TitleGenColors Logo
spacer
Home spacerGenomes
spacerMethods
spacerDocumentation spacerContactspacer spacerLeibniz FLI
spacer
QuickSearch
2024-05-19 18:08:46

Gene list

Applied filters:

COG category: Energy production and conversion
Organism: Dictyostelium discoideum AX4, AX4

Number of genes found: 191

Free access
Sort by:

 

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

 
Dictyostelium discoideum AX4, AX4
NameLocus tagProduct / DescriptionGenomic elementTypeBeginLengthStrandGC-content
DDB_G0267486 DDB_G0267486 DDB0232428 CDS208945 480 - 0.26875
DDB_G0267624 DDB_G0267624 DDB0232428 CDS439137 1515 + 0.307591
DDB_G0268036 DDB_G0268036 bifunctional enolase-phosphatase that cleaves the substrates 23-diketo-5-methylthio-1-phosphopentane and 2-hydroxy-3-keto-5-methylthio-1-phosphopenteneDDB0232428 CDS1342458 804 + 0.288557
DDB_G0268184 DDB_G0268184 DDB0232428 CDS1619582 1536 - 0.221354
DDB_G0269046 DDB_G0269046 catalyzes the reaction NADPH NAD NADP NADHDDB0232428 CDS1853006 3492 - 0.337343
DDB_G0269488 DDB_G0269488 DDB0232428 CDS2863702 387 - 0.273902
DDB_G0269576 DDB_G0269576 DDB0232428 CDS3049822 1572 + 0.283715
DDB_G0269880 DDB_G0269880 conserved protein may catalyze reversible transfer reactions of coenzyme A groups from CoA-thioesters to free acidsDDB0232428 CDS3785577 1416 + 0.249294
DDB_G0269892 DDB_G0269892 DDB0232428 CDS3806514 1458 + 0.357339
DDB_G0269908 DDB_G0269908 ortholog of human FA2H S. cerevisiae SCS7 contains a cytochrome b5 heme-binding domain and 4 predicted transmembrane domainsDDB0232428 CDS3831693 1122 - 0.272727
DDB_G0270028 DDB_G0270028 catalyzes the reaction aldehyde NAD Hsub2subO an acid NADH HDDB0232428 CDS4053112 1488 + 0.350806
DDB_G0270104 DDB_G0270104 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 NADHDDB0232428 CDS4225842 1356 - 0.297935
DDB_G0270108_ps DDB_G0270108 putative pseudogene almost identical to parts of the putative NADH dehydrogenase DDB0232428 CDS4243063 390 + 0.317949
DDB_G0270728_ps DDB_G0270728 putative pseudogene similar to D. discoideum gene DDB0232428 CDS4234614 411 - 0.243309
DDB_G0270752 DDB_G0270752 DDB0232428 CDS4392160 555 + 0.317117
DDB_G0271374 DDB_G0271374 DDB0232429 CDS135005 1245 + 0.31004
DDB_G0271532 DDB_G0271532 there is an identical copy of this gene on chromosome 5 DDB0232429 CDS550427 1755 - 0.317949
DDB_G0271700 DDB_G0271700 contains a thioredoxin domain which functions as a general disulfide isomerase enriched in gametesDDB0232429 CDS730777 900 - 0.26
DDB_G0271752 DDB_G0271752 DDB0232429 CDS734961 1218 + 0.328407
DDB_G0271884 DDB_G0271884 conserved putative quinone oxidoreductase belongs to the broader superfamily of zinc-dependent alcohol dehydrogenasesDDB0232429 CDS973836 996 - 0.358434
DDB_G0271904 DDB_G0271904 catalyzes the reaction GTP oxaloacetate GDP phosphoenolpyruvate COsub2sub in gluconeogenesis and the TCA cycleDDB0232429 CDS1058890 1962 - 0.349134
DDB_G0272184 DDB_G0272184 very conserved protein among bacteria and fungi zinc-binding ADH's are dimeric or tetrameric enzymes that bind two atoms of zinc per subunitDDB0232429 CDS1513508 966 - 0.385093
DDB_G0272418 DDB_G0272418 DDB0232429 CDS1503629 399 - 0.285714
DDB_G0272440 DDB_G0272440 very similar to the H. sapiens tumor protein p53-inducible protein 3 (TP53I3) belongs to the broader superfamily of zinc-dependent alcohol dehydrogenasesDDB0232429 CDS1596579 1008 - 0.340278
DDB_G0272807 DDB_G0272807 there is a second copy of this gene DDB0232429 CDS2443179 2913 + 0.274288
DDB_G0273017 DDB_G0273017 catalyzes the reaction isocitrate glyoxylate succinateDDB0232429 CDS2236569 1407 + 0.369581
DDB_G0273437 DDB_G0273437 there is a second copy of this gene DDB0232429 CDS2999157 1140 - 0.276316
DDB_G0273503 DDB_G0273503 there is a second copy of this gene DDB0232429 CDS3031281 1140 + 0.276316
DDB_G0273949 DDB_G0273949 there is a second copy of this gene DDB0232429 CDS3584650 2913 - 0.274288
DDB_G0274141 DDB_G0274141 DDB0232429 CDS4917455 576 - 0.366319
DDB_G0274331 DDB_G0274331 DDB0232429 CDS3887023 774 + 0.329457
DDB_G0275311 DDB_G0275311 DDB0232429 CDS5329126 1383 + 0.366594
DDB_G0275585 DDB_G0275585 DDB0232429 CDS5554964 1422 + 0.227848
DDB_G0275647 DDB_G0275647 DDB0232429 CDS5858199 477 - 0.283019
DDB_G0276037 DDB_G0276037 DDB0232429 CDS6539160 1020 + 0.269608
DDB_G0276057 DDB_G0276057 DDB0232429 CDS6469384 1623 - 0.32902
DDB_G0276305 DDB_G0276305 catalyzes the reaction aldehyde NAD Hsub2subO an acid NADH HDDB0232429 CDS6612090 1878 + 0.356762
DDB_G0276821 DDB_G0276821 similar to antiquitin aldehyde dehydrogenase family 7 catalyzes the reaction aldehyde NAD Hsub2subO an acid NADH HDDB0232429 CDS7397249 1530 - 0.391503
DDB_G0277767 DDB_G0277767 DDB0232429 CDS8373298 2406 - 0.216958
DDB_G0277969 DDB_G0277969 DDB0232430 CDS78242 1230 + 0.298374
DDB_G0278025 DDB_G0278025 DDB0232430 CDS174453 675 + 0.368889
DDB_G0278303_ps DDB_G0278303 putative pseudogene beta-ketoacyl synthase family proteinDDB0232430 CDS652045 2175 - 0.243678
DDB_G0278341 DDB_G0278341 highly similar to ACLY which catalyzes the reaction ADP phosphate acetyl-CoA oxaloacetate ATP citrate CoADDB0232430 CDS722601 1353 - 0.308943
DDB_G0278551 DDB_G0278551 DDB0232430 CDS1060290 2220 - 0.345495
DDB_G0278567 DDB_G0278567 catalyzes the reaction NADH 2 ferricytochrome b5 NAD() H() 2 ferrocytochrome involved in desaturation and elongation of fatty acids cholesterol biosynthesis and drug metabolism DDB0232430 CDS1089249 1386 + 0.227273
DDB_G0279473 DDB_G0279473 DDB0232430 CDS2107184 1230 - 0.297561
DDB_G0279613 DDB_G0279613 catalyzes the reaction aldehyde NAD Hsub2subO an acid NADH HDDB0232430 CDS2317988 1770 + 0.334463
DDB_G0280189 DDB_G0280189 DDB0232430 CDS3081325 1293 + 0.276875
DDB_G0280371 DDB_G0280371 homolog of human GK and S. cerevisiae GUT1 (glycerol utilization) catalyzes the reaction ATP glycerol ADP sn-glycerol 3-phosphateDDB0232430 CDS3007522 1620 - 0.327161
DDB_G0280565 DDB_G0280565 DDB0232430 CDS3506773 2529 - 0.324634
DDB_G0280747 DDB_G0280747 DDB0232430 CDS3657513 933 - 0.258307
DDB_G0280773 DDB_G0280773 DDB0232430 CDS3724009 2985 + 0.236181
DDB_G0280997 DDB_G0280997 DDB0232430 CDS3926681 1029 - 0.295432
DDB_G0281399 DDB_G0281399 DDB0232430 CDS4424611 1515 - 0.310891
DDB_G0282109 DDB_G0282109 contains one ML (MD-2-related lipid recognition) domain similar to fungal proteins of the NPC2 family contains a predicted signal peptideDDB0232430 CDS5385033 429 - 0.305361
DDB_G0283003 DDB_G0283003 DDB0232431 CDS141272 585 + 0.312821
DDB_G0283211_ps DDB_G0283211 putative pseudogene belongs to the large D. discoideum zinc-containing alcohol dehydrogenase (ADH) familyDDB0232431 CDS368141 768 - 0.272135
DDB_G0283293 DDB_G0283293 catalyzes the reduction of glutamate to delta-1-pyrroline-5-carboxylate a critical step in the de novo biosynthesis of proline and ornithine expressed in pstO cells and in pstO cells and upper cup during culminationDDB0232431 CDS472326 1677 + 0.369112
DDB_G0283303 DDB_G0283303 DDB0232431 CDS497204 1404 + 0.264245
DDB_G0283471 DDB_G0283471 DDB0232431 CDS738038 6009 - 0.192045
DDB_G0283943 DDB_G0283943 catalyzes the reaction aldehyde NADsupsup Hsub2subO an acid NADH HsupsupDDB0232431 CDS1342529 1488 - 0.316532
DDB_G0283951 DDB_G0283951 contains a predicted signal peptide catalyzes the reaction sn-glycerol 3-phosphate a quinone glycerone phosphate a quinolDDB0232431 CDS1352908 1917 + 0.308816
DDB_G0284941 DDB_G0284941 DDB0232431 CDS2668956 381 + 0.230971
DDB_G0285471 DDB_G0285471 belongs to the DUF836 family similar to S. cerevisiae glutaredoxin-like protein YDR286CDDB0232431 CDS3274352 327 + 0.217125
DDB_G0285535 DDB_G0285535 DDB0232431 CDS3350719 1494 - 0.240295
DDB_G0286363 DDB_G0286363 DDB0232431 CDS4359667 1233 + 0.301703
DDB_G0286401 DDB_G0286401 DDB0232431 CDS4410583 1149 - 0.238468
DDB_G0286923 DDB_G0286923 DDB0232431 CDS5085448 1203 - 0.335827
DDB_G0287281 DDB_G0287281 DDB0232432 CDS84160 1254 - 0.261563
DDB_G0287519 DDB_G0287519 catalyzes the reaction acetoacetyl-CoA Hsub2subO CoA acetoacetateDDB0232432 CDS362168 1599 - 0.3596
DDB_G0287561 DDB_G0287561 DDB0232432 CDS420291 1248 - 0.321314
DDB_G0287695 DDB_G0287695 DDB0232432 CDS566252 2037 + 0.26215
DDB_G0287723 DDB_G0287723 DDB0232432 CDS601565 2796 - 0.341559
DDB_G0287765 DDB_G0287765 overexpressed in DDB0232432 CDS671692 1317 - 0.297646
DDB_G0288153 DDB_G0288153 belongs to the thioredoxin family lacks redox-active cysteines compared with many homologs so may be catalytically inactiveDDB0232432 CDS1158956 327 - 0.235474
DDB_G0288521 DDB_G0288521 catalyzes the reaction aldehyde NAD Hsub2subO an acid NADH HDDB0232432 CDS1636790 1512 + 0.315476
DDB_G0288729 DDB_G0288729 ortholog of the mammalian reticulon-4-interacting protein 1 a zinc-containing alcohol dehydrogenaseDDB0232432 CDS1887042 1059 - 0.249292
DDB_G0289697 DDB_G0289697 DDB0232432 CDS3115871 1359 + 0.314202
DDB_G0290085 DDB_G0290085 DDB0232432 CDS3636614 4683 + 0.26009
DDB_G0290197 DDB_G0290197 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 NADHDDB0232432 CDS3781653 1965 + 0.293639
DDB_G0290535 DDB_G0290535 catalyzes the reaction aldehyde NAD Hsub2subO an acid NADH HDDB0232432 CDS4232732 1488 - 0.346102
DDB_G0290537 DDB_G0290537 catalyzes the reaction aldehyde NAD Hsub2subO an acid NADH HDDB0232432 CDS4235159 1485 + 0.333333
DDB_G0290697 DDB_G0290697 DDB0232432 CDS4431661 276 + 0.318841
DDB_G0290857 DDB_G0290857 DDB0232432 CDS4682925 1560 + 0.286538
DDB_G0291071 DDB_G0291071 DDB0232432 CDS4948671 1275 - 0.278431
DDB_G0292638 DDB_G0292638 DDB0232433 CDS1888191 999 - 0.293293
DDB_G0293114 DDB_G0293114 DDB0232433 CDS2527421 1230 - 0.296748
DDB_G0293154 DDB_G0293154 this gene belongs to the trx family of genes and is located next to DDB0232433 CDS2334087 153 - 0.30719
DDB_G0295661 DDB_G0295661 there is an identical copy of this gene on chromosome 2 DDB0232432 CDS4559095 1755 - 0.317949
acly DDB_G0278345 catalyzes the reaction ADP phosphate acetyl-CoA oxaloacetate ATP citrate CoADDB0232430 CDS726196 1869 + 0.361691
aco1 DDB_G0279159 catalyzes the reaction citrate cis-aconitate Hsub2subO highly similar to iron responsive element binding protein expressed in pstAB cells and in upper cup and stalk during culminationbr bNomenclature conflict:b Do not confuse this gene with aco the oxidoreductase or acoA the acyl-CoA oxidaseDDB0232430 CDS1708174 2685 - 0.353073
aco2 DDB_G0278779 catalyzes the reaction citrate cis-aconitate Hsub2subObr bNomenclature conflict:b Do not confuse this gene with aco the oxidoreductase or acoA the acyl-CoA oxidaseDDB0232430 CDS1168705 2316 - 0.40285
adh5 DDB_G0281865 ortholog of H. sapiens ADH5 and other mammalian ADHs zinc-containing dimeric enzyme responsible for the oxidation of long-chain alcohols and omega-hydroxy fatty acidsDDB0232430 CDS5043162 1140 - 0.385088
adhfe1 DDB_G0290111 DDB0232432 CDS3671708 1644 + 0.317518
agps DDB_G0286183 catalyses the reaction: 1-acyl-glycerone 3-phosphate a long-chain alcohol 1-alkyl-glycerone 3-phosphate a long-chain acid anion in ether lipid biosynthesis mutations in the human ortholog AGPS causes peroxisomal disordersDDB0232431 CDS4303510 1836 + 0.345316
aifB DDB_G0285005 similar to H. sapiens AIFM2 a caspase-independent mitochondrial effector of apoptotic cell deathDDB0232431 CDS2794340 1164 - 0.287801
aifC DDB_G0285003 similar to H. sapiens AIFM2 a caspase-independent mitochondrial effector of apoptotic cell deathDDB0232431 CDS2790283 1227 - 0.235534
aifD DDB_G0286241 similar to H. sapiens AIFM2 a caspase-independent mitochondrial effector of apoptotic cell deathDDB0232431 CDS4236868 1194 + 0.329983
aplQ DDB_G0281659 DDB0232430 CDS4774706 312 + 0.285256
atp5C1 DDB_G0292306 DDB0232433 CDS1438508 921 + 0.373507
atp5D DDB_G0269038 delta subunit of the central stalk of mitochondrial F1F0 ATP synthase the enzyme complex responsible for ATP synthesisDDB0232428 CDS1816266 513 - 0.360624
atp5b DDB_G0269916 DDB0232428 CDS3855247 1956 + 0.396728
bkdA DDB_G0286335 catalyzes the reaction 3-methyl-2-oxobutanoate lipoamide S-(2-methylpropanoyl)-dihydrolipoamide COsub2sub E1 component of branched-chain keto acid dehydrogenaseDDB0232431 CDS4250107 1326 + 0.337858
bkdB DDB_G0268020 catalyzes the reaction 3-methyl-2-oxobutanoate lipoamide S-(2-methylpropanoyl)-dihydrolipoamide COsub2sub E1 component of branched-chain keto acid dehydrogenaseDDB0232428 CDS1317002 1113 + 0.334232
bkdC DDB_G0281797 multimeric enzyme (24-mer) transfers 2-methylpropanoyl 3-methylbutanoyl or S-2-methylbutanoyl groups to coenzyme A E2 component of branched-chain keto acid dehydrogenaseDDB0232430 CDS4689130 1554 + 0.30888
chlA DDB_G0290825 catalyzes the chlorination step in DIF-1 biosynthesis belongs to the FAD-dependent oxidoreductase family belongs to the tryptophan halogenase familyDDB0232432 CDS4647665 1812 - 0.313466
cmfB DDB_G0289157 DDB0232432 CDS2432359 1533 + 0.395303
comG DDB_G0292270 catalyzes the reaction aldehyde NAD Hsub2subO an acid NADH HDDB0232433 CDS1403334 1413 + 0.339703
coq6 DDB_G0291440 similar to S. cerevisiae COQ6 a putative flavin-dependent monooxygenase involved in ubiquinone (Coenzyme Q) biosynthesisDDB0232433 CDS308878 1488 + 0.252016
cshA DDB_G0267426 DDB0232428 CDS1569279 1479 - 0.335362
cyb5A DDB_G0276033 cytochrome b5 is a membrane bound hemoprotein that functions as an electron carrier for several membrane bound oxygenases contains a single C-terminal transmembrane domainDDB0232429 CDS6550267 402 + 0.355721
cyb5B DDB_G0277079 cytochrome b5 is a membrane bound hemoprotein that functions as an electron carrier for several membrane bound oxygenases contains a single C-terminal transmembrane domainDDB0232429 CDS7471494 450 - 0.3
cyb5C DDB_G0278753 cytochrome b5 proteins are membrane bound hemoproteins that function as an electron carrier for several membrane bound oxygenases however this protein seems truncated at the C-terminus and does not contain any transmembrane domain DDB0232430 CDS1118934 276 - 0.275362
cyb5r1 DDB_G0285399 catalyzes the reaction NADH 2 ferricytochrome b5 NAD() H() 2 ferrocytochrome involved in desaturation and elongation of fatty acids cholesterol biosynthesis and drug metabolism DDB0232431 CDS3151723 861 + 0.341463
cyc1 DDB_G0292594 ortholog of the heme-containing component of the cytochrome b-c1 complex (CYC1) which accepts electrons from Rieske protein and transfers electrons to cytochrome c in the mitochondrial respiratory chainDDB0232433 CDS1821453 828 + 0.390097
cytC DDB_G0275537 DDB0232429 CDS5724705 342 + 0.380117
d2hgdh DDB_G0270500 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 disorderDDB0232428 CDS2682747 1587 - 0.289225
dohh-1 DDB_G0272634 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 DDB0232429 CDS2283023 948 - 0.314346
dohh-2 DDB_G0274079 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 DDB0232429 CDS3747735 948 + 0.314346
etfa DDB_G0290927 electron transfer flavoprotein (ETF) serves as a specific electron acceptor for several dehydrogenases transfers the electrons to the main mitochondrial respiratory chain via ETF-ubiquinone oxidoreductase (DDB0232432 CDS4764545 1068 + 0.338951
etfb DDB_G0277991 electron transfer flavoprotein (ETF) serves as a specific electron acceptor for several dehydrogenases transfers the electrons to the main mitochondrial respiratory chain via ETF-ubiquinone oxidoreductase (DDB0232430 CDS125579 753 + 0.308101
etfdh DDB_G0278849 reduced electron-transferring flavoprotein ubiquinone electron-transferring flavoprotein ubiquinol accepts electrons from ETF and reduces ubiquinone defects in human ETFDH cause glutaric aciduria type IIc (GAIIC)DDB0232430 CDS1276262 1821 - 0.337177
fadB DDB_G0282147 contains the histidine box motif characteristic of fatty acid desaturases expressed in pstO cells and upper cup during culminationDDB0232430 CDS5458911 1404 - 0.304843
fhbA DDB_G0292378 DDB0232433 CDS1649565 1194 - 0.333333
fhbB DDB_G0292380 DDB0232433 CDS1651520 1272 - 0.318396
fumH DDB_G0280495 catalyzes the reaction (S)-malate fumarate Hsub2subO hydrates fumarate into malate in the TCADDB0232430 CDS3450744 2859 + 0.368311
gltA DDB_G0276965 DDB0232429 CDS7216750 1539 - 0.321637
gsr DDB_G0272754 DDB0232429 CDS2099808 1398 - 0.3598
hao DDB_G0291814 single hao ortholog in D. discoideum very similar to mammalian HAO1 an enzyme of the glycolate pathwayDDB0232433 CDS804510 1167 + 0.305913
hydA DDB_G0290479 catalyzes the reaction aldehyde NAD Hsub2subO an acid NADH HDDB0232432 CDS4230498 1485 - 0.323906
idhA DDB_G0271344 catalyzes the reaction isocitrate NAD 2-oxoglutarate CO2 NADHDDB0232429 CDS68200 1065 + 0.34554
idhB DDB_G0293872 catalyzes the reaction isocitrate NAD 2-oxoglutarate CO2 NADHDDB0232433 CDS3407770 1083 - 0.369344
idhC DDB_G0272208 catalyzes the reaction isocitrate NADP 2-oxoglutarate CO2 NADPHDDB0232429 CDS1670009 1239 + 0.385795
idhM DDB_G0272210 catalyzes the reaction isocitrate NADP 2-oxoglutarate CO2 NADPHDDB0232429 CDS1672253 1287 + 0.346542
iliM DDB_G0292328 similar to bacterial aromatic-ring hydroxylases and fungal monooxygenases induced by Legionella pneumophila infectionDDB0232433 CDS1489407 1272 - 0.259434
kmo DDB_G0283173 catalyzes the reaction L-kynurenine NADPH H Osub2sub 3-hydroxy-L-kynurenine NADP Hsub2subO during nicotinic acid biosynthesisDDB0232431 CDS359274 1383 - 0.31598
ldhA DDB_G0281101 DDB0232430 CDS4061672 1023 - 0.314761
ldhd DDB_G0270806 catalyzes the reaction R)-lactate 2 ferricytochrome c pyruvate 2 ferrocytochrome cDDB0232428 CDS4800145 1665 + 0.306907
lpd DDB_G0291648 common component of the three 2-oxoacid dehydrogenase complexes oxidizing pyruvate 2-oxoglutarate and the branched-chain 2-oxo acids and of the glycine cleavage system complexDDB0232433 CDS70728 1467 - 0.387866
malA DDB_G0272524 catalyzes the reaction (S)-malate NADPsupsup pyruvate COsub2sub NADPH Hsupsup transcriptionally regulated by SrfADDB0232429 CDS1811286 1635 + 0.393272
masA DDB_G0275887 catalyzes the reaction acetyl-CoA Hsub2subO glyoxylate malate coenzyme A expressed in pstAB and pstO cells and in upper cup during culminationDDB0232429 CDS5903117 1632 + 0.313113
masB DDB_G0282969 catalyzes the reaction acetyl-CoA Hsub2subO glyoxylate malate coenzyme ADDB0232431 CDS72206 1629 - 0.267649
mdhA DDB_G0290207 catalyzes the reaction malate NAD oxaloacetate NADHDDB0232432 CDS3795307 1176 - 0.330782
mdhB DDB_G0292600 catalyzes the reaction malate NAD oxaloacetate NADH contains a predicted mitochondrial transit peptideDDB0232433 CDS1826095 1047 + 0.39255
mdhC DDB_G0280255 catalyzes the reaction malate NAD oxaloacetate NADHDDB0232430 CDS3171359 1002 - 0.363273
mecr DDB_G0278095 ortholog of the mammalian MECR and S. cerevisiae ETR1 a mitochondrial 2-enoyl thioester reductase that belongs to the zinc-containing alcohol dehydrogenase familyDDB0232430 CDS262493 1053 - 0.358025
mmsdh DDB_G0289085 catalyzes the reaction 2-methyl-3-oxopropanoate CoA NAD propanoyl-CoA COsub2sub NADH HsupsupDDB0232432 CDS2337171 1587 + 0.389414
ndufa12 DDB_G0285783 DDB0232431 CDS3508802 417 + 0.326139
ndufs7 DDB_G0285239 DDB0232431 CDS2997614 537 - 0.374302
ndufs8 DDB_G0277231 DDB0232429 CDS7754832 633 - 0.328594
ndufv1 DDB_G0288875 DDB0232432 CDS2127210 1440 + 0.359028
ndufv2 DDB_G0291173 DDB0232432 CDS5096341 744 - 0.319892
noxA DDB_G0289653 homolog of the mammalian flavocytochrome b large subunit gp91phox essential for spore formationDDB0232432 CDS3117432 1554 - 0.310811
odhA DDB_G0280353 catalyzes the reaction 2-oxoglutarate [dihydrolipoyllysine-residue succinyltransferase] lipoyllysine [dihydrolipoyllysine-residue succinyltransferase] S-succinyldihydrolipoyllysine COsub2sub E1 component of the multienzyme 2-oxoglutarate dehydrogenase complexDDB0232430 CDS3293945 2703 + 0.333333
odhB DDB_G0275029 catalyzes the reaction succinyl-CoA enzyme N6-(dihydrolipoyl)lysine CoA enzyme N6-(S-succinyldihydrolipoyl) lysine E2 component of the multienzyme 2-oxoglutarate dehydrogenase complexDDB0232429 CDS5316981 1320 + 0.364394
ogdh DDB_G0288127 component of the 2-oxoglutarate dehydrogenase complex which catalyzes the conversion of 2-oxoglutarate to succinyl-CoA and COsub2subDDB0232432 CDS1102242 3042 + 0.36785
pckA DDB_G0271678 DDB0232429 CDS809928 1689 + 0.383659
pdhA DDB_G0292994 catalyzes the reaction lipoamide pyruvate S-acetyldihydrolipoamide COsub2sub E1 alpha component of pyruvate dehydrogenase complex which contains multiple copies of three enzymatic components: pyruvate dehydrogenase (E1 phdA DDB0232433 CDS2563001 1134 - 0.368607
pdhB DDB_G0276417 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 DDB0232429 CDS6888601 1071 - 0.344538
pdhC DDB_G0277847 catalyzes the reaction acetyl-CoA dihydrolipoamide CoA S-acetyldihydrolipoamide E2 component of pyruvate dehydrogenase complex which contains multiple copies of three enzymatic components: pyruvate dehydrogenase (E1 DDB0232430 CDS1063899 1908 + 0.34696
pdhX DDB_G0271564 putative ortholog of the pyruvate dehydrogenase complex component X (PDHX) that functions to link E2 (DDB0232429 CDS683417 1242 - 0.302738
phlp2 DDB_G0285433 DDB0232431 CDS3253005 720 + 0.297222
phlp3 DDB_G0293848 DDB0232433 CDS3411418 555 - 0.257658
ppa1 DDB_G0284265 inorganic pyrophosphatase 1 (PPAse) cytoplasmic enzyme in yeast IPP1 catalyzes the rapid exchange of oxygens from Pi with waterDDB0232431 CDS1798190 840 + 0.333333
scsA DDB_G0289325 catalyzes the reaction GTP succinate CoA GDP phosphate succinyl-CoADDB0232432 CDS2650999 948 - 0.381857
scsB DDB_G0274449 catalyzes the reaction GTP succinate CoA GDP phosphate succinyl-CoADDB0232429 CDS4574977 1263 - 0.364212
scsC DDB_G0271842 catalyzes the reaction ATP succinate CoA ADP phosphate succinyl-CoADDB0232429 CDS912630 1338 + 0.355007
sdhA DDB_G0280535 catalyzes the reaction succinate ubiquinone fumarate ubiquinolDDB0232430 CDS3543819 1881 + 0.405635
sdhB DDB_G0270120 catalyzes the reaction succinate ubiquinone fumarate ubiquinolDDB0232428 CDS4273481 864 + 0.327546
sdhC DDB_G0275115 catalyzes the reaction succinate ubiquinone fumarate ubiquinol cytochrome b560 subunit contains 2 transmembrane domainsDDB0232429 CDS5046259 579 + 0.345423
sqle DDB_G0293584 catalyzes the reaction squalene AH2 O2 (S)-squalene-23-epoxide A H2O catalyzes the first oxygenation step in sterol biosynthesisDDB0232433 CDS3076225 1509 + 0.307488
tkrA DDB_G0292104 catalyzes the reaction D-gluconate NADPsupsup 2-dehydro-D-gluconate NADPH HsupsupDDB0232433 CDS1190069 1005 + 0.300498
trxD DDB_G0287849 DDB0232432 CDS820586 315 - 0.260317
trxE DDB_G0287227 DDB0232432 CDS23737 318 + 0.393082
txnl4a DDB_G0275407 DDB0232429 CDS5420626 426 - 0.300469
ucr DDB_G0284947 conserved ubiquinol-cytochrome c oxidoreductase subunit a component of the mitochondrial inner membrane electron transport chainDDB0232431 CDS2675998 645 + 0.384496
uduE DDB_G0277099 upregulated in the uninfected DDB0232429 CDS7502309 294 - 0.227891
ugt2 DDB_G0268540 CAZy family GT28 highly similar to ugt3DDB0232428 CDS1089190 1314 - 0.227549
ugt3 DDB_G0268544 CAZy family GT28 highly similar to ugt2DDB0232428 CDS1091709 1314 - 0.225266
ugt52 DDB_G0288655 CAZy family GT1 catalyzes the reaction UDP-glucose a sterol UDP a glucosylsterolDDB0232432 CDS1802347 5094 - 0.291323
vatA DDB_G0287127 ortholog of the A 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 A subunit is part of the V1 subunitDDB0232431 CDS5370324 1857 - 0.367798
vatA_ps DDB_G0287137 putative pseudogene small fragment almost identical with parts of DDB0232431 CDS5367030 285 - 0.322807
vatB DDB_G0277401 ortholog of the B 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 B subunit is part of the V1 subunitDDB0232429 CDS8008207 1482 + 0.365722
vatC DDB_G0284473 ortholog of the C 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 C subunit is part of the V1 subunitDDB0232431 CDS2149008 1107 - 0.31346
vatD-1 DDB_G0273071 ortholog of the D 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 D subunit is part of the V1 subunit there is a second copy of this gene DDB0232429 CDS2787988 1071 + 0.323996
vatD-2 DDB_G0273657 ortholog of the D 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 D subunit is part of the V1 subunit there is a second copy of this gene DDB0232429 CDS3242326 1071 - 0.323996
vatE DDB_G0275701 ortholog of the E 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 E subunit is part of the V1 subunitDDB0232429 CDS5679309 702 - 0.324786
vatF DDB_G0271882 ortholog of the F 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 F subunit is part of the V1 subunitDDB0232429 CDS942083 363 - 0.316804
vatH DDB_G0274553 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 subunitDDB0232429 CDS4167400 1338 + 0.29148
vatM DDB_G0291858 ortholog of the mammalian V-type proton ATPase 116 kDa subunit a the transmembrane 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 complexDDB0232433 CDS889796 2454 + 0.368786
vatP DDB_G0274381 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 complexDDB0232429 CDS4920282 591 + 0.373942