Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message
| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0123700 |
| Transcript ID | LotjaGi6g1v0123700.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Clathrin heavy chain; TAIR: AT3G11130.1 Clathrin, heavy chain; Swiss-Prot: sp|Q2RBN7|CLH1_ORYSJ Clathrin heavy chain 1; TrEMBL-Plants: tr|V7BP18|V7BP18_PHAVU Clathrin heavy chain; Found in the gene: LotjaGi6g1v0123700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:31595069..31607308) extracted from Lotus japonicus Gifu genome v1.2.
AAAAAAACACATTTTTAGAAAGGAACTTGATACTTGATAGTTCATTTCATTCCCATCACCACCTTCTCTCTCTGCTCATT CCACAACACTCTCCTTCTTCCTCTCCCCCTCTCTCTCTCTCATTGGCTTCGCTCACTGCTTCAGATCTCGCAGCGTAACA CTGCCTCTCCCCTTCCACCATGGCCGCAAACGCCCCCATTTCCATGAAAGAAGTCTTAACGGTGCGTCATTCCGCGTTTT CCGAGCTCTGATTTCGCCCCATCAGATCCCAATGTCACTCACCATTGTCACCGTTTCGTTTGATTCATCGACCTGTGGAT TCGATTTTTCATTTTTGTGATTGAAATTTTCATTTATTTTTTCTCCGATTTGGTGATCGTTTTTTTTTTTTTTTATCAAT GCAGCTGGGTAGCGTGGGAATCAACCCGCAATTCATCACGTTCACTCACGTGACGATGGAATCGGAGCAGTACATTTGCG TCAGGGAAACCGCTCCTCAGAACAGTGTTGTCATGATTGATATGAACATGCCCATGCAGCCTTTGAGACGCCCCATCACT GCTGATTCCGCTCTCATGAACCCTAACACCAGAATTCTCGCTCTCAAAGGTGAATTAACATTCTCTGATTTGTGTTACCT GTCAGCTCCTGGTCACAGATTCTGATAGTATTGATTCAATCATTGTGTTTGTTGATTGAAATTTCGGATCATGTCATTGT GATAGTTAATGGATTTGATAGCTGTAGGTAGTGTGCATATTTATATGTGTTTGGATTTTGGTTCCCCATTGAATGTGGTG TGGTGTTCTTCGTGCAGCTCAAGTTCCGGGCACTACTCAGGATCATTTGCAAGTGTTCAACATTGAAACGAAAACAAAGA TGAAATCATATCAAATGACCCAACAGGTGTGACTTTGTAGAATCTTCTTCCCGGATGATGGGTTGGATTGTATCTGTGAT TGTTAATTGTCTTGTGATTTGTCTCCTTTAGGTTGTTTTTTGGAAGTGGATAACCCCAAAGATGCTAGGTGTAGTCACTC AATCGTCTGTGTATCATTGGTCAATCGAAGGTAGAAAGTCTTTTTCTATTGTCCGTTTGTGTCTGTGATTCTATATAAAG TTGACAGTCGATCATCTTGTGCTTAGTTTGTACTCTAATTTGAATTTTTGTGAATTTAACGTTTTTACCATTTTTCATAT GTAGGTGATGGTGAGCCTGTCAAGGTGTTTGACCGAACAGCTAATATGGCAAATAACCAGATTATCAATTATCGTTGTGA TCCTAGTGAAAAGTGGCTGGTTTTGATTGGAATTGCTCCCGGTTCTCCTGAGGTGTGTGTTTCCTTTCGTATAGAAACTT TCCATCCCTTGCACTTTGTGGTATCACCAGTTCCCCTTACTGTATCTTTGTGTTTGTGTGTCAGCTCACTAAAAGGTAGC AAATTTTCTCAAATCCTATGCCATGGGTTGATTGTGACTATTTATCATGAGGAAATTTATATGAACTATTGAAATGTAGT CACTTAGTGCTATCCTTATATGTACACCTGGTATACCTAAATTACAGGATCGTAACAAACCTTTCCTATTCCTCTTTCTC ACCACAATATGTTACGCACTTGAATGACATTTGTGAAGGGTGCATGGATTTGTGATGTAAGTTGGTTGTTTCTAACTGAT ATTATGCCTAAATATATTATAGGATATATTATGCTTGTTTATGAAATACCTTCTGAATCACTCATGAGAAACAAAAATTT CATACTTCCTGTTGTGAATAATTTAATGATTTAGCCATTTTACTCTAATTGTCCTTTTTTTTATGTATACACAATATTGT GATATAAAAACATTGAAGTTTTTCTTATGATTATTTCAGTAAATTAGTCTCCCCTCCCTTGAGAGAAGCTTGAATTACAC TCCCCTCTTATTTCTAAATCTACACTGGCCTCCCCTAAGAGATAAATATATATATGCGCTTTAGTCCGTTTTAATATAAA TAGGCTTCTTATGGATATATTTTTTCTCTGTTTATGATTCTGTCATCATTAGTATATAGTTTTAAATCCTACTATAAATT ATGGGACATTTTAAAGATGAAATATATATTTCGGATGAAGTTTAGAAGCTGAAAAAAAAAAGTTTTAAACTTCATTTTAT CTTCTAAAATCAATATTCGTGTTTGAGCTCACCTTAAAATATTAAAGTGTGCAAAATTAGTTAGTGATGACAATGATTAT TGTAAAAGAAGAACAAATTTGCTAGGAGACATGTTCGTAGTTGTTCAAACCATTAAAAGATTCATTAATGCTAAAGTTTA CTAAATTGTTATATATATTATTATATTTAACTCTTATGAGAGGGGAGTGTATATTTTGGATTAAGACGGGATGGGAGTCT AATTCAAGCTTCTCTCAAGGGAGGGGAGAATAATTTACTCAAATAAATTTACTTGACCTTGTTTTCTAATTATTACGGGT GTGTTTGGGTTCAAGTTGAGATCAACTTGAAAGCACATTCAACCCAACGGAAATAAGGAGTTCCTTTCATTTTCGGGTTT TTTTGTAAAAATTGTCCCCTAACACTGTGAACTGAGAACCAGATACACACTCAATTGCTGGTTCAACTCTACATTTTCCT GAGTTTTTTTTTTTTCATTTATTACTTAATTTTTTTATTTTTGTTGTTTATATATAATCTTTTTCACTTTGAATTTTAGA AAATTTTCCTTACTGTGTTTACTAAATACAACGGTTTTTGACTTGTTGGTTCTCTTGCTTTTTTAGATATTTTAAATATA TTATCCTCCTTCAACTTTTTTTGCATACCTTATTAATGAAATCATTTTTTCTACATATGTTATGTAGTTATATTTTAAGA TTGGAAATTTTACAATTCTTTCTTTTTATGGTTTAAAATTCCCTGGTATTTCATCCTTTGACATGATTCGGATTGATTGC AGAAGATCAAACCTTCTGAAATGATTTATTACTGGATTAATGGTATTTTATATTGTTGGTTACAGAGGCCGCAACTAGTA AAAGGAAACATGCAACTCTTCTCTGTGGATCAACAACGGAGTCAGGCTCTTGAAGCGCATGCAGCCTCATTTGCCTCATT TAGAGTACTTGTCCCTTCTTTGTGATTTATTATTATGGATTTCAACTGTGTGGCTTGTAGGTTGAATGCTGTTTTTTTTT TGTAATTTATACAACATGTAGGTTACTGGCAATGATAAGGACTCGATTCTTATTTGTTTTGCATCAAAGAGCTTCAATGC TGGACAGGTTACATCGAAGATGCATGTCATTGAACTTGGTGCCCAGCCAGGTATGCATGGTTTTTTTTTTTTTTTTTTTT CTAAAAGTAGGTATGCATGGCTAGATTATCCTTTTTCAGCAAAAATACAGATTGTTAAGGATGATATTATTTTTTAGTAT TAATTTGATATATTAATAAAATAGGAGATAATGGGATATAAATCGGCGGAAGTTTACAATCTAATTACAAAACTTCCATT TGTTGTCAGGCAAGCCAACATTTACCAAAAAACAAGCAGATCTGTTCTTTCCTCCAGACTTTGCTGATGATTTTCCTGTG TCAATGCAGGTACAAGTTTAAACTTAAATTTGGATTCTCTATTCCCAATAGATATTATGTTAAATATTTGATTTGTTTTT ATTGTGCAGATTTCGAATAAATATGGCTTGATATATGTTATCACGAAACTTGGGCTTTTATTTGTCTATGATCTAGAGTC TGCCACTGCAGTTTACAGAAATCGAATCAGTCCGGATCCTATATTTTTGACCGCTGAAGCATCAACTGCAGGAGGCTTTT ATGCCATAAATAGACGTGGTCAGGTGTTGCTTGCTACTGTGAATGAGGCCACCATTGTGCCTTTTGTTAGCGGTCAGGTA TTTTACGTGTTACACCATTCTTGAATAGTTAGGAAAACTTTTTTTCGTACCTACTTCTAAATGTTTGTTTGGATATTGTG CAGTTAAATAATTTGGAACTTGCTGTTAATCTTGCTAAAAGAGGAAACCTCCCTGGTGCAGAGGAATTGGTAACTTGAGT TGCATTTGATTTATTATGTATTTTATTTATCTGTCATTTTAAAGTTTGTGTTCTGACCATGTACCAAAAAAAAGTTTGCG TTTTGATTATTGTTTCCAGAATTGGCTGACTCTCTGATGAGTCAGATAAATGCTTGACTAGAATTTTTTTTTCTATGCGT TCTGTCTCATAAATTGTAGTTGTCCTAAAAGCATCTCCGGAGTGTAATCTAGAGTAGAACAATTATCGTCAAGTCGATTA ACATAAAATACAAGAAAATGATGAACAATATATTATTTATTTTTGTGGCATCTGCTAGTACGATTTATTCTGTCAGAGAA TATCAGGATTGACACTCCACAGTTTGTAAGCTTACCACTACTTGTGGGAAATTTGGTCAAAAGAATACGAAAACCATGAT TTTTTTACCCTTTCATATAAATTTCATTAAAATTACTTTTGCATAAAGTTCGCCAAAACTGTGATGTTTTTCTTAGCTGA TTTCACCCATGGGAATCATTTTGCCCGTGATTGTAAGTTTCTGTCGATTTTCTTAGGTTGTTCAACGTTTTCAAGAGTTG TTTGCTCAGACCAAGTATAAGGAAGCTGCAGAGCTTGCTGCAGAATCACCACGGGGAATACTTCGTACTCCTGACACTGT TGCTAAATTTCAGGTATTATTTGCATTACATATGGTGGTCCATTCATATTTATTGGGTTTGTTAAGTTCATGCATTTGGT TTGTGGTGTGCTAATGAAATTGAGCCACCTTAATATGGAAATTTAATATGCTCTTCATGTCAAGTTCTTGATTCGCCCTT GTTAATTTTCTTCAGAGTGTTCCTGTGCAAGCTGGGCAAACGCCACCACTGTTGCAATACTTTGGAACTCTGTTAACCAG GGGAAAACTCAATGCTTTTGAATCGTTGGAACTGTCACGACTTGTCGTAAATCAGAACAAAAAGAATCTTTTGGAAAATT GGCTAGCAGAGGATAAGCTAGAATGCTGCGAGGAGCTTGGTGACCTTGTGAAGGTCCTGCAGAAATTTAATTTGTTTTCT CTTTTGTAATTGCACTTATTGATTTTTGTAGGTTTTTGGGAAGGAAATCTAAACTATCTTTTCTTTTCAAAGCAACTCAT TTCTGTTCCTTGATTTGTTTTTCATACTTCTTTCCTTTGTCTTTCAAATTATAATGAGACCGGCATATAATGCAGACGGT GGATAATGACCTTGCATTGAAAATCTACATCAAAGCTAGAGCCACACCAAAAGTTGTTGCAGCTTTTGCGGAGAGGAGGG AATTTGACAAGATCCTGATATATTCTAAGCAGGTAATTTTCTTATTTGGTTTAGTAGAATCACAAAAATAGTGATATGAA TCTTATATTGTATCTCATGTGTTGCTTGGCGTAATTTTGTATATAGTATATTTCTGATGCATTATTCTCTTTTTCTTTGC TGAAGGTTGGATACACACCTGATTACATGTTTCTTCTGCAAACAATTTTACGGACAGACCCACAGGTAAGCAGGTTATTT CTGAACATAATTTTGACTCACAAGTTACACTTCACTTCTGAATGGGTTCACTTTTGTGGTGCACAGTGCACTTATTTTTT TTCAAAGGTTTAAGCGTATCATTACTTAGAATTCGTTGCACCTCATGCATGGCTGTTAAATAGGTCCAAATGGAAATGGT TTCTTGATGCTTGTGATGTTTTCCTTTTAACAATATTTATATCGTGCTAATCTACTTTGAATTATTTATTTTTTTGAGCA TCTACATTGGTTTTTTTATTGGTGTGTAGCATAATACAAAACTTCCTTCATTGCAGGGTGCTGTAAATTTTGCTCTGATG ATGTCTCAAATGGAGGGAGGTTGCCCCGTTGACTACAACACAATAACTGATCTCTTTCTTCAGGTCTATTTGCAATTTAC TTTTTTTGTTTAATGGTACCTGGTTCGTTGTTCTCATACTATTTTTAACTTCGATGTAACTTAAAGAAGGCTGTATCATC GATCATGTACAAGTACAACATTTTTTTTCTCTCTCGTGGTGTTCATTCTGTTCTGTTTTCAAATTTTAAACTGAGAAAAG ATAATAATGATATGAAACCTAACCTCTCTTGAAAGTTGAAACTGGTTTTGGTATGCTTTTTGACAATTTTTGGCTAACAT CTTTTCCTATAATATCAATAACTGAGAATTATTTGTTAAAGCAAGAAACAATTTTACCCTTCTTTTTGTGTGGGCTGGAA CCTTTTCTTTATATTTTTCTTCTGCTACTTTTTAGAGAAATTTGATCCGTGAGGCAACAGCTTTTTTGTTGGATGTGCTG AAGCCAAATCTGCCTGAACATGGATATCTTCAAACAAAGGTTCTTTTATTTTATGCGCTGTTTATGTTTCCCTGAACTTA ACAGTATTGCATATAGTTTTTTTTAAAAGAAAAACATGATGATACTCAATATATTGTTTTAGGTTCTGGAAATTAATCTT GTGACGTTTCCAAATGTTGCTGATGCCATATTGGCCAATGGCATGTTTAGTCATTATGATCGCCCACGCATTGGACAACT CTGTGAAAAGGCGGGGCTGTTCATACGGGCTCTTCAGGTTCTTGACTTTTCTAATTGACTAATTCTGATGCAATACTGAC TGACTAAGTGGCGTTCCTTGTGAGAATAATTTCTTGAACCTTGTATTTGTTATGTGCAGCATTATTCTGAGTTGCCTGAT ATCAAACGTGTTATTGTGAATACACATGCCATTGAGCCACAGGTATGGATTGCAATTGCTCAAATGACCTAATCTATCAT AAAACCATTTTACATTCTGAATATATGATGCTTTGCAGGCTTTAGTTGAGTTCTTTGGAACCCTTTCCCGAGAATGGGCA CTTGAATGTATGAAAGATCTTTTATTGGTCAATCTTAGGGGCAATCTTCAAATAATTGTGCAGGTACTGTTTTTGATAAT GTTGCCATTAGGCAGTTTTTTATTCCATAAGTCGATTATTAGAGAATCTTATTTGCATTTTGCATGATTTTTAGACTGCT AAGGAATATTCTGAGCAGCTGGGAGTTGATGCATGTATTAAACTCTTTGAGAATTTCAAATCCTATGAAGGACTGTACTT TTTCTTGGGTGCATACTTGAGCTCCAGGTATTTCATATTAAAGAATGAGTTACCTTAGTTCACTTGACAGTCTGCTTTGG TTTTCTAGTTTTCTTTCAATTATTGTAATTTACCTTTTTATTCTTTCTTGTATAGTGAGGATCCTGATATTCACTTCAAG TACATTGAAGCTGCTGCTAAAACTGGACAACTTAAGGAGGTAGAGCGTGTGACTCGGGAATCGAATTTTTATGATGCTGA GAAGACAAAGAATTTTCTAATGGAAGCCAAGCTTCCAGATGCACGTCCACTAATTAATGTGTGCGATCGTTTTGGTTTTG TTCCGGATCTTACCCATTATCTTTATACTAACAACATGCTTCGCTATATTGAAGGTTATGTTCAAAAGGTAACTTTGTTT CAGGATTCTATTCAATTTTTGTGATTCATAGGATACGGGTGTGTTTTAAATCTAACAAAATTTTAAGACTAATATTTAAT TATTACACTTCTCGCTTTTAGGTCAATCCTGGAAATGCTCCTCTAGTTGTAGGACAGTTGTTAGATGATGAATGCCCTGA AGATTTCATTAAAGGTCTCATACTTTCAGTTCGTTCTCTTCTGCCAGTTGAGCCTTTAGTTGAAGAATGTGAGAAGAGGT GTGCTAGTTTTCTTTCTACCTTTCTTTTCCAAAGTCATTGCCATACTCTTTCTCATATCACTTGTTTTGCATAGGAATCG TCTCCGCTTACTGACTCAGTTCCTGGAGCATCTTGTAAGTGAAGGAAGTCAGGATGTACATGTACATAATGCGCTGGGTA AAATCATCATTGACAGCAACAACAATCCTGAGCATTTTCTCACAACCAACCCATATTATGACTCTCGAGTTGTTGGTAAA TATTGCGAGAAGCGGGATCCTACCCTTGCTGTTGTTGCTTATCGAAGAGGGCAATGTGATGATGAGCTAGTTAATGTAAC TAATAAAAATTCCTTGTTCAAACTCCAAGCAAGGTATGTATATTGTCCTTCATAAGGAAGATATCATTATGTTTTATAAT ACTAATTTGAGTCACTCGTGTTATTTTTTTTTTTCAGATATGTTGTGGAAAGGATGGACTCTGACCTCTGGGAGAAAGTT CTTAATCCTGAGAATGAGTTCAGAAGGTTGTTGATTGATCAAGTGGTGTCTACTGCTTTGCCTGAAAGCAAGAGTCCTGA ACAAGTTTCAGCTGCAGTGAAAGCTTTTATGACTGCCGACCTCCCACATGAGTTAATTGAGCTTCTTGAAAAGATTGTGC TACAAAATTCTGCTTTTAGTGGAAACTTTAATTTGCAAAATTTGCTGATCCTTACTGCAATCAAGGCAGATCCTTCTAGA GTTATGGATTACATAAACAGGTTGGACAACTTTGATGGGCCTGCAGTAGGGGAGGTGGCAGTGGAAGCACAGCTATATGA AGAAGCATTTGCTATTTTCAAGAAATTCAATTTGAATGTTCAGGCTGTTAATGTCCTGCTGGATAACCTTCAAACTATTG ATCGTGCTGTGGAATTTGCTTTCCGGGTTGAAGAGGATGCTGTTTGGACCCAGGTGGCCAAGGCGCAATTAAGAGAAGGA TTGGTGAGTGATGCTATTGAGTCCTTCATTCGTGCAGATGATGCAACTCATTTCTTAGAAGTTATAAAGGCTGCTGAAGA TGCAGATGTATACCATGACCTGGTAAAGTACCTTCTCATGGTTAGACAGAAGACCAAAGAGCCCAAGGTGGACAGTGAGC TCATTTATGCTTATGCTAAGATTGATCGGCTTGGAGAAATTGAAGAGTTCATACTTATGCCAAATGTTGCCAATTTGCCG AATGTTGGAGACCGCTTGTATGATGAGGCTCTTTATGAGGCTGCAAAAATTATATTTGCTTTTATATCTAACTGGGCTAA GTTAGCAGTAACATTAGTAAAGCTTAAACAGTTCCAGGGCGCTGTTGATGCTGCCCGGAAGGCAAACAGCGCAAAAACTT GGAAGGAAGTTTGTTTTGCTTGTGTTGATAATGAGGAGTTCCGCTTAGCTCAGATTTGTGGTCTCAATGTCATCATTCAG GTGACACTCTTTTCTTGTATATAAGTTGACATTTTGAATTTTTTTTCTCATGAAGATTGATTTCCGCCACTTCACTTCAA AAAATTTCTGTAATTTTTGTGATACATGGAAACGTTTAAATGCAAGTTAAATGATGCACTGCTGCTAAATACTTAAAACA AGTAGCTCACAAACTGTTGATTACTTTATCTAACTTTTTGAAGTTTTCTGATTACATACTGTATTGTTATGAAGGTGGAT GATTTGGAGGAGGTTAGTGAGTATTATCAGAACAGAGGATGCTTCAATGAGCTCATATCTCTAATGGAGAGTGGGCTAGG ATTGGAACGTGCTCATATGGGTATCTTTACTGAATTGGGAGTTCTTTATGCAAGATATCGTGAAGAGAAGCTAATGGAAC ACATTAAGTTGTTCTCAACTAGGCTTAACATTCCAAAGCTTATTCGGGCATGTGATGAACAACAACACTGGAAAGAACTT ACATACTTATACATCCAATATGATGAGTTTGATAATGCTGCTACCACTGTCATGAATCACTCTCCAGAATCTTGGGACCA TATGCAATTCAAAGATATCATAGTTAAAATTGCCAGTGTGGAACTCTACTATAAGGCTGTTCACTTCTACTTGCAAGAAC ATCCTGATGTAATAAATGATCTTCTAAATGTGATTGCTCTTCGTGTGGACCATACCCGTGTAGTAGATATAATGAGGAAG GTGTGCATGTCTTATTCCCTATAGCCAAATTCCTACTGTATAATCTTATTTTGTTAAATATCCAATTGGCTTTAAACATC TTTTATAATAACATTGTTTGTGATTTTTAATTTTTAGGCTGGCCACCTCAAATTAGTCAAGCCGTACATGGTTGCAGTCC AAAGCAATAATGTGTTTGCTGTGAATGAAGCTCTGAATGAAATATATGTTGAGGAAGAGGACTATGATAGACTTCGAGAA TCAACAGATCTGCATGACAATTTCGATCAGATAGGTCTTGCACAGAAGGTGAATCCTGTCTATCTTTTATCTTATTTAAA AAATTTAGTAAAAATTAAGATGTGGATGTTTCTGAGAAATCCAAAGTGTTTGTATATTATTAACTGGCTTCAACAATACA CTTGAGCAGATTGAGAAGCATGAACTTCTTGAGATGAGGCGTGTTGCTGCATACATTTATAAGAAAGCAGGAAGATGGAA GCAATCCATTGCTTTGTCAAAGAAAGACAATCTTTACAAGGACTGTATGGAGACTTGCTCTCAATCTGGGGATCGTGAAC TCTCCGAAGATTTGCTTGTCTACTTTATTGAGAAGGTGGTTATTTTCTTGTCCTTTTTTGTTAAGTTTTGAACTCCAGTA TTTAAGGATTAGATACTAAATAGGCTAGGCCCTTTTGGGACAGTGCAGTTTGACTCCTGCTTCACTTTAAAATAATTTTG TTTTTTTCTATCTAGAGCCCATTATTGGTTTCTTCCGCTTGCTTCCTGCACTAGTTCTTTTCCGTTAATTTTTACAAAGG AATATATTGATATTTCTGCAGGGGAAGAAAGAGTGTTTTGCATCATGCCTCTTTGTCTGTTATGATATCATACGGCCAGA TGTTGCTCTTGAGTTAGCTTGGATGAACAACATACTTGATTTCGCTTTCCCGTATCTTCTACAGGTATGTTTTTGTTTGG GTCCCTTAATTAAATTTATTGAAAAGAAATTTGTTCTTTTATTGTTAACTGTCTTTGCTTAATTCTTTGAAGTTTATTCG AGAGTATACAAGCAAGGTAGATGAGCTTATCAAGGACAAAATTGAGGCACAAAATGAGGAGAAAGCAAAGGAGAAGGAGG AAAAGGACGTAATTGCTCAACAGGTACCTGTTACTAATTTCCTTTTATAAGACCATCAGTTTTATATTCTGTTTGATTAT TCGATTAACATTTTTCAATGATCTCCAGAATATGTATTCCCAGTTGTTACCACTTGCTTTGCCAGCACCACCGATGCCAG GGATGCCAGGAATGGGGGGAGGATACGGCCCTCCACCACCTCCGCCAATGGGCGGAATGGGTGGAATGGGGATGCCGCCA ATGCCTCCTTTTGGCATGCCCCCAAGCTACTGAGTTGACAACCAAGGAGAGGAGTTCAGCATAAATTTTGCTGGTGAAGT TAGTTGAGAATGTTTCATTTTTGCATTCAGGGTTACTTCCTTAGGGTTAAAGAATTTCACGTGGTGGCACCAAGCATCTG CTGTCTGGCTTGCTACTACTTTCCAATGATTGCGGCTTTCTGCACTTAAAGTTTTGAGTTCTTATTCTTTTGCTTTCTTT CTCTTGTTGTTTGATCATTCTTGTGGGAGCCAAGGGTGGTCACTTGATCCTGGTGGATCTTTTTTATTCTTTGGCTTGGT TGTGACATGTATAGTTTATTTTCTCTAATTATTATTTGTTTACGTAGTGATGTAGTCATAAATGTATTCTGTCTAGGACT TAATTGTTCTTTATGGTATATAAACATTTACCTAATATTGAAATTGGTCTCTAATTAGGACTTGAATGTTCTGAATTCTG AATATATATTTTAATTCCACCACTCTAGTTCCATTATTATTCATGTTAAAACGTTAAAATACAGTTTAAGCAGAGTTTGG CCTAATCCAGAGGTTCCAATCTCAATCACTTAGCACTCTTTAGGTAGCAGAGAGGGGAGAAGCGAAGTAGGGTGGTTGAA GTCTATGTTAGGAGAAGGAAGGTAGAAATAGGGGTAAACTGAAAAGAAAAAAAAAAAGGCTTAAATAAGTTTTTGGTCCC TAACCTTTACCAAGTGCTTGGTTTTCGTCCCTCGTCGGAGCAAAGGTGGGTTTTAATCCCTAACCTTTGCCACAAGATTT GGTTTTCATCCCTCCGGAGCTCTGGGTCAACGCCGGAGCTCCGGTGGCCCATGTGGCATGGCCACGTGGGATTAATGAGC
CDS sequence (LotjaGi6g1v0123700.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCCGCAAACGCCCCCATTTCCATGAAAGAAGTCTTAACGCTGGGTAGCGTGGGAATCAACCCGCAATTCATCACGTT CACTCACGTGACGATGGAATCGGAGCAGTACATTTGCGTCAGGGAAACCGCTCCTCAGAACAGTGTTGTCATGATTGATA TGAACATGCCCATGCAGCCTTTGAGACGCCCCATCACTGCTGATTCCGCTCTCATGAACCCTAACACCAGAATTCTCGCT CTCAAAGCTCAAGTTCCGGGCACTACTCAGGATCATTTGCAAGTGTTCAACATTGAAACGAAAACAAAGATGAAATCATA TCAAATGACCCAACAGGTTGTTTTTTGGAAGTGGATAACCCCAAAGATGCTAGGTGTAGTCACTCAATCGTCTGTGTATC ATTGGTCAATCGAAGGTGATGGTGAGCCTGTCAAGGTGTTTGACCGAACAGCTAATATGGCAAATAACCAGATTATCAAT TATCGTTGTGATCCTAGTGAAAAGTGGCTGGTTTTGATTGGAATTGCTCCCGGTTCTCCTGAGAGGCCGCAACTAGTAAA AGGAAACATGCAACTCTTCTCTGTGGATCAACAACGGAGTCAGGCTCTTGAAGCGCATGCAGCCTCATTTGCCTCATTTA GAGTTACTGGCAATGATAAGGACTCGATTCTTATTTGTTTTGCATCAAAGAGCTTCAATGCTGGACAGGTTACATCGAAG ATGCATGTCATTGAACTTGGTGCCCAGCCAGGCAAGCCAACATTTACCAAAAAACAAGCAGATCTGTTCTTTCCTCCAGA CTTTGCTGATGATTTTCCTGTGTCAATGCAGATTTCGAATAAATATGGCTTGATATATGTTATCACGAAACTTGGGCTTT TATTTGTCTATGATCTAGAGTCTGCCACTGCAGTTTACAGAAATCGAATCAGTCCGGATCCTATATTTTTGACCGCTGAA GCATCAACTGCAGGAGGCTTTTATGCCATAAATAGACGTGGTCAGGTGTTGCTTGCTACTGTGAATGAGGCCACCATTGT GCCTTTTGTTAGCGGTCAGTTAAATAATTTGGAACTTGCTGTTAATCTTGCTAAAAGAGGAAACCTCCCTGGTGCAGAGG AATTGGTTGTTCAACGTTTTCAAGAGTTGTTTGCTCAGACCAAGTATAAGGAAGCTGCAGAGCTTGCTGCAGAATCACCA CGGGGAATACTTCGTACTCCTGACACTGTTGCTAAATTTCAGAGTGTTCCTGTGCAAGCTGGGCAAACGCCACCACTGTT GCAATACTTTGGAACTCTGTTAACCAGGGGAAAACTCAATGCTTTTGAATCGTTGGAACTGTCACGACTTGTCGTAAATC AGAACAAAAAGAATCTTTTGGAAAATTGGCTAGCAGAGGATAAGCTAGAATGCTGCGAGGAGCTTGGTGACCTTGTGAAG ACGGTGGATAATGACCTTGCATTGAAAATCTACATCAAAGCTAGAGCCACACCAAAAGTTGTTGCAGCTTTTGCGGAGAG GAGGGAATTTGACAAGATCCTGATATATTCTAAGCAGGTTGGATACACACCTGATTACATGTTTCTTCTGCAAACAATTT TACGGACAGACCCACAGGGTGCTGTAAATTTTGCTCTGATGATGTCTCAAATGGAGGGAGGTTGCCCCGTTGACTACAAC ACAATAACTGATCTCTTTCTTCAGAGAAATTTGATCCGTGAGGCAACAGCTTTTTTGTTGGATGTGCTGAAGCCAAATCT GCCTGAACATGGATATCTTCAAACAAAGGTTCTGGAAATTAATCTTGTGACGTTTCCAAATGTTGCTGATGCCATATTGG CCAATGGCATGTTTAGTCATTATGATCGCCCACGCATTGGACAACTCTGTGAAAAGGCGGGGCTGTTCATACGGGCTCTT CAGCATTATTCTGAGTTGCCTGATATCAAACGTGTTATTGTGAATACACATGCCATTGAGCCACAGGCTTTAGTTGAGTT CTTTGGAACCCTTTCCCGAGAATGGGCACTTGAATGTATGAAAGATCTTTTATTGGTCAATCTTAGGGGCAATCTTCAAA TAATTGTGCAGACTGCTAAGGAATATTCTGAGCAGCTGGGAGTTGATGCATGTATTAAACTCTTTGAGAATTTCAAATCC TATGAAGGACTGTACTTTTTCTTGGGTGCATACTTGAGCTCCAGTGAGGATCCTGATATTCACTTCAAGTACATTGAAGC TGCTGCTAAAACTGGACAACTTAAGGAGGTAGAGCGTGTGACTCGGGAATCGAATTTTTATGATGCTGAGAAGACAAAGA ATTTTCTAATGGAAGCCAAGCTTCCAGATGCACGTCCACTAATTAATGTGTGCGATCGTTTTGGTTTTGTTCCGGATCTT ACCCATTATCTTTATACTAACAACATGCTTCGCTATATTGAAGGTTATGTTCAAAAGGTCAATCCTGGAAATGCTCCTCT AGTTGTAGGACAGTTGTTAGATGATGAATGCCCTGAAGATTTCATTAAAGGTCTCATACTTTCAGTTCGTTCTCTTCTGC CAGTTGAGCCTTTAGTTGAAGAATGTGAGAAGAGGAATCGTCTCCGCTTACTGACTCAGTTCCTGGAGCATCTTGTAAGT GAAGGAAGTCAGGATGTACATGTACATAATGCGCTGGGTAAAATCATCATTGACAGCAACAACAATCCTGAGCATTTTCT CACAACCAACCCATATTATGACTCTCGAGTTGTTGGTAAATATTGCGAGAAGCGGGATCCTACCCTTGCTGTTGTTGCTT ATCGAAGAGGGCAATGTGATGATGAGCTAGTTAATGTAACTAATAAAAATTCCTTGTTCAAACTCCAAGCAAGATATGTT GTGGAAAGGATGGACTCTGACCTCTGGGAGAAAGTTCTTAATCCTGAGAATGAGTTCAGAAGGTTGTTGATTGATCAAGT GGTGTCTACTGCTTTGCCTGAAAGCAAGAGTCCTGAACAAGTTTCAGCTGCAGTGAAAGCTTTTATGACTGCCGACCTCC CACATGAGTTAATTGAGCTTCTTGAAAAGATTGTGCTACAAAATTCTGCTTTTAGTGGAAACTTTAATTTGCAAAATTTG CTGATCCTTACTGCAATCAAGGCAGATCCTTCTAGAGTTATGGATTACATAAACAGGTTGGACAACTTTGATGGGCCTGC AGTAGGGGAGGTGGCAGTGGAAGCACAGCTATATGAAGAAGCATTTGCTATTTTCAAGAAATTCAATTTGAATGTTCAGG CTGTTAATGTCCTGCTGGATAACCTTCAAACTATTGATCGTGCTGTGGAATTTGCTTTCCGGGTTGAAGAGGATGCTGTT TGGACCCAGGTGGCCAAGGCGCAATTAAGAGAAGGATTGGTGAGTGATGCTATTGAGTCCTTCATTCGTGCAGATGATGC AACTCATTTCTTAGAAGTTATAAAGGCTGCTGAAGATGCAGATGTATACCATGACCTGGTAAAGTACCTTCTCATGGTTA GACAGAAGACCAAAGAGCCCAAGGTGGACAGTGAGCTCATTTATGCTTATGCTAAGATTGATCGGCTTGGAGAAATTGAA GAGTTCATACTTATGCCAAATGTTGCCAATTTGCCGAATGTTGGAGACCGCTTGTATGATGAGGCTCTTTATGAGGCTGC AAAAATTATATTTGCTTTTATATCTAACTGGGCTAAGTTAGCAGTAACATTAGTAAAGCTTAAACAGTTCCAGGGCGCTG TTGATGCTGCCCGGAAGGCAAACAGCGCAAAAACTTGGAAGGAAGTTTGTTTTGCTTGTGTTGATAATGAGGAGTTCCGC TTAGCTCAGATTTGTGGTCTCAATGTCATCATTCAGGTGGATGATTTGGAGGAGGTTAGTGAGTATTATCAGAACAGAGG ATGCTTCAATGAGCTCATATCTCTAATGGAGAGTGGGCTAGGATTGGAACGTGCTCATATGGGTATCTTTACTGAATTGG GAGTTCTTTATGCAAGATATCGTGAAGAGAAGCTAATGGAACACATTAAGTTGTTCTCAACTAGGCTTAACATTCCAAAG CTTATTCGGGCATGTGATGAACAACAACACTGGAAAGAACTTACATACTTATACATCCAATATGATGAGTTTGATAATGC TGCTACCACTGTCATGAATCACTCTCCAGAATCTTGGGACCATATGCAATTCAAAGATATCATAGTTAAAATTGCCAGTG TGGAACTCTACTATAAGGCTGTTCACTTCTACTTGCAAGAACATCCTGATGTAATAAATGATCTTCTAAATGTGATTGCT CTTCGTGTGGACCATACCCGTGTAGTAGATATAATGAGGAAGGCTGGCCACCTCAAATTAGTCAAGCCGTACATGGTTGC AGTCCAAAGCAATAATGTGTTTGCTGTGAATGAAGCTCTGAATGAAATATATGTTGAGGAAGAGGACTATGATAGACTTC GAGAATCAACAGATCTGCATGACAATTTCGATCAGATAGGTCTTGCACAGAAGATTGAGAAGCATGAACTTCTTGAGATG AGGCGTGTTGCTGCATACATTTATAAGAAAGCAGGAAGATGGAAGCAATCCATTGCTTTGTCAAAGAAAGACAATCTTTA CAAGGACTGTATGGAGACTTGCTCTCAATCTGGGGATCGTGAACTCTCCGAAGATTTGCTTGTCTACTTTATTGAGAAGG GGAAGAAAGAGTGTTTTGCATCATGCCTCTTTGTCTGTTATGATATCATACGGCCAGATGTTGCTCTTGAGTTAGCTTGG ATGAACAACATACTTGATTTCGCTTTCCCGTATCTTCTACAGTTTATTCGAGAGTATACAAGCAAGGTAGATGAGCTTAT CAAGGACAAAATTGAGGCACAAAATGAGGAGAAAGCAAAGGAGAAGGAGGAAAAGGACGTAATTGCTCAACAGAATATGT ATTCCCAGTTGTTACCACTTGCTTTGCCAGCACCACCGATGCCAGGGATGCCAGGAATGGGGGGAGGATACGGCCCTCCA CCACCTCCGCCAATGGGCGGAATGGGTGGAATGGGGATGCCGCCAATGCCTCCTTTTGGCATGCCCCCAAGCTACTGA
Protein sequence (LotjaGi6g1v0123700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAANAPISMKEVLTLGSVGINPQFITFTHVTMESEQYICVRETAPQNSVVMIDMNMPMQPLRRPITADSALMNPNTRILA LKAQVPGTTQDHLQVFNIETKTKMKSYQMTQQVVFWKWITPKMLGVVTQSSVYHWSIEGDGEPVKVFDRTANMANNQIIN YRCDPSEKWLVLIGIAPGSPERPQLVKGNMQLFSVDQQRSQALEAHAASFASFRVTGNDKDSILICFASKSFNAGQVTSK MHVIELGAQPGKPTFTKKQADLFFPPDFADDFPVSMQISNKYGLIYVITKLGLLFVYDLESATAVYRNRISPDPIFLTAE ASTAGGFYAINRRGQVLLATVNEATIVPFVSGQLNNLELAVNLAKRGNLPGAEELVVQRFQELFAQTKYKEAAELAAESP RGILRTPDTVAKFQSVPVQAGQTPPLLQYFGTLLTRGKLNAFESLELSRLVVNQNKKNLLENWLAEDKLECCEELGDLVK TVDNDLALKIYIKARATPKVVAAFAERREFDKILIYSKQVGYTPDYMFLLQTILRTDPQGAVNFALMMSQMEGGCPVDYN TITDLFLQRNLIREATAFLLDVLKPNLPEHGYLQTKVLEINLVTFPNVADAILANGMFSHYDRPRIGQLCEKAGLFIRAL QHYSELPDIKRVIVNTHAIEPQALVEFFGTLSREWALECMKDLLLVNLRGNLQIIVQTAKEYSEQLGVDACIKLFENFKS YEGLYFFLGAYLSSSEDPDIHFKYIEAAAKTGQLKEVERVTRESNFYDAEKTKNFLMEAKLPDARPLINVCDRFGFVPDL THYLYTNNMLRYIEGYVQKVNPGNAPLVVGQLLDDECPEDFIKGLILSVRSLLPVEPLVEECEKRNRLRLLTQFLEHLVS EGSQDVHVHNALGKIIIDSNNNPEHFLTTNPYYDSRVVGKYCEKRDPTLAVVAYRRGQCDDELVNVTNKNSLFKLQARYV VERMDSDLWEKVLNPENEFRRLLIDQVVSTALPESKSPEQVSAAVKAFMTADLPHELIELLEKIVLQNSAFSGNFNLQNL LILTAIKADPSRVMDYINRLDNFDGPAVGEVAVEAQLYEEAFAIFKKFNLNVQAVNVLLDNLQTIDRAVEFAFRVEEDAV WTQVAKAQLREGLVSDAIESFIRADDATHFLEVIKAAEDADVYHDLVKYLLMVRQKTKEPKVDSELIYAYAKIDRLGEIE EFILMPNVANLPNVGDRLYDEALYEAAKIIFAFISNWAKLAVTLVKLKQFQGAVDAARKANSAKTWKEVCFACVDNEEFR LAQICGLNVIIQVDDLEEVSEYYQNRGCFNELISLMESGLGLERAHMGIFTELGVLYARYREEKLMEHIKLFSTRLNIPK LIRACDEQQHWKELTYLYIQYDEFDNAATTVMNHSPESWDHMQFKDIIVKIASVELYYKAVHFYLQEHPDVINDLLNVIA LRVDHTRVVDIMRKAGHLKLVKPYMVAVQSNNVFAVNEALNEIYVEEEDYDRLRESTDLHDNFDQIGLAQKIEKHELLEM RRVAAYIYKKAGRWKQSIALSKKDNLYKDCMETCSQSGDRELSEDLLVYFIEKGKKECFASCLFVCYDIIRPDVALELAW MNNILDFAFPYLLQFIREYTSKVDELIKDKIEAQNEEKAKEKEEKDVIAQQNMYSQLLPLALPAPPMPGMPGMGGGYGPP PPPPMGGMGGMGMPPMPPFGMPPSY
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 |
|---|---|---|---|---|---|---|
| Gene3D | 1 | 376 | 376 | 6.2E-155 | ||
| PIRSF | 2 | 1685 | 1684 | 0.0 | ||
| PANTHER | 3 | 1703 | 1701 | 0.0 | – | |
| PANTHER | 3 | 1703 | 1701 | 0.0 | – | |
| SUPERFAMILY | 4 | 342 | 339 | 2.88E-128 | ||
| Pfam | 19 | 55 | 37 | 1.9E-4 | ||
| Pfam | 154 | 196 | 43 | 7.7E-10 | ||
| Pfam | 343 | 366 | 24 | 1.1E-8 | ||
| SUPERFAMILY | 344 | 499 | 156 | 7.48E-53 | ||
| Pfam | 368 | 433 | 66 | 7.2E-30 | – | |
| SUPERFAMILY | 456 | 792 | 337 | 1.29E-83 | ||
| Gene3D | 458 | 788 | 331 | 4.2E-16 | ||
| ProSiteProfiles | 550 | 696 | 147 | 36.229 | ||
| SMART | 550 | 692 | 143 | 4.1E-34 | ||
| Pfam | 556 | 689 | 134 | 5.6E-21 | ||
| ProSiteProfiles | 699 | 841 | 143 | 33.766 | ||
| SMART | 699 | 841 | 143 | 2.3E-38 | ||
| Pfam | 700 | 839 | 140 | 9.0E-21 | ||
| ProSiteProfiles | 846 | 985 | 140 | 37.674 | ||
| SMART | 846 | 985 | 140 | 3.6E-42 | ||
| Pfam | 849 | 974 | 126 | 1.4E-28 | ||
| SUPERFAMILY | 900 | 1065 | 166 | 2.27E-36 | ||
| Pfam | 992 | 1131 | 140 | 1.3E-31 | ||
| SMART | 992 | 1137 | 146 | 2.4E-42 | ||
| ProSiteProfiles | 992 | 1137 | 146 | 42.182 | ||
| Gene3D | 1051 | 1195 | 145 | 1.3E-36 | ||
| SUPERFAMILY | 1052 | 1194 | 143 | 4.6E-28 | ||
| SMART | 1141 | 1282 | 142 | 1.5E-38 | ||
| ProSiteProfiles | 1141 | 1282 | 142 | 35.901 | ||
| Pfam | 1144 | 1280 | 137 | 8.7E-28 | ||
| SUPERFAMILY | 1195 | 1530 | 336 | 1.38E-103 | ||
| Gene3D | 1196 | 1535 | 340 | 5.0E-149 | ||
| SMART | 1287 | 1433 | 147 | 5.2E-42 | ||
| ProSiteProfiles | 1287 | 1433 | 147 | 41.525 | ||
| Pfam | 1288 | 1430 | 143 | 5.2E-28 | ||
| ProSiteProfiles | 1436 | 1579 | 144 | 37.683 | ||
| SMART | 1436 | 1595 | 160 | 1.2E-42 | ||
| Pfam | 1438 | 1578 | 141 | 1.6E-26 | ||
| Coils | 1476 | 1496 | 21 | - | – | |
| Gene3D | 1541 | 1640 | 100 | 9.7E-39 | – | |
| Coils | 1616 | 1653 | 38 | - | – |
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 LotjaGi6g1v0123700.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
Loading expression data from ljgea-geneid. Please wait…