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2024-05-19 18:45:14

Gene list

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Genomic element: GLQOFTK02JL55Q

Number of genes found: 453

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Dictyostelium lacteum
NameLocus tagProduct / DescriptionGenomic elementTypeBeginLengthStrandGC-content
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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