Iocasia frigidifontis: GM661_14140
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Entry
GM661_14140 CDS
T07718
Symbol
nuoF
Name
(GenBank) NADH-quinone oxidoreductase subunit NuoF
KO
K00335
NADH-quinone oxidoreductase subunit F [EC:
7.1.1.2
]
Organism
ifn
Iocasia frigidifontis
Pathway
ifn00190
Oxidative phosphorylation
ifn01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
ifn00001
]
09100 Metabolism
09102 Energy metabolism
00190 Oxidative phosphorylation
GM661_14140 (nuoF)
Enzymes [BR:
ifn01000
]
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)
GM661_14140 (nuoF)
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Ortholog
Paralog
GFIT
Motif
Pfam:
Complex1_51K
Pyr_redox_2
NADH_4Fe-4S
Fer4_20
Pyr_redox_3
NAD_binding_8
Pyr_redox
Thi4
FAD_oxidored
DAO
FAD_binding_2
Amino_oxidase
AlaDh_PNT_C
Shikimate_DH
2Fe-2S_thioredx
FAD_binding_3
SLBB
NAD_binding_7
F420_oxidored
HI0933_like
2-Hacid_dh_C
MurD-like_N
MCRA
PALP
GIDA
Lys_Orn_oxgnase
ELFV_dehydrog
Motif
Other DBs
NCBI-ProteinID:
QTM00047
UniProt:
A0A8A7KE21
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All DBs
Position
complement(2935793..2938873)
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AA seq
1026 aa
AA seq
DB search
MKINRVNSLSNLGDIKQKFLKEKNTDHSMKIIIGMGTCGIAAGAQDVWDIVLEELDKQNI
KNVSVKQTGCLGLCAREPLLEIRQGNTRVIYGNVNREKAKEIVNENVIEGRIIERWTIDE
DDPFFEPQYRIVLKNCGLINPEDIEEAIASDAYMGLAKALTEMSPEEVIQEISDARLRGR
GGAGFPTGVKWRFAYNNESAQKYIICNADEGDPGAFMDRSVLEGDPHRLIEGMAIAAYAI
GASQGYIYCRAEYPLAIKRLKKAIAEAEILGLLGKNIFNSGFNFHLDIRLGAGAFVCGEE
TALMASIEGKRGEPKPKPPFPAEAGLWGKPTIINNVETLANVPDIIYRGKEWFKSIGTED
SPGTKVFALAGKVKNNGLVEIPMGTKLGEIIFDIGGGLENNGRFKAAQTGGPSGGCIPVQ
YLNVPIDYDSLQELGTIMGSGGLIVMDEQTCMVDLAKYFVDFCKDESCGKCTPCRIGTTR
MLEILQKISNGEGSRDDLDLLIEMGEQIKDSAFCGLGQTAPNPVLSTIRYFRDEYLDHIE
NNYCEASRCAPLFNSPCQNSCPANVDIPVYIDLIRQGKYKEAYKIVQEENPLVLICGRVC
YNLCEQACNRNSLDESLAIRELKRFASDYVLKNEGGFPVPSIKEEKREKIAIVGSGPAGL
SAAFYLRKKGYQVTIFEALPVVGGMLAVGIPEYRLPKELLNEEITVLTTMGVEIVVDTKI
GRDITLTELKESGYQAVFLAVGAHQDRKLGIDGEDLTGVYSGIEVLRDINLGKRLDIEKK
KVAIVGGGNAAIDVARNVVRLGAEEVNVVYRRTREDMPAHREEIEEAEYEEVKLHCLVNP
VKVIGEDGRVTGLECVRIKGGEFDNSGRRKPLTVKDSNYILEADLVISAVGQNVEEDFNE
GELSIGLTDRALIEIDRQYTTSIPWVFAGGDCVSGPATVVEAIQGGKEAARSIDKYLGGD
GKLVVRQRIDRKVSGSILEDERPRVKMPTILLSERKRGFKEVEKGYSEDQAVEEARRCLR
CDVKNK
NT seq
3081 nt
NT seq
+upstream
nt +downstream
nt
ttgaaaataaacagggtaaattcattaagtaatcttggtgatattaaacaaaaattcctt
aaagaaaaaaacactgatcatagtatgaaaataattataggcatgggaacctgtggaatt
gctgccggggctcaggatgtctgggatatagtccttgaggagcttgataagcagaatata
aagaatgtgtctgtaaaacagactggttgtctgggtttgtgtgctagggagccgttactg
gagataaggcagggtaataccagggttatttatggaaatgtaaacagggagaaggccaag
gaaattgtaaatgaaaatgtaattgaaggcaggattatagagagatggacaattgatgag
gatgaccccttttttgaaccacagtatagaattgttttgaaaaattgcggcctcattaat
cccgaagatattgaggaggctattgccagtgatgcctatatgggccttgctaaggcccta
acagagatgagtcccgaggaagtcattcaggaaataagtgatgccaggctcagggggcgg
ggtggtgcaggctttcctacaggtgttaaatggagatttgcttataataatgaaagtgct
caaaagtacattatctgtaatgctgatgagggagaccctggtgcttttatggataggagt
gttctggaaggtgacccacaccgtttaatagaaggaatggctattgctgcttatgctatt
ggggccagtcaggggtatatatactgtcgggcagagtatccactggccattaaacgcctc
aaaaaagcaattgctgaggcagagattttaggtttgttaggaaagaatatctttaacagt
ggttttaattttcatcttgatattagactaggggcaggggcttttgtctgtggtgaagag
acagccttgatggcttcaattgaaggaaagaggggggagccaaaacctaaaccacccttt
ccagctgaagctggtctctggggtaaacccactattataaataatgttgagaccctggcc
aatgtcccagatattatttacaggggtaaagagtggtttaaatcgattgggactgaagat
agccctggtacaaaggtatttgccctggcagggaaggtgaaaaacaatggtctggttgaa
ataccgatgggtacaaaactgggagaaattatctttgatattggtggtggtcttgaaaac
aatggtaggttcaaggcggcccagacaggtggtccttctggcgggtgtatacctgtacag
tatttgaatgtgcctattgattacgattccctccaagaactggggacgattatgggttca
gggggtctgattgtgatggatgaacagacctgtatggttgacctggccaaatattttgtt
gatttttgtaaagatgaatcatgtggtaaatgtactccctgccgtatagggacaaccaga
atgctggagatcttacagaaaatatctaatggagagggaagtagagatgacctggattta
ttaattgaaatgggtgaacagataaaggattctgctttctgtggtctcggacagacagcc
ccaaatccagttttgagtacaatcaggtattttagagatgagtatcttgaccatattgag
aataattattgtgaggcctccaggtgtgcaccattatttaattcaccatgtcagaattca
tgtccggcaaatgtggatatacctgtttatattgatttaataagacagggcaagtataag
gaggcctataagattgtccaggaagaaaatcctctggttcttatttgtggtcgggtttgt
tataatctctgtgaacaggcctgtaatagaaattcccttgatgaatcactggccatacgt
gaactaaaaagatttgccagtgattatgtcctgaaaaatgagggggggttccctgtaccg
tcaattaaagaggagaagagggaaaaaattgctattgtaggttctggtcctgctggacta
agtgctgccttttatttgcgtaaaaagggttatcaggtaacaatttttgaagccctacca
gtagttgggggtatgctggcagtaggaataccagagtatcgtttgccgaaagagcttctc
aatgaagaaataacagtacttaccactatgggagtagaaatagtggttgataccaaaata
ggtagagatataactttaactgaactcaaagaaagtggttatcaagcggttttcctggct
gttggggcccatcaggaccgtaaactgggtattgatggagaggatttaactggtgtatat
tcaggtattgaggtactcagggatattaatctgggtaaaaggcttgatattgagaaaaaa
aaggtagctattgttggtggtggcaatgcggcgatcgatgttgccagaaatgtagtaagg
ttaggggcagaagaagttaatgttgtttatagaaggaccagagaggatatgcctgcccac
cgagaagaaattgaagaagcagaatatgaggaagtaaaactacactgtctggttaacccg
gtgaaagtgattggtgaagatggtcgggttactggcctggaatgtgtcaggataaagggc
ggtgaatttgataatagcggccgcagaaaaccattaacagttaaggattctaattatatc
ctggaggctgacctggttatctctgctgtcgggcagaatgtggaagaagattttaatgag
ggagaattaagtattggtctgactgatagggctctaattgaaatagacaggcagtatact
accagtataccctgggtttttgcaggtggggactgtgttagtggtccagcaactgttgta
gaggcgatccagggtggtaaagaggctgcccgttcaattgataaatacttaggtggtgat
ggaaagctagttgtccgtcagaggattgaccgcaaagtatctggctctattcttgaagat
gaaagaccaagagtgaagatgcctactatattgttgtcagaacggaagaggggttttaaa
gaggttgaaaagggttattcagaagaccaggcagttgaagaggccagacgttgtctgcgc
tgtgatgtaaaaaataagtga
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