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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0172200 |
| Transcript ID | LotjaGi3g1v0172200.3 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | AP-2 complex subunit alpha; TAIR: AT5G22770.1 alpha-adaptin; Swiss-Prot: sp|Q8LPL6|AP2A1_ARATH AP-2 complex subunit alpha-1; TrEMBL-Plants: tr|A0A151RV94|A0A151RV94_CAJCA AP-2 complex subunit alpha; Found in the gene: LotjaGi3g1v0172200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:23696749..23710822) extracted from Lotus japonicus Gifu genome v1.2.
TTGTAGGTTGGAAATATTGGCGGTAGAGAATTTGCGGAGTCCTTAGCACCTGATGTACAGAAGTTGCTGGTAAGAAATTT TGCATTAATATTAAATAGGCGTGATTGGAAAATATTGATCTCAACTTCTTTTTGTGATCTAGTTATCTAGCAGCTGCAGA CCACTTGTAAGAAAAAAAGCCGCGTTGTGTTTGCTCCGCTTGTACAGGAAAAATCCTGATGTTGTCAATGTAGATGGATG GTAAATGTGAATGTAACTTTTCTGGTTATATACTCTTTCTTTATTGCTTTTCTTCAAATGTATCTTATTACTCCTCTTTT GCCTTAATTTTAAGGGCGGATCGGATGGCACAACTTTTGGATGAACGAGATCTTGGTGTTTTGACATCTTCTATGAGTCT CCTTGTTGCTTTAGTATCAAACCAACACGAGGGTTATTGGAGTTGTCTTCCTAAGTGTGTTAAAACTTTAGAACGTCTTG CTAGGAACCAGGATATTCCCCAAGAATACACTTACTATGGTATCCCATCTCCCTGGCTTCAGGTTTGTAAATTTTTACTT ATCATAAAGAACATTTGTGTTGGCTTTGGTTTTATGAAGATTTTCAAATGCTATTCTTACGTCTTGCTTAAATTAAGAAC CAAGAGTTGCGAACTAAATGTGATCTTATCCAGCAAGTTAACCTTAATTAATGCTCAATGTAGGTCAAAACGATGAGGGC TCTTCAATATTTTCCTACCATTGAAGATCCGAATACCAGAAGATCGTTGTTTGAGGTTTGTAATATCTTAATAATGGCAC GTCCATAAGTTAACAAATTGTAGTGAGTCTTGATTGATTATTTCAGGTCTTACAAAGGATCCTGATGGGAACTGATGTTG TGAAAAATGTGAACAAAAATAATGCATCCCATGCCGTTCTTTTTGAAGCCCTTGCTCTGGTATGTTCATTGTAAACAAAT ACAGTTGTTCATTCTTTACAATCTCGTTATAGATAAAACTGTACGTGTAAAAGCATTTTTATTGTGATGTTGGTTAAACT ACCTAAAACCCTAGCAGGGGAGTCTCCAACTTTTTATTTTGGTATTCTAGCATTTTTTTGTCTTCTTGGTTCTATTTCTA TATGATATATTAAATTATGTTTAATGATTCATATTAATGATTTATTTCAAAAGATTTACATTTTCATACTTCTGGGCTTT AATAGATGCAGTTATGAACATATTCGTGTATTTGGTAGATTCTTCATGATGTGCACTGTTAATTTGGTGGGCTTTATGTT TTTCCCTTTCCCTAAAATGTTCATGGTATGTTTTAGTTATATGTTATTCTAATTGCTCTATTCAGGTGATGCATCTTGAT GCTGAAAAAGAGATGATGTCTCAATGTGTGGCTCTTCTTGGGAAATTTATTGCTGTCCGCGAACCAAATATTCGTTATCT TGGCCTGGTAAGTTTTGGGGGGTGGGGGGCACACTTGATTTATCCATAGTTTTGTTTTCCAGTTCTCTTCCTTCTTTTTC ATTTTTCTGTTTCGATAGAGGGTCGTGTAACCAATATTCCATGGTAGATTTCATTGCATCGTGTAGTTTAGAAGGCTTGG TGTTTGTTGTTGTCATAATGCAATCCCCAGTAACTCACATGCTTTTGTGGTGCAGGAGAATATGACTCGAATGTTGATGG TTACAGATGTGCAAGATATTATTAAAAGACATCAAGCTCAGATTATTACTTCATTGAAGGATCCTGACATCAGGTTACAT TTATTAGCCTATATTTTGATTTCATTGATCATGTATATATTTTCATGGAACTACGTGCTGAACCCAGCCTGCACAAATTC TGTCGGTAACATAATTATACATGTATGTATAATCTCGTTATAATTATGAATGATAAGATGTCCATTTATGGAAGTTGTTA ACTCATGCTTTTAATTTTTACTTAACAGTTAACAACCAAATATCATCTGTCTGATTATATGAAAGGCTCTATGTTAATCA GTTGCCATCCAAACAAGAATTGCTATCTAAACAGGTGTATGAAATGTCATGTTTAGGTTGATCACACATTGCATTTGATT ATTTTCTATCTTTTGCAAATTAATGAATGACTTTTAATGTTTTGTTGATTGGTTGGTAATTAACACGTTTGTACACCTGT TTTCTTGTGAATTGCCATCAGGACCTGCTAAACATGTTCAAACTAAATTGTAAAAATAAGGAATGGTTTTTGCATTTAAT TTCTTAACTGCAGGATTCTTTTAGTTAGGTCTTACGTACACTAATAACTGATACCTTGTTGTGTCCATCATTACTGGTGA ATATTTATTCAGAAATATTAATCTAGTAGCACATATGCTAATTATCTGACTTGGGGTCTACATAATGTTGATTTGCTCTC AGCACAAACTCACTTGCTCCTTGGTAAACAATTCAAGCTGACTTATGAGCAAAGATGAAAAGCGATGTGGATTTTCTTTG GAGCATCTTTGTTTTTATTACATTCTCTTGTGTTGTTAATAAGTAGATTTTAAATCCTGTGATTTATTTTTCTTCAAATA TTTAATTTAGAAGAGAAAATTGATTCTATTTACCAAACTAGCTTTTAGAAGTGCTTGAAGATGCAAATATGATACACAGA TAATTTCTTTGTTCTCAATTTTTATTAAATCTAGTATTTCTGACTGCATTGATAAATATATGCAGTATTCGGAGGCGTGC TCTAGATTTGCTTTATGGCATGTGTGACGTTTCAAATGCAAAGGATATAGTTGAAGAACTACTGCAGGTATAGAGCTAGA TCCAGACTAATTCATGCTTTTCAGATATCTCACTGTAAACCCTTTTGCTTCGCCAACCTCAGAACGAAAACCAAAAGAAA ATAAAATGAACCACTGTTACATGTCAACCACAAAATAATTAGTTTGTGTCTTGCAATTCCAACTGTTTTGTAGTATCTCA GCACAGCAGAGTTTGCAATGCGCGAGGAATTGTCACTTAAAGCAGCTATTCTAGCCGAGAAGTTTGCACCTGATCTTTCA TGGTAATGCCATAAAGCCTACCTGAAAAATACACAAATGAATTGCTACTTCAGGATTAGTTGTAGCCTTTTCTGTGTCAT GTTGTAACAAAATGCCAGAGCTTTTAAGGACAATTTCTTGCTTTCCCCTTTCTATTTGACAGGGCATTCTTTTCTAATTC CTTATGGTGCCTAGCGAATGGTTGCTTTTGAGGGTGGTTTCATTACCATATATGCGATGGGTTTTTTTTATTTCCAAAAT GAAAATTCAGCATGATTGAAGAGATTTGTTTATTTAGTTAATTTTGGTTTTGACGTGTTTTGGGTTTTCTTTTGCCGGGG GGGGGGGTAATTCAAATTTTGCACCTTCCTCCCCTGTCAGAAAAATTCTTGGAAAAAAAGAGGCATGATAAGTTGATAAC CGTAAAATTCAAAATGACAGCTGACCCATGTAATGTCAAAATCAGGATTTTCTATGATAGAAATGTATGATCAATTTAGA ATTTCGTGGGGATTAGTTTGCATCCTTTTTTGAAGTTGTAAAATGAAAAATCATCAATTTCTGGACATTTTTGTGTAACT TTAAGTGATTGCTGAATTTATTTATGTGAATCTCAGTATTCGTAGAATAGACCTATATTTAAGCACAAAAAGATTGCCAA GCCTTCATGAGCAGAACTTTTGTTAATGTTACTATGCCATTCCTTTTTTTACAGGTATGTTGACGTTATTCTTCAATTAA TTGACAAGGCCGGAGATTTCGTTAGCGATGACATCTGGTTTCGGGTGGTGCAGTTTGTTACAAACAATGAAGACCTACAG GTGAGTTTAAAACTTGAAGTGACTTTGTTACTGCTTCCTAGTTGACACATCATTGACATGGTTTGTTATGTCTTTGATTA GCCTTATGCTGCAGTAAAAGCTCGAGAGTATCTTGACAAACCTGCCATACATGAGACAATGGTTAAGGTTAGTGTGTTTT CACTGCCATTCTGTAATAGTATGAATATTGTTAGTGTATGTATAATATTTATATGTTGTGTGTGCCACCCGCTGATGGTT TCTAAACTGTAGAATATGTATGAAATATTTATCCATAACGGTGAGATCTTTGTTAGAAGGGTTCACTTAAGTTGAACTTT GGTATTCTCTTATGACGTATGAAGAATGTCAATAAGCATTTCTCTCTGTTCATGCATGGATTTTTCTGTATTGATTTATT CAGTTACTAAATAATTTATTACACTGAAATAATAAGCGGTCTGATTTTAGTCGTGTATTTGTATAATATAATATCTATTT CACGTCTCTAAATACTCTTCAACAGGTCAGCGCATATATTCTTGGGGAGTTTGGACACCTTCTAGTGAGACGACCTGGAT GCAGTCCAAAGGAAATATTTAACATTATACATGAGAAGCTTCCTACTGTATCGTAAGCAGAATCTCTCTCTCTCTCTCAG TTTGGATCTGTGTAGCTTGGATACCTTATAAGACATGCTTCACTTTCAGAACTTCTTCTATTCCTATTCTTCTGTCAACA TATGCAAAGATTCTGATGCACAGTCAACCACCAGACCCTGAATTACAGAATCAGATTTGGACAATATTTAAAAAGTGAGA TTTACGTTCGCAATGTACGATTTTTTCATTATGTATTGTTCTGTGCTTTTTCATGATGCATTTTTTAACTCATTTTCTCA TCTTTCTAGATATGAAAGTTCCATTGAAGTTGAAATACAGCAACGAGCTGTTGAATATTTTGCTTTGAGTAGAAAAGGTG CAGCCCTAGTGGATATATTGGCTGAGATGCCTAAATTCCCTGAACGACAGGTACAATATTTGATTTGAGGCAATTTGTTT GCAGTTTCTATAAATTATGATCACTTTGAGTAACCAATGGTATAACATGGATTAATTTAATACTCTTCTTCAAATTCAGT CTTCATTGATTAAAAAGGCCGAAGATACTGAAGTTGATACTGCAGAACAAAGTGCCATAAAGTTGCGAGCTCAACAGCAA TCTCAAACATCAAATGCTTTGGTTGTAACTGACCAAAGTCATGCTAATGGAGCTCCGCCAGTCAGCCAACTTGGTCTAGT AAAAATGCCCAGTACGAGTAGTAATGTGGTTAGTATCTCCCTCCACTTTTAGTTTTTACTATATTTTAGTCAACGCTCCA GCGTAAAACTGTCAAATCTACTTAACATGGAATGATTTGACATTTTGGTTAACATTTTACTGTATTATTGATCACAGTGT CATCCTTTTTTACCACAAGGTCGTTCCTCCTGTTGCTTCTTAATTTGATACTGACTTTGTTTCGAAACAGGATGATATTT CAGCAGATCAAAGATTATCCCAGGAAAATGGGACATTGAATAATGTAGATTCTCAGTCTCCCTCACCAGATCTCCTTGGT GATCTCTTGGCTATCGAAGGCCCTCCCAGTGGCAGTCTCCACCCTCAGCCGAGCTCAAGTTCAGGATTGGAAGGAACTGC AGTTGAAGCCACAGCCATAGTGCCTGCGGGAGAGCAGGCCAATTCTGTGCAGGTACTGGTGTTGATTTATAGTGCCTAAA TAAATAGTAAATGCTGCATCATAGTTAAATTTGAAGATTATTAGTATTATATTTTTTTAGATCCGATATTCTCTTTTACA CATAATTAGGGTTCATGACGAGTCACATTATTACACTAAAACTGTCATTAGTCTTAACTGGAATGAACACTAATTTATGA TAGACACTGTTAAAATTAGAGAAGCAATGAGAGAGAGAAGAGAGAAATAGAAATATAGCAGAAAATGTATTATTGATAAT CTGAGTGATTACAGAAGATGTGATATCCTTATATAGAAGAACAGGAGAATGCCAACAGCTGTAACATACAGCTGACATAA ATAGGAGAATACCAACAGCTGACATAAATAGGAGAATACAAACAGCTGCATATGTCAGCTGTCATAACTACTCAAAAGAT GATGCAGCAGCATAGTAAATACAAACTCAATGTACTCTAACATACCCCCTCAAACTCAAGGTGGTTTGACAAATGAAAAT TTGTCAACCACATTGAGTTTGTCCTTAAGCTCATGAAACCTTTCTGAAGAGAGGGCTTTAGTAAAGATATCCGCTTTCTG CAGAAGAGAAGGAACATGCTGAACAATAAGAGTCTTATTGAGAACCTTCTCTCTCACAAAGAAAAGATCCATTTCCATAT GCTTAGTTCTAGTGTGAAGGACCGGATTAAGAGTCAAGGCTACGGTGCTCAGGTTATCACAGAAAATTGTTGGTGTTTGG AAGGGAATATGCAGCTCAGTCAACAAGGATTGAATCCAAAGAATCTCAGCTGCTATGTTGGCCAGACTCCTATATTCCGC TTCTGTGCTTGAGCGAGCAACCAAAGTTTGCTTCTTAGCTGACCAAGACACTAAATTGGGGCCAAAGAACACACATGAGC CAGAAGTTGACCGTCTATCATCCGGGTCAGAACCCCAATCTGCATCACAGTAGGCATGAAGTGCTACTGGACGATCAAGA GAGAAAGGCTTAAAAAGCAACCCATGATGAATGGTACCCTTAAGAAACCGCAGAATTCTCTTAACTGCCTTCCAATGTTC ATCATGAGGCTGAGACAGAAATTGACAGACTTTATTGACTGCAAAGCTGATATCCGGCCGGGTAATTGTAGCATATTGCA ATGCTCCAACTATGGATCTATAGAGAAAGGGATCATTCATGCAAGTACCTCCAAACTTTGACAGTTTGCTGCTACTAATC ATAGGAGTGGGCAGAGCATTGGCTTCAGACATATTTGCTCTCTCAAGAAGATCTTCAATATATTTGGTCTGATTAAGTAG CAAAGAGCCATCAGACAAGTGTGTAACCTGAACTCCAAGAAAATAATCAAGTTTTCCTAACTGTTTTAAAGCAAAAGAAG AATTCAGTTTGTCAACAAGATGTTGAATTAGGACTGAAGAACCTCCTGTGATAATAATATCGTCCACATATACTAGAACA TATGTGCAGCAAGTTGGTGAAGACAAAGTGAACAAGGAGGGATCACACTTACTAGCCTTGAACCCTAATTGAACAAGAGT GGCAGTCAACCTGTGAAACCAGGCTCGAGGAGCTTGTTTTAGGCCATACAAAGCTTTGTCAAGCTTACACACAAGGGACT TATCACCCTGTTCAAATCCAGGTGGCTGAACCATGTAAACCTCTTCTTCTAAGTTCCCATTGAGAAAGGCATTATTCACA TCTAACTGTTGAAGAGGCCACCCTTTGGAAATAGCAAGAGATAGAATCAACCTCACAGTTATAGGTTTGACCACTGGAGA AAATGTTTCAGAATAGTCAAAGCCATGCACTTGATTGAACCCTCTAGCTACAAGTCGAGCCTTGTACTTATTCACTGTTC CATCTGGATTTTCTTTAATCCTGAAAATCCACTTACAACCAATAGGCTTTCTTCCAGCTGGAAGTGACATAAGAGTCCAG GTCTTATTAGTCATCAATGCCTCATACTCTTGCTGCATTGCACTAAACCACTTACTGCTCTTGAGAGCTTGTTTGACTGT AGTAGGCTCTACTTCTGTCAACAAGACAGAAGGAAACAAGCGAGGCTTGACAATGCCATTCTTTGCTCTGGTGAGCATTG GATGAGCATTAACAGGGATGACAGCTTGAACATTATCAGGTGTAGCAGCTGATGCTGGAGGCTGCTCAGAAGAAGAAGGA GAGACATCCACTGAACCAGAGGAGGAAGAATTAGAACCCTCAGAATGCACTGTCACAGCAGGAGAAACAGGTGCAGAGAT AACTGGAGATTGCTCAGACGAAGGAGAGACATCCACTGAGCCAGAGGGTGAAGAATCAGAACCCGCAGAATGCATTGTCA TAGCAGGAGAAGCAGGCTCAGCAGCTGGAGAAGCATTAGAAATAATATTTGGAGCAGCAGCAAGAGGAATCAGCAAAGAA AATGATTCTGGAGAAGTTGTTTCTGTAGCAGAATCAGGAAACATTTCAACATAAGGGAACCTATGCTCATTAAACAACAC ATCTTTAGAGACATAGACTCTGCCTTGAGCATCCAAGCACTTGTATCCTTTGTGTTGAGAAGAGTAGCCCAAAAATACAC ACTCTTGGGACCTATATGCCAACTTGTTATTGGTATACGGGCGCAGAAAAGGATAACAAGCTGACCCAAATACCTTGAGG AACTTGTAATCAGGTTGAGAACCATACAACTGAAAATAAGGACTTTGTCCTCCTAAAACAGAAGTAGGCATCCGATTGAT AAGATAGGTAGCTGTAAGAAAAGCGTGATCCCAAAAGTGCAATGACATTTTGGCATAAGCAAGCAAAGCAAGTCCCGTTT CAACAATATGGCGATGTTTCCTCTCCACACTCCCATTTTGATGGTGTGTGTGAGGACAGGTCACACGATGAACTACCCCT AACTGAGTAAAATAGGGAATCAAGGATCGAAACTCTCCTCCTCCATCAGTTTGCACACTCTTAAGCTTACATTGAAACTG CAGTTCAACCAATGCTTTGAAGTTTTTAAAAGTCTGAAAGGTGTCAGACTTGTGTTTTAAGGGATAGATCCAAGTGTATC GTGTGCAAGCATCAACACAAGTAAGAAAATATGAAAAACCAGCAAAGGATTCTATGGAAGCTGGTCCCCATAAATCAGCA TAAACCAACTCAAAAGGCAGAGTATAAACAGTAGAAGAAGAAGAAGAGGGCAACCTATGTGCCTTTCCCATACAACAACC AACACACATGGCAAAAGAAGTTTTATTAGGCAAAGGAACATTACATAGTTGTAAAGTAGTTTTCAAGACCTCATGATGAG GATGACCTAGTCTACAATGCCACAAGTCATAGCTGGAATTACCTAAACTGGAAACAGAAGACATATTCTGTGATTTTCCA GTACCTGGATACACTGTAGATAAAACAGAAGGAGTACTAGTAGACAAATCAGATTTAGAACAACTAGAAGAGACACTAGC AGCGTTGACATCATCAAAGGTGTATAAGCCATCAGAACCAACACTTCCACGAAGCAACACTTTAGATGTATCCTGTGATT TAACAAGACAGAAAGAAGCGTGAAACTCAAAATAAACATTGTTATCCTTGGCAAACCTACTAACACTGACAAGGTTTTTG GTGATAGAAGGAACTAGAAGCAGTTGACTAAGAGTGAGAACAGTGTGTGAATCATATGGTGAGGGAATGGTGCAAGAACC AATAGAGTGAATTGGCAAACCTTGGCCATTGCCCATCAAAATCTGCTCAGTTCCAGTGAATGAAGAAGTGTCTGAAAAAT TTCCAGCAGCATTGGTAACATGGTGAGTGGCACCAGAATCGGGATACCACAAAGTAGGCTTGTCAGGACGCTGAGATGCG GAAGAAGAAGCATGGTGCAGAGGACCAGCAAGCATAGCATGAGCAGGAGAGCGAGGCTGAGAGCCAAGAAGGCCCGGATA AGATGGAGGTGAGGGCCGAGGTGAATTCCAAGAAGATGATACTGGACCAAAAACAGCTCCAGGTGCAGAATATTGAGAAC CACCAGTAAAAGCAGGAAACTGAGAACCTGAAGGGTAAGCACCATTGTAAGGTCCTGCGGAAGAGCCAAAGTAATTCCAC GGAGCAGGTCCAGAAGCATAAAAAGACGGTGAGGAAGAGCCAAAAGTGGCAGAACCAAGAGGCATAGGAGGAAAGGCTCC AAAAGGTGCAGGACTAGGCATATTAGTAAAGGTGCCATTCTGTACAGAACCACCTCCAACGGCGCGATGGTAGCAGACAC TCGCATCATGTCCCCACTTCTGACAAATCTGACACTGCAAATTACGGCCGCGCCCACGGCCGCGTCCACCACCGCGTCCA CCAGCAGGATAGCCACCACGGCCATCGCCTGGTCCACGTGAATCATTCTGGTCATGATAGGTATCACGATTGTCACCAGA ATCACGATAATTTGGACGTTGTTGATCATTCCGATAGTCACGTCCACCACGAAATTCAGCAGCATAATTGGCCTGAGACG GCGTCAAATCCACAGAAGGTGGCGGCGTTCGGGAGATCTGAGGTGAAATCGGAGCAGGAACCGATGCGAACGCATGTGTA TGCGCAAGCAACGCAGAAGCAGTAGAATCGCTAAGGCTACGTTTCCGTGATCGTTCCAGGCGAGCATCATGAGTAATGAT CATCGCTTCGACCTCAGAAATCGTGCTCGAAGAAGCATGAGTGAAGATAATCGTGCTTAAAGCACTATAATCTTCAGGTA AACCATCAAAAATCGCTTCAAGGTGATCGCGAAAACTTACGGGTTCACCAATGGAAACCAGAGTGTTGACGATCGTCTTG ATGCGTCGAAGATATTCAGTGATCGACTTCGAACCTTTGGTTATGTTCTTCAGCTCAGATCTGAGCTGAGCAGACTGTGC GCGACACTGATTCTCAAAAAAGTCAAGGATCTCACGCCAAACCTGCGATGATCTCTCGCAGTTGATCACCGTTGGAAGAA CAAACGGAGATAGAGTCGTCAAGAGCCATGTAAACACCATGGAATCTTGCTTAATCCAAGTCGTATAAGCTGGATTCTCA GTCGCAGCTACACGATCCTCTTCAGTCAGAAAACGTTGTGGAATTTCTGGATCAACCAGAAAATCATGAAGCTGATGCGA TCGAATCGCACCTTCAACTTGTTGACGCCAAGAATAGAAATTCGAATCATCAAGCTTGATTGTTGCAGTACGAGACAGAG ACTCAAGAACATTGACAACGGAAGCAGGTGCAGCAGCCATGTATCAAGGACCGATTGAAGCTCTGATTACCATGTTAAAA TTAGAGAAGCAATGAGAGAGAGAAGAGAGAAATAGAAATATAGCAGAAAATGTATTATTGATAATCTGAGTGATTACAGA AGATGTGATATCCTTATATAGAAGAACAGGAGAATGCCAACAGCTGTAACATACAGCTGACATAAATAGGAGAATACCAA CAGCTGACATAAATAGGAGAATACAAACAGCTGCATATGTCAGCTGTCATAACTACTCAAAAGATGATGCAGCAGCATAG TAAATACAAACTCAATGTACTCTAACAGACACGTAGCACATCACTTTTTTACTAGACTCCATTTCCATTCATCATTAGAA GAGTATTTCTATGAAACAATTTGTGGGCATTGGGATACAACTTATTTCCTTTGTATGTGCAGCCAATTGGAAATATTGCT GAAAGATTTCATGCTTTGAGCTTGAAGGATAGTGGTGTTCTATATGAAGATCCTTATATTCAGGTTTTTTTTTGTTCATA TTTTTTCTAATGCTCTCTAGTATTTGTGTGTTTTTGTTTTTGGTCATACATATTTGCAGGTTACTTACAAAGTCCTTTAT GTTTGGTAATTTAAGTTAAGCTCAAAGTTGTTTTCTTATATTTTATTTTTATGTATATATTTTCAGATTGGCATTAAAGC TGAATGGAGAGCTCATCAAGGGCATCTTGTTCTTTTCTTGGGGAACAAGAATACTTCTCCTCTTGTCTCAGTTCAAGCTT TAATATTGCCTCCTGCCCATTTGAAGATGGAGCTCTCTCTAGTACCAGAAACTATACCTCCCCGGGCACAGGTGAGAATC TGTTGTTACTGTTATGTTGTGCTTTCATATATTGTTAGTTTTATTTACATTTCCCCTCTTGATGGCATAGGTGCAATGTC CACTTGAAGTCATTAATCTCCACCCAAGCAGGGATGTCTCGGTTCTTGACTTCTCCTACAAGTTTGGTAACGAAATGGTA CTTTCTTTAAACTCGTTTTACATTCCTAATATGAATAAGGTTTAGTCTTCTAGGTTGAGAGAGAGGAAAGGGACTACAGA CTACTCATAACTCAAGAGGGTAAAATGAGAACTAAAATTATAATATTTCAAAAAGCGAGGAGCAAAATGAAGTTTTTAAA AATTAAGGACTAAAGCCAAATATTGACAATTTTATAGTGGCTGAAAGTATAACTTTACCTTCATAGTAAAATTATATTGA TACAATGTGAATGATATGTCGGATGTTTATATAGAAGACAAAGCACACATAATCCTTATTTATACTGATACTGAACTTTT GGGTCCGGCTCCTCTGAAGTCATCCCACCATTGAGAGAGTAAAGTAAGTCACCACAACCATTGATTGAGTTTTTTTATTG ACTTTCAAAGTTGGTAATCATTATTAATGGCTTTACCCTCTAAAGTGAGTGAGCCAAATCAAAATTTTAATCTTAATTAA ATAAAGAAACGAAATATGGTATATAAGGAAACATGGAAACCAATCTTAAGATATAATTTAAGTAACTTTAACATTTTATA ATGTAGGATAATGATGTCAGAATTTTTTAGGTATACTCCTTAGTTTGTTCATTTACTTCCAGAGCCAGTCAGAAAAAAAT GCATTCTAACCACCTTGTATATACATTTAGTTCATAAACACAAATGATTTTGAGATGTTCCTTTGAAGAAGTCAAGCATG GGATCCAAAGCCTTCAAGATGTTGATTTTTCTTAAAAATTGAATTGGGTAGTGGAACATGATTCACCAAAGGTGGGATAT ACCTCAATTTCTAATTATCAGAAAGTTTGTTCTTAAATAATAGAACAGATAATAATTGAAGAAAAAATAATTTATCATTA TTGAAGAAATTTAAATATTAGAAACAGATCATAAAGGAAGAGCATAAGTTTAGATTGTAAGTTTGGAAAAAATGGATCTT ATATGTTAAGTTAAAAGGAATATTTGTTGCTATTTTTGACATTCGACAATGGTTAACGTTGAATTAATTTATTTTCATGT GTTGGTTTTCATAGGTCAATGTCAAGCTTCGCATGCCAGCTGTCCTAAATAAATTTCTTCAGCCTATAACAATATCTGCT GAGGAGTTTTTCCCTCAATGGAGATCCCTGCCTGGACCACCTTTGAAGCTTCAAGAAGTGGTATGTAATCTGCTTTGTGT ACATTGCGAAGTGCCGAAGTATGTATATTTACTAAGTTGGTTATGGTTTACCTTGAGAGTATGGTATTCACAGTGGCATA TATATTTGTATTGCTGGCTTGTTCTTCTGGTCATATGCACTGATAGTTTCATCTTTTCTGCTGGTTTTGCAGGTTAGAGG TGTCAGACCACTTCCACTGCCCGAAATGGCAAACTTATTTAATAGTTATCATCTGACAGTGTGCCCAGGGCTTGTACGAT ATTTAAGTCCCTCTTTTTTACTTCCTTATTTTAGTCTATTTTGCCTGAAATTCTTCAATAACTACTAATTTTTATATAAC TTGTTTCTTCCTGTCTGTGTTTTAGGACCCCAATCCAAACAATCTTGTTATTAGTACAACATTTTATTCAGAAAGTACAA GGGCAATGCTCTGTTTGGTAAGTATATATGTCGATCTTGCACTGCAGTCATGAATTCTAAATAACCTGATTATTCTGATA TAGAGGAGGGGAAATTGAGGCAGCCTTTGTGGCCTGCTTTAAGATCATGATGATCAAACTATGTTACAGTGTCACTCTGT TTTGGGTTTTTTCATAAAGAACCTCCATATGTGCAGACAAGAGAGGATAGGTTGTAAATGTTTTTCCCCTCTTGGAGAAG CATATGGTTGCTTGTTGATCCTCCTTTTCAAACACCTGACGTAATTGTTTGATCATTTTATGTAAATGAATGTGCAGATA AGAATTGAAACAGATCCAGCGGACAGAACCCAGCTGCGAATGACGGTTGCTTCAGGGGACCCAGCATTAACGTTTGAGTA TGTGATTTAATTTCCTGCTTACCCAGATGTCATCAATGCATTCTAGAGCTTTAACAAATCATTCTAATATTGGTTTGCAG GATGAAGGAGTTCGTCAAGGAACAACTAGTCATCATCCCCCCAACATCCCGTGTACCTGCAACACCAGCAGCTCCAACAC CTCCAGTGGCTCAACTAGCTATTGCTCCCGCAACAACGAACGATCCTGGGGCCTTGCTTGCTGCTCTTCTATGA
CDS sequence (LotjaGi3g1v0172200.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCACAACTTTTGGATGAACGAGATCTTGGTGTTTTGACATCTTCTATGAGTCTCCTTGTTGCTTTAGTATCAAACCA ACACGAGGGTTATTGGAGTTGTCTTCCTAAGTGTGTTAAAACTTTAGAACGTCTTGCTAGGAACCAGGATATTCCCCAAG AATACACTTACTATGGTATCCCATCTCCCTGGCTTCAGGTCAAAACGATGAGGGCTCTTCAATATTTTCCTACCATTGAA GATCCGAATACCAGAAGATCGTTGTTTGAGGTCTTACAAAGGATCCTGATGGGAACTGATGTTGTGAAAAATGTGAACAA AAATAATGCATCCCATGCCGTTCTTTTTGAAGCCCTTGCTCTGGTGATGCATCTTGATGCTGAAAAAGAGATGATGTCTC AATGTGTGGCTCTTCTTGGGAAATTTATTGCTGTCCGCGAACCAAATATTCGTTATCTTGGCCTGGAGAATATGACTCGA ATGTTGATGGTTACAGATGTGCAAGATATTATTAAAAGACATCAAGCTCAGATTATTACTTCATTGAAGGATCCTGACAT CAGTATTCGGAGGCGTGCTCTAGATTTGCTTTATGGCATGTGTGACGTTTCAAATGCAAAGGATATAGTTGAAGAACTAC TGCAGTATCTCAGCACAGCAGAGTTTGCAATGCGCGAGGAATTGTCACTTAAAGCAGCTATTCTAGCCGAGAAGTTTGCA CCTGATCTTTCATGGTATGTTGACGTTATTCTTCAATTAATTGACAAGGCCGGAGATTTCGTTAGCGATGACATCTGGTT TCGGGTGGTGCAGTTTGTTACAAACAATGAAGACCTACAGCCTTATGCTGCAGTAAAAGCTCGAGAGTATCTTGACAAAC CTGCCATACATGAGACAATGGTTAAGGTCAGCGCATATATTCTTGGGGAGTTTGGACACCTTCTAGTGAGACGACCTGGA TGCAGTCCAAAGGAAATATTTAACATTATACATGAGAAGCTTCCTACTGTATCAACTTCTTCTATTCCTATTCTTCTGTC AACATATGCAAAGATTCTGATGCACAGTCAACCACCAGACCCTGAATTACAGAATCAGATTTGGACAATATTTAAAAAAT ATGAAAGTTCCATTGAAGTTGAAATACAGCAACGAGCTGTTGAATATTTTGCTTTGAGTAGAAAAGGTGCAGCCCTAGTG GATATATTGGCTGAGATGCCTAAATTCCCTGAACGACAGTCTTCATTGATTAAAAAGGCCGAAGATACTGAAGTTGATAC TGCAGAACAAAGTGCCATAAAGTTGCGAGCTCAACAGCAATCTCAAACATCAAATGCTTTGGTTGTAACTGACCAAAGTC ATGCTAATGGAGCTCCGCCAGTCAGCCAACTTGGTCTAGTAAAAATGCCCAGTACGAGTAGTAATGTGGATGATATTTCA GCAGATCAAAGATTATCCCAGGAAAATGGGACATTGAATAATGTAGATTCTCAGTCTCCCTCACCAGATCTCCTTGGTGA TCTCTTGGCTATCGAAGGCCCTCCCAGTGGCAGTCTCCACCCTCAGCCGAGCTCAAGTTCAGGATTGGAAGGAACTGCAG TTGAAGCCACAGCCATAGTGCCTGCGGGAGAGCAGGCCAATTCTGTGCAGCCAATTGGAAATATTGCTGAAAGATTTCAT GCTTTGAGCTTGAAGGATAGTGGTGTTCTATATGAAGATCCTTATATTCAGATTGGCATTAAAGCTGAATGGAGAGCTCA TCAAGGGCATCTTGTTCTTTTCTTGGGGAACAAGAATACTTCTCCTCTTGTCTCAGTTCAAGCTTTAATATTGCCTCCTG CCCATTTGAAGATGGAGCTCTCTCTAGTACCAGAAACTATACCTCCCCGGGCACAGGTGCAATGTCCACTTGAAGTCATT AATCTCCACCCAAGCAGGGATGTCTCGGTTCTTGACTTCTCCTACAAGTTTGGTAACGAAATGGTCAATGTCAAGCTTCG CATGCCAGCTGTCCTAAATAAATTTCTTCAGCCTATAACAATATCTGCTGAGGAGTTTTTCCCTCAATGGAGATCCCTGC CTGGACCACCTTTGAAGCTTCAAGAAGTGGTTAGAGGTGTCAGACCACTTCCACTGCCCGAAATGGCAAACTTATTTAAT AGTTATCATCTGACAGTGTGCCCAGGGCTTGACCCCAATCCAAACAATCTTGTTATTAGTACAACATTTTATTCAGAAAG TACAAGGGCAATGCTCTGTTTGATAAGAATTGAAACAGATCCAGCGGACAGAACCCAGCTGCGAATGACGGTTGCTTCAG GGGACCCAGCATTAACGTTTGAGATGAAGGAGTTCGTCAAGGAACAACTAGTCATCATCCCCCCAACATCCCGTGTACCT GCAACACCAGCAGCTCCAACACCTCCAGTGGCTCAACTAGCTATTGCTCCCGCAACAACGAACGATCCTGGGGCCTTGCT TGCTGCTCTTCTATGA
Protein sequence (LotjaGi3g1v0172200.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAQLLDERDLGVLTSSMSLLVALVSNQHEGYWSCLPKCVKTLERLARNQDIPQEYTYYGIPSPWLQVKTMRALQYFPTIE DPNTRRSLFEVLQRILMGTDVVKNVNKNNASHAVLFEALALVMHLDAEKEMMSQCVALLGKFIAVREPNIRYLGLENMTR MLMVTDVQDIIKRHQAQIITSLKDPDISIRRRALDLLYGMCDVSNAKDIVEELLQYLSTAEFAMREELSLKAAILAEKFA PDLSWYVDVILQLIDKAGDFVSDDIWFRVVQFVTNNEDLQPYAAVKAREYLDKPAIHETMVKVSAYILGEFGHLLVRRPG CSPKEIFNIIHEKLPTVSTSSIPILLSTYAKILMHSQPPDPELQNQIWTIFKKYESSIEVEIQQRAVEYFALSRKGAALV DILAEMPKFPERQSSLIKKAEDTEVDTAEQSAIKLRAQQQSQTSNALVVTDQSHANGAPPVSQLGLVKMPSTSSNVDDIS ADQRLSQENGTLNNVDSQSPSPDLLGDLLAIEGPPSGSLHPQPSSSSGLEGTAVEATAIVPAGEQANSVQPIGNIAERFH ALSLKDSGVLYEDPYIQIGIKAEWRAHQGHLVLFLGNKNTSPLVSVQALILPPAHLKMELSLVPETIPPRAQVQCPLEVI NLHPSRDVSVLDFSYKFGNEMVNVKLRMPAVLNKFLQPITISAEEFFPQWRSLPGPPLKLQEVVRGVRPLPLPEMANLFN SYHLTVCPGLDPNPNNLVISTTFYSESTRAMLCLIRIETDPADRTQLRMTVASGDPALTFEMKEFVKEQLVIIPPTSRVP ATPAAPTPPVAQLAIAPATTNDPGALLAALL
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 |
|---|---|---|---|---|---|---|
| PIRSF | 1 | 792 | 792 | 1.0E-274 | ||
| PANTHER | 1 | 805 | 805 | 0.0 | – | |
| PANTHER | 1 | 805 | 805 | 0.0 | – | |
| Gene3D | 1 | 425 | 425 | 1.7E-135 | ||
| SUPERFAMILY | 3 | 394 | 392 | 2.0E-58 | ||
| Pfam | 3 | 394 | 392 | 3.6E-65 | ||
| MobiDBLite | 453 | 477 | 25 | - | – | |
| MobiDBLite | 489 | 531 | 43 | - | – | |
| Gene3D | 547 | 675 | 129 | 1.5E-33 | – | |
| SUPERFAMILY | 547 | 674 | 128 | 4.87E-30 | ||
| SMART | 560 | 669 | 110 | 6.1E-17 | ||
| Pfam | 567 | 663 | 97 | 4.3E-12 | ||
| Pfam | 675 | 782 | 108 | 1.5E-13 | ||
| SUPERFAMILY | 675 | 790 | 116 | 5.89E-30 | ||
| Gene3D | 676 | 790 | 115 | 5.9E-21 |
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 |
|---|---|---|---|---|
| Biological process | Intracellular protein transport | The directed movement of proteins in a cell, including the movement of proteins between specific compartments or structures within a cell, such as organelles of a eukaryotic cell. | ||
| Biological process | Protein transport | The directed movement of proteins into, out of or within a cell, or between cells, by means of some agent such as a transporter or pore. | ||
| Biological process | Vesicle-mediated transport | A cellular transport process in which transported substances are moved in membrane-bounded vesicles; transported substances are enclosed in the vesicle lumen or located in the vesicle membrane. The process begins with a step that directs a substance to the forming vesicle, and includes vesicle budding and coating. Vesicles are then targeted to, and fuse with, an acceptor membrane. | ||
| Cellular component | Membrane coat | Any of several different proteinaceous coats that can associate with membranes. Membrane coats include those formed by clathrin plus an adaptor complex, the COPI and COPII complexes, and possibly others. They are found associated with membranes on many vesicles as well as other membrane features such as pits and perhaps tubules. | ||
| Cellular component | AP-2 adaptor complex | A heterotetrameric AP-type membrane coat adaptor complex that consists of alpha, beta2, mu2 and sigma2 subunits, and links clathrin to the membrane surface of a vesicle, and the cargo receptors during receptor/clathrin mediated endocytosis. Vesicles with AP-2-containing coats are normally found primarily near the plasma membrane, on endocytic vesicles. In at least humans, the AP-2 complex can be heterogeneric due to the existence of multiple subunit isoforms encoded by different alpha genes (alphaA and alphaC). | ||
| Cellular component | Clathrin adaptor complex | A membrane coat adaptor complex that links clathrin to a membrane. | ||
| Molecular function | Clathrin adaptor activity | The binding activity of a molecule that brings together clathrin and one or more other molecules, permitting them to function in a coordinated way. | ||
| Biological process | Clathrin-dependent endocytosis | An endocytosis process that begins when material is taken up into clathrin-coated pits, which then pinch off to form clathrin-coated endocytic vesicles. |
Expression pattern of LotjaGi3g1v0172200.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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