLA_07499 GAOABQK02JOCCH CDS531146 531 - 0.303201
g6734 DLA_07500 GAOABQK02JOCCH CDS532191 1329 - 0.34161
g6735 DLA_07501 GAOABQK02JOCCH CDS534441 861 - 0.341463
g6736 DLA_07502 GAOABQK02JOCCH CDS536088 1155 + 0.31342
g6737 DLA_07503 GAOABQK02JOCCH CDS537620 3087 - 0.308066
g6738 DLA_07504 GAOABQK02JOCCH CDS541359 639 - 0.334898
g6739 DLA_07505 GAOABQK02JOCCH CDS542233 1338 - 0.316143
g674 DLA_00743 F4PJNLW01A00V1 CDS85489 1101 - 0.326975
g6740 DLA_07506 GAOABQK02JOCCH CDS544248 2379 + 0.337537
g6741 DLA_07507 GAOABQK02JOCCH CDS546798 1653 - 0.30732
g6742 DLA_07508 GAOABQK02JOCCH CDS548672 879 + 0.343572
g6743 DLA_07509 GAOABQK02JOCCH CDS550102 879 - 0.34471
g6744 DLA_07510 GAOABQK02JOCCH CDS552770 2706 - 0.36031
g6745 DLA_07511 GAOABQK02JOCCH CDS556022 1062 - 0.304143
g6746 DLA_07512 GAOABQK02JOCCH CDS558615 492 - 0.365854
g6747 DLA_07513 GAOABQK02JOCCH CDS559473 1011 + 0.333333
g6748 DLA_07514 GAOABQK02JOCCH CDS560934 2172 - 0.351289
g6749 DLA_07515 GAOABQK02JOCCH CDS564907 1167 + 0.337618
g675 DLA_00744 F4PJNLW01A00V1 CDS86826 717 + 0.331939
g6750 DLA_07516 GAOABQK02JOCCH CDS566237 573 - 0.294939
g6751 DLA_07517 GAOABQK02JOCCH CDS567413 1461 + 0.365503
g6752 DLA_07519 GAOABQK02JOCCH CDS569846 8064 - 0.352679
g6753 DLA_07521 GAOABQK02JOCCH CDS581627 1803 + 0.36051
g6754 DLA_07522 GAOABQK02JOCCH CDS584352 1605 + 0.338318
g6755 DLA_07523 GAOABQK02JOCCH CDS586643 1677 + 0.319022
g6756 DLA_07524 GAOABQK02JOCCH CDS588961 2115 - 0.336643
g6757 DLA_07525 GAOABQK02JOCCH CDS595310 516 - 0.337209
g6758 DLA_07526 GAOABQK02JOCCH CDS596046 1362 + 0.31351
g6759 DLA_07528 GAOABQK02JOCCH CDS597731 2229 - 0.368775
g676 DLA_00745 F4PJNLW01A00V1 CDS87632 1698 - 0.312721
g6760 DLA_07530 GAOABQK02JOCCH CDS601599 1413 + 0.300778
g6761 DLA_07531 GAOABQK02JOCCH CDS603442 267 + 0.322097
g6762 DLA_07532 GAOABQK02JOCCH CDS603884 1425 - 0.304561
g6763 DLA_07534 GAOABQK02JOCCH CDS605634 567 - 0.308642
g6764 DLA_07535 GAOABQK02JOCCH CDS606288 3144 - 0.326654
g6765 DLA_07536 GAOABQK02JOCCH CDS609612 819 + 0.252747
g6766 DLA_07538 catalyzes the reaction UDP-glucose UDP-galactose expressed in prespore cellsGAOABQK02JOCCH CDS610615 1101 - 0.360581
g6767 DLA_07539 GAOABQK02JOCCH CDS612594 942 - 0.323779
g6768 DLA_07540 GAOABQK02JOCCH CDS613883 3288 - 0.314173
g6769 DLA_07541 GAOABQK02JOCCH CDS617478 2157 + 0.320352
g677 DLA_00746 subunit of the COP9 signalosome (CSN) a complex of the ubiquitin-proteasome pathway composed of eight subunits (CSN1-8) F4PJNLW01A00V1 CDS89633 792 - 0.301768
g6770 DLA_07542 GAOABQK02JOCCH CDS619823 381 - 0.293963
g6771 DLA_07543 GAOABQK02JOCCH CDS620905 738 + 0.311653
g6772 DLA_07544 GAOABQK02JOCCH CDS621947 570 + 0.352632
g6773 DLA_07545 GAOABQK02JOCCH CDS622703 1878 + 0.3541
g6774 DLA_07546 GAOABQK02JOCCH CDS624963 573 + 0.312391
g6775 DLA_07547 GAOABQK02JOCCH CDS625765 420 - 0.280952
g6776 DLA_07548 GAOABQK02JOCCH CDS626390 576 + 0.289931
g6777 DLA_07549 GAOABQK02JOCCH CDS627098 894 - 0.332215
g6778 DLA_07550 GAOABQK02JOCCH CDS628320 1191 + 0.320739
g6779 DLA_07552 full transporter consisting of two ABC domains and two transmembrane domains there is a second copy of this gene GAOABQK02JOCCH CDS630530 4362 - 0.357863
g678 DLA_00748 F4PJNLW01A00V1 CDS91087 7068 - 0.317629
g6780 DLA_07554 GAOABQK02JOCCH CDS635615 267 - 0.28839
g6781 DLA_07556 GAOABQK02JOCCH CDS636441 1938 - 0.329205
g6782 DLA_07557 colocalizes with clathrin spots suggesting involvement in endocytosis does not localize to pseudopods in wild type in SCAR depleted mutants WASP replaces the functions of SCAR and localizes to pseudopodsGAOABQK02JOCCH CDS638591 1218 + 0.426108
g6783 DLA_07558 catalyzes the reaction N-D-ribosylpurine Hsub2subO purine D-riboseGAOABQK02JOCCH CDS640398 1764 + 0.365646
g6784 DLA_07559 GAOABQK02JOCCH CDS642356 573 + 0.321117
g6785 DLA_07560 very similar to the H. sapiens tumor protein p53-inducible protein 3 (TP53I3) belongs to the broader superfamily of zinc-dependent alcohol dehydrogenasesGAOABQK02JOCCH CDS643131 1005 - 0.351244
g6786 DLA_07562 GAOABQK02JOCCH CDS644436 1110 - 0.311712
g6787 DLA_07563 GAOABQK02JOCCH CDS646686 3858 - 0.369881
g6788 DLA_07564 GAOABQK02JOCCH CDS650995 1587 - 0.333963
g6789 DLA_07565 GAOABQK02JOCCH CDS652815 3417 - 0.347381
g679 DLA_00749 F4PJNLW01A00V1 CDS98677 858 + 0.342657
g6790 DLA_07568 GAOABQK02JOCCH CDS658160 2007 + 0.286996
g6791 DLA_07569 GAOABQK02JOCCH CDS660363 1011 + 0.297725
g6792 DLA_07570 GAOABQK02JOCCH CDS661524 474 - 0.308017
g6793 DLA_07571 GAOABQK02JOCCH CDS662693 4017 - 0.326612
g6794 DLA_07572 GAOABQK02JOCCH CDS667015 3837 - 0.309096
g6795 DLA_07573 GAOABQK02JOCCH CDS671476 4077 - 0.31739
g6796 DLA_07574 GAOABQK02JOCCH CDS675831 4104 - 0.334552
g6797 DLA_07575 GAOABQK02JOCCH CDS680387 3117 + 0.343279
g6798 DLA_07576 GAOABQK02JOCCH CDS683653 969 - 0.330237
g6799 DLA_07578 GAOABQK02JOCCH CDS685364 771 + 0.304799
g68 DLA_00079 contig05409_1.exp CDS166524 825 + 0.304242
g680 DLA_00750 F4PJNLW01A00V1 CDS99661 993 - 0.352467
g6800 DLA_07579 GAOABQK02JOCCH CDS688379 1458 + 0.364198
g6801 DLA_07580 GAOABQK02JOCCH CDS690343 342 - 0.292398
g6802 DLA_07581 GAOABQK02JOCCH CDS690898 4530 - 0.368653
g6803 DLA_07582 GAOABQK02JOCCH CDS695808 2931 - 0.297168
g6804 DLA_07583 GAOABQK02JOCCH CDS698998 4560 + 0.334868
g6805 DLA_07584 GAOABQK02JOCCH CDS703635 1395 - 0.314695
g6806 DLA_07585 GAOABQK02JOCCH CDS705181 1095 - 0.408219
g6807 DLA_07586 GAOABQK02JOCCH CDS706659 690 + 0.304348
g6808 DLA_07587 GAOABQK02JOCCH CDS707510 2346 - 0.349531
g6809 DLA_07588 GAOABQK02JOCCH CDS710286 2079 - 0.326118
g681 DLA_00751 F4PJNLW01A00V1 CDS101167 666 + 0.348348
g6810 DLA_07589 GAOABQK02JOCCH CDS714750 2040 + 0.240196
g6811 DLA_07591 GAOABQK02JOCCH CDS717644 1812 + 0.275386
g6812 DLA_07592 GAOABQK02JOCCH CDS719832 4098 - 0.363836
g6813 DLA_11689 GAOABQK02JOCCH CDS724837 1344 - 0.365327
g6814 DLA_07593 GAOABQK02JOCCH CDS726605 1503 - 0.345975
g6815 DLA_07594 GAOABQK02JOCCH CDS728528 210 - 0.285714
g6816 DLA_07595 GAOABQK02JOCCH CDS729101 2610 + 0.34023
g6817 DLA_07597 GAOABQK02JOCCH CDS732920 1836 - 0.392702
g6818 DLA_07598 GAOABQK02JOCCH CDS735519 810 + 0.317284
g6819 DLA_07599 GAOABQK02JOCCH CDS736947 1446 + 0.379668
g682 DLA_00752 F4PJNLW01A00V1 CDS102369 1788 + 0.362975
g6820 DLA_07600 GAOABQK02JOCCH CDS738626 2859 - 0.308849
g6821 DLA_07601 GAOABQK02JOCCH CDS742310 1890 + 0.367725
g6822 DLA_11690 GAOABQK02JOCCH CDS744371 1479 - 0.363759
g6823 DLA_07602 GAOABQK02JOCCH CDS746286 1221 - 0.320229
g6824 DLA_07603 GAOABQK02JOCCH CDS748276 321 - 0.314642
g6825 DLA_07604 GAOABQK02JOCCH CDS749009 396 + 0.29798
g6826 DLA_07605 similar to coiled-coil domain containing protein 43 (CCDC43) contains two predicted coiled-coil domainsGAOABQK02JOCCH CDS749931 666 - 0.298799
g6827 DLA_07606 GAOABQK02JOCCH CDS750878 1497 - 0.342685
g6828 DLA_07607 GAOABQK02JOCCH CDS753247 1410 + 0.324113
g6829 DLA_07608 GAOABQK02JOCCH CDS755101 1083 - 0.358264
g683 DLA_00753 F4PJNLW01A00V1 CDS104591 912 - 0.423246
g6830 DLA_07609 GAOABQK02JOCCH CDS756599 474 - 0.419831
g6831 DLA_07610 GAOABQK02JOCCH CDS757796 291 + 0.340206
g6832 DLA_07611 GAOABQK02JOCCH CDS758339 1497 - 0.321977
g6833 DLA_07612 GAOABQK02JOCCH CDS759986 1695 - 0.373451
g6834 DLA_07613 GAOABQK02JOCCH CDS762084 654 + 0.304281
g6835 DLA_07614 GAOABQK02JOCCH CDS762955 3699 - 0.333333
g6836 DLA_07615 GAOABQK02JOCCH CDS767057 3144 - 0.374682
g6837 DLA_07617 GAOABQK02JOCCH CDS771336 1071 + 0.331466
g6838 DLA_07620 GAOABQK02JOCCH CDS773463 1722 + 0.271777
g6839 DLA_07621 GAOABQK02JOCCH CDS775507 6165 + 0.323114
g684 DLA_00754 F4PJNLW01A00V1 CDS105851 828 - 0.262077
g6840 DLA_07622 GAOABQK02JOCCH CDS782658 975 + 0.265641
g6841 DLA_07624 GAOABQK02JOCCH CDS784612 1059 + 0.324835
g6842 DLA_07625 GAOABQK02JOCCH CDS785902 2406 + 0.309643
g6843 DLA_07626 GAOABQK02JOCCH CDS788486 1056 - 0.327652
g6844 DLA_07628 GAOABQK02JOCCH CDS790410 2037 - 0.305842
g6845 DLA_07630 GAOABQK02JOCCH CDS792941 1722 - 0.290941
g6846 DLA_07631 GAOABQK02JOCCH CDS795642 1263 + 0.326207
g6847 DLA_07632 GAOABQK02JOCCH CDS797187 420 - 0.285714
g6848 DLA_07633 GAOABQK02JOCCH CDS798148 1809 + 0.310669
g6849 DLA_07634 GAOABQK02JOCCH CDS800425 231 + 0.363636
g685 DLA_00755 F4PJNLW01A00V1 CDS106754 1449 + 0.289165
g6850 DLA_07635 GAOABQK02JOCCH CDS800717 549 + 0.35337
g6851 DLA_07636 GAOABQK02JOCCH CDS801411 492 - 0.339431
g6852 DLA_07637 GAOABQK02JOCCH CDS802160 1809 + 0.317855
g6853 DLA_07638 GAOABQK02JOCCH CDS804618 2301 - 0.295524
g6854 DLA_07639 GAOABQK02JOCCH CDS807287 2367 + 0.269117
g6855 DLA_07641 GAOABQK02JOCCH CDS809961 984 + 0.311992
g6856 DLA_07642 GAOABQK02JOCCH CDS811111 1539 + 0.296946
g6857 DLA_07643 GAOABQK02JOCCH CDS812714 6405 - 0.340515
g6858 DLA_07645 GAOABQK02JOCCH CDS820122 2751 + 0.338059
g6859 DLA_07646 GAOABQK02JOCCH CDS823009 1197 - 0.299916
g686 DLA_00757 F4PJNLW01A00V1 CDS108444 1512 - 0.39418
g6860 DLA_07647 GAOABQK02JOCCH CDS824529 915 + 0.330055
g6861 DLA_07649 GAOABQK02JOCCH CDS826555 1818 + 0.309131
g6862 DLA_07650 GAOABQK02JOCCH CDS828753 1836 - 0.351307
g6863 DLA_07651 GAOABQK02JOCCH CDS830831 2820 - 0.322695
g6864 DLA_07652 GAOABQK02JOCCH CDS833819 2640 + 0.311742
g6865 DLA_07654 GAOABQK02JOCCH CDS837671 1131 + 0.312113
g6866 DLA_07655 GAOABQK02JOCCH CDS839143 2553 + 0.302781
g6867 DLA_07656 GAOABQK02JOCCH CDS842319 1398 - 0.344063
g6868 DLA_07657 GAOABQK02JOCCH CDS844040 1149 - 0.375979
g6869 DLA_07658 GAOABQK02JOCCH CDS845551 1203 - 0.294264
g687 DLA_00758 F4PJNLW01A00V1 CDS111311 2625 + 0.34781
g6870 DLA_07662 GAOABQK02JOCCH CDS848642 1800 - 0.260556
g6871 DLA_07663 GAOABQK02JOCCH CDS852785 1560 - 0.271154
g6872 DLA_07666 GAOABQK02JOCCH CDS856241 894 - 0.253915
g6873 DLA_07667 GAOABQK02JOCCH CDS857310 2301 - 0.262495
g6874 DLA_07669 GAOABQK02JOCCH CDS862314 672 + 0.297619
g6875 DLA_07670 GAOABQK02JOCCH CDS863277 1884 + 0.289809
g6876 DLA_07671 GAOABQK02JOCCH CDS865389 1530 + 0.295425
g6877 DLA_07672 GAOABQK02JOCCH CDS868441 1995 + 0.337343
g6878 DLA_07673 GAOABQK02JOCCH CDS870609 849 + 0.316843
g6879 DLA_07674 GAOABQK02JOCCH CDS871578 2889 - 0.301488
g688 DLA_00759 F4PJNLW01A00V1 CDS114128 3147 - 0.288529
g6880 DLA_11691 GAOABQK02JOCCH CDS875207 210 + 0.333333
g6881 DLA_07675 GAOABQK02JOCCH CDS875703 1035 + 0.354589
g6882 DLA_07676 GAOABQK02JOCCH CDS876856 1569 + 0.3174
g6883 DLA_07677 GAOABQK02JOCCH CDS880767 1194 + 0.326633
g6884 DLA_07678 Band 4.1 contains the FERM domain found in a number of cytoskeletal-associated proteins and involved in the linkage of cytoplasmic proteins to the membraneGAOABQK02JOCCH CDS882447 1389 - 0.318934
g6885 DLA_07681 GLQOFTK02FH5TG CDS1853 2370 - 0.412658
g6886 DLA_07682 GLQOFTK02FH5TG CDS4995 1023 + 0.307918
g6887 DLA_07683 GLQOFTK02FH5TG CDS6135 795 - 0.291824
g6888 DLA_07684 GLQOFTK02FH5TG CDS7080 1533 - 0.283105
g6889 DLA_07685 GLQOFTK02FH5TG CDS8846 2778 - 0.302736
g689 DLA_00761 F4PJNLW01A00V1 CDS118427 1425 + 0.327719
g6890 DLA_07686 GLQOFTK02FH5TG CDS11930 786 - 0.349873
g6891 DLA_07687 GLQOFTK02FH5TG CDS13232 609 - 0.316913
g6892 DLA_07688 GLQOFTK02FH5TG CDS14234 1314 + 0.255708
g6893 DLA_07689 GLQOFTK02FH5TG CDS15683 1479 - 0.284652
g6894 DLA_07690 GLQOFTK02FH5TG CDS19522 1401 + 0.33262
g6895 DLA_11692 GLQOFTK02FH5TG CDS21876 954 + 0.305031
g6896 DLA_07691 GLQOFTK02FH5TG CDS23014 1419 + 0.347428
g6897 DLA_07692 GLQOFTK02FH5TG CDS24610 693 - 0.326118
g6898 DLA_07693 GLQOFTK02FH5TG CDS25999 3165 - 0.304897
g6899 DLA_07694 GLQOFTK02FH5TG CDS29301 3255 - 0.288479
g69 DLA_00080 contig05409_1.exp CDS167452 2208 - 0.27808
g690 DLA_00762 F4PJNLW01A00V1 CDS120103 282 - 0.368794
g6900 DLA_07695 GLQOFTK02FH5TG CDS32872 462 + 0.322511
g6901 DLA_07696 GLQOFTK02FH5TG CDS33525 1086 - 0.298343
g6902 DLA_07697 GLQOFTK02FH5TG CDS35293 1161 + 0.329888
g6903 DLA_07698 GLQOFTK02FH5TG CDS36662 2406 - 0.375727
g6904 DLA_07699 GLQOFTK02FH5TG CDS39781 2802 + 0.29586
g6905 DLA_07700 GLQOFTK02FH5TG CDS42878 591 - 0.314721
g6906 DLA_07701 GLQOFTK02FH5TG CDS43842 1752 - 0.277397
g6907 DLA_07702 GLQOFTK02FH5TG CDS46924 774 + 0.268734
g6908 DLA_07703 GLQOFTK02FH5TG CDS47920 3033 + 0.338609
g6909 DLA_07705 GLQOFTK02FH5TG CDS51342 663 - 0.26546
g691 DLA_00763 F4PJNLW01A00V1 CDS120597 2127 + 0.332863
g6910 DLA_07706 GLQOFTK02FH5TG CDS52915 1503 + 0.342648
g6911 DLA_07707 GLQOFTK02FH5TG CDS54997 1104 + 0.326087
g6912 DLA_07708 GLQOFTK02FH5TG CDS56325 366 - 0.401639
g6913 DLA_07709 GLQOFTK02FH5TG CDS57378 1998 + 0.325826
g6914 DLA_07710 GLQOFTK02FH5TG CDS59516 2574 - 0.289044
g6915 DLA_07711 GLQOFTK02FH5TG CDS62523 1221 - 0.269451
g6916 DLA_07713 GLQOFTK02FH5TG CDS64083 3045 - 0.299836
g6917 DLA_07714 GLQOFTK02FH5TG CDS67516 1473 - 0.325187
g6918 DLA_07716 GLQOFTK02FH5TG CDS69545 3681 + 0.30182
g6919 DLA_07717 GLQOFTK02FH5TG CDS73488 1623 + 0.321627
g692 DLA_00764 F4PJNLW01A00V1 CDS123009 1257 + 0.412888
g6920 DLA_07718 GLQOFTK02FH5TG CDS75446 885 + 0.293785
g6921 DLA_07719 GLQOFTK02FH5TG CDS76451 4755 - 0.320715
g6922 DLA_07720 GLQOFTK02FH5TG CDS81498 2283 - 0.272449
g6923 DLA_07721 GLQOFTK02FH5TG CDS84388 2478 + 0.317191
g6924 DLA_07722 GLQOFTK02FH5TG CDS87054 804 + 0.30597
g6925 DLA_07723 GLQOFTK02FH5TG CDS88135 1224 - 0.269608
g6926 DLA_07724 GLQOFTK02FH5TG CDS89491 309 + 0.275081
g6927 DLA_07725 GLQOFTK02FH5TG CDS89928 1617 - 0.337044
g6928 DLA_07726 GLQOFTK02FH5TG CDS91993 2859 + 0.359916
g6929 DLA_11693 GLQOFTK02FH5TG CDS95960 2934 + 0.316633
g693 DLA_00765 F4PJNLW01A00V1 CDS124627 1254 + 0.357257
g6930 DLA_07727 GLQOFTK02FH5TG CDS99251 1437 + 0.281837
g6931 DLA_07728 GLQOFTK02FH5TG CDS101211 945 + 0.277249
g6932 DLA_07729 GLQOFTK02FH5TG CDS102202 711 - 0.305204
g6933 DLA_07730 GLQOFTK02FH5TG CDS103350 1941 - 0.320453
g6934 DLA_07732 GLQOFTK02FH5TG CDS105789 1641 - 0.285192
g6935 DLA_07733 GLQOFTK02FH5TG CDS107567 3393 - 0.336281
g6936 DLA_07734 GLQOFTK02FH5TG CDS111631 792 - 0.421717
g6937 DLA_04686 GLQOFTK02FH5TG CDS112858 411 - 0.29927
g6938 DLA_07736 GLQOFTK02FH5TG CDS113643 1098 + 0.325137
g6939 DLA_07737 GLQOFTK02FH5TG CDS115079 567 - 0.37037
g694 DLA_00766 F4PJNLW01A00V1 CDS125928 1743 - 0.292599
g6940 DLA_07738 GLQOFTK02FH5TG CDS116003 1692 - 0.298463
g6941 DLA_07739 GLQOFTK02FH5TG CDS117917 1092 + 0.338828
g6942 DLA_07740 putative protein serinethreonine kinase the kinase domain is similar to yeast IRE1 kinase required for inositol phototrophy there is a second copy of this gene GLQOFTK02FH5TG CDS119247 2916 + 0.315844
g6943 DLA_07742 belongs to the POT (proton-dependent oligopeptide transport) family contains 12 putative transmembrane domainsGLQOFTK02FH5TG CDS123038 1920 + 0.331771
g6944 DLA_11694 GLQOFTK02FH5TG CDS125162 408 - 0.276961
g6945 DLA_07743 GLQOFTK02FH5TG CDS126283 699 - 0.274678
g6946 DLA_07744 GLQOFTK02FH5TG CDS127258 2967 - 0.285811
g6947 DLA_07745 GLQOFTK02FH5TG CDS131271 654 + 0.310398
g6948 DLA_07746 GLQOFTK02FH5TG CDS133532 600 + 0.333333
g6949 DLA_07747 GLQOFTK02FH5TG CDS134378 354 + 0.268362
g695 DLA_00767 F4PJNLW01A00V1 CDS127817 5166 - 0.392373
g6950 DLA_07748 GLQOFTK02FH5TG CDS134949 351 - 0.299145
g6951 DLA_07749 GLQOFTK02FH5TG CDS135633 474 + 0.297468
g6952 DLA_07750 GLQOFTK02FH5TG CDS136273 2754 - 0.327161
g6953 DLA_07751 GLQOFTK02FH5TG CDS139461 2937 - 0.345591
g6954 DLA_07752 GLQOFTK02FH5TG CDS143222 4212 - 0.340456
g6955 DLA_07753 highly similar to PRS involved in nucleotide histidine and tryptophan biosynthesisGLQOFTK02FH5TG CDS148168 957 + 0.366771
g6956 DLA_07754 belongs to the substrate carrier proteins that are involved in energy transferbrbr bCommunity annotation:b Overview of the GLQOFTK02FH5TG CDS149346 1002 + 0.353293
g6957 DLA_07755 GLQOFTK02FH5TG CDS150469 1818 - 0.309131
g6958 DLA_07756 GLQOFTK02FH5TG CDS152472 1140 - 0.307018
g6959 DLA_07757 GLQOFTK02FH5TG CDS154096 336 - 0.300595
g696 DLA_00769 F4PJNLW01A00V1 CDS134290 240 + 0.304167
g6960 DLA_07758 GLQOFTK02FH5TG CDS155458 1305 - 0.324904
g6961 DLA_07759 GLQOFTK02FH5TG CDS157252 1926 - 0.346314
g6962 DLA_07760 GLQOFTK02FH5TG CDS159480 2742 + 0.310357
g6963 DLA_07761 GLQOFTK02FH5TG CDS162248 3084 - 0.308366
g6964 DLA_07762 GLQOFTK02FH5TG CDS165978 2784 - 0.368175
g6965 DLA_07763 GLQOFTK02FH5TG CDS169365 1272 + 0.323899
g6966 DLA_07764 GLQOFTK02FH5TG CDS170711 2202 - 0.368756
g6967 DLA_07765 GLQOFTK02FH5TG CDS173393 885 + 0.362712
g6968 DLA_07766 GLQOFTK02FH5TG CDS174550 3987 - 0.318786
g6969 DLA_07767 GLQOFTK02FH5TG CDS179062 2796 - 0.363019
g697 DLA_00770 F4PJNLW01A00V1 CDS134815 678 + 0.336283
g6970 DLA_07768 GLQOFTK02FH5TG CDS182247 1566 - 0.302682
g6971 DLA_07771 highly similar to GLQOFTK02FH5TG CDS184944 1680 - 0.347619
g6972 DLA_07772 GLQOFTK02FH5TG CDS187147 627 - 0.341308
g6973 DLA_07773 GLQOFTK02FH5TG CDS188226 3966 - 0.314423
g6974 DLA_07774 GLQOFTK02FH5TG CDS192719 681 + 0.33627
g6975 DLA_07775 GLQOFTK02FH5TG CDS194059 1857 + 0.403339
g6976 DLA_07776 GLQOFTK02FH5TG CDS196053 2202 + 0.297457
g6977 DLA_07777 GLQOFTK02FH5TG CDS198422 954 - 0.389937
g6978 DLA_07778 GLQOFTK02FH5TG CDS199915 789 + 0.302915
g6979 DLA_07779 GLQOFTK02FH5TG CDS201197 456 + 0.39693
g698 DLA_00771 F4PJNLW01A00V1 CDS136270 7062 + 0.323421
g6980 DLA_07780 GLQOFTK02FH5TG CDS201859 1221 + 0.336609
g6981 DLA_07781 GLQOFTK02FH5TG CDS203126 2628 - 0.317732
g6982 DLA_07782 GLQOFTK02FH5TG CDS206005 633 - 0.328594
g6983 DLA_07783 GLQOFTK02FH5TG CDS207004 1563 - 0.319898
g6984 DLA_07784 GLQOFTK02FH5TG CDS208738 2853 + 0.33123
g6985 DLA_07786 GLQOFTK02FH5TG CDS212046 747 + 0.298527
g6986 DLA_07787 GLQOFTK02FH5TG CDS213367 1623 + 0.358595
g6987 DLA_07789 GLQOFTK02FH5TG CDS215316 690 + 0.276812
g6988 DLA_11695 GLQOFTK02FH5TG CDS216687 1467 + 0.361282
g6989 DLA_07790 GLQOFTK02FH5TG CDS218356 2607 + 0.335251
g699 DLA_00772 F4PJNLW01A00V1 CDS143489 1716 - 0.320513
g6990 DLA_07792 GLQOFTK02FH5TG CDS221945 1668 - 0.311151
g6991 DLA_07793 GLQOFTK02FH5TG CDS223961 1251 - 0.294964
g6992 DLA_07794 GLQOFTK02FH5TG CDS225458 534 + 0.327715
g6993 DLA_07795 GLQOFTK02FH5TG CDS226617 3459 + 0.33449
g6994 DLA_07796 GLQOFTK02FH5TG CDS230727 2295 + 0.344662
g6995 DLA_07797 GLQOFTK02FH5TG CDS233421 2916 + 0.351509
g6996 DLA_07798 GLQOFTK02FH5TG CDS237749 666 + 0.315315
g6997 DLA_07799 GLQOFTK02FH5TG CDS238572 1332 - 0.292793
g6998 DLA_07800 GLQOFTK02FH5TG CDS240209 1164 - 0.302406
g6999 DLA_07801 GLQOFTK02FH5TG CDS241685 1479 - 0.387424
g7 DLA_00008 contig05409_1.exp CDS13806 10869 - 0.308584
g70 DLA_00081 contig05409_1.exp CDS169936 618 - 0.322006
g700 DLA_00773 ortholog of vitellogenic carboxypeptidase a conserved serine carboxypeptidase expressed in mosquito ovaries contains a predicted signal peptideF4PJNLW01A00V1 CDS145541 1521 - 0.332676
g7000 DLA_07802 GLQOFTK02FH5TG CDS243440 1278 + 0.271518
g7001 DLA_07803 GLQOFTK02FH5TG CDS245100 426 - 0.352113
g7002 DLA_07804 GLQOFTK02FH5TG CDS246435 1239 - 0.292978
g7003 DLA_07806 GLQOFTK02FH5TG CDS250685 1536 - 0.277995
g7004 DLA_07807 GLQOFTK02FH5TG CDS252306 1518 - 0.276021
g7005 DLA_07808 GLQOFTK02FH5TG CDS254104 2106 + 0.332384
g7006 DLA_07809 GLQOFTK02FH5TG CDS256365 1926 - 0.34839
g7007 DLA_07810 GLQOFTK02FH5TG CDS258610 975 + 0.328205
g7008 DLA_07811 GLQOFTK02FH5TG CDS261033 2460 + 0.34878
g7009 DLA_07812 GLQOFTK02FH5TG CDS263926 1068 - 0.367978
g701 DLA_00774 F4PJNLW01A00V1 CDS147285 1170 - 0.298291
g7010 DLA_07813 GLQOFTK02FH5TG CDS265802 2601 + 0.331411
g7011 DLA_07814 GLQOFTK02FH5TG CDS269937 6186 + 0.35257
g7012 DLA_07815 GLQOFTK02FH5TG CDS276321 2337 - 0.344031
g7013 DLA_07816 GLQOFTK02FH5TG CDS279781 1254 + 0.296651
g7014 DLA_07817 GLQOFTK02FH5TG CDS281784 1071 + 0.272642
g7015 DLA_07818 member of the TKL (tyrosine kinase-like) group and the ARK (ankyrin repeat-containing kinase) family kinase activity stimulated by hyperosmolarity and heat shock there is a second copy of this gene GLQOFTK02FH5TG CDS283213 2583 - 0.342238
g7016 DLA_07821 GLQOFTK02FH5TG CDS291583 3063 + 0.316683
g7017 DLA_11696 GLQOFTK02FH5TG CDS294959 1113 + 0.330638
g7018 DLA_07822 GLQOFTK02FH5TG CDS297080 3927 + 0.330278
g7019 DLA_07824 GLQOFTK02FH5TG CDS301627 330 + 0.315152
g702 DLA_00775 F4PJNLW01A00V1 CDS149037 1473 + 0.30482
g7020 DLA_07825 GLQOFTK02FH5TG CDS302318 2499 - 0.341337
g7021 DLA_07828 GLQOFTK02FH5TG CDS307902 528 - 0.304924
g7022 DLA_07829 GLQOFTK02FH5TG CDS308701 6111 - 0.308624
g7023 DLA_07830 GLQOFTK02FH5TG CDS315928 1398 + 0.31402
g7024 DLA_07831 GLQOFTK02FH5TG CDS318028 471 - 0.305732
g7025 DLA_07832 GLQOFTK02FH5TG CDS318840 1098 + 0.312386
g7026 DLA_11697 GLQOFTK02FH5TG CDS320418 1623 + 0.332101
g7027 DLA_07833 GLQOFTK02FH5TG CDS322482 1929 - 0.396579
g7028 DLA_07835 GLQOFTK02FH5TG CDS325328 3099 + 0.31849
g7029 DLA_07837 GLQOFTK02FH5TG CDS329404 1482 - 0.307018
g703 DLA_00776 F4PJNLW01A00V1 CDS151130 1470 + 0.364626
g7030 DLA_07838 GLQOFTK02FH5TG CDS331396 2919 + 0.373416
g7031 DLA_07840 GLQOFTK02FH5TG CDS335226 1401 + 0.325482
g7032 DLA_07842 GLQOFTK02FH5TG CDS339584 1338 + 0.302691
g7033 DLA_07843 putative ortholog of S. cerevisiae VPS54 component of the GARP (Golgi-associated retrograde protein) complexGLQOFTK02FH5TG CDS342096 2652 + 0.290347
g7034 DLA_07844 protein component of the small (40S) ribosomal subunit highly expressed in vegetative cells and in early developmentGLQOFTK02FH5TG CDS344908 801 - 0.406991
g7035 DLA_07845 GLQOFTK02FH5TG CDS346146 921 - 0.274701
g7036 DLA_07847 GLQOFTK02FH5TG CDS348329 1116 - 0.291219
g7037 DLA_07848 GLQOFTK02FH5TG CDS349717 480 - 0.314583
g7038 DLA_07849 GLQOFTK02FH5TG CDS350657 831 - 0.277978
g7039 DLA_07850 GLQOFTK02FH5TG CDS352010 2667 + 0.31871
g704 DLA_00777 F4PJNLW01A00V1 CDS152799 327 + 0.327217
g7040 DLA_07851 GLQOFTK02FH5TG CDS354757 918 - 0.296296
g7041 DLA_07852 GLQOFTK02FH5TG CDS355920 1548 + 0.339793
g7042 DLA_07856 GLQOFTK02FH5TG CDS361063 1422 + 0.317862
g7043 DLA_07857 GLQOFTK02FH5TG CDS364491 1200 + 0.3075
g7044 DLA_11698 GLQOFTK02FH5TG CDS366332 1524 + 0.340551
g7045 DLA_07858 belongs to the villingelsolin family contains 5 gelsolin-like repeats and one villin headpiece domainGLQOFTK02FH5TG CDS367957 2499 + 0.343337
g7046 DLA_07859 ortholog of ATP-dependent RNA helicase DDX1 contains an SPRY domain which is of unknown functionGLQOFTK02FH5TG CDS370624 3510 + 0.329345
g7047 DLA_07861 ortholog of Rad51 which is involved in activation of homologous recombination and double-strand break repair and interacts with XRCC3 there is a second copy of this gene GLQOFTK02FH5TG CDS374463 1044 - 0.376437
g7048 DLA_07862 GLQOFTK02FH5TG CDS375847 1008 + 0.293651
g7049 DLA_07864 GLQOFTK02FH5TG CDS377191 960 + 0.30625
g705 DLA_00778 F4PJNLW01A00V1 CDS153474 432 - 0.298611
g7050 DLA_07865 GLQOFTK02FH5TG CDS378481 951 + 0.28286
g7051 DLA_07866 GLQOFTK02FH5TG CDS379973 588 - 0.227891
g7052 DLA_07867 GLQOFTK02FH5TG CDS381329 2187 - 0.296296
g7053 DLA_07869 GLQOFTK02FH5TG CDS385293 5196 - 0.343341
g7054 DLA_07870 GLQOFTK02FH5TG CDS391023 1128 + 0.31383
g7055 DLA_11699 GLQOFTK02FH5TG CDS392288 462 - 0.279221
g7056 DLA_07871 GLQOFTK02FH5TG CDS392990 1512 - 0.421296
g7057 DLA_07873 GLQOFTK02FH5TG CDS395388 1587 + 0.328292
g7058 DLA_07874 GLQOFTK02FH5TG CDS397075 2931 - 0.293074
g7059 DLA_07875 GLQOFTK02FH5TG CDS400463 828 + 0.293478
g706 DLA_00779 ortholog of the putative tumor suppressor candidate 4 protein (TUSC4) the nitrogen permease regulator 2 (NPR2) family of regulators are involved in post-translational control of nitrogen permeaseF4PJNLW01A00V1 CDS154243 1182 - 0.327411
g7060 DLA_07876 subunit of the COP9 signalosome (CSN) a complex of the ubiquitin-proteasome pathway composed of eight subunits (CSN1-8) GLQOFTK02FH5TG CDS401492 1173 - 0.341006
g7061 DLA_07877 GLQOFTK02FH5TG CDS402856 3843 - 0.334634
g7062 DLA_07878 GLQOFTK02FH5TG CDS407406 591 - 0.314721
g7063 DLA_07880 GLQOFTK02FH5TG CDS409112 1239 - 0.346247
g7064 DLA_07882 GLQOFTK02FH5TG CDS411408 2643 + 0.360953
g7065 DLA_07885 GLQOFTK02FH5TG CDS415383 849 - 0.335689
g7066 DLA_07886 GLQOFTK02FH5TG CDS416723 6294 + 0.335399
g7067 DLA_07887 GLQOFTK02FH5TG CDS423232 1470 - 0.336735
g7068 DLA_07888 putative RNA helicase involved in the second step of RNA splicing ortholog of human ASCC3L1 and yeast BRR2GLQOFTK02FH5TG CDS424895 6555 + 0.344012
g7069 DLA_07889 GLQOFTK02FH5TG CDS431745 1041 + 0.302594
g707 DLA_11448 F4PJNLW01A00V1 CDS155658 453 - 0.452539
g7070 DLA_07890 GLQOFTK02FH5TG CDS432977 330 + 0.363636
g7071 DLA_07891 GLQOFTK02FH5TG CDS433993 429 - 0.314685
g7072 DLA_07892 component of the U4U6-U5 snRNP complex human PRP3 interacts with PRP4GLQOFTK02FH5TG CDS434949 1572 + 0.314885
g7073 DLA_07893 GLQOFTK02FH5TG CDS437192 1782 + 0.360831
g7074 DLA_07894 GLQOFTK02FH5TG CDS439223 1578 + 0.378327
g7075 DLA_07895 GLQOFTK02FH5TG CDS441355 3612 + 0.357143
g7076 DLA_07896 GLQOFTK02FH5TG CDS445167 624 - 0.285256
g7077 DLA_11700 GLQOFTK02FH5TG CDS446102 486 + 0.226337
g7078 DLA_07897 GLQOFTK02FH5TG CDS448023 765 + 0.334641
g7079 DLA_07898 GLQOFTK02FH5TG CDS449014 7215 - 0.360776
g708 DLA_00780 F4PJNLW01A00V1 CDS156871 2907 + 0.325421
g7080 DLA_07899 GLQOFTK02FH5TG CDS457132 4641 + 0.36393
g7081 DLA_07901 GLQOFTK02FH5TG CDS462198 714 - 0.305322
g7082 DLA_07902 GLQOFTK02FH5TG CDS463673 576 - 0.319444
g7083 DLA_07903 GLQOFTK02FH5TG CDS464589 636 - 0.31761
g7084 DLA_07904 GLQOFTK02FH5TG CDS465512 2028 - 0.345168
g7085 DLA_07906 GLQOFTK02FH5TG CDS468236 3894 + 0.28942
g7086 DLA_07908 GLQOFTK02FH5TG CDS472270 1821 - 0.29709
g7087 DLA_07910 GLQOFTK02FH5TG CDS474332 1572 + 0.344148
g7088 DLA_07913 GLQOFTK02FH5TG CDS476795 915 + 0.285246
g7089 DLA_07914 GLQOFTK02FH5TG CDS478409 303 + 0.323432
g709 DLA_00781 F4PJNLW01A00V1 CDS159971 3423 - 0.315221
g7090 DLA_07916 GLQOFTK02FH5TG CDS478983 489 + 0.282209
g7091 DLA_07917 GLQOFTK02FH5TG CDS479590 1134 - 0.298942
g7092 DLA_07918 putative pseudogene similar to coactosin contains an ADF (actin depolymerisation factorcofilin-like) domain there is a second copy of this gene GLQOFTK02FH5TG CDS480954 1023 - 0.347019
g7093 DLA_07919 belongs to a family of conserved mammalian HCaRG (hypertension-related calcium-regulated gene) proteinsGLQOFTK02FH5TG CDS483033 603 - 0.3267
g7094 DLA_07920 GLQOFTK02FH5TG CDS484278 1554 + 0.332046
g7095 DLA_07921 similar to the THAP domain in the mammalian THAP domain-containing protein 4 underexpressed in GLQOFTK02FH5TG CDS486165 483 - 0.31677
g7096 DLA_07922 GLQOFTK02FH5TG CDS486806 492 + 0.339431
g7097 DLA_07923 GLQOFTK02FH5TG CDS487583 1089 - 0.312213
g7098 DLA_07924 GLQOFTK02FH5TG CDS489001 2274 + 0.317942
g7099 DLA_07925 GLQOFTK02FH5TG CDS491751 504 - 0.339286
g71 DLA_00082 contig05409_1.exp CDS170810 906 - 0.248344
g710 DLA_00782 F4PJNLW01A00V1 CDS163745 399 - 0.390977
g7100 DLA_07926 GLQOFTK02FH5TG CDS492610 585 + 0.294017
g7101 DLA_07928 GLQOFTK02FH5TG CDS493642 1347 + 0.361544
g7102 DLA_07929 GLQOFTK02FH5TG CDS495086 1566 - 0.277139
g7103 DLA_07930 GLQOFTK02FH5TG CDS496861 1425 + 0.320702
g7104 DLA_07932 GLQOFTK02FH5TG CDS498907 2385 + 0.315304
g7105 DLA_07933 GLQOFTK02FH5TG CDS501508 3135 + 0.304625
g7106 DLA_07934 GLQOFTK02FH5TG CDS505658 1608 + 0.284826
g7107 DLA_07935 GLQOFTK02FH5TG CDS507679 1062 - 0.297552
g7108 DLA_07936 GLQOFTK02FH5TG CDS510032 1293 + 0.300077
g7109 DLA_07937 GLQOFTK02FH5TG CDS512890 336 + 0.35119
g711 DLA_00783 F4PJNLW01A00V1 CDS164811 894 + 0.369128
g7110 DLA_07938 GLQOFTK02FH5TG CDS515468 1161 - 0.281654
g7111 DLA_07939 GLQOFTK02FH5TG CDS516807 477 + 0.297694
g7112 DLA_07940 GLQOFTK02FH5TG CDS517488 2871 - 0.31348
g7113 DLA_07942 GLQOFTK02FH5TG CDS520886 1692 + 0.349291
g7114 DLA_11701 GLQOFTK02FH5TG CDS522823 501 + 0.387226
g7115 DLA_07943 GLQOFTK02FH5TG CDS523828 918 + 0.286492
g7116 DLA_07944 GLQOFTK02FH5TG CDS524816 1245 - 0.353414
g7117 DLA_07945 GLQOFTK02FH5TG CDS526254 1326 - 0.294872
g7118 DLA_07946 GLQOFTK02FH5TG CDS530737 2652 + 0.328431
g7119 DLA_07947 GLQOFTK02FH5TG CDS533740 2316 + 0.355786
g712 DLA_00784 subunit common to RNA polymerases I II and III ortholog of S. cerevisiae RPB10F4PJNLW01A00V1 CDS165886 207 - 0.31401
g7120 DLA_07948 GLQOFTK02FH5TG CDS536331 3279 + 0.351632
g7121 DLA_07951 GLQOFTK02FH5TG CDS540723 1026 + 0.307992
g7122 DLA_07952 GLQOFTK02FH5TG CDS541931 2778 - 0.364651
g7123 DLA_07953 GLQOFTK02FH5TG CDS544957 549 + 0.289617
g7124 DLA_11702 GLQOFTK02FH5TG CDS545898 408 + 0.262255
g7125 DLA_07954 GLQOFTK02FH5TG CDS546516 1935 - 0.315762
g7126 DLA_07955 GLQOFTK02FH5TG CDS549187 531 - 0.308851
g7127 DLA_07956 GLQOFTK02FH5TG CDS549915 1044 - 0.33908
g7128 DLA_07957 GLQOFTK02FH5TG CDS551338 405 + 0.31358
g7129 DLA_07958 GLQOFTK02FH5TG CDS551849 1209 - 0.315136
g713 DLA_00785 F4PJNLW01A00V1 CDS167363 1281 + 0.323966
g7130 DLA_07959 GLQOFTK02FH5TG CDS553267 1290 + 0.322481
g7131 DLA_07960 GLQOFTK02FH5TG CDS555889 756 + 0.304233
g7132 DLA_07962 GLQOFTK02FH5TG CDS557061 4722 - 0.366158
g7133 DLA_07963 GLQOFTK02FH5TG CDS562162 1206 - 0.31592
g7134 DLA_07964 GLQOFTK02FH5TG CDS563924 363 - 0.30854
g7135 DLA_07965 GLQOFTK02FH5TG CDS564483 2160 + 0.327778
g7136 DLA_07966 GLQOFTK02FH5TG CDS567020 600 - 0.34
g7137 DLA_11703 GLQOFTK02FH5TG CDS569441 3072 + 0.333008
g7138 DLA_07967 GLQOFTK02FH5TG CDS573321 1563 + 0.289827
g7139 DLA_07968 GLQOFTK02FH5TG CDS575114 330 + 0.30303
g714 DLA_00786 F4PJNLW01A00V1 CDS168705 1512 - 0.342593
g7140 DLA_07969 GLQOFTK02FH5TG CDS575598 1110 + 0.328829
g7141 DLA_07970 GLQOFTK02FH5TG CDS576836 618 + 0.305825
g7142 DLA_07971 GLQOFTK02FH5TG CDS577825 1185 - 0.299578
g7143 DLA_07973 GLQOFTK02FH5TG CDS580542 771 + 0.325551
g7144 DLA_07974 GLQOFTK02FH5TG CDS581617 600 + 0.321667
g7145 DLA_07975 GLQOFTK02FH5TG CDS582475 1227 + 0.320293
g7146 DLA_07976 GLQOFTK02FH5TG CDS583863 1821 - 0.298737
g7147 DLA_07977 GLQOFTK02FH5TG CDS585807 957 - 0.338558
g7148 DLA_07978 GLQOFTK02FH5TG CDS587193 2544 + 0.355739
g7149 DLA_07979 GLQOFTK02FH5TG CDS589921 4734 - 0.320237
g715 DLA_00787 F4PJNLW01A00V1 CDS170363 2574 - 0.378399
g7150 DLA_07980 GLQOFTK02FH5TG CDS595236 804 + 0.317164
g7151 DLA_07981 GLQOFTK02FH5TG CDS596350 801 + 0.31211
g7152 DLA_07983 GLQOFTK02FH5TG CDS597442 789 + 0.264892
g7153 DLA_07984 GLQOFTK02FH5TG CDS598463 1527 + 0.275704
g7154 DLA_07985 GLQOFTK02FH5TG CDS600275 1380 - 0.313768
g7155 DLA_07986 GLQOFTK02FH5TG CDS601976 5955 - 0.358858
g7156 DLA_07987 GLQOFTK02FH5TG CDS609153 1371 + 0.301969
g7157 DLA_07988 GLQOFTK02FH5TG CDS610898 1047 + 0.312321
g7158 DLA_11704 GLQOFTK02FH5TG CDS612941 207 - 0.338164
g7159 DLA_07989 GLQOFTK02FH5TG CDS613874 477 + 0.385744
g716 DLA_11449 F4PJNLW01A00V1 CDS173362 1539 + 0.332684
g7160 DLA_07991 GLQOFTK02FH5TG CDS614661 2460 + 0.342276
g7161 DLA_07992 GLQOFTK02FH5TG CDS617621 3918 + 0.360898
g7162 DLA_07993 GLQOFTK02FH5TG CDS622406 5154 + 0.386496
g7163 DLA_07994 GLQOFTK02FH5TG CDS627631 3921 - 0.31191
g7164 DLA_07995 GLQOFTK02FH5TG CDS631778 744 - 0.319892
g7165 DLA_07996 GLQOFTK02FH5TG CDS632631 3159 + 0.312757
g7166 DLA_07997 GLQOFTK02FH5TG CDS636543 4971 - 0.356468
g7167 DLA_07998 GLQOFTK02FH5TG CDS642697 237 + 0.379747
g7168 DLA_07999 GLQOFTK02FH5TG CDS643499 882 - 0.339002
g7169 DLA_08000 GLQOFTK02FH5TG CDS644830 6462 - 0.33844
g717 DLA_00788 F4PJNLW01A00V1 CDS175851 861 + 0.326365
g7170 DLA_08002 GLQOFTK02FH5TG CDS652700 324 + 0.287037
g7171 DLA_08004 GLQOFTK02FH5TG CDS654798 1743 + 0.309237
g7172 DLA_08005 GLQOFTK02FH5TG CDS656563 1311 - 0.309687
g7173 DLA_08006 GLQOFTK02FH5TG CDS658058 294 - 0.316327
g7174 DLA_08007 ortholog of SURF1 encoding a factor involved in the biogenesis of cytochrome c oxidase mutated in Leigh syndrome there is a second copy of this gene GLQOFTK02FH5TG CDS658747 741 - 0.325236
g7175 DLA_08008 similar to human RWDD1 S. cerevisiae GIR2 S. cerevisiae GIR2 binds to and regulates the expression of GTP-binding protein DRG2 there is a second copy of this gene GLQOFTK02FH5TG CDS659863 702 + 0.311966
g7176 DLA_08009 GLQOFTK02FH5TG CDS660856 1470 - 0.359184
g7177 DLA_08010 carries out carboyxl methylation of cleaved eukaryotic proteins that terminate in a CaaX motif such as NE81 (lmnB) there is a second copy of this gene GLQOFTK02FH5TG CDS662531 711 - 0.331927
g7178 DLA_08011 GLQOFTK02FH5TG CDS663633 2505 + 0.31976
g7179 DLA_08012 GLQOFTK02FH5TG CDS666329 2289 + 0.300131
g718 DLA_00790 F4PJNLW01A00V1 CDS177891 606 - 0.334983
g7180 DLA_08013 GLQOFTK02FH5TG CDS669179 2037 - 0.329897
g7181 DLA_08014 GLQOFTK02FH5TG CDS671623 978 + 0.287321
g7182 DLA_08015 GLQOFTK02FH5TG CDS672958 1659 - 0.3044
g7183 DLA_08016 GLQOFTK02FH5TG CDS674860 456 + 0.285088
g7184 DLA_08017 GLQOFTK02FH5TG CDS675771 1635 - 0.299694
g7185 DLA_08018 GLQOFTK02FH5TG CDS677622 1713 - 0.345593
g7186 DLA_08019 GLQOFTK02FH5TG CDS679903 2898 + 0.316425
g7187 DLA_08021 GLQOFTK02FH5TG CDS683896 3252 + 0.289668
g7188 DLA_11705 GLQOFTK02FH5TG CDS688090 4086 + 0.318649
g7189 DLA_08022 GLQOFTK02FH5TG CDS692803 363 + 0.327824
g719 DLA_00791 F4PJNLW01A00V1 CDS178857 1383 - 0.336226
g7190 DLA_08023 GLQOFTK02FH5TG CDS693356 2370 - 0.310549
g7191 DLA_08024 GLQOFTK02FH5TG CDS696397 279 + 0.268817
g7192 DLA_08025 GLQOFTK02FH5TG CDS697036 702 + 0.358974
g7193 DLA_08026 GLQOFTK02FH5TG CDS698052 2301 - 0.328553
g7194 DLA_08027 GLQOFTK02FH5TG CDS700530 915 + 0.261202
g7195 DLA_08029 homolog of human HMGCS1 catalyzes the reaction acetyl-CoA H2O acetoacetyl-CoA (S)-3-hydroxy-3-methylglutaryl-CoA CoA contains a predicted peroxisomal targeting signalGLQOFTK02FH5TG CDS701909 1398 - 0.389127
g7196 DLA_08030 GLQOFTK02FH5TG CDS704660 282 - 0.322695
g7197 DLA_08031 GLQOFTK02FH5TG CDS705248 1230 + 0.295122
g7198 DLA_08032 GLQOFTK02FH5TG CDS706717 1734 - 0.316032
g7199 DLA_08033 GLQOFTK02FH5TG CDS708754 549 + 0.278689
g72 DLA_00083 contig05409_1.exp CDS171875 1356 - 0.338496
g720 DLA_00792 Ca2-binding protein with chaperone activity in the endoplasmic reticulum plays a role in phagocytosisF4PJNLW01A00V1 CDS180508 1608 - 0.393657
g7200 DLA_08035 GLQOFTK02FH5TG CDS709649 996 - 0.320281
g7201 DLA_08036 GLQOFTK02FH5TG CDS711273 3213 + 0.348895
g7202 DLA_08037 GLQOFTK02FH5TG CDS714928 1077 + 0.359331
g7203 DLA_08038 GLQOFTK02FH5TG CDS716163 2421 - 0.319703
g7204 DLA_11706 GLQOFTK02FH5TG CDS718809 1005 - 0.334328
g7205 DLA_08039 GLQOFTK02FH5TG CDS720195 1467 + 0.290389
g7206 DLA_08040 GLQOFTK02FH5TG CDS722028 927 + 0.326861
g7207 DLA_08041 GLQOFTK02FH5TG CDS722990 381 + 0.283465
g7208 DLA_08042 GLQOFTK02FH5TG CDS724502 1299 - 0.292533
g7209 DLA_08043 GLQOFTK02FH5TG CDS725921 288 + 0.295139
g721 DLA_00793 ortholog of MON2 in S. cerevisiae MON2 plays a a role in endocytosis and vacuole integrityF4PJNLW01A00V1 CDS182489 5205 + 0.360807
g7210 DLA_08045 GLQOFTK02FH5TG CDS726784 1431 + 0.292802
g7211 DLA_08046 GLQOFTK02FH5TG CDS728467 2109 - 0.348032
g7212 DLA_08048 GLQOFTK02FH5TG CDS731330 741 - 0.390013
g7213 DLA_08049 GLQOFTK02FH5TG CDS732300 1326 - 0.28733
g7214 DLA_08050 GLQOFTK02FH5TG CDS734142 933 - 0.330118
g7215 DLA_08051 half transporter consisting of one ABC domain and one transmembrane domainGLQOFTK02FH5TG CDS735269 2055 - 0.349878
g7216 DLA_08052 contains eight transmembrane domains there is a second copy of this gene GLQOFTK02FH5TG CDS738361 3552 - 0.37134
g7217 DLA_08053 GLQOFTK02FH5TG CDS742825 5442 - 0.34932
g7218 DLA_08056 GLQOFTK02FH5TG CDS749644 639 + 0.306729
g7219 DLA_08057 GLQOFTK02FH5TG CDS750982 2772 - 0.344517
g722 DLA_00794 F4PJNLW01A00V1 CDS188088 2253 + 0.340879
g7220 DLA_08058 GLQOFTK02FH5TG CDS754465 1008 - 0.327381
g7221 DLA_08061 GLQOFTK02FH5TG CDS756670 2181 - 0.358551
g7222 DLA_08062 GLQOFTK02FH5TG CDS759231 1590 + 0.284906
g7223 DLA_08063 GLQOFTK02FH5TG CDS761123 462 - 0.411255
g7224 DLA_08064 GLQOFTK02FH5TG CDS762109 2898 + 0.359213
g7225 DLA_08065 GLQOFTK02FH5TG CDS765139 999 + 0.37037
g7226 DLA_08066 subunit of the 20S proteasome (macropain) the endopeptidase complex involved in an ATPubiquitin-dependent nonlysosomal proteolytic pathway in eukaryotes composed of up to 28 subunits which form a highly ordered ring-shaped structure (20S ring)GLQOFTK02FH5TG CDS766604 615 + 0.331707
g7227 DLA_08067 GLQOFTK02FH5TG CDS767556 585 + 0.278632
g7228 DLA_08068 GLQOFTK02FH5TG CDS768512 978 - 0.274029
g7229 DLA_11707 similar to TNRC4 (TriNucleotide Repeat Containing 4 protein) and Bruno-like proteins contains 3 RRM domainsGLQOFTK02FH5TG CDS770131 1062 + 0.335217
g723 DLA_00796 F4PJNLW01A00V1 CDS190893 4350 + 0.355632
g7230 DLA_08069 contains two predicted transmembrane domains one at amino terminus and one at carboxyl terminusGLQOFTK02FH5TG CDS772852 2967 + 0.375463
g7231 DLA_08070 GLQOFTK02FH5TG CDS776119 1698 + 0.30742
g7232 DLA_08071 GLQOFTK02FH5TG CDS778934 3300 - 0.311212
g7233 DLA_08072 belongs to the synaptotagmin family contains a predicted signal sequence and a transmembrane domainGLQOFTK02FH5TG CDS782841 519 + 0.346821
g7234 DLA_08073 Ca(2)-dependent phospholipid-binding protein contains two C2 domains and a VWFA domain there is a second copy of this gene GLQOFTK02FH5TG CDS783751 1683 - 0.361854
g7235 DLA_08074 GLQOFTK02FH5TG CDS785757 4005 + 0.321598
g7236 DLA_11708 GLQOFTK02FH5TG CDS790372 4023 + 0.311956
g7237 DLA_08075 GLQOFTK02FH5TG CDS794907 4074 + 0.32327
g7238 DLA_08076 GLQOFTK02FH5TG CDS799601 630 + 0.266667
g7239 DLA_08077 GLQOFTK02FH5TG CDS800598 1068 + 0.268727
g724 DLA_00797 F4PJNLW01A00V1 CDS195634 4053 + 0.303726
g7240 DLA_11709 GLQOFTK02FH5TG CDS802107 648 + 0.285494
g7241 DLA_08079 GLQOFTK02FH5TG CDS803514 900 + 0.352222
g7242 DLA_08080 GLQOFTK02FH5TG CDS804525 231 + 0.316017
g7243 DLA_08081 GLQOFTK02FH5TG CDS804964 879 - 0.354949
g7244 DLA_08082 GLQOFTK02FH5TG CDS806202 2307 + 0.326831
g7245 DLA_08083 GLQOFTK02FH5TG CDS808644 717 + 0.319386
g7246 DLA_08084 GLQOFTK02FH5TG CDS809568 1560 - 0.274359
g7247 DLA_08085 GLQOFTK02FH5TG CDS811394 1674 - 0.350657
g7248 DLA_08086 GLQOFTK02FH5TG CDS813627 3159 + 0.369104
g7249 DLA_08087 GLQOFTK02FH5TG CDS816982 1239 + 0.306699
g725 DLA_00798 F4PJNLW01A00V1 CDS200058 3948 + 0.323961
g7250 DLA_08089 GLQOFTK02FH5TG CDS818320 984 - 0.336382
g7251 DLA_08090 GLQOFTK02FH5TG CDS819524 1608 + 0.333955
g7252 DLA_08091 GLQOFTK02FH5TG CDS821282 789 + 0.278834
g7253 DLA_08092 GLQOFTK02FH5TG CDS822315 933 - 0.310825
g7254 DLA_08093 GLQOFTK02FH5TG CDS826051 330 + 0.315152
g7255 DLA_08096 GLQOFTK02FH5TG CDS826740 5268 - 0.34814
g7256 DLA_08097 GLQOFTK02FH5TG CDS833383 405 - 0.308642
g7257 DLA_08098 CAZy family GT2 catalyzes the reaction UDP-glucose (14-beta-D-glucosyl)n UDP (14-beta-D-glucosyl)n1GLQOFTK02FH5TG CDS834154 3237 - 0.371023
g7258 DLA_08101 GLQOFTK02FH5TG CDS840371 2235 - 0.359284
g7259 DLA_08102 GLQOFTK02FH5TG CDS842937 654 - 0.328746
g726 DLA_00799 DEADDEAH box helicases are involved in various aspects of RNA metabolismF4PJNLW01A00V1 CDS204635 3465 - 0.361039
g7260 DLA_08103 GLQOFTK02FH5TG CDS844783 2106 + 0.347578
g7261 DLA_08105 ortholog of the human SLC25A3 and S. cerevisiae MIR1 which transports inorganic phosphate from the cytosol to the mitochondrion matrix brbr bCommunity annotation:b Overview of the GLQOFTK02FH5TG CDS847818 936 + 0.354701
g7262 DLA_08106 GLQOFTK02FH5TG CDS848935 1452 - 0.365014
g7263 DLA_08107 GLQOFTK02FH5TG CDS850673 3012 + 0.323705
g7264 DLA_08109 GLQOFTK02FH5TG CDS853818 744 + 0.295699
g7265 DLA_08110 phosphorylates NAD to NADPGLQOFTK02FH5TG CDS854853 1323 - 0.31746
g7266 DLA_11710 GLQOFTK02FH5TG CDS856730 435 - 0.31954
g7267 DLA_08111 GLQOFTK02FH5TG CDS857463 636 + 0.294025
g7268 DLA_08112 CAZy family GT3 catalyzes the reaction UDP-glucose (14-alpha-D-glucosyl)(n) UDP (14-alpha-D-glucosyl)(n1)GLQOFTK02FH5TG CDS858164 2364 - 0.357445
g7269 DLA_08115 member of the major facilitator superfamily (MFS) expressed in upper cup during culmination there is a second copy of this gene GLQOFTK02FH5TG CDS861910 1713 - 0.304729
g727 DLA_00800 F4PJNLW01A00V1 CDS208293 360 - 0.291667
g7270 DLA_08116 AGC group AKT family protein serinethreonine kinase similar to other metazoan AktPKB including an N-terminal PH domain homologous kinase and C-terminal regulatory domains and phosphorylation sites required for AktPKB activationGLQOFTK02FH5TG CDS864074 2313 - 0.378729
g7271 DLA_08117 GLQOFTK02FH5TG CDS867166 987 + 0.33536
g7272 DLA_08120 GLQOFTK02FH5TG CDS869478 4377 + 0.323966
g7273 DLA_08122 GLQOFTK02FH5TG CDS874083 435 + 0.252874
g7274 DLA_08124 GLQOFTK02FH5TG CDS874999 3279 + 0.343092
g7275 DLA_08125 GLQOFTK02FH5TG CDS878474 2520 - 0.329365
g7276 DLA_08126 GLQOFTK02FH5TG CDS881547 2613 + 0.347876
g7277 DLA_08127 GLQOFTK02FH5TG CDS884360 879 - 0.274175
g7278 DLA_08128 GLQOFTK02FH5TG CDS885407 2181 - 0.302155
g7279 DLA_08129 GLQOFTK02FH5TG CDS887702 1632 - 0.300858
g728 DLA_00801 F4PJNLW01A00V1 CDS209082 876 + 0.297945
g7280 DLA_08130 GLQOFTK02FH5TG CDS889945 807 + 0.298637
g7281 DLA_08131 GLQOFTK02FH5TG CDS890942 1773 - 0.338973
g7282 DLA_08132 GLQOFTK02FH5TG CDS893738 330 - 0.242424
g7283 DLA_08133 GLQOFTK02FH5TG CDS894541 1524 + 0.324803
g7284 DLA_08136 GLQOFTK02FH5TG CDS897408 486 + 0.31893
g7285 DLA_08138 GLQOFTK02FH5TG CDS898525 1047 + 0.311366
g7286 DLA_08139 GLQOFTK02FH5TG CDS899635 3267 - 0.326599
g7287 DLA_08140 GLQOFTK02FH5TG CDS903111 1119 + 0.287757
g7288 DLA_08141 GLQOFTK02FH5TG CDS904404 1536 + 0.32487
g7289 DLA_08142 GLQOFTK02FH5TG CDS905957 903 - 0.310078
g729 DLA_00802 F4PJNLW01A00V1 CDS212215 1983 + 0.348462
g7290 DLA_08143 GLQOFTK02FH5TG CDS907211 1212 + 0.282178
g7291 DLA_08144 GLQOFTK02FH5TG CDS908615 2283 - 0.385458
g7292 DLA_08145 similar to aquaporin family of water-channel proteins expressed in prespore cellsGLQOFTK02FH5TG CDS911786 825 + 0.398788
g7293 DLA_08146 GLQOFTK02FH5TG CDS912727 1815 + 0.323416
g7294 DLA_08147 GLQOFTK02FH5TG CDS914666 2397 + 0.314977
g7295 DLA_08149 GLQOFTK02FH5TG CDS918533 1356 - 0.295723
g7296 DLA_08150 GLQOFTK02FH5TG CDS920479 1599 - 0.305191
g7297 DLA_11711 GLQOFTK02FH5TG CDS922476 906 - 0.278146
g7298 DLA_08151 conditional processive motor protein that can move over long distances along F-actin without disassociating processiveness depends on high physiological Mgsup2sup concentrationsGLQOFTK02FH5TG CDS923504 6678 - 0.33528
g7299 DLA_08152 GLQOFTK02FH5TG CDS930661 1569 + 0.278521
g73 DLA_00084 contig05409_1.exp CDS173780 2514 + 0.356404
g730 DLA_00803 F4PJNLW01A00V1 CDS214464 1044 - 0.360153
g7300 DLA_08153 full transporter consisting of two ABC domains and two transmembrane domains there is a second copy of this gene GLQOFTK02FH5TG CDS932302 4476 - 0.358356
g7301 DLA_08154 similar to acid sphingomyelinase which hydrolyze the phosphodiester bond in sphingomyelin to form ceramideGLQOFTK02FH5TG CDS937515 1329 + 0.334086
g7302 DLA_08156 GLQOFTK02FH5TG CDS939557 624 + 0.350962
g7303 DLA_08158 GLQOFTK02FH5TG CDS940952 345 - 0.284058
g7304 DLA_08160 GLQOFTK02FH5TG CDS941776 375 + 0.408
g7305 DLA_08161 similar to MAD2 and REV7 there is a second copy of this gene GLQOFTK02FH5TG CDS942332 600 + 0.326667
g7306 DLA_08162 GLQOFTK02FH5TG CDS943298 582 - 0.298969
g7307 DLA_08163 GLQOFTK02FH5TG CDS945122 2166 + 0.388735
g7308 DLA_08164 GLQOFTK02FH5TG CDS947412 822 - 0.298054
g7309 DLA_08165 similar to the cofilin phosphatase slingshot and to other dual-specificity phosphatasesbr there is a second copy of this gene GLQOFTK02FH5TG CDS948410 1101 + 0.322434
g731 DLA_11450 F4PJNLW01A00V1 CDS215990 360 + 0.308333
g7310 DLA_08166 GLQOFTK02FH5TG CDS949551 765 - 0.296732
g7311 DLA_08167 GLQOFTK02FH5TG CDS950417 6909 - 0.345202
g7312 DLA_08168 GLQOFTK02FH5TG CDS957709 2355 + 0.293843
g7313 DLA_08169 GLQOFTK02FH5TG CDS960361 1518 - 0.350461
g7314 DLA_08170 component of the RNA polymerase I complex ortholog of S. cerevisiae RPA43GLQOFTK02FH5TG CDS962349 963 + 0.298027
g7315 DLA_08171 GLQOFTK02FH5TG CDS963580 3531 + 0.324554
g7316 DLA_08173 GLQOFTK02FH5TG CDS968897 6009 + 0.328008
g7317 DLA_08174 GLQOFTK02FH5TG CDS975303 897 - 0.299889
g7318 DLA_08175 GLQOFTK02FH5TG CDS976719 1563 + 0.385797
g7319 DLA_08177 GLQOFTK02FH5TG CDS979251 3837 + 0.346625
g732 DLA_00804 F4PJNLW01A00V1 CDS216545 2196 + 0.338798
g7320 DLA_08178 GLQOFTK02FH5TG CDS983465 483 - 0.331263
g7321 DLA_08180 highly conserved protein containing an alkyl hydroperoxide reductasethiol specific antioxidantmal allergen domain identical to GLQOFTK02FH5TG CDS984926 483 - 0.325052
g7322 DLA_08182 GLQOFTK02FH5TG CDS986706 2640 - 0.338636
g7323 DLA_08183 GLQOFTK02FH5TG CDS989588 1059 - 0.283286
g7324 DLA_08184 GLQOFTK02FH5TG CDS991272 678 + 0.342183
g7325 DLA_08185 GLQOFTK02FH5TG CDS992004 3723 - 0.295192
g7326 DLA_08186 GLQOFTK02FH5TG CDS996205 1680 - 0.293452
g7327 DLA_08187 GLQOFTK02FH5TG CDS998342 945 - 0.33545
g7328 DLA_08190 GLQOFTK02FH5TG CDS1002502 2196 - 0.295537
g7329 DLA_08191 GLQOFTK02FH5TG CDS1004800 1815 - 0.352617
g733 DLA_00805 F4PJNLW01A00V1 CDS218912 471 - 0.271762
g7330 DLA_11712 GLQOFTK02FH5TG CDS1007236 1923 + 0.292252
g7331 DLA_08192 GLQOFTK02FH5TG CDS1009391 2154 + 0.302693
g7332 DLA_08193 GLQOFTK02FH5TG CDS1012010 4275 + 0.34386
g7333 DLA_08194 GLQOFTK02FH5TG CDS1017215 1266 + 0.28515
g7334 DLA_08195 GLQOFTK02FH5TG CDS1018729 1275 - 0.337255
g7335 DLA_08196 GLQOFTK02FH5TG CDS1020217 1299 + 0.341032
g7336 DLA_08197 GLQOFTK02FH5TG CDS1021755 246 - 0.304878
g7337 DLA_08198 GLQOFTK02FH5TG CDS1023849 2184 + 0.292582
g7338 DLA_08199 GLQOFTK02FH5TG CDS1026386 714 - 0.270308
g7339 DLA_08201 GLQOFTK02FH5TG CDS1028324 642 + 0.336449
g734 DLA_00806 F4PJNLW01A00V1 CDS219784 3666 + 0.29078
g7340 DLA_08203 GLQOFTK02FH5TG CDS1029915 3885 + 0.324582
g7341 DLA_08205 GLQOFTK02FH5TG CDS1034587 987 - 0.344478
g7342 DLA_08206 GLQOFTK02FH5TG CDS1036092 1260 + 0.292064
g7343 DLA_08207 GLQOFTK02FH5TG CDS1037849 1668 + 0.360911
g7344 DLA_08208 GLQOFTK02FH5TG CDS1039642 2334 - 0.334619
g7345 DLA_08209 GLQOFTK02FH5TG CDS1042040 1194 + 0.376047
g7346 DLA_08210 similar to syntaxin 1 a subfamily of the SNARE family (Soluble NSF Attachment Protein REceptor) involved in vesicle fusionGLQOFTK02FH5TG CDS1043861 1017 + 0.281219
g7347 DLA_08211 GLQOFTK02FH5TG CDS1045164 2544 - 0.363994
g7348 DLA_08212 GLQOFTK02FH5TG CDS1048648 1383 - 0.333333
g7349 DLA_08213 GLQOFTK02FH5TG CDS1050209 537 + 0.266294
g735 DLA_00807 F4PJNLW01A00V1 CDS223542 6822 - 0.340369
g7350 DLA_08215 GLQOFTK02FH5TG CDS1050959 2487 + 0.318054
g7351 DLA_08217 GLQOFTK02FH5TG CDS1053919 264 - 0.386364
g7352 DLA_08218 GLQOFTK02FH5TG CDS1055095 567 + 0.328042
g7353 DLA_08219 GLQOFTK02FH5TG CDS1055676 2877 - 0.333333
g7354 DLA_08221 GLQOFTK02FH5TG CDS1059195 312 - 0.285256
g7355 DLA_08222 GLQOFTK02FH5TG CDS1059649 1869 - 0.29374
g7356 DLA_08223 GLQOFTK02FH5TG CDS1062412 555 + 0.428829
g7357 DLA_08224 STE20PAK protein kinase required for normal chemotaxis contains PAK-boxP21-Rho-binding (CRIB) domain and pleckstrin homology (PH) domainGLQOFTK02FH5TG CDS1063318 1470 + 0.383673
g7358 DLA_08225 GLQOFTK02FH5TG CDS1065115 1101 + 0.35604
g7359 DLA_08226 GLQOFTK02FH5TG CDS1066569 6324 + 0.347407
g736 DLA_00808 similar to COG8 component of the conserved oligomeric Golgi complex which is composed of eight different subunitsF4PJNLW01A00V1 CDS231513 2127 + 0.29055
g7360 DLA_08227 GLQOFTK02FH5TG CDS1073085 2037 - 0.303387
g7361 DLA_11713 GLQOFTK02FH5TG CDS1075611 210 - 0.271429
g7362 DLA_08228 GLQOFTK02FH5TG CDS1075918 1857 + 0.301562
g7363 DLA_08229 GLQOFTK02FH5TG CDS1077951 987 - 0.426545
g7364 DLA_08230 GLQOFTK02FH5TG CDS1080251 720 - 0.326389
g7365 DLA_08232 GLQOFTK02FH5TG CDS1081300 3945 + 0.315082
g7366 DLA_08233 GLQOFTK02FH5TG CDS1085528 2229 - 0.328398
g7367 DLA_08234 GLQOFTK02FH5TG CDS1088033 474 + 0.28481
g7368 DLA_08235 GLQOFTK02FH5TG CDS1089007 984 + 0.362805
g7369 DLA_08236 GLQOFTK02FH5TG CDS1090261 2121 + 0.359736
g737 DLA_00809 F4PJNLW01A00V1 CDS234799 387 + 0.374677
g7370 DLA_08237 GLQOFTK02FH5TG CDS1092599 1764 + 0.307823
g7371 DLA_08239 EIF3S7 and S. pombe Moe1 ortholog the eukaryotic initiation factor zeta subunit in human binds to the 40S ribosome and promotes the binding of methionyl-tRNAi and mRNA is composed of at least 12 different subunitsGLQOFTK02FH5TG CDS1094826 1605 + 0.358878
g7372 DLA_08240 GLQOFTK02FH5TG CDS1096751 1893 + 0.325938
g7373 DLA_08241 GLQOFTK02FH5TG CDS1098823 843 - 0.302491
g7374 DLA_08242 GLQOFTK02FH5TG CDS1100166 3105 + 0.345894
g7375 DLA_08243 GLQOFTK02FH5TG CDS1103714 1398 - 0.345494
g7376 DLA_08247 GLQOFTK02FH5TG CDS1107166 4839 + 0.356892
g7377 DLA_08250 GLQOFTK02FH5TG CDS1114069 714 + 0.329132
g7378 DLA_08251 GLQOFTK02FH5TG CDS1114892 1305 - 0.264368
g7379 DLA_08252 GLQOFTK02FH5TG CDS1117238 1086 + 0.380295
g738 DLA_00811 F4PJNLW01A00V1 CDS235608 1470 + 0.308163
g7380 DLA_08253 GLQOFTK02FH5TG CDS1118900 423 + 0.323877
g7381 DLA_08254 GLQOFTK02FH5TG CDS1119608 2541 + 0.299488
g7382 DLA_08255 GLQOFTK02FH5TG CDS1122408 1620 - 0.312346
g7383 DLA_08256 GLQOFTK02FH5TG CDS1124384 2478 - 0.32042
g7384 DLA_08257 GLQOFTK02FH5TG CDS1127993 420 + 0.292857
g7385 DLA_08258 similar to Homo sapiens transcription factor Dp-2 (E2F dimerization partner 2) which binds to E2F to activate the expression of cell cycle-regulated genes (SwissProt Q14188)GLQOFTK02FH5TG CDS1128678 1578 - 0.294043
g7386 DLA_08259 GLQOFTK02FH5TG CDS1130733 1926 + 0.38162
g7387 DLA_08261 GLQOFTK02FH5TG CDS1133522 1056 + 0.354167
g7388 DLA_11714 GLQOFTK02FH5TG CDS1134972 948 + 0.333333
g7389 DLA_08262 GLQOFTK02FH5TG CDS1136649 4692 + 0.340793
g739 DLA_00812 F4PJNLW01A00V1 CDS237137 1650 - 0.306667
g7390 DLA_08263 NRAMP family protein similar to bacterial manganese transport protein mntH contains 12 transmembrane domains involved in iron homeostasis and resistance to pathogenic bacteriaGLQOFTK02FH5TG CDS1141470 1635 - 0.313761
g7391 DLA_08264 GLQOFTK02FH5TG CDS1143655 2562 + 0.325527
g7392 DLA_08265 GLQOFTK02FH5TG CDS1146410 468 + 0.309829
g7393 DLA_08266 GLQOFTK02FH5TG CDS1147055 1536 - 0.350911
g7394 DLA_08267 GLQOFTK02FH5TG CDS1149952 1446 + 0.393499
g7395 DLA_08268 GLQOFTK02FH5TG CDS1151925 3015 + 0.330017
g7396 DLA_08269 GLQOFTK02FH5TG CDS1155232 447 - 0.306488
g7397 DLA_08270 GLQOFTK02FH5TG CDS1157325 4005 + 0.358302
g7398 DLA_08271 GLQOFTK02FH5TG CDS1162259 4167 + 0.340533
g7399 DLA_08272 GLQOFTK02FH5TG CDS1166649 282 - 0.304965
g74 DLA_00085 similar to the cell division cycle 2-related protein kinase 7 (CRK7) and other cell division cycle 2-like protein kinases there is a second copy of this gene contig05409_1.exp CDS177081 1011 - 0.328388
g740 DLA_00814 similar to human EXOSC6 and S. pombe mtr3 which are components of the exosome a 3'-5' exoribonuclease complex involved in RNA processingF4PJNLW01A00V1 CDS239231 822 + 0.310219
g7400 DLA_08273 GLQOFTK02FH5TG CDS1167205 4845 + 0.321362
g7401 DLA_08274 GLQOFTK02FH5TG CDS1172341 765 - 0.339869
g7402 DLA_08275 GLQOFTK02FH5TG CDS1173475 3729 - 0.320729
g7403 DLA_08277 GLQOFTK02FH5TG CDS1177519 2268 - 0.330247
g7404 DLA_08278 GLQOFTK02FH5TG CDS1180029 3123 - 0.317964
g7405 DLA_08279 GLQOFTK02FH5TG CDS1183503 2982 - 0.319249
g7406 DLA_08280 GLQOFTK02FH5TG CDS1186792 7824 + 0.32362
g7407 DLA_08281 GLQOFTK02FH5TG CDS1194955 3114 - 0.309891
g7408 DLA_08282 GLQOFTK02FH5TG CDS1198386 2802 - 0.324054
g7409 DLA_08284 GLQOFTK02FH5TG CDS1201676 7860 + 0.326463
g741 DLA_00815 F4PJNLW01A00V1 CDS240411 1833 - 0.29569
g7410 DLA_08285 GLQOFTK02FH5TG CDS1209860 3183 - 0.332077
g7411 DLA_08286 GLQOFTK02FH5TG CDS1213731 1203 + 0.334996
g7412 DLA_08287 GLQOFTK02FH5TG CDS1215296 3237 - 0.331789
g7413 DLA_08288 GLQOFTK02FH5TG CDS1219781 249 + 0.325301
g7414 DLA_08289 GLQOFTK02FH5TG CDS1220504 540 - 0.288889
g7415 DLA_08290 GLQOFTK02FH5TG CDS1221324 1890 - 0.295238
g7416 DLA_08291 GLQOFTK02FH5TG CDS1223408 1836 - 0.333333
g7417 DLA_08293 GLQOFTK02FH5TG CDS1225700 1260 + 0.375397
g7418 DLA_08294 GLQOFTK02FH5TG CDS1227701 1629 - 0.303254
g7419 DLA_08295 GLQOFTK02FH5TG CDS1229535 1950 - 0.351795
g742 DLA_00816 F4PJNLW01A00V1 CDS242340 1851 - 0.311723
g7420 DLA_08296 GLQOFTK02FH5TG CDS1231695 1026 + 0.322612
g7421 DLA_08297 GLQOFTK02FH5TG CDS1232883 528 - 0.344697
g7422 DLA_08298 GLQOFTK02FH5TG CDS1233693 1164 + 0.32646
g7423 DLA_08299 GLQOFTK02FH5TG CDS1235258 1386 + 0.401876
g7424 DLA_08300 GLQOFTK02FH5TG CDS1236840 1608 - 0.299129
g7425 DLA_08302 GLQOFTK02FH5TG CDS1238702 426 - 0.298122
g7426 DLA_08303 GLQOFTK02FH5TG CDS1239451 510 + 0.280392
g7427 DLA_08304 GLQOFTK02FH5TG CDS1240059 579 - 0.321244
g7428 DLA_08306 GLQOFTK02FH5TG CDS1241843 330 + 0.357576
g7429 DLA_08308 GLQOFTK02FH5TG CDS1243703 258 + 0.294574
g743 DLA_00817 F4PJNLW01A00V1 CDS244268 1881 - 0.310473
g7430 DLA_08309 GLQOFTK02FH5TG CDS1244453 2094 - 0.330946
g7431 DLA_08310 GLQOFTK02FH5TG CDS1247341 840 - 0.333333
g7432 DLA_08311 GLQOFTK02FH5TG CDS1249103 324 + 0.342593
g7433 DLA_08312 GLQOFTK02FH5TG CDS1249771 1671 - 0.351287
g7434 DLA_08313 GLQOFTK02FH5TG CDS1251930 1500 - 0.29
g7435 DLA_08315 GLQOFTK02FH5TG CDS1254296 393 + 0.335878
g7436 DLA_08316 wealky similar to acid ceramidase which catalyzes the reaction N-acylsphingoside Hsub2subO a carboxylate sphingosineGLQOFTK02FH5TG CDS1254788 1299 - 0.357198
g7437 DLA_08318 half transporter consisting of one ABC domain and one transmembrane domainGLQOFTK02FH5TG CDS1257547 1872 + 0.369124
g7438 DLA_08319 STE20PAKA protein kinase involved in the regulation of the cytoskeleton during chemotaxis and required for cytokinesis contains PAK-boxP21-Rho-binding (CRIB) domain found in the WASP C-terminalGLQOFTK02FH5TG CDS1260149 3315 + 0.355656
g7439 DLA_08320 GLQOFTK02FH5TG CDS1263935 2562 + 0.302888
g744 DLA_00819 F4PJNLW01A00V1 CDS247009 1746 - 0.338488
g7440 DLA_08321 GLQOFTK02FH5TG CDS1266769 720 - 0.301389
g7441 DLA_08322 GLQOFTK02FH5TG CDS1268406 1125 - 0.347556
g7442 DLA_08325 GLQOFTK02FH5TG CDS1271620 1125 - 0.329778
g7443 DLA_08326 partial ORF2 of tRNA-specific non-long terminal repeat retrotransposon TRE3-D refer to Genbank AF135841 for partial consensus elementGLQOFTK02FH5TG CDS1273568 3420 - 0.355263
g7444 DLA_11715 GLQOFTK02FH5TG CDS1277332 849 - 0.366313
g7445 DLA_08327 GLQOFTK02FH5TG CDS1278694 2976 - 0.325941
g7446 DLA_08328 GLQOFTK02FH5TG CDS1282838 579 - 0.316062
g7447 DLA_08329 GLQOFTK02FH5TG CDS1283458 645 - 0.337985
g7448 DLA_08330 GLQOFTK02FH5TG CDS1284360 639 - 0.316119
g7449 DLA_08331 GLQOFTK02FH5TG CDS1285584 2055 + 0.279805
g745 DLA_00820 catalyzes the reaction GTP oxaloacetate GDP phosphoenolpyruvate COsub2sub in gluconeogenesis and the TCA cycleF4PJNLW01A00V1 CDS249191 1887 + 0.397986
g7450 DLA_08332 GLQOFTK02FH5TG CDS1287718 4320 - 0.336343
g7451 DLA_08334 GLQOFTK02FH5TG CDS1292420 909 + 0.30253
g7452 DLA_08335 GLQOFTK02FH5TG CDS1293598 1518 + 0.296443
g7453 DLA_08336 GLQOFTK02FH5TG CDS1295281 2235 - 0.280537
g7454 DLA_08337 similar to uncharacterized eukaryotic proteins of the DUF1909 (4F5) familyGLQOFTK02FH5TG CDS1298314 231 + 0.34632
g7455 DLA_08338 GLQOFTK02FH5TG CDS1299161 1983 - 0.312658
g7456 DLA_08340 GLQOFTK02FH5TG CDS1301682 3168 - 0.308081
g7457 DLA_08341 GLQOFTK02FH5TG CDS1305207 990 + 0.259596
g7458 DLA_08342 GLQOFTK02FH5TG CDS1306303 201 - 0.278607
g7459 DLA_08344 GLQOFTK02FH5TG CDS1308098 1155 + 0.290043
g746 DLA_00821 F4PJNLW01A00V1 CDS251425 1431 - 0.34102
g7460 DLA_08345 member of the Dyp-type peroxidase family lacking a typical heme-binding region does not appear to be present in higher organisms there is a second copy of this gene GLQOFTK02FH5TG CDS1309398 1965 + 0.281425
g7461 DLA_08347 GLQOFTK02FH5TG CDS1312027 6075 - 0.320823
g7462 DLA_08348 GLQOFTK02FH5TG CDS1318823 1131 + 0.335102
g7463 DLA_08349 GLQOFTK02FH5TG CDS1320351 1209 - 0.30273
g7464 DLA_08350 GLQOFTK02FH5TG CDS1321705 2667 - 0.303337
g7465 DLA_08351 component of the RNA polymerase III complex ortholog of S. cerevisiae RPC25 and H. sapiens RPC8 there is a second copy of this gene GLQOFTK02FH5TG CDS1325158 903 - 0.320044
g7466 DLA_08353 GLQOFTK02FH5TG CDS1327222 2046 - 0.273216
g7467 DLA_08354 GLQOFTK02FH5TG CDS1329625 1353 - 0.300074
g7468 DLA_08355 GLQOFTK02FH5TG CDS1331142 2745 - 0.286339
g7469 DLA_08356 GLQOFTK02FH5TG CDS1335202 1944 - 0.308128
g747 DLA_00822 F4PJNLW01A00V1 CDS253903 207 - 0.318841
g7470 DLA_08357 GLQOFTK02FH5TG CDS1338085 3267 - 0.329966
g7471 DLA_08358 GLQOFTK02FH5TG CDS1342002 1641 - 0.366849
g7472 DLA_08359 ortholog of the DNA primase large subunit of the DNA polymerase alpha-primase complex required for the initiation of DNA replicationGLQOFTK02FH5TG CDS1344065 1356 + 0.314897
g7473 DLA_08361 GLQOFTK02FH5TG CDS1345636 555 - 0.282883
g7474 DLA_08363 GLQOFTK02FH5TG CDS1346313 2133 - 0.283638
g7475 DLA_08365 GLQOFTK02FH5TG CDS1349218 11601 - 0.325403
g7476 DLA_08366 GLQOFTK02FH5TG CDS1361359 420 + 0.340476
g7477 DLA_08367 GLQOFTK02FH5TG CDS1362404 2241 - 0.339134
g7478 DLA_08370 GLQOFTK02FH5TG CDS1365797 1965 - 0.322137
g7479 DLA_08371 GLQOFTK02FH5TG CDS1367923 717 - 0.297071
g748 DLA_00823 F4PJNLW01A00V1 CDS255007 1323 + 0.269085
g7480 DLA_08372 GLQOFTK02FH5TG CDS1369269 1503 + 0.338656
g7481 DLA_08373 GLQOFTK02FH5TG CDS1371132 966 - 0.295031
g7482 DLA_08374 belongs to the RAS-like GTPase superfamily ortholog of human OLA1GLQOFTK02FH5TG CDS1372750 1134 + 0.349206
g7483 DLA_08375 catalyzes the reaction Hsub2subO dCTP NH3 dUTP in de novo biosynthesis of pyrimidine deoxyribonucleotidesGLQOFTK02FH5TG CDS1374165 513 - 0.319688
g7484 DLA_08376 GLQOFTK02FH5TG CDS1376110 2082 + 0.371278
g7485 DLA_08377 GLQOFTK02FH5TG CDS1379973 3231 + 0.374807
g7486 DLA_08378 GLQOFTK02FH5TG CDS1383522 3045 + 0.314286
g7487 DLA_11716 GLQOFTK02FH5TG CDS1386767 387 - 0.325581
g7488 DLA_08379 GLQOFTK02FH5TG CDS1387197 726 - 0.290634
g7489 DLA_08380 GLQOFTK02FH5TG CDS1388042 1035 - 0.308213
g749 DLA_00824 ortholog of the human G6PD defects in G6PD cause chronic non-spherocytic hemolytic anemia (CNSHA) catalyzes the reaction D-glucose 6-phosphate NADPsupsup D-glucono-15-lactone 6-phosphate NADPH Hsupsup there is a second copy of this gene F4PJNLW01A00V1 CDS256464 1536 - 0.373047
g7490 DLA_08381 GLQOFTK02FH5TG CDS1389806 3186 - 0.278406
g7491 DLA_08382 GLQOFTK02FH5TG CDS1393825 1614 - 0.276952
g7492 DLA_08384 GLQOFTK02FH5TG CDS1396338 306 + 0.372549
g7493 DLA_08385 GLQOFTK02FH5TG CDS1396968 297 + 0.447811
g7494 DLA_08386 GLQOFTK02FH5TG CDS1397307 1236 + 0.38754
g7495 DLA_08387 GLQOFTK02FH5TG CDS1398713 942 - 0.267516
g7496 DLA_08388 GLQOFTK02FH5TG CDS1400396 483 - 0.337474
g7497 DLA_08389 GLQOFTK02FH5TG CDS1401005 1611 - 0.267536
g7498 DLA_11717 GLQOFTK02FH5TG CDS1403137 438 - 0.276256
g7499 DLA_08390 GLQOFTK02FH5TG CDS1404152 11397 + 0.347899
g75 DLA_00086 contig05409_1.exp CDS178641 390 - 0.274359
g750 DLA_00826 F4PJNLW01A00V1 CDS258630 1767 + 0.359932
g7500 DLA_08392 GLQOFTK02FH5TG CDS1416334 1764 + 0.278912
g7501 DLA_08393 GLQOFTK02FH5TG CDS1418499 2343 + 0.278703
g7502 DLA_08394 GLQOFTK02FH5TG CDS1421527 294 + 0.340136
g7503 DLA_08395 GLQOFTK02FH5TG CDS1422203 1176 + 0.37415
g7504 DLA_08396 similar to S. cerevisiae Lgs1 a putative GTPase involved in 60S ribosomal subunit biogenesisGLQOFTK02FH5TG CDS1424073 2001 + 0.337331
g7505 DLA_08398 GLQOFTK02FH5TG CDS1426528 1038 - 0.345857
g7506 DLA_08399 GLQOFTK02FH5TG CDS1427682 1758 - 0.287258
g7507 DLA_11718 GLQOFTK02FH5TG CDS1431546 1509 + 0.228628
g7508 DLA_08400 GLQOFTK02FH5TG CDS1433870 1965 + 0.248855
g7509 DLA_08403 GLQOFTK02FH5TG CDS1436204 3498 - 0.333905
g751 DLA_00827 F4PJNLW01A00V1 CDS260892 825 + 0.273939
g7510 DLA_08405 GLQOFTK02FH5TG CDS1440231 771 - 0.299611
g7511 DLA_08406 GLQOFTK02FH5TG CDS1441488 396 + 0.340909
g7512 DLA_08407 GLQOFTK02FH5TG CDS1442202 1704 + 0.33216
g7513 DLA_08408 GLQOFTK02FH5TG CDS1444081 3882 - 0.340804
g7514 DLA_08409 GLQOFTK02FH5TG CDS1448206 2724 - 0.310206
g7515 DLA_08410 GLQOFTK02FH5TG CDS1451510 642 + 0.32866
g7516 DLA_08411 GLQOFTK02FH5TG CDS1453541 675 + 0.29037
g7517 DLA_08412 GLQOFTK02FH5TG CDS1455062 906 - 0.315673
g7518 DLA_08413 GLQOFTK02FH5TG CDS1456324 1779 + 0.29511
g7519 DLA_08414 GLQOFTK02FH5TG CDS1458224 1761 + 0.273708
g752 DLA_00828 F4PJNLW01A00V1 CDS262490 1920 + 0.411458
g7520 DLA_11719 GLQOFTK02FH5TG CDS1460087 1734 + 0.267013
g7521 DLA_08415 GLQOFTK02FH5TG CDS1461897 1737 + 0.280944
g7522 DLA_08416 TFIIE large subunit involved in recruitment of RNA polymerase II to the promoter activation of TFIIH and promoter opening there is a second copy of this gene GLQOFTK02FH5TG CDS1463757 1254 + 0.315789
g7523 DLA_08417 GLQOFTK02FH5TG CDS1465188 645 - 0.350388
g7524 DLA_08418 GLQOFTK02FH5TG CDS1465994 1224 - 0.285948
g7525 DLA_08419 GLQOFTK02FH5TG CDS1467414 1674 + 0.272999
g7526 DLA_08420 GLQOFTK02FH5TG CDS1469302 2112 + 0.358428
g7527 DLA_08421 GLQOFTK02FH5TG CDS1471758 1278 + 0.273083
g7528 DLA_08422 phosphorylates 1D-myo-inositol 3456-tetrakisphosphate to 1D-myo-inositol 13456-pentakisphosphateGLQOFTK02FH5TG CDS1473227 987 - 0.276596
g7529 DLA_08423 GLQOFTK02FH5TG CDS1474460 1920 - 0.295312
g753 DLA_00829 putative ortholog of H. sapiens SHOC2 also known as Ras-binding protein Sur-8F4PJNLW01A00V1 CDS264836 1536 + 0.350911
g7530 DLA_08424 GLQOFTK02FH5TG CDS1476483 993 + 0.257805
g7531 DLA_08425 GLQOFTK02FH5TG CDS1477524 1950 - 0.314359
g7532 DLA_08426 GLQOFTK02FH5TG CDS1479839 2241 - 0.337349
g7533 DLA_08427 GLQOFTK02FH5TG CDS1483060 3141 + 0.323464
g7534 DLA_08428 GLQOFTK02FH5TG CDS1486544 204 - 0.377451
g7535 DLA_08429 GLQOFTK02FH5TG CDS1487264 1770 - 0.29435
g7536 DLA_08430 GLQOFTK02FH5TG CDS1489317 438 + 0.328767
g7537 DLA_08431 GLQOFTK02FH5TG CDS1489928 447 + 0.297539
g7538 DLA_08432 GLQOFTK02FH5TG CDS1490583 486 - 0.306584
g7539 DLA_08433 there is a second copy of this gene GLQOFTK02FH5TG CDS1491296 2943 + 0.321441
g754 DLA_00830 similar to mammalian XPR1 which may confer susceptibility to infection with murine leukaemia viruses also similar to yeast SYG1 a G-protein associated signal transduction protein and plant PHO1 that may be involved in phosphate transportF4PJNLW01A00V1 CDS266491 2316 - 0.324698
g7540 DLA_08434 catalyzes the reaction: CTP phosphatidate diphosphate CDP-diacylglycerol provides CDP-diacylglycerol an important precursor for the synthesis of phospholipids contains 8 putative transmembrane domainsGLQOFTK02FH5TG CDS1495102 1347 + 0.309577
g7541 DLA_08435 GLQOFTK02FH5TG CDS1497102 1614 - 0.345105
g7542 DLA_08436 GLQOFTK02FH5TG CDS1499543 1359 + 0.299485
g7543 DLA_08437 GLQOFTK02FH5TG CDS1501490 3495 + 0.313591
g7544 DLA_08438 GLQOFTK02FH5TG CDS1505223 1965 - 0.325191
g7545 DLA_08439 GLQOFTK02FH5TG CDS1507594 3453 - 0.29945
g7546 DLA_08440 GLQOFTK02FH5TG CDS1511682 309 - 0.288026
g7547 DLA_08441 GLQOFTK02FH5TG CDS1513159 600 + 0.213333
g7548 DLA_08442 GLQOFTK02FH5TG CDS1514144 597 + 0.39866
g7549 DLA_08443 glycoside hydrolase family 25 (GH25) comprises enzymes with lysozyme (EC:3.2.1.17) activity contains a putative N-terminal signal peptideGLQOFTK02FH5TG CDS1515238 642 + 0.336449
g755 DLA_00831 F4PJNLW01A00V1 CDS269332 1707 - 0.326303
g7550 DLA_08444 GLQOFTK02FH5TG CDS1515984 2223 + 0.253261
g7551 DLA_08445 GLQOFTK02FH5TG CDS1518238 1248 - 0.298077
g7552 DLA_08446 GLQOFTK02FH5TG CDS1519740 336 + 0.366071
g7553 DLA_08448 GLQOFTK02FH5TG CDS1520992 774 + 0.338501
g7554 DLA_11720 GLQOFTK02FH5TG CDS1522176 315 + 0.32381
g7555 DLA_08449 GLQOFTK02FH5TG CDS1522546 585 + 0.34188
g7556 DLA_08450 GLQOFTK02FH5TG CDS1524579 1722 + 0.252033
g7557 DLA_08452 GLQOFTK02FH5TG CDS1526661 1251 - 0.219824
g7558 DLA_08453 GLQOFTK02FH5TG CDS1528443 1062 + 0.332392
g7559 DLA_08454 GLQOFTK02FH5TG CDS1529803 975 + 0.267692
g756 DLA_00833 F4PJNLW01A00V1 CDS271654 753 - 0.361222
g7560 DLA_08455 GLQOFTK02FH5TG CDS1530851 4974 - 0.271009
g7561 DLA_08456 GLQOFTK02FJ5LP CDS2 2500 + 0.3856
g7562 DLA_08458 GLQOFTK02G2F2O CDS121 1536 - 0.342448
g7563 DLA_08459 GLQOFTK02G2F2O CDS2117 2343 + 0.293641
g7564 DLA_08460 GLQOFTK02G2F2O CDS4919 1695 - 0.321534
g7565 DLA_08461 GLQOFTK02G2F2O CDS7014 1107 + 0.266486
g7566 DLA_08462 GLQOFTK02G2F2O CDS8848 1590 - 0.31195
g7567 DLA_08463 GLQOFTK02G2F2O CDS11165 3903 + 0.320266
g7568 DLA_08466 GLQOFTK02G2F2O CDS15174 735 - 0.246258
g7569 DLA_08467 GLQOFTK02G2F2O CDS19070 741 - 0.296896
g757 DLA_00834 F4PJNLW01A00V1 CDS272712 912 - 0.246711
g7570 DLA_08468 GLQOFTK02G2F2O CDS20743 1446 + 0.267635
g7571 DLA_08469 GLQOFTK02G2F2O CDS22723 1053 - 0.266857
g7572 DLA_11721 GLQOFTK02G2F2O CDS25460 204 - 0.323529
g7573 DLA_08470 GLQOFTK02G2F2O CDS26876 1050 - 0.270476
g7574 DLA_08472 GLQOFTK02G2F2O CDS28835 396 - 0.229798
g7575 DLA_08473 GLQOFTK02G2F2O CDS29823 1461 + 0.285421
g7576 DLA_08474 GLQOFTK02G2F2O CDS31480 675 - 0.371852
g7577 DLA_08476 GLQOFTK02G2F2O CDS34103 501 - 0.289421
g7578 DLA_08478 GLQOFTK02G2F2O CDS36274 1053 - 0.276353
g7579 DLA_08479 GLQOFTK02G2F2O CDS38228 576 + 0.295139
g758 DLA_00835 F4PJNLW01A00V1 CDS273958 909 - 0.330033
g7580 DLA_08480 GLQOFTK02G2F2O CDS38971 1050 - 0.272381
g7581 DLA_11722 GLQOFTK02G2F2O CDS40381 801 + 0.274657
g7582 DLA_08481 GLQOFTK02G2F2O CDS41243 786 + 0.260814
g7583 DLA_08482 GLQOFTK02G2F2O CDS42360 1053 - 0.272555
g7584 DLA_08484 GLQOFTK02G2F2O CDS44418 1671 + 0.333333
g7585 DLA_08485 GLQOFTK02G2F2O CDS46273 1152 + 0.295139
g7586 DLA_08487 GLQOFTK02G2F2O CDS48067 2085 + 0.278177
g7587 DLA_08488 GLQOFTK02G2F2O CDS50354 5013 - 0.324556
g7588 DLA_08489 GLQOFTK02G2F2O CDS56666 828 - 0.295894
g7589 DLA_08490 GLQOFTK02G2F2O CDS57793 525 + 0.272381
g759 DLA_00836 F4PJNLW01A00V1 CDS275234 381 - 0.291339
g7590 DLA_08491 GLQOFTK02G2F2O CDS58393 2388 - 0.322446
g7591 DLA_08493 GLQOFTK02G2F2O CDS63296 1386 + 0.37013
g7592 DLA_08494 GLQOFTK02G2F2O CDS65134 1248 - 0.314103
g7593 DLA_08495 GLQOFTK02G2F2O CDS66544 1296 + 0.358796
g7594 DLA_08497 GLQOFTK02G2F2O CDS68849 3240 - 0.335802
g7595 DLA_08498 GLQOFTK02G2F2O CDS72615 3561 + 0.344285
g7596 DLA_08499 GLQOFTK02G2F2O CDS76661 1476 - 0.319106
g7597 DLA_08502 GLQOFTK02G2F2O CDS79282 2178 + 0.332874
g7598 DLA_08503 GLQOFTK02G2F2O CDS81854 1635 - 0.29052
g7599 DLA_11723 GLQOFTK02G2F2O CDS84638 459 + 0.324619
g76 DLA_00088 contig05409_1.exp CDS179466 888 + 0.334459
g760 DLA_00837 F4PJNLW01A00V1 CDS275914 1620 + 0.307407
g7600 DLA_08504 GLQOFTK02G2F2O CDS85331 2091 + 0.286944
g7601 DLA_08505 GLQOFTK02G2F2O CDS87509 1578 - 0.338403
g7602 DLA_08506 GLQOFTK02G2F2O CDS89225 2895 + 0.334715
g7603 DLA_11724 GLQOFTK02G2F2O CDS92327 378 + 0.28836
g7604 DLA_08507 GLQOFTK02G2F2O CDS93078 1074 + 0.301676
g7605 DLA_08508 GLQOFTK02G2F2O CDS94411 465 - 0.337634
g7606 DLA_08510 GLQOFTK02G2F2O CDS95344 1983 + 0.30358
g7607 DLA_08511 GLQOFTK02G2F2O CDS97545 897 - 0.352285
g7608 DLA_08512 GLQOFTK02G2F2O CDS98912 651 + 0.291859
g7609 DLA_08513 GLQOFTK02G2F2O CDS99678 1227 - 0.360228
g761 DLA_00838 F4PJNLW01A00V1 CDS277567 1449 - 0.310559
g7610 DLA_11725 GLQOFTK02G2F2O CDS102233 687 + 0.330422
g7611 DLA_08514 GLQOFTK02G2F2O CDS103110 2076 + 0.308767
g7612 DLA_08515 GLQOFTK02G2F2O CDS105408 1311 - 0.356979
g7613 DLA_08516 GLQOFTK02G2F2O CDS107113 717 + 0.294282
g7614 DLA_08517 GLQOFTK02G2F2O CDS108115 1812 - 0.3234
g7615 DLA_08519 GLQOFTK02G2F2O CDS114555 1650 - 0.302424
g7616 DLA_08520 GLQOFTK02G2F2O CDS116587 567 - 0.280423
g7617 DLA_08521 GLQOFTK02G2F2O CDS118207 2454 - 0.368378
g7618 DLA_08522 GLQOFTK02G2F2O CDS121750 1038 - 0.314066
g7619 DLA_08523 GLQOFTK02G2F2O CDS123368 948 + 0.372363
g762 DLA_11451 F4PJNLW01A00V1 CDS279080 1206 + 0.313433
g7620 DLA_08524 GLQOFTK02G2F2O CDS124723 3159 + 0.3346
g7621 DLA_08525 GLQOFTK02G2F2O CDS128029 2262 - 0.284262
g7622 DLA_08526 GLQOFTK02G2F2O CDS130616 1599 - 0.273296
g7623 DLA_08527 GLQOFTK02G2F2O CDS132797 2373 + 0.347661
g7624 DLA_08528 GLQOFTK02G2F2O CDS135623 1311 - 0.285278
g7625 DLA_08529 highly similar to mammalian puromycin-sensitive aminopeptidase belonging to the peptidase M1 family (metallopeptidases) contains a peptidase M1 domain including a zinc-binding siteGLQOFTK02G2F2O CDS139243 2667 - 0.347957
g7626 DLA_08530 GLQOFTK02G2F2O CDS142508 924 + 0.300866
g7627 DLA_08531 GLQOFTK02G2F2O CDS143813 1113 + 0.36478
g7628 DLA_11726 GLQOFTK02G2F2O CDS145413 1512 + 0.277116
g7629 DLA_08532 half transporter consisting of one ABC domain and one transmembrane domainGLQOFTK02G2F2O CDS146959 2214 - 0.349142
g763 DLA_00839 F4PJNLW01A00V1 CDS280717 828 + 0.285024
g7630 DLA_08533 GLQOFTK02G2F2O CDS149375 270 + 0.322222
g7631 DLA_08534 central component of the U4U6-U5 snRNP complex contains the PRO8NT PROCN PRO C-terminal and Mov34MPNPAD-1 domains found in pre-mRNA splicing factors of the PRO8 familyGLQOFTK02G2F2O CDS149914 6996 + 0.384791
g7632 DLA_08535 GLQOFTK02G2F2O CDS157051 663 - 0.257919
g7633 DLA_08536 GLQOFTK02G2F2O CDS158322 2430 + 0.290123
g7634 DLA_11727 GLQOFTK02G2F2O CDS161245 1026 + 0.339181
g7635 DLA_08537 GLQOFTK02G2F2O CDS162390 1383 - 0.334779
g7636 DLA_08539 GLQOFTK02G2F2O CDS164236 867 + 0.297578
g7637 DLA_08541 GLQOFTK02G2F2O CDS165894 4134 + 0.332608
g7638 DLA_11728 GLQOFTK02G2F2O CDS171015 825 + 0.301818
g7639 DLA_08542 GLQOFTK02G2F2O CDS172154 2055 + 0.296837
g764 DLA_00841 F4PJNLW01A00V1 CDS282447 306 - 0.294118
g7640 DLA_08543 GLQOFTK02G2F2O CDS174255 1686 - 0.336299
g7641 DLA_08544 GLQOFTK02G2F2O CDS176418 1617 + 0.294372
g7642 DLA_08545 GLQOFTK02G2F2O CDS178133 3213 - 0.323374
g7643 DLA_08546 GLQOFTK02G2F2O CDS183857 1197 - 0.355054
g7644 DLA_08547 GLQOFTK02G2F2O CDS185737 1284 + 0.314642
g7645 DLA_08548 GLQOFTK02G2F2O CDS187112 1056 - 0.326705
g7646 DLA_08550 GLQOFTK02G2F2O CDS188693 1848 + 0.308442
g7647 DLA_08551 GLQOFTK02G2F2O CDS190745 348 - 0.316092
g7648 DLA_08552 GLQOFTK02G2F2O CDS191176 834 - 0.335731
g7649 DLA_08553 GLQOFTK02G2F2O CDS192510 2517 - 0.357569
g765 DLA_00842 F4PJNLW01A00V1 CDS283616 396 + 0.363636
g7650 DLA_08555 GLQOFTK02G2F2O CDS196825 810 - 0.332099
g7651 DLA_11729 GLQOFTK02G2F2O CDS198101 918 + 0.324619
g7652 DLA_08556 GLQOFTK02G2F2O CDS199318 1431 + 0.310273
g7653 DLA_08557 GLQOFTK02G2F2O CDS200961 600 - 0.291667
g7654 DLA_11730 GLQOFTK02G2F2O CDS201761 3231 - 0.314144
g7655 DLA_08558 GLQOFTK02G2F2O CDS205992 1665 - 0.263063
g7656 DLA_11731 GLQOFTK02G2F2O CDS210334 600 - 0.293333
g7657 DLA_08559 GLQOFTK02G2F2O CDS211103 3228 - 0.316605
g7658 DLA_08561 GLQOFTK02G2F2O CDS215043 1401 + 0.359743
g7659 DLA_08562 GLQOFTK02G2F2O CDS216682 540 - 0.344444
g766 DLA_00843 F4PJNLW01A00V1 CDS284519 1326 - 0.293364
g7660 DLA_08564 GLQOFTK02G2F2O CDS218083 2028 - 0.336292
g7661 DLA_08565 GLQOFTK02G2F2O CDS220668 1914 - 0.367816
g7662 DLA_08566 GLQOFTK02G2F2O CDS223228 930 + 0.310753
g7663 DLA_08568 GLQOFTK02G2F2O CDS225980 1332 + 0.338589
g7664 DLA_08569 GLQOFTK02G2F2O CDS227457 696 - 0.265805
g7665 DLA_08570 GLQOFTK02G2F2O CDS228435 321 + 0.352025
g7666 DLA_08571 GLQOFTK02G2F2O CDS229400 3729 + 0.335747
g7667 DLA_08572 GLQOFTK02G2F2O CDS233474 732 - 0.331967
g7668 DLA_08574 GLQOFTK02G2F2O CDS235170 4119 + 0.315125
g7669 DLA_08576 GLQOFTK02G2F2O CDS239572 900 - 0.28
g767 DLA_00844 F4PJNLW01A00V1 CDS285946 957 + 0.345873
g7670 DLA_08577 GLQOFTK02G2F2O CDS242159 921 - 0.322476
g7671 DLA_08578 GLQOFTK02G2F2O CDS243157 360 - 0.327778
g7672 DLA_08579 GLQOFTK02G2F2O CDS244749 357 + 0.282913
g7673 DLA_08580 GLQOFTK02G2F2O CDS246143 1617 + 0.31107
g7674 DLA_08582 GLQOFTK02G2F2O CDS248651 351 + 0.253561
g7675 DLA_08583 GLQOFTK02G2F2O CDS249431 432 + 0.31713
g7676 DLA_08584 GLQOFTK02G2F2O CDS250493 426 - 0.276995
g7677 DLA_08585 GLQOFTK02G2F2O CDS251569 1548 + 0.324289
g7678 DLA_08586 GLQOFTK02G2F2O CDS253171 6300 - 0.329524
g7679 DLA_08587 GLQOFTK02G2F2O CDS260354 4086 - 0.320607
g768 DLA_00846 F4PJNLW01A00V1 CDS287419 987 - 0.331307
g7680 DLA_08588 GLQOFTK02G2F2O CDS264928 4056 - 0.337032
g7681 DLA_08589 GLQOFTK02G2F2O CDS269530 4002 - 0.327336
g7682 DLA_08590 GLQOFTK02G2F2O CDS274055 2502 - 0.338129
g7683 DLA_08592 GLQOFTK02G2F2O CDS277666 1203 - 0.284289
g7684 DLA_08593 GLQOFTK02G2F2O CDS280896 1041 + 0.331412
g7685 DLA_08594 GLQOFTK02G2F2O CDS282148 4089 - 0.32942
g7686 DLA_08595 GLQOFTK02G2F2O CDS286649 4146 - 0.310902
g7687 DLA_08598 GLQOFTK02G2F2O CDS292903 2943 - 0.305471
g7688 DLA_08599 GLQOFTK02G2F2O CDS296484 4050 - 0.31679
g7689 DLA_08600 GLQOFTK02G2F2O CDS301331 1173 - 0.319693
g769 DLA_00847 F4PJNLW01A00V1 CDS288983 5649 + 0.355815
g7690 DLA_08601 GLQOFTK02G2F2O CDS302809 1521 + 0.315582
g7691 DLA_08602 GLQOFTK02G2F2O CDS304650 6945 + 0.324694
g7692 DLA_08603 GLQOFTK02G2F2O CDS312314 678 + 0.346608
g7693 DLA_08606 GLQOFTK02G2F2O CDS313796 672 + 0.394345
g7694 DLA_08607 GLQOFTK02G2F2O CDS315208 672 + 0.397321
g7695 DLA_08608 GLQOFTK02G2F2O CDS316850 672 + 0.394345
g7696 DLA_08609 controls the topological state of DNA by transient double-strand breakage and subsequent rejoining of DNA strands this is predicted to be a nuclear topoisomerase IIGLQOFTK02G2F2O CDS317745 4539 - 0.352941
g7697 DLA_08610 GLQOFTK02G2F2O CDS322741 1179 + 0.319762
g7698 DLA_08611 GLQOFTK02G2F2O CDS324300 822 + 0.333333
g7699 DLA_08612 GLQOFTK02G2F2O CDS325595 2148 + 0.346369
g77 DLA_00089 contig05409_1.exp CDS180412 684 - 0.252924
g770 DLA_00848 F4PJNLW01A00V1 CDS294833 375 - 0.277333
g7700 DLA_08615 GLQOFTK02G2F2O CDS328717 2313 + 0.344142
g7701 DLA_08618 GLQOFTK02G2F2O CDS332555 3444 + 0.305459
g7702 DLA_08619 GLQOFTK02G2F2O CDS336146 495 - 0.311111
g7703 DLA_08620 GLQOFTK02G2F2O CDS337995 6435 + 0.343745
g7704 DLA_08622 GLQOFTK02G2F2O CDS345797 234 + 0.286325
g7705 DLA_08623 GLQOFTK02G2F2O CDS346500 477 + 0.259958
g7706 DLA_08624 GLQOFTK02G2F2O CDS347129 831 - 0.276775
g7707 DLA_08626 utilizes the methyl donor S-adenosyl-L-methionine to catalyze the site-specific 2'-hydroxyl methylation of ribose moieties in pre-ribosomal RNAGLQOFTK02G2F2O CDS349605 999 - 0.429429
g7708 DLA_08627 GLQOFTK02G2F2O CDS351215 996 - 0.368474
g7709 DLA_11732 GLQOFTK02G2F2O CDS352794 306 - 0.395425
g771 DLA_00849 F4PJNLW01A00V1 CDS295345 558 - 0.284946
g7710 DLA_11733 GLQOFTK02G2F2O CDS353599 198 - 0.272727
g7711 DLA_08628 similar to the mammalian CD9 antigen contains a tetraspanin and 4 putative transmembrane domainsGLQOFTK02G2F2O CDS354701 681 + 0.352423
g7712 DLA_08629 GLQOFTK02G2F2O CDS355717 2370 + 0.348101
g7713 DLA_08630 GLQOFTK02G2F2O CDS358254 3864 + 0.336698
g7714 DLA_08632 GLQOFTK02G2F2O CDS362992 1401 - 0.320485
g7715 DLA_08633 GLQOFTK02G2F2O CDS365135 4098 - 0.32162
g7716 DLA_08634 GLQOFTK02G2F2O CDS369837 2043 + 0.297602
g7717 DLA_08636 GLQOFTK02G2F2O CDS372435 1083 + 0.313019
g7718 DLA_08637 GLQOFTK02G2F2O CDS374164 2229 - 0.349933
g7719 DLA_11734 GLQOFTK02G2F2O CDS376628 942 - 0.301486
g772 DLA_00850 F4PJNLW01A00V1 CDS296003 1506 + 0.286189
g7720 DLA_08638 GLQOFTK02G2F2O CDS377895 1539 - 0.2859
g7721 DLA_08639 GLQOFTK02G2F2O CDS380620 1179 + 0.345208
g7722 DLA_08641 GLQOFTK02G2F2O CDS382113 876 + 0.27169
g7723 DLA_11735 GLQOFTK02G2F2O CDS383287 288 + 0.350694
g7724 DLA_08642 GLQOFTK02G2F2O CDS383694 4512 - 0.359043
g7725 DLA_11736 GLQOFTK02G2F2O CDS389027 1224 - 0.353758
g7726 DLA_08643 GLQOFTK02G2F2O CDS391355 4086 - 0.311552
g7727 DLA_08644 GLQOFTK02G2F2O CDS396299 3969 - 0.322247
g7728 DLA_08645 GLQOFTK02G2F2O CDS401058 4053 - 0.325931
g7729 DLA_11737 GLQOFTK02G2F2O CDS405904 234 - 0.380342
g773 DLA_00851 ortholog of S. cerevisiae and H. sapiens EMG1 involved in 40S ribosome biogenesisF4PJNLW01A00V1 CDS297802 978 - 0.322086
g7730 DLA_08646 GLQOFTK02G2F2O CDS407578 261 - 0.35249
g7731 DLA_08647 GLQOFTK02G2F2O CDS408323 1794 + 0.30825
g7732 DLA_08648 GLQOFTK02G2F2O CDS410654 1920 - 0.280208
g7733 DLA_08650 GLQOFTK02G2F2O CDS413889 1443 - 0.358281
g7734 DLA_08651 GLQOFTK02G2F2O CDS415454 1563 - 0.370441
g7735 DLA_08652 GLQOFTK02G2F2O CDS417413 387 + 0.377261
g7736 DLA_08653 GLQOFTK02G2F2O CDS418053 945 - 0.283598
g7737 DLA_08654 GLQOFTK02G2F2O CDS419526 1137 + 0.288478
g7738 DLA_08655 GLQOFTK02G2F2O CDS421308 1755 - 0.361254
g7739 DLA_11738 GLQOFTK02G2F2O CDS423147 240 + 0.308333
g774 DLA_00852 similar to human LMAN1 (lectin mannose-binding protein 1) belongs to the legume-like lectin family contains 1 predicted transmembrane domain similar to D. purpureum proteinF4PJNLW01A00V1 CDS299268 1593 + 0.327056
g7740 DLA_11739 member of a new lysozyme class there is a second copy of this gene GLQOFTK02G2F2O CDS423794 852 - 0.369718
g7741 DLA_08656 GLQOFTK02G2F2O CDS425482 1005 + 0.337313
g7742 DLA_08657 GLQOFTK02G2F2O CDS427080 1161 - 0.328165
g7743 DLA_08658 GLQOFTK02G2F2O CDS428650 1686 - 0.291222
g7744 DLA_08659 GLQOFTK02G2F2O CDS430417 1089 - 0.337006
g7745 DLA_08660 GLQOFTK02G2F2O CDS431663 1128 - 0.332447
g7746 DLA_08661 GLQOFTK02G2F2O CDS433203 2652 + 0.334465
g7747 DLA_08662 conserved protein mainly among fungi and plantsGLQOFTK02G2F2O CDS436087 2898 + 0.333333
g7748 DLA_08663 GLQOFTK02G2F2O CDS439272 1941 + 0.296754
g7749 DLA_08664 GLQOFTK02G2F2O CDS441430 2250 - 0.296444
g775 DLA_00854 F4PJNLW01A00V1 CDS303099 306 - 0.261438
g7750 DLA_08666 catalyzes the reaction ATP L-tryptophan tRNATrp AMP diphosphate L-tryptophan-tRNAThr similar to bacterial tryptophan-tRNA ligasesGLQOFTK02G2F2O CDS444155 1617 - 0.313544
g7751 DLA_08668 GLQOFTK02G2F2O CDS446051 936 + 0.319444
g7752 DLA_08669 GLQOFTK02G2F2O CDS447431 915 - 0.28306
g7753 DLA_08670 GLQOFTK02G2F2O CDS448934 2043 - 0.358297
g7754 DLA_08672 GLQOFTK02G2F2O CDS452174 1539 + 0.389864
g7755 DLA_08674 GLQOFTK02G2F2O CDS455474 5547 - 0.348116
g7756 DLA_08675 GLQOFTK02G2F2O CDS461658 1083 + 0.33795
g7757 DLA_11740 GLQOFTK02G2F2O CDS462800 588 + 0.297619
g7758 DLA_08676 GLQOFTK02G2F2O CDS463871 1437 + 0.322895
g7759 DLA_08677 GLQOFTK02G2F2O CDS465366 948 - 0.287975
g776 DLA_00855 F4PJNLW01A00V1 CDS303707 1491 + 0.315225
g7760 DLA_08678 chromatin remodeling complex subunit R (CHR) protein SWI2SNF2 homologGLQOFTK02G2F2O CDS466621 3690 - 0.304336
g7761 DLA_08679 GLQOFTK02G2F2O CDS470447 1743 + 0.279403
g7762 DLA_08680 GLQOFTK02G2F2O CDS472264 4284 - 0.336835
g7763 DLA_08681 GLQOFTK02G2F2O CDS476830 1227 - 0.231459
g7764 DLA_08682 catalyzes the hydrolysis of the terminal 12-linked alpha-D-mannose residues in the oligo-mannose oligosaccharide Man9(GlcNAc)2 some members of this family are responsible for protein N-linked glycosylation while other participate in the degradation of misfolded glycoproteins in the endoplasmic reticulumGLQOFTK02G2F2O CDS478161 1740 - 0.356322
g7765 DLA_08683 GLQOFTK02G2F2O CDS480228 1548 + 0.29199
g7766 DLA_08684 member of the TKL (tyrosine kinase-like) group of protein kinases contains filamin repeat similar to ABP120GLQOFTK02G2F2O CDS482933 4218 + 0.336415
g7767 DLA_08685 GLQOFTK02G2F2O CDS487671 573 + 0.26178
g7768 DLA_08686 GLQOFTK02G2F2O CDS488882 768 + 0.321615
g7769 DLA_08687 GLQOFTK02G2F2O CDS489736 1656 - 0.288043
g777 DLA_00856 F4PJNLW01A00V1 CDS305305 3129 + 0.286353
g7770 DLA_08688 GLQOFTK02G2F2O CDS491561 1971 - 0.333841
g7771 DLA_11741 GLQOFTK02G2F2O CDS493936 309 - 0.352751
g7772 DLA_08689 GLQOFTK02G2F2O CDS494507 585 + 0.317949
g7773 DLA_08690 GLQOFTK02G2F2O CDS495240 753 - 0.371846
g7774 DLA_08691 GLQOFTK02G2F2O CDS496310 2664 - 0.311937
g7775 DLA_11742 GLQOFTK02G2F2O CDS499125 711 - 0.367089
g7776 DLA_08692 GLQOFTK02G2F2O CDS500237 903 - 0.312292
g7777 DLA_08693 contains a signal peptide a PA14 (anthrax protection antigen) domain 4 Dictyostelium (CTDC) repeats and a C-terminal transmembrane domainGLQOFTK02G2F2O CDS502389 2082 - 0.352546
g7778 DLA_08694 GLQOFTK02G2F2O CDS506550 1257 + 0.35004
g7779 DLA_08695 eukaryotic translation initiation factor 2 alpha (eIF2alpha) kinase putative protein serinethreonine kinase contains two kinase domains and a HisRS domain N-terminal kinase domain related to STE group C-terminal kinase domain related to GCN2 subfamilyGLQOFTK02G2F2O CDS508309 6072 + 0.339427
g778 DLA_00858 F4PJNLW01A00V1 CDS308752 1359 - 0.303164
g7780 DLA_08696 ortholog of the mammalian C15orf15 gene and the S. cerevisiae RLP24 protein which is involved in the biogenesis of the 60S ribosomal subunit and at the end of biogenesis is likely to be exchanged for its ribosomal homologue rpl24GLQOFTK02G2F2O CDS514511 516 - 0.286822
g7781 DLA_08697 GLQOFTK02G2F2O CDS515375 2706 + 0.307834
g7782 DLA_08698 GLQOFTK02G2F2O CDS518191 678 + 0.266962
g7783 DLA_08699 GLQOFTK02G2F2O CDS518968 2958 - 0.331643
g7784 DLA_08700 putative protein serinethreonine kinase similar to yeast CDC5 Drosophila polo and mammalian PLK which play a role in mitosis and localize to the centrosomesGLQOFTK02G2F2O CDS522616 2478 - 0.315174
g7785 DLA_08701 GLQOFTK02G2F2O CDS526126 1215 - 0.291358
g7786 DLA_08702 GLQOFTK02G2F2O CDS527605 957 + 0.318704
g7787 DLA_08703 GLQOFTK02G2F2O CDS529119 1506 + 0.293493
g7788 DLA_08704 contains one VWFA domain and one copine domain copines are phospholipid-binding proteinsGLQOFTK02G2F2O CDS530931 843 - 0.345196
g7789 DLA_08705 GLQOFTK02G2F2O CDS532470 1620 + 0.287037
g779 DLA_00859 F4PJNLW01A00V1 CDS310297 1461 + 0.299795
g7790 DLA_08706 GLQOFTK02G2F2O CDS534393 732 + 0.315574
g7791 DLA_08707 ortholog of H. sapiens SLC25A28 and D. reiro SLC25A37 involved in iron transport across the mitochondrial membranebrbr bCommunity annotation:b Overview of the GLQOFTK02G2F2O CDS535504 897 - 0.375697
g7792 DLA_08709 GLQOFTK02G2F2O CDS537114 936 + 0.286325
g7793 DLA_08711 GLQOFTK02G2F2O CDS538241 2769 - 0.340195
g7794 DLA_08712 GLQOFTK02G2F2O CDS541218 1539 - 0.348278
g7795 DLA_08715 GLQOFTK02G2F2O CDS543174 1359 + 0.331126
g7796 DLA_08716 GLQOFTK02G2F2O CDS551080 1302 + 0.293395
g7797 DLA_08717 GLQOFTK02G2F2O CDS552613 375 - 0.197333
g7798 DLA_08718 GLQOFTK02G2F2O CDS553106 5211 - 0.333525
g7799 DLA_08719 GLQOFTK02G2F2O CDS558957 822 + 0.294404
g78 DLA_00090 contig05409_1.exp CDS181469 825 - 0.278788
g780 DLA_00860 F4PJNLW01A00V1 CDS311798 1473 + 0.281738
g7800 DLA_08720 GLQOFTK02G2F2O CDS560087 462 + 0.339827
g7801 DLA_11743 GLQOFTK02G2F2O CDS560704 849 - 0.292108
g7802 DLA_08721 GLQOFTK02G2F2O CDS561961 1017 - 0.273353
g7803 DLA_08722 GLQOFTK02G2F2O CDS563464 2481 + 0.347844
g7804 DLA_08724 GLQOFTK02G2F2O CDS566835 1533 - 0.303327
g7805 DLA_08725 GLQOFTK02G2F2O CDS569310 228 - 0.289474
g7806 DLA_08726 GLQOFTK02G2F2O CDS569809 831 - 0.330927
g7807 DLA_08727 GLQOFTK02G2F2O CDS571012 612 - 0.328431
g7808 DLA_08728 GLQOFTK02G2F2O CDS571786 318 + 0.308176
g7809 DLA_08729 GLQOFTK02G2F2O CDS572190 2460 - 0.311789
g781 DLA_00861 F4PJNLW01A00V1 CDS313355 942 + 0.283439
g7810 DLA_08730 GLQOFTK02G2F2O CDS574896 2790 + 0.318638
g7811 DLA_08731 GLQOFTK02G2F2O CDS577853 399 + 0.295739
g7812 DLA_08732 protein serinethreonine phosphatase required for chemotaxis and development suppresses the GLQOFTK02G2F2O CDS578711 918 - 0.360566
g7813 DLA_08733 similar to A. thaliana short chain specific acyl-Coa oxidase ACX4 which catalyzes the first step of peroxisomal fatty acid beta-oxidationGLQOFTK02G2F2O CDS580237 1260 + 0.340476
g7814 DLA_08734 GLQOFTK02G2F2O CDS582484 405 + 0.31358
g7815 DLA_08735 GLQOFTK02G2F2O CDS583700 1905 - 0.344357
g7816 DLA_08737 GLQOFTK02G2F2O CDS586205 3159 + 0.297246
g7817 DLA_08740 GLQOFTK02G2F2O CDS590105 1329 - 0.303236
g7818 DLA_08741 GLQOFTK02G2F2O CDS592181 1263 - 0.272367
g7819 DLA_08743 GLQOFTK02G2F2O CDS596995 627 + 0.341308
g782 DLA_11452 F4PJNLW01A00V1 CDS315214 459 + 0.300654
g7820 DLA_08744 GLQOFTK02G2F2O CDS598627 3354 - 0.31932
g7821 DLA_11744 GLQOFTK02G2F2O CDS602511 819 - 0.252747
g7822 DLA_08745 GLQOFTK02G2F2O CDS605989 1704 - 0.363263
g7823 DLA_08746 GLQOFTK02G2F2O CDS607928 1089 + 0.344353
g7824 DLA_08747 GLQOFTK02G2F2O CDS609504 597 - 0.289782
g7825 DLA_08748 GLQOFTK02G2F2O CDS610453 708 - 0.336158
g7826 DLA_08749 GLQOFTK02G2F2O CDS612457 747 + 0.491299
g7827 DLA_08750 GLQOFTK02G2F2O CDS614105 2568 + 0.332555
g7828 DLA_08751 GLQOFTK02G2F2O CDS617420 1011 + 0.301681
g7829 DLA_08752 highly similar to PRS involved in nucleotide histidine and tryptophan biosynthesisGLQOFTK02G2F2O CDS621182 1023 + 0.319648
g783 DLA_00862 F4PJNLW01A00V1 CDS316270 3633 + 0.289017
g7830 DLA_08753 GLQOFTK02G2F2O CDS622378 2643 + 0.317064
g7831 DLA_08754 GLQOFTK02G2F2O CDS625079 1128 - 0.340426
g7832 DLA_08755 GLQOFTK02G2F2O CDS626381 510 - 0.303922
g7833 DLA_08756 similar to S. cerevisiae nonhistone chromosomal protein 6A and B (NCP6A and NCP6B) and mammalian HMGB2 contains a single HMG12 boxGLQOFTK02G2F2O CDS627361 447 - 0.369128
g7834 DLA_08757 GLQOFTK02G2F2O CDS628504 1059 + 0.281398
g7835 DLA_08758 GLQOFTK02G2F2O CDS629599 1941 - 0.381247
g7836 DLA_08759 GLQOFTK02G2F2O CDS632056 390 + 0.335897
g7837 DLA_08760 GLQOFTK02G2F2O CDS632731 498 - 0.285141
g7838 DLA_08761 GLQOFTK02G2F2O CDS633393 1452 + 0.310606
g7839 DLA_08763 SNF2 family protein similar to human SMARCA4 putative regulator of chromatinGLQOFTK02G2F2O CDS635822 6768 + 0.346927
g784 DLA_00863 F4PJNLW01A00V1 CDS320436 1503 + 0.298071
g7840 DLA_08765 GLQOFTK02G2F2O CDS643221 558 - 0.274194
g7841 DLA_08766 GLQOFTK02G2F2O CDS644019 561 + 0.297683
g7842 DLA_08767 GLQOFTK02G2F2O CDS644639 798 - 0.327068
g7843 DLA_08768 GLQOFTK02G2F2O CDS645756 249 + 0.281125
g7844 DLA_08769 GLQOFTK02G2F2O CDS646214 756 - 0.330688
g7845 DLA_08771 GLQOFTK02G2F2O CDS647480 1437 + 0.316632
g7846 DLA_08772 ortholog of the H subunit of vacuolar ATP synthase that generates an acidic environment in several intracellular compartments V-ATPases consist of peripheral (V1) and membrane integral (V0) heteromultimeric complexes the H subunit is part of the V1 subunitGLQOFTK02G2F2O CDS649239 1350 - 0.326667
g7847 DLA_08773 GLQOFTK02G2F2O CDS651260 1851 + 0.386818
g7848 DLA_08774 GLQOFTK02G2F2O CDS653650 2829 - 0.324143
g7849 DLA_08779 catalyzes the conversion of nicotinic acid (NA) to NA mononucleotide (NaMN) which elevates cellular NAD levels and prevent oxidative stressGLQOFTK02G2F2O CDS660088 1782 + 0.342873
g785 DLA_00864 F4PJNLW01A00V1 CDS322040 351 - 0.307692
g7850 DLA_08780 GLQOFTK02G2F2O CDS661902 1584 - 0.282828
g7851 DLA_08781 GLQOFTK02G2F2O CDS663754 2451 + 0.298246
g7852 DLA_08782 GLQOFTK02G2F2O CDS666409 594 - 0.333333
g7853 DLA_11745 GLQOFTK02G2F2O CDS667794 531 + 0.299435
g7854 DLA_08783 GLQOFTK02G2F2O CDS668764 801 + 0.300874
g7855 DLA_08785 GLQOFTK02G2F2O CDS670727 1965 - 0.332824
g7856 DLA_08786 GLQOFTK02G2F2O CDS673152 1272 + 0.28695
g7857 DLA_08787 GLQOFTK02G2F2O CDS674567 849 - 0.290931
g7858 DLA_08788 very conserved protein among bacteria and fungi zinc-binding ADH's are dimeric or tetrameric enzymes that bind two atoms of zinc per subunitGLQOFTK02G2F2O CDS676596 969 + 0.335397
g7859 DLA_08789 GLQOFTK02G2F2O CDS677672 360 + 0.283333
g786 DLA_00865 F4PJNLW01A00V1 CDS322782 3009 - 0.378863
g7860 DLA_08790 P-type ATPase (E1-E2) highly similar to human ATP8A1 believed to be involved in the transport of aminophospholipidsGLQOFTK02G2F2O CDS678460 3597 - 0.352238
g7861 DLA_08791 GLQOFTK02G2F2O CDS683085 438 + 0.267123
g7862 DLA_08792 GLQOFTK02G2F2O CDS684076 1326 - 0.315988
g7863 DLA_08793 GLQOFTK02G2F2O CDS686012 2763 + 0.352153
g7864 DLA_08794 GLQOFTK02G2F2O CDS689100 945 + 0.402116
g7865 DLA_08796 GLQOFTK02G2F2O CDS690856 537 + 0.422719
g7866 DLA_08797 GLQOFTK02G2F2O CDS691785 1575 - 0.274921
g7867 DLA_08798 GLQOFTK02G2F2O CDS693761 687 - 0.320233
g7868 DLA_08799 GLQOFTK02G2F2O CDS694721 870 - 0.264368
g7869 DLA_08800 GLQOFTK02G2F2O CDS695813 1893 - 0.325938
g787 DLA_00866 F4PJNLW01A00V1 CDS326549 1014 + 0.361933
g7870 DLA_08801 GLQOFTK02G2F2O CDS698383 792 + 0.335859
g7871 DLA_08802 GLQOFTK02G2F2O CDS699340 3039 - 0.303389
g7872 DLA_08803 GLQOFTK02G2F2O CDS703812 1278 - 0.311424
g7873 DLA_08805 GLQOFTK02G2F2O CDS706922 1329 + 0.313017
g7874 DLA_08806 GLQOFTK02G2F2O CDS708527 894 - 0.317673
g7875 DLA_08807 GLQOFTK02G2F2O CDS710380 1500 - 0.32
g7876 DLA_08808 GLQOFTK02G2F2O CDS711974 741 + 0.296896
g7877 DLA_08810 GLQOFTK02G2F2O CDS713075 1005 - 0.304478
g7878 DLA_08811 GLQOFTK02G2F2O CDS715505 1989 + 0.305178
g7879 DLA_08812 GLQOFTK02G2F2O CDS717784 663 - 0.292609
g788 DLA_00867 F4PJNLW01A00V1 CDS328013 1314 - 0.331811
g7880 DLA_08813 GLQOFTK02G2F2O CDS718630 3813 + 0.33648
g7881 DLA_08814 GLQOFTK02G2F2O CDS722919 3381 + 0.339545
g7882 DLA_08815 GLQOFTK02G2F2O CDS726857 2244 + 0.291444
g7883 DLA_08816 catalyzes the reaction 2'-deoxyribonucleoside diphosphate thioredoxin disulfide Hsub2subO ribonucleoside diphosphate reduced thioredoxin there is a second copy of this gene GLQOFTK02G2F2O CDS729424 1017 + 0.331367
g7884 DLA_08817 GLQOFTK02G2F2O CDS730782 2313 - 0.348033
g7885 DLA_08818 ortholog of the human SDCCAG10 (Serologically Defined Colon Cancer Antigen 10) PPIase is an enzyme that accelerates protein folding by catalyzing the cis-trans isomerization of proline imidic peptide bonds in oligopeptidesGLQOFTK02G2F2O CDS733366 1332 - 0.284535
g7886 DLA_08819 GLQOFTK02G2F2O CDS735619 1674 + 0.267622
g7887 DLA_08820 GLQOFTK02G2F2O CDS737416 6120 - 0.315523
g7888 DLA_08821 component of the signal recognition particle (SRP) which ensures correct targeting of nascent secretory proteins to the endoplasmic reticulum there is a second copy of this gene GLQOFTK02G2F2O CDS743900 351 + 0.276353
g7889 DLA_08822 GLQOFTK02G2F2O CDS744495 780 - 0.284615
g789 DLA_00868 F4PJNLW01A00V1 CDS329642 2184 + 0.325092
g7890 DLA_08823 GLQOFTK02G2F2O CDS745863 1323 + 0.306122
g7891 DLA_08824 GLQOFTK02G2F2O CDS747422 1713 - 0.286632
g7892 DLA_08825 GLQOFTK02G2F2O CDS749498 1536 + 0.326172
g7893 DLA_08826 GLQOFTK02G2F2O CDS751253 1227 - 0.252649
g7894 DLA_08827 GLQOFTK02G2F2O CDS752990 1113 - 0.32345
g7895 DLA_08828 GLQOFTK02G2F2O CDS754400 1569 + 0.328872
g7896 DLA_08829 GLQOFTK02G2F2O CDS756179 1017 - 0.306785
g7897 DLA_08830 GLQOFTK02G2F2O CDS757478 531 + 0.286252
g7898 DLA_08831 GLQOFTK02G2F2O CDS758333 510 - 0.294118
g7899 DLA_08832 GLQOFTK02G2F2O CDS759035 1548 + 0.286176
g79 DLA_00091 contig05409_1.exp CDS182507 588 + 0.285714
g790 DLA_00869 F4PJNLW01A00V1 CDS332134 2709 - 0.323736
g7900 DLA_08833 GLQOFTK02G2F2O CDS760784 1527 + 0.261297
g7901 DLA_08834 GLQOFTK02G2F2O CDS763422 1233 + 0.30738
g7902 DLA_08835 GLQOFTK02G2F2O CDS764983 1413 + 0.250531
g7903 DLA_08836 GLQOFTK02G2F2O CDS766445 1557 - 0.302505
g7904 DLA_08838 GLQOFTK02G2F2O CDS769033 960 + 0.277083
g7905 DLA_08839 GLQOFTK02G2F2O CDS770238 402 - 0.233831
g7906 DLA_08840 GLQOFTK02G2F2O CDS770863 648 - 0.280864
g7907 DLA_08841 GLQOFTK02G2F2O CDS772452 3525 - 0.255035
g7908 DLA_08842 GLQOFTK02G2F2O CDS776140 3462 - 0.238879
g7909 DLA_08843 GLQOFTK02G2F2O CDS779995 1656 + 0.300121
g791 DLA_00870 F4PJNLW01A00V1 CDS335427 1572 - 0.370865
g7910 DLA_08844 GLQOFTK02G2F2O CDS782240 672 + 0.318452
g7911 DLA_08845 GLQOFTK02G2F2O CDS783209 1515 - 0.30231
g7912 DLA_08847 GLQOFTK02G2F2O CDS786791 219 + 0.315068
g7913 DLA_08848 GLQOFTK02G2F2O CDS789256 1440 - 0.243056
g7914 DLA_08849 GLQOFTK02G2F2O CDS790904 1209 - 0.249793
g7915 DLA_08850 GLQOFTK02G2F2O CDS792283 651 - 0.247312
g7916 DLA_08851 similar to the cell division cycle 2-related protein kinase 7 (CRK7) and other cell division cycle 2-like protein kinases there is a second copy of this gene GLQOFTK02G2F2O CDS793088 993 - 0.293051
g7917 DLA_08852 GLQOFTK02G2F2O CDS794471 1509 + 0.296223
g7918 DLA_08853 similar to TBCK in human fly and worm TBC domain-containing proteins in yeast are GTPase activator proteins unlikely to function as a kinase as it does not contain a catalytic aspartateGLQOFTK02G2F2O CDS795994 2850 - 0.265614
g7919 DLA_08854 GLQOFTK02G2F2O CDS799070 1746 + 0.250859
g792 DLA_00871 conserved protein similar to yeast CWC22 an essential putative spliceosomal componentF4PJNLW01A00V1 CDS337487 2142 - 0.352007
g7920 DLA_08855 GLQOFTK02G2F2O CDS800830 1533 - 0.254403
g7921 DLA_08856 GLQOFTK02G2F2O CDS802448 918 - 0.29085
g7922 DLA_11746 GLQOFTK02G2F2O CDS803533 888 + 0.27027
g7923 DLA_08857 GLQOFTK02G2F2O CDS804563 1752 + 0.304224
g7924 DLA_08859 GLQOFTK02G2F2O CDS807298 1602 + 0.320225
g7925 DLA_08860 GLQOFTK02G2F2O CDS809097 4932 + 0.305556
g7926 DLA_08861 GLQOFTK02G2F2O CDS815513 4200 + 0.338095
g7927 DLA_08862 GLQOFTK02G2F2O CDS820104 1335 + 0.292135
g7928 DLA_08864 involved in cytokinesis stabilizes actin filaments expressed in pstAB cells and in upper cup during culminationGLQOFTK02G2F2O CDS822640 2499 + 0.335334
g7929 DLA_08865 GLQOFTK02G2F2O CDS826240 741 + 0.265857
g793 DLA_00872 F4PJNLW01A00V1 CDS339945 1755 - 0.317379
g7930 DLA_08866 GLQOFTK02G2F2O CDS827195 1722 + 0.292102
g7931 DLA_11747 GLQOFTK02G2F2O CDS829043 1239 + 0.326877
g7932 DLA_08867 GLQOFTK02G2F2O CDS830460 5121 + 0.343292
g7933 DLA_08868 GLQOFTK02G2F2O CDS836080 1020 + 0.366667
g7934 DLA_08869 GLQOFTK02G2F2O CDS837751 234 + 0.25641
g7935 DLA_08870 similar to human TTC39C matches PFAM outer membrane protein IML2 mitochondrialtetratricopeptide repeat protein 39GLQOFTK02G2F2O CDS838424 1563 + 0.319898
g7936 DLA_08871 GLQOFTK02G2F2O CDS840428 2337 + 0.286264
g7937 DLA_08872 GLQOFTK02G2F2O CDS843089 1449 - 0.327812
g7938 DLA_11748 GLQOFTK02G2F2O CDS844633 888 - 0.310811
g7939 DLA_08873 GLQOFTK02G2F2O CDS845720 2619 - 0.316915
g794 DLA_00874 F4PJNLW01A00V1 CDS343306 312 - 0.294872
g7940 DLA_08874 GLQOFTK02G2F2O CDS849908 561 + 0.292335
g7941 DLA_08875 GLQOFTK02G2F2O CDS850971 3771 - 0.319279
g7942 DLA_08876 GLQOFTK02G2F2O CDS855523 3186 + 0.293471
g7943 DLA_08878 GLQOFTK02G2F2O CDS860405 1803 + 0.246811
g7944 DLA_11749 GLQOFTK02G2F2O CDS862629 1761 + 0.28109
g7945 DLA_08879 GLQOFTK02G2F2O CDS864567 6342 - 0.40492
g7946 DLA_08880 GLQOFTK02G2F2O CDS871744 3843 - 0.349206
g7947 DLA_08881 GLQOFTK02G2F2O CDS875862 555 + 0.27027
g7948 DLA_08882 GLQOFTK02G2F2O CDS876534 357 - 0.280112
g7949 DLA_08883 GLQOFTK02G2F2O CDS877695 2925 + 0.316239
g795 DLA_00875 F4PJNLW01A00V1 CDS344010 1749 + 0.321326
g7950 DLA_08884 GLQOFTK02G2F2O CDS881161 2064 - 0.327519
g7951 DLA_08885 GLQOFTK02G2F2O CDS883845 1668 + 0.340528
g7952 DLA_08887 GLQOFTK02G2F2O CDS885853 288 - 0.402778
g7953 DLA_08888 GLQOFTK02G2F2O CDS886835 1737 + 0.35118
g7954 DLA_08889 GLQOFTK02G2F2O CDS889012 1677 - 0.297555
g7955 DLA_08892 GLQOFTK02G2F2O CDS893468 1689 + 0.348727
g7956 DLA_08893 GLQOFTK02G2F2O CDS895338 1335 - 0.276405
g7957 DLA_11750 GLQOFTK02G2F2O CDS896852 591 - 0.296108
g7958 DLA_11751 GLQOFTK02G2F2O CDS897546 207 - 0.280193
g7959 DLA_08894 similar to metazoan cyclin H predicted to interact with cyclin-dependent kinase GLQOFTK02G2F2O CDS898007 1032 + 0.297481
g796 DLA_00876 F4PJNLW01A00V1 CDS345844 1503 - 0.323353
g7960 DLA_08895 GLQOFTK02G2F2O CDS899403 897 + 0.337793
g7961 DLA_08896 GLQOFTK02G2F2O CDS900856 1836 + 0.376362
g7962 DLA_08897 GLQOFTK02G2F2O CDS904325 1542 + 0.371595
g7963 DLA_08898 GLQOFTK02G2F2O CDS906086 780 + 0.355128
g7964 DLA_08899 GLQOFTK02G2F2O CDS907053 468 + 0.316239
g7965 DLA_08900 GLQOFTK02G2F2O CDS908478 1134 + 0.386243
g7966 DLA_08901 GLQOFTK02G2F2O CDS909785 1512 - 0.297619
g7967 DLA_08902 GLQOFTK02G2F2O CDS911415 444 - 0.353604
g7968 DLA_08903 GLQOFTK02G2F2O CDS912588 1515 - 0.277228
g7969 DLA_11752 GLQOFTK02G2F2O CDS914235 1491 - 0.274313
g797 DLA_00877 F4PJNLW01A00V1 CDS347714 684 + 0.346491
g7970 DLA_08904 GLQOFTK02G2F2O CDS915796 1491 - 0.295775
g7971 DLA_08905 GLQOFTK02G2F2O CDS917351 1467 - 0.301295
g7972 DLA_08906 GLQOFTK02G2F2O CDS919062 522 - 0.329502
g7973 DLA_08907 GLQOFTK02G2F2O CDS919966 2409 - 0.347862
g7974 DLA_08908 GLQOFTK02G2F2O CDS923298 1680 - 0.311905
g7975 DLA_08909 contains a SAM (and some other nucleotide) binding motif similar to bacterial and eukaryotic methyltransferasesGLQOFTK02G2F2O CDS925501 837 + 0.334528
g7976 DLA_08910 GLQOFTK02G2F2O CDS926441 2172 - 0.354512
g7977 DLA_08911 GLQOFTK02G2F2O CDS929162 1878 + 0.367945
g7978 DLA_08912 GLQOFTK02G2F2O CDS931370 1170 + 0.322222
g7979 DLA_08913 GLQOFTK02G2F2O CDS932814 2109 - 0.333333
g798 DLA_00879 F4PJNLW01A00V1 CDS349371 1707 + 0.369654
g7980 DLA_08914 GLQOFTK02G2F2O CDS935326 4251 - 0.336627
g7981 DLA_08915 GLQOFTK02G2F2O CDS939838 3336 - 0.358513
g7982 DLA_08916 GLQOFTK02G2F2O CDS943714 1146 - 0.36562
g7983 DLA_08917 GLQOFTK02G2F2O CDS945378 2232 - 0.358871
g7984 DLA_08918 GLQOFTK02G2F2O CDS948441 780 - 0.289744
g7985 DLA_08921 GLQOFTK02G2F2O CDS950355 2844 - 0.297468
g7986 DLA_08922 homolog of A. thaliana CPI1 (cycloeucalenol cycloisomerase) contains 6 putative transmembrane domains converts pentacyclic cyclopropyl sterols to tetracyclic sterolsGLQOFTK02G2F2O CDS953598 819 + 0.373626
g7987 DLA_08923 GLQOFTK02G2F2O CDS954719 609 + 0.320197
g7988 DLA_08924 GLQOFTK02G2F2O CDS955583 810 - 0.298765
g7989 DLA_08925 GLQOFTK02G2F2O CDS956513 468 - 0.33547
g799 DLA_00880 F4PJNLW01A00V1 CDS351586 1113 + 0.362983
g7990 DLA_08926 GLQOFTK02G2F2O CDS957376 3219 + 0.325878
g7991 DLA_08927 GLQOFTK02G2F2O CDS960624 1485 - 0.317172
g7992 DLA_08928 GLQOFTK02G2F2O CDS962515 1332 + 0.307808
g7993 DLA_08929 GLQOFTK02G2F2O CDS964526 489 + 0.286299
g7994 DLA_08930 GLQOFTK02G2F2O CDS965215 1638 - 0.277167
g7995 DLA_08931 GLQOFTK02G2F2O CDS966963 2268 - 0.33157
g7996 DLA_08933 GLQOFTK02G2F2O CDS971067 483 + 0.341615
g7997 DLA_08934 GLQOFTK02G2F2O CDS971889 615 - 0.266667
g7998 DLA_08937 GLQOFTK02G2F2O CDS973031 843 - 0.290629
g7999 DLA_08938 GLQOFTK02G2F2O CDS974020 804 + 0.30597
g8 DLA_00009 contig05409_1.exp CDS25008 4176 - 0.302203
g80 DLA_00092 contig05409_1.exp CDS183140 951 - 0.311251
g800 DLA_00881 F4PJNLW01A00V1 CDS352956 1179 + 0.357082
g8000 DLA_08939 GLQOFTK02G2F2O CDS974961 2694 - 0.305865
g8001 DLA_08941 GLQOFTK02G2F2O CDS978534 1260 + 0.30873
g8002 DLA_08942 GLQOFTK02G2F2O CDS979925 4008 - 0.314371
g8003 DLA_08943 GLQOFTK02G2F2O CDS984334 4503 - 0.321785
g8004 DLA_08947 GLQOFTK02G2F2O CDS990434 1506 - 0.377822
g8005 DLA_08949 GLQOFTK02G2F2O CDS993441 3792 - 0.309599
g8006 DLA_08950 GLQOFTK02G2F2O CDS997438 1734 + 0.320069
g8007 DLA_08951 GLQOFTK02G2F2O CDS999306 1638 + 0.305861
g8008 DLA_08952 GLQOFTK02G2F2O CDS1001307 984 + 0.318089
g8009 DLA_08953 GLQOFTK02G2F2O CDS1002468 2010 - 0.352736
g801 DLA_00882 F4PJNLW01A00V1 CDS354324 738 - 0.310298
g8010 DLA_08954 GLQOFTK02G2F2O CDS1004749 729 + 0.268861
g8011 DLA_08956 GLQOFTK02G2F2O CDS1006138 4821 - 0.32068
g8012 DLA_08958 GLQOFTK02G2F2O CDS1011394 1464 + 0.327869
g8013 DLA_08959 GLQOFTK02G2F2O CDS1013272 393 + 0.318066
g8014 DLA_08960 GLQOFTK02G2F2O CDS1014012 1542 + 0.289883
g8015 DLA_08961 GLQOFTK02G2F2O CDS1015965 1074 + 0.304469
g8016 DLA_08962 GLQOFTK02G2F2O CDS1017121 774 - 0.313953
g8017 DLA_08963 GLQOFTK02G2F2O CDS1018092 1710 + 0.293567
g8018 DLA_08964 GLQOFTK02G2F2O CDS1020275 1617 + 0.273964
g8019 DLA_08966 GLQOFTK02G2F2O CDS1023427 1794 - 0.299889
g802 DLA_00883 F4PJNLW01A00V1 CDS355603 249 + 0.293173
g8020 DLA_08967 GLQOFTK02G2F2O CDS1025290 1581 - 0.297913
g8021 DLA_08968 GLQOFTK02G2F2O CDS1027247 3393 - 0.344533
g8022 DLA_08969 GLQOFTK02G2F2O CDS1031019 4545 + 0.355116
g8023 DLA_08970 GLQOFTK02G2F2O CDS1035651 4326 - 0.312529
g8024 DLA_08971 ortholog of the mammalian V-type proton ATPase 16 kDa proteolipid subunit the proton-conducting pore forming subunit of the vacuolar ATP synthase that generates an acidic environment in several intracellular compartments V-ATPases consist of peripheral (V1) and membrane integral (V0) heteromultimeric complexes this protein is part of the V0 complexGLQOFTK02G2F2O CDS1040637 549 - 0.384335
g8025 DLA_08972 GLQOFTK02G2F2O CDS1042257 540 + 0.353704
g8026 DLA_08974 similar to metazoan cyclin C predicted to interact with cyclin-dependent kinase GLQOFTK02G2F2O CDS1043323 768 + 0.303385
g8027 DLA_08975 GLQOFTK02G2F2O CDS1044359 1173 - 0.344416
g8028 DLA_08976 GLQOFTK02G2F2O CDS1046221 942 + 0.33121
g8029 DLA_08977 GLQOFTK02G2F2O CDS1047583 1470 + 0.37551
g803 DLA_00884 F4PJNLW01A00V1 CDS356279 2874 + 0.376479
g8030 DLA_08978 GLQOFTK02G2F2O CDS1049209 2526 + 0.31829
g8031 DLA_11753 GLQOFTK02G2F2O CDS1052072 519 + 0.298651
g8032 DLA_08979 GLQOFTK02G2F2O CDS1052648 3534 - 0.344086
g8033 DLA_11754 GLQOFTK02G2F2O CDS1056701 4302 - 0.255463
g8034 DLA_08980 GLQOFTK02G2F2O CDS1062585 1437 - 0.25261
g8035 DLA_08983 GLQOFTK02G2F2O CDS1065259 3750 - 0.3568
g8036 DLA_08984 GLQOFTK02G2F2O CDS1070067 3414 + 0.323374
g8037 DLA_08985 GLQOFTK02G2F2O CDS1074135 4110 + 0.317275
g8038 DLA_08988 GLQOFTK02G2F2O CDS1078982 483 + 0.341615
g8039 DLA_08989 GLQOFTK02G2F2O CDS1079768 303 + 0.339934
g804 DLA_00885 belongs to the substrate carrier protein family involved in transport of molecules across the mitochondrial membrane regulated by the MADS-box transcription factor SrfA during development brbr bCommunity annotation:b Overview of the F4PJNLW01A00V1 CDS359397 1071 - 0.349206
g8040 DLA_08990 GLQOFTK02G2F2O CDS1081373 483 + 0.345756
g8041 DLA_08991 GLQOFTK02G2F2O CDS1082217 4113 + 0.311451
g8042 DLA_08992 GLQOFTK02G2F2O CDS1086848 2697 - 0.319614
g8043 DLA_08993 GLQOFTK02G2F2O CDS1090129 1023 + 0.302053
g8044 DLA_08994 GLQOFTK02G2F2O CDS1091389 516 + 0.356589
g8045 DLA_08995 GLQOFTK02G2F2O CDS1092241 1770 - 0.423729
g8046 DLA_11755 GLQOFTK02G2F2O CDS1094749 1848 - 0.293831
g8047 DLA_08996 GLQOFTK02G2F2O CDS1097062 1173 + 0.337596
g8048 DLA_08997 GLQOFTK02G2F2O CDS1098377 1674 - 0.308841
g8049 DLA_08998 GLQOFTK02G2F2O CDS1100752 609 + 0.334975
g805 DLA_00886 F4PJNLW01A00V1 CDS361091 987 - 0.368794
g8050 DLA_08999 GLQOFTK02G2F2O CDS1102070 897 - 0.352285
g8051 DLA_09000 GLQOFTK02G2F2O CDS1103132 576 - 0.34375
g8052 DLA_09001 GLQOFTK02G2F2O CDS1104053 5091 + 0.327244
g8053 DLA_09002 GLQOFTK02G2F2O CDS1109332 2130 + 0.33615
g8054 DLA_09003 GLQOFTK02G2F2O CDS1111845 564 - 0.308511
g8055 DLA_09004 GLQOFTK02G2F2O CDS1112596 1602 - 0.329588
g8056 DLA_09005 paxillin homolog containing 4 highly conserved LIM domains and 4 paxillin LD domains involved in adhesion culmination and cell sorting slug formation and migration and endocytosisGLQOFTK02G2F2O CDS1115110 1695 + 0.369322
g8057 DLA_09006 GLQOFTK02G2F2O CDS1117246 1077 + 0.345404
g8058 DLA_09007 GLQOFTK02G2F2O CDS1119173 3498 + 0.281304
g8059 DLA_09008 GLQOFTK02G2F2O CDS1123168 2013 - 0.286637
g806 DLA_11453 F4PJNLW01A00V1 CDS362755 603 - 0.313433
g8060 DLA_09009 GLQOFTK02G2F2O CDS1125492 2442 + 0.320639
g8061 DLA_09010 GLQOFTK02G2F2O CDS1128020 939 - 0.297125
g8062 DLA_09011 GLQOFTK02G2F2O CDS1129169 1056 + 0.279356
g8063 DLA_09012 GLQOFTK02G2F2O CDS1130318 7722 - 0.303419
g8064 DLA_09014 GLQOFTK02G2F2O CDS1138840 1788 + 0.319911
g8065 DLA_09015 GLQOFTK02G2F2O CDS1140800 651 - 0.236559
g8066 DLA_09016 GLQOFTK02G2F2O CDS1141972 4200 + 0.307143
g8067 DLA_09017 GLQOFTK02G2F2O CDS1146772 1470 - 0.290476
g8068 DLA_09018 GLQOFTK02G2F2O CDS1150003 2154 + 0.305942
g8069 DLA_09019 GLQOFTK02G2F2O CDS1152180 2337 - 0.296106
g807 DLA_00887 F4PJNLW01A00V1 CDS364301 1164 + 0.361684
g8070 DLA_09020 GLQOFTK02G2F2O CDS1155058 672 + 0.354167
g8071 DLA_09021 GLQOFTK02G2F2O CDS1155993 552 + 0.311594
g8072 DLA_09022 GLQOFTK02G2F2O CDS1157651 3978 + 0.302916
g8073 DLA_09023 GLQOFTK02G2F2O CDS1161799 2151 - 0.317527
g8074 DLA_09025 GLQOFTK02G2F2O CDS1165350 720 - 0.286111
g8075 DLA_09026 GLQOFTK02G2F2O CDS1166312 897 - 0.305463
g8076 DLA_09027 GLQOFTK02G2F2O CDS1167491 3087 + 0.295432
g8077 DLA_09028 GLQOFTK02G2F2O CDS1171541 1416 + 0.336158
g8078 DLA_09029 GLQOFTK02G2F2O CDS1173056 2673 - 0.30303
g8079 DLA_09030 GLQOFTK02G2F2O CDS1176074 4551 + 0.320809
g808 DLA_00888 F4PJNLW01A00V1 CDS365640 1284 + 0.285826
g8080 DLA_09031 GLQOFTK02G2F2O CDS1181099 1800 - 0.314444
g8081 DLA_09032 GLQOFTK02G2F2O CDS1183592 609 + 0.313629
g8082 DLA_09033 GLQOFTK02G2F2O CDS1184396 1389 - 0.314615
g8083 DLA_09034 GLQOFTK02G2F2O CDS1186328 3687 + 0.308652
g8084 DLA_09035 GLQOFTK02G2F2O CDS1190466 687 + 0.423581
g8085 DLA_09036 GLQOFTK02G2F2O CDS1191341 969 - 0.273478
g8086 DLA_09037 GLQOFTK02G2F2O CDS1192492 888 + 0.261261
g8087 DLA_09038 GLQOFTK02G2F2O CDS1193408 1725 - 0.275362
g8088 DLA_09039 GLQOFTK02G2F2O CDS1195390 1353 - 0.317073
g8089 DLA_09040 GLQOFTK02G2F2O CDS1197379 1353 + 0.313378
g809 DLA_00889 catalyzes the reaction ATP L-arginine tRNAArg AMP diphosphate L-arginyl-tRNAArgF4PJNLW01A00V1 CDS367096 1872 - 0.367521
g8090 DLA_09041 GLQOFTK02G2F2O CDS1198915 2142 - 0.340803
g8091 DLA_09042 GLQOFTK02G2F2O CDS1201457 1188 + 0.349327
g8092 DLA_09043 GLQOFTK02G2F2O CDS1202860 1071 - 0.344538
g8093 DLA_09045 GLQOFTK02G2F2O CDS1204449 1662 - 0.323706
g8094 DLA_09046 GLQOFTK02G2F2O CDS1206218 3084 + 0.319066
g8095 DLA_09047 GLQOFTK02G2F2O CDS1209724 1788 + 0.315996
g8096 DLA_09049 GLQOFTK02G2F2O CDS1211680 1524 + 0.286745
g8097 DLA_09050 GLQOFTK02G2F2O CDS1213624 3660 + 0.312022
g8098 DLA_09051 GLQOFTK02G2F2O CDS1217994 1659 - 0.374925
g8099 DLA_09052 GLQOFTK02G2F2O CDS1220399 549 + 0.264117
g81 DLA_00093 contig05409_1.exp CDS184719 1416 + 0.34887
g810 DLA_00890 similar to mammalian NIT1 there is a second copy of this gene F4PJNLW01A00V1 CDS369236 939 + 0.339723
g8100 DLA_09053 GLQOFTK02G2F2O CDS1221193 1047 - 0.282713
g8101 DLA_09055 GLQOFTK02G2F2O CDS1224498 207 + 0.323671
g8102 DLA_09056 GLQOFTK02G2F2O CDS1224914 2379 - 0.274065
g8103 DLA_09057 GLQOFTK02G2F2O CDS1227643 1662 + 0.337545
g8104 DLA_09058 GLQOFTK02G2F2O CDS1229588 11298 - 0.325633
g8105 DLA_09059 GLQOFTK02G2F2O CDS1241546 807 + 0.339529
g8106 DLA_09060 GLQOFTK02G2F2O CDS1242751 777 - 0.292149
g8107 DLA_09062 GLQOFTK02G2F2O CDS1244469 1113 + 0.287511
g8108 DLA_09063 GLQOFTK02G2F2O CDS1245728 2325 - 0.32086
g8109 DLA_11756 GLQOFTK02G2F2O CDS1248595 873 + 0.357388
g811 DLA_00891 F4PJNLW01A00V1 CDS370322 1446 - 0.301521
g8110 DLA_09064 GLQOFTK02G2F2O CDS1249687 2730 + 0.295238
g8111 DLA_09065 GLQOFTK02G2F2O CDS1252809 5997 + 0.31399
g8112 DLA_09067 GLQOFTK02G2F2O CDS1259607 627 + 0.350877
g8113 DLA_11757 GLQOFTK02G2F2O CDS1260990 393 + 0.284987
g8114 DLA_09068 GLQOFTK02G2F2O CDS1262182 918 + 0.282135
g8115 DLA_09069 GLQOFTK02G2F2O CDS1263595 5070 + 0.289152
g8116 DLA_09071 GLQOFTK02G2F2O CDS1269775 924 + 0.306277
g8117 DLA_09072 GLQOFTK02G2F2O CDS1271159 933 + 0.299035
g8118 DLA_09073 GLQOFTK02G2F2O CDS1273030 936 + 0.301282
g8119 DLA_09074 GLQOFTK02G2F2O CDS1274567 621 + 0.309179
g812 DLA_00892 F4PJNLW01A00V1 CDS372454 2172 + 0.371547
g8120 DLA_09075 GLQOFTK02G2F2O CDS1275429 8724 + 0.321756
g8121 DLA_09076 GLQOFTK02G2F2O CDS1288437 813 + 0.314883
g8122 DLA_09077 GLQOFTK02G2F2O CDS1289445 720 + 0.356944
g8123 DLA_09078 GLQOFTK02G2F2O CDS1290791 1539 + 0.345679
g8124 DLA_09079 GLQOFTK02G2F2O CDS1292438 8142 - 0.318226
g8125 DLA_09080 GLQOFTK02G2F2O CDS1301942 1179 + 0.339271
g8126 DLA_09081 GLQOFTK02G2F2O CDS1303559 2313 - 0.312581
g8127 DLA_09082 GLQOFTK02G2F2O CDS1306430 4071 - 0.317858
g8128 DLA_09083 GLQOFTK02G2F2O CDS1310832 897 - 0.331104
g8129 DLA_09084 GLQOFTK02G2F2O CDS1311974 4071 - 0.313437
g813 DLA_00893 F4PJNLW01A00V1 CDS374770 1014 - 0.306706
g8130 DLA_09085 GLQOFTK02G2F2O CDS1316396 3207 - 0.347053
g8131 DLA_09086 GLQOFTK02G2F2O CDS1319801 1362 + 0.360499
g8132 DLA_09087 GLQOFTK02G2F2O CDS1321342 666 + 0.333333
g8133 DLA_09088 GLQOFTK02G2F2O CDS1322253 1530 + 0.350327
g8134 DLA_09089 GLQOFTK02G2F2O CDS1323808 2049 - 0.285505
g8135 DLA_09090 GLQOFTK02G2F2O CDS1326089 342 - 0.295322
g8136 DLA_09091 GLQOFTK02G2F2O CDS1326646 1752 + 0.347032
g8137 DLA_09092 GLQOFTK02G2F2O CDS1328555 1377 - 0.378359
g8138 DLA_09093 GLQOFTK02G2F2O CDS1330808 2268 + 0.29806
g8139 DLA_09094 GLQOFTK02G2F2O CDS1333218 2367 - 0.365019
g814 DLA_00894 F4PJNLW01A00V1 CDS376260 1614 + 0.282528
g8140 DLA_09096 GLQOFTK02G2F2O CDS1336716 2637 - 0.361016
g8141 DLA_09097 GLQOFTK02G2F2O CDS1340582 1710 + 0.339766
g8142 DLA_09098 GLQOFTK02G2F2O CDS1342634 1581 - 0.379507
g8143 DLA_09100 GLQOFTK02G2F2O CDS1346133 1419 + 0.384778
g8144 DLA_09101 GLQOFTK02G2F2O CDS1347893 537 - 0.294227
g8145 DLA_09102 GLQOFTK02G2F2O CDS1349469 1095 + 0.344292
g8146 DLA_09103 GLQOFTK02G2F2O CDS1350921 555 + 0.311712
g8147 DLA_09104 GLQOFTK02G2F2O CDS1351706 3204 - 0.35206
g8148 DLA_09105 GLQOFTK02G2F2O CDS1355252 504 + 0.335317
g8149 DLA_09106 GLQOFTK02G2F2O CDS1356264 666 + 0.318318
g815 DLA_00895 F4PJNLW01A00V1 CDS377913 1767 - 0.281834
g8150 DLA_09107 GLQOFTK02G2F2O CDS1357056 2331 - 0.305877
g8151 DLA_09109 GLQOFTK02G2F2O CDS1360135 2316 + 0.327288
g8152 DLA_09110 GLQOFTK02G2F2O CDS1362915 2703 + 0.344062
g8153 DLA_09111 GLQOFTK02G2F2O CDS1365823 912 - 0.310307
g8154 DLA_09112 GLQOFTK02G2F2O CDS1366943 1623 - 0.266174
g8155 DLA_09114 GLQOFTK02G2F2O CDS1369393 2067 + 0.311079
g8156 DLA_09115 probable ortholog of H. sapiens and S. cerevisiae HAT1 a subunit of the HAT1HAT2 histone acetyltransferase complexGLQOFTK02G2F2O CDS1371691 1284 - 0.298287
g8157 DLA_11758 GLQOFTK02G2F2O CDS1373224 894 - 0.315436
g8158 DLA_09116 GLQOFTK02G2F2O CDS1374986 1686 + 0.322657
g8159 DLA_09117 GLQOFTK02G2F2O CDS1377780 1236 - 0.282362
g816 DLA_00896 F4PJNLW01A00V1 CDS380056 1344 - 0.28869
g8160 DLA_09118 GLQOFTK02G2F2O CDS1379715 2157 + 0.351414
g8161 DLA_09119 GLQOFTK02G2F2O CDS1382129 1722 - 0.281649
g8162 DLA_09120 GLQOFTK02G2F2O CDS1385113 918 - 0.25817
g8163 DLA_11759 GLQOFTK02G2F2O CDS1386210 1713 - 0.286632
g8164 DLA_09121 GLQOFTK02G2F2O CDS1388009 2127 - 0.288199
g8165 DLA_09124 GLQOFTK02G2F2O CDS1390924 984 - 0.355691
g8166 DLA_09125 GLQOFTK02G2F2O CDS1393596 1257 - 0.287192
g8167 DLA_09126 GLQOFTK02G2F2O CDS1397480 600 + 0.283333
g8168 DLA_09127 GLQOFTK02G2F2O CDS1399214 4746 + 0.340076
g8169 DLA_09128 GLQOFTK02G2F2O CDS1404659 345 - 0.269565
g817 DLA_00897 F4PJNLW01A00V1 CDS381894 1473 + 0.281059
g8170 DLA_09129 similar to Plasmodium falciparum CRT which confers resistance to chloroquine contains 10 predicted transmembrane domainsGLQOFTK02G2F2O CDS1405204 1359 - 0.359088
g8171 DLA_09130 GLQOFTK02G2F2O CDS1407348 1002 + 0.314371
g8172 DLA_09131 GLQOFTK02G2F2O CDS1408735 1002 - 0.364271
g8173 DLA_09132 GLQOFTK02G2F2O CDS1410239 717 + 0.312413
g8174 DLA_09133 GLQOFTK02G2F2O CDS1411444 1947 + 0.349255
g8175 DLA_09134 GLQOFTK02G2F2O CDS1413536 1362 + 0.323054
g8176 DLA_09135 GLQOFTK02G2F2O CDS1414967 1032 - 0.378876
g8177 DLA_09136 GLQOFTK02G2F2O CDS1416202 1329 - 0.369451
g8178 DLA_09137 GLQOFTK02G2F2O CDS1418403 783 + 0.37931
g8179 DLA_09138 GLQOFTK02G2F2O CDS1419401 1467 + 0.334697
g818 DLA_00898 F4PJNLW01A00V1 CDS383940 1785 + 0.285714
g8180 DLA_09139 GLQOFTK02G2F2O CDS1421646 999 + 0.271271
g8181 DLA_11760 GLQOFTK02G2F2O CDS1423034 651 + 0.316436
g8182 DLA_11761 GLQOFTK02G2F2O CDS1423843 729 + 0.303155
g8183 DLA_09140 GLQOFTK02G2F2O CDS1425168 861 + 0.262485
g8184 DLA_09141 GLQOFTK02G2F2O CDS1426132 2628 - 0.303272
g8185 DLA_09142 GLQOFTK02G2F2O CDS1428900 1686 - 0.320285
g8186 DLA_09143 GLQOFTK02G2F2O CDS1431060 2193 - 0.286822
g8187 DLA_09144 GLQOFTK02G2F2O CDS1433522 1791 + 0.292016
g8188 DLA_09145 GLQOFTK02G2F2O CDS1435363 507 + 0.2643
g8189 DLA_09146 GLQOFTK02G2F2O CDS1435921 843 - 0.313167
g819 DLA_00899 F4PJNLW01A00V1 CDS386130 1767 + 0.284097
g8190 DLA_09147 GLQOFTK02G2F2O CDS1437035 3114 + 0.279383
g8191 DLA_09148 GLQOFTK02G2F2O CDS1440382 351 + 0.390313
g8192 DLA_11762 GLQOFTK02G2F2O CDS1441126 801 - 0.360799
g8193 DLA_09149 GLQOFTK02G2F2O CDS1442493 750 - 0.345333
g8194 DLA_09150 GLQOFTK02G2F2O CDS1443790 2769 + 0.327555
g8195 DLA_09151 GLQOFTK02G2F2O CDS1447365 1158 - 0.363558
g8196 DLA_09153 CAZy family GT10 some proteins in the GT10 family help form the basis of blood group antigensGLQOFTK02G2F2O CDS1449431 1875 + 0.312533
g8197 DLA_09154 GLQOFTK02G2F2O CDS1451518 3885 - 0.351351
g8198 DLA_09155 GLQOFTK02G2F2O CDS1456584 1122 + 0.356506
g8199 DLA_09156 GLQOFTK02G2F2O CDS1457812 429 + 0.240093
g82 DLA_00094 contig05409_1.exp CDS186440 2235 - 0.365101
g820 DLA_11454 F4PJNLW01A00V1 CDS388492 1764 + 0.287415
g8200 DLA_09157 GLQOFTK02G2F2O CDS1458427 1947 - 0.313303
g8201 DLA_09158 GLQOFTK02G2F2O CDS1460727 951 + 0.354364
g8202 DLA_09159 GLQOFTK02G2F2O CDS1462004 300 - 0.326667
g8203 DLA_09160 GLQOFTK02G2F2O CDS1462741 1167 + 0.358183
g8204 DLA_09161 GLQOFTK02G2F2O CDS1464176 636 - 0.272013
g8205 DLA_09162 GLQOFTK02G2F2O CDS1465055 1026 - 0.318713
g8206 DLA_09163 GLQOFTK02G2F2O CDS1466961 1149 + 0.344648
g8207 DLA_09164 GLQOFTK02G2F2O CDS1468422 987 - 0.314083
g8208 DLA_09165 GLQOFTK02G2F2O CDS1469798 651 - 0.345622
g8209 DLA_09166 GLQOFTK02G2F2O CDS1471038 1674 + 0.359618
g821 DLA_00900 F4PJNLW01A00V1 CDS390582 1542 + 0.365759
g8210 DLA_09167 GLQOFTK02G2F2O CDS1473044 1626 + 0.357934
g8211 DLA_09168 GLQOFTK02G2F2O CDS1475155 621 - 0.294686
g8212 DLA_09169 GLQOFTK02G2F2O CDS1476097 1428 + 0.320728
g8213 DLA_09170 protein serinethreonine kinase GSK family member of the CMGC kinase group essential for cell specification activated by CAR3 through ZAK1 (prespore-) and inhibited by CAR4 (prestalk-) signallingGLQOFTK02G2F2O CDS1477962 1386 - 0.330447
g8214 DLA_09171 GLQOFTK02G2F2O CDS1480397 1470 + 0.321769
g8215 DLA_09172 GLQOFTK02G2F2O CDS1482132 1758 - 0.289534
g8216 DLA_09173 GLQOFTK02G2F2O CDS1484286 2007 - 0.317389
g8217 DLA_09174 GLQOFTK02G2F2O CDS1486442 1482 - 0.342105
g8218 DLA_09175 GLQOFTK02G2F2O CDS1490003 1221 - 0.329238
g8219 DLA_09176 GLQOFTK02G2F2O CDS1491858 1620 - 0.288889
g822 DLA_00901 F4PJNLW01A00V1 CDS392243 1842 + 0.286645
g8220 DLA_09178 GLQOFTK02G2F2O CDS1494405 1410 + 0.38227
g8221 DLA_09179 GLQOFTK02G2F2O CDS1495968 1854 - 0.30205
g8222 DLA_09180 GLQOFTK02G2F2O CDS1497995 1833 - 0.27605
g8223 DLA_09181 GLQOFTK02G2F2O CDS1499846 396 - 0.343434
g8224 DLA_09182 GLQOFTK02G2F2O CDS1500435 1836 - 0.30719
g8225 DLA_09183 GLQOFTK02G2F2O CDS1502323 1827 - 0.296661
g8226 DLA_09184 GLQOFTK02G2F2O CDS1504448 561 - 0.342246
g8227 DLA_09185 GLQOFTK02G2F2O CDS1505895 1569 - 0.387508
g8228 DLA_09186 GLQOFTK02G2F2O CDS1508579 981 + 0.397554
g8229 DLA_09187 GLQOFTK02G2F2O CDS1510146 3015 + 0.330348
g823 DLA_00903 F4PJNLW01A00V1 CDS394407 1482 - 0.283401
g8230 DLA_09188 GLQOFTK02G2F2O CDS1514699 4404 + 0.334923
g8231 DLA_09189 GLQOFTK02G2F2O CDS1520088 3552 + 0.33277
g8232 DLA_09192 GLQOFTK02G2F2O CDS1524966 5232 + 0.331804
g8233 DLA_09193 GLQOFTK02G2F2O CDS1531001 3183 - 0.318567
g8234 DLA_09194 GLQOFTK02G2F2O CDS1535183 2334 + 0.393316
g8235 DLA_09195 GLQOFTK02G2F2O CDS1538873 2289 + 0.349498
g8236 DLA_11763 GLQOFTK02G2F2O CDS1541296 1422 + 0.331927
g8237 DLA_09196 GLQOFTK02G2F2O CDS1542945 2700 + 0.295926
g8238 DLA_09199 GLQOFTK02G2F2O CDS1547185 1107 + 0.399277
g8239 DLA_09201 GLQOFTK02G2F2O CDS1549525 279 + 0.333333
g824 DLA_00904 F4PJNLW01A00V1 CDS396372 1326 + 0.340875
g8240 DLA_09202 GLQOFTK02G2F2O CDS1550528 924 + 0.299784
g8241 DLA_09203 GLQOFTK02G2F2O CDS1551729 1740 - 0.300575
g8242 DLA_09204 GLQOFTK02G2F2O CDS1554878 231 - 0.354978
g8243 DLA_09205 GLQOFTK02G2F2O CDS1555688 3324 + 0.337545
g8244 DLA_09206 GLQOFTK02G2F2O CDS1560139 615 + 0.347967
g8245 DLA_09207 GLQOFTK02G2F2O CDS1561446 399 - 0.318296
g8246 DLA_09208 GLQOFTK02G2F2O CDS1562122 1695 + 0.314454
g8247 DLA_09209 GLQOFTK02G2F2O CDS1564293 1893 + 0.342842
g8248 DLA_09210 GLQOFTK02G2F2O CDS1566643 300 + 0.303333
g8249 DLA_09211 GLQOFTK02G2F2O CDS1567199 714 - 0.313726
g825 DLA_00905 F4PJNLW01A00V1 CDS397716 2379 - 0.34174
g8250 DLA_09212 GLQOFTK02G2F2O CDS1568149 1248 + 0.334135
g8251 DLA_09213 GLQOFTK02G2F2O CDS1569720 1044 - 0.332375
g8252 DLA_09214 dual specificity phosphatases remove phosphate groups from tyrosine and serinethreonine residuesGLQOFTK02G2F2O CDS1571019 504 + 0.331349
g8253 DLA_09215 GLQOFTK02G2F2O CDS1571680 1434 - 0.286611
g8254 DLA_11764 GLQOFTK02G2F2O CDS1573785 312 - 0.339744
g8255 DLA_09216 GLQOFTK02G2F2O CDS1574683 1560 - 0.298718
g8256 DLA_09217 GLQOFTK02G2F2O CDS1576594 1587 + 0.336484
g8257 DLA_11765 GLQOFTK02G2F2O CDS1578296 1905 - 0.276115
g8258 DLA_09218 GLQOFTK02G2F2O CDS1580676 4380 - 0.324886
g8259 DLA_09219 GLQOFTK02G2F2O CDS1585321 2085 - 0.316547
g826 DLA_00906 CLC chloride channels are conserved from prokaryotes to mammals where they play broad physiological roles they assemble to form homo-dimers br bNomenclature conflict:b Do not confuse this gene with clc also known as clcA encoding the clathrin light chainF4PJNLW01A00V1 CDS400235 2616 - 0.365443
g8260 DLA_09220 GLQOFTK02G2F2O CDS1587895 2181 + 0.331499
g8261 DLA_09221 GLQOFTK02G2F2O CDS1591695 1860 + 0.374731
g8262 DLA_09222 GLQOFTK02G2F2O CDS1594177 1920 + 0.298958
g8263 DLA_09223 GLQOFTK02G2F2O CDS1596345 243 - 0.251029
g8264 DLA_09224 contains a SAM (and some other nucleotide) binding motif similar to bacterial and eukaryotic methyltransferasesGLQOFTK02G2F2O CDS1596703 765 - 0.333333
g8265 DLA_09225 GLQOFTK02G2F2O CDS1598320 4455 + 0.356004
g8266 DLA_09226 GLQOFTK02G2F2O CDS1602972 1272 - 0.29717
g8267 DLA_09227 GLQOFTK02G2F2O CDS1604847 1932 + 0.3147
g8268 DLA_09228 GLQOFTK02G2F2O CDS1606931 1467 - 0.314928
g8269 DLA_09229 GLQOFTK02G2F2O CDS1608785 2298 + 0.329417
g827 DLA_00907 F4PJNLW01A00V1 CDS403659 1371 + 0.391685
g8270 DLA_09231 GLQOFTK02G2F2O CDS1611946 522 + 0.293103
g8271 DLA_09232 GLQOFTK02G2F2O CDS1612664 2262 + 0.28603
g8272 DLA_09233 GLQOFTK02G2F2O CDS1614980 1542 - 0.274968
g8273 DLA_09234 GLQOFTK02G2F2O CDS1617316 1968 + 0.303862
g8274 DLA_09235 GLQOFTK02G2F2O CDS1619539 408 - 0.311274
g8275 DLA_09236 GLQOFTK02G2F2O CDS1620628 591 + 0.333333
g8276 DLA_09237 GLQOFTK02G2F2O CDS1621778 1089 - 0.285583
g8277 DLA_11766 GLQOFTK02G2F2O CDS1623178 1323 - 0.284958
g8278 DLA_09238 a very conserved protein known as G10 protein or BUD31 which in human is suggested to be a nuclear transcription factor and in S. pombe and S. cerevisiae has been shown to be a splicing factorGLQOFTK02G2F2O CDS1624905 432 + 0.31713
g8279 DLA_09239 GLQOFTK02G2F2O CDS1625818 789 - 0.313055
g828 DLA_00908 F4PJNLW01A00V1 CDS405482 3894 - 0.357473
g8280 DLA_09241 member of the TKL (tyrosine kinase-like) group and the ARK (ankyrin repeat-containing kinase) family contains a C2 domain (Ca2-dependent membrane-targeting module) an ankyrin repeat region and a SAM (Sterile alpha motif) domainGLQOFTK02G2F2O CDS1628524 2817 + 0.334398
g8281 DLA_09242 GLQOFTK02G2F2O CDS1631895 1335 + 0.31985
g8282 DLA_09243 GLQOFTK02G2F2O CDS1633357 2259 + 0.35591
g8283 DLA_09244 GLQOFTK02G2F2O CDS1635776 1272 + 0.338836
g8284 DLA_09245 GLQOFTK02G2F2O CDS1637354 1575 + 0.292698
g8285 DLA_09246 GLQOFTK02G2F2O CDS1639007 4404 - 0.33356
g8286 DLA_09247 GLQOFTK02G2F2O CDS1644479 3021 + 0.345581
g8287 DLA_09248 GLQOFTK02G2F2O CDS1647617 1485 - 0.309764
g8288 DLA_09249 GLQOFTK02G2F2O CDS1649732 444 + 0.31982
g8289 DLA_09250 GLQOFTK02G2F2O CDS1650615 1218 + 0.394089
g829 DLA_00909 F4PJNLW01A00V1 CDS409957 3246 + 0.379544
g8290 DLA_09251 GLQOFTK02G2F2O CDS1652050 867 - 0.372549
g8291 DLA_09252 GLQOFTK02G2F2O CDS1653627 3138 + 0.336201
g8292 DLA_11767 GLQOFTK02G2F2O CDS1657691 744 + 0.330645
g8293 DLA_09253 GLQOFTK02G2F2O CDS1659090 2172 + 0.354972
g8294 DLA_09255 GLQOFTK02G2F2O CDS1662828 1920 + 0.308854
g8295 DLA_09256 GLQOFTK02G2F2O CDS1665654 1830 + 0.285792
g8296 DLA_09257 GLQOFTK02G2F2O CDS1667785 3975 + 0.318239
g8297 DLA_09258 GLQOFTK02G2F2O CDS1671893 1326 - 0.342383
g8298 DLA_09259 GLQOFTK02G2F2O CDS1673495 3150 + 0.334603
g8299 DLA_09260 GLQOFTK02G2F2O CDS1676780 2481 - 0.406288
g83 DLA_00095 contig05409_1.exp CDS189619 3597 + 0.350014
g830 DLA_00910 similar to Arabidopsis AMT1 involved in transporting ammonia in the environment into the cell contains 11 transmembrane domainsF4PJNLW01A00V1 CDS413597 1302 + 0.361751
g8300 DLA_09262 GLQOFTK02G2F2O CDS1681161 243 + 0.279835
g8301 DLA_09263 GLQOFTK02G2F2O CDS1681686 522 - 0.295019
g8302 DLA_09264 GLQOFTK02G2F2O CDS1682483 1542 - 0.274319
g8303 DLA_09265 GLQOFTK02G2F2O CDS1686095 1056 - 0.265152
g8304 DLA_09267 GLQOFTK02G2F2O CDS1687538 399 - 0.300752
g8305 DLA_09269 GLQOFTK02G2F2O CDS1688948 753 + 0.347942
g8306 DLA_09270 GLQOFTK02G2F2O CDS1689898 972 - 0.323045
g8307 DLA_09271 GLQOFTK02G2F2O CDS1691165 1062 - 0.299435
g8308 DLA_11768 GLQOFTK02G2F2O CDS1692433 864 - 0.355324
g8309 DLA_09272 GLQOFTK02G2F2O CDS1696533 432 - 0.30787
g831 DLA_00911 F4PJNLW01A00V1 CDS415447 2505 - 0.390818
g8310 DLA_09273 GLQOFTK02G2F2O CDS1697483 894 - 0.296421
g8311 DLA_09275 GLQOFTK02G2F2O CDS1699520 576 + 0.378472
g8312 DLA_09276 GLQOFTK02G2F2O CDS1700128 474 + 0.35654
g8313 DLA_09278 GLQOFTK02G2F2O CDS1702627 2088 + 0.319444
g8314 DLA_09279 GLQOFTK02G2F2O CDS1704788 1659 - 0.315853
g8315 DLA_09280 GLQOFTK02G2F2O CDS1706839 684 - 0.321637
g8316 DLA_09281 GLQOFTK02G2F2O CDS1707875 1017 + 0.292035
g8317 DLA_09283 GLQOFTK02G2F2O CDS1709191 1902 + 0.330705
g8318 DLA_09284 GLQOFTK02G2F2O CDS1711213 2031 - 0.310684
g8319 DLA_09285 GLQOFTK02G2F2O CDS1714267 1797 + 0.342237
g832 DLA_00912 similar to the cell division cycle 2-related protein kinase 7 (CRK7) and other cell division cycle 2-like protein kinases there is a second copy of this gene F4PJNLW01A00V1 CDS418405 1833 + 0.355701
g8320 DLA_09286 GLQOFTK02G2F2O CDS1716564 1545 - 0.324919
g8321 DLA_09287 GLQOFTK02G2F2O CDS1719930 1263 + 0.325416
g8322 DLA_09288 GLQOFTK02G2F2O CDS1721538 837 + 0.357228
g8323 DLA_09289 GLQOFTK02G2F2O CDS1722481 1926 + 0.306334
g8324 DLA_09290 GLQOFTK02G2F2O CDS1725034 2640 + 0.351894
g8325 DLA_09291 GLQOFTK02G2F2O CDS1728283 471 + 0.29724
g8326 DLA_09292 GLQOFTK02G2F2O CDS1729218 1128 - 0.283688
g8327 DLA_09293 GLQOFTK02G2F2O CDS1730494 543 + 0.305709
g8328 DLA_09294 GLQOFTK02G2F2O CDS1731320 1677 - 0.335122
g8329 DLA_09295 GLQOFTK02G2F2O CDS1733326 516 - 0.364341
g833 DLA_00913 ortholog of the trafficking protein particle complex subunit 10 part of the multisubunit TRAPP (transport protein particle) complex there is a second copy of this gene F4PJNLW01A00V1 CDS420669 3933 + 0.33969
g8330 DLA_09296 GLQOFTK02G2F2O CDS1734419 2460 + 0.335366
g8331 DLA_09297 GLQOFTK02G2F2O CDS1737039 750 - 0.313333
g8332 DLA_09299 GLQOFTK02G2F2O CDS1738581 777 + 0.256113
g8333 DLA_09300 GLQOFTK02G2F2O CDS1739580 3417 - 0.352063
g8334 DLA_09301 GLQOFTK02G2F2O CDS1743321 3546 - 0.324027
g8335 DLA_09302 GLQOFTK02G2F2O CDS1747435 1935 - 0.339535
g8336 DLA_09303 GLQOFTK02G2F2O CDS1751444 525 - 0.312381
g8337 DLA_09304 GLQOFTK02G2F2O CDS1752145 1977 - 0.352049
g8338 DLA_09305 GLQOFTK02G2F2O CDS1754582 807 + 0.301115
g8339 DLA_09307 GLQOFTK02G2F2O CDS1755732 1512 - 0.337302
g834 DLA_00914 F4PJNLW01A00V1 CDS424736 3198 - 0.258286
g8340 DLA_09308 GLQOFTK02G2F2O CDS1758073 627 + 0.298246
g8341 DLA_09309 GLQOFTK02G2F2O CDS1758767 801 - 0.348315
g8342 DLA_09310 GLQOFTK02G2F2O CDS1759887 2610 - 0.318391
g8343 DLA_09311 GLQOFTK02G2F2O CDS1763200 1443 - 0.301455
g8344 DLA_09312 GLQOFTK02G2F2O CDS1765763 2766 + 0.39154
g8345 DLA_09313 GLQOFTK02G2F2O CDS1768797 723 - 0.301521
g8346 DLA_09314 GLQOFTK02G2F2O CDS1769998 2472 + 0.336165
g8347 DLA_09315 GLQOFTK02G2F2O CDS1772731 363 - 0.264463
g8348 DLA_09316 GLQOFTK02G2F2O CDS1773632 1650 - 0.384848
g8349 DLA_09317 GLQOFTK02G2F2O CDS1775471 933 + 0.327974
g835 DLA_00916 F4PJNLW01A00V1 CDS428746 1794 - 0.375697
g8350 DLA_09318 GLQOFTK02G2F2O CDS1777168 405 + 0.325926
g8351 DLA_09319 similar to budding yeast Sar1 a 21 kDa GTP- binding protein involved in vesicular transport between the endoplasmic reticulum and the GolgiGLQOFTK02G2F2O CDS1778348 594 + 0.291246
g8352 DLA_09320 GLQOFTK02G2F2O CDS1779183 876 + 0.300228
g8353 DLA_09321 GLQOFTK02G2F2O CDS1780188 693 - 0.359307
g8354 DLA_09322 GLQOFTK02G2F2O CDS1781328 900 + 0.346667
g8355 DLA_09323 GLQOFTK02G2F2O CDS1782674 3042 + 0.325115
g8356 DLA_11769 GLQOFTK02G2F2O CDS1786130 1542 + 0.263943
g8357 DLA_09324 GLQOFTK02G2F2O CDS1787804 918 - 0.330065
g8358 DLA_09325 GLQOFTK02G2F2O CDS1789120 621 - 0.278583
g8359 DLA_09326 GLQOFTK02G2F2O CDS1790208 3306 + 0.340895
g836 DLA_11455 F4PJNLW01A00V1 CDS432399 2580 + 0.324419
g8360 DLA_09327 GLQOFTK02G2F2O CDS1793796 999 + 0.283283
g8361 DLA_11770 GLQOFTK02G2F2O CDS1795125 609 + 0.325123
g8362 DLA_11771 GLQOFTK02G2F2O CDS1796070 783 + 0.309068
g8363 DLA_09328 GLQOFTK02G2F2O CDS1797586 969 + 0.324045
g8364 DLA_09330 GLQOFTK02G2F2O CDS1798823 975 - 0.301538
g8365 DLA_09331 GLQOFTK02G2F2O CDS1799937 1503 - 0.328011
g8366 DLA_09332 GLQOFTK02G2F2O CDS1801663 588 - 0.270408
g8367 DLA_09333 GLQOFTK02G2F2O CDS1802337 1683 + 0.325015
g8368 DLA_09334 GLQOFTK02G2F2O CDS1804605 483 + 0.337474
g8369 DLA_09335 GLQOFTK02G2F2O CDS1805721 216 + 0.384259
g837 DLA_00917 F4PJNLW01A00V1 CDS435856 2655 + 0.369492
g8370 DLA_09336 GLQOFTK02G2F2O CDS1806183 2058 + 0.31827
g8371 DLA_09337 GLQOFTK02G2F2O CDS1808455 708 - 0.282486
g8372 DLA_09339 GLQOFTK02G2F2O CDS1809776 324 - 0.404321
g8373 DLA_09340 GLQOFTK02G2F2O CDS1810366 909 - 0.325633
g8374 DLA_09341 GLQOFTK02G2F2O CDS1811831 4878 + 0.341328
g8375 DLA_09342 GLQOFTK02G2F2O CDS1816908 1617 - 0.372913
g8376 DLA_09343 GLQOFTK02G2F2O CDS1819206 396 - 0.318182
g8377 DLA_09344 GLQOFTK02G2F2O CDS1821038 591 - 0.351946
g8378 DLA_09345 GLQOFTK02G2F2O CDS1822001 1047 - 0.298949
g8379 DLA_09346 GLQOFTK02G2F2O CDS1823415 573 + 0.195462
g838 DLA_00918 phosphoinositide phosphatase with low specific activity compared to other known phosphoinositide phosphatases can dephosphorylate several phosphoinositide substrates with a preference for PI(5)P constitutively expressed putative ortholog of H. sapiens EPM2A involved in myoclonic epilepsy of LaforaF4PJNLW01A00V1 CDS439027 657 - 0.316591
g8380 DLA_09347 GLQOFTK02G2F2O CDS1824326 1353 + 0.317073
g8381 DLA_09348 GLQOFTK02G2F2O CDS1825849 1035 - 0.319807
g8382 DLA_09349 GLQOFTK02G2F2O CDS1827121 2289 + 0.315422
g8383 DLA_09350 GLQOFTK02G2F2O CDS1830734 1791 + 0.335567
g8384 DLA_09351 GLQOFTK02G2F2O CDS1833059 1260 - 0.384921
g8385 DLA_09352 GLQOFTK02G2F2O CDS1834905 669 + 0.38565
g8386 DLA_09353 GLQOFTK02G2F2O CDS1835892 1062 + 0.356874
g8387 DLA_09354 GLQOFTK02G2F2O CDS1837045 534 - 0.26779
g8388 DLA_09356 GLQOFTK02G2F2O CDS1837983 696 + 0.29454
g8389 DLA_09358 GLQOFTK02G2F2O CDS1839516 1446 + 0.347856
g839 DLA_00919 F4PJNLW01A00V1 CDS439803 591 - 0.302876
g8390 DLA_09359 GLQOFTK02G2F2O CDS1841378 2946 + 0.347251
g8391 DLA_09360 GLQOFTK02G2F2O CDS1844853 831 - 0.292419
g8392 DLA_09361 GLQOFTK02G2F2O CDS1846184 1938 - 0.30031
g8393 DLA_09362 weakly similar to niban protein a marker for renal carcinogenesisbr bCommunity annotation:b DDB_G0267786 appears to be cell-cycle regulated expressed in late G2 at the same time when virtually all S-phase and M-phase specific genes are active (see graph on wiki page). The gene is slightly overexpressed in the rblA disruptant (15-fold) but appears primarily regulated by at present unknown Rb-independent mechanisms. No ortholog of DDB_G0267786 is recognizable in yeast. Harry MacWilliams August 2010br GLQOFTK02G2F2O CDS1849012 1614 + 0.357497
g8394 DLA_09363 GLQOFTK02G2F2O CDS1851292 792 + 0.364899
g8395 DLA_09364 GLQOFTK02G2F2O CDS1852220 222 - 0.225225
g8396 DLA_09365 GLQOFTK02G2F2O CDS1852909 447 - 0.317673
g8397 DLA_09366 GLQOFTK02G2F2O CDS1853927 819 + 0.326007
g8398 DLA_09367 GLQOFTK02G2F2O CDS1855033 1767 + 0.299943
g8399 DLA_09368 GLQOFTK02G2F2O CDS1857156 342 - 0.342105
g84 DLA_00097 contig05409_1.exp CDS193755 1533 - 0.315068
g840 DLA_11456 F4PJNLW01A00V1 CDS440657 1554 + 0.301158
g8400 DLA_09369 GLQOFTK02G2F2O CDS1857713 2004 + 0.299401
g8401 DLA_09370 GLQOFTK02G2F2O CDS1859940 1521 + 0.342538
g8402 DLA_09371 GLQOFTK02G2F2O CDS1861905 1116 - 0.331541
g8403 DLA_09372 GLQOFTK02G2F2O CDS1864027 1155 + 0.316883
g8404 DLA_09373 GLQOFTK02G2F2O CDS1865531 1281 + 0.323185
g8405 DLA_09374 GLQOFTK02G2F2O CDS1867535 615 - 0.302439
g8406 DLA_09375 GLQOFTK02G2F2O CDS1868353 1449 - 0.282954
g8407 DLA_09376 GLQOFTK02G2F2O CDS1869902 426 - 0.262911
g8408 DLA_09377 GLQOFTK02G2F2O CDS1870716 1308 + 0.315749
g8409 DLA_09378 GLQOFTK02G2F2O CDS1872185 1212 - 0.29538
g841 DLA_00920 F4PJNLW01A00V1 CDS442743 3303 + 0.340599
g8410 DLA_09379 GLQOFTK02G2F2O CDS1873560 3123 + 0.365354
g8411 DLA_09380 GLQOFTK02G2F2O CDS1876839 2823 - 0.307474
g8412 DLA_09381 GLQOFTK02G2F2O CDS1880032 2088 - 0.357759
g8413 DLA_09382 GLQOFTK02G2F2O CDS1884044 3234 + 0.316636
g8414 DLA_09383 GLQOFTK02G2F2O CDS1888250 1143 + 0.339458
g8415 DLA_09384 GLQOFTK02G2F2O CDS1889693 288 - 0.256944
g8416 DLA_09385 GLQOFTK02G2F2O CDS1890456 453 + 0.335541
g8417 DLA_09386 GLQOFTK02G2F2O CDS1891326 1098 - 0.37796
g8418 DLA_09387 catalyzes the reaction L-methionine thioredoxin disulfide H2O L-methionine (S)-S-oxide thioredoxin functions as a repair enzyme for proteins that have been inactivated by oxidationGLQOFTK02G2F2O CDS1892943 504 + 0.333333
g8419 DLA_09388 GLQOFTK02G2F2O CDS1893580 1980 - 0.29899
g842 DLA_00921 F4PJNLW01A00V1 CDS446407 3276 + 0.320513
g8420 DLA_09390 the kinase domain is similar to mammalian stress-induced STK and OSR1 (oxidative stress responsive 1) kinases and other STE20-like kinasesbrbr bCommunity annotation:b Fray1 and Fray2 represent the FRAY-subfamily of Ste20-like kinases in D. discoideum (see GLQOFTK02G2F2O CDS1897895 3102 + 0.356222
g8421 DLA_09391 GLQOFTK02G2F2O CDS1901520 1383 + 0.310918
g8422 DLA_09392 subunit of the 20S proteasome (macropain) the endopeptidase complex involved in an ATPubiquitin-dependent nonlysosomal proteolytic pathway in eukaryotes composed of up to 28 subunits which form a highly ordered ring-shaped structure (20S ring)GLQOFTK02G2F2O CDS1903144 759 + 0.332016
g8423 DLA_09393 GLQOFTK02G2F2O CDS1904298 1455 + 0.358076
g8424 DLA_09394 GLQOFTK02G2F2O CDS1905841 1863 + 0.27912
g8425 DLA_09395 GLQOFTK02G2F2O CDS1907965 546 - 0.342491
g8426 DLA_09396 GLQOFTK02G2F2O CDS1908786 483 + 0.341615
g8427 DLA_09397 GLQOFTK02G2F2O CDS1909450 2268 + 0.322751
g8428 DLA_09398 GLQOFTK02G2F2O CDS1911833 2367 - 0.291086
g8429 DLA_09400 GLQOFTK02G2F2O CDS1914880 492 - 0.264228
g843 DLA_00923 F4PJNLW01A00V1 CDS450368 1644 + 0.379562
g8430 DLA_09401 GLQOFTK02G2F2O CDS1915881 780 - 0.319231
g8431 DLA_09402 GLQOFTK02G2F2O CDS1916763 1656 + 0.289855
g8432 DLA_09403 GLQOFTK02G2F2O CDS1918655 1152 - 0.269965
g8433 DLA_09404 GLQOFTK02G2F2O CDS1920380 1725 + 0.313623
g8434 DLA_09405 GLQOFTK02G2F2O CDS1922424 7155 - 0.361845
g8435 DLA_09406 ortholog of ZPR1 a eukaryotic zinc finger protein GLQOFTK02G2F2O CDS1930055 1440 - 0.358333
g8436 DLA_09407 has a BAR domain at the N terminus and a DNAJ heat shock N-terminal domain at the carboxyl domain shares a short region of similarity with plant auxilin-like protein a heat shock protein bindingGLQOFTK02G2F2O CDS1931999 2160 + 0.332407
g8437 DLA_09408 GLQOFTK02G2F2O CDS1934579 1977 + 0.367729
g8438 DLA_09409 GLQOFTK02G2F2O CDS1936897 486 + 0.27572
g8439 DLA_09411 GLQOFTK02G2F2O CDS1938214 945 - 0.265608
g844 DLA_00924 F4PJNLW01A00V1 CDS452710 810 - 0.264198
g8440 DLA_09412 GLQOFTK02G2F2O CDS1939429 4191 + 0.321403
g8441 DLA_09413 GLQOFTK02G2F2O CDS1943754 720 - 0.308333
g8442 DLA_09414 GLQOFTK02G2F2O CDS1944715 3000 - 0.352333
g8443 DLA_09415 GLQOFTK02G2F2O CDS1948145 2280 + 0.309211
g8444 DLA_09416 GLQOFTK02G2F2O CDS1950826 1854 - 0.334412
g8445 DLA_09417 GLQOFTK02G2F2O CDS1953233 4416 + 0.330163
g8446 DLA_11772 GLQOFTK02G2F2O CDS1958051 3507 - 0.289421
g8447 DLA_09418 GLQOFTK02G2F2O CDS1961723 678 - 0.309735
g8448 DLA_09419 GLQOFTK02G2F2O CDS1962710 1416 - 0.301554
g8449 DLA_09421 GLQOFTK02G2F2O CDS1964463 540 - 0.309259
g845 DLA_00925 F4PJNLW01A00V1 CDS453911 4515 - 0.341085
g8450 DLA_09422 GLQOFTK02G2F2O CDS1965361 1293 + 0.317092
g8451 DLA_09423 belongs to the methyltransferase superfamily AML1 family similar to human N6AMT2 S. cerevisiae AML1GLQOFTK02G2F2O CDS1966691 618 - 0.288026
g8452 DLA_09424 GLQOFTK02G2F2O CDS1967909 936 + 0.360043
g8453 DLA_09425 GLQOFTK02G2F2O CDS1968942 945 - 0.298413
g8454 DLA_11773 GLQOFTK02G2F2O CDS1970343 1752 + 0.28653
g8455 DLA_09426 GLQOFTK02G2F2O CDS1972603 2385 + 0.288889
g8456 DLA_09427 GLQOFTK02G2F2O CDS1975087 6162 - 0.314833
g8457 DLA_09428 GLQOFTK02G2F2O CDS1983835 1182 - 0.318105
g8458 DLA_09429 GLQOFTK02G2F2O CDS1985291 1002 + 0.322355
g8459 DLA_09430 protein component of the small (40S) ribosomal subunit ribosomal protein S18 homologGLQOFTK02G2F2O CDS1986423 456 + 0.388158
g846 DLA_00926 F4PJNLW01A00V1 CDS459261 1626 + 0.353014
g8460 DLA_09431 GLQOFTK02G2F2O CDS1987483 3312 + 0.302838
g8461 DLA_09432 GLQOFTK02G2F2O CDS1991204 2175 + 0.333333
g8462 DLA_09433 GLQOFTK02G2F2O CDS1993768 675 - 0.340741
g8463 DLA_09434 GLQOFTK02G2F2O CDS1994982 2067 + 0.311563
g8464 DLA_09435 GLQOFTK02G2F2O CDS1997725 5733 + 0.329147
g8465 DLA_09436 GLQOFTK02G2F2O CDS2005191 1206 + 0.327529
g8466 DLA_09437 GLQOFTK02G2F2O CDS2007616 2796 + 0.308655
g8467 DLA_09439 catalyzes the reaction ATP L-aspartate tRNAAsp AMP diphosphate L-aspartyl-tRNAAspGLQOFTK02G2F2O CDS2010760 1707 + 0.357938
g8468 DLA_09441 GLQOFTK02G2F2O CDS2013677 252 + 0.313492
g8469 DLA_09442 GLQOFTK02G2F2O CDS2014170 309 - 0.38835
g847 DLA_00927 F4PJNLW01A00V1 CDS461092 1266 + 0.300948
g8470 DLA_09443 one of two identical H4 proteins (other is GLQOFTK02G2F2O CDS2015054 309 + 0.375405
g8471 DLA_09444 GLQOFTK02G2F2O CDS2015723 1248 + 0.307692
g8472 DLA_09445 GLQOFTK02G2F2O CDS2017278 5043 + 0.340274
g8473 DLA_09446 GLQOFTK02G2F2O CDS2022424 954 - 0.27044
g8474 DLA_09447 GLQOFTK02G2F2O CDS2023625 2490 + 0.317671
g8475 DLA_09448 GLQOFTK02G2F2O CDS2026378 564 - 0.274823
g8476 DLA_09449 GLQOFTK02G2F2O CDS2027604 663 + 0.27451
g8477 DLA_09450 SNARE protein interacts with AP180 (clmA) which retrieves Vamp7B from the contractile vacuoleGLQOFTK02G2F2O CDS2028516 690 + 0.291304
g8478 DLA_09451 homolog of human Sphk1 phosphorylates sphinganine to sphinganine 1-phosphateGLQOFTK02G2F2O CDS2029787 1752 + 0.31621
g8479 DLA_09454 GLQOFTK02GEI5A CDS37 927 - 0.305286
g848 DLA_00928 F4PJNLW01A00V1 CDS462535 369 - 0.319783
g8480 DLA_09455 GLQOFTK02GEI5A CDS1894 1584 - 0.285985
g8481 DLA_09457 GLQOFTK02GEI5A CDS5485 480 + 0.239583
g8482 DLA_09458 GLQOFTK02GEI5A CDS6097 1251 - 0.293365
g8483 DLA_09459 GLQOFTK02GEI5A CDS7450 1320 - 0.258333
g8484 DLA_09460 GLQOFTK02GEI5A CDS8849 2172 - 0.288674
g8485 DLA_09461 GLQOFTK02GEI5A CDS11123 456 - 0.243421
g8486 DLA_09462 GLQOFTK02GHM7A CDS754 2646 + 0.247166
g8487 DLA_09463 conserved hypothetical protein contains 13 predicted transmembrane domains and a partial endonucleaseexonucleasephosphatase domainGLQOFTK02GHM7A CDS3851 2106 - 0.311016
g8488 DLA_09464 GLQOFTK02GHM7A CDS6402 942 + 0.291932
g8489 DLA_09465 GLQOFTK02GHM7A CDS7456 1404 - 0.274929
g849 DLA_00929 F4PJNLW01A00V1 CDS464441 2265 - 0.349669
g8490 DLA_09466 GLQOFTK02GHM7A CDS9539 1077 - 0.36026
g8491 DLA_09467 GLQOFTK02GHM7A CDS11524 360 + 0.266667
g8492 DLA_09468 partial ORF2 of tRNA-specific non-long terminal repeat retrotransposon TRE3-D refer to Genbank AF135841 for partial consensus elementGLQOFTK02GHM7A CDS12666 1182 - 0.370558
g8493 DLA_09471 GLQOFTK02GHM7A CDS15793 339 + 0.315634
g8494 DLA_09472 GLQOFTK02GHM7A CDS17342 1032 + 0.263566
g8495 DLA_11774 GLQOFTK02GHM7A CDS18934 222 + 0.396396
g8496 DLA_09473 GLQOFTK02GHM7A CDS19362 1143 + 0.382327
g8497 DLA_11775 GLQOFTK02GHM7A CDS20955 1182 + 0.26819
g8498 DLA_09474 GLQOFTK02GHM7A CDS22762 285 - 0.319298
g8499 DLA_09475 GLQOFTK02GHM7A CDS23339 1143 - 0.35783
g85 DLA_11431 contig05409_1.exp CDS195949 1239 - 0.329298
g850 DLA_00930 F4PJNLW01A00V1 CDS467822 369 - 0.303523
g8500 DLA_09476 GLQOFTK02GHM7A CDS25245 1185 + 0.295359
g8501 DLA_09478 GLQOFTK02GHM7A CDS27802 1296 + 0.334877
g8502 DLA_09479 GLQOFTK02GHM7A CDS29273 558 + 0.299283
g8503 DLA_09480 GLQOFTK02GHM7A CDS30013 1167 - 0.27078
g8504 DLA_09481 GLQOFTK02GHM7A CDS32770 300 + 0.296667
g8505 DLA_09482 ortholog of H. sapiens DDX52 and S. cerevisiae ROK1 (Rescuer Of Kem1) ROK1 required for 18S rRNA synthesisGLQOFTK02GHM7A CDS33431 1893 - 0.277866
g8506 DLA_09483 GLQOFTK02GHM7A CDS35572 666 + 0.247748
g8507 DLA_11776 catalyzes the reaction L-serine pyruvate NHsub3subGLQOFTK02GHM7A CDS36898 1047 + 0.346705
g8508 DLA_09484 GLQOFTK02GHM7A CDS38320 2019 + 0.301139
g8509 DLA_09485 GLQOFTK02GHM7A CDS40990 7914 + 0.321203
g851 DLA_00931 F4PJNLW01A00V1 CDS469670 831 + 0.345367
g8510 DLA_09486 GLQOFTK02GHM7A CDS49108 1653 - 0.273442
g8511 DLA_09487 GLQOFTK02GHM7A CDS50846 1086 - 0.286372
g8512 DLA_09488 GLQOFTK02GHM7A CDS52561 1395 + 0.306093
g8513 DLA_09489 GLQOFTK02GHM7A CDS54286 642 - 0.327103
g8514 DLA_09490 GLQOFTK02GHM7A CDS55254 1857 - 0.333872
g8515 DLA_09491 GLQOFTK02GHM7A CDS58164 2499 + 0.292917
g8516 DLA_09492 GLQOFTK02GHM7A CDS60770 798 - 0.275689
g8517 DLA_09493 GLQOFTK02GHM7A CDS62185 2979 + 0.325948
g8518 DLA_09494 GLQOFTK02GHM7A CDS65353 1881 - 0.320043
g8519 DLA_09495 GLQOFTK02GHM7A CDS67461 948 + 0.291139
g852 DLA_00932 F4PJNLW01A00V1 CDS470736 10092 + 0.339279
g8520 DLA_09497 GLQOFTK02GHM7A CDS68836 5745 + 0.343777
g8521 DLA_09498 similar to the eukaryotic transmembrane protein 85 (TMEM85) contains two putative transmembrane domainsGLQOFTK02GHM7A CDS75271 579 - 0.29361
g8522 DLA_09499 putative protein serinethreonine kinase similar to the kinase domains of AAK1 (AP2 associated kinase) and BMP-inducible protein kinase (BIKe)GLQOFTK02GHM7A CDS76238 2130 + 0.302817
g8523 DLA_09500 GLQOFTK02GHM7A CDS78474 1224 - 0.308824
g8524 DLA_09501 GLQOFTK02GHM7A CDS80367 1527 - 0.337917
g8525 DLA_09502 GLQOFTK02GHM7A CDS82102 771 - 0.267185
g8526 DLA_09503 GLQOFTK02GHM7A CDS82967 3201 - 0.294283
g8527 DLA_09505 GLQOFTK02GHM7A CDS86804 7434 + 0.309927
g8528 DLA_09507 GLQOFTK02GHM7A CDS94367 747 - 0.287818
g8529 DLA_09508 GLQOFTK02GHM7A CDS95714 978 + 0.322086
g853 DLA_00933 catalyzes the reaction Nsub2sub-acetyl-L-ornithine 2-oxoglutarate N-acetyl-L-glutamate 5-semialdehyde L-glutamateF4PJNLW01A00V1 CDS481206 1332 - 0.354354
g8530 DLA_09509 GLQOFTK02GHM7A CDS96832 471 - 0.326964
g8531 DLA_09510 GLQOFTK02GHM7A CDS98002 2253 + 0.377275
g8532 DLA_11777 GLQOFTK02GHM7A CDS100570 1755 - 0.279772
g8533 DLA_11778 GLQOFTK02GHM7A CDS102375 1779 - 0.277684
g8534 DLA_09511 GLQOFTK02GHM7A CDS104188 4017 - 0.287279
g8535 DLA_09514 GLQOFTK02GHM7A CDS110678 1734 + 0.291234
g8536 DLA_09515 GLQOFTK02GHM7A CDS112936 978 - 0.275051
g8537 DLA_09516 GLQOFTK02GHM7A CDS114096 1206 + 0.313433
g8538 DLA_09518 GLQOFTK02GHM7A CDS116414 3102 + 0.293682
g8539 DLA_09519 GLQOFTK02GHM7A CDS119842 2667 - 0.262467
g854 DLA_00934 F4PJNLW01A00V1 CDS482667 663 - 0.374057
g8540 DLA_09521 GLQOFTK02GHM7A CDS123442 1371 + 0.364697
g8541 DLA_09522 GLQOFTK02GHM7A CDS124846 435 - 0.324138
g8542 DLA_09523 GLQOFTK02GHM7A CDS125680 1917 + 0.340115
g8543 DLA_09524 GLQOFTK02GHM7A CDS127751 1023 - 0.347019
g8544 DLA_09525 GLQOFTK02GHM7A CDS129088 1419 + 0.293164
g8545 DLA_09527 GLQOFTK02GHM7A CDS131447 2031 + 0.300837
g8546 DLA_09529 GLQOFTK02GHM7A CDS134809 402 + 0.308458
g8547 DLA_09530 GLQOFTK02GHM7A CDS135261 2247 - 0.352915
g8548 DLA_09532 GLQOFTK02GHM7A CDS138992 3324 + 0.286402
g8549 DLA_09533 GLQOFTK02GHM7A CDS142400 813 - 0.305043
g855 DLA_00935 F4PJNLW01A00V1 CDS483602 570 + 0.308772
g8550 DLA_09534 GLQOFTK02GHM7A CDS143275 984 - 0.336382
g8551 DLA_09535 GLQOFTK02GHM7A CDS144790 1197 - 0.279031
g8552 DLA_09536 GLQOFTK02GHM7A CDS146266 1326 - 0.304676
g8553 DLA_09537 GLQOFTK02GHM7A CDS148256 843 + 0.393832
g8554 DLA_09538 GLQOFTK02GHM7A CDS149349 1038 + 0.315992
g8555 DLA_09539 catalyzes the reaction isocitrate NADP 2-oxoglutarate CO2 NADPHGLQOFTK02GHM7A CDS150554 1308 - 0.348624
g8556 DLA_09540 GLQOFTK02GHM7A CDS152126 555 - 0.338739
g8557 DLA_09541 GLQOFTK02GHM7A CDS153460 531 - 0.3258
g8558 DLA_11779 GLQOFTK02GHM7A CDS154270 270 + 0.277778
g8559 DLA_09542 GLQOFTK02GHM7A CDS154695 609 - 0.330049
g856 DLA_00936 F4PJNLW01A00V1 CDS484234 2835 - 0.31358
g8560 DLA_09543 GLQOFTK02GHM7A CDS155870 1362 + 0.314978
g8561 DLA_09544 GLQOFTK02GHM7A CDS158007 2088 + 0.331418
g8562 DLA_09545 GLQOFTK02GHM7A CDS160375 585 + 0.28547
g8563 DLA_09546 GLQOFTK02GHM7A CDS161055 843 + 0.246738
g8564 DLA_09547 GLQOFTK02GHM7A CDS162001 3615 + 0.333333
g8565 DLA_09548 GLQOFTK02GHM7A CDS165844 1842 + 0.320304
g8566 DLA_09550 GLQOFTK02GHM7A CDS168204 1461 - 0.314853
g8567 DLA_09552 GLQOFTK02GHM7A CDS172544 1035 + 0.348792
g8568 DLA_09553 GLQOFTK02GHM7A CDS173753 2601 - 0.285275
g8569 DLA_09554 GLQOFTK02GHM7A CDS176826 1656 - 0.327899
g857 DLA_00937 F4PJNLW01A00V1 CDS487333 2793 + 0.368779
g8570 DLA_09555 GLQOFTK02GHM7A CDS178742 798 - 0.323308
g8571 DLA_09556 DEADDEAH box helicases are involved in various aspects of RNA metabolismGLQOFTK02GHM7A CDS179980 3096 + 0.347222
g8572 DLA_09557 chromatin remodeling complex subunit R (CHR) protein SWI2SNF2 homologGLQOFTK02GHM7A CDS183164 2592 - 0.297839
g8573 DLA_09558 GLQOFTK02GHM7A CDS186489 3087 + 0.329446
g8574 DLA_09559 GLQOFTK02GHM7A CDS190078 2403 + 0.363296
g8575 DLA_11780 NAD-dependent deacetylase Sirutin 2 family protein that regulate various biological processes by deacetylating histones and other target proteins nuclear protein expressed in pstA and pstO cells in the slug and to the apical disc upper and lower cups in the culminant (similar expression pattern as sir2B) GLQOFTK02GHM7A CDS192810 1011 + 0.293769
g8576 DLA_09560 GLQOFTK02GHM7A CDS194349 4242 + 0.329562
g8577 DLA_09561 GLQOFTK02GHM7A CDS198919 1011 - 0.358061
g8578 DLA_09562 GLQOFTK02GHM7A CDS200094 1404 + 0.301994
g8579 DLA_09563 GLQOFTK02GHM7A CDS201572 957 + 0.276907
g858 DLA_00938 F4PJNLW01A00V1 CDS490212 684 - 0.282164
g8580 DLA_09564 GLQOFTK02GHM7A CDS203153 1074 + 0.354749
g8581 DLA_09565 GLQOFTK02GHM7A CDS205126 1794 + 0.348383
g8582 DLA_09566 GLQOFTK02GHM7A CDS210109 417 - 0.342926
g8583 DLA_09571 GLQOFTK02GHM7A CDS212049 6114 + 0.319267
g8584 DLA_09572 GLQOFTK02GHM7A CDS218698 1647 + 0.371585
g8585 DLA_09573 GLQOFTK02GHM7A CDS220727 894 + 0.337808
g8586 DLA_09575 GLQOFTK02GHM7A CDS223926 2124 + 0.348399
g8587 DLA_09577 belongs to the methyltransferase superfamily ortholog of human WBSCR22 an uncharacterized methyltransferase associated with Williams-Beuren syndromeGLQOFTK02GHM7A CDS226810 960 - 0.355208
g8588 DLA_09579 GLQOFTK02GHM7A CDS228486 1752 + 0.301941
g8589 DLA_09580 half transporter consisting of one ABC domain and one transmembrane domainGLQOFTK02GHM7A CDS230667 2187 + 0.321445
g859 DLA_00940 F4PJNLW01A00V1 CDS491788 6873 + 0.295941
g8590 DLA_09581 GLQOFTK02GHM7A CDS235612 3405 + 0.325404
g8591 DLA_09582 GLQOFTK02GHM7A CDS239071 5457 - 0.316841
g8592 DLA_09583 GLQOFTK02GHM7A CDS245422 492 - 0.252033
g8593 DLA_09585 GLQOFTK02GHM7A CDS246755 4185 + 0.314934
g8594 DLA_09586 GLQOFTK02GHM7A CDS251508 717 + 0.313808
g8595 DLA_09587 GLQOFTK02GHM7A CDS252353 1893 + 0.34654
g8596 DLA_09588 GLQOFTK02GHM7A CDS254418 1764 + 0.360544
g8597 DLA_09589 GLQOFTK02GHM7A CDS256496 2496 - 0.306891
g8598 DLA_09590 GLQOFTK02GHM7A CDS259672 1491 - 0.357478
g8599 DLA_09591 CAZy family GT49 similar to vertebrate acetylglucosaminyltransferase-like protein (LARGE) essential for developmentGLQOFTK02GHM7A CDS261513 1170 + 0.323932
g86 DLA_00098 contig05409_1.exp CDS197357 2535 + 0.313215
g860 DLA_00941 F4PJNLW01A00V1 CDS500057 6390 + 0.291549
g8600 DLA_09592 GLQOFTK02GHM7A CDS263144 447 - 0.239374
g8601 DLA_09593 GLQOFTK02GHM7A CDS263656 1479 - 0.3286
g8602 DLA_09595 GLQOFTK02GHM7A CDS268083 720 - 0.258333
g8603 DLA_09596 GLQOFTK02GHM7A CDS269579 1653 + 0.356927
g8604 DLA_09597 GLQOFTK02GHM7A CDS271420 627 - 0.368421
g8605 DLA_09598 GLQOFTK02GHM7A CDS273072 1167 + 0.297344
g8606 DLA_09599 GLQOFTK02GHM7A CDS274613 2397 - 0.361702
g8607 DLA_09600 catalyzes the reaction homocysteine L-serine Hsub2subO cystathionineGLQOFTK02GHM7A CDS278164 1494 + 0.382865
g8608 DLA_09601 GLQOFTK02GHM7A CDS279919 3174 - 0.371456
g8609 DLA_09602 GLQOFTK02GHM7A CDS283717 822 + 0.36618
g861 DLA_00942 F4PJNLW01A00V1 CDS506676 2997 - 0.331999
g8610 DLA_09603 GLQOFTK02GHM7A CDS284611 2928 - 0.27903
g8611 DLA_09604 GLQOFTK02GHM7A CDS288917 213 + 0.356808
g8612 DLA_09605 GLQOFTK02GHM7A CDS289302 549 - 0.313297
g8613 DLA_09607 contains a signal peptide a PA14 (anthrax protection antigen) domain 4 Dictyostelium (CTDC) repeats and a C-terminal transmembrane domainGLQOFTK02GHM7A CDS290704 2058 - 0.360058
g8614 DLA_09608 GLQOFTK02GHM7A CDS294096 2796 + 0.323677
g8615 DLA_09609 GLQOFTK02GHM7A CDS297031 2145 - 0.332401
g8616 DLA_11781 GLQOFTK02GHM7A CDS299412 594 + 0.267677
g8617 DLA_09610 GLQOFTK02GHM7A CDS300345 3561 + 0.33221
g8618 DLA_09612 GLQOFTK02GHM7A CDS305556 1260 + 0.351587
g8619 DLA_09613 GLQOFTK02GHM7A CDS307094 2970 + 0.313131
g862 DLA_00943 F4PJNLW01A00V1 CDS510412 966 + 0.350932
g8620 DLA_09614 GLQOFTK02GHM7A CDS310950 7086 + 0.309342
g8621 DLA_09615 fatty acid synthases catalyze the formation of long-chain fatty acids from acetyl-CoA malonyl-CoA and NADPH. This multifunctional protein has several catalytic activities and an acyl carrier proteinGLQOFTK02GHM7A CDS319222 7071 + 0.305473
g8622 DLA_09616 GLQOFTK02GHM7A CDS326437 1686 + 0.299525
g8623 DLA_09617 GLQOFTK02GHM7A CDS328363 1137 - 0.28584
g8624 DLA_09618 GLQOFTK02GHM7A CDS329990 2130 + 0.358216
g8625 DLA_09619 GLQOFTK02GHM7A CDS332217 3981 - 0.331826
g8626 DLA_09620 GLQOFTK02GHM7A CDS336697 2094 + 0.379656
g8627 DLA_09621 GLQOFTK02GHM7A CDS338919 1860 - 0.346774
g8628 DLA_09622 GLQOFTK02GHM7A CDS340924 834 - 0.266187
g8629 DLA_09623 similar to D. purpureum protein contains 5 predicted transmembrane domainsGLQOFTK02GHM7A CDS343225 759 - 0.305665
g863 DLA_00945 F4PJNLW01A00V1 CDS512443 837 + 0.297491
g8630 DLA_09624 GLQOFTK02GHM7A CDS344176 2403 - 0.324594
g8631 DLA_09625 GLQOFTK02GHM7A CDS346876 324 + 0.25
g8632 DLA_11782 GLQOFTK02GHM7A CDS347313 1491 - 0.309859
g8633 DLA_09626 GLQOFTK02GHM7A CDS349150 3288 - 0.327251
g8634 DLA_09627 GLQOFTK02GHM7A CDS352969 867 + 0.312572
g8635 DLA_09628 GLQOFTK02GHM7A CDS354334 981 - 0.367992
g8636 DLA_09629 GLQOFTK02GHM7A CDS355574 1437 - 0.320807
g8637 DLA_09630 GLQOFTK02GHM7A CDS357355 885 + 0.322034
g8638 DLA_09631 GLQOFTK02GHM7A CDS358343 960 - 0.370833
g8639 DLA_09632 GLQOFTK02GHM7A CDS359995 1083 - 0.373038
g864 DLA_00947 F4PJNLW01A00V1 CDS513891 819 + 0.285714
g8640 DLA_09634 GLQOFTK02GHM7A CDS361786 996 - 0.348394
g8641 DLA_09635 GLQOFTK02GHM7A CDS362954 1293 + 0.311678
g8642 DLA_09636 GLQOFTK02GHM7A CDS364469 450 + 0.351111
g8643 DLA_09637 GLQOFTK02GHM7A CDS365333 4689 + 0.326082
g8644 DLA_09638 GLQOFTK02GHM7A CDS370185 1284 - 0.315421
g8645 DLA_09639 GLQOFTK02GHM7A CDS371661 1761 + 0.319137
g8646 DLA_09640 GLQOFTK02GHM7A CDS373668 984 - 0.344512
g8647 DLA_09641 GLQOFTK02GHM7A CDS375317 336 - 0.220238
g8648 DLA_09642 GLQOFTK02GHM7A CDS375878 1143 + 0.286089
g8649 DLA_09643 GLQOFTK02GHM7A CDS377074 3840 - 0.341667
g865 DLA_00948 F4PJNLW01A00V1 CDS515333 1656 + 0.347826
g8650 DLA_09645 GLQOFTK02GHM7A CDS382314 1803 - 0.384359
g8651 DLA_09646 GLQOFTK02GHM7A CDS386557 1548 + 0.399225
g8652 DLA_09647 GLQOFTK02GHM7A CDS389024 693 - 0.300144
g8653 DLA_09648 GLQOFTK02GHM7A CDS389885 792 + 0.281566
g8654 DLA_09649 GLQOFTK02GHM7A CDS390870 5502 + 0.320247
g8655 DLA_09650 GLQOFTK02GHM7A CDS396742 495 - 0.418182
g8656 DLA_09651 similar to CDK1 and CDK2 cell cycle CAK (CDK-activating kinase) kinases predicted to activate SG2 cyclins cyclin A B and DGLQOFTK02GHM7A CDS398221 876 - 0.381279
g8657 DLA_09652 GLQOFTK02GHM7A CDS399591 2358 - 0.305344
g8658 DLA_09653 GLQOFTK02GHM7A CDS402528 2721 + 0.338111
g8659 DLA_09654 GLQOFTK02GHM7A CDS405729 552 + 0.277174
g866 DLA_00950 F4PJNLW01A00V1 CDS517473 261 - 0.302682
g8660 DLA_09655 GLQOFTK02GHM7A CDS406521 1956 + 0.32362
g8661 DLA_09656 GLQOFTK02GHM7A CDS409042 2538 + 0.297084
g8662 DLA_09657 GLQOFTK02GHM7A CDS411737 558 - 0.34767
g8663 DLA_09658 GLQOFTK02GHM7A CDS412464 3243 - 0.271354
g8664 DLA_09659 GLQOFTK02GHM7A CDS416237 432 + 0.293981
g8665 DLA_09660 GLQOFTK02GHM7A CDS417215 3471 - 0.362432
g8666 DLA_09661 ortholog of S. cerevisiae RRS1 an essential protein that binds ribosomal protein L11 and is required for nuclear export of the 60S pre-ribosomal subunit during ribosome biogenesis mouse homolog shows altered expression in Huntington's disease model miceGLQOFTK02GHM7A CDS421534 975 + 0.341538
g8667 DLA_09662 GLQOFTK02GHM7A CDS423219 1770 + 0.317514
g8668 DLA_09663 GLQOFTK02GHM7A CDS425522 207 - 0.328502
g8669 DLA_09664 GLQOFTK02GHM7A CDS426267 5121 + 0.359695
g867 DLA_00951 F4PJNLW01A00V1 CDS518095 1188 - 0.361111
g8670 DLA_09666 belongs to the band 7 proteins integral membrane proteins that ares thought to regulate cation conductance stomatin is an erythrocyte membrane protein contains an N-terminal transmembrane domain that might be a signal sequenceGLQOFTK02GHM7A CDS431790 1008 + 0.335317
g8671 DLA_09667 GLQOFTK02GHM7A CDS432963 318 - 0.31761
g8672 DLA_09668 GLQOFTK02GHM7A CDS433903 1545 - 0.348867
g8673 DLA_09669 GLQOFTK02GHM7A CDS436114 1023 + 0.292278
g8674 DLA_09670 GLQOFTK02GHM7A CDS437318 1056 - 0.314394
g8675 DLA_09672 GLQOFTK02GHM7A CDS440164 2031 - 0.36583
g8676 DLA_09673 GLQOFTK02GHM7A CDS442530 618 + 0.228155
g8677 DLA_09674 GLQOFTK02GHM7A CDS443306 807 - 0.294919
g8678 DLA_09675 GLQOFTK02GHM7A CDS444330 474 - 0.297468
g8679 DLA_09676 GLQOFTK02GHM7A CDS445403 2091 - 0.345289
g868 DLA_00952 component of the RNA polymerase III complex has similarity to H. sapiens RPC5 and S. cerevisiae RPC37F4PJNLW01A00V1 CDS519855 1971 - 0.369863
g8680 DLA_09677 GLQOFTK02GHM7A CDS448178 2967 + 0.317155
g8681 DLA_09678 GLQOFTK02GHM7A CDS451365 2946 - 0.348608
g8682 DLA_11783 GLQOFTK02GHM7A CDS455056 708 - 0.322034
g8683 DLA_09679 GLQOFTK02GHM7A CDS455956 2016 + 0.288194
g8684 DLA_09680 GLQOFTK02GHM7A CDS458214 1929 - 0.350959
g8685 DLA_09681 GLQOFTK02GHM7A CDS461208 912 + 0.35636
g8686 DLA_09682 GLQOFTK02GHM7A CDS462627 2409 + 0.350353
g8687 DLA_09683 GLQOFTK02GHM7A CDS465515 3981 + 0.363728
g8688 DLA_09684 orthlog of the human SBDS protein which is mutated in a majority of patients with Shwachman-Bodian-Diamond syndrome localizes to the pseudopodia in cAMP gradientGLQOFTK02GHM7A CDS469868 885 + 0.303955
g8689 DLA_09685 members of this family are membrane proteins involved in long chain fatty acid elongation systems that produce 26-carbon precursors for ceramide and sphingolipid synthesis contains 7 putative transmembrane domainsGLQOFTK02GHM7A CDS471216 882 - 0.334467
g869 DLA_00954 F4PJNLW01A00V1 CDS522511 3792 + 0.336234
g8690 DLA_09686 very similar to the H. sapiens PISD a mitochondrial proenzyme that is cleaved into a phosphatidylserine decarboxylase alpha and beta chain contains one putative transmembrane domainGLQOFTK02GHM7A CDS472847 1269 + 0.321513
g8691 DLA_09687 GLQOFTK02GHM7A CDS474391 2313 + 0.320796
g8692 DLA_09688 GLQOFTK02GHM7A CDS476886 1662 + 0.288809
g8693 DLA_09689 GLQOFTK02GHM7A CDS478603 1416 - 0.344633
g8694 DLA_09690 GLQOFTK02GHM7A CDS481147 285 + 0.333333
g8695 DLA_09691 GLQOFTK02GHM7A CDS481830 1944 - 0.360082
g8696 DLA_09692 GLQOFTK02GHM7A CDS484410 1380 + 0.299275
g8697 DLA_09693 GLQOFTK02GHM7A CDS486437 894 + 0.420582
g8698 DLA_09694 GLQOFTK02GHM7A CDS487590 1074 - 0.286778
g8699 DLA_09695 GLQOFTK02GHM7A CDS489002 3639 - 0.335532
g87 DLA_00099 contig05409_1.exp CDS199998 1878 - 0.309372
g870 DLA_00955 F4PJNLW01A00V1 CDS526863 3900 + 0.317949
g8700 DLA_09696 GLQOFTK02GHM7A CDS493617 4632 - 0.360967
g8701 DLA_09697 GLQOFTK02GHM7A CDS498917 1710 + 0.287719
g8702 DLA_09698 GLQOFTK02GHM7A CDS501076 1680 - 0.288095
g8703 DLA_09699 GLQOFTK02GHM7A CDS503067 1062 + 0.310734
g8704 DLA_09700 GLQOFTK02GHM7A CDS504242 1575 + 0.309841
g8705 DLA_09701 GLQOFTK02GHM7A CDS505848 3387 - 0.327428
g8706 DLA_09702 GLQOFTK02GHM7A CDS510025 2067 + 0.385583
g8707 DLA_09703 GLQOFTK02GHM7A CDS512228 1707 - 0.280023
g8708 DLA_09704 GLQOFTK02GHM7A CDS514445 1374 - 0.368996
g8709 DLA_09705 GLQOFTK02GHM7A CDS516768 1248 + 0.318109
g871 DLA_11457 F4PJNLW01A00V1 CDS531095 1464 + 0.29918
g8710 DLA_09706 GLQOFTK02GHM7A CDS518181 4470 - 0.337584
g8711 DLA_09707 GLQOFTK02GHM7A CDS523192 3249 - 0.281625
g8712 DLA_09708 GLQOFTK02GHM7A CDS526843 1746 + 0.352806
g8713 DLA_09709 GLQOFTK02GHM7A CDS528742 1308 - 0.279817
g8714 DLA_09710 component of the counting factor complex which includes CF60 CF50 CF45-1 and CtnA (countin)GLQOFTK02GHM7A CDS530240 777 - 0.425997
g8715 DLA_09711 GLQOFTK02GHM7A CDS531422 1476 - 0.339431
g8716 DLA_09712 similar to the H. sapiens TATA element modulatory factor (TMF1) which binds the HIV-1 TATA element and inhibits transcriptional activation by the TATA-binding protein TBPGLQOFTK02GHM7A CDS533331 2712 - 0.31674
g8717 DLA_09713 contains three EF hands similar to mammalian neuron specific calcium-binding protein hippocalcin belongs to the frequenins a family of myristoyl-switch calcium-binding proteinsGLQOFTK02GHM7A CDS536286 837 - 0.287933
g8718 DLA_09714 catalyzes the reaction 2Hsub2subOsub2sub catalase 2Hsub2subO Osub2sub expressed throughout development expression restricted to prestalk cells during post-aggregationbr bNomenclature conflict:b Do not confuse the acrA gene encoding the late development adenylate cyclase ACR with the genetic locus acrA corresponding to the catA catalase that confers resistance to acriflavin (GLQOFTK02GHM7A CDS537522 1482 - 0.409582
g8719 DLA_09715 GLQOFTK02GHM7A CDS540819 747 + 0.319946
g872 DLA_00956 F4PJNLW01A00V1 CDS532952 3276 + 0.330891
g8720 DLA_09716 GLQOFTK02GHM7A CDS541933 1368 - 0.301901
g8721 DLA_09717 GLQOFTK02GHM7A CDS544611 516 + 0.327519
g8722 DLA_09718 GLQOFTK02GHM7A CDS545520 3552 + 0.334459
g8723 DLA_09720 GLQOFTK02GHM7A CDS549835 1032 + 0.390504
g8724 DLA_09721 GLQOFTK02GHM7A CDS552287 891 + 0.297419
g8725 DLA_09722 GLQOFTK02GHM7A CDS553497 735 + 0.359184
g8726 DLA_09723 GLQOFTK02GHM7A CDS554712 1785 + 0.372549
g8727 DLA_09724 GLQOFTK02GHM7A CDS557399 255 + 0.352941
g8728 DLA_09725 GLQOFTK02GHM7A CDS557825 1521 + 0.380013
g8729 DLA_09727 GLQOFTK02GHM7A CDS561060 294 + 0.367347
g873 DLA_00957 ortholog of MYH which removes misincorporated adenine residues opposite template 8-oxoguanine during DNA replicationF4PJNLW01A00V1 CDS536344 1554 - 0.301158
g8730 DLA_11784 GLQOFTK02GHM7A CDS561492 957 - 0.376176
g8731 DLA_11785 GLQOFTK02GHM7A CDS563102 981 - 0.376147
g8732 DLA_09728 GLQOFTK02GHM7A CDS564558 1026 - 0.390838
g8733 DLA_09729 GLQOFTK02GHM7A CDS566355 3732 + 0.30493
g8734 DLA_09730 GLQOFTK02GHM7A CDS570376 5259 - 0.289218
g8735 DLA_09732 component of the U5 sRNP complex may act in the tri-snRNP complex as a bridging factor between U5 and U4U6 snRNPsGLQOFTK02GHM7A CDS576587 2844 + 0.37166
g8736 DLA_09733 GLQOFTK02GHM7A CDS579679 654 - 0.313456
g8737 DLA_09734 GLQOFTK02GHM7A CDS580512 726 + 0.294766
g8738 DLA_09735 GLQOFTK02GHM7A CDS581573 2085 + 0.269544
g8739 DLA_09736 GLQOFTK02GHM7A CDS583909 483 + 0.310559
g874 DLA_00958 F4PJNLW01A00V1 CDS538081 1455 - 0.386942
g8740 DLA_09737 GLQOFTK02GHM7A CDS584480 675 - 0.305185
g8741 DLA_09738 GLQOFTK02GHM7A CDS585312 1593 - 0.300063
g8742 DLA_09739 GLQOFTK02GHM7A CDS587191 927 - 0.295577
g8743 DLA_09740 GLQOFTK02GHM7A CDS588567 843 + 0.336892
g8744 DLA_09741 GLQOFTK02GHM7A CDS590452 1473 + 0.356415
g8745 DLA_09742 GLQOFTK02GHM7A CDS592611 1947 + 0.329224
g8746 DLA_09743 GLQOFTK02GHM7A CDS595087 2847 + 0.346329
g8747 DLA_09744 GLQOFTK02GHM7A CDS597960 1692 - 0.277778
g8748 DLA_11786 GLQOFTK02GHM7A CDS599878 1221 - 0.273546
g8749 DLA_09745 GLQOFTK02GHM7A CDS601385 399 + 0.285714
g875 DLA_00959 F4PJNLW01A00V1 CDS539707 5337 - 0.34214
g8750 DLA_09746 GLQOFTK02GHM7A CDS602081 4905 - 0.312946
g8751 DLA_11787 GLQOFTK02GHM7A CDS607254 2847 - 0.324903
g8752 DLA_09747 GLQOFTK02GHM7A CDS610444 1233 - 0.339822
g8753 DLA_09748 GLQOFTK02GHM7A CDS612429 1968 + 0.297256
g8754 DLA_09749 putative protein serinethreonine kinase similar to mammalian STK3 and STK4 (MST) kinases and other STE20-like kinases stress-responsive kinaseGLQOFTK02GHM7A CDS614852 1455 - 0.364948
g8755 DLA_09751 GLQOFTK02GHM7A CDS616873 1812 - 0.336093
g8756 DLA_09752 GLQOFTK02GHM7A CDS619563 1119 - 0.339589
g8757 DLA_09753 GLQOFTK02GHM7A CDS621454 1257 - 0.324582
g8758 DLA_09754 members of the NAD-dependent epimerasedehydratase family use nucleotide-sugar substrates for a variety of chemical reactionsGLQOFTK02GHM7A CDS623170 1011 + 0.339268
g8759 DLA_09755 GLQOFTK02GHM7A CDS624241 1302 - 0.277266
g876 DLA_00960 F4PJNLW01A00V1 CDS545252 1101 + 0.347866
g8760 DLA_09756 AGC group AKT family protein serinethreonine kinase similar to other metazoan AktPKB including an N-terminal PH domain homologous kinase and C-terminal regulatory domains and phosphorylation sites required for AktPKB activationGLQOFTK02GHM7A CDS625916 2046 - 0.351417
g8761 DLA_11788 GLQOFTK02GHM7A CDS628385 732 - 0.280055
g8762 DLA_09757 GLQOFTK02GHM7A CDS629690 306 - 0.330065
g8763 DLA_09758 GLQOFTK02GHM7A CDS630584 249 - 0.481928
g8764 DLA_09759 GLQOFTK02GHM7A CDS631054 1386 - 0.321789
g8765 DLA_09760 GLQOFTK02GHM7A CDS633213 1644 - 0.290754
g8766 DLA_09762 GLQOFTK02GHM7A CDS635603 2544 - 0.314858
g8767 DLA_09764 Ca(2)-dependent phospholipid-binding protein contains two C2 domains and a VWFA domain.GLQOFTK02GHM7A CDS638795 2274 - 0.319701
g8768 DLA_09766 GLQOFTK02GHM7A CDS641742 1161 + 0.332472
g8769 DLA_09767 GLQOFTK02GHM7A CDS643096 1899 - 0.339652
g877 DLA_00961 F4PJNLW01A00V1 CDS546414 765 - 0.351634
g8770 DLA_09768 GLQOFTK02GHM7A CDS645448 873 + 0.32646
g8771 DLA_09769 GLQOFTK02GHM7A CDS648180 312 + 0.262821
g8772 DLA_09770 GLQOFTK02GHM7A CDS648872 1158 - 0.364421
g8773 DLA_09771 GLQOFTK02GHM7A CDS650361 2175 + 0.322299
g8774 DLA_09772 GLQOFTK02GHM7A CDS652668 639 - 0.333333
g8775 DLA_09773 GLQOFTK02GHM7A CDS653896 1479 + 0.329277
g8776 DLA_09774 GLQOFTK02GHM7A CDS655437 1593 - 0.296924
g8777 DLA_09775 GLQOFTK02GHM7A CDS657671 687 + 0.426492
g8778 DLA_09776 GLQOFTK02GHM7A CDS658485 1215 + 0.302058
g8779 DLA_09777 GLQOFTK02GHM7A CDS660006 933 + 0.394427
g878 DLA_00962 F4PJNLW01A00V1 CDS547571 732 + 0.289617
g8780 DLA_09778 GLQOFTK02GHM7A CDS660980 1743 - 0.278256
g8781 DLA_09780 GLQOFTK02GHM7A CDS664361 1377 - 0.329702
g8782 DLA_09781 GLQOFTK02GHM7A CDS666017 873 - 0.321879
g8783 DLA_09782 GLQOFTK02GHM7A CDS667313 3525 + 0.283121
g8784 DLA_09784 GLQOFTK02GHM7A CDS671036 1572 - 0.363232
g8785 DLA_09786 GLQOFTK02GHM7A CDS673423 864 + 0.325231
g8786 DLA_09787 GLQOFTK02GHM7A CDS674780 3354 + 0.335122
g8787 DLA_09788 GLQOFTK02GHM7A CDS678408 690 - 0.336232
g8788 DLA_09789 GLQOFTK02GHM7A CDS679382 1746 + 0.297824
g8789 DLA_09790 GLQOFTK02GHM7A CDS681282 2670 - 0.300749
g879 DLA_00963 F4PJNLW01A00V1 CDS548403 1671 - 0.348294
g8790 DLA_09791 GLQOFTK02GHM7A CDS685158 1509 + 0.31279
g8791 DLA_09792 GLQOFTK02GHM7A CDS686833 1758 - 0.306598
g8792 DLA_09793 GLQOFTK02GHM7A CDS689057 1203 - 0.315046
g8793 DLA_09795 GLQOFTK02GHM7A CDS691123 1554 - 0.301158
g8794 DLA_09796 GLQOFTK02GHM7A CDS694705 1320 - 0.303788
g8795 DLA_09797 GLQOFTK02GHM7A CDS696259 1446 - 0.32296
g8796 DLA_09798 GLQOFTK02GHM7A CDS698755 1263 + 0.391132
g8797 DLA_09801 GLQOFTK02GHM7A CDS702072 3678 + 0.329799
g8798 DLA_09803 GLQOFTK02GHM7A CDS706458 7053 + 0.309514
g8799 DLA_09804 GLQOFTK02GHM7A CDS714552 1941 + 0.341061
g88 DLA_00103 contig05409_1.exp CDS204243 645 - 0.286822
g880 DLA_00964 F4PJNLW01A00V1 CDS550332 1758 - 0.344141
g8800 DLA_09805 GLQOFTK02GHM7A CDS716619 2418 - 0.311001
g8801 DLA_09806 GLQOFTK02GHM7A CDS719199 1218 + 0.270936
g8802 DLA_09807 contains an actin-binding WH2 (Wiskott Aldrich syndrome homology region 2) domain near its N-terminus and a C-terminal SH3 (src Homology-3) domain predicted to have an N-terminal signal peptideGLQOFTK02GHM7A CDS721172 1098 + 0.423497
g8803 DLA_09808 GLQOFTK02GHM7A CDS722907 1860 - 0.350538
g8804 DLA_09809 GLQOFTK02GHM7A CDS725493 903 + 0.358804
g8805 DLA_09810 GLQOFTK02GHM7A CDS726834 1869 + 0.316212
g8806 DLA_09811 GLQOFTK02GHM7A CDS729001 2019 - 0.414562
g8807 DLA_09812 GLQOFTK02GHM7A CDS731715 1755 - 0.337892
g8808 DLA_09813 GLQOFTK02GHM7A CDS733952 807 + 0.408922
g8809 DLA_09814 GLQOFTK02GHM7A CDS735423 7614 + 0.329262
g881 DLA_00965 similar to H. sapiens SWISNF subunit SMARCC1 and the yeast subunit SWI3 of the chromatin remodeling complexF4PJNLW01A00V1 CDS552489 3174 + 0.331758
g8810 DLA_09815 GLQOFTK02GHM7A CDS743144 3093 - 0.295506
g8811 DLA_09816 GLQOFTK02GHM7A CDS746456 4923 - 0.347552
g8812 DLA_09817 GLQOFTK02GHM7A CDS752042 438 + 0.30137
g8813 DLA_09818 GLQOFTK02GHM7A CDS753314 2151 + 0.296141
g8814 DLA_11789 GLQOFTK02GHM7A CDS756885 1809 + 0.349917
g8815 DLA_09819 GLQOFTK02GHM7A CDS759334 3354 + 0.376565
g8816 DLA_09820 GLQOFTK02GHM7A CDS763353 624 + 0.315705
g8817 DLA_11790 GLQOFTK02GHM7A CDS764032 5049 - 0.298079
g8818 DLA_11791 GLQOFTK02GHM7A CDS769360 4740 - 0.316245
g8819 DLA_09821 GLQOFTK02GHM7A CDS774623 1158 - 0.310881
g882 DLA_00969 F4PJNLW01A00V1 CDS557087 288 + 0.28125
g8820 DLA_09823 GLQOFTK02GHM7A CDS776526 963 + 0.326064
g8821 DLA_09824 GLQOFTK02GHM7A CDS777619 408 - 0.318627
g8822 DLA_09825 GLQOFTK02GHM7A CDS778495 2256 - 0.308067
g8823 DLA_09826 GLQOFTK02GHM7A CDS780898 738 - 0.308943
g8824 DLA_09827 GLQOFTK02GHM7A CDS781985 1257 - 0.324582
g8825 DLA_09828 GLQOFTK02GHM7A CDS783361 543 - 0.294659
g8826 DLA_09829 GLQOFTK02GHM7A CDS784323 3144 + 0.284987
g8827 DLA_09830 GLQOFTK02GHM7A CDS787659 6021 + 0.282013
g8828 DLA_09832 GLQOFTK02GHM7A CDS794189 3807 - 0.324402
g8829 DLA_09833 GLQOFTK02GHM7A CDS798932 1485 + 0.301684
g883 DLA_00972 belongs to the costars family similar to the C terminal region of mammalian striated muscle activator of Rho signalingF4PJNLW01A00V1 CDS558983 252 + 0.281746
g8830 DLA_11792 GLQOFTK02GHM7A CDS800687 3699 + 0.319546
g8831 DLA_09834 GLQOFTK02GHM7A CDS804812 4203 + 0.353081
g8832 DLA_09835 GLQOFTK02GHM7A CDS809734 2730 - 0.289377
g8833 DLA_09836 GLQOFTK02GHM7A CDS812631 3195 - 0.293584
g8834 DLA_09837 GLQOFTK02GHM7A CDS815985 1809 + 0.291321
g8835 DLA_09838 GLQOFTK02GHM7A CDS818207 726 - 0.269972
g8836 DLA_09839 GLQOFTK02GHM7A CDS819605 3366 + 0.333928
g8837 DLA_11793 GLQOFTK02GHM7A CDS823565 3309 + 0.309459
g8838 DLA_09840 GLQOFTK02GHM7A CDS827167 3333 + 0.314731
g8839 DLA_09841 GLQOFTK02GHM7A CDS831002 3390 + 0.325664
g884 DLA_00974 contains two selenocysteine residues at positions 20 and 88 conserved in the green algae such as Chlamydomonas Ostreococcus and Volvox contains 4 transmembrane domainsF4PJNLW01A00V1 CDS559580 660 + 0.371212
g8840 DLA_09842 GLQOFTK02GHM7A CDS834595 3273 + 0.309502
g8841 DLA_09843 GLQOFTK02GHM7A CDS837974 2934 - 0.325835
g8842 DLA_09844 GLQOFTK02GHM7A CDS841718 1458 + 0.281207
g8843 DLA_09845 GLQOFTK02GHM7A CDS843423 963 + 0.369678
g8844 DLA_09846 GLQOFTK02GHM7A CDS844455 393 - 0.21883
g8845 DLA_09847 GLQOFTK02GHM7A CDS845045 3372 + 0.320878
g8846 DLA_09848 GLQOFTK02GHM7A CDS848909 684 - 0.368421
g8847 DLA_09849 putative protein serinethreonine kinase similar to vertebrate Nek kinases which are involved in regulation of mitosis not a human Nek3 homologGLQOFTK02GHM7A CDS851623 2403 + 0.293383
g8848 DLA_09851 contains one RING-type zinc finger and one IBR (In Between Ring fingers) domain similar to S. cerevisiae RING finger protein YKR017CGLQOFTK02GHM7A CDS854254 1662 - 0.347172
g8849 DLA_09852 GLQOFTK02GHM7A CDS856436 654 - 0.269113
g885 DLA_00976 F4PJNLW01A00V1 CDS561707 996 + 0.35743
g8850 DLA_09853 similar to S. cerevisiae AKR1 (palmitoyltransferase AKR1) contains 5 ankyrin repeats and 1 zinc finger DHHC domain contains 6 putative transmembrane domainsGLQOFTK02GHM7A CDS857274 1740 + 0.286207
g8851 DLA_09854 GLQOFTK02GHM7A CDS859222 810 - 0.308642
g8852 DLA_09855 GLQOFTK02GHM7A CDS860965 2049 + 0.308931
g8853 DLA_09857 GLQOFTK02GHM7A CDS863369 2757 - 0.299238
g8854 DLA_11794 GLQOFTK02GHM7A CDS866535 1302 - 0.288018
g8855 DLA_09859 GLQOFTK02GHM7A CDS868255 576 - 0.267361
g8856 DLA_09860 GLQOFTK02GHM7A CDS870621 1491 + 0.348089
g8857 DLA_09861 GLQOFTK02GHM7A CDS872304 1011 - 0.302671
g8858 DLA_09862 GLQOFTK02GHM7A CDS873448 2925 + 0.304274
g8859 DLA_09863 GLQOFTK02GHM7A CDS876530 2010 + 0.274627
g886 DLA_00977 F4PJNLW01A00V1 CDS562847 1089 - 0.311295
g8860 DLA_09865 GLQOFTK02GK2WV CDS787 1341 - 0.272185
g8861 DLA_09872 GLQOFTK02GQ36N CDS4189 597 - 0.380235
g8862 DLA_09873 GLQOFTK02GQ36N CDS5043 504 + 0.253968
g8863 DLA_09875 GLQOFTK02GQ36N CDS6044 441 - 0.346939
g8864 DLA_09876 GLQOFTK02GQ36N CDS7761 5028 - 0.309666
g8865 DLA_09877 GLQOFTK02GQ36N CDS13249 546 + 0.283883
g8866 DLA_09878 GLQOFTK02GQ36N CDS14099 231 - 0.350649
g8867 DLA_09881 regulatory subunit of the Casup2supcalmodulin-dependent serinethreonine protein phosphatase contains an EF-hand calcium binding motifGLQOFTK02GQ36N CDS15916 540 + 0.274074
g8868 DLA_09882 GLQOFTK02GQ36N CDS16889 783 + 0.312899
g8869 DLA_09883 putative protein serinethreonine kinase similar to mammalian STK3 and STK4 (MST) kinases and other STE20-like kinases belongs to the PAKL subfamilystress-responsive kinase there is a second copy of this gene GLQOFTK02GQ36N CDS17991 1569 - 0.297642
g887 DLA_00979 F4PJNLW01A00V1 CDS564254 1008 + 0.28373
g8870 DLA_09885 GLQOFTK02GQ36N CDS20614 3354 - 0.281455
g8871 DLA_11795 GLQOFTK02GQ36N CDS25629 672 - 0.270833
g8872 DLA_09886 GLQOFTK02GQ36N CDS26595 408 + 0.252451
g8873 DLA_09888 GLQOFTK02GQ36N CDS27402 336 + 0.244048
g8874 DLA_09889 GLQOFTK02GQ36N CDS28057 1536 - 0.340495
g8875 DLA_09890 GLQOFTK02GQ36N CDS30164 1221 - 0.298116
g8876 DLA_09891 GLQOFTK02GQ36N CDS32246 507 - 0.289941
g8877 DLA_09892 GLQOFTK02GQ36N CDS33353 351 + 0.316239
g8878 DLA_09893 GLQOFTK02GQ36N CDS34005 594 - 0.383838
g8879 DLA_09894 GLQOFTK02GQ36N CDS35483 1599 - 0.270169
g888 DLA_11458 F4PJNLW01A00V1 CDS565346 681 + 0.331865
g8880 DLA_09895 GLQOFTK02GQ36N CDS37449 2145 + 0.327273
g8881 DLA_09896 GLQOFTK02GQ36N CDS40006 1131 + 0.396994
g8882 DLA_11796 GLQOFTK02GQ36N CDS41397 225 + 0.253333
g8883 DLA_09897 GLQOFTK02GQ36N CDS42045 939 + 0.332268
g8884 DLA_09898 GLQOFTK02GQ36N CDS43185 900 + 0.333333
g8885 DLA_09899 GLQOFTK02GQ36N CDS44251 708 + 0.323446
g8886 DLA_09901 GLQOFTK02GQ36N CDS45614 7734 + 0.351952
g8887 DLA_09902 GLQOFTK02GQ36N CDS53723 924 + 0.310606
g8888 DLA_09903 GLQOFTK02GQ36N CDS54848 1197 + 0.319131
g8889 DLA_09904 there is an identical copy of this gene on chromosome 5 GLQOFTK02GQ36N CDS56341 1740 + 0.331034
g889 DLA_00980 F4PJNLW01A00V1 CDS566096 345 + 0.33913
g8890 DLA_09905 GLQOFTK02GQ36N CDS58683 2037 - 0.312224
g8891 DLA_09907 GLQOFTK02GQ36N CDS61314 372 - 0.344086
g8892 DLA_09908 GLQOFTK02GQ36N CDS61851 3879 + 0.321217
g8893 DLA_09909 GLQOFTK02GQ36N CDS66450 7359 + 0.318522
g8894 DLA_09912 GLQOFTK02GQ36N CDS75224 3864 + 0.311594
g8895 DLA_09913 GLQOFTK02GQ36N CDS79294 375 - 0.293333
g8896 DLA_09914 GLQOFTK02GQ36N CDS80933 2232 - 0.336022
g8897 DLA_09915 GLQOFTK02GQ36N CDS83747 1104 - 0.371377
g8898 DLA_09916 GLQOFTK02GQ36N CDS85058 489 + 0.288344
g8899 DLA_09917 GLQOFTK02GQ36N CDS85787 330 + 0.266667
g89 DLA_00104 contig05409_1.exp CDS205615 3432 + 0.337121
g890 DLA_00982 F4PJNLW01A00V1 CDS566858 1032 - 0.312016
g8900 DLA_09918 GLQOFTK02GQ36N CDS86387 2031 - 0.293451
g8901 DLA_09920 GLQOFTK02GQ36N CDS89739 2292 - 0.297993
g8902 DLA_09921 GLQOFTK02GQ36N CDS92458 543 + 0.267035
g8903 DLA_09922 GLQOFTK02GQ36N CDS93131 2757 - 0.309032
g8904 DLA_09923 GLQOFTK02GQ36N CDS96353 597 + 0.276382
g8905 DLA_09924 GLQOFTK02GQ36N CDS97368 315 - 0.333333
g8906 DLA_09925 GLQOFTK02GQ36N CDS97926 1716 - 0.327506
g8907 DLA_09926 similar to mammalian XPR1 which may confer susceptibility to infection with murine leukaemia viruses also similar to yeast SYG1 a G-protein associated signal transduction protein and plant PHO1 that may be involved in phosphate transport GLQOFTK02GQ36N CDS100032 2586 - 0.310905
g8908 DLA_09927 GLQOFTK02GQ36N CDS103566 1089 + 0.28742
g8909 DLA_09928 GLQOFTK02GQ36N CDS105093 2010 - 0.30995
g891 DLA_00983 F4PJNLW01A00V1 CDS569380 1380 - 0.301449
g8910 DLA_09929 GLQOFTK02GQ36N CDS107710 1641 - 0.307739
g8911 DLA_09930 GLQOFTK02GQ36N CDS109550 822 - 0.30292
g8912 DLA_09931 GLQOFTK02GQ36N CDS110544 1551 + 0.31528
g8913 DLA_09932 GLQOFTK02GQ36N CDS112219 882 - 0.289116
g8914 DLA_09933 GLQOFTK02GQ36N CDS113500 1767 + 0.325976
g8915 DLA_09934 GLQOFTK02GQ36N CDS119279 1308 + 0.35474
g8916 DLA_09935 GLQOFTK02GQ36N CDS120955 1737 - 0.295337
g8917 DLA_09936 GLQOFTK02GQ36N CDS122863 1386 - 0.305916
g8918 DLA_09937 full transporter consisting of two ABC domains and two transmembrane domainsGLQOFTK02GQ36N CDS125115 4932 + 0.336375
g8919 DLA_09938 GLQOFTK02GQ36N CDS132556 7536 + 0.348726
g892 DLA_00985 putative ortholog of H. sapiens POMP similar to S. cerevisiae UMP1 involved in maturation of the 20S proteasomeF4PJNLW01A00V1 CDS571149 375 - 0.288
g8920 DLA_09940 GLQOFTK02GQ36N CDS141002 1515 + 0.315512
g8921 DLA_09941 ortholog of human coronin-7 (CORO7) long protein corresponding to two coronin equivalents regulates F-actin depolymerization and is thus involved in substrate adhesion phagocytosis and cell motilityGLQOFTK02GQ36N CDS142713 2751 - 0.371501
g8922 DLA_09942 GLQOFTK02GQ36N CDS145796 1659 - 0.330922
g8923 DLA_09943 GLQOFTK02GQ36N CDS147898 870 + 0.273563
g8924 DLA_09944 GLQOFTK02GQ36N CDS149197 498 + 0.301205
g8925 DLA_09945 GLQOFTK02GQ36N CDS149946 1824 - 0.320724
g8926 DLA_09946 GLQOFTK02GQ36N CDS152018 1947 - 0.302517
g8927 DLA_09947 GLQOFTK02GQ36N CDS154341 636 - 0.33805
g8928 DLA_09948 GLQOFTK02GQ36N CDS155095 903 - 0.33887
g8929 DLA_09949 mitochondrial enzyme catalyzes the oxidation of D-2-hydroxyglutarate to alpha-ketoglutarate ortholog of the H. sapiens D2HGDH which when defect causes D-2-hydroxyglutaric aciduria a rare recessive neurometabolic disorderGLQOFTK02GQ36N CDS156335 1482 - 0.338057
g893 DLA_00986 F4PJNLW01A00V1 CDS572060 1311 + 0.293669
g8930 DLA_09950 GLQOFTK02GQ36N CDS160484 1854 + 0.303128
g8931 DLA_09951 GLQOFTK02GQ36N CDS162602 438 - 0.294521
g8932 DLA_09952 GLQOFTK02GQ36N CDS163422 2862 - 0.300839
g8933 DLA_11797 catalyzes the degradation of GABA :4-aminobutanoate 2-oxoglutarate succinate semialdehyde L-glutamate null mutant has a very mild developmental delay GLQOFTK02GQ36N CDS167369 1491 - 0.366197
g8934 DLA_09953 ortholog of human and S. pombe nucleolar protein 58 members of this family are involved in a variety of functions during pre-mRNA splicingGLQOFTK02GQ36N CDS169506 1965 - 0.33028
g8935 DLA_09954 GLQOFTK02GQ36N CDS171883 2679 - 0.380366
g8936 DLA_11798 GLQOFTK02GQ36N CDS174915 618 - 0.304207
g8937 DLA_09955 GLQOFTK02GQ36N CDS175543 3084 - 0.321336
g8938 DLA_09956 catalyzes the reaction ATP L-asparagine tRNAAsn AMP diphosphate L-asparaginyl-tRNAAsn similar to bacterial Asn-tRNA-ligasesGLQOFTK02GQ36N CDS178818 1461 + 0.362765
g8939 DLA_09957 GLQOFTK02GQ36N CDS180401 1821 + 0.32235
g894 DLA_00987 F4PJNLW01A00V1 CDS573450 2103 - 0.320495
g8940 DLA_09959 GLQOFTK02GQ36N CDS182914 2091 - 0.361071
g8941 DLA_09960 GLQOFTK02GQ36N CDS186083 1941 - 0.325605
g8942 DLA_09962 GLQOFTK02GQ36N CDS188932 795 + 0.344654
g8943 DLA_11799 GLQOFTK02GQ36N CDS190262 798 + 0.338346
g8944 DLA_09963 GLQOFTK02GQ36N CDS191376 1266 + 0.339652
g8945 DLA_09964 GLQOFTK02GQ36N CDS192760 1866 - 0.329582
g8946 DLA_09965 GLQOFTK02GQ36N CDS194888 3636 - 0.278053
g8947 DLA_09966 GLQOFTK02GQ36N CDS198666 789 - 0.287706
g8948 DLA_09967 GLQOFTK02GQ36N CDS199825 330 + 0.321212
g8949 DLA_09968 GLQOFTK02GQ36N CDS200327 2259 - 0.367419
g895 DLA_00988 F4PJNLW01A00V1 CDS575860 2082 - 0.303554
g8950 DLA_09969 GLQOFTK02GQ36N CDS202877 246 - 0.272358
g8951 DLA_09970 GLQOFTK02GQ36N CDS203562 2256 - 0.310727
g8952 DLA_09971 GLQOFTK02GQ36N CDS206764 1143 - 0.293088
g8953 DLA_09972 GLQOFTK02GQ36N CDS208589 1623 - 0.279113
g8954 DLA_09973 GLQOFTK02GQ36N CDS210318 732 - 0.35929
g8955 DLA_09974 GLQOFTK02GQ36N CDS212241 2091 - 0.295552
g8956 DLA_09975 GLQOFTK02GQ36N CDS214548 1446 + 0.280775
g8957 DLA_09976 GLQOFTK02GQ36N CDS216238 1842 + 0.32899
g8958 DLA_09977 GLQOFTK02GQ36N CDS218203 1653 + 0.320024
g8959 DLA_09978 GLQOFTK02GQ36N CDS220110 1962 - 0.333333
g896 DLA_00989 F4PJNLW01A00V1 CDS578251 2115 - 0.334279
g8960 DLA_09979 catalyzes the reaction aldehyde NAD Hsub2subO an acid NADH HGLQOFTK02GQ36N CDS222979 1491 - 0.34943
g8961 DLA_09982 ortholog of the yeast IRE1 serinethreonine kinaseendoribonuclease a transmembrane protein involved in the unfolded protein response contains a ribonuclease 2-5A domain and 3 pyrrolo-quinoline quinone (PQQ) domainsGLQOFTK02GQ36N CDS225395 3168 - 0.322285
g8962 DLA_11800 GLQOFTK02GQ36N CDS228881 903 - 0.320044
g8963 DLA_09983 GLQOFTK02GQ36N CDS230092 1185 + 0.383122
g8964 DLA_09984 GLQOFTK02GQ36N CDS231808 2487 + 0.327704
g8965 DLA_09985 GLQOFTK02GQ36N CDS234926 1770 + 0.280791
g8966 DLA_09986 GLQOFTK02GQ36N CDS236814 5184 - 0.337191
g8967 DLA_09988 GLQOFTK02GQ36N CDS242614 4104 - 0.323099
g8968 DLA_09989 GLQOFTK02GQ36N CDS247665 1032 + 0.292636
g8969 DLA_09990 GLQOFTK02GQ36N CDS248917 750 - 0.322667
g897 DLA_00990 F4PJNLW01A00V1 CDS580658 1035 - 0.264734
g8970 DLA_09992 GLQOFTK02GQ36N CDS250327 1662 + 0.306258
g8971 DLA_09993 GLQOFTK02GQ36N CDS252069 840 + 0.34881
g8972 DLA_09994 GLQOFTK02GQ36N CDS253220 861 + 0.307782
g8973 DLA_09995 GLQOFTK02GQ36N CDS254501 858 + 0.317016
g8974 DLA_09996 GLQOFTK02GQ36N CDS255511 1887 + 0.329094
g8975 DLA_09997 GLQOFTK02GQ36N CDS257526 2103 - 0.314788
g8976 DLA_09998 GLQOFTK02GQ36N CDS260339 3603 + 0.360533
g8977 DLA_10000 GLQOFTK02GQ36N CDS264677 615 + 0.336585
g8978 DLA_10001 GLQOFTK02GQ36N CDS265383 3807 - 0.321513
g8979 DLA_10002 GLQOFTK02GQ36N CDS269504 678 - 0.272861
g898 DLA_00991 conserved protein alpha-galactosidase (melibiase) catalyses the hydrolysis of melibiose into galactose and glucoseF4PJNLW01A00V1 CDS582053 1026 - 0.395712
g8980 DLA_10003 GLQOFTK02GQ36N CDS270268 1119 + 0.302949
g8981 DLA_10004 catalyzes the reaction nicotinate D-ribonucleotide diphosphate COsub2sub pyridine-23-dicarboxylate 5-phospho-alpha-D-ribose 1-diphosphateGLQOFTK02GQ36N CDS271421 873 - 0.335624
g8982 DLA_10005 GLQOFTK02GQ36N CDS272420 555 - 0.264865
g8983 DLA_10006 GLQOFTK02GQ36N CDS273128 441 - 0.396825
g8984 DLA_10008 GLQOFTK02GQ36N CDS275832 465 + 0.311828
g8985 DLA_10009 GLQOFTK02GQ36N CDS276878 1524 + 0.292651
g8986 DLA_10010 GLQOFTK02GQ36N CDS278602 1359 - 0.292127
g8987 DLA_10011 GLQOFTK02GQ36N CDS280110 5451 + 0.303431
g8988 DLA_10012 GLQOFTK02GQ36N CDS287833 2991 + 0.30224
g8989 DLA_10013 GLQOFTK02GQ36N CDS291555 2976 + 0.295027
g899 DLA_00992 F4PJNLW01A00V1 CDS583527 1824 - 0.305921
g8990 DLA_11801 GLQOFTK02GQ36N CDS295397 828 - 0.35628
g8991 DLA_10014 GLQOFTK02GQ36N CDS296639 1890 - 0.348148
g8992 DLA_10015 GLQOFTK02GQ36N CDS299037 1047 - 0.283668
g8993 DLA_10016 GLQOFTK02GQ36N CDS300271 894 + 0.316555
g8994 DLA_10017 GLQOFTK02GQ36N CDS301585 636 + 0.366352
g8995 DLA_10018 GLQOFTK02GQ36N CDS302622 807 + 0.354399
g8996 DLA_10019 GLQOFTK02GQ36N CDS303634 2121 - 0.313531
g8997 DLA_10020 GLQOFTK02GQ36N CDS306260 2289 - 0.311927
g8998 DLA_10021 GLQOFTK02GQ36N CDS309236 1692 + 0.339244
g8999 DLA_10022 GLQOFTK02GQ36N CDS311053 237 - 0.333333
g9 DLA_00010 contig05409_1.exp CDS29991 561 - 0.386809
g90 DLA_00106 contig05409_1.exp CDS210207 1308 - 0.340214
g900 DLA_00994 F4PJNLW01A00V1 CDS585872 1056 - 0.354167
g9000 DLA_10023 GLQOFTK02GQ36N CDS311593 1686 + 0.358837
g9001 DLA_10024 GLQOFTK02GQ36N CDS313487 1713 + 0.279043
g9002 DLA_10025 GLQOFTK02GQ36N CDS315308 3954 - 0.321194
g9003 DLA_10026 protein component of the large (60S) ribosomal subunitthere is a second copy of this gene GLQOFTK02GQ36N CDS319836 615 + 0.42439
g9004 DLA_10027 GLQOFTK02GQ36N CDS321008 777 + 0.323037
g9005 DLA_10028 GLQOFTK02GQ36N CDS321999 1242 - 0.338969
g9006 DLA_11802 CAZy family GT22 catalyzes N-linked mannosylationGLQOFTK02GQ36N CDS323917 1560 - 0.319872
g9007 DLA_10029 similar to Arabidopsis AMT1 involved in transporting ammonia in the environment into the cell contains 11 transmembrane domainsGLQOFTK02GQ36N CDS325674 2499 - 0.339336
g9008 DLA_10030 GLQOFTK02GQ36N CDS328584 2367 - 0.324884
g9009 DLA_10031 GLQOFTK02GQ36N CDS331767 2796 + 0.325107
g901 DLA_00995 F4PJNLW01A00V1 CDS587482 636 + 0.356918
g9010 DLA_10032 catalyzes the oxidation of neutral and basic D-amino acids into their corresponding keto acids there is a second copy of this gene GLQOFTK02GQ36N CDS334864 1017 + 0.346116
g9011 DLA_10033 GLQOFTK02GQ36N CDS335978 363 - 0.358127
g9012 DLA_10034 ortholog of Saccharomyces cerevisiae Mbf1 protein expressed at high level in vegetative celly and decreases sharply in early development induced by cycloheximide there is a second copy of this gene GLQOFTK02GQ36N CDS336994 312 - 0.317308
g9013 DLA_11803 GLQOFTK02GQ36N CDS337469 1128 + 0.301418
g9014 DLA_10035 GLQOFTK02GQ36N CDS339238 1092 + 0.32326
g9015 DLA_10036 GLQOFTK02GQ36N CDS340531 2205 - 0.356916
g9016 DLA_10037 GLQOFTK02GQ36N CDS343332 963 + 0.292835
g9017 DLA_10038 GLQOFTK02GQ36N CDS344526 1584 - 0.278409
g9018 DLA_10039 conserved protein containing a Suneukaryotic nucleolar NOL1Nop2p domainGLQOFTK02GQ36N CDS346398 1962 + 0.284913
g9019 DLA_10040 GLQOFTK02GQ36N CDS348802 546 + 0.326007
g902 DLA_00996 F4PJNLW01A00V1 CDS588650 1767 - 0.259196
g9020 DLA_10041 GLQOFTK02GQ36N CDS349782 984 + 0.279472
g9021 DLA_10042 GLQOFTK02GQ36N CDS351021 867 - 0.267589
g9022 DLA_10043 GLQOFTK02GQ36N CDS352081 636 - 0.325472
g9023 DLA_10044 catalyzes the reaction ATP Hsub2subO Nasupsupn Ksupsupout ADP phosphate Nasupsupout Ksupsupn br contains 10 transmembrane domainsGLQOFTK02GQ36N CDS353185 3483 - 0.347402
g9024 DLA_10045 GLQOFTK02GQ36N CDS357677 2121 - 0.323904
g9025 DLA_10046 GLQOFTK02GQ36N CDS360023 1707 - 0.342707
g9026 DLA_10047 GLQOFTK02GQ36N CDS361979 2910 + 0.32646
g9027 DLA_11804 GLQOFTK02GQ36N CDS365392 1146 + 0.333333
g9028 DLA_10048 GLQOFTK02GQ36N CDS366630 585 - 0.278632
g9029 DLA_10049 GLQOFTK02GQ36N CDS367559 939 - 0.337593
g903 DLA_00997 F4PJNLW01A00V1 CDS590940 2199 - 0.35789
g9030 DLA_10050 GLQOFTK02GQ36N CDS369685 615 + 0.336585
g9031 DLA_10051 GLQOFTK02GQ36N CDS370753 606 - 0.363036
g9032 DLA_10052 similar to the mammalian NADH dehydrogenase [ubiquinone] 1 alpha subcomplex subunit 13 (NDUFA13) contains one predicted transmembrane domainGLQOFTK02GQ36N CDS371911 357 + 0.310924
g9033 DLA_10053 GLQOFTK02GQ36N CDS372624 2058 - 0.329932
g9034 DLA_10055 GLQOFTK02GQ36N CDS375331 1425 + 0.350175
g9035 DLA_10056 GLQOFTK02GQ36N CDS377200 1983 + 0.33535
g9036 DLA_10057 GLQOFTK02GQ36N CDS379443 2373 - 0.387695
g9037 DLA_10058 GLQOFTK02GQ36N CDS382682 402 - 0.355721
g9038 DLA_10059 GLQOFTK02GQ36N CDS383424 1023 - 0.318671
g9039 DLA_10060 GLQOFTK02GQ36N CDS384751 1266 - 0.308847
g904 DLA_00998 F4PJNLW01A00V1 CDS594349 1296 + 0.323302
g9040 DLA_10061 GLQOFTK02GQ36N CDS386362 582 - 0.309278
g9041 DLA_10062 GLQOFTK02GQ36N CDS387355 1842 + 0.290988
g9042 DLA_10063 GLQOFTK02GQ36N CDS389660 1692 - 0.279551
g9043 DLA_10064 GLQOFTK02GQ36N CDS391466 2832 - 0.33863
g9044 DLA_10065 GLQOFTK02GQ36N CDS394709 2781 - 0.329018
g9045 DLA_11805 GLQOFTK02GQ36N CDS397918 615 - 0.328455
g9046 DLA_10066 GLQOFTK02GQ36N CDS399207 1962 + 0.372069
g9047 DLA_10067 GLQOFTK02GQ36N CDS401738 207 + 0.333333
g9048 DLA_10068 GLQOFTK02GQ36N CDS402496 612 - 0.308824
g9049 DLA_10069 GLQOFTK02GQ36N CDS403373 1791 + 0.326633
g905 DLA_00999 F4PJNLW01A00V1 CDS595915 1293 + 0.302398
g9050 DLA_10070 GLQOFTK02GQ36N CDS405624 510 - 0.337255
g9051 DLA_10071 GLQOFTK02GQ36N CDS407203 1869 + 0.329588
g9052 DLA_10073 GLQOFTK02GQ36N CDS410028 282 + 0.361702
g9053 DLA_10074 GLQOFTK02GQ36N CDS410926 1320 - 0.319697
g9054 DLA_10075 GLQOFTK02GQ36N CDS412715 1989 + 0.291604
g9055 DLA_10076 GLQOFTK02GQ36N CDS414797 2277 - 0.379886
g9056 DLA_10077 GLQOFTK02GQ36N CDS417938 447 - 0.288591
g9057 DLA_10078 GLQOFTK02GQ36N CDS418677 1122 + 0.300357
g9058 DLA_10080 GLQOFTK02GQ36N CDS419939 1536 - 0.299479
g9059 DLA_10081 GLQOFTK02GQ36N CDS421767 1410 + 0.353191
g906 DLA_01000 F4PJNLW01A00V1 CDS597281 2322 - 0.270026
g9060 DLA_10082 GLQOFTK02GQ36N CDS423257 6573 - 0.314012
g9061 DLA_10085 GLQOFTK02GQ36N CDS430741 1239 + 0.322034
g9062 DLA_10086 GLQOFTK02GQ36N CDS432012 2025 - 0.364444
g9063 DLA_10087 GLQOFTK02GQ36N CDS435152 1416 + 0.344633
g9064 DLA_10088 GLQOFTK02GQ36N CDS436677 1806 - 0.287929
g9065 DLA_10089 GLQOFTK02GQ36N CDS439195 636 + 0.314465
g9066 DLA_10090 GLQOFTK02GQ36N CDS440335 1194 - 0.332496
g9067 DLA_10091 GLQOFTK02GQ36N CDS442620 1395 - 0.32043
g9068 DLA_10092 GLQOFTK02GQ36N CDS445274 1551 + 0.319149
g9069 DLA_10093 GLQOFTK02GQ36N CDS447502 816 - 0.301471
g907 DLA_01002 F4PJNLW01A00V1 CDS600317 3663 + 0.340977
g9070 DLA_10094 GLQOFTK02GQ36N CDS449836 4854 + 0.323445
g9071 DLA_10095 GLQOFTK02GQ36N CDS454904 3888 - 0.315844
g9072 DLA_10096 GLQOFTK02GQ36N CDS459748 1770 + 0.365537
g9073 DLA_10097 GLQOFTK02GQ36N CDS462850 3201 + 0.321774
g9074 DLA_10098 GLQOFTK02GQ36N CDS466504 2472 - 0.263754
g9075 DLA_10099 GLQOFTK02GQ36N CDS469272 1191 - 0.275399
g9076 DLA_10100 GLQOFTK02GQ36N CDS470773 537 - 0.299814
g9077 DLA_10101 GLQOFTK02GQ36N CDS471545 3288 - 0.326338
g9078 DLA_10102 GLQOFTK02GQ36N CDS475751 975 - 0.32
g9079 DLA_10104 GLQOFTK02GQ36N CDS476945 2109 + 0.316738
g908 DLA_01003 F4PJNLW01A00V1 CDS604634 726 + 0.272727
g9080 DLA_10105 GLQOFTK02GQ36N CDS479729 3126 - 0.298464
g9081 DLA_10107 similar to S. cerevisiae BUD7 (bud site selection protein 7) which is required for the export of specialised cargo from the Golgi. belongs to the CHAPS (Chs5p-Arf1p-binding proteins) familyGLQOFTK02GQ36N CDS483645 2574 + 0.350816
g9082 DLA_10110 GLQOFTK02GQ36N CDS487029 1656 - 0.347826
g9083 DLA_10111 GLQOFTK02GQ36N CDS490464 1086 - 0.314917
g9084 DLA_10112 GLQOFTK02GQ36N CDS491863 1269 + 0.368794
g9085 DLA_10113 GLQOFTK02GQ36N CDS493345 351 + 0.378917
g9086 DLA_10114 GLQOFTK02GQ36N CDS494843 1473 + 0.314324
g9087 DLA_10115 GLQOFTK02GQ36N CDS497102 2718 - 0.330758
g9088 DLA_10116 GLQOFTK02GQ36N CDS501736 2718 + 0.337012
g9089 DLA_10117 GLQOFTK02GQ36N CDS504795 1788 + 0.290828
g909 DLA_01004 F4PJNLW01A00V1 CDS605631 1041 + 0.254563
g9090 DLA_10118 GLQOFTK02GQ36N CDS506626 363 - 0.319559
g9091 DLA_10119 GLQOFTK02GQ36N CDS507744 8031 + 0.300087
g9092 DLA_10120 GLQOFTK02GQ36N CDS516384 8022 + 0.298429
g9093 DLA_10121 GLQOFTK02GQ36N CDS524743 7599 + 0.29925
g9094 DLA_10123 GLQOFTK02GQ36N CDS532976 1185 - 0.345992
g9095 DLA_10124 GLQOFTK02GQ36N CDS534708 522 + 0.335249
g9096 DLA_10125 GLQOFTK02GQ36N CDS535410 375 - 0.362667
g9097 DLA_10128 GLQOFTK02GQ36N CDS536720 1248 + 0.282051
g9098 DLA_10129 putative PI3K that phosphorylates phosphoinositides on the 3-hydroxyl group of the inositol ring has the capacity to bind and be activated by the GTP-bound small GTPase rasGLQOFTK02GQ36N CDS538065 4770 - 0.341719
g9099 DLA_10130 GLQOFTK02GQ36N CDS543431 3165 - 0.366193
g91 DLA_00107 contig05409_1.exp CDS212041 1722 + 0.29849
g910 DLA_01005 F4PJNLW01A00V1 CDS606787 522 - 0.316092
g9100 DLA_10131 GLQOFTK02GQ36N CDS547114 3396 + 0.326855
g9101 DLA_10132 GLQOFTK02GQ36N CDS550825 1503 - 0.312708
g9102 DLA_10133 GLQOFTK02GQ36N CDS552999 1683 - 0.367796
g9103 DLA_10134 structural similarity to Zn-dependent peptidases contains a a predicted signal anchor sequence and 4 putative transmembrane domainsGLQOFTK02GQ36N CDS554979 1998 - 0.309309
g9104 DLA_11806 GLQOFTK02GQ36N CDS557330 1353 - 0.317073
g9105 DLA_10135 GLQOFTK02GQ36N CDS559750 1464 - 0.303962
g9106 DLA_10136 GLQOFTK02GQ36N CDS562430 1845 + 0.310027
g9107 DLA_10137 GLQOFTK02GQ36N CDS564809 2343 + 0.334614
g9108 DLA_10139 GLQOFTK02GQ36N CDS567791 1260 - 0.294444
g9109 DLA_10140 GLQOFTK02GQ36N CDS569324 1617 - 0.30303
g911 DLA_01006 F4PJNLW01A00V1 CDS607514 3234 + 0.325603
g9110 DLA_10141 GLQOFTK02GQ36N CDS571144 1098 - 0.346995
g9111 DLA_10143 belongs to the Atypical Alpha protein kinases and contains a von Willebrand factor type A (VWFA) domain does not phosphorylate myosin heavy chainGLQOFTK02GQ36N CDS573382 1701 - 0.342152
g9112 DLA_10144 GLQOFTK02GQ36N CDS575543 1305 - 0.28659
g9113 DLA_10146 GLQOFTK02GQ36N CDS577105 1857 - 0.344103
g9114 DLA_10147 GLQOFTK02GQ36N CDS580073 1521 - 0.321499
g9115 DLA_10149 GLQOFTK02GQ36N CDS584173 336 + 0.357143
g9116 DLA_10150 GLQOFTK02GQ36N CDS585302 933 - 0.315113
g9117 DLA_10151 GLQOFTK02GQ36N CDS586709 1158 + 0.35924
g9118 DLA_10152 GLQOFTK02GQ36N CDS588104 6948 + 0.312464
g9119 DLA_10153 GLQOFTK02GQ36N CDS595265 1629 + 0.311234
g912 DLA_01008 F4PJNLW01A00V1 CDS611271 201 + 0.328358
g9120 DLA_10154 GLQOFTK02GQ36N CDS597098 552 - 0.298913
g9121 DLA_10155 GLQOFTK02GQ36N CDS598035 573 - 0.321117
g9122 DLA_10157 GLQOFTK02GQ36N CDS599686 3750 - 0.333067
g9123 DLA_10158 similar to the human lipase family catalyzes the reaction: Triacylglycerol Hsub2subO diacylglycerol a carboxylateGLQOFTK02GQ36N CDS604252 1302 + 0.31874
g9124 DLA_10159 GLQOFTK02GQ36N CDS605743 219 - 0.356164
g9125 DLA_10160 GLQOFTK02GQ36N CDS606178 2772 + 0.318182
g9126 DLA_10161 GLQOFTK02GQ36N CDS609180 198 - 0.378788
g9127 DLA_10162 GLQOFTK02GQ36N CDS610127 198 + 0.368687
g9128 DLA_10163 GLQOFTK02GQ36N CDS610539 1287 - 0.310023
g9129 DLA_10164 GLQOFTK02GQ36N CDS612338 675 + 0.294815
g913 DLA_01009 F4PJNLW01A00V1 CDS611778 2223 + 0.332434
g9130 DLA_10165 similar to S. cerevisiae LCB1 dimerizes with SptB to catalyze the conversion of palmitoyl-CoA L-serine into CoA 3-dehydro-D-sphinganine COsub2subGLQOFTK02GQ36N CDS613224 1428 + 0.359244
g9131 DLA_10166 GLQOFTK02GQ36N CDS614694 2004 - 0.353293
g9132 DLA_10167 GLQOFTK02GQ36N CDS617004 198 - 0.373737
g9133 DLA_10168 GLQOFTK02GQ36N CDS618003 2250 + 0.283111
g9134 DLA_10169 GLQOFTK02GQ36N CDS620614 1866 - 0.266881
g9135 DLA_10170 GLQOFTK02GQ36N CDS623858 1821 - 0.265788
g9136 DLA_10172 GLQOFTK02GQ36N CDS626229 624 - 0.315705
g9137 DLA_10173 GLQOFTK02GQ36N CDS627095 1566 + 0.346105
g9138 DLA_10174 GLQOFTK02GQ36N CDS629271 6159 + 0.327326
g9139 DLA_10175 GLQOFTK02GQ36N CDS635712 1185 + 0.262447
g914 DLA_01010 F4PJNLW01A00V1 CDS614964 1410 + 0.236879
g9140 DLA_10176 GLQOFTK02GQ36N CDS636982 1134 - 0.402116
g9141 DLA_10177 GLQOFTK02GQ36N CDS638783 621 - 0.307568
g9142 DLA_10178 GLQOFTK02GQ36N CDS639852 651 + 0.328725
g9143 DLA_10179 GLQOFTK02GQ36N CDS640781 1809 + 0.257601
g9144 DLA_10181 GLQOFTK02GQ36N CDS644077 1791 + 0.249581
g9145 DLA_10183 GLQOFTK02GQ36N CDS647415 315 + 0.247619
g9146 DLA_10184 GLQOFTK02GQ36N CDS649109 1830 - 0.304918
g9147 DLA_10186 GLQOFTK02GQ36N CDS651982 1116 + 0.298387
g9148 DLA_10188 GLQOFTK02GQ36N CDS654084 1131 + 0.349248
g9149 DLA_10189 GLQOFTK02GQ36N CDS655472 837 - 0.354839
g915 DLA_01011 F4PJNLW01A00V1 CDS616468 4905 - 0.355759
g9150 DLA_10191 ortholog of S. pombe ctu2 (cytosolic thiouridylase subunit 2) with ctu1 required for thiolation of the uridine at the wobble position of Lys(UUU) and Glu(UUC) tRNAsGLQOFTK02GQ36N CDS658082 1362 + 0.278267
g9151 DLA_10192 GLQOFTK02GQ36N CDS659638 819 + 0.300366
g9152 DLA_10193 protein serinethreonine kinase CK1 family similar to human CK1 and yeast YCK may play a role in DNA repair there is a second copy of this gene GLQOFTK02GQ36N CDS660860 1158 - 0.325561
g9153 DLA_10194 GLQOFTK02GUKFG CDS2 5000 - 0.3594
g9154 DLA_10195 GLQOFTK02GUKFG CDS5453 2940 + 0.365646
g9155 DLA_10196 GLQOFTK02GUKFG CDS8513 783 + 0.353768
g9156 DLA_10197 GLQOFTK02GUKFG CDS9605 369 + 0.363144
g9157 DLA_10198 GLQOFTK02GUKFG CDS10139 837 + 0.292712
g9158 DLA_10199 GLQOFTK02GUKFG CDS11171 471 - 0.314225
g9159 DLA_10200 GLQOFTK02GUKFG CDS12408 1377 + 0.37618
g916 DLA_01012 F4PJNLW01A00V1 CDS621709 1854 - 0.330636
g9160 DLA_10202 GLQOFTK02GUKFG CDS14461 1215 - 0.296296
g9161 DLA_10203 GLQOFTK02GUKFG CDS16557 789 - 0.328264
g9162 DLA_10205 GLQOFTK02GUKFG CDS18112 5655 - 0.347303
g9163 DLA_10206 GLQOFTK02GUKFG CDS24804 315 + 0.31746
g9164 DLA_10207 GLQOFTK02GUKFG CDS25304 603 - 0.333333
g9165 DLA_10208 GLQOFTK02GUKFG CDS26113 852 - 0.346244
g9166 DLA_10209 GLQOFTK02GUKFG CDS27469 1284 + 0.378505
g9167 DLA_10210 GLQOFTK02GUKFG CDS28850 4482 + 0.329317
g9168 DLA_10211 GLQOFTK02GUKFG CDS33414 1893 - 0.293714
g9169 DLA_10212 GLQOFTK02GUKFG CDS35661 4281 + 0.305303
g917 DLA_01013 F4PJNLW01A00V1 CDS623958 3978 + 0.302162
g9170 DLA_10213 GLQOFTK02GUKFG CDS40171 3036 - 0.319829
g9171 DLA_10214 GLQOFTK02GUKFG CDS43488 3852 - 0.330997
g9172 DLA_10215 GLQOFTK02GUKFG CDS48194 735 + 0.368707
g9173 DLA_10216 GLQOFTK02GUKFG CDS50183 1506 - 0.334661
g9174 DLA_10217 GLQOFTK02GUKFG CDS52006 1224 + 0.331699
g9175 DLA_10218 GLQOFTK02GUKFG CDS53340 630 - 0.27619
g9176 DLA_10219 GLQOFTK02GUKFG CDS54133 1401 - 0.311206
g9177 DLA_10220 GLQOFTK02GUKFG CDS55910 2511 - 0.342493
g9178 DLA_10221 GLQOFTK02GUKFG CDS58559 1656 + 0.335145
g9179 DLA_10224 GLQOFTK02GUKFG CDS60674 2235 - 0.285459
g918 DLA_01014 F4PJNLW01A00V1 CDS628231 690 + 0.294203
g9180 DLA_10225 GLQOFTK02GUKFG CDS63770 834 + 0.275779
g9181 DLA_10226 GLQOFTK02GUKFG CDS65635 2250 - 0.290667
g9182 DLA_10227 GLQOFTK02GUKFG CDS68462 1551 + 0.286912
g9183 DLA_10230 GLQOFTK02GUKFG CDS72533 1542 + 0.276265
g9184 DLA_10231 GLQOFTK02GUKFG CDS74126 1401 + 0.295503
g9185 DLA_10232 GLQOFTK02GUKFG CDS75826 1572 + 0.340967
g9186 DLA_10233 GLQOFTK02GUKFG CDS77532 1506 + 0.295485
g9187 DLA_10234 GLQOFTK02GUKFG CDS79376 1509 + 0.290921
g9188 DLA_10235 GLQOFTK02GUKFG CDS80987 5043 - 0.340274
g9189 DLA_10237 GLQOFTK02GUKFG CDS86588 2523 - 0.370194
g919 DLA_01016 F4PJNLW01A00V1 CDS630388 348 - 0.29023
g9190 DLA_10238 GLQOFTK02GUKFG CDS89759 2550 + 0.372549
g9191 DLA_10239 GLQOFTK02GUKFG CDS92507 966 + 0.324017
g9192 DLA_10240 GLQOFTK02GUKFG CDS93628 900 - 0.381111
g9193 DLA_10241 GLQOFTK02GUKFG CDS94924 366 - 0.333333
g9194 DLA_10242 GLQOFTK02GUKFG CDS95640 222 - 0.288288
g9195 DLA_10243 GLQOFTK02GUKFG CDS96073 966 + 0.334369
g9196 DLA_10244 GLQOFTK02GUKFG CDS97091 624 - 0.331731
g9197 DLA_10245 GLQOFTK02GUKFG CDS98100 2916 + 0.33299
g9198 DLA_10247 GLQOFTK02GUKFG CDS101956 1779 - 0.291737
g9199 DLA_10248 GLQOFTK02GUKFG CDS103926 1632 + 0.301471
g92 DLA_00108 contig05409_1.exp CDS214181 438 + 0.273973
g920 DLA_01018 F4PJNLW01A00V1 CDS632223 8535 + 0.320211
g9200 DLA_10249 GLQOFTK02GUKFG CDS105613 1257 - 0.32856
g9201 DLA_10250 GLQOFTK02GUKFG CDS107087 2232 - 0.289875
g9202 DLA_10252 GLQOFTK02GUKFG CDS110321 2769 + 0.323944
g9203 DLA_10253 GLQOFTK02GUKFG CDS113533 1467 - 0.301977
g9204 DLA_10254 GLQOFTK02GUKFG CDS115868 2256 + 0.375
g9205 DLA_10256 GLQOFTK02GUKFG CDS119492 1467 + 0.321063
g9206 DLA_10257 contains a predicted signal peptide there is a second copy of this gene GLQOFTK02GUKFG CDS121297 1023 - 0.332356
g9207 DLA_10258 GLQOFTK02GUKFG CDS122687 2775 + 0.366847
g9208 DLA_10259 GLQOFTK02GUKFG CDS125880 657 + 0.295282
g9209 DLA_10260 GLQOFTK02GUKFG CDS126587 2445 - 0.334151
g921 DLA_01019 F4PJNLW01A00V1 CDS641138 1953 + 0.293907
g9210 DLA_10261 GLQOFTK02GUKFG CDS129499 4644 + 0.343239
g9211 DLA_10262 GLQOFTK02GUKFG CDS134644 849 + 0.319199
g9212 DLA_10263 GLQOFTK02GUKFG CDS136301 891 + 0.353535
g9213 DLA_10264 GLQOFTK02GUKFG CDS137261 1503 - 0.314039
g9214 DLA_10265 GLQOFTK02GUKFG CDS139015 558 + 0.304659
g9215 DLA_10266 GLQOFTK02GUKFG CDS142415 3375 + 0.26637
g9216 DLA_10267 GLQOFTK02GUKFG CDS147007 1656 + 0.336353
g9217 DLA_10268 GLQOFTK02GUKFG CDS149316 663 + 0.355958
g9218 DLA_10269 GLQOFTK02GUKFG CDS150190 1467 + 0.331288
g9219 DLA_10270 GLQOFTK02GUKFG CDS151795 723 + 0.266943
g922 DLA_01020 F4PJNLW01A00V1 CDS643466 2934 + 0.308453
g9220 DLA_10271 GLQOFTK02GUKFG CDS152828 2082 - 0.353506
g9221 DLA_10272 GLQOFTK02GUKFG CDS155331 3063 - 0.3095
g9222 DLA_10273 GLQOFTK02GUKFG CDS158477 1419 + 0.309373
g9223 DLA_10274 GLQOFTK02GUKFG CDS160293 2016 + 0.373512
g9224 DLA_10275 GLQOFTK02GUKFG CDS162441 2637 - 0.308305
g9225 DLA_10277 GLQOFTK02GUKFG CDS165651 3759 - 0.329609
g9226 DLA_10279 GLQOFTK02GUKFG CDS170124 672 + 0.385417
g9227 DLA_10280 GLQOFTK02GUKFG CDS171124 1059 - 0.352219
g9228 DLA_10281 GLQOFTK02GUKFG CDS172480 714 + 0.323529
g9229 DLA_10282 GLQOFTK02GUKFG CDS173297 687 + 0.372635
g923 DLA_01021 F4PJNLW01A00V1 CDS646744 1170 - 0.331624
g9230 DLA_10283 GLQOFTK02GUKFG CDS174399 2559 - 0.407581
g9231 DLA_10284 GLQOFTK02GUKFG CDS178114 501 - 0.353293
g9232 DLA_10285 GLQOFTK02GUKFG CDS179058 4950 + 0.360808
g9233 DLA_10286 GLQOFTK02GUKFG CDS184201 1617 - 0.325294
g9234 DLA_10287 GLQOFTK02GUKFG CDS186185 1749 + 0.288736
g9235 DLA_10288 GLQOFTK02GUKFG CDS188252 387 - 0.276486
g9236 DLA_10289 GLQOFTK02GUKFG CDS189555 1299 + 0.326405
g9237 DLA_10291 GLQOFTK02GUKFG CDS191473 1047 - 0.387775
g9238 DLA_10292 GLQOFTK02GUKFG CDS192959 2199 - 0.336062
g9239 DLA_10293 GLQOFTK02GUKFG CDS195572 2127 + 0.342736
g924 DLA_01023 F4PJNLW01A00V1 CDS649237 2628 + 0.285008
g9240 DLA_10294 GLQOFTK02GUKFG CDS198640 1005 + 0.321393
g9241 DLA_10296 GLQOFTK02GUKFG CDS200123 756 + 0.357143
g9242 DLA_10297 GLQOFTK02GUKFG CDS200924 4278 - 0.312997
g9243 DLA_10298 GLQOFTK02GUKFG CDS205635 4011 + 0.388432
g9244 DLA_10299 GLQOFTK02GUKFG CDS209917 1197 + 0.328321
g9245 DLA_10300 GLQOFTK02GUKFG CDS211363 336 - 0.270833
g9246 DLA_10301 GLQOFTK02GUKFG CDS212252 948 + 0.338608
g9247 DLA_10302 GLQOFTK02GUKFG CDS213515 765 + 0.282353
g9248 DLA_10303 GLQOFTK02GUKFG CDS214545 2424 + 0.328383
g9249 DLA_10304 GLQOFTK02GUKFG CDS217251 2070 + 0.329469
g925 DLA_01024 F4PJNLW01A00V1 CDS652057 360 - 0.333333
g9250 DLA_10305 GLQOFTK02GUKFG CDS219627 555 - 0.295496
g9251 DLA_10306 GLQOFTK02GUKFG CDS220756 1092 - 0.354396
g9252 DLA_10307 ortholog of prokaryotic penicillin-binding protein 4 (PBP4) inhibited by penicillin GGLQOFTK02GUKFG CDS223518 1488 - 0.388441
g9253 DLA_10308 subunit of the splicing factor SF3A required for spliceosome assembly contains PRP9 domain characteristic of splicing factor 3A subunit 3 expressed in pstO cellsGLQOFTK02GUKFG CDS225464 1443 - 0.306306
g9254 DLA_10309 GLQOFTK02GUKFG CDS227316 495 + 0.29899
g9255 DLA_10310 GLQOFTK02GUKFG CDS227868 4461 - 0.362026
g9256 DLA_10312 GLQOFTK02GUKFG CDS232772 1032 - 0.32655
g9257 DLA_10313 GLQOFTK02GUKFG CDS233946 2742 + 0.28264
g9258 DLA_10314 GLQOFTK02GUKFG CDS237299 2760 + 0.284058
g9259 DLA_10316 GLQOFTK02GUKFG CDS240693 10326 + 0.328879
g926 DLA_01025 F4PJNLW01A00V1 CDS652828 2121 + 0.311645
g9260 DLA_10317 GLQOFTK02GUKFG CDS251453 4065 + 0.301599
g9261 DLA_10318 GLQOFTK02GUKFG CDS255758 231 - 0.463203
g9262 DLA_10320 GLQOFTK02GUKFG CDS258563 918 - 0.262527
g9263 DLA_10321 GLQOFTK02GUKFG CDS259914 2292 + 0.356021
g9264 DLA_10322 GLQOFTK02GUKFG CDS262470 1731 + 0.317735
g9265 DLA_10323 GLQOFTK02GUKFG CDS264345 471 - 0.259023
g9266 DLA_10324 GLQOFTK02GUKFG CDS265535 5454 + 0.351485
g9267 DLA_10325 GLQOFTK02GUKFG CDS271238 16044 - 0.3501
g9268 DLA_10326 GLQOFTK02GUKFG CDS287774 3000 + 0.333
g9269 DLA_10327 GLQOFTK02GUKFG CDS290934 1272 - 0.310535
g927 DLA_01026 F4PJNLW01A00V1 CDS655383 900 - 0.258889
g9270 DLA_10328 GLQOFTK02GUKFG CDS292343 2208 - 0.347373
g9271 DLA_10329 GLQOFTK02GUKFG CDS295564 237 + 0.400844
g9272 DLA_10330 GLQOFTK02GUKFG CDS296870 468 - 0.388889
g9273 DLA_10332 GLQOFTK02GUKFG CDS299129 897 + 0.376812
g9274 DLA_10333 GLQOFTK02GUKFG CDS300050 1563 - 0.264875
g9275 DLA_10334 GLQOFTK02GUKFG CDS301730 1086 + 0.357274
g9276 DLA_10335 GLQOFTK02GUKFG CDS303006 2415 + 0.370186
g9277 DLA_10336 GLQOFTK02GUKFG CDS305924 426 + 0.399061
g9278 DLA_10337 GLQOFTK02GUKFG CDS306711 906 + 0.37638
g9279 DLA_10338 GLQOFTK02GUKFG CDS307641 1560 - 0.291667
g928 DLA_01027 F4PJNLW01A00V1 CDS656534 405 + 0.306173
g9280 DLA_10339 GLQOFTK02GUKFG CDS309518 1362 + 0.376652
g9281 DLA_10340 GLQOFTK02GUKFG CDS311211 3189 - 0.388209
g9282 DLA_10341 GLQOFTK02GUKFG CDS315277 1017 + 0.365782
g9283 DLA_10342 GLQOFTK02GUKFG CDS316595 606 - 0.326733
g9284 DLA_10343 GLQOFTK02GUKFG CDS317480 1251 - 0.408473
g9285 DLA_10344 GLQOFTK02GUKFG CDS319572 2232 + 0.33871
g9286 DLA_10345 GLQOFTK02GUKFG CDS322079 3249 + 0.392428
g9287 DLA_10349 GLQOFTK02GUKFG CDS327950 753 - 0.374502
g9288 DLA_10350 GLQOFTK02GUKFG CDS329379 3333 + 0.339634
g9289 DLA_10351 GLQOFTK02GUKFG CDS333008 1674 - 0.274791
g929 DLA_01028 F4PJNLW01A00V1 CDS657204 945 + 0.307937
g9290 DLA_10352 GLQOFTK02GUKFG CDS335128 1494 + 0.324632
g9291 DLA_10354 GLQOFTK02GUKFG CDS337651 675 - 0.299259
g9292 DLA_10356 GLQOFTK02GUKFG CDS339755 3516 + 0.321957
g9293 DLA_10359 GLQOFTK02GUKFG CDS345165 1008 + 0.301587
g9294 DLA_10361 GLQOFTK02GUKFG CDS347562 771 - 0.29572
g9295 DLA_10362 GLQOFTK02GUKFG CDS349071 987 + 0.298886
g9296 DLA_10363 belongs to the NADP_Rossman superfamily similar to human NMRAL1 A. nidulans nmrA is a transcriptional regulator involved in nitrogen metabolite repressionGLQOFTK02GUKFG CDS350129 897 - 0.365663
g9297 DLA_10364 GLQOFTK02GUKFG CDS352336 1656 + 0.363527
g9298 DLA_10365 GLQOFTK02GUKFG CDS354524 3387 + 0.331267
g9299 DLA_10366 catalyzes the reaction NADPH NAD NADP NADHGLQOFTK02GUKFG CDS358484 3477 - 0.381363
g93 DLA_00109 contig05409_1.exp CDS215743 3420 + 0.338889
g930 DLA_01029 F4PJNLW01A00V1 CDS658432 2052 - 0.298733
g9300 DLA_10367 GLQOFTK02GUKFG CDS362660 213 + 0.305164
g9301 DLA_10368 GLQOFTK02GUKFG CDS363163 1305 - 0.314943
g9302 DLA_10369 GLQOFTK02GUKFG CDS364725 2112 - 0.38447
g9303 DLA_10370 GLQOFTK02GUKFG CDS367168 1077 - 0.322191
g9304 DLA_10371 GLQOFTK02GUKFG CDS369405 732 - 0.327869
g9305 DLA_10372 GLQOFTK02GUKFG CDS370431 816 + 0.292892
g9306 DLA_10373 GLQOFTK02GUKFG CDS371338 861 - 0.361208
g9307 DLA_10375 GLQOFTK02GUKFG CDS373057 1695 + 0.375221
g9308 DLA_10376 GLQOFTK02GUKFG CDS375001 1371 + 0.384391
g9309 DLA_10377 catalyzes the reaction: ATP L-fucose ADP beta-L-fucose 1-phosphateGLQOFTK02GUKFG CDS376640 3456 + 0.338542
g931 DLA_01031 F4PJNLW01A00V1 CDS661501 4101 + 0.333821
g9310 DLA_11807 GLQOFTK02GUKFG CDS380335 828 - 0.270531
g9311 DLA_10378 similar to FKBP-type peptidyl-prolyl isomerase which functions as a receptor for immunosuppressants in vertebratesGLQOFTK02GUKFG CDS381321 543 - 0.314917
g9312 DLA_10379 GLQOFTK02GUKFG CDS381941 1743 + 0.325875
g9313 DLA_10380 GLQOFTK02GUKFG CDS383812 1698 + 0.282686
g9314 DLA_10381 ortholog of the H. sapiens lysosomal alpha-glucosidase which is essential for the degradation of glygogen to glucose in lysosomes defects in GAA are the cause of glycogen storage disease II a recessive disorder which results in a massive accumulation of glycogen in muscle heart and liver leading to a life expectancy of less than two yearsGLQOFTK02GUKFG CDS385590 2730 - 0.348718
g9315 DLA_10382 GLQOFTK02GUKFG CDS388619 750 - 0.305333
g9316 DLA_10383 GLQOFTK02GUKFG CDS389670 975 - 0.30359
g9317 DLA_10384 catalyzes the transfer of a farnesyl group or a geranylgeranyl group via a thioether linkage (-C-S-C-) to a cysteine at or near the carboxyl terminus of the protein forms a heterodimer with the GLQOFTK02GUKFG CDS390893 1323 - 0.312169
g9318 DLA_10385 catalyzes the first of three steps required to remove two C-4 methyl groups from an intermediate in ergosterol biosynthesis almost identical to the neighboring gene GLQOFTK02GUKFG CDS392617 792 - 0.344697
g9319 DLA_10387 GLQOFTK02GUKFG CDS393942 573 - 0.34904
g932 DLA_01032 F4PJNLW01A00V1 CDS665942 846 + 0.336879
g9320 DLA_10388 GLQOFTK02GUKFG CDS394874 2424 - 0.32302
g9321 DLA_10390 GLQOFTK02GUKFG CDS397920 1440 + 0.329167
g9322 DLA_10391 GLQOFTK02GUKFG CDS399458 501 - 0.305389
g9323 DLA_11808 GLQOFTK02GUKFG CDS400622 450 - 0.275556
g9324 DLA_10392 GLQOFTK02GUKFG CDS401174 390 + 0.271795
g9325 DLA_10393 GLQOFTK02GUKFG CDS401655 1722 + 0.283391
g9326 DLA_10394 GLQOFTK02GUKFG CDS403426 1143 - 0.299213
g9327 DLA_10395 GLQOFTK02GUKFG CDS404946 1500 - 0.340667
g9328 DLA_10397 GLQOFTK02GUKFG CDS407337 1068 - 0.324906
g9329 DLA_10398 GLQOFTK02GUKFG CDS408631 2688 - 0.292783
g933 DLA_01033 F4PJNLW01A00V1 CDS667032 873 + 0.342497
g9330 DLA_10401 GLQOFTK02GUKFG CDS413012 1170 + 0.340171
g9331 DLA_10402 GLQOFTK02GUKFG CDS414480 5160 - 0.312403
g9332 DLA_10403 GLQOFTK02GUKFG CDS420454 4110 + 0.3382
g9333 DLA_10405 GLQOFTK02GUKFG CDS424713 669 - 0.29148
g9334 DLA_10407 GLQOFTK02GUKFG CDS426570 1731 - 0.346043
g9335 DLA_10408 GLQOFTK02GUKFG CDS428539 1335 + 0.310861
g9336 DLA_10409 GLQOFTK02GUKFG CDS430370 1767 + 0.327108
g9337 DLA_10410 GLQOFTK02GUKFG CDS433150 678 + 0.320059
g9338 DLA_10411 GLQOFTK02GUKFG CDS434616 312 - 0.365385
g9339 DLA_10412 GLQOFTK02GUKFG CDS436075 3642 + 0.354201
g934 DLA_01034 F4PJNLW01A00V1 CDS668187 690 - 0.347826
g9340 DLA_10413 GLQOFTK02GUKFG CDS439988 1347 - 0.30735
g9341 DLA_10414 GLQOFTK02GUKFG CDS441544 1935 + 0.312145
g9342 DLA_10415 the Maf protein is a putative inhibitor of septum formation found in eukaryotes bacteria and archaeaGLQOFTK02GUKFG CDS443608 648 - 0.279321
g9343 DLA_10416 GLQOFTK02GUKFG CDS444432 381 - 0.265092
g9344 DLA_10417 GLQOFTK02GUKFG CDS444987 276 + 0.347826
g9345 DLA_10418 GLQOFTK02GUKFG CDS445559 2502 - 0.329337
g9346 DLA_11809 actin binding protein regulating actin nucleation involved in cytokinesis and cell motilityGLQOFTK02GUKFG CDS448979 1359 + 0.38337
g9347 DLA_10419 GLQOFTK02GUKFG CDS450664 3126 + 0.318618
g9348 DLA_10420 GLQOFTK02GUKFG CDS454202 2037 + 0.302896
g9349 DLA_10421 GLQOFTK02GUKFG CDS456574 1878 - 0.317891
g935 DLA_11459 F4PJNLW01A00V1 CDS669504 240 - 0.279167
g9350 DLA_11810 GLQOFTK02GUKFG CDS458657 987 - 0.315096
g9351 DLA_10422 similar to plant expansins which modify the cell wall to allow expansion during cell growth contains a predicted signal peptideGLQOFTK02GUKFG CDS459864 1008 - 0.355159
g9352 DLA_10423 GLQOFTK02GUKFG CDS462092 1788 + 0.310962
g9353 DLA_10424 GLQOFTK02GUKFG CDS464528 774 - 0.270026
g9354 DLA_10425 GLQOFTK02GUKFG CDS465659 2880 - 0.319444
g9355 DLA_10426 GLQOFTK02GUKFG CDS469346 4071 + 0.316875
g9356 DLA_10427 GLQOFTK02GUKFG CDS473618 888 + 0.280405
g9357 DLA_10428 highly similar to plant and bacterial O-methyltransferases expressed in pstA cellsGLQOFTK02GUKFG CDS474714 1029 - 0.295432
g9358 DLA_10429 GLQOFTK02GUKFG CDS476181 975 - 0.310769
g9359 DLA_10430 GLQOFTK02GUKFG CDS477421 723 - 0.344398
g936 DLA_01035 F4PJNLW01A00V1 CDS670163 411 + 0.304136
g9360 DLA_10431 GLQOFTK02GUKFG CDS478564 858 + 0.29021
g9361 DLA_10432 GLQOFTK02GUKFG CDS479709 351 - 0.404558
g9362 DLA_10433 GLQOFTK02GUKFG CDS480877 1527 + 0.293386
g9363 DLA_10434 GLQOFTK02GUKFG CDS482800 1047 + 0.266476
g9364 DLA_10435 GLQOFTK02GUKFG CDS484222 453 - 0.406181
g9365 DLA_10436 conserved protein in S.cerevisiae required for 60S pre-ribosomal subunits export to the cytoplasmGLQOFTK02GUKFG CDS485428 2280 + 0.319298
g9366 DLA_10437 GLQOFTK02GUKFG CDS488096 2061 + 0.312955
g9367 DLA_10438 GLQOFTK02GUKFG CDS490499 1197 - 0.319131
g9368 DLA_10439 GLQOFTK02GUKFG CDS491811 900 - 0.313333
g9369 DLA_10440 component of the RNA polymerase III complex ortholog of S. cerevisiae RPO31GLQOFTK02GUKFG CDS492905 4203 - 0.343088
g937 DLA_01036 F4PJNLW01A00V1 CDS670824 549 - 0.391621
g9370 DLA_10441 belongs to the RAS-like GTPase superfamily ortholog of human OLA1GLQOFTK02GUKFG CDS497556 1182 + 0.36802
g9371 DLA_10442 GLQOFTK02GUKFG CDS498948 1455 - 0.315464
g9372 DLA_10443 GLQOFTK02GUKFG CDS500564 1152 - 0.296875
g9373 DLA_10444 GLQOFTK02GUKFG CDS502462 690 + 0.276812
g9374 DLA_10445 GLQOFTK02GUKFG CDS503492 468 - 0.297009
g9375 DLA_10446 GLQOFTK02GUKFG CDS503991 1782 - 0.277217
g9376 DLA_10447 GLQOFTK02GUKFG CDS506113 3342 - 0.289348
g9377 DLA_10448 CAMK group RAD53 family protein kinase similar to mammalian cell cycle checkpoint kinases chk2 contains a forkhead-associated (FHA) domain a phosphopeptide recognition domain found in many regulatory proteinsbrbr bCommunity annotation:b The five fhk-X genes differ substantially in their response to the disruption of the retinoblastoma-like gene rblA. FhkA is substantially and highly signficantly upregulated in the ko strain while none of the other genes show major changes. Consistent with its regulation the fhkA promoter contains a putative E2F-type binding site (TTTGCGCCTTTT). Virtually all genes associated with replication fork progression are upregulated in the rblA disruptant these include cdc45 all mcm genes all gins genes all rfc genes four polA subunits three polD subunits two putatitive polE subunits PCNA the single-strand binding protein rfa1 the flap endonuclease repG as well as DNA ligase-1 and topoisomerase-2. All these genes show overexpression factors ranging from 4 to 15GLQOFTK02GUKFG CDS509525 1584 - 0.297348
g9378 DLA_10449 GLQOFTK02GUKFG CDS511230 1665 - 0.263664
g9379 DLA_10450 GLQOFTK02GUKFG CDS513116 483 + 0.271222
g938 DLA_01037 F4PJNLW01A00V1 CDS673562 1203 - 0.412303
g9380 DLA_10451 GLQOFTK02GUKFG CDS513746 1341 - 0.319911
g9381 DLA_10452 GLQOFTK02GUKFG CDS515519 2829 - 0.339343
g9382 DLA_10453 GLQOFTK02GUKFG CDS518994 381 - 0.272966
g9383 DLA_10454 GLQOFTK02GUKFG CDS519874 1305 + 0.306513
g9384 DLA_10456 GLQOFTK02GUKFG CDS522389 2139 - 0.283777
g9385 DLA_10457 GLQOFTK02GUKFG CDS525926 312 + 0.394231
g9386 DLA_10458 GLQOFTK02GUKFG CDS526366 714 + 0.415966
g9387 DLA_10461 GLQOFTK02GUKFG CDS528731 1254 - 0.308612
g9388 DLA_10462 GLQOFTK02GUKFG CDS530965 522 - 0.222222
g9389 DLA_10464 GLQOFTK02GUKFG CDS532103 1818 - 0.286029
g939 DLA_01038 F4PJNLW01A00V1 CDS675097 1035 - 0.256039
g9390 DLA_10467 GLQOFTK02GUKFG CDS535246 531 + 0.303201
g9391 DLA_10468 GLQOFTK02GUKFG CDS535973 1701 + 0.270429
g9392 DLA_10469 GLQOFTK02GUKFG CDS538240 1641 + 0.269957
g9393 DLA_10470 GLQOFTK02GUKFG CDS539916 858 - 0.269231
g9394 DLA_10471 GLQOFTK02I2I9N CDS3 3461 + 0.424733
g9395 DLA_10473 GLQOFTK02I8QA1 CDS1930 687 - 0.302766
g9396 DLA_10474 GLQOFTK02IIIWT CDS278 360 + 0.283333
g9397 DLA_10476 GLQOFTK02IIIWT CDS1809 201 + 0.283582
g9398 DLA_10477 catalyzes the reactoin L-tryptophan Osub2sub L-formylkynurenineGLQOFTK02IIIWT CDS2230 1197 - 0.288221
g9399 DLA_10478 GLQOFTK02IIOHN CDS408 1821 - 0.315761
g94 DLA_11432 involved in protein transport into the nucleus known to bind Ran in yeast and Arabidopsiscontig05409_1.exp CDS220302 357 + 0.316527
g940 DLA_01039 F4PJNLW01A00V1 CDS676275 627 - 0.266348
g9400 DLA_10479 GLQOFTK02IIOHN CDS2547 537 + 0.340782
g9401 DLA_10480 GLQOFTK02IIOHN CDS3280 846 - 0.34279
g9402 DLA_10482 GLQOFTK02IIOHN CDS4894 3600 + 0.303889
g9403 DLA_11811 GLQOFTK02IIOHN CDS8991 477 - 0.295597
g9404 DLA_10483 GLQOFTK02IIOHN CDS10531 2001 - 0.310845
g9405 DLA_11812 GLQOFTK02IIOHN CDS14106 360 + 0.283333
g9406 DLA_11813 GLQOFTK02IIOHN CDS15091 717 + 0.320781
g9407 DLA_11814 GLQOFTK02IIOHN CDS16363 1308 + 0.357798
g9408 DLA_10484 GLQOFTK02IIOHN CDS17847 1482 + 0.350202
g9409 DLA_10485 GLQOFTK02IIOHN CDS19471 390 + 0.315385
g941 DLA_01040 F4PJNLW01A00V1 CDS677007 867 - 0.342561
g9410 DLA_10488 GLQOFTK02IIOHN CDS20766 216 + 0.328704
g9411 DLA_10489 GLQOFTK02IIOHN CDS21131 1317 - 0.320425
g9412 DLA_10490 GLQOFTK02IIOHN CDS22468 1185 - 0.334177
g9413 DLA_11815 GLQOFTK02IIOHN CDS23853 330 + 0.30303
g9414 DLA_10491 GLQOFTK02IIOHN CDS24834 1428 + 0.337535
g9415 DLA_11816 GLQOFTK02IIOHN CDS26373 399 + 0.305764
g9416 DLA_10492 GLQOFTK02IIOHN CDS26795 849 + 0.300353
g9417 DLA_10493 GLQOFTK02IIOHN CDS27676 417 + 0.402878
g9418 DLA_10494 GLQOFTK02IIOHN CDS28526 1533 + 0.331376
g9419 DLA_10495 GLQOFTK02IIOHN CDS31295 264 - 0.30303
g942 DLA_01041 F4PJNLW01A00V1 CDS678385 510 - 0.288235
g9420 DLA_10496 GLQOFTK02IIOHN CDS32070 582 - 0.331615
g9421 DLA_10497 GLQOFTK02IIOHN CDS33132 1974 - 0.288247
g9422 DLA_10498 GLQOFTK02IIOHN CDS35498 1224 - 0.289216
g9423 DLA_10499 GLQOFTK02IIOHN CDS36831 654 - 0.319572
g9424 DLA_10500 GLQOFTK02IIOHN CDS37703 2343 - 0.364063
g9425 DLA_10501 GLQOFTK02IIOHN CDS40443 1530 + 0.345098
g9426 DLA_10502 GLQOFTK02IIOHN CDS42281 291 - 0.28866
g9427 DLA_10503 GLQOFTK02IIOHN CDS42864 1668 + 0.344724
g9428 DLA_10504 GLQOFTK02IIOHN CDS44679 3150 + 0.326349
g9429 DLA_10505 GLQOFTK02IIOHN CDS48075 1011 - 0.310584
g943 DLA_01042 F4PJNLW01A00V1 CDS678951 1272 - 0.275157
g9430 DLA_10507 GLQOFTK02IIOHN CDS50069 675 - 0.284444
g9431 DLA_10508 GLQOFTK02IIOHN CDS51158 861 - 0.40302
g9432 DLA_10509 GLQOFTK02IIOHN CDS52960 3138 + 0.299235
g9433 DLA_10510 GLQOFTK02IIOHN CDS56360 1986 - 0.353978
g9434 DLA_10511 GLQOFTK02IIOHN CDS59304 1284 + 0.380841
g9435 DLA_10512 GLQOFTK02IIOHN CDS61093 897 + 0.327759
g9436 DLA_10513 GLQOFTK02IIOHN CDS62481 1218 - 0.288998
g9437 DLA_10514 GLQOFTK02IIOHN CDS65384 732 + 0.346995
g9438 DLA_10515 GLQOFTK02IIOHN CDS66408 798 + 0.274436
g9439 DLA_10516 GLQOFTK02IIOHN CDS67356 4107 - 0.32822
g944 DLA_01043 fatty acid synthases catalyze the formation of long-chain fatty acids from acetyl-CoA malonyl-CoA and NADPH multifunctional protein with several catalytic activities and an acyl carrier protein enriched in gametesF4PJNLW01A00V1 CDS681151 7635 + 0.339358
g9440 DLA_10518 GLQOFTK02IIOHN CDS74115 4074 + 0.368189
g9441 DLA_10519 GLQOFTK02IIOHN CDS78504 1665 - 0.276276
g9442 DLA_10520 GLQOFTK02IIOHN CDS80606 1563 - 0.325016
g9443 DLA_10521 GLQOFTK02IIOHN CDS83068 621 + 0.259259
g9444 DLA_10522 GLQOFTK02IIOHN CDS83987 1074 - 0.292365
g9445 DLA_10523 GLQOFTK02IIOHN CDS85920 4386 + 0.332421
g9446 DLA_10524 GLQOFTK02IIOHN CDS90478 507 - 0.236686
g9447 DLA_10525 GLQOFTK02IIOHN CDS91510 2901 + 0.268183
g9448 DLA_10526 GLQOFTK02IIOHN CDS94605 228 - 0.280702
g9449 DLA_10528 GLQOFTK02IIOHN CDS96517 2610 + 0.310728
g945 DLA_01044 F4PJNLW01A00V1 CDS689006 3144 - 0.310433
g9450 DLA_10529 GLQOFTK02IIOHN CDS99402 2697 + 0.313682
g9451 DLA_10531 GLQOFTK02IIOHN CDS102553 1290 - 0.272093
g9452 DLA_10533 GLQOFTK02IIOHN CDS104597 558 - 0.249104
g9453 DLA_10534 GLQOFTK02IIOHN CDS105273 1467 + 0.225631
g9454 DLA_10537 GLQOFTK02IIOHN CDS108618 1056 - 0.331439
g9455 DLA_10539 GLQOFTK02IIOHN CDS111271 483 - 0.308489
g9456 DLA_10540 GLQOFTK02IIOHN CDS111927 1881 - 0.267943
g9457 DLA_10541 GLQOFTK02IIOHN CDS114315 2391 - 0.28189
g9458 DLA_10542 GLQOFTK02IIOHN CDS117147 471 - 0.284501
g9459 DLA_10543 GLQOFTK02IIOHN CDS118203 1749 - 0.277301
g946 DLA_01045 F4PJNLW01A00V1 CDS692544 3042 - 0.323143
g9460 DLA_10544 GLQOFTK02IIOHN CDS120101 987 - 0.258359
g9461 DLA_10545 GLQOFTK02IIOHN CDS121629 1893 + 0.300581
g9462 DLA_10546 GLQOFTK02IIOHN CDS124160 1593 + 0.259887
g9463 DLA_10547 GLQOFTK02IIOHN CDS125810 2967 - 0.290529
g9464 DLA_11817 GLQOFTK02IIOHN CDS129006 2769 - 0.346334
g9465 DLA_10548 GLQOFTK02IIOHN CDS132135 963 + 0.288681
g9466 DLA_10549 GLQOFTK02IIOHN CDS133276 1392 - 0.369971
g9467 DLA_10550 GLQOFTK02IIOHN CDS135570 1791 - 0.299274
g9468 DLA_10551 GLQOFTK02IIOHN CDS137545 1716 - 0.321096
g9469 DLA_10552 GLQOFTK02IIOHN CDS139697 2595 - 0.301349
g947 DLA_01046 F4PJNLW01A00V1 CDS696119 843 - 0.329775
g9470 DLA_10554 GLQOFTK02IIOHN CDS143002 2214 + 0.325655
g9471 DLA_10556 GLQOFTK02IIOHN CDS147330 2253 + 0.317798
g9472 DLA_10558 GLQOFTK02IIOHN CDS150894 963 + 0.271028
g9473 DLA_10559 GLQOFTK02IIOHN CDS152030 861 - 0.288037
g9474 DLA_10560 GLQOFTK02IIOHN CDS153321 312 + 0.317308
g9475 DLA_10561 GLQOFTK02IIOHN CDS154011 3360 - 0.273512
g9476 DLA_10563 GLQOFTK02IIOHN CDS160638 1140 - 0.335088
g9477 DLA_11818 GLQOFTK02IIOHN CDS162418 321 - 0.258567
g9478 DLA_10564 GLQOFTK02IIOHN CDS163137 2754 + 0.316993
g9479 DLA_10566 GLQOFTK02IIOHN CDS166749 364 + 0.142857
g9480 DLA_10567 GLQOFTK02IJPNF CDS2 2065 - 0.232446
g9481 DLA_10568 GLQOFTK02IJPNF CDS2411 786 + 0.296438
g9482 DLA_10569 GLQOFTK02IJPNF CDS3493 501 - 0.289421
g9483 DLA_10570 GLQOFTK02IJPNF CDS4491 1311 - 0.280702
g9484 DLA_10571 GLQOFTK02IJPNF CDS6637 1104 - 0.322464
g9485 DLA_10572 GLQOFTK02IJPNF CDS8032 1290 + 0.285271
g9486 DLA_10573 ortholog of yeast HIR1 a transcriptional corepressor involved in the cell cycle-regulated transcription of histone H2A H2B H3 and H4 genesGLQOFTK02IJPNF CDS9488 2976 - 0.310484
g9487 DLA_10574 GLQOFTK02IJPNF CDS12820 2427 + 0.263288
g9488 DLA_11819 GLQOFTK02IJPNF CDS15417 306 - 0.24183
g9489 DLA_10575 GLQOFTK02IJPNF CDS15892 1671 + 0.225613
g949 DLA_01048 F4PJNLW01A00V1 CDS701075 1980 + 0.283333
g9490 DLA_10576 GLQOFTK02IJPNF CDS17802 2613 - 0.258706
g9491 DLA_10579 GLQOFTK02IJPNF CDS21239 453 + 0.286976
g9492 DLA_10580 GLQOFTK02IJPNF CDS23114 237 + 0.324895
g9493 DLA_10582 GLQOFTK02IJPNF CDS25801 645 + 0.28062
g9494 DLA_10583 GLQOFTK02IJPNF CDS26753 2523 - 0.315497
g9495 DLA_10584 GLQOFTK02IJPNF CDS30408 738 + 0.337398
g9496 DLA_10585 GLQOFTK02IJPNF CDS31255 825 - 0.307879
g9497 DLA_10586 GLQOFTK02IJPNF CDS32208 753 + 0.284197
g9498 DLA_10587 GLQOFTK02IJPNF CDS33190 1704 - 0.287559
g9499 DLA_10589 similar to S. cerevisiae VPS13 involved in vacuolar protein sorting and protein-Golgi retention in D. discoideum involved in early development and tip formationGLQOFTK02IJPNF CDS37254 10056 - 0.289081
g95 DLA_00110 contig05409_1.exp CDS221480 1122 + 0.335116
g950 DLA_01049 F4PJNLW01A00V1 CDS703367 771 - 0.302205
g9500 DLA_10590 GLQOFTK02IJPNF CDS47682 1065 + 0.353052
g9501 DLA_10591 GLQOFTK02IJPNF CDS49092 777 - 0.301158
g9502 DLA_10592 GLQOFTK02IJPNF CDS50018 1581 + 0.320683
g9503 DLA_10593 GLQOFTK02IJPNF CDS52101 615 + 0.304065
g9504 DLA_10594 GLQOFTK02IJPNF CDS54736 2634 + 0.316249
g9505 DLA_10595 GLQOFTK02IJPNF CDS57841 495 + 0.30101
g9506 DLA_10596 single D. discoideum ortholog of the highly conserved yippee protein familyGLQOFTK02IJPNF CDS58836 330 - 0.293939
g9507 DLA_10597 GLQOFTK02IJPNF CDS59829 780 - 0.346154
g9508 DLA_11820 GLQOFTK02IJPNF CDS64180 543 - 0.366482
g9509 DLA_10599 GLQOFTK02IJPNF CDS65645 1266 - 0.309637
g951 DLA_01050 F4PJNLW01A00V1 CDS704291 1440 + 0.311111
g9510 DLA_10600 GLQOFTK02IJPNF CDS67191 783 - 0.254151
g9511 DLA_10601 GLQOFTK02IJPNF CDS68158 744 - 0.336022
g9512 DLA_10602 GLQOFTK02IJPNF CDS69653 3168 + 0.313763
g9513 DLA_10603 GLQOFTK02IJPNF CDS73209 1731 + 0.290006
g9514 DLA_10604 GLQOFTK02IJPNF CDS75252 1143 + 0.337708
g9515 DLA_10605 GLQOFTK02IJPNF CDS76485 993 - 0.336354
g9516 DLA_10607 GLQOFTK02IJPNF CDS78464 4281 + 0.301331
g9517 DLA_10609 ortholog of the yeast ODC2 and mammalian SLCA2521 which transport C5-C7 oxodicarboxylates across the mitochondrial membrane belongs to the mitochondrial substrate carrier family brbr bCommunity annotation:b Overview of the GLQOFTK02IJPNF CDS83866 879 - 0.359499
g9518 DLA_10610 GLQOFTK02IJPNF CDS85022 2883 + 0.302463
g9519 DLA_10611 GLQOFTK02IJPNF CDS88262 3198 - 0.334271
g952 DLA_01051 F4PJNLW01A00V1 CDS706016 1749 + 0.317324
g9520 DLA_10612 GLQOFTK02IJPNF CDS91656 2298 - 0.336815
g9521 DLA_10613 GLQOFTK02IJPNF CDS94205 2922 - 0.348049
g9522 DLA_10614 GLQOFTK02IJPNF CDS97366 2982 - 0.32495
g9523 DLA_10615 GLQOFTK02IJPNF CDS100587 2991 - 0.323972
g9524 DLA_10616 GLQOFTK02IJPNF CDS103825 1968 - 0.329268
g9525 DLA_10617 GLQOFTK02IJPNF CDS107405 2001 + 0.318341
g9526 DLA_10618 GLQOFTK02IJPNF CDS110291 1242 - 0.318035
g9527 DLA_10619 GLQOFTK02IJPNF CDS111897 849 + 0.342756
g9528 DLA_10620 GLQOFTK02IJPNF CDS112779 1242 - 0.381643
g9529 DLA_10621 similar to eukaryotic initiation factor 4A isoform 3GLQOFTK02IJPNF CDS114540 1242 + 0.36715
g953 DLA_01052 F4PJNLW01A00V1 CDS707902 3888 - 0.273663
g9530 DLA_10622 GLQOFTK02IJPNF CDS117466 1098 + 0.335155
g9531 DLA_10623 GLQOFTK02IJPNF CDS119215 2970 + 0.341751
g9532 DLA_10624 GLQOFTK02IJPNF CDS122365 414 + 0.338164
g9533 DLA_10625 GLQOFTK02IJPNF CDS123216 1623 + 0.315465
g9534 DLA_10626 GLQOFTK02IJPNF CDS124911 1101 - 0.364214
g9535 DLA_10628 GLQOFTK02IJPNF CDS126629 1635 + 0.33578
g9536 DLA_10629 GLQOFTK02IJPNF CDS128602 1698 + 0.295642
g9537 DLA_10630 belongs to the substrate carrier protein family involved in transport of molecules across the mitochondrial membrane has similarity to the calcium-dependent mitochondrial aspartate and glutamate carriers aralar1 and 2 (slc25A12 and 13) but does not contain a EF-hand calcium-binding domain such as GLQOFTK02IJPNF CDS130411 897 + 0.32553
g9538 DLA_10631 GLQOFTK02IJPNF CDS131487 1545 - 0.32233
g9539 DLA_10633 GLQOFTK02IJPNF CDS133679 1458 - 0.288066
g954 DLA_01057 F4PJNLW01A00V1 CDS715689 1680 - 0.289881
g9540 DLA_10634 GLQOFTK02IJPNF CDS135427 1278 + 0.330986
g9541 DLA_11821 GLQOFTK02IJPNF CDS136790 531 + 0.344633
g9542 DLA_10636 GLQOFTK02IJPNF CDS138096 1788 + 0.322148
g9543 DLA_10638 GLQOFTK02IJPNF CDS140295 1518 - 0.235837
g9544 DLA_10639 GLQOFTK02IJPNF CDS141893 1461 - 0.325804
g9545 DLA_10640 GLQOFTK02IJPNF CDS144255 516 + 0.242248
g9546 DLA_10641 GLQOFTK02IJPNF CDS145183 819 + 0.31746
g9547 DLA_10642 GLQOFTK02IJPNF CDS147775 2226 - 0.329739
g9548 DLA_10643 GLQOFTK02IJPNF CDS150947 948 - 0.293249
g9549 DLA_10644 GLQOFTK02IJPNF CDS152115 1227 + 0.310513
g955 DLA_01058 F4PJNLW01A00V1 CDS717747 477 + 0.377358
g9550 DLA_10645 GLQOFTK02IJPNF CDS154510 2538 + 0.351458
g9551 DLA_10646 GLQOFTK02IJPNF CDS157194 1092 + 0.337912
g9552 DLA_10647 GLQOFTK02IJPNF CDS159064 615 - 0.334959
g9553 DLA_10648 GLQOFTK02IJPNF CDS160389 657 + 0.283105
g9554 DLA_10649 GLQOFTK02IJPNF CDS161974 1392 + 0.382902
g9555 DLA_10650 GLQOFTK02IJPNF CDS163581 4230 - 0.3026
g9556 DLA_10652 GLQOFTK02IJPNF CDS168131 3003 + 0.302031
g9557 DLA_10653 GLQOFTK02IJPNF CDS171219 5517 - 0.341671
g9558 DLA_10654 GLQOFTK02IJPNF CDS177103 3243 - 0.304965
g9559 DLA_10655 GLQOFTK02IJPNF CDS180695 1656 + 0.28744
g956 DLA_01059 F4PJNLW01A00V1 CDS718550 678 + 0.353982
g9560 DLA_10656 GLQOFTK02IJPNF CDS182537 393 + 0.256997
g9561 DLA_10658 GLQOFTK02IJPNF CDS183164 4869 + 0.332923
g9562 DLA_10659 GLQOFTK02IJPNF CDS188308 1272 + 0.324686
g9563 DLA_10660 GLQOFTK02IJPNF CDS190140 1746 + 0.322451
g9564 DLA_10661 GLQOFTK02IJPNF CDS192062 1197 - 0.342523
g9565 DLA_10662 GLQOFTK02IJPNF CDS193949 972 - 0.300412
g9566 DLA_10663 GLQOFTK02IJPNF CDS196086 1866 + 0.293676
g9567 DLA_10664 GLQOFTK02IJPNF CDS198604 471 + 0.301486
g9568 DLA_10665 GLQOFTK02IJPNF CDS199472 1593 - 0.328939
g9569 DLA_10666 GLQOFTK02IJPNF CDS201687 1137 + 0.348285
g957 DLA_01060 F4PJNLW01A00V1 CDS720039 5316 + 0.357976
g9570 DLA_10667 GLQOFTK02IJPNF CDS203506 1143 + 0.317585
g9571 DLA_10668 GLQOFTK02IJPNF CDS204952 1149 + 0.32376
g9572 DLA_10670 GLQOFTK02IJPNF CDS208011 3246 + 0.227357
g9573 DLA_10671 GLQOFTK02IJPNF CDS211818 1749 - 0.326472
g9574 DLA_10673 GLQOFTK02IJPNF CDS214365 1524 + 0.228346
g9575 DLA_10674 GLQOFTK02IJPNF CDS215981 204 - 0.220588
g9576 DLA_10675 GLQOFTK02IJPNF CDS216499 1107 + 0.268293
g9577 DLA_10676 GLQOFTK02IJPNF CDS217738 495 - 0.333333
g9578 DLA_10677 GLQOFTK02IJPNF CDS219303 1491 - 0.317237
g9579 DLA_10678 GLQOFTK02IJPNF CDS221847 1344 + 0.310268
g958 DLA_01061 F4PJNLW01A00V1 CDS726071 399 - 0.278196
g9580 DLA_10681 GLQOFTK02IJPNF CDS225672 912 + 0.384868
g9581 DLA_10682 GLQOFTK02IJPNF CDS226692 1065 - 0.279812
g9582 DLA_10683 GLQOFTK02IJPNF CDS228054 1320 - 0.393182
g9583 DLA_10684 GLQOFTK02IJPNF CDS229554 705 - 0.333333
g9584 DLA_11822 GLQOFTK02IJPNF CDS231526 216 + 0.273148
g9585 DLA_10685 GLQOFTK02IJPNF CDS231821 1119 - 0.286863
g9586 DLA_10686 GLQOFTK02IJPNF CDS233238 3378 + 0.293961
g9587 DLA_10689 GLQOFTK02IJPNF CDS236964 531 + 0.299435
g9588 DLA_10690 GLQOFTK02IJPNF CDS237690 5268 - 0.351557
g9589 DLA_10691 GLQOFTK02IJPNF CDS243465 4671 - 0.357311
g959 DLA_01062 F4PJNLW01A00V1 CDS726650 957 + 0.289446
g9590 DLA_10692 GLQOFTK02IJPNF CDS248642 2847 + 0.328416
g9591 DLA_10693 GLQOFTK02IJPNF CDS251966 645 - 0.251163
g9592 DLA_10694 GLQOFTK02IJPNF CDS253538 2442 + 0.330467
g9593 DLA_10695 GLQOFTK02IJPNF CDS256147 768 - 0.286458
g9594 DLA_10696 GLQOFTK02IJPNF CDS257585 3006 + 0.357285
g9595 DLA_10698 GLQOFTK02IJPNF CDS261718 1779 - 0.287802
g9596 DLA_10699 GLQOFTK02IJPNF CDS264019 1329 + 0.332581
g9597 DLA_10700 GLQOFTK02IJPNF CDS265664 1596 + 0.335213
g9598 DLA_10702 GLQOFTK02IJPNF CDS268302 2259 + 0.291722
g9599 DLA_10703 GLQOFTK02IJPNF CDS270793 4284 + 0.2507
g96 DLA_00111 contig05409_1.exp CDS223650 1884 + 0.355096
g960 DLA_01063 F4PJNLW01A00V1 CDS727967 435 + 0.312644
g9600 DLA_10706 GLQOFTK02IJPNF CDS276176 1242 - 0.214976
g9601 DLA_10709 GLQOFTK02IRMR1 CDS1633 624 - 0.293269
g9602 DLA_10710 GLQOFTK02IRMR1 CDS2800 642 - 0.334891
g9603 DLA_10711 GLQOFTK02IRMR1 CDS4854 534 + 0.340824
g9604 DLA_10712 GLQOFTK02IRMR1 CDS5471 990 - 0.276768
g9605 DLA_10713 GLQOFTK02IRMR1 CDS6595 1380 - 0.286232
g9606 DLA_10714 GLQOFTK02IRMR1 CDS8405 2478 - 0.322841
g9607 DLA_10715 GLQOFTK02IRMR1 CDS11197 1326 - 0.319759
g9608 DLA_10716 ubiquitin carboxyl-terminal hydrolase shown to deubiquinate mkkA putative ortholog of H. sapiens USP10GLQOFTK02IRMR1 CDS12831 3240 - 0.292284
g9609 DLA_10717 GLQOFTK02IRMR1 CDS16666 1035 - 0.279227
g961 DLA_01064 F4PJNLW01A00V1 CDS729224 540 - 0.298148
g9610 DLA_11823 GLQOFTK02IRMR1 CDS17951 420 - 0.304762
g9611 DLA_10718 GLQOFTK02IRMR1 CDS18538 1791 + 0.281407
g9612 DLA_10719 GLQOFTK02IRMR1 CDS21311 1110 - 0.315315
g9613 DLA_11824 GLQOFTK02IRMR1 CDS22433 1455 - 0.294845
g9614 DLA_10720 GLQOFTK02IRMR1 CDS24809 675 - 0.285926
g9615 DLA_10721 GLQOFTK02IRMR1 CDS27178 2865 - 0.342408
g9616 DLA_10722 GLQOFTK02IRMR1 CDS30769 435 + 0.308046
g9617 DLA_10723 GLQOFTK02IRMR1 CDS31401 4668 - 0.336118
g9618 DLA_11825 GLQOFTK02IRMR1 CDS38641 1596 - 0.346491
g9619 DLA_10724 GLQOFTK02IRMR1 CDS40948 1125 + 0.347556
g962 DLA_01065 F4PJNLW01A00V1 CDS733365 2331 - 0.324324
g9620 DLA_11826 GLQOFTK02IRMR1 CDS42155 696 + 0.281609
g9621 DLA_10725 GLQOFTK02IRMR1 CDS43505 1566 + 0.35696
g9622 DLA_10726 GLQOFTK02IRMR1 CDS45746 3639 + 0.307777
g9623 DLA_10727 GLQOFTK02IRMR1 CDS50166 2634 + 0.323842
g9624 DLA_10729 GLQOFTK02IRMR1 CDS53933 4098 + 0.340898
g9625 DLA_10730 ortholog of S. cerevisiae ESF1 a nucleolar protein involved in pre-rRNA processingGLQOFTK02IRMR1 CDS58323 2313 + 0.310419
g9626 DLA_10731 GLQOFTK02IRMR1 CDS60754 987 - 0.270517
g9627 DLA_10732 GLQOFTK02IRMR1 CDS61875 945 - 0.287831
g9628 DLA_10733 GLQOFTK02IRMR1 CDS63184 1983 - 0.299042
g9629 DLA_10735 GLQOFTK02IRMR1 CDS66509 1560 - 0.275
g963 DLA_01066 F4PJNLW01A00V1 CDS736130 7947 - 0.317227
g9630 DLA_10736 GLQOFTK02IRMR1 CDS68288 2472 - 0.304612
g9631 DLA_10737 GLQOFTK02IRMR1 CDS70950 3321 - 0.298404
g9632 DLA_10739 GLQOFTK02IRMR1 CDS74589 1431 - 0.291405
g9633 DLA_10740 GLQOFTK02IRMR1 CDS76300 1401 - 0.30621
g9634 DLA_10741 GLQOFTK02IRMR1 CDS78600 876 + 0.294521
g9635 DLA_10742 GLQOFTK02IRMR1 CDS79981 822 + 0.312652
g9636 DLA_10743 GLQOFTK02IRMR1 CDS81280 1392 - 0.333333
g9637 DLA_10744 GLQOFTK02IRMR1 CDS83409 1119 - 0.306524
g9638 DLA_10745 GLQOFTK02IRMR1 CDS84697 975 - 0.325128
g9639 DLA_10746 GLQOFTK02IRMR1 CDS85950 1179 + 0.294317
g964 DLA_01067 F4PJNLW01A00V1 CDS746101 276 + 0.358696
g9640 DLA_10747 GLQOFTK02IRMR1 CDS87594 4137 + 0.32729
g9641 DLA_10749 GLQOFTK02IRMR1 CDS92290 2538 + 0.305753
g9642 DLA_10750 GLQOFTK02IRMR1 CDS94956 5625 - 0.323022
g9643 DLA_10753 GLQOFTK02IRMR1 CDS101282 1185 + 0.310549
g9644 DLA_10754 GLQOFTK02IRMR1 CDS102795 3597 - 0.293578
g9645 DLA_10755 GLQOFTK02IRMR1 CDS107957 471 + 0.33121
g9646 DLA_10757 GLQOFTK02IRMR1 CDS108946 207 + 0.323671
g9647 DLA_10759 GLQOFTK02IRMR1 CDS110059 624 + 0.379808
g9648 DLA_10760 GLQOFTK02IRMR1 CDS111344 1833 - 0.346972
g9649 DLA_10761 GLQOFTK02IRMR1 CDS113543 921 - 0.343105
g965 DLA_01070 F4PJNLW01A00V1 CDS747836 2991 - 0.348378
g9650 DLA_10762 GLQOFTK02IRMR1 CDS114914 897 + 0.311037
g9651 DLA_10763 GLQOFTK02IRMR1 CDS116295 897 + 0.322185
g9652 DLA_10764 GLQOFTK02IRMR1 CDS117319 5427 + 0.296112
g9653 DLA_10765 GLQOFTK02IRMR1 CDS122918 480 - 0.333333
g9654 DLA_10766 GLQOFTK02IRMR1 CDS123810 3429 + 0.314669
g9655 DLA_10767 GLQOFTK02IRMR1 CDS127549 768 - 0.33724
g9656 DLA_10768 GLQOFTK02IRMR1 CDS129035 243 - 0.26749
g9657 DLA_10770 GLQOFTK02IRMR1 CDS131584 1497 + 0.334001
g9658 DLA_10771 GLQOFTK02IRMR1 CDS133790 9963 + 0.329118
g9659 DLA_10772 GLQOFTK02IRMR1 CDS144218 393 - 0.379135
g966 DLA_01072 40S ribosomal protein SA (p40) homolog belongs to the ribosomal protein S2P family contains ribosomal protein S2 domainF4PJNLW01A00V1 CDS751133 1494 - 0.349398
g9660 DLA_10773 peptidase M20 family zinc metallopeptidases which are glutamate carboxypeptidases contains peptidase dimerization domainGLQOFTK02IRMR1 CDS145134 1428 - 0.37465
g9661 DLA_10775 GLQOFTK02IRMR1 CDS148650 687 - 0.262009
g9662 DLA_10776 GLQOFTK02IRMR1 CDS149841 1716 + 0.350233
g9663 DLA_10777 GLQOFTK02IRMR1 CDS151630 633 - 0.255924
g9664 DLA_10778 GLQOFTK02IRMR1 CDS152372 585 - 0.288889
g9665 DLA_10779 GLQOFTK02IRMR1 CDS153065 1191 - 0.29555
g9666 DLA_10781 GLQOFTK02IRMR1 CDS154803 759 - 0.343874
g9667 DLA_10782 GLQOFTK02IRMR1 CDS155904 621 - 0.288245
g9668 DLA_10783 GLQOFTK02IRMR1 CDS157202 699 + 0.309013
g9669 DLA_10784 GLQOFTK02IRMR1 CDS157951 768 + 0.313802
g967 DLA_01073 F4PJNLW01A00V1 CDS753088 2076 - 0.315029
g9670 DLA_10786 GLQOFTK02IRMR1 CDS159676 3780 + 0.28836
g9671 DLA_10787 GLQOFTK02IRMR1 CDS163913 3831 + 0.290786
g9672 DLA_10788 GLQOFTK02IRMR1 CDS168273 3537 + 0.294317
g9673 DLA_10790 GLQOFTK02IRMR1 CDS172452 591 - 0.299492
g9674 DLA_10791 ortholog of the human DPYS defects in DPYS cause cause of DHP (dihydropyrimidinase) deficiency second enzyme in the reductive pyrimidine degradation pathway (EC 3.5.2.2) catalyzes the reaction: 56-dihydrouracil Hsub2subO 3-ureidopropanoateGLQOFTK02IRMR1 CDS173273 1485 + 0.358923
g9675 DLA_10792 GLQOFTK02IRMR1 CDS175074 570 + 0.247368
g9676 DLA_10793 GLQOFTK02IRMR1 CDS175845 744 - 0.306452
g9677 DLA_10794 GLQOFTK02IRMR1 CDS177572 651 - 0.321045
g9678 DLA_10795 GLQOFTK02IRMR1 CDS178605 936 - 0.305556
g9679 DLA_10796 GLQOFTK02IRMR1 CDS179689 276 + 0.264493
g968 DLA_01076 F4PJNLW01A00V1 CDS755516 921 - 0.30836
g9680 DLA_10797 GLQOFTK02IRMR1 CDS180196 1116 - 0.336918
g9681 DLA_10800 GLQOFTK02IRMR1 CDS183288 3780 - 0.319577
g9682 DLA_10801 GLQOFTK02IRMR1 CDS187757 1581 - 0.292853
g9683 DLA_10802 GLQOFTK02IRMR1 CDS189497 582 - 0.285223
g9684 DLA_10803 GLQOFTK02IRMR1 CDS190509 834 + 0.269784
g9685 DLA_10804 GLQOFTK02IRMR1 CDS192316 2004 + 0.308383
g9686 DLA_10806 GLQOFTK02IRMR1 CDS197386 237 + 0.320675
g9687 DLA_10808 GLQOFTK02IRMR1 CDS198882 2685 - 0.230912
g9688 DLA_10810 GLQOFTK02IRMR1 CDS202491 621 - 0.31401
g9689 DLA_10813 GLQOFTK02JCFFB CDS1937 1194 - 0.309045
g969 DLA_01078 F4PJNLW01A00V1 CDS758688 597 - 0.370184
g9690 DLA_10814 GLQOFTK02JCFFB CDS3414 2112 + 0.297822
g9691 DLA_10815 GLQOFTK02JCFFB CDS5703 1158 + 0.346287
g9692 DLA_10817 GLQOFTK02JCFFB CDS8011 1368 + 0.266813
g9693 DLA_10818 GLQOFTK02JCFFB CDS9811 1545 + 0.275728
g9694 DLA_11827 GLQOFTK02JCFFB CDS12071 1485 + 0.30101
g9695 DLA_10819 homolog of S. cerevisiae CDC50 (cell division control protein 50) which is required for polarized cell growth contains two putative transmembrane domainsGLQOFTK02JCFFB CDS13761 924 - 0.32684
g9696 DLA_10820 GLQOFTK02JCFFB CDS15576 1908 + 0.29717
g9697 DLA_10821 GLQOFTK02JCFFB CDS17599 2241 - 0.361446
g9698 DLA_10822 GLQOFTK02JCFFB CDS20581 3990 - 0.335338
g9699 DLA_10823 GLQOFTK02JCFFB CDS25966 732 - 0.29235
g97 DLA_00112 contig05409_1.exp CDS225840 918 + 0.299564
g970 DLA_01079 F4PJNLW01A00V1 CDS759689 1269 + 0.332545
g9700 DLA_10825 GLQOFTK02JCFFB CDS28249 4023 + 0.306736
g9701 DLA_10826 GLQOFTK02JCFFB CDS32641 2970 - 0.295623
g9702 DLA_11828 GLQOFTK02JCFFB CDS39259 492 - 0.343496
g9703 DLA_10827 GLQOFTK02JCFFB CDS40244 1062 - 0.345574
g9704 DLA_10829 GLQOFTK02JCFFB CDS41837 228 - 0.307018
g9705 DLA_10831 GLQOFTK02JCFFB CDS43236 879 - 0.339022
g9706 DLA_10832 GLQOFTK02JCFFB CDS45177 2976 - 0.297715
g9707 DLA_10833 GLQOFTK02JCFFB CDS49381 1329 - 0.367193
g9708 DLA_10834 GLQOFTK02JCFFB CDS51967 1026 - 0.285575
g9709 DLA_10835 related to glutaredoxin which functions as an electron carrier in the glutathione-dependent synthesis of deoxyribonucleotidesGLQOFTK02JCFFB CDS53625 456 + 0.302632
g971 DLA_01080 F4PJNLW01A00V1 CDS761769 591 + 0.324873
g9710 DLA_10836 GLQOFTK02JCFFB CDS54347 1029 + 0.361516
g9711 DLA_10837 plays a role in the regulation of cleavage furrow formation similar to S. pombe cdc7GLQOFTK02JCFFB CDS55659 3321 + 0.350196
g9712 DLA_10838 GLQOFTK02JCFFB CDS59577 249 - 0.301205
g9713 DLA_10840 putative U3 snoRNP protein ortholog of H. sapiens WDR36 and S. cerevisiae UTP21 WDR36 has been implicated in open angle glaucoma 1 type G (GLC1G)GLQOFTK02JCFFB CDS62219 2973 + 0.322233
g9714 DLA_10841 GLQOFTK02JCFFB CDS65398 1035 - 0.300483
g9715 DLA_10842 GLQOFTK02JCFFB CDS66833 2652 - 0.337858
g9716 DLA_10843 GLQOFTK02JCFFB CDS70179 1023 - 0.301075
g9717 DLA_10845 GLQOFTK02JCFFB CDS71988 6054 - 0.279319
g9718 DLA_10847 GLQOFTK02JCFFB CDS80281 1215 + 0.279835
g9719 DLA_10849 GLQOFTK02JCFFB CDS82398 3561 + 0.262005
g972 DLA_01081 belongs to the band 7 proteins integral membrane proteins that ares thought to regulate cation conductance stomatin is an erythrocyte membrane protein contains one predicted transmembrane domainF4PJNLW01A00V1 CDS762954 1002 + 0.352295
g9720 DLA_10851 GLQOFTK02JCFFB CDS88551 2454 - 0.320701
g9721 DLA_10852 GLQOFTK02JCFFB CDS91645 2967 + 0.345804
g9722 DLA_10853 GLQOFTK02JCFFB CDS95007 798 - 0.298246
g9723 DLA_10854 GLQOFTK02JCFFB CDS96576 1644 + 0.350365
g9724 DLA_10856 GLQOFTK02JCFFB CDS98932 1053 - 0.305793
g9725 DLA_10857 ortholog of the 62 kDa nucleoporin an essential component of the nuclear pore complexGLQOFTK02JCFFB CDS100197 2154 + 0.381151
g9726 DLA_10858 GLQOFTK02JCFFB CDS102404 834 - 0.288969
g9727 DLA_10859 GLQOFTK02JCFFB CDS103652 807 + 0.282528
g9728 DLA_10860 GLQOFTK02JCFFB CDS104620 963 - 0.339564
g9729 DLA_10861 GLQOFTK02JCFFB CDS105805 279 + 0.261649
g973 DLA_01082 full transporter consisting of two ABC domains and two transmembrane domainsF4PJNLW01A00V1 CDS764221 4836 - 0.341605
g9730 DLA_10862 GLQOFTK02JCFFB CDS106430 2298 - 0.295909
g9731 DLA_10863 GLQOFTK02JCFFB CDS109436 1845 - 0.280759
g9732 DLA_10864 GLQOFTK02JCFFB CDS111849 3135 + 0.290909
g9733 DLA_10866 GLQOFTK02JCFFB CDS116470 240 - 0.316667
g9734 DLA_10867 GLQOFTK02JCFFB CDS116729 210 - 0.32381
g9735 DLA_10868 GLQOFTK02JF4TJ CDS52 2541 + 0.32625
g9736 DLA_10869 GLQOFTK02JL55Q CDS554 1218 + 0.252874
g9737 DLA_10870 GLQOFTK02JL55Q CDS2057 1113 + 0.299191
g9738 DLA_10871 GLQOFTK02JL55Q CDS3263 1593 - 0.323917
g9739 DLA_10872 GLQOFTK02JL55Q CDS6333 3564 + 0.307239
g974 DLA_01083 F4PJNLW01A00V1 CDS770184 1392 + 0.280172
g9740 DLA_10873 GLQOFTK02JL55Q CDS10237 3756 + 0.273429
g9741 DLA_10874 GLQOFTK02JL55Q CDS14256 312 + 0.336538
g9742 DLA_11829 GLQOFTK02JL55Q CDS14710 936 + 0.369658
g9743 DLA_10875 GLQOFTK02JL55Q CDS15675 519 + 0.327553
g9744 DLA_10878 GLQOFTK02JL55Q CDS18609 327 - 0.33945
g9745 DLA_10880 GLQOFTK02JL55Q CDS19590 3366 - 0.361854
g9746 DLA_10881 GLQOFTK02JL55Q CDS25693 465 + 0.251613
g9747 DLA_10882 GLQOFTK02JL55Q CDS26748 2031 + 0.265387
g9748 DLA_10883 GLQOFTK02JL55Q CDS28870 2109 + 0.297771
g9749 DLA_10884 GLQOFTK02JL55Q CDS31163 915 - 0.310383
g975 DLA_01084 F4PJNLW01A00V1 CDS771802 2058 - 0.322157
g9750 DLA_10885 GLQOFTK02JL55Q CDS32776 4392 + 0.307605
g9751 DLA_10886 GLQOFTK02JL55Q CDS37305 1005 - 0.294527
g9752 DLA_10887 GLQOFTK02JL55Q CDS38349 870 + 0.257471
g9753 DLA_10888 GLQOFTK02JL55Q CDS39721 3369 - 0.322648
g9754 DLA_10889 GLQOFTK02JL55Q CDS43907 2400 - 0.28625
g9755 DLA_10890 GLQOFTK02JL55Q CDS46977 957 + 0.327064
g9756 DLA_10891 GLQOFTK02JL55Q CDS49780 693 + 0.300144
g9757 DLA_10892 GLQOFTK02JL55Q CDS50940 1017 + 0.292035
g9758 DLA_10893 GLQOFTK02JL55Q CDS52154 2799 + 0.335834
g9759 DLA_10894 GLQOFTK02JL55Q CDS55164 3003 - 0.290043
g976 DLA_01085 F4PJNLW01A00V1 CDS774402 1425 + 0.29614
g9760 DLA_10895 GLQOFTK02JL55Q CDS58557 1233 + 0.321979
g9761 DLA_10896 GLQOFTK02JL55Q CDS59863 855 - 0.308772
g9762 DLA_10897 GLQOFTK02JL55Q CDS63590 1998 + 0.307808
g9763 DLA_10898 GLQOFTK02JL55Q CDS66060 1236 + 0.307443
g9764 DLA_10899 GLQOFTK02JL55Q CDS67729 2514 + 0.334527
g9765 DLA_11830 GLQOFTK02JL55Q CDS70794 612 - 0.330065
g9766 DLA_10900 GLQOFTK02JL55Q CDS71824 864 - 0.304398
g9767 DLA_11831 GLQOFTK02JL55Q CDS72935 570 - 0.305263
g9768 DLA_10901 GLQOFTK02JL55Q CDS74205 1005 - 0.319403
g9769 DLA_10902 GLQOFTK02JL55Q CDS76087 1863 + 0.281267
g977 DLA_01087 F4PJNLW01A00V1 CDS776180 2457 - 0.293447
g9770 DLA_10903 GLQOFTK02JL55Q CDS78176 4608 + 0.298177
g9771 DLA_10904 GLQOFTK02JL55Q CDS83421 915 - 0.308197
g9772 DLA_10906 GLQOFTK02JL55Q CDS87239 1032 + 0.293605
g9773 DLA_10907 GLQOFTK02JL55Q CDS88899 249 + 0.305221
g9774 DLA_10908 GLQOFTK02JL55Q CDS89227 3039 - 0.367884
g9775 DLA_11832 GLQOFTK02JL55Q CDS92516 291 - 0.347079
g9776 DLA_10909 GLQOFTK02JL55Q CDS93508 807 - 0.307311
g9777 DLA_10911 GLQOFTK02JL55Q CDS94586 4047 + 0.308129
g9778 DLA_10912 GLQOFTK02JL55Q CDS99171 1221 + 0.283374
g9779 DLA_10913 GLQOFTK02JL55Q CDS100615 1128 - 0.35461
g978 DLA_01088 F4PJNLW01A00V1 CDS779353 1389 + 0.264939
g9780 DLA_10914 GLQOFTK02JL55Q CDS102400 2127 - 0.339445
g9781 DLA_11833 GLQOFTK02JL55Q CDS104982 399 + 0.275689
g9782 DLA_10915 GLQOFTK02JL55Q CDS106018 3444 + 0.299942
g9783 DLA_10916 GLQOFTK02JL55Q CDS109669 846 + 0.306147
g9784 DLA_10917 GLQOFTK02JL55Q CDS110602 3375 - 0.285926
g9785 DLA_10918 GLQOFTK02JL55Q CDS114371 1506 - 0.326029
g9786 DLA_10920 GLQOFTK02JL55Q CDS116759 981 - 0.244648
g9787 DLA_10921 GLQOFTK02JL55Q CDS117940 1812 - 0.339404
g9788 DLA_10922 GLQOFTK02JL55Q CDS120316 3048 - 0.331693
g9789 DLA_10923 GLQOFTK02JL55Q CDS123855 309 + 0.2589
g979 DLA_01089 ortholog of mammalian ubxn7 (UBX domain-containing protein 7) contains a UBX domain found in ubiquitin-regulatory proteinsF4PJNLW01A00V1 CDS781092 1422 - 0.291139
g9790 DLA_10924 GLQOFTK02JL55Q CDS124410 3543 + 0.338978
g9791 DLA_10925 GLQOFTK02JL55Q CDS128102 7848 - 0.334225
g9792 DLA_10926 GLQOFTK02JL55Q CDS136760 2091 - 0.360593
g9793 DLA_10930 GLQOFTK02JL55Q CDS141638 1140 + 0.282456
g9794 DLA_10931 GLQOFTK02JL55Q CDS142970 522 - 0.318008
g9795 DLA_10933 GLQOFTK02JL55Q CDS145056 2145 - 0.324009
g9796 DLA_10934 GLQOFTK02JL55Q CDS148212 882 - 0.324263
g9797 DLA_10937 GLQOFTK02JL55Q CDS150107 822 + 0.344282
g9798 DLA_10938 GLQOFTK02JL55Q CDS151132 1005 - 0.349254
g9799 DLA_10939 GLQOFTK02JL55Q CDS152479 1332 + 0.339339
g98 DLA_00113 contig05409_1.exp CDS227338 1422 - 0.359353
g980 DLA_01090 F4PJNLW01A00V1 CDS782778 2493 - 0.347774
g9800 DLA_10940 GLQOFTK02JL55Q CDS153859 897 - 0.283166
g9801 DLA_10942 GLQOFTK02JL55Q CDS155102 4476 + 0.317471
g9802 DLA_10943 GLQOFTK02JL55Q CDS160201 1782 + 0.323232
g9803 DLA_10944 GLQOFTK02JL55Q CDS162014 801 - 0.333333
g9804 DLA_10945 GLQOFTK02JL55Q CDS163033 1044 + 0.26341
g9805 DLA_11834 GLQOFTK02JL55Q CDS164243 648 + 0.246914
g9806 DLA_10946 GLQOFTK02JL55Q CDS164996 1188 - 0.315657
g9807 DLA_10948 GLQOFTK02JL55Q CDS167180 7812 - 0.34959
g9808 DLA_10949 GLQOFTK02JL55Q CDS175992 2862 + 0.368623
g9809 DLA_11835 GLQOFTK02JL55Q CDS179244 1476 + 0.28523
g981 DLA_01091 F4PJNLW01A00V1 CDS785704 2373 + 0.337969
g9810 DLA_10950 GLQOFTK02JL55Q CDS180772 792 - 0.27904
g9811 DLA_10953 GLQOFTK02JL55Q CDS182880 912 - 0.384868
g9812 DLA_11836 GLQOFTK02JL55Q CDS184802 294 - 0.258503
g9813 DLA_10954 catalyzes the reaction ATP L-glutamate tRNAGlu AMP diphosphate L-glutamyl-tRNAGluGLQOFTK02JL55Q CDS185237 1698 - 0.309776
g9814 DLA_10955 GLQOFTK02JL55Q CDS187288 1419 + 0.334743
g9815 DLA_10956 GLQOFTK02JL55Q CDS188863 972 - 0.333333
g9816 DLA_10957 GLQOFTK02JL55Q CDS190429 1911 + 0.300366
g9817 DLA_10958 GLQOFTK02JL55Q CDS192885 444 + 0.31982
g9818 DLA_10959 GLQOFTK02JL55Q CDS194676 324 - 0.265432
g9819 DLA_10960 GLQOFTK02JL55Q CDS195158 1359 + 0.309051
g982 DLA_01092 F4PJNLW01A00V1 CDS788419 816 + 0.300245
g9820 DLA_10961 GLQOFTK02JL55Q CDS197335 471 + 0.312102
g9821 DLA_11837 GLQOFTK02JL55Q CDS197894 216 + 0.287037
g9822 DLA_10962 GLQOFTK02JL55Q CDS198296 678 - 0.284661
g9823 DLA_10963 GLQOFTK02JL55Q CDS199771 906 + 0.333333
g9824 DLA_10964 GLQOFTK02JL55Q CDS200934 5226 + 0.326445
g9825 DLA_10965 GLQOFTK02JL55Q CDS206420 1035 - 0.312077
g9826 DLA_10966 GLQOFTK02JL55Q CDS207745 2394 + 0.326232
g9827 DLA_10967 GLQOFTK02JL55Q CDS210284 876 + 0.297945
g9828 DLA_10968 GLQOFTK02JL55Q CDS211592 1659 + 0.380952
g9829 DLA_10969 GLQOFTK02JL55Q CDS213688 1734 + 0.375433
g983 DLA_01093 F4PJNLW01A00V1 CDS790191 747 + 0.368139
g9830 DLA_10970 GLQOFTK02JL55Q CDS215652 2241 + 0.289603
g9831 DLA_10971 GLQOFTK02JL55Q CDS218229 2355 + 0.325265
g9832 DLA_10972 GLQOFTK02JL55Q CDS220824 417 - 0.342926
g9833 DLA_10973 GLQOFTK02JL55Q CDS221712 990 - 0.378788
g9834 DLA_10974 GLQOFTK02JL55Q CDS223375 3783 + 0.317209
g9835 DLA_10976 GLQOFTK02JL55Q CDS227285 1164 - 0.274914
g9836 DLA_10977 GLQOFTK02JL55Q CDS228806 1806 + 0.347176
g9837 DLA_10978 GLQOFTK02JL55Q CDS231106 378 - 0.277778
g9838 DLA_10980 GLQOFTK02JL55Q CDS231734 777 + 0.341055
g9839 DLA_10981 belongs to the substrate carrier protein family involved in transport of molecules across the mitochondrial membrane has similarity to the calcium-dependent mitochondrial aspartate and glutamate carriers aralar1 and 2 (slc25A12 and 13) but does not contain a EF-hand calcium-binding domain such as GLQOFTK02JL55Q CDS232961 2193 + 0.367533
g984 DLA_01094 F4PJNLW01A00V1 CDS792035 897 + 0.294314
g9840 DLA_10982 GLQOFTK02JL55Q CDS235595 1380 + 0.392754
g9841 DLA_10984 GLQOFTK02JL55Q CDS237648 519 - 0.354528
g9842 DLA_10986 GLQOFTK02JL55Q CDS239839 6612 + 0.296733
g9843 DLA_10987 GLQOFTK02JL55Q CDS246652 1692 + 0.258274
g9844 DLA_10988 elongation factor 1 alpha one of two genes coding for the same protein binds and bundles F-actinGLQOFTK02JL55Q CDS248441 1365 - 0.378755
g9845 DLA_10989 GLQOFTK02JL55Q CDS250366 1527 + 0.316306
g9846 DLA_10990 GLQOFTK02JL55Q CDS252028 1686 + 0.306643
g9847 DLA_10991 GLQOFTK02JL55Q CDS253846 7749 - 0.300039
g9848 DLA_10992 GLQOFTK02JL55Q CDS262484 300 + 0.296667
g9849 DLA_10993 GLQOFTK02JL55Q CDS262907 1407 - 0.32978
g985 DLA_01095 F4PJNLW01A00V1 CDS793082 369 + 0.311653
g9850 DLA_10994 GLQOFTK02JL55Q CDS264475 1245 + 0.320482
g9851 DLA_10995 GLQOFTK02JL55Q CDS266307 1428 - 0.29972
g9852 DLA_10996 GLQOFTK02JL55Q CDS267819 1119 + 0.276139
g9853 DLA_10997 protein serinethreonine phosphatase required for chemotaxis and development suppresses the GLQOFTK02JL55Q CDS269264 924 - 0.338745
g9854 DLA_10998 GLQOFTK02JL55Q CDS270723 1974 + 0.369301
g9855 DLA_10999 GLQOFTK02JL55Q CDS273237 996 + 0.303213
g9856 DLA_11000 GLQOFTK02JL55Q CDS274467 2949 + 0.302475
g9857 DLA_11002 GLQOFTK02JL55Q CDS277439 1440 - 0.271528
g9858 DLA_11003 GLQOFTK02JL55Q CDS279254 222 - 0.238739
g9859 DLA_11004 GLQOFTK02JL55Q CDS280021 1545 - 0.374757
g986 DLA_01096 F4PJNLW01A00V1 CDS794819 3531 + 0.353724
g9860 DLA_11005 GLQOFTK02JL55Q CDS282149 861 - 0.369338
g9861 DLA_11006 GLQOFTK02JL55Q CDS283411 981 + 0.352701
g9862 DLA_11007 GLQOFTK02JL55Q CDS285054 6018 - 0.295115
g9863 DLA_11008 GLQOFTK02JL55Q CDS291397 2823 - 0.33971
g9864 DLA_11009 GLQOFTK02JL55Q CDS295117 2361 - 0.350275
g9865 DLA_11010 GLQOFTK02JL55Q CDS297959 1536 - 0.311198
g9866 DLA_11011 GLQOFTK02JL55Q CDS300619 1866 - 0.341908
g9867 DLA_11012 GLQOFTK02JL55Q CDS303415 648 + 0.341049
g9868 DLA_11013 GLQOFTK02JL55Q CDS304566 594 + 0.329966
g9869 DLA_11014 GLQOFTK02JL55Q CDS305354 1491 - 0.299128
g987 DLA_11460 F4PJNLW01A00V1 CDS798527 3270 + 0.355352
g9870 DLA_11015 GLQOFTK02JL55Q CDS307354 3702 + 0.337655
g9871 DLA_11016 GLQOFTK02JL55Q CDS311209 948 - 0.266878
g9872 DLA_11019 GLQOFTK02JL55Q CDS314302 1431 + 0.32914
g9873 DLA_11020 GLQOFTK02JL55Q CDS315820 4698 - 0.346105
g9874 DLA_11022 GLQOFTK02JL55Q CDS321065 1380 + 0.294928
g9875 DLA_11023 GLQOFTK02JL55Q CDS322954 2853 - 0.340694
g9876 DLA_11024 catalyzes the reaction L-asparagine Hsub2subO L-aspartate NHsub3subGLQOFTK02JL55Q CDS326188 1128 + 0.35195
g9877 DLA_11025 GLQOFTK02JL55Q CDS327533 1737 + 0.352332
g9878 DLA_11026 GLQOFTK02JL55Q CDS329729 1578 + 0.271863
g9879 DLA_11838 GLQOFTK02JL55Q CDS331618 480 - 0.389583
g988 DLA_01097 F4PJNLW01A00V1 CDS802039 576 - 0.369792
g9880 DLA_11027 GLQOFTK02JL55Q CDS332870 549 - 0.335155
g9881 DLA_11028 GLQOFTK02JL55Q CDS334040 3078 + 0.393762
g9882 DLA_11029 GLQOFTK02JL55Q CDS337473 615 + 0.245528
g9883 DLA_11030 GLQOFTK02JL55Q CDS338848 1359 + 0.289919
g9884 DLA_11031 GLQOFTK02JL55Q CDS340309 936 + 0.311966
g9885 DLA_11032 GLQOFTK02JL55Q CDS341336 444 + 0.304054
g9886 DLA_11033 GLQOFTK02JL55Q CDS341901 513 - 0.300195
g9887 DLA_11034 GLQOFTK02JL55Q CDS342663 873 + 0.303551
g9888 DLA_11035 GLQOFTK02JL55Q CDS344527 1569 + 0.342256
g9889 DLA_11037 GLQOFTK02JL55Q CDS347985 3282 + 0.343388
g989 DLA_01098 F4PJNLW01A00V1 CDS803485 516 - 0.286822
g9890 DLA_11038 GLQOFTK02JL55Q CDS351729 2700 + 0.317778
g9891 DLA_11039 GLQOFTK02JL55Q CDS354517 1455 - 0.318213
g9892 DLA_11040 GLQOFTK02JL55Q CDS356281 3630 + 0.320661
g9893 DLA_11041 GLQOFTK02JL55Q CDS360080 2334 - 0.342759
g9894 DLA_11042 GLQOFTK02JL55Q CDS362714 1011 + 0.29179
g9895 DLA_11043 GLQOFTK02JL55Q CDS363874 1050 + 0.300952
g9896 DLA_11044 GLQOFTK02JL55Q CDS365203 417 + 0.318945
g9897 DLA_11046 GLQOFTK02JL55Q CDS366394 2460 - 0.367886
g9898 DLA_11047 GLQOFTK02JL55Q CDS370035 2007 + 0.305431
g9899 DLA_11048 GLQOFTK02JL55Q CDS372268 2136 + 0.361423
g99 DLA_00114 contig05409_1.exp CDS232890 1314 + 0.31583
g990 DLA_01099 F4PJNLW01A00V1 CDS804435 1251 - 0.311751
g9900 DLA_11049 GLQOFTK02JL55Q CDS374658 1362 + 0.314244
g9901 DLA_11050 GLQOFTK02JL55Q CDS376118 957 - 0.322884
g9902 DLA_11051 GLQOFTK02JL55Q CDS377635 501 - 0.299401
g9903 DLA_11052 GLQOFTK02JL55Q CDS378327 1635 - 0.322324
g9904 DLA_11053 GLQOFTK02JL55Q CDS381222 3312 + 0.348128
g9905 DLA_11054 GLQOFTK02JL55Q CDS384841 2220 - 0.293694
g9906 DLA_11055 GLQOFTK02JL55Q CDS387500 4497 - 0.308428
g9907 DLA_11056 GLQOFTK02JL55Q CDS392228 837 + 0.32497
g9908 DLA_11057 GLQOFTK02JL55Q CDS393344 1809 + 0.301824
g9909 DLA_11058 GLQOFTK02JL55Q CDS395316 990 - 0.390909
g991 DLA_01100 F4PJNLW01A00V1 CDS805807 1434 - 0.35007
g9910 DLA_11839 GLQOFTK02JL55Q CDS396356 237 - 0.295359
g9911 DLA_11059 GLQOFTK02JL55Q CDS397671 1128 + 0.350177
g9912 DLA_11060 subunit of TFIID and SAGA complexes involved in RNA polymerase II transcription initiation and in chromatin modificationGLQOFTK02JL55Q CDS398897 951 - 0.360673
g9913 DLA_11840 weakly similar to hssA2C7E family protein N terminal exon is 10 nt rather than 13 as the other genes of that family GLQOFTK02JL55Q CDS400531 210 + 0.380952
g9914 DLA_11061 GLQOFTK02JL55Q CDS401435 5616 + 0.371973
g9915 DLA_11062 GLQOFTK02JL55Q CDS407305 1269 - 0.291568
g9916 DLA_11063 GLQOFTK02JL55Q CDS409678 3450 + 0.31913
g9917 DLA_11064 GLQOFTK02JL55Q CDS413573 351 + 0.333333
g9918 DLA_11065 GLQOFTK02JL55Q CDS414444 1878 + 0.280085
g9919 DLA_11066 GLQOFTK02JL55Q CDS416819 1689 + 0.288928
g992 DLA_01101 F4PJNLW01A00V1 CDS807902 7191 + 0.329996
g9920 DLA_11067 GLQOFTK02JL55Q CDS418933 1692 + 0.287234
g9921 DLA_11068 GLQOFTK02JL55Q CDS420714 1692 + 0.29078
g9922 DLA_11069 GLQOFTK02JL55Q CDS422552 738 - 0.340108
g9923 DLA_11070 GLQOFTK02JL55Q CDS424161 3399 + 0.340394
g9924 DLA_11071 GLQOFTK02JL55Q CDS428140 684 + 0.314327
g9925 DLA_11072 GLQOFTK02JL55Q CDS429091 369 - 0.273713
g9926 DLA_11073 GLQOFTK02JL55Q CDS430094 1266 - 0.337283
g9927 DLA_11074 GLQOFTK02JL55Q CDS431503 573 + 0.284468
g9928 DLA_11075 GLQOFTK02JL55Q CDS432211 1164 - 0.358247
g9929 DLA_11076 GLQOFTK02JL55Q CDS433901 11370 + 0.340106
g993 DLA_01103 similar to UPF0451 family proteins contains 3 predicted transmembrane domains there is an almost identical gene F4PJNLW01A00V1 CDS816787 357 - 0.358543
g9930 DLA_11077 GLQOFTK02JL55Q CDS445386 1203 - 0.323358
g9931 DLA_11078 GLQOFTK02JL55Q CDS446870 1413 - 0.314225
g9932 DLA_11079 GLQOFTK02JL55Q CDS449060 2265 + 0.335099
g9933 DLA_11080 involved in vesicle trafficking in yeast and mammals expressed in endosomeGLQOFTK02JL55Q CDS451780 636 + 0.339623
g9934 DLA_11081 GLQOFTK02JL55Q CDS452769 1713 - 0.308815
g9935 DLA_11082 GLQOFTK02JL55Q CDS454717 4041 + 0.330859
g9936 DLA_11083 GLQOFTK02JL55Q CDS459392 993 + 0.32427
g9937 DLA_11084 GLQOFTK02JL55Q CDS460990 558 + 0.25448
g9938 DLA_11841 GLQOFTK02JL55Q CDS461619 1854 - 0.325243
g9939 DLA_11085 GLQOFTK02JL55Q CDS463697 3456 - 0.311343
g994 DLA_01104 F4PJNLW01A00V1 CDS817343 3006 - 0.311045
g9940 DLA_11086 GLQOFTK02JL55Q CDS467667 1395 - 0.355556
g9941 DLA_11087 GLQOFTK02JL55Q CDS469288 1413 - 0.332626
g9942 DLA_11089 GLQOFTK02JL55Q CDS471702 1158 + 0.303109
g9943 DLA_11090 GLQOFTK02JL55Q CDS472932 606 - 0.331683
g9944 DLA_11091 GLQOFTK02JL55Q CDS473787 621 - 0.31401
g9945 DLA_11092 GLQOFTK02JL55Q CDS474597 2394 + 0.327485
g9946 DLA_11093 GLQOFTK02JL55Q CDS477370 1752 - 0.292237
g9947 DLA_11094 GLQOFTK02JL55Q CDS479457 5568 - 0.349497
g9948 DLA_11095 GLQOFTK02JL55Q CDS485869 6384 + 0.344142
g9949 DLA_11096 putative ortholog of the poorly conserved mediator of RNA polymerase II transcription subunit 27 (metazoa) or 3 (fungi) the mediator complex functions as a bridge to convey information from gene-specific regulatory proteins to the basal RNA polymerase II transcription machineryGLQOFTK02JL55Q CDS492467 1281 + 0.326308
g995 DLA_01105 F4PJNLW01A00V1 CDS820466 2223 + 0.332883
g9950 DLA_11097 GLQOFTK02JL55Q CDS494116 2682 - 0.316182
g9951 DLA_11098 GLQOFTK02JL55Q CDS497059 1659 - 0.271851
g9952 DLA_11101 GLQOFTK02JL55Q CDS501663 1545 + 0.331392
g9953 DLA_11102 catalyzes the reaction ATP a long-chain carboxylic acid CoA AMP diphosphate an acyl-CoA mediates the retrieval of fatty acids from endosomes to the cytoplasmGLQOFTK02JL55Q CDS503773 1995 + 0.381955
g9954 DLA_11104 GLQOFTK02JL55Q CDS507261 888 + 0.313063
g9955 DLA_11105 GLQOFTK02JL55Q CDS508193 1704 - 0.31162
g9956 DLA_11106 GLQOFTK02JL55Q CDS510499 4143 - 0.34685
g9957 DLA_11107 GLQOFTK02JL55Q CDS515358 1275 - 0.381176
g9958 DLA_11842 GLQOFTK02JL55Q CDS516748 2367 - 0.368399
g9959 DLA_11108 GLQOFTK02JL55Q CDS519959 1137 - 0.333333
g996 DLA_01106 F4PJNLW01A00V1 CDS823363 1206 + 0.35738
g9960 DLA_11110 GLQOFTK02JL55Q CDS521788 3342 - 0.361759
g9961 DLA_11111 GLQOFTK02JL55Q CDS525328 519 - 0.300578
g9962 DLA_11112 GLQOFTK02JL55Q CDS526182 1782 + 0.292929
g9963 DLA_11113 GLQOFTK02JL55Q CDS528033 660 + 0.313636
g9964 DLA_11114 GLQOFTK02JL55Q CDS528893 810 + 0.322222
g9965 DLA_11115 kinase domain similar to S. pombe cdc7 cell division control protein 7 which plays a role in cytokinesisGLQOFTK02JL55Q CDS530149 2103 + 0.32525
g9966 DLA_11116 GLQOFTK02JL55Q CDS532766 414 + 0.316425
g9967 DLA_11117 GLQOFTK02JL55Q CDS533625 825 - 0.37697
g9968 DLA_11118 GLQOFTK02JL55Q CDS534853 912 + 0.380482
g9969 DLA_11119 GLQOFTK02JL55Q CDS535778 1548 - 0.288114
g997 DLA_01108 F4PJNLW01A00V1 CDS825611 1149 + 0.302872
g9970 DLA_11121 GLQOFTK02JL55Q CDS537609 1725 + 0.302609
g9971 DLA_11122 GLQOFTK02JL55Q CDS539362 1269 - 0.34673
g9972 DLA_11125 GLQOFTK02JL55Q CDS541515 867 + 0.322953
g9973 DLA_11127 GLQOFTK02JL55Q CDS542490 1047 - 0.280802
g9974 DLA_11128 GLQOFTK02JL55Q CDS543681 2217 - 0.299955
g9975 DLA_11129 GLQOFTK02JL55Q CDS546141 2235 - 0.298881
g9976 DLA_11843 GLQOFTK02JL55Q CDS548489 378 + 0.248677
g9977 DLA_11130 GLQOFTK02JL55Q CDS549197 2079 + 0.339105
g9978 DLA_11131 GLQOFTK02JL55Q CDS551557 3174 + 0.334594
g9979 DLA_11132 GLQOFTK02JL55Q CDS554960 303 + 0.280528
g998 DLA_11461 F4PJNLW01A00V1 CDS826790 339 - 0.230089
g9980 DLA_11133 GLQOFTK02JL55Q CDS555380 903 - 0.284607
g9981 DLA_11134 GLQOFTK02JL55Q CDS556346 198 - 0.338384
g9982 DLA_11135 GLQOFTK02JL55Q CDS557193 588 + 0.294218
g9983 DLA_11136 similar to syntaxin 16 a subfamily of the SNARE family (Soluble NSF Attachment Protein REceptor) involved in vesicle fusionGLQOFTK02JL55Q CDS557966 924 - 0.311688
g9984 DLA_11137 GLQOFTK02JL55Q CDS559331 1464 + 0.359973
g9985 DLA_11138 GLQOFTK02JL55Q CDS561405 1842 + 0.325733
g9986 DLA_11139 GLQOFTK02JL55Q CDS563602 1473 + 0.319756
g9987 DLA_11140 GLQOFTK02JL55Q CDS565294 384 - 0.320312
g9988 DLA_11141 GLQOFTK02JL55Q CDS565699 345 - 0.292754
g9989 DLA_11143 GLQOFTK02JL55Q CDS566515 252 + 0.384921
g999 DLA_01109 F4PJNLW01A00V1 CDS827257 1368 - 0.33845
g9990 DLA_11144 GLQOFTK02JL55Q CDS568126 1911 - 0.349032
g9991 DLA_11145 GLQOFTK02JL55Q CDS570985 1212 + 0.320957
g9992 DLA_11146 GLQOFTK02JL55Q CDS572480 1254 - 0.371611
g9993 DLA_11147 similar to S. cerevisiae SHQ1 which is required for box HACA small nucleolar ribonucleoprotein particle biogenesis contains one CS domainGLQOFTK02JL55Q CDS576182 1689 - 0.292481
g9994 DLA_11148 GLQOFTK02JL55Q CDS578157 810 + 0.290123
g9995 DLA_11149 GLQOFTK02JL55Q CDS579099 1845 - 0.302439
g9996 DLA_11151 member of the TKL (tyrosine kinase-like) group and the LISK (LIM domain and testis-specific kinase) family contains RasGEF nucleotide exchange factor domainGLQOFTK02JL55Q CDS582167 2604 + 0.355607
g9997 DLA_11154 introduces a double bond at the delta position of fatty acids during the biosynthesis of monounsaturated fatty acids there is a second copy of this gene GLQOFTK02JL55Q CDS586002 2256 + 0.370567
g9998 DLA_11155 GLQOFTK02JL55Q CDS588614 1824 - 0.356908
g9999 DLA_11844 belongs to the drugmetabolite transporter superfamily similar to human SLC35D1 (UDP-glucuronic acidUDP-N-acetylgalactosamine transporter) and S. cerevisiae VRG4 (GDP-mannose transporter 1) contains 8 putative transmembrane domainsGLQOFTK02JL55Q CDS591072 942 - 0.321656