Leopardus geoffroyi (Geoffroy's cat): 123603735
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Entry
123603735 CDS
T10761
Symbol
ATP6V0A1
Name
(RefSeq) V-type proton ATPase 116 kDa subunit a1 isoform X1
KO
K02154
V-type H+-transporting ATPase subunit a
Organism
lgf Leopardus geoffroyi (Geoffroy's cat)
Pathway
lgf00190
Oxidative phosphorylation
lgf01100
Metabolic pathways
lgf04142
Lysosome
lgf04145
Phagosome
lgf04721
Synaptic vesicle cycle
lgf04966
Collecting duct acid secretion
lgf05152
Tuberculosis
lgf05165
Human papillomavirus infection
lgf05323
Rheumatoid arthritis
Module
lgf_M00160
V-type ATPase, eukaryotes
Brite
KEGG Orthology (KO) [BR:
lgf00001
]
09100 Metabolism
09102 Energy metabolism
00190 Oxidative phosphorylation
123603735 (ATP6V0A1)
09140 Cellular Processes
09141 Transport and catabolism
04145 Phagosome
123603735 (ATP6V0A1)
04142 Lysosome
123603735 (ATP6V0A1)
09150 Organismal Systems
09155 Excretory system
04966 Collecting duct acid secretion
123603735 (ATP6V0A1)
09156 Nervous system
04721 Synaptic vesicle cycle
123603735 (ATP6V0A1)
09160 Human Diseases
09172 Infectious disease: viral
05165 Human papillomavirus infection
123603735 (ATP6V0A1)
09171 Infectious disease: bacterial
05152 Tuberculosis
123603735 (ATP6V0A1)
09163 Immune disease
05323 Rheumatoid arthritis
123603735 (ATP6V0A1)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
lgf04147
]
123603735 (ATP6V0A1)
Exosome [BR:
lgf04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
123603735 (ATP6V0A1)
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SSDB
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Paralog
Gene cluster
GFIT
Motif
Pfam:
V_ATPase_I
DUF6571
Motif
Other DBs
NCBI-GeneID:
123603735
NCBI-ProteinID:
XP_045344884
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Position
E1:40991017..41050357
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AA seq
870 aa
AA seq
DB search
MGELFRSEEMTLAQLFLQSEAAYCCVSELGELGKVQFRDLNPDVNVFQRKFVNEVRRCEE
MDRKLRFVEKEIRKANIPIMDTGENPEVPFPRDMIDLEANFEKIENELKEINTNQEALKR
NFLELTELKFILRKTQQFFDEAELHHQQMADPDLLEESSSLLEPSEMGRGTPLRLGFVAG
VINRERIPTFERMLWRVCRGNVFLRQAEIENPLEDPVTGDYVHKSVFIIFFQGDQLKNRV
KKICEGFRASLYPCPETPQERKEMASGVNTRIDDLQMVLNQTEDHRQRVLQAAAKNIRVW
FIKVRKMKAIYHTLNLCNIDVTQKCLIAEVWCPVTDLDSIQFALRRGTEHSGSTVPSILN
RMQTNQTPPTYNKTNKFTYGFQNIVDAYGIGTYREINPAPYTIITFPFLFAVMFGDFGHG
ILMTLFAVWMVLRESRLLSQKNENEMFSTVFSGRYIILLMGVFSIYTGLIYNDCFSKSLN
IFGSSWSVRPMFSLYNWTDETLRGNPVLQLNPAVPGVFGGPYPFGIDPIWNIATNKLTFL
NSFKMKMSVILGIIHMMFGVSLSLFNHTYFKKPLNIYFGFIPEIIFMTSLFGYLVILIFY
KWTAYDAHTSEKAPSLLIHFINMFLFSYGDSSNAMLYSGQKGIQCFLVVVALLCVPWMLL
FKPLVLRHQYLRRKHLEGQPVEAPVSPTPSQQGLEAAAAATGTLNFGGIRVGNGPTEEDA
EIIQHDQLSTHSEDAEEPTEDEVFDFGDTMVHQAIHTIEYCLGCISNTASYLRLWALSLA
HAQLSEVLWTMVIHIGLSVKSLAGGLALFFIFAAFATLTVAILLIMEGLSAFLHALRLHW
VEFQNKFYSGTGFKFLPFSFEHIREGKFDE
NT seq
2613 nt
NT seq
+upstream
nt +downstream
nt
atgggggagcttttccggagtgaggagatgacgctggcccagctttttctacaatcagaa
gctgcttattgttgcgtcagtgaattaggagaactgggaaaggttcaatttcgtgattta
aatccagatgtgaatgttttccagcggaaatttgtgaatgaagttagaagatgtgaagaa
atggatcgaaagcttcgatttgttgagaaagaaataagaaaagctaatatcccaattatg
gacactggtgaaaacccagaggtgcccttcccccgggacatgattgacttagaggccaat
tttgaaaagattgaaaatgaactgaaggaaatcaacacaaaccaggaagctctgaagaga
aacttcctggaactgactgaattaaaatttatacttcgcaaaactcagcagtttttcgat
gaggctgaattgcatcatcagcagatggcggatccagacttgttggaagagtcctcgtcc
ctcttggagccgagtgagatgggaaggggcacaccgttaagacttggcttcgtggctggt
gtgattaaccgggagcgcatccctacttttgagcgcatgctttggcgggtgtgccggggg
aatgtgttcctgcgacaggctgaaatcgagaaccccctggaggatcctgtgactggtgac
tacgtgcacaaatctgtattcatcattttcttccaaggcgatcagctgaaaaacagagtc
aagaaaatctgtgaagggttccgggcctcactctatccctgtcctgagacaccacaggag
aggaaggaaatggcttctggagttaataccaggattgacgatctccaaatggttctgaat
caaacagaggaccaccgccagagggttctgcaggcggctgctaagaacatccgtgtctgg
ttcatcaaggtgcggaagatgaaggccatctaccacaccctgaatctgtgcaacatagac
gtgacccagaagtgcctgatcgccgaggtctggtgccctgtcactgacctcgactccatc
cagtttgcgctaagaaggggcacggaacacagtggctccactgtgccctctatcttgaac
aggatgcaaacaaatcagactcccccaacctataacaaaacgaacaagttcacatacggc
tttcagaacatagtagatgcttacggaatcgggacttacagagagataaacccagctcca
tataccatcatcactttccctttcctgtttgctgtgatgtttggggactttggccatggc
attttgatgaccctctttgctgtatggatggtgttaagggagagccggcttctctcccag
aagaacgagaatgagatgtttagcacagtgttcagtggccggtacattattctactgatg
ggtgtgttttccatctacactggcctcatctacaatgattgcttttccaagtctcttaat
atcttcgggtcatcctggagcgtacggccaatgttctctttgtataattggacggatgag
acacttcgggggaaccctgttctacagttgaatccagctgtccctggagtttttggtgga
ccatacccttttggcattgatccaatctggaacattgctaccaataaactgacctttctc
aactcctttaaaatgaagatgtctgttatccttggcatcattcacatgatgtttggagtc
agcctgagcctcttcaaccatacctatttcaagaaacccctgaatatctactttggattt
attcctgaaataatcttcatgacctctttgtttggctacttggttatcctcatattttac
aagtggacagcctatgatgctcatacatctgagaaggcaccaagccttctgattcatttc
ataaacatgtttctcttttcctacggtgactctagtaatgcgatgctttattctggacag
aaaggaattcagtgtttcctggtagtggtcgcgctactgtgtgtaccttggatgctacta
tttaaaccactggtccttcgccatcaatatttgaggaggaagcatttggaagggcagcct
gtggaggccccagtcagcccaaccccgagccagcagggactagaggcagcagcggctgca
acaggaactctcaactttggtgggatcagggtgggcaacggaccgacagaggaggatgct
gagattattcagcatgaccagctctccacccattcagaggacgcagaagagcctaccgag
gacgaagtgtttgactttggggacaccatggtccaccaggccatccacaccatcgagtac
tgcctgggctgcatctccaacaccgcctcttacctgcggctctgggccctcagcctcgct
catgcacagctgtctgaggtgctttggaccatggtgatccacatcggcctcagcgtgaag
agcttggcaggaggtttggcgctgttcttcattttcgccgcctttgccaccctgaccgtg
gccatcctcctgatcatggagggcctctcggccttcctccatgcgctgcggttacactgg
gtcgagttccagaataaattctacagcggaaccggtttcaagttcctacccttctccttt
gagcacattcgggaagggaagtttgacgagtga
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