Alkalicella caledoniensis: HYG86_16135
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Entry
HYG86_16135 CDS
T07204
Name
(GenBank) NAD(P)(+) transhydrogenase (Re/Si-specific) subunit beta
KO
K00325
proton-translocating NAD(P)+ transhydrogenase subunit beta [EC:
7.1.1.1
]
Organism
acae
Alkalicella caledoniensis
Pathway
acae00760
Nicotinate and nicotinamide metabolism
acae01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
acae00001
]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00760 Nicotinate and nicotinamide metabolism
HYG86_16135
Enzymes [BR:
acae01000
]
7. Translocases
7.1 Catalysing the translocation of protons
7.1.1 Linked to oxidoreductase reactions
7.1.1.1 proton-translocating NAD(P)+ transhydrogenase
HYG86_16135
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
PNTB
TPP_enzyme_M
Motif
Other DBs
NCBI-ProteinID:
QNO16194
UniProt:
A0A7G9WBY2
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All DBs
Position
3302808..3305840
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AA seq
1010 aa
AA seq
DB search
MDALWFYVISLVLSITILYGISLMSQVKTAVNGNKLSAMATALAVLVTLVYNEIFSESLA
IIIILACMLIGAFIGLSLSKKVQMIQMPELVALLNGIGGAASAFVAGAAMFTAVTSFEAT
TGVLALIIGSLTLTGSIVAAGKLSKKIDGRPVIWNNHEFLTTVPIILLGAIVVATMVVDL
PVTIILLISIALSGFLGVAFSIRVGGADMPITISLLNSLSGVAGAIAGMAIGNILLVAVG
GIVGSSGLLLTQIMCKSMNSSLLTILQGKTSVAGKKTKVEPVVKESVTSEVKQVLEEKKV
SAGDILKNAKKVFIVPGYGMALAQAQHLVKQLADTLEKQGTEVKYVIHPVAGRMPGHMNV
LLAEADVDYEQLYEMDDVNDEFRECDACVVVGANDVLNPAAREAEGTPIYGMPILNVDKS
KHIIFCNYDTSAGYAGVDNPLYSREEGVSLLLGDAAETLQNLLHDVKSIKAEEKSSSNVE
HSAGAVLKGAKKVFIVPGYGMALAQAQHLVKQLADTLEKQGTEVKYVIHPVAGRMPGHMN
VLLAEADVDYEQLYEMDDVNDEFRECDACVVVGANDVLNPAAREAEGTPIYGMPILNVDK
SKHIIFCNYDTSAGYAGVDNPLYSREEGVSLLLGDAAETLQNLLHDVKSIKAEEKSSSNV
EHSAGAVLKGAKKVFIVPGYGMALAQAQHLVKQLADTLEKQGTEVKYVIHPVAGRMPGHM
NVLLAEADVDYEQLYEMDDVNDEFSECDACVVVGANDVLNPAAREAEGTPIYGMPILNVD
KSKHIIFCNYDTSAGYAGVDNPLYSREEGVSLLLGDAAETLQNLLDDVKSIKAEEKPETS
VETSAAKVLKDAKKVFIAPGYGMALAQAQHLVKQLADTLEKQGTEVKYVIHPVAGRMPGH
MNVLLAEADVDYEQLYEMDDVNDEFSECDACVVVGANDVLNPAAREAEGTPIYGMPILNV
DKSKHIIFCNYDTSAGYAGVDNPLYSREEGVSLLLGDAAETLQKLLDELK
NT seq
3033 nt
NT seq
+upstream
nt +downstream
nt
atggatgccctatggttctatgtaatcagtcttgtactatccataactattctttacggc
atatccctcatgagtcaagtaaaaacagcggttaacggaaataaattaagtgctatggct
actgccttggctgtcctggttaccctagtgtacaatgagatattttcagagtcattagct
attattataattttagcgtgtatgctaataggagcatttataggactttcactttcaaaa
aaggttcagatgatacaaatgccagagttagttgcactactcaacggaatcggtggtgcg
gcatctgcctttgttgctggagcagcaatgttcacagctgttacctcctttgaagctacc
acaggggtattagctctgattattggatcgttaacacttacaggaagtatagtggcagct
ggtaaactatctaagaagatagatggtaggccagtaatatggaacaatcatgaatttttg
accacagttcccattattcttcttggggcaatagttgtagcaactatggtggtggatttg
ccagttaccattatactgcttatttccatagctttaagtggatttttgggtgtagctttt
tcaattagagttggcggagcagatatgcccataactatttcccttctaaactcacttagt
ggagtagctggcgccattgcaggtatggccataggtaatattctactggtggcagttggt
ggaatagtaggttcaagtggcctgttactgactcaaattatgtgtaagtccatgaacagt
agtttgctaactatacttcagggaaaaacaagtgttgcaggcaaaaagacaaaagtagag
cctgtagttaaagaaagtgttactagtgaagttaaacaagtgctggaagagaaaaaagta
agtgcaggagacatacttaaaaatgctaaaaaggtatttatcgtaccaggctatggtatg
gccctagcccaagcacaacatttagtgaaacaattagctgacaccttagaaaaacaaggt
acagaagttaaatacgtaatccacccagttgcaggtcgtatgccaggacatatgaatgtc
ttgttagcagaagcggatgtagactatgaacaactttacgagatggatgatgtaaatgat
gagttcagggaatgtgatgcatgtgtagtagtaggagcaaatgacgtgctaaacccagca
gcaagggaggcagaaggcactccaatctacggtatgcccatactaaatgtagataagagt
aaacatataatcttctgtaactatgacacaagtgcaggttatgcaggggtagataatcca
ctatatagccgtgaagaaggagttagtctacttttaggtgatgcagctgaaacactgcaa
aaccttttacatgatgtaaaaagtattaaagcagaagaaaaatctagttcaaatgtagaa
catagtgcaggtgctgttctaaaaggtgccaaaaaggtatttatcgtaccaggctatggt
atggccctagcccaagcacaacatttagtgaaacaattagctgacaccttagaaaaacaa
ggtacagaagttaaatacgtaatccacccagttgcaggtcgtatgccaggacatatgaat
gtcttgttagcagaagcggatgtagactatgaacaactttacgagatggatgatgtaaat
gatgagttcagggaatgtgatgcatgtgtagtagtaggagcaaatgacgtgctaaaccca
gcagcaagggaagcagaaggcactccaatctacggtatgcccatactaaatgtagataag
agtaaacatataatcttctgtaactatgacacaagtgcaggttatgcaggggtagataat
ccgctgtatagccgtgaagaaggagttagtctacttttaggtgatgcagctgaaacactg
caaaaccttttacatgatgtaaaaagtattaaagcagaagaaaaatctagttcaaatgta
gaacatagtgcaggtgctgttctaaaaggtgccaaaaaggtatttatcgtaccaggctat
ggtatggccctagcccaagcacaacatttagtgaaacaattagctgacaccttagaaaaa
caaggtacagaagttaaatacgtaatccacccagttgcaggtcgtatgccaggacatatg
aatgtcttgttagcagaagcggatgtagactatgaacaactttacgagatggatgatgta
aatgacgaattcagtgaatgtgatgcatgtgtagtagtaggagcaaatgacgtgctaaac
ccagcagcaagggaggcagaaggcactccaatctacggtatgcccatactaaatgtagat
aagagtaaacatataatcttctgtaactatgacacaagtgcaggttatgcaggggtagat
aatccgctgtatagccgtgaagaaggagttagtctacttttaggtgatgcagctgaaaca
ctgcaaaaccttttagatgatgtaaaaagtattaaagcagaagaaaagcctgagaccagt
gtggaaaccagtgctgcaaaagttttaaaggatgctaaaaaagtattcattgcgccaggt
tatggtatggccctagctcaagcacaacatttagtgaagcaattagctgacaccttagaa
aaacaaggtacagaagtaaaatacgtgattcacccagttgccggtcgtatgccgggacat
atgaatgtcttgttagcagaagcggatgtagactatgagcaactttacgagatggatgat
gtaaacgacgaattcagtgaatgtgatgcatgtgtagtagtaggagcaaatgatgtgcta
aacccggcagcaagggaggcagaaggcactccaatctacggtatgcccatactaaatgta
gataagagtaaacatataatcttctgtaactatgatacaagtgcaggttatgcaggagta
gataacccactttatagccgtgaagaaggtgttagcctacttctaggtgatgcagctgag
acactgcaaaaactgttagatgaattgaagtaa
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