TitleGenColors Logo
spacer
Home spacerGenomes
spacerMethods
spacerDocumentation spacerContactspacer spacerLeibniz FLI
spacer
QuickSearch
2024-05-19 15:51:31

Gene list

Applied filters:

Genomic element: GLQOFTK02GQ36N

Number of genes found: 292

Free access
Sort by:

 

Show UniProt / TrEMBL protein name View in Fasta format (DNA) View in Fasta format (Protein)  

 
Dictyostelium lacteum
NameLocus tagProduct / DescriptionGenomic elementTypeBeginLengthStrandGC-content
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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