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2024-05-19 23:30:33

Gene list

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COG category: Coenzyme transport and metabolism
Organism: Dictyostelium lacteum

Number of genes found: 100

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

 
Dictyostelium lacteum
NameLocus tagProduct / DescriptionGenomic elementTypeBeginLengthStrandGC-content
g10035 DLA_11198 GLQOFTK02JL55Q CDS668070 972 - 0.364198
g10036 DLA_11199 GLQOFTK02JL55Q CDS669230 1206 + 0.334163
g10101 DLA_11277 GLQOFTK02JL55Q CDS812499 579 - 0.264249
g10185 DLA_11846 GLQOFTK02JL55Q CDS1023323 447 - 0.277405
g1042 DLA_01152 F4PJNLW01A00V1 CDS911579 402 - 0.283582
g1057 DLA_01167 F4PJNLW01A00V1 CDS948652 1140 + 0.338596
g1376 DLA_01508 F4PJNLW01B0TO9 CDS196432 1554 + 0.346847
g1690 DLA_01850 F4PJNLW01B0TO9 CDS903564 1080 + 0.350926
g1841 DLA_02007 F4PJNLW01C9MXC CDS178723 420 - 0.304762
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
g1900 DLA_02072 F4PJNLW01DERRH CDS20262 1929 + 0.352514
g2216 DLA_02442 F4PJNLW01EE5MJ CDS37107 2034 + 0.345133
g2327 DLA_02574 F4PJNLW01EE5MJ CDS299310 1146 + 0.356021
g240 DLA_00267 contig05409_1.exp CDS549811 813 + 0.289053
g2430 DLA_02693 F4PJNLW01EE5MJ CDS512515 1812 + 0.351545
g2601 DLA_02886 F4PJNLW01EE5MJ CDS933002 534 + 0.28839
g2662 DLA_02955 F4PJNLW01EE5MJ CDS1054406 618 - 0.313916
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
g2832 DLA_03135 F4PJNLW02GJ9ZB CDS161521 1932 - 0.297101
g2843 DLA_03149 F4PJNLW02GJ9ZB CDS194193 1374 - 0.291121
g2891 DLA_03205 F4PJNLW02HBBIY CDS40341 816 - 0.28799
g2903 DLA_03218 F4PJNLW02HBBIY CDS65746 1101 + 0.318801
g2930 DLA_03245 F4PJNLW02HBBIY CDS114871 1320 - 0.346212
g3001 DLA_03323 F4PJNLW02HBBIY CDS272950 927 - 0.372168
g3002 DLA_03325 F4PJNLW02HBBIY CDS274576 726 + 0.330579
g3212 DLA_03561 GAOABQK02FWKR3 CDS26890 1065 - 0.392488
g3220 DLA_03568 GAOABQK02FWKR3 CDS41622 846 - 0.281324
g3257 DLA_03607 GAOABQK02G6SYV CDS64445 1473 + 0.365241
g3386 DLA_03745 GAOABQK02G6SYV CDS346298 1770 + 0.333333
g3393 DLA_03752 GAOABQK02G6SYV CDS361326 306 - 0.339869
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
g3659 DLA_04054 GAOABQK02G7M1S CDS287135 1572 + 0.302799
g3661 DLA_04056 catalyzes the conversion of delta-aminolevulinic acid to porphobilinogen the second step in heme biosynthesisGAOABQK02G7M1S CDS296588 1005 + 0.363184
g3672 DLA_04069 catalyzes the reaction 3-phospho-hydroxypyruvate L-glutamate 2-oxoglutarate 3-phospho-serineGAOABQK02G7M1S CDS327683 1122 - 0.322638
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
g3773 DLA_04181 GAOABQK02G7M1S CDS534801 963 - 0.328141
g378 DLA_00421 contig05409_1.exp CDS869549 1632 + 0.349877
g3795 DLA_04206 GAOABQK02G7M1S CDS592107 861 + 0.360046
g381 DLA_00424 contig05409_1.exp CDS874529 1143 - 0.342082
g3814 DLA_04231 GAOABQK02G7M1S CDS650560 960 - 0.33125
g3881 DLA_04303 GAOABQK02GQAQJ CDS27927 3081 + 0.346641
g4166 DLA_04613 GAOABQK02GQAQJ CDS650908 1155 + 0.4
g4227 DLA_04674 GAOABQK02GQAQJ CDS774305 2109 + 0.329066
g4356 DLA_04815 ortholog of S. cerevisiae TAM41 a mitochondrial protein involved in protein import into the mitochondrial matrixGAOABQK02GRIAE CDS2140 2220 + 0.281081
g4644 DLA_05142 GAOABQK02H81I9 CDS471938 888 + 0.346847
g4661 DLA_05159 GAOABQK02H81I9 CDS508706 1284 - 0.250779
g4669 DLA_05168 GAOABQK02H81I9 CDS529948 1911 - 0.315542
g487 DLA_00539 contig05409_1.exp CDS1115813 951 + 0.343849
g4923 DLA_05450 GAOABQK02HUB3S CDS232799 849 + 0.285041
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
g5395 DLA_06004 GAOABQK02HUB3S CDS1380899 2292 + 0.294066
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
g5500 DLA_06130 GAOABQK02HUB3S CDS1611743 1152 - 0.335069
g5567 DLA_06203 GAOABQK02HUB3S CDS1782785 849 + 0.287397
g5726 DLA_06385 GAOABQK02IBA3P CDS296684 1692 - 0.353428
g5841 DLA_06515 GAOABQK02IBA3P CDS552310 1395 - 0.324731
g5883 DLA_11658 GAOABQK02IBA3P CDS643068 894 - 0.334452
g605 DLA_00667 contig05409_1.exp CDS1381287 1077 + 0.371402
g6427 DLA_07150 GAOABQK02JBK0O CDS32673 795 - 0.338365
g6522 DLA_07264 GAOABQK02JOCCH CDS44662 1047 - 0.334288
g6533 DLA_07275 GAOABQK02JOCCH CDS67880 1137 + 0.276165
g6676 DLA_07437 GAOABQK02JOCCH CDS409143 885 - 0.327684
g6751 DLA_07517 GAOABQK02JOCCH CDS567413 1461 + 0.365503
g6808 DLA_07587 GAOABQK02JOCCH CDS707510 2346 - 0.349531
g6829 DLA_07608 GAOABQK02JOCCH CDS755101 1083 - 0.358264
g6860 DLA_07647 GAOABQK02JOCCH CDS824529 915 + 0.330055
g7192 DLA_08025 GLQOFTK02FH5TG CDS697036 702 + 0.358974
g7374 DLA_08242 GLQOFTK02FH5TG CDS1100166 3105 + 0.345894
g7392 DLA_08265 GLQOFTK02FH5TG CDS1146410 468 + 0.309829
g7422 DLA_08298 GLQOFTK02FH5TG CDS1233693 1164 + 0.32646
g7423 DLA_08299 GLQOFTK02FH5TG CDS1235258 1386 + 0.401876
g7431 DLA_08310 GLQOFTK02FH5TG CDS1247341 840 - 0.333333
g7563 DLA_08459 GLQOFTK02G2F2O CDS2117 2343 + 0.293641
g7658 DLA_08561 GLQOFTK02G2F2O CDS215043 1401 + 0.359743
g7722 DLA_08641 GLQOFTK02G2F2O CDS382113 876 + 0.27169
g7741 DLA_08656 GLQOFTK02G2F2O CDS425482 1005 + 0.337313
g7756 DLA_08675 GLQOFTK02G2F2O CDS461658 1083 + 0.33795
g7757 DLA_11740 GLQOFTK02G2F2O CDS462800 588 + 0.297619
g7781 DLA_08697 GLQOFTK02G2F2O CDS515375 2706 + 0.307834
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
g7895 DLA_08828 GLQOFTK02G2F2O CDS754400 1569 + 0.328872
g7975 DLA_08909 contains a SAM (and some other nucleotide) binding motif similar to bacterial and eukaryotic methyltransferasesGLQOFTK02G2F2O CDS925501 837 + 0.334528
g8015 DLA_08961 GLQOFTK02G2F2O CDS1015965 1074 + 0.304469
g8054 DLA_09003 GLQOFTK02G2F2O CDS1111845 564 - 0.308511
g8091 DLA_09042 GLQOFTK02G2F2O CDS1201457 1188 + 0.349327
g8249 DLA_09211 GLQOFTK02G2F2O CDS1567199 714 - 0.313726
g8264 DLA_09224 contains a SAM (and some other nucleotide) binding motif similar to bacterial and eukaryotic methyltransferasesGLQOFTK02G2F2O CDS1596703 765 - 0.333333
g8290 DLA_09251 GLQOFTK02G2F2O CDS1652050 867 - 0.372549
g8624 DLA_09618 GLQOFTK02GHM7A CDS329990 2130 + 0.358216
g8637 DLA_09630 GLQOFTK02GHM7A CDS357355 885 + 0.322034
g8761 DLA_11788 GLQOFTK02GHM7A CDS628385 732 - 0.280055
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
g9121 DLA_10155 GLQOFTK02GQ36N CDS598035 573 - 0.321117
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
g9518 DLA_10610 GLQOFTK02IJPNF CDS85022 2883 + 0.302463
g9627 DLA_10732 GLQOFTK02IRMR1 CDS61875 945 - 0.287831
g9794 DLA_10931 GLQOFTK02JL55Q CDS142970 522 - 0.318008
g9849 DLA_10993 GLQOFTK02JL55Q CDS262907 1407 - 0.32978