Scedosporium apiospermum: SAPIO_CDS8351
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Entry
SAPIO_CDS8351 CDS
T06367
Name
(RefSeq) NAD(P)(+) transhydrogenase (AB-specific)
KO
K00323
proton-translocating NAD(P)+ transhydrogenase [EC:
7.1.1.1
]
Organism
sapo
Scedosporium apiospermum
Pathway
sapo00760
Nicotinate and nicotinamide metabolism
sapo01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
sapo00001
]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00760 Nicotinate and nicotinamide metabolism
SAPIO_CDS8351
Enzymes [BR:
sapo01000
]
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
SAPIO_CDS8351
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PNTB
AlaDh_PNT_C
AlaDh_PNT_N
PNTB_4TM
2-Hacid_dh_C
ADH_zinc_N
Pyr_redox_2
Fumerase
TPP_enzyme_M
Motif
Other DBs
NCBI-GeneID:
27727423
NCBI-ProteinID:
XP_016640268
UniProt:
A0A084FZF7
LinkDB
All DBs
Position
Unknown
AA seq
1015 aa
AA seq
DB search
MLYQLREFTPELQTRARILDFRFLWQSFAPPARQTTALVPRNPKQLQLIRHASTTQSVDA
TQPDAVLPPTTPYTQLTVGVPRETYPNERRVALNPANVALLLKKGFAKVLVERGAGAQAD
FPDEAFAAAGATLVDAAGVWKDSDIVLKVRGPSVAEADSVKANQTIISFLQPAQNKDLVE
KLASRNATVFAMDMVPRISRAQVFDALSSMANIAGYKAVLEASNNFGRFLTGQVTAAGKI
PPCKVLVIGAGVAGLSAIATARRLGAIVRGFDTRPAAREQVQSLGAEFIEVDIEEDGSGA
GGYAKEMSKEFIEAEMKLFREQAADVDIVITTALIPGKPAPKLITKDIVEVMKPGSVIVD
LAAEAGGNCEVTQPGQVITHKDVKVIGYTDFPSRLPTQSSTLYSNNITKLLLSMAPKEKE
FGIDLTDEVVRGSIVTLNGNILPPAPRPAPPPAPAAAPKEKEAEVVALTPFQKTSREVAA
LTGGMGSILALGKFTSPLLMGNAFTFALASLIGYRVVWGVTPALHSPLMSVTNAISGMVG
IGGFFILGGGYFPETIPQAFGALSVLLAFGNIGGGFVITKRMLDMFKRPTDPPEYPWLYA
IPAAVFGGGFIAAASTGAAGLVQAGYLVSSVLCIGSLSGLASQATARMGNMLGMLGVGSG
VLASLLAVGFSPEVLTQWGVLATLGTLAGILIGKRITPTDLPQTVAALHSVVGLAAVLTS
IGSVMADVTHISTLHLVSAYLGVLIGGITFTGSLVAFFKLAGRMSSRPLTFPGRHLINSG
MLTANLATMAAFVTMAPGSPLIAAGALAANTVLSFLKGFTTTAAIGGADMRSGEFKVEGT
AVQTNVEDTAEALLNAENVIIVVGYGMAVAKAQYAISDITRMLRSKGINVRFAIHPVAGR
MPGQCNVLLAEASVPYDIVLEMDEINDDFGDTDVTLVIGANDTVNPIALEPGSPIAGMPV
LHAWKSKQVIVMKRSLASGYADVPNPMFYMPGTRMLFGDARVSCDAIKSAVESRI
NT seq
3048 nt
NT seq
+upstream
nt +downstream
nt
atgctctatcaattgagagagttcacacctgagcttcagactcgagcgcgcatccttgat
ttccggttcctttggcagagctttgcgcctcctgctcgtcaaaccacagctctggtgcct
cgtaaccccaaacagctccagcttatccgccacgcctccaccactcaatctgtcgatgcc
actcagcccgatgccgtgcttccgccgacaaccccctacacccagcttactgttggtgta
cctagggagacgtatcccaatgagcgacgagtcgccttgaacccggccaacgttgcgctt
ctactcaagaagggcttcgcgaaggtattagtcgaacgaggcgccggtgcccaggctgac
ttccccgatgaagctttcgctgccgcgggagctactcttgttgatgctgccggtgtctgg
aaagattccgatattgtcctaaaggttcgagggccgagcgttgccgaggccgactccgtc
aaggcgaatcaaacgatcatctccttcctccaacctgctcagaataaagatctcgtcgag
aagcttgcttcccggaatgctactgtcttcgctatggatatggtccctcgtatttcccgt
gctcaggtattcgatgcccttagctcaatggccaacattgctggttacaaggcggttctc
gaggcttcgaacaactttggtcgcttcctcactggtcaggttactgctgctggaaagatt
cctccttgcaaggtcttggttatcggtgctggtgttgctggtctgagtgccattgccacc
gccagaagacttggtgccatcgtgcgaggcttcgatactcgccctgctgcgcgtgaacag
gttcaatctctaggtgctgaattcatcgaggtcgatatcgaggaagatggttccggtgct
ggtggttacgccaaggaaatgtcaaaagaattcatcgaggctgaaatgaagctgttcagg
gagcaggctgccgacgtcgatattgtcatcaccaccgcgcttattcccggaaagcctgcg
ccgaagcttatcacgaaggatatcgtcgaggtcatgaagccgggatccgtcattgtcgat
cttgctgctgaggctggtggtaactgcgaggttactcagcctggacaggtcatcacccac
aaggacgtcaaggttatcggatacacggatttcccctcgaggctgcccacgcaatcgtcg
accctctattctaacaacatcacaaagctccttttgtccatggcccccaaggagaaggag
tttggcattgatcttaccgatgaggtcgtccgaggctccattgtcactctgaacggaaac
attctccctcctgcaccccgtccggccccgcctcccgcccccgccgctgctcccaaggag
aaggaagccgaggtggttgccttgactcctttccagaagacctcccgcgaagttgccgcc
ctcaccggtggtatgggttcgattttggctctgggcaagttcacgagtcctctgctcatg
ggaaatgccttcaccttcgccttggcttcacttattggttaccgtgtggtttggggagtt
actcctgcccttcactctcctttgatgagcgtgactaacgccatttctggaatggttggt
attggtggtttcttcatccttggtggaggatatttccccgagacgatcccccaggctttc
ggtgccctctctgtcctcctcgcatttggaaacattggtggtggctttgtaatcaccaag
aggatgttggacatgttcaagcgaccaactgacccgcccgagtacccttggctatatgcc
attcctgcggccgtctttggtggtggcttcatcgctgcggcatctactggtgctgcgggt
ctcgtacaggctggatacctggtcagctccgttctttgcattggttccctttccggcctt
gctagccaagctaccgctcgaatgggcaacatgctcggaatgctcggcgttggatctggc
gtcctggcgtcgcttcttgccgttggattctctcctgaggtcctgacccagtggggtgtg
cttgcgactctcggtactctcgcgggtattctcattggaaagcggatcacccccaccgat
ctccctcagactgttgctgcgcttcactccgtggtaggtctggctgctgtgttgacgagt
atcggtagcgttatggcagacgtgacccatatctcgacccttcacctcgtctccgcctat
ctcggtgtcctgattggtggtatcacctttaccggctctttggttgctttcttcaagctc
gctggacggatgtcatcccgaccactcacgttccctggaaggcatctcatcaactccggc
atgctgacggccaacttggccaccatggccgcattcgtcaccatggctcccggctcgccc
ctcattgcggcaggagctctggctgccaacacagttctgtcattccttaagggattcaca
acaactgccgccataggcggtgctgatatgcggtcaggcgagttcaaggttgaaggcacg
gcagtgcagacgaatgtcgaagacacggccgaggcattacttaatgcagaaaatgtgatt
atcgtggtcggatacggtatggctgttgccaaagcccagtacgccatcagcgacatcacc
cggatgcttcggtcgaagggcatcaatgtccgctttgctatccatcctgtcgccggtagg
atgcccggccagtgcaacgtcctgctggccgaggcgagtgtcccctatgacatcgtgctg
gagatggacgagatcaacgacgatttcggcgacacggatgtcaccttggtcattggtgcc
aacgataccgtcaaccccattgccttggagcctggtagcccgattgccggaatgcctgtg
ctgcacgcttggaagagcaagcaggtgattgtcatgaagcgaagtctggcgagcggatat
gcggatgtcccgaacccgatgttctatatgcccggaactagaatgctgtttggcgatgct
agagtctcttgtgacgcgatcaaatcggctgtggaatctagaatataa
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