Acropora millepora: 114965038
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Entry
114965038 CDS
T06134
Name
(RefSeq) NADH-ubiquinone oxidoreductase 75 kDa subunit, mitochondrial-like
KO
K03934
NADH dehydrogenase (ubiquinone) Fe-S protein 1 [EC:
7.1.1.2
]
Organism
amil
Acropora millepora
Pathway
amil00190
Oxidative phosphorylation
amil01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
amil00001
]
09100 Metabolism
09102 Energy metabolism
00190 Oxidative phosphorylation
114965038
Enzymes [BR:
amil01000
]
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)
114965038
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Gene cluster
GFIT
Motif
Pfam:
Molybdopterin
Fer4_Nqo3
Fer4_NDSU1
Fer2_4
NADH-G_4Fe-4S_3
NADH_dhqG_C
Fer2
Motif
Other DBs
NCBI-GeneID:
114965038
NCBI-ProteinID:
XP_044178791
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Position
7:1864647..1877282
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AA seq
728 aa
AA seq
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MWRFTLAKAARVKPTRGITEVVKVSAQNYATPAPAPEKIEVFVNDKSLLVDPGITVLQAC
AMAGVEIPRFCYHDRLSVAGNCRMCLVEVERSMKPVASCAMPVMKGMKVKTDSPVTRKAR
EGVMEFLLVNHPLDCPICDQGGECDLQDQSMAFGSDRSRFVDNKFSGKRAVEDKNVGPLI
KTIMTRCIHCTRCIRFASEIAGVDDLGTTGRGNDMQVGTYVEKMFKSELSGNVIDLCPVG
ALTSKPYAFTSRPWELRKTDSVDVMDAVGSNIVVNTRCGEVMRILPRMNEDINEEWISDK
TRFSYDGLKRQRLTKPMVKDESGNLVPCSWEDALVEVAQKLTHLNGNDIAAVAGGFADAE
ALVALKDLLNSFDSEGLYTEEGFPSSGAGTDFRSSYIMNSTIAGIEDADVLLIVGANPRY
EAPLVNARIRKAWMCNELQVGVVGAKVDLTYSYEHLGETASALKDLLSGGHAFSKVLANA
ERPMVLVGNTVLQGLDGAAIHQVVADMSSRLKKSSKVDKEWKVLNVLHRVASQVAALDIG
YKPGVSNMSEKPKLLFLLGADAGLVKREDLPEDCFIVYQGHHGDHGAHLADVIFPGAAYT
EKTATYVNTEGRAQQTRRAVTPPVYARDDWKIIRALSEISGNALPYDNLDEIRRRLSEVS
PNLTRYGDVEEANFFSLALGLMQSSQAQLGKTSLKPSILELQDFYMTDSISRASQTMAKC
VNAVKTMK
NT seq
2187 nt
NT seq
+upstream
nt +downstream
nt
atgtggaggttcacgttggcaaaggcagccagagtgaagcctacgagaggaataaccgag
gttgttaaggtttcagctcaaaattatgccactcctgctccagctccagagaaaattgaa
gtgtttgtaaatgataaaagtctcttggttgatccaggaataacagtgctccaggcttgt
gcaatggctggtgttgaaattccaagattttgctatcatgatagactttccgtggctgga
aattgtcgcatgtgtcttgttgaggtggagagatcaatgaagcctgttgcatcatgtgca
atgcctgtaatgaaaggaatgaaagtcaaaacagattcaccagtgaccagaaaagcaagg
gaaggtgtgatggaatttctactggtcaatcatccactggactgccccatctgcgatcag
ggtggtgaatgtgatctgcaggatcagtccatggcatttggtagcgatagaagcagattc
gtggataacaaattctcagggaaaagggctgtggaagacaagaatgttggaccacttatc
aaaacgataatgactcgttgtattcattgcaccagatgtatcaggtttgcaagtgagatt
gctggggttgatgatttgggtacaactggcagaggaaatgacatgcaagttggaacatat
gttgaaaaaatgttcaaatcagagttgtcaggcaatgtcattgatttatgtccagtggga
gccttaacgtctaaaccatatgcatttacatccagaccttgggagctaaggaaaacagat
tctgtggacgtcatggatgctgttggaagcaatattgtggtgaacacacgttgtggagaa
gtcatgagaattttgccaagaatgaatgaggacataaatgaagagtggatttctgataag
acaaggttctcatatgatggccttaaacgtcagcgcctaaccaagcccatggtgaaggat
gaaagtggcaatctagtcccctgctcatgggaagatgcactggtggaggttgcacagaag
cttactcatttaaacggcaatgatatagccgctgtggctggtggattcgctgatgctgaa
gctcttgtggctttgaaagatttactgaacagttttgacagtgaggggctttatactgaa
gaaggttttccctccagtggagctggaactgacttcaggtctagttacatcatgaacagc
accatagcaggaattgaggatgcagatgtattgttaatcgtaggtgcaaaccccagatat
gaagctccactggttaatgcacgaatacggaaagcatggatgtgcaatgaacttcaagtt
ggagtggttggtgccaaagttgacctaacttactcctatgagcatttaggtgagacggct
agtgctctcaaggatctcttgtctggaggccatgcattttcaaaggtgttggctaatgca
gaacgcccaatggtattagtcggcaacacagtacttcagggactggatggtgcagccata
caccaagtagtcgctgacatgtcatcaaggctgaagaaatcaagtaaagttgacaaagaa
tggaaggttctcaatgttttgcaccgggttgcgagccaagttgctgccctggatattggc
tacaaaccaggagtgagcaacatgtcggagaaacccaagttgctgttcttgcttggtgcc
gacgctggtttggtgaaaagagaggatcttccagaagattgcttcattgtctatcaaggt
caccatggtgatcacggtgcccacttggcagacgttatctttcctggagcagcgtacaca
gaaaagaccgctacatacgtcaacacagaaggaagggctcagcagacaagaagggccgtg
actccgcctgtttatgctagggacgactggaagatcattcgagcgctctcagagataagt
ggaaatgccctcccttacgacaatctggacgaaatcaggcgaagactgtccgaagtctct
ccgaacctaactcgctacggtgacgtagaggaggcaaacttcttcagtctggctttgggt
ttgatgcagagctcccaagcacaacttggtaagacatcactgaagcccagcattctcgag
ctacaagatttctacatgacagattcgattagccgagcttctcagacaatggccaagtgc
gtaaatgcagttaaaactatgaagtga
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