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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0076400 |
| Transcript ID | LotjaGi1g1v0076400.2 |
| Related isoforms 6 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Clathrin heavy chain; TAIR: AT3G11130.1 Clathrin, heavy chain; Swiss-Prot: sp|Q0WNJ6|CLAH1_ARATH Clathrin heavy chain 1; TrEMBL-Plants: tr|W8E7A2|W8E7A2_LOTJA Clathrin heavy chain; Found in the gene: LotjaGi1g1v0076400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:10988888..11002081) extracted from Lotus japonicus Gifu genome v1.2.
TTTGTTAGATTCAAGTTGCATTTGCTAACTATTTTCATAAATCTAGAAAGTATTACATATTGAAATCAGTCAGGGCTTTT GAAGATGGGTATCTGTATTGTGAAATTGAACTGTGTGTATCATTATGTCAGATGTCATCCAATTGATCATCCTTCTGGAG TTTAACTTCTCAATTATTTTTGCAGGGAAGCCATCATTCACGAAGAAACAAGCAGATCTTTTCTTTCCACCAGATTTTGC TGATGACTTTCCAGTTGCGATGCAGGTAAGTGAGTTGCTAATGTTTGTTCTTCATGTTATAAATAGTGTACATATTTGAT TCCTACTTCGGTTTTTGGCAGATATCCCACAAATACAGTTTGATTTATGTGATTACCAAACTTGGCCTACTTTTTGTCTA CGATTTGGAGACAGCTACTGCTGTATATAGGAACAGAATTAGTCCAGATCCTATATTTTTGACATCAGAAGCTACAACAG TGGGAGGCTTTTATGCCATAAACAGGAGAGGCCAGGTTTTATTGGCTACTGTTAATGAACAAACCATTGTGAATTTTGTC AGCGGTCAAGTATGTTTCTGACTTTGTTATTGCTTATATGATGTAAAGCAGGAAACGAGTTTTGCATTTTAACATATTCC ATGTGGTTGATATTGCAGTTAAACAATTTGGAGCTAGCAGTTAGTCTTGCCAAAAGAGGAAATCTTCCTGGTGCTGAGAA GCTGGTATAATTTAGTTTAGAACATAACTTTAGTAATAAATAAATAAATAATTTCTTCATTAGAGTGTTTTAGGGAGACC CCAACTCAAGAACTTGGATGCATTTTGTTAATCTTATGCTGTTTCGCCAACTGTTGAATGCTAACTTGCATGAAGTTTGC TTACATTCTAACAATAAGAAGTGCAATGCTTAGATGTATTGTTGATTTTTCTTTTCTTTGTCACTAGGTCAGTTTATTCC ATCCGTGGTTGACATACATTTCCTTTCCTTACTGATATTTGTTGTAGAATTGTTTTGTACTGTCAATCTTGTTATTTTAT GTTTGTAAAAGATATTTGCTGGAGATGAGGGAGATAATATGAGCACAACCTTGTTGATGTATGCTGTAAACTTATTGCTT GTTTTGTCATTTACTTAATCAACATTGTCTACATGCTTTAATCTGTTCTTTTCCATGTTTTATGAAATATTTGATATTAA TTATTGAATTGTGTTGTGTAAGCTTCTTAGAAAATGATGCTTATTGTATTTTTTGTTTCTTACTCGTTGGCATGATGGCA ATACTTGTTGACATTATAGGTAGTGGAACGTTTCCATGAACTGTTTGCCCAAACAAAGTACAAAGAAGCAGCTGAGCTTG CTGCTGAATCTCCACAAGGAATCCTTCGTACGCCAGACACAGTTGCCAAATTTCAGGTTTTATGGTTATCCAAGAATTTT CTGGTGTTTTTTTCTGCTACTTTATTTACGTAGACAGTCATCTTTGGTTGTTTATTGTTTGCCTTTAGGCAGTGTCCTTT TGTTTGGTCAATTAGGTTATAATGTTTAAAATGTCTCTGTATGCTCTATGTGGCAGAGTGTTCCTGTGCAATCTGGGCAA ACTCCCCCACTGTTGCAGTATTTTGGAACACTTTTAACGAGGGGAAAGTTGAATGCCTTCGAGTCATTAGAATTATCTCG ATTGGTTGTGAACCAGAACAAGAAAAATCTGTTGGAAAATTGGTTGGCAGAGGACAAGCTTGAATGCAGCGAGGAGCTAG GAGATCTCGTTAAGGTTTAGTTGAATTAATTTGTTTAAAGAATTTAAAATTGTTATGTTAGTTATTTGTATGTTTGTATT TTTATATTTTTAACTGTTTGCTTAATGAGGTACTACTTCTCATTTTATTTGCTTATGGTGAAATGGTGTATTTCTATTAA TTTTCATGAGTGGTCTCCCTTGCAGACTGTGGATAACGATCTTGCTTTAAAAATTTATATCAAAGCCAGAGCTACTCCAA AAGTTGTTGCAGCTTTTGCTGAGAGGAGGGAGTTTGACAAAATTCTGATATACTCTAAGCAGGTGCTTGTTTACTTATAA AAGAATATTGAAGGTTGATTCATTAGATACTTCAAAGTTAAATCCTAGAGTGTTTTTCCCAGCCTGTATAAATAGCATTA TATTACCTTTATATTTAACTGGAAACATTTGGCCCTGAACATTTTCATTACTTATTTGTTGCTATAGGTTGGGTACACAC CTGACTACCTCTTCCTCTTGCAAACAATTCTCCGGACAGATCCTCAGGTATGAGACATTTTTTTGCAGGTTATTTTGTGT AATTGTTTTAGTTGAACATTTTCATTGTAATTTCACCTTTGTCTTCCATCTTGTTGGATGCGTGGTAAATGTTTTCATTT TGAACAGTATTTATACATTATTGACCACGTCTGTTGAATTTTCTTCTACACAAAGAAATTCCAGGAAGTTACCATTTTTA TTTTGATCTTCAGGGTGCTGTTAATTTTGCGTTAATGATGTCTCAAATGGAGGGAGGTAGCCCAGTTGATTACAATACCA TAACTGATCTGTTTCTTCAGGTTGATTATCTACTGGGATTAAGCAATTATGATGTGTAATAGTTTGATACATTAGTGTCA TTTTCATTTTGTTTTTTTTTTTATCGATCACATTTTGGTTATTCTTTGTTCTCCTCAGAGAAACCTGATCCGTGAGGCAA CAGCTTTTCTTCTGGATGTTTTAAAGCCAAATCTACCAGAACACGGGTTCCTGCAGACAAAGGTTGTGGCCTTTGTTTCC TATTTTATTATGGGCATTTTACTTCTGAGATTCTTTCTTTGAAGTGATATAATCTTCTTATCAATTGTGGTTCAGGTCTT GGAGATAAATCTGGTGACATTCCCCAATGTTGCTGATGCTATTTTGGCTAATGGCATGTTCAGCCATTATGACCGTCCTC GTATTGCCCAACTCTGTGAAAAAGCTGGTCTTTACGTGCGAGCTTTGCAAGTAATGACTTGCCAAATATGTTTTATTCTT GCTCTTTGCCTACTTAAAGCTTAAACTTAAAGTCATACCATTTGCTGATTGCACTATTCTTGGTGCAGCATTACACAGAG CTACCAGATATAAAACGTGTGATTGTTAATACACATGCAATTGAGCCTCAGGTGTGCCCTGTTGTTTTTATCTATTTAAG CATTTAGTGTTTACAATAAGTCGTGTGATATTTTTAAATACTTACTCATTATTTGGCTGTTATAGTCACTTGTAGAGTTT TTTGGCACTCTATCTCAAGAATGGGCTTTAGAGTGCATGAAAGACCTATTGCTGGCCAACCTTAGGGGAAACCTGCAGAT TATTGTGCAGGTATGGAAATTTCATTGTATTTTATAACTTGGGACTTGCTAATAATCGAAACTAAGCTTACTTATGTCTA TTCAGGTTGCTAAAGAATACTGTGAACAATTGGGCGTTGATGCCTGCATAAAACTTTTTGAGCAGTTTAGGTCATATGAA GGACTGTACTTTTTCCTTGGCTCATATTTGAGCTCCAGGTAATTCTTGCTCTTGAAAAAAAAACTTATGTTTTTTCTGTT GTTAATGGACCTGATTTATTTTTGAGATATATTCCGATGTGTTTCTGCTGATATATATTGTATATGCTTCTCTGAATAAT ATGGGACAGTGAGGATCCTGATATTCACTTTAAGTACATTGAAGCAGCAGCAAAGACTGGTCAAATCAAGGAGGTCGAGC GTGTGACAAGAGAATCCAATTTCTATGATGCCGAGAAAGCGAAGAACTTTCTAATGGAGGCTAAGCTTCCAGATGCACGG CCTTTAATTAATGTTTGTGATCGTTTTGGATTTGTTCCAGATCTAACACACTATCTATACACAAACAACATGCTTCGCTA TATTGAAGGTTACGTTCAGAAGGTATCACATAGTTACGCTGCTTTTCTCATGAATGCTATCTACTCTCTCTTTATCTGCC CTGCCTGAGCTTTGTGCTTTGCTATATAGGTAAACCCTGGGAATGCTCCTTTAGTTGTTGGGCAGCTGCTAGATGATGAG TGTCCAGAAGATTTTATCAAAGGTTTGATTCTTTCTGTCCGTTCATTACTGCCAGTGGAGCCCCTTGTGGAGGAATGTGA GAAGAGGTGGGGTTTTGTCCTGTAATCTTATGCATTGTTGATTGTGTTCACATTAGTGACTTTTCACAATAGTGACTTTT ATCCCACGATTTTTTTATTTGCAGGAATCGGCTTCGTTTGCTAACTCAGTTCTTGGAACATCTCGTAAGTGAGGGAAGCC AGGATGTACATGTTCACAATGCACTGGGTAAAATTATCATTGAGAGCAACAACAACCCAGAGCATTTTCTCACAACCAAT CCATACTATGATTCTCGAGTTGTGGGCAAGTATTGTGAAAAACGTGATCCCACCTTGGCAGTCGTAGCTTACCGGCGAGG ACAATGTGATGATGAACTTATCAATGTCACCAGCAAAAATTCTTTGTTCAAATTGCAAGCAAGGTTTGTGGTGTATATAT GGTATTTTTTCCGCCAAATCGCTTTTCTTTGGATTCAATGCTGACATGGTTATATTGTGTGACAGATATGTTGTTGAGAG AATGGATGGTGATTTGTGGGCTAAAGTTCTTACTCCTGATAATGAGTATAGAAGGCAACTTATTGATCAGGTTGTATCTA CGGCTTTGCCTGAAAGCTCAAGCCCAGAACAAGTTTCTGCAGCTGTTAAGGCTTTCATGACAGCTGATCTGCCTCATGAA TTGATTGAACTTCTCGAGAAGATTGTGCTTCAGAATTCTGCATTCAGTGGGAACTTTAATTTGCAGAATCTTCTTATTTT GACCGCAATAAAGGCTGATCCATCCAGAGTTATGGATTATATCAATAGACTGGATAATTTTGATGGGCCCGCAGTTGGAG AAATGGCTGTAGAAGGTCAACTGTATGAGGAAGCATTTGCAATTTTTAAGAAGTTCAACTTGAATGTTCAAGCAGTTGAT GTCTTGCTTGAAAATATACATAGCATTGATAGAGCTGTGGAGTTTGCTTTTAGAGTTGAAGAAGATGCTGTTTGGAGTCA AGTGGCCAAGGCTCAACTTAGGGAAGGGCTTGTAAGTGATGCCATTGAGTCGTTTATACGGGCAGAAGATGCTACGCAAT TTTTGGATGTCATCAGTGCTGCTGGAAATGCTAATGTTTACCATGACCTGGTGAAATACTTATTAATGGTAAGACAGAAG GCAAAAGAACCCAAGGTTGACAGTGAGCTCATTTATGCGTATGCAAAGATTGATAGGCTCAGTGACATTGAGGAGTTTAT TCTTATGCCGAATGTTGCTAATCTACAAAATGTTGGTGATCGGTTGTATGATGAAGCATTATATGAGGCTGCAAAAATCA TATTTGCTTTTATATCGAACTGGGCTAAGTTGGCCATCACACTGGTCAAGTTAAAACAGTTCCAAGGTGCTGTTGATGCG GCAAGGAAAGCCAACAGCTCAAAAACATGGAAGGAAGTTTGCTTTGCTTGTGTTGATGAAGAAGAGTTTCGTTTGGCCCA GATATGTGGACTTAACATTATTATTCAGGTAACTTGCTGAATTCAGTTTTTCAATGAACTATATATATATATATATATAT ATATACACACATATATATTCAAAAATAAACTACGAAGGCTGTTCTTGATTTTTTATGCCATATGATCTCAATTTAAAGAG TTTGAATGGACTGGGCCTTGAAAATGTAATGGTGAACCAAATATCCCCAAAAGAATGCTGTGAATGTGTAAAAATGTAAA TGATTGGAAGGCGTTTGCGCTTATTATCTGAGCTTTATGTTGGTCCCATTGTAGTAAACTTATTGACTTCCCATTGCTTA ATATGACAATTTTGTAGGTGGATGACTTGGAAGAAGTCAGTGAATATTACCAAAATAGAGGCCACTTCAATGAGTTAATA TCTCTCATGGAGAGTGGTTTAGGGTTAGAGCGGGCTCATATGGGCATCTTCACCGAGTTAGGAGTTTTGTTTGCTAGATA CCGCCCTGAGAAACTTATGGAGCATATCAAACTATTCTCCACCCGCCTCAATATTCCAAAACTCATAAGAGCTTGTGATG AACAACAACATTGGACAGAATTGACGTATTTGTATATCCAATATGATGAGTTTGATAATGCTGCAACCACCATCATGAAC CATTCACCAGAAGCATGGGATCACATGCAATTCAAAGATGTTATTGTCAAAGTTGGAAATGTTGAGTTGTATTATAAGGC TGTTCACTTCTATTTGGAAGAGCATCCAGATCTTATCAATGATGTTCTGAATGTCCTTGCCCTTCGTGTGGACCATGCAC GTGTTGTTGACATCATGCGAAAGGTAGCATTGATAGTGGCAATAATTTCATAGATCTTAGTTTGTCGCTTGCTACAACAC TAATGAATGTTTTCTCTGTAATGTGCTATAGGCTGGTCACCTCCGCCTTGTAAAGCCATACATGGTTGCAGTTCAGAGCA ACAATGTATCTGCTGTTAATGAAGCCTTGAACGAGATATATGTTGAGGAGGAAGATTATGATAGATTGCGTGAGTCAATT GATTTGCATGATAACTTTGATCAAATAGGCCTCGCACAAAAGGTGAGCTGGATTTTATGTTAATGATGACTATTTTTCAG TTTCTGTTGTGGAAACCTGATAGGTTAATATTATTATATGATGCAGATTGAAAAGCATGAGCTTCTTGAGATGAGGCGTG TTGCTGCTTATATTTACAAGAAGGCTGGTAGGTGGAAGCAATCCATTGCTCTGTCAAAGAAGGATAATCTTTACAAAGAT GCAATGGAGACAGCCTCACAATCTGGCGAGCGTGAACTTGCTGAGGAATTGCTTGTTTATTTCATTGATCAGGTGCTAAA TTCAGTTTCAAACTGCATCTATAATTCATTTTCTTGCAACATCCTATCTGAGTAGGTTTATTTCTATTTTTGGCAAATAT GTTTTGTTCAGTTACTATGAGGAGCTAAATCATAATGTTTTTGTGCACATGAATGGGATAAGTGGACTTTACATTCTTCT CTGTCGCAATGGTTATTGCATATTAGTGGCACCTCTTGTAGCATGTGGAATTCCATTTCACTCAGAAATTATTTGATACC TAGTAGTATTTTCTTTCTTTGTCAAGCTTAGTGACTATTTGTTCTGCTAGTGCATGTTAGAGCCTTGCAGTCAACAATTC ACTGAAGCATTGTCTTTTAATCTTCTTACCCAAGGGTCCAAGCCGTTTCCTTTTCTCTCATGGAATAATAATATTCTGAT TCATTTATTATATTTATTTATGTGCATACAATTGAGTTTCTAATTTTTCTTTTCACATACTTATGCAGGGAAAGAAGGAA TGCTTTGCCTCGTGTCTATTTGTTTGCTATGATTTAATAAGGGCGGACATTGCTCTTGAACTAGCTTGGATGCACAATAT GATCGACTTTGCCTTCCCATATCTTTTACAGGTTTGCATTTCGTCCATGCTGCTGACTTTTATTGCCTATAATTCACTTG GCATATATGTCCTTTTTATGATAAATGTTGATCTTAGGCTTAAGAAAACTTACATTACTGGATATTTCTCCTCACCCCTC CTGTCTGTTTTCCTGAGAATCATGATGGCTATCTTATAGAGCTTTTCCTTTTATAAGTGAACTAGAGTTTTTTACCCCGT GCGTTGCACGGCGAAATTTGTTATTTTATTTGAGATATTAATCAATACTTTGATTATGAAAAAGTTGAGATACTAAGAAT GAAAACAATTATAATAAGAAATAAAATATTTTAAAAATATAAATTGCGAAATTTAATTATAGTGTTTTATACTCATACAC CCCATTTTACAAATATTAAGTTCCAAATAATAAAGGATTTAATTGGTAAAAATCTTTATTTATTCACATTGAGGTACAAA AAAAAATTGCTTACCAAGATGAAAATACAAATATTTGACTCTATTATGTTGCGGACCAACAAAATGAAACAAAACTATAA GTTTAACATTTAAATATTTTCATATAAAATACTCCTTCTTGTTGGAGCTTTTACCTTTAAATTTGAAATATTCTCTTATG ACCTGTTATCACATTAATATTTACTCTAAGAGTAAGAAATATACTAAAATTATATTAATATTTATTTTTCTATTAGTTTC ACAATAAATATTTTTTTTCATGTAAAACGTTAATCACCGTAAGAGCTTTTTACCAATATTTTCCATTATTATGATGATGA CACAATCATCCACCACATTAATGACTCGTCTGAAAAAAAAAAACAAATTAGAACAAAAAAAAGTACCATAAAACTATATT GTAAATAAATAAAATATTATTAATTTTTTTTTTATGTTTTCTAATTCTCATACTACACATTTTCATTGTCAAATATTTAT AGGTTTTCATATATTCATAAGCACAAATACCTAATTCTCTTAAATTAAGAAAAGTAGTTATTAGTAATAAATTTGTAAAT GAAATGGTTAATTGTCCTAGATTACCCTTATTTAATTTTCTATGAATTTTTCTCTCCAAGTTAATATTCTAAAAGTTCAT TATCTCTTTCATATGAAATACGAGGGTAAAATTGGAAAAAATATTTTTAATGCTTTCTAAATATTAAAAAAGGACTAATA TTTAGAAATAATTTTTTTTTCATAAAAAGTGACTTATAATAAGAAACGGGGGAGTATCTACTCCTAAAATTATTTATAAA ATTGCGAAAATATATGTTAATTAATAGTATGAATTATTTATATTATTAATTTTAACATTATATTTTCATGTAAAATATCA CCCTGTGAGAGCTTTTTAACATTCTAGGATCTATTAAATATAGTACTAAAGACATTTCCACAATTCCGATTTTTTTTTAA ATCATATAATTTTAAAAGAAAATCAGTAAATCAGATTCTAACAATATATTTGCTGCCCAAAAATCAAAAGATCCTTAGAA TGTTTTCAAAAGAAAAATGATGTGAAATCAATAGGTTTGGATTTGGAAGAAGATTAGAGCATCCAAAAGAATCAAACAGT TGCGAACTTGCAATGTCAAGACACAATCTTCCAATGTGAATGGAAAACAAAATCACAAAAGTGGTCGAGGGTTTACTGAA CTACATAACTCAAGTTAGTGGAGATGATTTGTACACTCCTATCATACATTCTATTTACCTATCCAAATATGGAAACCTCA CAATCAAATTGTTGTTTCTAAAAGGATTAAAACTTAAACAAAATATAAAAGTTAATATGTTAATTAATACCATAAAAAAT AACTTAAAACCTATAACTTGAAACACATCAAACATTCTCTTCGTTATACATGCCTCATTCTCCATCCCATATTTGCCAGT CCCTCGCAGGAAGTGCCCCATTAACGCTCCAATAGACTACGGAAAACTGCACACCAAATCAGCACATTCATCATTCTAGT ATTGGACGCAGGGACCCTTCAGGAAATCCTGGTTAAGTTTCCAACCGGTAAAGAGCCAATAAGAATCCGTTTTAAAAACA CATATAGGAAAAACTACAAAATGCCTTGATAGAAAAAAGCAAATAACTCATGACTGTTCAAGTTATGTTCTTGATACCCA TCTTGTAGAAAAAAAAAGTAAATAACTTAAAAGGGACATGAGGAAAGATAAAAAGTCTTCTTCACTTATATGATAGACAT CTAGTTCATATCCATGCCATATCCAACTGGGCTGAAGACAGCGCTGCCTTGATAATGGTTATGAAAAAAATTAAACCATG TAGTATGAGAACTTGCCATGTTAAGTTCCCTGCAACATGATGGTGTCCTCTTGCGGCAGCCCCATTCTCTTCGGTGTACA TACTCATAATAAATACGATCAATTTCCTGCAAACAAATCATCAACATTAGACATATGCCCGTAATGGAACAAACAGAGTG AAAGACTATCACTGCGATTCTGCAAGGAAGTTAAACAGATAAGATGACATGCTTGAAATGAAATTAGGGATTGATGAGAA CATAACAGTTAAAAGCACAAAACAATTTAATTCTTTTCACCAATGGTGGTTAGGGATTTAAAAATAGTTTCATTAAGAAT AGTAAGCATTGCAGATAGGACATCATGAACCAAATAAGCTAACAGGACCCTAAGAAAGTTGCATAAAGAATAGTAAGCAT TGCAGATAGGATATCATGAACCAAATAAGCTAACAGGACCATAAGATTTTGTTGTCTTTCTCATCATAAATCAATTGTTA AGGTTTGCTTAAGGTTGAGGACATCCCTCTCAAGTAGATAGGATATCCATCAAAACCACTTTTATAAACAAAAACCCCAA AAAAAGCACTTGTAGAAAAATCTTTGCTAAACTATGAAAGTAACAAAATAACACCAGAATTAAATTCATCAAGCTGTTGT TGATGGTAACTGTACAAAAGCACTTTCAAAATCCAATCAACTCTAATCACATAACTTGACAATGCAAGATACAGAGACAA TAGTCATCCAAAATAAGAAACTCATTTTAAAACAATCTCATTGGTCTAAAATTCACCAGATTATGATGAGAATCCTTAGA ATAATATTCATGAGTGAAAAATATAGGCTATAATCTTCTATGTTATACTACACATACATATCTCTTTATAGGCACCTTAA GATTAATTGGGAGCAAATCAATTTTCAAGGGCACTCCTAATCTGTATAGTAATTTTGTTAGGAAAATGAGTCTTACTGTA ATTGCCAAAGAAGTACATAGAATACCTAGAAGTAACTCCTATAAATATTGCAATCATCAAAGTCAAAACATTATAACATA TAATTGCCTGGGTTCATAGGTTTAATACCTTCACAACTATTCTGCAGTCTGCACATAAATCCATTGACCTTTGTCATTCT CAGTCTCATGTTAAAAATTTAAATAGCAAAAGAACTTGCTTTTGGTCCTATTTCAAACAGCCAAAACAACCTACAACATG AAAGGTAAGAGAATCAATTATAACATTGAGAACCAAGACTACAGGTAAAGGTATTTATCAATATCTTCCAAGTAAATATG GAAGCATTTAATTTTAAAGTAAACCCGAATATATCAGTATAAAAAAAACAAAGAAAATCTGGATGCCAGACAACAACAGG GAGCAACAACCCAATCAAAATGAAGTGATTAATGAAGCAACAACACGTTCCAATAATGATTTATCAATCCTGAAGCCCTG CAACCAATTATCAACATCAAAAATTGTTATTATGAAAATGGAGTTTAGGGTACAGGACAATTTGCAATTTAAGTGGAGAA CCCTATAACATATAATTCTCGCAGCAACCAGCACAATCATGGTTATTGCTTATTGGGTTGATGCACATGACTTAGAATGA ATCGATGGAAACTATATTCATGGTTCTTAAAAACTTGGACTTGACATTACAAATATGCTGTTCGTAGTAATTTGTAACTG GATTATGGTATTCAGTAAAATCTAACCGGATAATTGAATGGAAAATGGGGATGAAGAGAGAATGTACCGCCGGAGACGAA GTGAGGTTGAGAGTTGTGGAGATGAACGCCTCTGACGGGGCCGTCTGTGGCGGCTGGCGAGGAACCATGGCCGCTTGCGG TGGAAACTGAGAACCTTTCTTGTGTTACTCTTGGTCAGAGAAAAGATGAAGAAGAAGTAGGAGAAATAGGGTTTTGGATA TTTTAAACGCTATCGAGGAAGAAAGACGACATCTGGATCGGGCGGGGAGCGGAGGAATCAGTTGAGGCGTGAGGGAGAAA ATGATGGGAATAAAGCTGGTTGAAGAAGAAATTCCTCATATGGCAGATGTGAATAAGCTGGATAAAGTGGTTGGCAGATT AGAGAGCTTAAAAATTTGATTTTGAAATTCACATGTTCATGGGAGCTGTGCAGAGCTTGGGACACGAAACGTGCAGAAGG GAGGTGGGGGTTGAAGAAATTTGATTGGTCATGGAGGGAAGAGATTAATAGGAATCAGGAAAAAACAATTATCAAGGCTT TGCATGCTTCTGTGGTATGTGTGAAACATTTAAAAATGGGGTTGGAAGTTCCACTCTTTGGAAAGCTTCTTCTGGAAGGG TGAAAAGAGAGCTTGCCACGTCAGCGAAACAGGGAACTCGATTGGTGGATGAGTGCCACGTGAAATCTGAGTGAGATAGG AGAATAAAGGAGAACATGACACATAATCAGTGAATGGAGGGAAGCAATGAGAGTGAGCCACGTTGGAATTCCACTCACTT TGAGAATGCATCAGAGAAGAGAATGATTCTGGTGACGACACATAAGCAAATGGGTCTCATAATCCTTGCTGTTTTAATAT ATATATTGATATTGATATTGATTCAATCATCTTTGTAAAGTCTGACAGTTTATGGGTTGCATCTTGAACAGTCGCTGTGA ACTACTTTTTGATGAATGTTGGCTTTCTAGTTTACACTTTACTGTTGATAAAAATTATGAATAGTAGATACTAGATAGTC TCTGCGAGATAGTGATGATAAGCTTATGATGGTTGTAGTTCTTTTTATGTACTTCTGGTATTGCATGGGTGGGTTATCCG AGCACATCTAGGTTGACTAATGCATTTATTTACTTTCTTCAGCCTTTCCTGCAACGGATCTATTTTTTGCCATCATCTTG TGCTTTATCTTACCATCTTCTCTTGTAGTTTATCCGTGAGTACACTGGCAAAGTTGATGAATTGGTGAAGGACAAAATTG AAGCACAAATCGAAGAGAAGGCTAAAGAGAAAGAAGAAAAGGACGTAGTTTCTCAGCAGGTAACTTTTTTGGTTATTTTC TGTTGGCCAAATATAACTTAATTTTGAGCACCGCTGACATTCATGTCATCAGTTTGAATGTTCAGAGCAGTTTGCTGTTG ATTAACCCGATTTCCATCTCATCCTTTATTGTCAACTGGTTGGACTTTAGAGTAGTGTTGTTAATGAATGAGATGTGTTT TCTGTTGCAGAACATGTATGCTCAATTGTTGCCTCTTGCTTTGCCTGCGCCACCAATGCCTGGAATGGGAGGAGGCTATG GTCCTCCCCCTCCAATGGGTGGACTAGGGATGCCCCCTCCTTACGGCATGCCACCAATGGGTGGCGGTTACTAA
CDS sequence (LotjaGi1g1v0076400.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCAGATGTCATCCAATTGATCATCCTTCTGGAGTTTAACTTCTCAATTATTTTTGCAGGGAAGCCATCATTCACGAA GAAACAAGCAGATCTTTTCTTTCCACCAGATTTTGCTGATGACTTTCCAGTTGCGATGCAGATATCCCACAAATACAGTT TGATTTATGTGATTACCAAACTTGGCCTACTTTTTGTCTACGATTTGGAGACAGCTACTGCTGTATATAGGAACAGAATT AGTCCAGATCCTATATTTTTGACATCAGAAGCTACAACAGTGGGAGGCTTTTATGCCATAAACAGGAGAGGCCAGGTTTT ATTGGCTACTGTTAATGAACAAACCATTGTGAATTTTGTCAGCGGTCAATTAAACAATTTGGAGCTAGCAGTTAGTCTTG CCAAAAGAGGAAATCTTCCTGGTGCTGAGAAGCTGGTAGTGGAACGTTTCCATGAACTGTTTGCCCAAACAAAGTACAAA GAAGCAGCTGAGCTTGCTGCTGAATCTCCACAAGGAATCCTTCGTACGCCAGACACAGTTGCCAAATTTCAGAGTGTTCC TGTGCAATCTGGGCAAACTCCCCCACTGTTGCAGTATTTTGGAACACTTTTAACGAGGGGAAAGTTGAATGCCTTCGAGT CATTAGAATTATCTCGATTGGTTGTGAACCAGAACAAGAAAAATCTGTTGGAAAATTGGTTGGCAGAGGACAAGCTTGAA TGCAGCGAGGAGCTAGGAGATCTCGTTAAGACTGTGGATAACGATCTTGCTTTAAAAATTTATATCAAAGCCAGAGCTAC TCCAAAAGTTGTTGCAGCTTTTGCTGAGAGGAGGGAGTTTGACAAAATTCTGATATACTCTAAGCAGGTTGGGTACACAC CTGACTACCTCTTCCTCTTGCAAACAATTCTCCGGACAGATCCTCAGGGTGCTGTTAATTTTGCGTTAATGATGTCTCAA ATGGAGGGAGGTAGCCCAGTTGATTACAATACCATAACTGATCTGTTTCTTCAGAGAAACCTGATCCGTGAGGCAACAGC TTTTCTTCTGGATGTTTTAAAGCCAAATCTACCAGAACACGGGTTCCTGCAGACAAAGGTCTTGGAGATAAATCTGGTGA CATTCCCCAATGTTGCTGATGCTATTTTGGCTAATGGCATGTTCAGCCATTATGACCGTCCTCGTATTGCCCAACTCTGT GAAAAAGCTGGTCTTTACGTGCGAGCTTTGCAACATTACACAGAGCTACCAGATATAAAACGTGTGATTGTTAATACACA TGCAATTGAGCCTCAGTCACTTGTAGAGTTTTTTGGCACTCTATCTCAAGAATGGGCTTTAGAGTGCATGAAAGACCTAT TGCTGGCCAACCTTAGGGGAAACCTGCAGATTATTGTGCAGGTTGCTAAAGAATACTGTGAACAATTGGGCGTTGATGCC TGCATAAAACTTTTTGAGCAGTTTAGGTCATATGAAGGACTGTACTTTTTCCTTGGCTCATATTTGAGCTCCAGTGAGGA TCCTGATATTCACTTTAAGTACATTGAAGCAGCAGCAAAGACTGGTCAAATCAAGGAGGTCGAGCGTGTGACAAGAGAAT CCAATTTCTATGATGCCGAGAAAGCGAAGAACTTTCTAATGGAGGCTAAGCTTCCAGATGCACGGCCTTTAATTAATGTT TGTGATCGTTTTGGATTTGTTCCAGATCTAACACACTATCTATACACAAACAACATGCTTCGCTATATTGAAGGTTACGT TCAGAAGGTAAACCCTGGGAATGCTCCTTTAGTTGTTGGGCAGCTGCTAGATGATGAGTGTCCAGAAGATTTTATCAAAG GTTTGATTCTTTCTGTCCGTTCATTACTGCCAGTGGAGCCCCTTGTGGAGGAATGTGAGAAGAGGAATCGGCTTCGTTTG CTAACTCAGTTCTTGGAACATCTCGTAAGTGAGGGAAGCCAGGATGTACATGTTCACAATGCACTGGGTAAAATTATCAT TGAGAGCAACAACAACCCAGAGCATTTTCTCACAACCAATCCATACTATGATTCTCGAGTTGTGGGCAAGTATTGTGAAA AACGTGATCCCACCTTGGCAGTCGTAGCTTACCGGCGAGGACAATGTGATGATGAACTTATCAATGTCACCAGCAAAAAT TCTTTGTTCAAATTGCAAGCAAGATATGTTGTTGAGAGAATGGATGGTGATTTGTGGGCTAAAGTTCTTACTCCTGATAA TGAGTATAGAAGGCAACTTATTGATCAGGTTGTATCTACGGCTTTGCCTGAAAGCTCAAGCCCAGAACAAGTTTCTGCAG CTGTTAAGGCTTTCATGACAGCTGATCTGCCTCATGAATTGATTGAACTTCTCGAGAAGATTGTGCTTCAGAATTCTGCA TTCAGTGGGAACTTTAATTTGCAGAATCTTCTTATTTTGACCGCAATAAAGGCTGATCCATCCAGAGTTATGGATTATAT CAATAGACTGGATAATTTTGATGGGCCCGCAGTTGGAGAAATGGCTGTAGAAGGTCAACTGTATGAGGAAGCATTTGCAA TTTTTAAGAAGTTCAACTTGAATGTTCAAGCAGTTGATGTCTTGCTTGAAAATATACATAGCATTGATAGAGCTGTGGAG TTTGCTTTTAGAGTTGAAGAAGATGCTGTTTGGAGTCAAGTGGCCAAGGCTCAACTTAGGGAAGGGCTTGTAAGTGATGC CATTGAGTCGTTTATACGGGCAGAAGATGCTACGCAATTTTTGGATGTCATCAGTGCTGCTGGAAATGCTAATGTTTACC ATGACCTGGTGAAATACTTATTAATGGTAAGACAGAAGGCAAAAGAACCCAAGGTTGACAGTGAGCTCATTTATGCGTAT GCAAAGATTGATAGGCTCAGTGACATTGAGGAGTTTATTCTTATGCCGAATGTTGCTAATCTACAAAATGTTGGTGATCG GTTGTATGATGAAGCATTATATGAGGCTGCAAAAATCATATTTGCTTTTATATCGAACTGGGCTAAGTTGGCCATCACAC TGGTCAAGTTAAAACAGTTCCAAGGTGCTGTTGATGCGGCAAGGAAAGCCAACAGCTCAAAAACATGGAAGGAAGTTTGC TTTGCTTGTGTTGATGAAGAAGAGTTTCGTTTGGCCCAGATATGTGGACTTAACATTATTATTCAGGTGGATGACTTGGA AGAAGTCAGTGAATATTACCAAAATAGAGGCCACTTCAATGAGTTAATATCTCTCATGGAGAGTGGTTTAGGGTTAGAGC GGGCTCATATGGGCATCTTCACCGAGTTAGGAGTTTTGTTTGCTAGATACCGCCCTGAGAAACTTATGGAGCATATCAAA CTATTCTCCACCCGCCTCAATATTCCAAAACTCATAAGAGCTTGTGATGAACAACAACATTGGACAGAATTGACGTATTT GTATATCCAATATGATGAGTTTGATAATGCTGCAACCACCATCATGAACCATTCACCAGAAGCATGGGATCACATGCAAT TCAAAGATGTTATTGTCAAAGTTGGAAATGTTGAGTTGTATTATAAGGCTGTTCACTTCTATTTGGAAGAGCATCCAGAT CTTATCAATGATGTTCTGAATGTCCTTGCCCTTCGTGTGGACCATGCACGTGTTGTTGACATCATGCGAAAGGCTGGTCA CCTCCGCCTTGTAAAGCCATACATGGTTGCAGTTCAGAGCAACAATGTATCTGCTGTTAATGAAGCCTTGAACGAGATAT ATGTTGAGGAGGAAGATTATGATAGATTGCGTGAGTCAATTGATTTGCATGATAACTTTGATCAAATAGGCCTCGCACAA AAGATTGAAAAGCATGAGCTTCTTGAGATGAGGCGTGTTGCTGCTTATATTTACAAGAAGGCTGGTAGGTGGAAGCAATC CATTGCTCTGTCAAAGAAGGATAATCTTTACAAAGATGCAATGGAGACAGCCTCACAATCTGGCGAGCGTGAACTTGCTG AGGAATTGCTTGTTTATTTCATTGATCAGGGAAAGAAGGAATGCTTTGCCTCGTGTCTATTTGTTTGCTATGATTTAATA AGGGCGGACATTGCTCTTGAACTAGCTTGGATGCACAATATGATCGACTTTGCCTTCCCATATCTTTTACAGTTTATCCG TGAGTACACTGGCAAAGTTGATGAATTGGTGAAGGACAAAATTGAAGCACAAATCGAAGAGAAGGCTAAAGAGAAAGAAG AAAAGGACGTAGTTTCTCAGCAGAACATGTATGCTCAATTGTTGCCTCTTGCTTTGCCTGCGCCACCAATGCCTGGAATG GGAGGAGGCTATGGTCCTCCCCCTCCAATGGGTGGACTAGGGATGCCCCCTCCTTACGGCATGCCACCAATGGGTGGCGG TTACTAA
Protein sequence (LotjaGi1g1v0076400.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSDVIQLIILLEFNFSIIFAGKPSFTKKQADLFFPPDFADDFPVAMQISHKYSLIYVITKLGLLFVYDLETATAVYRNRI SPDPIFLTSEATTVGGFYAINRRGQVLLATVNEQTIVNFVSGQLNNLELAVSLAKRGNLPGAEKLVVERFHELFAQTKYK EAAELAAESPQGILRTPDTVAKFQSVPVQSGQTPPLLQYFGTLLTRGKLNAFESLELSRLVVNQNKKNLLENWLAEDKLE CSEELGDLVKTVDNDLALKIYIKARATPKVVAAFAERREFDKILIYSKQVGYTPDYLFLLQTILRTDPQGAVNFALMMSQ MEGGSPVDYNTITDLFLQRNLIREATAFLLDVLKPNLPEHGFLQTKVLEINLVTFPNVADAILANGMFSHYDRPRIAQLC EKAGLYVRALQHYTELPDIKRVIVNTHAIEPQSLVEFFGTLSQEWALECMKDLLLANLRGNLQIIVQVAKEYCEQLGVDA CIKLFEQFRSYEGLYFFLGSYLSSSEDPDIHFKYIEAAAKTGQIKEVERVTRESNFYDAEKAKNFLMEAKLPDARPLINV CDRFGFVPDLTHYLYTNNMLRYIEGYVQKVNPGNAPLVVGQLLDDECPEDFIKGLILSVRSLLPVEPLVEECEKRNRLRL LTQFLEHLVSEGSQDVHVHNALGKIIIESNNNPEHFLTTNPYYDSRVVGKYCEKRDPTLAVVAYRRGQCDDELINVTSKN SLFKLQARYVVERMDGDLWAKVLTPDNEYRRQLIDQVVSTALPESSSPEQVSAAVKAFMTADLPHELIELLEKIVLQNSA FSGNFNLQNLLILTAIKADPSRVMDYINRLDNFDGPAVGEMAVEGQLYEEAFAIFKKFNLNVQAVDVLLENIHSIDRAVE FAFRVEEDAVWSQVAKAQLREGLVSDAIESFIRAEDATQFLDVISAAGNANVYHDLVKYLLMVRQKAKEPKVDSELIYAY AKIDRLSDIEEFILMPNVANLQNVGDRLYDEALYEAAKIIFAFISNWAKLAITLVKLKQFQGAVDAARKANSSKTWKEVC FACVDEEEFRLAQICGLNIIIQVDDLEEVSEYYQNRGHFNELISLMESGLGLERAHMGIFTELGVLFARYRPEKLMEHIK LFSTRLNIPKLIRACDEQQHWTELTYLYIQYDEFDNAATTIMNHSPEAWDHMQFKDVIVKVGNVELYYKAVHFYLEEHPD LINDVLNVLALRVDHARVVDIMRKAGHLRLVKPYMVAVQSNNVSAVNEALNEIYVEEEDYDRLRESIDLHDNFDQIGLAQ KIEKHELLEMRRVAAYIYKKAGRWKQSIALSKKDNLYKDAMETASQSGERELAEELLVYFIDQGKKECFASCLFVCYDLI RADIALELAWMHNMIDFAFPYLLQFIREYTGKVDELVKDKIEAQIEEKAKEKEEKDVVSQQNMYAQLLPLALPAPPMPGM GGGYGPPPPMGGLGMPPPYGMPPMGGGY
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 | 16 | 1448 | 1433 | 0.0 | ||
| PANTHER | 20 | 1466 | 1447 | 0.0 | – | |
| PANTHER | 20 | 1466 | 1447 | 0.0 | – | |
| SUPERFAMILY | 21 | 112 | 92 | 9.94E-32 | ||
| Pfam | 113 | 136 | 24 | 5.9E-9 | ||
| SUPERFAMILY | 114 | 269 | 156 | 4.26E-53 | ||
| Gene3D | 115 | 276 | 162 | 5.8E-68 | ||
| Pfam | 138 | 203 | 66 | 5.4E-29 | – | |
| SUPERFAMILY | 226 | 562 | 337 | 7.77E-86 | ||
| SMART | 320 | 462 | 143 | 2.2E-34 | ||
| ProSiteProfiles | 320 | 466 | 147 | 37.264 | ||
| Pfam | 324 | 459 | 136 | 1.1E-22 | ||
| SMART | 469 | 611 | 143 | 1.6E-39 | ||
| ProSiteProfiles | 469 | 611 | 143 | 33.528 | ||
| Pfam | 470 | 609 | 140 | 7.9E-21 | ||
| ProSiteProfiles | 616 | 755 | 140 | 36.385 | ||
| SMART | 616 | 755 | 140 | 9.7E-42 | ||
| Pfam | 619 | 752 | 134 | 3.7E-28 | ||
| SUPERFAMILY | 670 | 836 | 167 | 2.19E-36 | ||
| SMART | 762 | 907 | 146 | 5.1E-45 | ||
| ProSiteProfiles | 762 | 907 | 146 | 43.52 | ||
| Pfam | 762 | 901 | 140 | 4.5E-31 | ||
| SUPERFAMILY | 821 | 964 | 144 | 8.92E-27 | ||
| Gene3D | 821 | 965 | 145 | 4.8E-35 | ||
| SMART | 911 | 1052 | 142 | 3.8E-36 | ||
| ProSiteProfiles | 911 | 1052 | 142 | 32.838 | ||
| Pfam | 915 | 1050 | 136 | 1.1E-25 | ||
| SUPERFAMILY | 965 | 1300 | 336 | 1.61E-106 | ||
| Gene3D | 966 | 1305 | 340 | 6.1E-151 | ||
| ProSiteProfiles | 1057 | 1203 | 147 | 42.593 | ||
| SMART | 1057 | 1203 | 147 | 4.3E-44 | ||
| Pfam | 1061 | 1200 | 140 | 4.8E-28 | ||
| ProSiteProfiles | 1206 | 1349 | 144 | 39.259 | ||
| SMART | 1206 | 1365 | 160 | 2.4E-44 | ||
| Pfam | 1209 | 1348 | 140 | 6.3E-30 | ||
| Coils | 1246 | 1266 | 21 | - | – | |
| Gene3D | 1311 | 1410 | 100 | 1.8E-38 | – | |
| Coils | 1393 | 1421 | 29 | - | – |
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 | Structural molecule activity | The action of a molecule that contributes to the structural integrity of a complex or its assembly within or outside a cell. | ||
| Molecular function | Protein binding | Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules). | ||
| 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 | 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 | Clathrin coat of trans-Golgi network vesicle | A clathrin coat found on a vesicle of the trans-Golgi network. | ||
| Cellular component | Clathrin coat of coated pit | The coat found on coated pits and the coated vesicles derived from coated pits; comprises clathrin and the AP-2 adaptor complex. | ||
| Molecular function | Clathrin light chain binding | Interacting selectively and non-covalently with a clathrin light chain. | ||
| Cellular component | Clathrin complex | A protein complex that consists of three clathrin heavy chains and three clathrin light chains, organized into a symmetrical three-legged structure called a triskelion. In clathrin-coated vesicles clathrin is the main component of the coat and forms a polymeric mechanical scaffold on the vesicle surface. |
Expression pattern of LotjaGi1g1v0076400.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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