KEGG   Duffyella gerundensis: EM595_2503
Entry
EM595_2503        CDS       T04258                                 
Symbol
nuoG
Name
(GenBank) NADH dehydrogenase I chain G
  KO
K00336  NADH-quinone oxidoreductase subunit G [EC:7.1.1.2]
Organism
ege  Duffyella gerundensis
Pathway
ege00190  Oxidative phosphorylation
ege01100  Metabolic pathways
Module
ege_M00144  NADH:quinone oxidoreductase, prokaryotes
Brite
KEGG Orthology (KO) [BR:ege00001]
 09100 Metabolism
  09102 Energy metabolism
   00190 Oxidative phosphorylation
    EM595_2503 (nuoG)
Enzymes [BR:ege01000]
 7. Translocases
  7.1  Catalysing the translocation of protons
   7.1.1  Linked to oxidoreductase reactions
    7.1.1.2  NADH:ubiquinone reductase (H+-translocating)
     EM595_2503 (nuoG)
SSDB
Motif
Pfam: Molybdopterin NADH-G_4Fe-4S_3 Molybdop_Fe4S4 Fer2_4 Fer2 Molydop_binding TPP_enzyme_M
Other DBs
NCBI-ProteinID: CUU24734
UniProt: A0A0U5L2M8
Position
1:complement(2672315..2675050)
AA seq 911 aa
MFTMATIHVDGKEYEVDGADNLLQACLSLGLDIPYFCWHPALGSVGACRQCAVKQYQNAE
DTRGRLVMSCMTPASDGTFISIDDGEAKEFRESVVEWLMTNHPHDCPVCEEGGNCHLQDM
TVMTGHSFRRYRFTKRTHRNQDLGPFISHEMNRCIACYRCVRYYKDYADGKDLGVYGAHD
NVYFGRPEDGTLESEFSGNLVEICPTGVFTDKTHSERYNRKWDMQFAPSICQQCSVGCNT
SPGERYGELRRIENRYNGSVNHYFLCDRGRFGYGYVNLKDRPRHPMQRRGSDWIALNASQ
AMEAAADVLRQTHKIIGIGSPRASIESNFALRELVGAENFSTGMPAGEQARVELMLKVLQ
EGGIHTPSLREIESYDAVLVLGEDLTQTGARVALSVRQAVKGKAREMAAAQKVADWQIAA
ILNIGQHAKHPLFVTNVDETRLDDIAAWSYRAPVDDQARLGFAIANAIDSSAPAVSDFDT
TLKGKLDVVVQALSGAKKPLIISGTHSGSEAMIAAAANVAKALKARGADVGITLLASAAN
SMGLGLMGGNTLDSALESLTSGDAQAVIVLENDLYRHAPKAQVDAALNNAENVIVVDHQR
TATLEKAGLILSAASFAESDGTLINLEGRAQRYFQVYDPAYYDNSIDMLESWRWLHSLRS
TVENRHVDWTQLDHVIDAVVVALPQLRAIKEAAPDASFRIRGQKLARSPHRSSGRTAARA
NISVHEPRQPQDQDTMFAFSMEGNNQPSAPRSQIPFAWAPGWNSPQAWNKFQDEVGGKLR
NGDPGVRLFEASAGQLAWFAEVPAAFVSTEASWRVAPYYRLFGSEEMSQRAPVIQQRMLP
ACVFVNPADAAKLGVNAGTSLELTCSGETLRLPVSLSNALQAGQIGLPLGMPGIPPFLVG
ANIDQLREAVQ
NT seq 2736 nt   +upstreamnt  +downstreamnt
atgttcactatggctacaatccatgtagacggtaaagaatatgaagtggatggcgcagac
aacctgttgcaggcttgtctctcgctgggacttgatattccttatttttgctggcacccg
gcgctgggtagcgtcggtgcctgccgccagtgcgcggtaaagcaatatcaaaacgccgaa
gatacccgcggtcgcctggttatgtcgtgcatgacgccagcctcagacggcaccttcatc
tcaattgatgatggtgaagcgaaagagtttcgtgaaagcgtggtggaatggctgatgacc
aaccatccgcatgactgtccagtctgtgaagagggcggtaactgccatctgcaggatatg
acggtaatgacgggccatagcttccgacgctatcgctttactaaacgtacccaccgcaat
caggatttggggccgttcatttcgcatgaaatgaaccgctgtatcgcctgctaccgctgc
gtacgctattacaaagattatgctgatggcaaagatctgggcgtttatggcgcgcatgat
aacgtctactttggtcgtccggaagatggcacgctggaaagcgaattctccggcaacctg
gtggaaatttgcccaactggcgtcttcaccgataaaactcactcggaacgttacaaccgt
aagtgggatatgcagtttgcaccaagcatctgtcagcagtgcagcgttggctgtaacacc
agccctggcgagcgctacggtgaactacgccgtatcgaaaaccgctataacggtagcgta
aaccattacttcctctgcgatcgtggccgcttcggctacggttatgtcaacctgaaagac
cgccctcgtcatccgatgcagcgtcgcggtagcgactggattgcgttgaatgcaagccag
gcgatggaagctgcagcggacgtgttacgccagacgcataaaattatcggtatcggttct
ccgcgtgccagcatcgaaagcaactttgctttacgtgagctggtaggtgctgaaaacttc
tcaaccggcatgccagcaggcgaacaggctcgcgtcgaactgatgctcaaagttctgcag
gaaggcggcatccatacgccttcactgcgcgaaattgagagctatgatgcggtgttggta
ctgggtgaagatttgacccaaaccggcgcgcgcgtggcactttctgttcgtcaggcggta
aaaggcaaggcccgtgaaatggcagccgcacaaaaagtggctgactggcaaatcgctgcc
attttaaacattggccagcatgcgaaacatccgctgtttgtcaccaacgttgacgaaacg
cggctggatgatattgctgcctggagctatcgcgcgccggtcgacgatcaggcacgttta
ggctttgcgatcgctaacgccatcgacagcagcgcgccagcggtcagtgattttgatacc
acgctgaaaggcaagcttgatgtagtggtgcaggcgctgagcggtgcgaaaaaaccccta
atcatttccggtacccattccggtagcgaagcgatgatcgccgccgcagccaacgtggca
aaagcacttaaagcgcgcggagccgatgtcgggatcacgctgctggcctcagcggcaaac
agcatgggcctcggcctgatgggcggcaatacgctggacagcgcgctggaatcattgacc
agcggcgacgcgcaggcggtgatcgtgttggaaaacgatctttatcgtcatgcgccaaaa
gcgcaggttgatgccgcactgaacaacgcagaaaacgtgattgtggtagatcatcaacgc
accgccacgctggaaaaagccgggctcattctttctgccgccagttttgctgagagtgat
ggcacgctgatcaaccttgagggccgcgctcagcgttacttccaggtctacgatcccgct
tattacgataacagcattgatatgctggaaagctggcgctggctgcactctctgcgcagc
acggtggaaaatcgccacgttgactggacgcagcttgatcatgtgattgatgccgtggtt
gtcgcactgccacagttgcgggcgattaaagaagccgcacctgatgcctctttccgtatt
cgcggacagaagctggcacgttcaccacatcgttccagtggtcgtaccgcagcgcgtgcc
aacatcagcgtgcatgaaccgcgtcagccgcaggatcaggacaccatgtttgccttctca
atggaagggaacaaccaaccatcggcaccgcgttcgcagattccgtttgcctgggcacca
ggctggaactcaccgcaggcgtggaataaattccaggatgaagtgggcggcaaactgcgt
aacggcgatccgggcgtacgactgtttgaagcctctgcgggtcaactggcgtggtttgca
gaagtgccggctgcttttgtcagcaccgaagcaagctggcgcgtagcgccttattaccgt
ctgttcggtagcgaagagatgagccagcgtgcgccagtgattcagcagcgcatgctgccg
gcctgcgtatttgttaatccggccgatgcggcaaaactgggcgtcaatgccggcacatcg
ctggaactgacctgctccggcgaaacgctgcgcttaccggtttcactttccaatgcgttg
caggcggggcagattggtttgccgttaggcatgccgggcattccgccattcctcgtcggc
gctaacattgatcaactgcgggaggcggtacaatga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (2)   
   KEGG MODULE (1)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (7)   
   Pfam (7)   
All databases (24)   

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