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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0136100 |
| Transcript ID | LotjaGi5g1v0136100.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Calcium-transporting ATPase; TAIR: AT2G41560.1 autoinhibited Ca(2+)-ATPase, isoform 4; Swiss-Prot: sp|O22218|ACA4_ARATH Calcium-transporting ATPase 4, plasma membrane-type; TrEMBL-Plants: tr|Q93YX7|Q93YX7_MEDTR Calcium-transporting ATPase; Found in the gene: LotjaGi5g1v0136100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:32255600..32266159) extracted from Lotus japonicus Gifu genome v1.2.
CTTTGAAAAAAAAAGTAATTTTATTAATAAAATATTAATTGAAATATTTTAATAGCATACTTTTGAAGAGCTTAAAGGAG GTACACTAACATTGTAACCCATGATTTCACAGAAAACCAATGCCTTTCTTTCCTTTTAACACTTTAGATCCAATTTTGAA AATATTAAATTATAAAATTCTTTCTATAAATTATATAATAAAATATTACTCCCTAGCTGAAGATGAAGAGGCTCTAAAGA TGTTTCGATCTAGAACCACTTGATTGATTGATTCAGATTCAGAATCAACGGGAACCAGTCTTTATTTAACGCGCAATATC AACGAACAGTCCTCCATTTCAACTCTCCGTTCTGTTTGTGAGCGCGTGCTTCCTACTGGCTCACGTTTAATCCCTTTCCA TTCTTCTTCTTCGTTTTCTTTCCACTCAGAGCTCTTACTTCATTCAAACAAATCCTCTTCTGGTTATGCTTTGGAAGAGC GATTTGTAGCTAAATGGAGAGTTTACTGAAGGATTTCGAACTGGAAAACAAGGATCATTCCATTGAAGGTTTGAGTAAAT GGAGATCTGCTGTTTCATTGGTCAAGAACCCTCGCAGAAGGTTCCGCAATGTCGCTGATCTCGTCAAACGCCTCCAAGCA CAGGAGAAACTCAAGAAAATACAGGTCGGTCTCAATCTCAATCTCCTTTAATTTCTCTTCTCTTCTTCAATTCGATTCCT GTGTTTCTCTTTCTATCTTTGATTTTCATGTTGTTGACCCTAAATTAGGGATAGGATTTAGGAATAGAAAGTAGAAACAA ACAGAGGGAGTAGCAAAGTTATAATGGATGGATGGATGCCAATTAAAGTGAAATCCATTTTGGGTAGGAAAAAGCAAACC AGAACCCCAAGGACTCTAGTAAAGTAGCAGAAAGTTGCATTAAAAATTAGGCTTAATCTTCAAATTGGTCCTGTGCTGAA CTAGGTTGCTCGCGGGAAATTTTTTAGCAAAAGATCCTATATTTTGTAAAACGTGTGGAGCAAATCGGGGCTCCAAGTGA GCGATGACACGGCGAGACAAACACATGACTAATTTGAGAAAACTTTTTTTCCTGCATGATTTATTAGTTGAAAGTGGTGA CTGAATGGTGACCAAATCAAATCAAATTGGGCACAGATAGGGGAAGAGGAACAGATTCTGAGTTTACAATGTTGTTTATT CATGGCTGGCTCCTCACGTTTAGAGGGGTTAATAGTAATTAATTATTTAATTATCTACTTTCAAAAATTCAATAAATTAG CTCAAATAATAGTTGTAGACTTGTAGGATGTTTACTTTACCCATTTTAGAGGACTTGACCCTATTTATGCTATGTTTTAG GTGATAGCTACAAATTTAATTTGTTAATGCTATTTTTATGAAATTAATTTCAATTAAAAATGAGTTTCAAATTAAATAAT GCATACGTAAAATTAAATTTCTTACCACGCGAGTGGTTGGTTCATGCAATACATATTTTGTTCCTCTTAAAGATAGATTT TGGGTTCGAGACTTATAAATAAAAAAAATAAAATAAAAAATCCCAATCAAACAGGATTTGCCTACCTGTAAGAAAAAAAA TTATTTTCTGATAAATTTAATTCTTAACCTGACATGAAATTTTTGTTTTATTTTTAACGAACATTTAAGTGTGAAAATAA GTAAGGCTTAATAGTTCTTTTGGTTCCTCACTTATCACTATTTTGCACTTTTGGTCCCTAATAAAACAATTAGCACTCTT GGTCCTCCATATTGCTTAATTTTTTGTAAAAATGATCCCTATTTGGGACTAAAACGGTAAAAGTGTGTAAATATGAGGGA CTAATTTTACTAATTTTTTCTGGAGGGATCAAAAGTATAAAATTGTGATAAGTGAGTAACCAAAAGAGCTATTAAGCCAA TAAGTAAATAACAGATTCACCAAAAAATAAAAAGGTGGGAAAATAACAGCCTTTTTATCCCATAAAATATGACTTTTTAA ATGAGATGTTATGAATGATGAAACGGAGATGACCGTTTATAAGGGGTGTTTGATTTCGCTCATAAATGAATTTTAAAAGA ATTGAAAGCACATGGAGGAGCACTATGCCCACATGCCCAGTGGCCACCATAACTGGATTTGGCATGTTTTGATGTTCATG AACCCTCCGCACTTTACTTTTAAATGGCACTAGCATATATGCTCATCAAATATAATAAATATTAAATTATGAATAATGCT ACTCACAAAAGATTGTCTCCCGAAACGATTCTATTTTTAACATACATGCTCTTCAAATATAGTTGTATAAAGATTTCAAA TCATGTTGTAATTTGTAGTATCTTTTAATGCCACTCTTATATAAAATTAAAAGAATAAAATATGTCGTCACACGTGCTCA CGTTGTGCTTCGTCACGCTTGAGCTTTATGACCAAATACCACGAAAGTTTGAATTTCTTTTGAGTGGGTTGGGTTGGGTT GAAAAGGTGGAGATTCATATATTTTGGCCGGCCTCACCTAACCAGCTCATTTTCTTTTTAATTAACAAAAACATAAAACG ATTTATAATATGAAAATAACAATATGGGGCAGTATGAAAATAAAGATTATTGTCGTAGAAACCGAGTACAAAATAAAGAG AAATAATATGATCATTTTTTTTTTTGAACTCAATATGATCATTTAAATAGAGAATATGAAACTTCTCTTTTTATTTAATT ATTATATAGAAGAGTGAGAAAAAATAGATTATTTTTATATATTTTTATTGAATATCATTATGTAATTTTATCTTTTTTTC ATTTTCCTGTTTGTGAGTTTTACTATATTTCTCTTTATTTATTTTCTTTCCCTTATCAAAACTATTAAAAAGAACAGTAC ATTTCTCTTATTAAAAACTGAGCTTTACGGCATGTGAAATTTTGATTATCGTGTTTCTAGGGTGACATTAAAAACTAAGC TTTGTTTGTACAGTTAACCTTGATTATAGAAATACCTTGAACTCTAGGCTTTTAATTCAACGTAGTGACAAGTGCAAGCA ACGAAACTTCCTGGAACTTTCCCTTGGCCAGAACAATTACCTAATATTGTTTGACAAGGACAGAAATTTTGGTGTCAGCA AGTTGTTGAATAAATTTGAAAGAGTATTTAGTTTGGATGGCTCTACCTTGACGATAGGGTTGGGATGGGGCACTGTAGTG TGTGGCACTCTTTTATGTTATCTTTGGATTGGATATATTGGATTGGATGGATGAAATATAATAAAATAAATTGGAGTAGA ATATAATGGAATAGAATAAAATAAGGTAAAATAAAGTTCCCATTTCATTATATTTATGTTTAGATATTTATGATGGATTA CAATCTTTATTGAGAGCTTAATTTTGATATTTATCAGTACCAAACTTCACGCTACGTAGTTTTAATTTACATGACATTGT GAGTGTGACAATAACTTGTGCTAGAGTGAAGTAGAGCAGGGGAAAGTCAACGAAGCGCAATGGAAATCAGACATAGGCAT GAGCCGGAATATTTGATACACACCAACAAACCTTTAAAACACCTTACATAAGACAGTAAAAATTAACAGCCCTTAGACTA AATCTAAGTTTAATTCTTAGAAAAATTGGTGGTATTCAACTGATTTGAATTAGTCGTATTCAATTTTTTTATTCAATTTT GTTTTTATAGGCAAATGTTAGTTTTGTTAGTATATTAGTATAAATTATCCCTCATCAGGGTTCGAATCCTGGCCCTTCAC CTTCAATTACCCTTAGCTCAACCATGTGAGCTACCCATCCAAAATCCAAAATAGAAAATCCACATGCATGGACTATTATT TTTATTGACTTTTATCTTATAAGCAAAGTATATATGCTAGATTATAACTGGTTCAACCATGGTTGAATCCAACCTCAAGC ATGAATGAGCTGAAAAAGAACTCTTGGCTACATTACAAAGGATGAGTTGGATCGAGATGAAAGACAAGAACGGAACACAT ATTTGGGGGAGGGGGGGAACAAATGATTTATGAAAAGGAATGCACAAAACCTCCCAGCTTAGTTTTAAAATAAAGCGACC CTATCTGCATACTAGGTTTTACATCTACATTCCCCTGAACGCCTATCAAACATAGATCCTTAGGGAAATTTGCCCGACAA ACCTCCTTCCCCTACTACTTCCGCTGGAAGAAGTTCCGAAGGACAAATATTTAGAGCACTAATAATATGGACATGTTTAT GTAAACAACTTAATTAATTGCTTATGGCTTTAAGGGCCTATCCATAAGCTGATTTATGAAAGTTTGTTGAAATAAGCTCA AAATAGCTTATAGATTGGTATAAACACTTTGATAGAGAGCTTGTATCGGCCAGACAATGGGAGCATTTAGGGAATAAAGT CCTTGAGCTACTGCTTTAAGAAGGATGTCCACCTGTTTATCTTCATGGTAATACCTGTGAAGTTTGGCTACAAGGAAGTG CGTATGGAGAAAGGCGCTTTGAGCTAAGTGGGAGAAAATACCTTGTAAGTTGAGAAGACGATGAAGGGAAAATATCTGTC ACTTCAGAATTAAAATCTCCAAGGTACAAGACTGGTCCAATATTGTTCAATTTAGAACACAATTTGTCCCAAAGATGGAA AGTATGGATTTTGAACCATGGAAAGCATAAAAGCCAAAGGGCCAGTGGCTCTAATGAAAGAAATTTGAACCCTTCATAAG CTTTACAAAGATTGAGTGTCTGTTGTACTAGGAAGTGTACAACAGGAGCCATGCATTAAATGGCAAGTCTCAACGTCTTT AATTCTTAAGGACGTTGTCTAACGGCATATGCTCCTAAAGACTATAAATATGCTCATGAAAGAATGAAGAGGGATAGACA CCAGAATTTGTGCTTACTGTGCATACTATAAATAGCACTCCAAGCTCACATTCATTTCATTCTTTTATTTATTGGCAAAG TTTTCATTCATTTATTGTATTGTACATCTTGTACTAACAAAATTGTAAAACATTCTCTAAGCTGAGTTTTTAAGTTTTAA TACAATCCTCGTTTATTGAGTTGAAATGCTAGACTTGTTTAGATTTGAAGAAGTTAATTCTCTTGTTTTTCAAAAATCTG TTGGTTTTAGCTTGAAGAGGCGGAGTCATTAGTTGTAACCTAAAGAGACAATAAGAATACTTAGTGTAAATTCGTGGAAG TTAGAGAAAAATCAGAAAAGTGTTTTGGGGAGTGGATGTAGCCCTAACTGGATTGGGTGAACCAGTATAAAAATCAAAGT GCGTTCTTCTTTCCCTTTACCTCTTTATTTGACAAACATTGAGGGATTTGAATTTGGTCATAAAAGAGCATTTTAAAAAC GTTTTTCTGCTTATACCTTCTGTGTGAACCGGTTTTATAAAATCATTTGTATCGTATGTGGTTCATTTGTCTGAACCATC GTTCCTTCAGTCCTAAGCTAACAGACAATACATTTTTAAAGAACTTGCTGATCCATTTGAAGGCTCTACAGATGAATAGC TTTTCCATCTAGTTTTTGAAAAGATTTTCAAAAACACATACAACCCCTTTCTTGTGTTTTTTTGTTACTTCAACTTTCAG TGTGATATGATAAAGGATAATGTATTTTGATTTAGAGTAAGGATATGACAGTCTATATCCTAAGGGCATGGCTATAACCT CTTCTAGATGCAATGACCATTATTCGCCGATAAACCTTTTCTAGGATATATATTGTCAATTAATTTTCACTGGTTTGATC ATGTTAATTTTGTCTATTCAATCAGGGAACCATTCGGGCTGTTATCTTTGCCCAAAGGGCAGCACTGCAGTTTAAGGAAG GTAAAGTTCTCCAATTCTTGAATTAAAATTCATATAGTTGCGTTAGAACTGATCATTTTCTATTGATGTGTGTTCTTTTT CTTATGTAGCTGTTGGTGCAACTGAATACAAGCTGTCAGAAAAGACGAGAGAAGCTGGTTTTGGTATTGAACCAGATGAT ATTGCTTCAATTGTCCGAGGCCATGATCACAAGAACTTAAGAAAAGTTGGTAAAGTTGAAGGGATAGCAAGTAAACTCTC AGTCTCAATTGATGAAGGTGTCAGTCAACACAGTATAAATAGCAGGCAAGAGGTCTATGGAGTCAACCGTTATACTGAGA AACCTTCTAAAAACTTCCTGATGTTTGTTTGGGATGCACTGCATGATGTAACGCTAATCATTCTCATCGTTTGTGCTATA GTTTCTATAGGTATAGGGCTTCCCACTGAAGGGTGGCCAAAGGGTGTTTACGACGGCGTGGGAATCATACTCAGTATATT CCTGGTAGTCTTTGTTACTGCTATCAGTGACTACAAGCAATCCCTGCAGTTCCAGGATTTGGACAAAGAGAAGAAAAAGA TCTTTGTTCACGTCACTAGGGATGGGAAAAGGCAGAAGATCTCAATTTTTGATTTGGTAGTGGGAGATATTGTTCATTTG TCAACTGGTGATCAAGTTCCAGCTGATGGGATTTTTATATCAGGATATTCTCTGCTAATTGATGAATCAAGTTTGTCCGG TGAGAGTGAACCAGCAAATATAGAAGCAGAAAGACCTTTTCTTCTTTCAGGAACCAAAGTACAAGATGGACAGGGGAAGA TGATAGTTACAACTGTTGGCATGAGGACTGAGTGGGGGAAGTTGATGGAAACTTTAAGTGAGGGAGGGGAGGATGAGACT CCACTGCAGGTGAAATTGAACGGAGTTGCTACCGTTATTGGAAAAATTGGTTTGACTTTTTCTGTGCTAACATTTGTGGT GTTGACAATAAGGTTTGTGGTTGAAAAAGCACTTTATGGTGAGTTTAGTAATTGGTCTTCTACTGATGCACTGAAGCTAC TGGACTATTTTGCTATTGCTGTAACCATCCTTGTTGTTGCAATTCCTGAAGGATTACCATTAGCTGTGACACTTAGTCTT GCTTTTTCTATGAAAAAGTTAATGAATGACAGGGCACTTGTGAGACATCTCTCTGCATGTGAGACTATGGGTTCAGCTAA TTGCATTTGCACAGATAAAACAGGGACATTGACTACAAACCATATGGTGGTTGATAAAATTTGGATTTGCGAAAAGACCA CAGAGATTAAAGGTAATGAGAGTGTGGAGAAACTTAAATCAGAGATATCTGAAGAAGTTATAAGCATCTTTTTACAGGCT ATATTTCAAAATACTTCGTCAGAAGTAGTCAATGACAAAGAAGGAAAGAAGGCTATTTTGGGAACACCAACAGAATCCGC ATTATTAGAATTTGGCTTGCTTTCAGGTGGTGATTTTGATGCCCAGCGTAGAGACTATAAGATACTTAAGGTTGAGCCTT TCAATTCATCCCGGAAGAAGATGTCTGTGCTTGTGGGTCTTCCTGATGGAGGGGTCCGAGCTTTCTGCAAAGGTGCATCA GAAATAGTATTAAAATTGTGTGACAAAATTATTGATTCTAATGGGACAGCTGTTGATCTTCCTGAAGAGAAGGCAAAGAA TGTCAATGATGTTATAAATGGCTTTGCCTGTGAAGCTTTGAGAACTCTCTGTTTGGCTGTCAAAGATATAAATGAGACTG AAGGAGAAACCAATATCCCTGATGATGGCTATACTCTGATAGCCATAGTGGGAATCAAGGACCCTGTGCGCCCTGGAGTT AAGGAAGCTGTTCAAACTTGTCAAAAAGCTGGAATAACTGTCCGCATGGTCACTGGTGATAACATAAATACAGCTAGGGC GATAGCTAAAGAATGTGGTATACTTACTGAGGGTGGTGTAGCCATAGAAGGACCTGCATTTCGTGACTTGTCTCCAGAGC AAATGAAGGATATCATACCAAGAATTCAGGTAGTGTTCTCATTGTAACTTCTGTGGCTTTTAATTCTCTTTTTAGATGGT GTCTTTCTTATGTGCTTAATATGGCTATAGGTAATGGCACGATCTTTACCTCTTGACAAGCATACCTTAGTAACCAATTT GAGGAATATGATTGGTGATGTTGTAGCTGTTACTGGTGATGGAACCAATGATGCTCCTGCGCTGCATGAGTCAGACATTG GGCTTGCCATGGGCATAGCTGGAACTGAGGTTTGTGCCTATTATTATTCATTGGCTTAATATGGTGAATTGATGGTATCA CATGTAGCAGTCCAATGTACTGTGCTTGTATAGTTGCTGTGCATTTTGATTAAGAAACAAAAGTGTTATCTCCAGTTCTT GTTATATTATCTGCTGCTAAGTTGTTAACAGTTTTCCTTTCCCTCTTGTCCCTCCTCTCCTCTTCTTTCTGCACTGAAAA GGAGCTATCTTAAATAAATAGACAAGACAAATTGTTAAACAAGTCTTTTGTTATGTCTTACCCGTGGTCTATTTTATGTG AATGCCTGGTTGATTATATTCTAATACTTTTTTTTTCTTTTAATTATACCTTTTACACAGGTTGCCAAAGAAAATGCTGA TGTCATTATAATGGACGATAACTTCACTACTATTGTCAATGTGGCGAAATGGGGACGGGCCATATATATAAACATTCAAA AGTTTGTGCAGTTTCAACTAACAGTAAATGTTGTTGCTCTGGTTACTAACTTTGTTTCTGCATGCATTACTGGTATGTTG ATTTATAGAAGAATTTTTTTCCATTGAATTGCTGAATCTGTTTTCAAGGAACTTAGATTAAGTTTTCTTCTTTATTTTCA GGATCTGCTCCACTCACAGCTGTTCAGTTGCTCTGGGTCAACTTGATCATGGACACTTTGGGTGCACTGGCCCTGGCTAC TGAACCTCCTAATGATGGACTTATGGAAAGACTCCCAGTTGGAAGGAGAGCCAGTTTTATCACCAAACCAATGTGGAGGA ATATCTTTGGCCAAAGTATATATCAACTAATCGTCCTCGGGGTTCTCAATTTTGACGGGAAGAGGCTACTGGGCCTTACT GGCTCAGATGCAACTGCAGTGCTGAACACTGTGATATTCAACACCTTTGTATTTTGCCAGGTGAAGTATCGCATATGCCC TCTCTAAAACACAAACTTTTATTTATGGCACAGAAGCTAATTGGTGGTTAAACTTGTCAAAGAAACTTGTTTTTTATCCA CACAGTTTATACAAATCTGGAAAAAATTGAACACAATTGAAAGATTTTCTGGATCAAAATTCATTTGAGCTTATGAATTA ATCTATAGTTTGTATATAGGCATTATTATTACTATACGTGATCTTTCTTTCTGAAAATAATTTATGCGACAGTACTTACT GTGAATAAAGGAACCTCCTTTTTGTACTGATGGATTATAAATTAAAAAGTGTTGAAGTCTCACATTGACTAGAGATATGA TTAAATAAGTCTTTATATAGGGAAAATGAGAGGGTGAGCCGGCACAACGGTGAGGTTTCTGCCATGTGACTTTGCGGTCA CAAGGATTGAGCAATCCTCCCTAAGCTAGCTTTAGGGGGTTGAGTTGGGCCTAACCCAAATTCTAAGAAAATGTTGTAAC ATGTTTACAGTTCTCACCTTATTGGATCTATGATCCTTCAACATGCCTTAAAAACTACATTAAAGCATTCAAGATGTTAA CTGACCTTGTTCCATTGCAACTCTTTTGACAGGTGTTTAATGAGATAAACAGCAGAGAAATTGAGAAGATAAACATATTC AGAGGCATGTTTGACAGCGGGATATTCTTTACGGTAATTTTCTCTACAGTGGCATTTCAAGCAATCATAGTTGAGTTTCT GGGTACATTTGCCAACACTGTGCCCCTAAACTGGCAACTCTGGTTGCTCAGCGTGTTAATTGGAGCAGTTAGCATGCCTA TTTCTGCTATCCTCAAGTGCATCCCAGTTGAAAGAGATACTACTACAAAGCACCATGATGGTTACGAAGCACTGCCTTCT GGTCCTGAGCTTGCATAAAAATATGGAACAATCAGATTTTGCCTTCCTTTCACTATGCACATGTTGATGAAATTTTGGCC TTTGTGCCTCCATGAATGTTGGTAGATTTTGAGAAACTAATCTCACAGAAAAAGTGGGTGAAAATCCACACACCAACTAC TGACCAAATTACTTTCGGTACGAAAAAGAAGTTTGTTTTGTACAATACTTGAATATACTGCGAATGTGCAAAACTTTTTG AAGTCTAAGTTTCATTTTTTTTCTCCTTTACCTGTTATCATGCAAAATGGTGAGAAAATGTTAGCAATATACTTTTTAAA GCACTCTTGAACAAAGTCTATATGATTGATTTATCAACACATTTAAAATATAAACTAATTACATGGAGTGTTTCAAATAG TGTGTTTAAAGGAGTGTTTCCCCTATCTATCCAAGGGATGGAAGCCTTTGGTGTCCCCTCCAGTCAAGAATTAGGCTCTC ACAATGAATAATCAATATACTTTTATCTCATGTTTTTCTTCATTCATGGTTCGATATTCTGGTGTCCTAGGCGTAGAGGA ACCACACCAATCCATCTCGAACTTTGGTTAAACTCTACTGCGGTATGTACGGACTTTGTAAAAGTAAATTAATTACATGG
CDS sequence (LotjaGi5g1v0136100.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAGAGTTTACTGAAGGATTTCGAACTGGAAAACAAGGATCATTCCATTGAAGGTTTGAGTAAATGGAGATCTGCTGT TTCATTGGTCAAGAACCCTCGCAGAAGGTTCCGCAATGTCGCTGATCTCGTCAAACGCCTCCAAGCACAGGAGAAACTCA AGAAAATACAGGGAACCATTCGGGCTGTTATCTTTGCCCAAAGGGCAGCACTGCAGTTTAAGGAAGCTGTTGGTGCAACT GAATACAAGCTGTCAGAAAAGACGAGAGAAGCTGGTTTTGGTATTGAACCAGATGATATTGCTTCAATTGTCCGAGGCCA TGATCACAAGAACTTAAGAAAAGTTGGTAAAGTTGAAGGGATAGCAAGTAAACTCTCAGTCTCAATTGATGAAGGTGTCA GTCAACACAGTATAAATAGCAGGCAAGAGGTCTATGGAGTCAACCGTTATACTGAGAAACCTTCTAAAAACTTCCTGATG TTTGTTTGGGATGCACTGCATGATGTAACGCTAATCATTCTCATCGTTTGTGCTATAGTTTCTATAGGTATAGGGCTTCC CACTGAAGGGTGGCCAAAGGGTGTTTACGACGGCGTGGGAATCATACTCAGTATATTCCTGGTAGTCTTTGTTACTGCTA TCAGTGACTACAAGCAATCCCTGCAGTTCCAGGATTTGGACAAAGAGAAGAAAAAGATCTTTGTTCACGTCACTAGGGAT GGGAAAAGGCAGAAGATCTCAATTTTTGATTTGGTAGTGGGAGATATTGTTCATTTGTCAACTGGTGATCAAGTTCCAGC TGATGGGATTTTTATATCAGGATATTCTCTGCTAATTGATGAATCAAGTTTGTCCGGTGAGAGTGAACCAGCAAATATAG AAGCAGAAAGACCTTTTCTTCTTTCAGGAACCAAAGTACAAGATGGACAGGGGAAGATGATAGTTACAACTGTTGGCATG AGGACTGAGTGGGGGAAGTTGATGGAAACTTTAAGTGAGGGAGGGGAGGATGAGACTCCACTGCAGGTGAAATTGAACGG AGTTGCTACCGTTATTGGAAAAATTGGTTTGACTTTTTCTGTGCTAACATTTGTGGTGTTGACAATAAGGTTTGTGGTTG AAAAAGCACTTTATGGTGAGTTTAGTAATTGGTCTTCTACTGATGCACTGAAGCTACTGGACTATTTTGCTATTGCTGTA ACCATCCTTGTTGTTGCAATTCCTGAAGGATTACCATTAGCTGTGACACTTAGTCTTGCTTTTTCTATGAAAAAGTTAAT GAATGACAGGGCACTTGTGAGACATCTCTCTGCATGTGAGACTATGGGTTCAGCTAATTGCATTTGCACAGATAAAACAG GGACATTGACTACAAACCATATGGTGGTTGATAAAATTTGGATTTGCGAAAAGACCACAGAGATTAAAGGTAATGAGAGT GTGGAGAAACTTAAATCAGAGATATCTGAAGAAGTTATAAGCATCTTTTTACAGGCTATATTTCAAAATACTTCGTCAGA AGTAGTCAATGACAAAGAAGGAAAGAAGGCTATTTTGGGAACACCAACAGAATCCGCATTATTAGAATTTGGCTTGCTTT CAGGTGGTGATTTTGATGCCCAGCGTAGAGACTATAAGATACTTAAGGTTGAGCCTTTCAATTCATCCCGGAAGAAGATG TCTGTGCTTGTGGGTCTTCCTGATGGAGGGGTCCGAGCTTTCTGCAAAGGTGCATCAGAAATAGTATTAAAATTGTGTGA CAAAATTATTGATTCTAATGGGACAGCTGTTGATCTTCCTGAAGAGAAGGCAAAGAATGTCAATGATGTTATAAATGGCT TTGCCTGTGAAGCTTTGAGAACTCTCTGTTTGGCTGTCAAAGATATAAATGAGACTGAAGGAGAAACCAATATCCCTGAT GATGGCTATACTCTGATAGCCATAGTGGGAATCAAGGACCCTGTGCGCCCTGGAGTTAAGGAAGCTGTTCAAACTTGTCA AAAAGCTGGAATAACTGTCCGCATGGTCACTGGTGATAACATAAATACAGCTAGGGCGATAGCTAAAGAATGTGGTATAC TTACTGAGGGTGGTGTAGCCATAGAAGGACCTGCATTTCGTGACTTGTCTCCAGAGCAAATGAAGGATATCATACCAAGA ATTCAGGTAATGGCACGATCTTTACCTCTTGACAAGCATACCTTAGTAACCAATTTGAGGAATATGATTGGTGATGTTGT AGCTGTTACTGGTGATGGAACCAATGATGCTCCTGCGCTGCATGAGTCAGACATTGGGCTTGCCATGGGCATAGCTGGAA CTGAGGTTGCCAAAGAAAATGCTGATGTCATTATAATGGACGATAACTTCACTACTATTGTCAATGTGGCGAAATGGGGA CGGGCCATATATATAAACATTCAAAAGTTTGTGCAGTTTCAACTAACAGTAAATGTTGTTGCTCTGGTTACTAACTTTGT TTCTGCATGCATTACTGGATCTGCTCCACTCACAGCTGTTCAGTTGCTCTGGGTCAACTTGATCATGGACACTTTGGGTG CACTGGCCCTGGCTACTGAACCTCCTAATGATGGACTTATGGAAAGACTCCCAGTTGGAAGGAGAGCCAGTTTTATCACC AAACCAATGTGGAGGAATATCTTTGGCCAAAGTATATATCAACTAATCGTCCTCGGGGTTCTCAATTTTGACGGGAAGAG GCTACTGGGCCTTACTGGCTCAGATGCAACTGCAGTGCTGAACACTGTGATATTCAACACCTTTGTATTTTGCCAGGTGT TTAATGAGATAAACAGCAGAGAAATTGAGAAGATAAACATATTCAGAGGCATGTTTGACAGCGGGATATTCTTTACGGTA ATTTTCTCTACAGTGGCATTTCAAGCAATCATAGTTGAGTTTCTGGGTACATTTGCCAACACTGTGCCCCTAAACTGGCA ACTCTGGTTGCTCAGCGTGTTAATTGGAGCAGTTAGCATGCCTATTTCTGCTATCCTCAAGTGCATCCCAGTTGAAAGAG ATACTACTACAAAGCACCATGATGGTTACGAAGCACTGCCTTCTGGTCCTGAGCTTGCATAA
Protein sequence (LotjaGi5g1v0136100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MESLLKDFELENKDHSIEGLSKWRSAVSLVKNPRRRFRNVADLVKRLQAQEKLKKIQGTIRAVIFAQRAALQFKEAVGAT EYKLSEKTREAGFGIEPDDIASIVRGHDHKNLRKVGKVEGIASKLSVSIDEGVSQHSINSRQEVYGVNRYTEKPSKNFLM FVWDALHDVTLIILIVCAIVSIGIGLPTEGWPKGVYDGVGIILSIFLVVFVTAISDYKQSLQFQDLDKEKKKIFVHVTRD GKRQKISIFDLVVGDIVHLSTGDQVPADGIFISGYSLLIDESSLSGESEPANIEAERPFLLSGTKVQDGQGKMIVTTVGM RTEWGKLMETLSEGGEDETPLQVKLNGVATVIGKIGLTFSVLTFVVLTIRFVVEKALYGEFSNWSSTDALKLLDYFAIAV TILVVAIPEGLPLAVTLSLAFSMKKLMNDRALVRHLSACETMGSANCICTDKTGTLTTNHMVVDKIWICEKTTEIKGNES VEKLKSEISEEVISIFLQAIFQNTSSEVVNDKEGKKAILGTPTESALLEFGLLSGGDFDAQRRDYKILKVEPFNSSRKKM SVLVGLPDGGVRAFCKGASEIVLKLCDKIIDSNGTAVDLPEEKAKNVNDVINGFACEALRTLCLAVKDINETEGETNIPD DGYTLIAIVGIKDPVRPGVKEAVQTCQKAGITVRMVTGDNINTARAIAKECGILTEGGVAIEGPAFRDLSPEQMKDIIPR IQVMARSLPLDKHTLVTNLRNMIGDVVAVTGDGTNDAPALHESDIGLAMGIAGTEVAKENADVIIMDDNFTTIVNVAKWG RAIYINIQKFVQFQLTVNVVALVTNFVSACITGSAPLTAVQLLWVNLIMDTLGALALATEPPNDGLMERLPVGRRASFIT KPMWRNIFGQSIYQLIVLGVLNFDGKRLLGLTGSDATAVLNTVIFNTFVFCQVFNEINSREIEKINIFRGMFDSGIFFTV IFSTVAFQAIIVEFLGTFANTVPLNWQLWLLSVLIGAVSMPISAILKCIPVERDTTTKHHDGYEALPSGPELA
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| Phobius | 1 | 157 | 157 | - | – | |
| Pfam | 5 | 46 | 42 | 9.1E-15 | ||
| PANTHER | 6 | 1032 | 1027 | 0.0 | – | |
| PANTHER | 6 | 1032 | 1027 | 0.0 | – | |
| Gene3D | 15 | 76 | 62 | 9.6E-6 | – | |
| TIGRFAM | 110 | 1012 | 903 | 0.0 | ||
| SMART | 114 | 186 | 73 | 5.0E-5 | ||
| SUPERFAMILY | 116 | 1011 | 896 | 6.15E-117 | ||
| Pfam | 117 | 181 | 65 | 1.2E-13 | ||
| Gene3D | 125 | 334 | 210 | 2.1E-208 | – | |
| CDD | 138 | 883 | 746 | 0.0 | – | |
| Phobius | 158 | 182 | 25 | - | – | |
| Gene3D | 164 | 1007 | 844 | 2.1E-208 | – | |
| TMHMM | 169 | 191 | 23 | - | – | |
| Phobius | 183 | 193 | 11 | - | – | |
| Phobius | 194 | 214 | 21 | - | – | |
| TMHMM | 195 | 214 | 20 | - | – | |
| TIGRFAM | 201 | 485 | 285 | 2.2E-37 | ||
| Phobius | 215 | 350 | 136 | - | – | |
| SUPERFAMILY | 234 | 330 | 97 | 3.4E-26 | ||
| Pfam | 235 | 427 | 193 | 3.5E-42 | – | |
| PRINTS | 280 | 294 | 15 | 8.6E-33 | – | |
| TMHMM | 351 | 373 | 23 | - | – | |
| Phobius | 351 | 373 | 23 | - | – | |
| Phobius | 374 | 392 | 19 | - | – | |
| Phobius | 393 | 421 | 29 | - | – | |
| TMHMM | 395 | 417 | 23 | - | – | |
| Phobius | 422 | 882 | 461 | - | – | |
| SFLD | 431 | 803 | 373 | 0.0 | – | |
| SFLD | 431 | 803 | 373 | 0.0 | – | |
| Gene3D | 446 | 795 | 350 | 2.1E-208 | ||
| SUPERFAMILY | 448 | 855 | 408 | 7.01E-54 | ||
| PRINTS | 449 | 463 | 15 | 8.6E-33 | – | |
| ProSitePatterns | 451 | 457 | 7 | - | ||
| SUPERFAMILY | 455 | 659 | 205 | 4.8E-49 | ||
| Gene3D | 459 | 654 | 196 | 2.1E-208 | ||
| Pfam | 503 | 589 | 87 | 1.9E-19 | – | |
| PRINTS | 607 | 625 | 19 | 9.4E-12 | ||
| PRINTS | 647 | 658 | 12 | 8.6E-33 | – | |
| PRINTS | 669 | 679 | 11 | 8.6E-33 | – | |
| TIGRFAM | 715 | 838 | 124 | 5.9E-28 | ||
| PRINTS | 750 | 766 | 17 | 9.4E-12 | ||
| PRINTS | 750 | 769 | 20 | 8.6E-33 | – | |
| PRINTS | 774 | 786 | 13 | 8.6E-33 | – | |
| PRINTS | 782 | 807 | 26 | 9.4E-12 | ||
| TMHMM | 817 | 839 | 23 | - | – | |
| Pfam | 835 | 1008 | 174 | 7.5E-41 | ||
| Phobius | 883 | 903 | 21 | - | – | |
| Phobius | 904 | 914 | 11 | - | – | |
| TMHMM | 908 | 930 | 23 | - | – | |
| Phobius | 915 | 934 | 20 | - | – | |
| Phobius | 935 | 954 | 20 | - | – | |
| TMHMM | 950 | 972 | 23 | - | – | |
| Phobius | 955 | 976 | 22 | - | – | |
| Phobius | 977 | 987 | 11 | - | – | |
| TMHMM | 987 | 1009 | 23 | - | – | |
| Phobius | 988 | 1009 | 22 | - | – | |
| Phobius | 1010 | 1033 | 24 | - | – |
GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .
| GO term | Namespace | Name | Definition | Relationships |
|---|---|---|---|---|
| Molecular function | Nucleotide binding | Interacting selectively and non-covalently with a nucleotide, any compound consisting of a nucleoside that is esterified with (ortho)phosphate or an oligophosphate at any hydroxyl group on the ribose or deoxyribose. | ||
| Molecular function | Calcium-transporting ATPase activity | Enables the transfer of a solute or solutes from one side of a membrane to the other according to the reaction: ATP + H2O + Ca2+(cis) = ADP + phosphate + Ca2+(trans). | ||
| Molecular function | Calmodulin binding | Interacting selectively and non-covalently with calmodulin, a calcium-binding protein with many roles, both in the calcium-bound and calcium-free states. | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Cellular component | Membrane | A lipid bilayer along with all the proteins and protein complexes embedded in it an attached to it. | ||
| Cellular component | Integral component of membrane | The component of a membrane consisting of the gene products and protein complexes having at least some part of their peptide sequence embedded in the hydrophobic region of the membrane. | ||
| Biological process | Calcium ion transmembrane transport | A process in which a calcium ion is transported from one side of a membrane to the other by means of some agent such as a transporter or pore. |
Expression pattern of LotjaGi5g1v0136100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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