Moraxella sp. K02: MOXK02_06340
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Entry
MOXK02_06340 CDS
T10725
Symbol
nuoG
Name
(GenBank) NADH-quinone oxidoreductase subunit NuoG
KO
K00336
NADH-quinone oxidoreductase subunit G [EC:
7.1.1.2
]
Organism
mork Moraxella sp. K02
Pathway
mork00190
Oxidative phosphorylation
mork01100
Metabolic pathways
Module
mork_M00144
NADH:quinone oxidoreductase, prokaryotes
Brite
KEGG Orthology (KO) [BR:
mork00001
]
09100 Metabolism
09102 Energy metabolism
00190 Oxidative phosphorylation
MOXK02_06340 (nuoG)
Enzymes [BR:
mork01000
]
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)
MOXK02_06340 (nuoG)
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Fer4_Nqo3
NADH-G_4Fe-4S_3
Molybdop_Fe4S4
Molybdopterin
Fer2_4
Fer2
Fer4_NDSU1
ABC_tran_CTD
Motif
Other DBs
NCBI-ProteinID:
BFM99075
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All DBs
Position
716643..719645
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AA seq
1000 aa
AA seq
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MAIIHIDGQDVEVDGADNLLQACLSLGIDIPYFCYHPALGSVGSCRQCAVKQYNNKEDYE
AGRGRLVMSCMVNPTPDMWISVTDAEVKNFRKSLVEFLMTNHPHDCPTCEEGGHCHLQDM
TYMSGHNHRKYRFTKRTHQNQDLGPFINHEMNRCIACYRCVRYYKDYAGGEDLGVYASAS
RVYFGRDKDGQFESEFSGNLTEVCPTGVFTDKTHSERYNRKWDMQYAPSICHGCSAGCNI
SAGERYGELRRIENRFNGEVNAYFLCDRGRFGYGYVNRADRPILAVERINGKQTNLSIDH
TIDAIKNRLQGKKAIGIGSPVASLESNYALKRLVGAENFSIGISKQEKTVVQKCIDVLTT
ENIHNPSMREIEDYDAVLILGEDITQTSPRIALAVRQAAKNRAKQMADALKTPDFLAEPV
ARIGQKDYSPIFIVDVKDTRLDDIAKVSCVATPSDIAALGFSIAEHMKTLATSQLPKDLV
IDEDDNADMQAFAKHIAQTLLKATKPLIISGSSLYHTAIIEAAAQIANIAEQKRGEVVIY
EKGVVDTHNVQVDAEIAKIDAEQAKLKQEMDEAAFAEQAKQVKRPSRMTPTKGYQEKAGL
YLSVPAANSIGVNLLGGKAIDELDDDADVVIVMENDISRRLTAEQMNQLLINKSLIVLDH
EAYQWHNQADVMVPVATFAEADGTLISAEGRAQRFFQVYDPVYYRPHSMVKESWRWLHAV
ESELNGRAIDWTQLDDVITAVADTNPQLAAIRQAAPSADYRITGLKVAREPRRYSGRTAM
RAPISVHEPEQPKDIDTGLTFSQEGYVGTQTDSSMIPFAWSAGWNSPQAWNKYQDKVGGH
LKHGDPGVRIFDALTALPKREYIAPAAASQQGSTQLVPVYNIFASDELTARSEVVASQLM
PAAFSVSTDDADKWQLQSGDMLTVTVKGVATTLPVQLVDYLAESCVGYPVGQAGELEALL
AQHYTDISIVKSATTNTVTQAVSPANNGGVTAQVTPGEGV
NT seq
3003 nt
NT seq
+upstream
nt +downstream
nt
atggcaattattcatatagacggtcaagacgtcgaagttgatggtgccgataacttgcta
caagcttgtttatcgcttggcatcgatatcccttatttttgttatcaccctgcattgggc
tcggtgggttcttgccgacagtgtgccgtcaagcaatataataacaaagaagattatgaa
gccggtcgtggtcgtttggtcatgtcctgtatggtcaacccgaccccagacatgtggatc
tcagtgacggatgcagaagtcaaaaacttccgtaaaagtttggttgagttcttaatgact
aaccacccccatgactgcccaacctgtgaagagggcggtcattgtcacttgcaagatatg
acctatatgtcaggtcacaatcatcgtaaatatcgctttactaaacgtacccaccaaaac
caagacttgggtccatttatcaatcatgagatgaaccgctgtatcgcgtgttatcgctgc
gtgcgttattacaaagactacgcaggtggtgaagatttgggcgtttatgcatcagcaagc
cgtgtgtactttggtcgtgataaagacggtcagtttgaaagtgaattttcaggtaacctt
accgaagtttgtccaactggggtatttaccgacaaaactcactcagagcgctacaatcgt
aaatgggacatgcaatatgccccaagcatttgtcatggctgttcggcaggttgtaatatc
tcagcgggtgagcgctatggtgaattgcgccgcatcgaaaaccgttttaatggtgaagtc
aacgcttacttcctgtgtgaccgtggtcgtttcggctatggttatgtcaatcgtgctgac
cgtccgattttagcggtagagcgtatcaatggtaaacaaaccaatctaagcattgaccat
actatcgatgccatcaaaaaccggttgcaaggcaaaaaagccattggtattggttcaccc
gttgccagccttgaatcaaactatgcgctaaaacgcttagtcggtgccgaaaactttagc
attggtattagcaaacaagaaaaaactgtggtacaaaaatgtatcgatgtgttgaccaca
gaaaatatccataatccaagcatgcgtgagattgaggattatgatgcggtattgattttg
ggtgaagatattacccaaaccagtccacgtattgcactggcagtacggcaagcggcaaaa
aatcgcgccaaacaaatggcagatgcactaaaaacgccagatttcttggcagagcctgtg
gctcgtatcggtcaaaaagactacagcccaatctttattgtggatgtcaaagatacacgc
cttgatgatatcgccaaagtaagctgcgtcgctacaccaagcgatatcgctgcattaggc
tttagcatcgctgagcacatgaaaacgttggccacctcacaattaccaaaagatttggtc
atcgatgaagacgataatgccgatatgcaagcatttgctaaacatatcgcgcagacgctg
cttaaagcaaccaaaccacttatcatctcaggttcgtcactataccacaccgctatcata
gaagcggcggcacaaattgccaatatcgctgagcaaaaacgcggtgaagtggtcatctat
gaaaaaggcgtggttgacacccacaacgtccaagtggatgcagagattgccaaaatcgat
gcagagcaagccaaactcaaacaagagatggatgaagcggcatttgctgaacaagccaag
caagttaaacgtccaagccgtatgactcccaccaaaggctatcaagaaaaagcgggttta
tacttgtcagtacctgctgccaatagcataggcgtcaacttgctgggtggtaaagcgatt
gatgaattagatgatgatgccgatgtggtgattgtcatggaaaatgacatcagccgccgc
ttaaccgctgagcaaatgaaccaattgctaatcaataaatcattgattgtactcgatcat
gaagcttaccaatggcataaccaagctgatgtgatggtgcctgtagcaacttttgcagaa
gcggacggcacactaatctcagcagaaggtcgtgcacagcgtttcttccaagtttatgat
cctgtttactatcgcccgcacagcatggtaaaagaaagctggcgttggttgcatgcggta
gagtctgagctcaatggccgtgcgattgactggacgcagcttgatgatgtgattactgcg
gtcgcagacaccaatccacaattagccgcaatcagacaagcagcgccatcagccgattac
cgtattactggtctaaaagtcgcgcgtgagccacgccgttattcaggtcgtacagcgatg
cgtgcaccgatttctgtgcatgagccagagcagccgaaagatatcgatactggcttgacc
ttctcacaagaaggttatgtgggcacccaaacggattcatcaatgattccatttgcttgg
tcagcaggttggaactcaccgcaagcttggaataaataccaagataaagtgggtggtcat
ctcaaacatggcgatccaggggtgcgtatttttgatgcgttaaccgcattgccaaaacgt
gagtatattgcgcctgcggcagctagccaacaaggttccacccagctagtccctgtgtat
aatatttttgctagtgatgaactcactgcccgtagtgaagtggtcgcgtcacaattgatg
ccagctgcttttagtgtatcaacggatgatgcggataaatggcagctacaatcaggtgat
atgttaacggtcacagtgaagggtgtagcgaccacattacctgtgcagcttgtcgattac
ttagccgaaagctgtgtgggctatcctgtgggtcaggcgggtgaattagaagccctgcta
gcgcagcattatacggacatcagtatcgtaaaatcagcaactaccaacactgtcactcaa
gcggtatcaccagctaataatggtggcgtgacagctcaagtaactccaggggagggggta
taa
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