| General information | Literature | Expression | Regulation | Mutation | Homolog | Interaction |
Basic Information | |
|---|---|
Gene ID | 528 |
Name | ATP6V1C1 |
Synonym | ATP6C|ATP6D|VATC|Vma5;ATPase, H+ transporting, lysosomal 42kDa, V1 subunit C1;ATP6V1C1;ATPase, H+ transporting, lysosomal 42kDa, V1 subunit C1 |
Definition | H(+)-transporting two-sector ATPase, subunit C|H+ -ATPase C subunit|H+-transporting ATPase chain C, vacuolar|V-ATPase C subunit|V-ATPase subunit C 1|V-type proton ATPase subunit C 1|subunit C of vacuolar proton-ATPase V1 domain|vacuolar ATP synthase subun |
Position | 8q22.3 |
Gene Type | protein-coding |
Pathways and Diseases | |
Pathway | Vibrio cholerae infection;KEGG PATHWAY;hsa05110 |
Pathway | Metabolic pathways;KEGG PATHWAY;hsa01100 |
Pathway | Collecting duct acid secretion;KEGG PATHWAY;hsa04966 |
Pathway | Epithelial cell signaling in Helicobacter pylori infection;KEGG PATHWAY;hsa05120 |
Pathway | Signaling by Insulin receptor;Reactome;REACT:498 |
Pathway | Oxidative phosphorylation;KEGG PATHWAY;hsa00190 |
Pathway | Phagosome;KEGG PATHWAY;hsa04145 |
External Links | |
Links to Entrez Gene | 528 |
Links to all GeneRIF Items | 528 |
Links to iHOP | 528 |
Sequence Information | |
Nucleotide Sequence | >528 : length: 5704 GCGCGGGCGTAGGCGGAGCAGCGCGCGCCGCGGTCAGCTGACTGCTGGGCTGGCACGTGA CTTGTTCTGTGTTCGCTTGGGTAGAGGAAGCCGTGAGGCCGGAGCTTAGGTCGGGAAGGG ATGGATCGCTGAGCCGATAGCGTCCGCTAGGCTGTCTGCCTCGGTACCTGTTACTGCTGC TACTTCCTCGTTTGACACCTTCCTGGAATCTCTCTTGATTTTTGAGGAAATACCTAGTAA CAAACATGACTGAGTTCTGGCTTATATCTGCTCCTGGGGAGAAAACCTGTCAGCAAACAT GGGAGAAATTGCATGCGGCAACTTCAAAGAACAATAATCTTGCTGTCACTTCCAAGTTCA ATATTCCTGACTTAAAGGTTGGCACGTTGGATGTCTTGGTTGGCTTGTCAGATGAACTGG CTAAACTGGATGCATTTGTAGAAGGAGTGGTTAAGAAAGTAGCTCAATACATGGCTGATG TATTGGAAGATAGCAAAGACAAAGTTCAAGAGAATCTGTTGGCTAATGGAGTGGACTTGG TTACTTATATAACAAGGTTCCAGTGGGACATGGCCAAATATCCAATCAAGCAGTCCCTGA AAAATATTTCTGAAATAATTGCCAAGGGAGTAACTCAGATTGATAATGACCTGAAATCTC GAGCATCTGCATACAATAACCTGAAAGGAAATCTTCAGAATTTGGAACGAAAGAATGCAG GAAGTTTGCTAACTAGAAGTCTAGCAGAAATTGTGAAGAAGGATGACTTTGTTCTTGATT CAGAGTATCTCGTCACATTACTGGTAGTAGTTCCCAAGTTAAACCACAACGACTGGATTA AGCAGTATGAAACACTAGCCGAAATGGTAGTTCCAAGGTCTAGCAATGTTCTTTCAGAGG ACCAAGACAGTTACCTGTGTAATGTCACCTTGTTTAGGAAGGCAGTTGATGACTTCAGAC ACAAAGCCAGAGAAAACAAATTCATTGTTCGTGACTTCCAGTATAATGAAGAGGAGATGA AAGCAGATAAAGAAGAAATGAACAGGCTTTCTACTGATAAGAAAAAACAATTTGGACCAC TTGTACGGTGGCTGAAAGTGAATTTTAGTGAAGCATTTATTGCATGGATTCACGTGAAAG CATTACGGGTTTTCGTTGAGTCTGTTTTAAGGTATGGCTTGCCAGTGAACTTCCAAGCAA TGCTACTTCAGCCCAATAAGAAAACTTTGAAGAAACTGAGAGAAGTATTACATGAATTGT ATAAACATCTAGACAGCAGTGCAGCAGCTATTATTGATGCTCCTATGGATATTCCAGGTT TAAACCTGAGTCAACAAGAATACTACCCCTATGTGTACTACAAGATTGATTGCAACTTGC TGGAATTCAAGTGAAAATGGGCTCCTCCCCCGACAATCCTGTCCTTGTGTTTGTGTGTGC TAACAGAAATAAGTTGCAGTATGGTCGTACTTTTAACTCTAGTATCCTTTGCTTGCTTCT TACGCCCTTTCCTAGGTGAATTCTCCCACAGTGGTCTGTATCTCAACATTTTCTTTTTAA AGGAAAAAATATATATATATAGTTTCTTTTTATTGATCAGGTCTGTAAATGTGTACTAAA AAAATCAGAGTTTATTTATAAACAAAATAGTTTATTTAAAGAGAAGGTCTCTTCCTTATT GATATCATGGTATGCATTAATTCCATTTGTTACTATTGTGCACAAAAGCCCTGTTCACAG GGGAATGGTGTAAACATTTATACTGTTTTGTTCACTGTATTTAGTAGACATAACTGTTGA ATAGTTACTGAATCATGATGTAAAGAATATGTGACCATCTTCAGGTATGGGATTTCTGAA CGTTTCAAATTTCAATCAATGAGCACTGTCAACACCCACAGGAGAGAATAAAATTACCTG TGCAAAGGTGTATTGTGGTGTGTGTAACTTAAGATTACAGTTCTGTTTGAGAGTTAAATG ATGTCATAGCTCACTTGCTATGCTGCTTCCAGGATTTTGTTATATGCTGAGGTGTAACCA TTTGTGTTGTCTGACTTTCGTATGATTTAATTGAGCCAAATTTGGGTCAGAACACAAATT TGAAGATGACTTTTCAGTATATGATGGGTATTTACATTTGAACACTAGAATTTTAGGTCT CTCAAATAATTAAGAATAGAGCCAGTTTTGAATAAAGTCTAGCAGAACTATGCAGCTTTA GTCATTTGTTTTGTCTAAGTCTGTATTTTATGTGTTGTCTTCTTAAGATCTATAATTTTG GCATTTATGTCATTTGTGACATAGTCTGAAAATAGAGACATTGTTGGCCTTTAAAATCTC AGAAATGAATGACTTAATTTAGTGTCCTGAAAGAGCTTTTAAAAGAGGATTTTGTGGCAA TGTTTCTCTTACTACGTACTCACAGGTTTGCAAATGGGAAAAAAGTTTACATTTCAGTTT AGGGGCATATCTAAGCTATGCTATTCCCTTTAGAAAATTAGCCTCCAAAATCTTTTGTTT CAAAATATTATATTATTTCATAAATAATTTCAAGCAAATACAGACATCCACAATGTAGAA CATGAGAGACCCCCTCCCTCAATTTCCACCTCCCAAGGGAAGTTTATGTATTTTTCTAGG CCCTTTTCTATGTCTTTACATCTCTGTCTCACACACACACACGTATACACACACACAGTT TATTTTTAATAAAATAGGATTATACCACACACATCCTGTCACTTGCTTTTTTGCTTAAGA GTATATCTAAGAGAATCCTTTGTGTCAGTGAAGCTGGAGCTACCTCATTCTTTTAACTGG CTGCGTGGCGTTCCATTGAGTGTCTGTCATCATGTGTTTAGCCGAGTGGATGGATAGTCT GCTTGTTTTTAGTTTTTGCTCTTAACAAACACTGCTGCAGTCAGCATCCTTGCACAGATT TCTTTGTATACTTGTATTAGTATTTCTGTAAGATCTGAGAAGTGGAATTTGTAGGGTCAT AGGTTATGTACACTTAAGTTTTTGACACTCACTGCCAAGTCATCTGTCAGAATTCTAAAC TAAAGACATGTTTGGAGTGTGGATTTATCTTCAGTTTTTCTTTGGACAAGAGGAAGCTGT GAAAGATTTTGCTATCAGAAAATTTTGGTTCTTTGTCTTTTGCACATGTTCTTTGAGTCT TAGTATCTGTAACGTGGCGCTACTCTCTCTATCATGGGGGGGCATGTTTTGACATTAAAT TGACTTTTAAGAAAAACATGTCACTAACCTGAAGCTCAGCCACACAGTGACTTTTAAGGT TTTATTTAGACTTTACTGTTGTTCTCATGAGAGTAGGTACAGACTGCATAAGGTTTAGAA TCCCAGCATATGTCTGAAACGACGGGACTTTCACTGTGATTTCCACCAGAGAAATTATAG CAGAGTGGCTGAGCATGTGCTCTGAGGCCAGGCCCCAGCTCTGCTGCTGACGAGCTGTGT GGTCCTGGGCAGAGTGGTCTCCGAGTTCCAGTCCCTCCTCTGTAAAATGGGCATGATTAG AGTGCCCACCGCATTAGGGATGTTGGGGTGAGTCAGTGTGACCCCACGTGCACAGAAAGT GCTGCGAGTGGTGCATGGTGAGAGGTTGATGCAGGTACTTAGCCCTTGGGGAACACAGGT AGTTCCTTTTCACTGTGTTTAATTTGGGAAAATCCAGATCCACATCATTGTAGAGTCTGA GGGTTAGAAGGAAGTCATTGTGTCTAACATAACAACAGAGCAGTTTGTGTCACTGAGCTC CAGTCTGTGCTGGATTATTGATATTGTTGGTGGCGGTCACCATTCCTGGAAAGGGACTGT CCCAAGCCACTTACCTTCCCGAGGAGTCTGCTGGTTCTCCTTGAGGATAGTGCTTAGATA ACAGACTCATTAAACATTTACTGAGTGTCTGTCAGGGATCATTCACATCCACATCATCCT CCCGGCCCCTCCCCGTGTTGTTCATGGAGGGAGTACTGGCGGTCCCCATTTTCATGTATG GAGACTTCAGGTGAAAGAAGTTAAGTGAATTCTTTGTTGAGTCACAAATCTTGAGCCAGT CAGAATTTGAACCTAAGATTTTTGACTGCTGGTTGTCACACTTCCCGCCCCACACTCAAC TGTTGTGTGAATGAGCCAGACACATTGCTTAACCTGAGTCCGAGATGGACAATGGTATAG GAAAGATATTCGGTATGGAGAATCAGATGTTAACTTGTGTTGCTATTTTTGTTTTGTTTT GTTTTGTTTTGTTTTTGAGACAAGGTCTTGCTCTGTCACCCAGGCTAGAGTGCAGTGGCA TGATCAGGGCTTACTGCAGCCTCACCCTCGATTTCCTGGGCTCAAGCAATCCTCCCACCT CAGCCCCCAAGTAGCTGGGCCTACAGGTGCGTGCTACCACGCCTGGCCAATTTTTTAAAT TTTAGCACAGATGAGGTCTCACTATGTTGCCCGGGCTGGTCTCGAACTCCTGAGCTCAAG GGATCCTCCCGCCTCAGCCTCCCAAAGTGCTGGTGTTACAGGCATAAGCCACCACGCCTG GCCTGTGTTGCTATTATATTTGGCAGGAACCCAGAGTCCAGAACATTTCATCTATGATGG GTTAGATAATGTGTCTAGTTGTTTGCATGCCAATTTCAGTAGCCTCAGTTATTCAACCTA GGAGATTTTTCTACCTCTTTACTACCCTGCTGAAGTTGCTCTTCAGCAGAAAATCTTTGT GGAACACATTCCACACTTTGAAATCTTCGTGGAACAAAAGATATTTGTGGAACCAATCTT TGTGGAACATATTCCAGCTTTTTGAATGAGTGCATATCCAGTAGTACCTTTAAAGTAACA CTTTGTACATAACAAATACTCAGCAAATGTGAAACTTTATTTGCTCTTACTTCAAAATTA GTCCAAAATGTTGGAAATAAAATATAAGACATTGATCTAGATATGAGGTTTTTCTCCTTC ATTCTCAGCTGTCGAAGAAATCAAAGTAGCATATGCACAAGGTTAAAAACCACATATACA AATACTATAGAACAGCTTATAATGAAAACCTTGCCTGCCTTTATAAAAAATGTGATTATC TTCTTCTGTTAATGTCAATAAAAGATGGTTTGTCCTAGAAGGTCTATAAATGGTATTATG TTCTGGAGGAAACCTAGCAAAAACTTTGCTAGTTTAGTACTTGTCTCTAAATTGATGTTC ACCCATTTCAATATTGCACTTATTAATGGTCTTTATTTTTCTAGCATAGATAACAATTGA TTCTTTAGATTCATATATGGAGGTAATTCTTGCTTTCTAAAGAAAGGAATATGGCACATT GGAACCATTTTATTCACCAGTGGATTTACCCTTAGAGTATTTTTAGATCTGAGCTGATGA CTTGTGAGAGAAAAAGGGAACAGAGTAAAGCCATGGAAGCCATGAACAGTAAGAGACTGC CGCCTGGCATGGTTTCTTCTTCTGCAGAAGATGAAACTGAGGAGAAACAAGACAACATCC TTCATACCAGGAATGGTCAAGATAATGCAAGAAGAAAAAAGCTTTCAAACAAATCAGAAG GCAGTCAACAAACAGAAAGGGGGACATTCCTTCCCTGGCAGTTACTCAAAACTGAAATTG CTTATTGTGTACACCGGGGCTTGTACTTGGGGAATTTAATAAAAATGCTCATTACCAAGC TCCA |
Protein Sequence | >528 : length: 382 MTEFWLISAPGEKTCQQTWEKLHAATSKNNNLAVTSKFNIPDLKVGTLDVLVGLSDELAK LDAFVEGVVKKVAQYMADVLEDSKDKVQENLLANGVDLVTYITRFQWDMAKYPIKQSLKN ISEIIAKGVTQIDNDLKSRASAYNNLKGNLQNLERKNAGSLLTRSLAEIVKKDDFVLDSE YLVTLLVVVPKLNHNDWIKQYETLAEMVVPRSSNVLSEDQDSYLCNVTLFRKAVDDFRHK ARENKFIVRDFQYNEEEMKADKEEMNRLSTDKKKQFGPLVRWLKVNFSEAFIAWIHVKAL RVFVESVLRYGLPVNFQAMLLQPNKKTLKKLREVLHELYKHLDSSAAAIIDAPMDIPGLN LSQQEYYPYVYYKIDCNLLEFK |