Alternaria alternata: CC77DRAFT_938467
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Entry
CC77DRAFT_938467 CDS
T05291
Name
(RefSeq) plasma-membrane proton-e
KO
K01535
H+-transporting ATPase [EC:
7.1.2.1
]
Organism
aalt
Alternaria alternata
Pathway
aalt00190
Oxidative phosphorylation
aalt01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
aalt00001
]
09100 Metabolism
09102 Energy metabolism
00190 Oxidative phosphorylation
CC77DRAFT_938467
Enzymes [BR:
aalt01000
]
7. Translocases
7.1 Catalysing the translocation of protons
7.1.2 Linked to the hydrolysis of a nucleoside triphosphate
7.1.2.1 P-type H+-exporting transporter
CC77DRAFT_938467
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
E1-E2_ATPase
Hydrolase
Cation_ATPase_N
Hydrolase_3
Motif
Other DBs
NCBI-GeneID:
29120206
NCBI-ProteinID:
XP_018384665
JGI:
938467
UniProt:
A0A177DH71
LinkDB
All DBs
Position
Unknown
AA seq
1003 aa
AA seq
DB search
MAPNDDVERPRASSAAERQKSIVSMTEFEGMDEYTALQKYILFYRDTRTNPHAEQTTKKK
AWWQFWKSGSATAATPIQDAGAVPDDYLNTELRTGLTSSDVEQRRKRYGFNEISSEKTNL
LKQFIGYFTGPILYVMELAALLAAGLQDWVDFGVICGILLLNAIVGWYQEKQAADVVASL
KGDIAMKATVVRDNQQQTILARELVPGDIVVIEEGQSVPGDARLICGYDHPEDFDLYMKL
KAEDKFHDADPEDEKDDDVDEEKFDEENPITQGHPLVACDQSSITGESLAVDKYMGEVAY
YTTGCKRGKAYGIVITTAKHSFVGRTATLVQGAQDQGHFKAIMNSIGTALLVLVMFFILL
AWIGGFFRHIPIATAREGTDKSVTLLHYALIMFIVGVPVGLPVVTTTTLAVGAAYLAEQK
AIVQKLTAIESLAGVDVLCSDKTGTLTANQLSLREPYVAEGQDVNWMMAVAALASSHNLK
SLDPIDKVTILTIRRYPKAREILNMGWKTEKFTPFDPVSKRITAVCHMGGDKYVCAKGAP
KAIVNLANCDEVTATLYKEKAAEFARRGFRSLGVAYQKNDGDWILLGLLSMFDPPREDTA
QTIIEAQQLGVPVKMLTGDAIAIAKETCKMLALGTKVYNSSKLIGGGLTGTTQHDLVERA
DGFAEVFPEHKYQVVEMLQQRGHLTAMTGDGVNDAPSLKKSDCGIAVEGSTEAAQAAADI
VFLAPGLSTIVLAIKTSRQIFQRMKAYIQYRIALCLHLEVYLVTSMIILNETIRAELIVF
LALFADLATVAVAYDNAHSEQRPVEWQLPKIWFISVILGLLLALGTWIVRGTLFIPSGGI
IQNFGAIQPILFLEVALTENWLIFVTRGGKTFPSFQLIIAILGVDALATIFTLFGWMSGA
PYQTNPPTINSRFRDDGWVDIVTVVVVWAYSIGVTIIIAIVYYLLNRIAWLDTLGRKDRS
RKNPAIENMIAALSKLSLEHGKDKHGTTRYVLAPRAVEEEDDE
NT seq
3012 nt
NT seq
+upstream
nt +downstream
nt
atggcgcccaacgacgatgttgagcgcccacgcgcgtccagcgccgctgagcggcaaaag
tccatcgtctccatgaccgagttcgagggcatggacgaatacaccgcgctccagaagtac
atcctcttctaccgcgacacccgaaccaaccctcacgccgagcaaaccaccaagaagaag
gcctggtggcagttctggaagtctggctcagctaccgctgccactcccatccaggatgcc
ggtgccgtccccgacgactacctcaacactgagctccgaactggtctcacctcgtccgac
gttgagcagcgtcgcaagcgctatggtttcaacgaaatctcttctgagaagaccaacctt
ctcaagcagttcatcggttacttcactggtcccattctctacgtcatggagctcgctgct
cttctcgccgctggtcttcaggattgggtcgatttcggtgtcatctgcggtatcctgttg
ctcaacgccatcgtcggttggtaccaggagaagcaggctgctgatgtcgtcgcttcgctc
aagggtgatatcgccatgaaggccaccgtcgttcgtgacaaccagcaacagaccattctc
gctcgtgagcttgttcccggtgacatcgtcgttattgaggagggtcaatccgtccccggt
gacgcccgtcttatctgcggctacgaccaccctgaggacttcgacttgtacatgaagctc
aaggctgaggacaagttccacgacgctgaccccgaggacgagaaggatgacgacgtcgat
gaggagaagttcgacgaggagaaccccatcactcagggccaccctctcgttgcttgcgat
caatcgtccatcaccggagagtctctcgctgtcgacaagtacatgggagaagtcgcctac
tacaccactggttgcaagcgcggcaaggcctacggtatcgtcatcaccactgctaagcac
tctttcgtcggtcgcactgctaccctcgtccagggcgctcaggaccagggtcacttcaag
gctatcatgaactccatcggaacggcgcttctcgtcctcgtcatgttcttcatcctgctc
gcctggattggtggtttcttccgtcacattcctattgccactgcccgcgagggaactgac
aagtccgtcactcttctccactacgctctcatcatgttcatcgtcggtgtccccgtcggt
cttcccgtcgtcaccaccaccaccctcgctgtcggtgctgcctacctcgctgagcagaag
gctatcgtccagaagctcactgctattgagtcgcttgctggtgtcgatgttctctgctct
gacaagactggtacgctcactgccaaccagctctctctccgtgagccctacgtcgctgag
ggccaggacgtcaactggatgatggctgtcgctgctcttgcctcttcccacaacctgaag
tcgctcgaccccattgacaaggttaccattcttaccatccgccgctaccccaaggctcgt
gagatcctcaacatgggctggaagactgagaagttcactcccttcgaccccgtctccaag
cgcatcaccgctgtctgccacatgggtggtgacaagtacgtctgcgccaagggtgccccc
aaggccattgtcaaccttgccaactgcgacgaggtcaccgctaccctctacaaggagaag
gccgccgagttcgctcgccgtggtttccgatctctcggtgtcgcttaccagaagaacgac
ggtgactggattcttctcggtctcttgtccatgttcgacccccctcgtgaggataccgct
cagaccatcattgaggcccagcagctcggtgttcccgtcaagatgttgactggtgacgct
attgccatcgctaaggagacttgcaagatgcttgctctcggtaccaaggtctacaactct
tccaagctcatcggcggtggtctcactggtactacccagcacgaccttgtcgagcgcgct
gacggtttcgctgaagtcttccctgagcacaagtaccaggtcgtcgagatgcttcaacag
cgtggtcacttgactgccatgactggtgacggtgtcaacgatgctccttccctgaagaag
tctgactgtggtattgccgtcgagggttccactgaggctgctcaggctgccgctgatatc
gtcttccttgcccccggtctgtccaccatcgtcttggccattaagacttctcgccagatt
ttccagcgtatgaaggcttacatccagtaccgtatcgctctctgtctccacttggaagtc
taccttgtcacctccatgatcatcctcaacgagactatccgcgctgagctcatcgtcttc
cttgctctcttcgctgatttggccaccgtcgctgtcgcttacgacaacgcccactctgag
caacgtcccgtcgaatggcaactccccaagatctggttcatctccgtcatccttggtctc
ctcctcgctctcggtacctggatcgtccgtggtactctcttcatccccagcggaggtatc
atccagaacttcggtgctatccagcccattctgttcctcgaggttgctcttactgagaac
tggctcatcttcgttactcgtggtggcaagactttcccctcattccagctcatcatcgcc
attctcggtgtcgacgctctcgcgaccatcttcaccctcttcggctggatgtctggtgct
ccttaccaaaccaacccccctaccatcaacagcaggttccgtgacgacggatgggtcgac
attgtcaccgttgtcgttgtctgggcttactccattggtgtcaccatcatcattgctatc
gtctactacctgcttaaccgcatcgcatggctcgacactctcggccgcaaggaccgcagc
cgcaagaaccctgctattgagaacatgattgctgccctcagcaagctgtccctcgagcac
ggcaaggacaagcacggcacaacccgctacgtccttgctccccgcgctgttgaggaggag
gatgatgagtaa
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