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 | LotjaGi6g1v0076900 |
| Transcript ID | LotjaGi6g1v0076900.1 |
| Related isoforms 2 | |
| 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|X4Z1M5|X4Z1M5_LOTJA Clathrin heavy chain; Found in the gene: LotjaGi6g1v0076900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:14569299..14582136) extracted from Lotus japonicus Gifu genome v1.2.
CAGCAATGTTTTTTATTTTTTATTTATTTTTTTCAAATTATGGTCGATATTTGCTTTATTAGCTAGCGCATAAGACGTGA TTCCAGCTTACTCTGTCATTTCATTTCCTTCCGGATTCCATTCTCTTCCTGAGACCGCTTTACTGTCAGAACCTCCTTTT TCTTCTTCCTTTCTTTTCTTCTCCGTAGATCTCTCTCTCTCTCTCTCTCTCTCTCTCCAACTTGCTTCCAGATCTCACAC CGATTCCGATCCCTCTCGCCGCCGTAGATCCGAACTCCGATCCACGCCACCATGGCGGCCGCCGCCAACGCTCCGATCAC CATGCGTGAAGCCCTCACCGTGAGTCCTCTTTTCTCCTTCCTCCATTTCCCTAGCTCAATTCGCAACTCAAACAGTTAGT TATTATTATGCTTTGCTCGATTCTGAATTTTCCGAATCGAAGTTTACTGTGTGCTGCTTTACTTTGCTACTGTTGATCAT CGAGTTTACGCAGATCTGAACATTTCTCGTTGCGTTTGTGCTGTTGTGAATTTGAATGAATGATGTGATGTGATTTGTGT GTGATTTTGCAGTTGCCGAGCATTGGTATAAATCCGCAGTTCATCACGTTCACTCACGTGACGATGGAGTCTGATAAGTA CATATGCGTTCGAGAAACTTCTCCGCAGAATAGCGTGGTGATCGTTGATATGAGCATGCCGATGCAACCTTTGAGGAGGC CTATTACTGCTGATTCTGCTCTTATGAATCCGAATTCGAGAATCCTTGCTCTGAAAGGTTGGTTGCTACACCTTTCTGTT CTTCTTTACTTGAACTTGCAAGCTGTGATTGTAGCTAGTAATGTTGTGGATAAGCTAACTACTTGCATTTCGGTATTGAT CTGAATTATATGTCATTGTAGATAGTAAGATTTGTTTGGAATTAAATTCTATTTATTATTTATTTACTTTTTGGTGAGAC AGAGCCAGTGTTATATGCCGCTATAGCGTAGCGGATTTTTGGCTAATCGCGATGCCGCTATTCGCTGCCAAATAGCGGCT GAAATAGCAGATTTTTGGCTCACCGCGATGGTCCGCGATCGTGATTTGATAACACTGGACAGAGCTTAAGTAATTTATGT CTTTGCCGTTGATGCGACTATTATATGAAGTAAACCGCCTAGTTTCAACAAGTTTGACTAGGAGATGACTAAAAGATCTT GAAGTATCTGCTGCTGCATTATGACTTGGTTGGTTGAGAAATAATTCTTCGTACTCGCAAAGCAGAGATCTTTGATTCAT TTGAGAATACGATATCAATTGGCATTCATATTTCTTTGCCTTTGATGCAACTATTATATGAAGTAAACTGCTTAGTTTCA ACAAGTTTGACTAGGAGATGACTAAAAGATCTTGAAGTATCCTCTTATGCATTATGACTTGGTTGGTTGAGAAATAATTC TACGTACTCGCAAAGTATAGATCTTTGATTCATTTTAGAATACGATATCAATTGGCATTCATATATTTTTTTTCAAGAAA TCAAAAGATCATGTCCTTAAGGAATATAATCATGTAGAGAAGAATCTTATCGCTACTTTTGTTTTCTCCCATTTTAGGGT GAAAGAACCATTACAGTCAAATTACTACTAGGAAAGGAGGGAGGGGTCATACTTTGTAGTTTACTCTATGACTTGATTCT TGAGATCTTTCTTTTCAAGGATAGGAACTATATTGTTCATAATGATATTTATGTGATAATGCTTTCTAGTTTTGCTCATA TATTTACCATTCCCAATTTTCACATTGCACATAAGGCGAATTAAATGTTGTTATGATATATATTATTCATGTTATCATCA TTTGAGAAACTTGACAGTGGTTTTATTTTAAGAAAAAAAATTCCTATAAAAATAGTTTGTATGTTCATAAAGCATCTGAC CTTAGGGAGAAGCTTCATGTTCTTGTTTGATTATGCCATGTGTTCTTGTTTGTGATGCACCACCTCAATTAGTATATGCT CTCGAATTATATTCACTTACACTTGACATCCTTCTCTTGAAGCCCAACTCCAAGGAACAACTCAAGATCACCTACAAATA TTTAATATTGAAATGAAGGCAAAGATGAAATCTTACCAGATGCCTGAGCAGGTAATTGTCATGTGCGAGTATACATGCTC TTTAAAATAATGAGTGACCAGGTAACGTTTATTAATCCTCGTCAAATGCCCTTTTTTTTGAGTGCAGGTAGTCTTTTGGA AGTGGATTACTCCCAAGTTGTTGGGTCTTGTGACACAGACATCTGTATACCATTGGTCAATTGAGGGTAGGATAAGGATA AACTTCAGTTCTGCTTAACTCTGGTTTTGTGCCATGTTTCTAGTTTATGTATTTTTGTTCAGTGTGCTTCTAGCTTGTCT GCAAGTTGTTTACCAGTCTATTGGTTTGATATATTAACTTGTAGGTGACTCTGAACCTGTAAAGATGTTCGAGAGAACAG CGAATTTGGCAAACAATCAAATAATTAATTATCGATGTGATCCTACAGAAAAGTGGTTGGTCTTGATTGGTATTGCTCCT GGTTCCCCTGAGGTATATATCTGGTACTTGCTATAGTTAGTTGGTTATTGTTCCTTGGTAGTAGTGCCTCCTTGGCAAAG TAGTTTGGAGTTCAACTCTGGTTGCTCCCATTCTTGTGATATACGTTAAATTTAAATATAATGTTATAAGGGCCTTCAAT TGTGTACACTCCAGCCTCAGATGACCCTTGGACTCTATAAGGCTTGTTAGATATAACACCTATCTTTCTACTATTACCTG AACCTATTGAATTAGTTGGTTCTTGAAAATGATCATGATCTATTTTATTATAACTTTCACGAGTCTGATCTGTTTGGTTT GTTTCATTATTTGTTTTGCATTATAGAGGCCACAGTTGGTTAAAGGAAACATGCAACTCTTCTCCGTGGATCAACAGCGC AGCCAAGCTCTTGAAGCACACGCTGCATCATTTGCTCAGTTAAAAGTGCGTCTCTTTATGATTTTGTGTGTATTTTTGTT TATTTCTTAATTTAATATTTACCTGAATAATTGTATACTACTATATCATGCTACTATGTACTGGAAAAATTGAAGTTTGT TTTTGGACAGGTTCCTGGGAATGAAAATCCTTCTACTTTGATTTCGTTTGCCACGAAGACACTTAATGCTGGACAAATTA TATCCAAGTTGCATGTTATTGAGCTGGGTGCACAACCAGGTCTGCATAGTTCTTAGATAAATTTGTCTTGTGATTCCAAT TTAGTTGTTATATTTTGAGTGTCCACGCTTATTTCTTTTTCTGCTAAATTACTTAAATAGATGAATTAAATTTTTTAACT GGTCATATCTTGTATTGCATCTCTAGAGGTGAGGGAAGATAACCTTTCTAAAGATACCCCTAGAATAACACCATCTTGCA TTTTATAATTATTCAACTCAGGATAGCTATTTCATAAACTTCATATTGTAGATGGATGAATTAAAATGATCATTTAGTAA CTTTGTTGTATGGAGGAGGTTACTTATCATAGCTAATAGTTTTAGTTAGGCCGTGCTCTAGGTATCAGTGTTATCAAATC GCGATCGCGGACCATCGCGGTGAGCCAAAAATCCGCTATTTCGGCCGCTATTTGGCAGCGAATAGCGGAAATAGCGGGAA TAGCGCGCTATAGCGGGCAATAGCGGCGTCGCGATAAGCCAAAAATCCGCTACGCTATAGCGGCATAGCACCGCTATAAC CGCTATTTGATAACACTGCTAGGTATTACTTCAAATTTGAATGATAGGAAATTTTGAATGATGTGATCGTAATATACTCT GTTGGGTTTTCAATTTAACAATAAACTTATGAAGCTGCTGTAAGTATATTATATTATTTGAATGGTGTTGTTTGGTGGTT GATTTCGCAAATTCCGGAAGCAGTAATTGAAATTAGTGTGAACATTTGAAGATGGATTGGTGATATTGTGTTACAGAAAA ATCATAAATAACATTGTGATTTAATTGGTCATCTTCCCAGGATTTAACTTCTAATATTTTTTTTGGCAGGGAAGCCATCA TTTACAAAGAAACAAGCAGATCTTTTCTTTCCCCCAGATTTTGCTGATGACTTCCCAGTTGCCATGCAGGTATTGAAGTT TCTGGTGTTTGTTTTTCATTTTACAAACTGTGCAGATATTTGATTCGTAGTTTGATTTTTGGCAGATATCCCACAAATAC AATTTGATTTATGTGATCACGAAACTTGGTCTCCTATTTGTCTATGATTTGGAGACGGCCACTGCTGTGTATAGGAACAG AATTAGTCCAGATCCTATATTTTTGACGTCAGAAGCTACATCAGTTGGAGGCTTTTATGCCATTAACAGGAGAGGCCAGG TGTTATTGGCTACTGTTAATGAGCAAACAATTGTGAATTTTGTCAGTGGTCAAGTATGTTCCTGATCTTGTTCTCTCTCA CTTGATGTAGAGTAGAAAAAGTGACATTTTCACAAATTTCATTTGTTATTATCACAGTTAAATAATTTGGAGCTAGCCGT CAATCTTGCCAAGAGAGGAAACCTTCCAGGTGCTGAGAAGCTGGTATGTCGCTTGTTGTTTAAAACATAAAACATTTCTT TATTGGGGTGTTGTCAGGAAGGTCCCTAGAAATTGGAATTTCACATGATTAATATGGTGGGGGTTTCATATAATGGCTAA ATGCAAACTTTGTGTGAAATGTTCAACGTTTTAACTTTTAATTAATACATGATAATATTCTTTAGTATTCATCAGTTGAG GCTAATACAAAATTGTTCAACAGAAATATCCTTTCCTTATTGAAATTTGTTGTATCTGTGTCATGCTGTCAACCTTATGT ATTTCATGCTGGTAAAAAATAGATGCTTTGTACAAGGGAGGTTATGTGGGTTACCTGAATGCTGAATTATCACAAATCTG TTTCTTCTCCAGTCATTTGCATTTTTTTGTTTCGTTTCAATGAAATGTACATGCTTCAATTGATTTTTTTTGTTAATTTT CCAAATTTTTGAAATTGATTGTAATTGCCTGATTTGCCTCTTCTAAAATGGCATATTCTTTTGTTAATTGCTTTTTTTGC TCATTTTTTAATTTGTAAATTAACGTTAGTCTTTGTTGACATGTTGTTGAACAGGTTGTTGAACGTTTCCATGAACTGTT TGCCCAAACAAAGTATAAAGAAGCAGCTGAGCTTGCTGCTGAGTCCCCGCAAGGAATCCTTCGTACACCTGATACAGTTG CCAAATTTCAGGTTTTGTGGCTATGAAAGATTTGTTCATGCTGTTTCAGCAACAAAACTTCTGTAGGCTGTAGGCAGTCA TTTTACTTGTTTTTAGGGATAAAGGAAACTGAGCTGTTTTTACTTATTAGCTTTCCTTTATTTTGGTCAGTTAGACTGAT GTTTAAAGTGTCGCAATCTGTTTAATGTTGCAGAGTGTTCCTGTGCAAGCTGGACAAACTCCTCCACTCTTGCAGTATTT TGGAACCCTTTTAACTAGAGGAAAGCTGAATGCCTTTGAATCATTAGAATTGTCACGGCTGGTTGTGAATCAGAACAAGA AAAATCTTTTGGAAAATTGGTTGGCAGAGGACAAGCTTGAATGCAGTGAGGAACTAGGAGATCTTGTAAAGGTTGGGTTG CATTTGAAATTATGAAAAACTTGGATTTTGATCTATCTATTTTATATTTTTTTTGCTTCTGTTTCTTTCTAACTGTTTGC CTTATGACCAGTATACTTTTTCTTGTTCAATTTACTTATTGTGAGATCGTGTAATTTTAATTGGCATGCTCCATTGTAGA CTGTGGACAATGACCTTGCCTTAAAAATATATATCAAAGCCAGAGCTACTCCAAAAGTTGTTGCTGCGTTTGCTGAGCGA AGGGAGTTTGACAAGATTCTCATATATTCTAAGCAGGTAAAGGGCTTTTTTTATCAATGAATATTGTTCTTTGATTCACA AGTTTCTTTGTCCTTCTATTGTTAATTTTTTTAATGTTGTTATGGCCTGTTGAGTATTTTACTTAGCCTGTGTTCTCAAG ATTACATATCTTGCCTTGACATTTTCGTGTGCTTGAACATTTTCATTATTTATTTATTCCTATAGGTTGGGTACACACCT GACTATCTCTTCCTTTTGCAAACAATTCTCCGGACAGATCCTCAGGTATGTGTCTGATGGTTGTAACTGACTGTTTTTCC AACACAGTTAATTTTATAATTTCCGGGCCGAAAATTCTATAAGGTACTTTTTTTCATTGTGGTTTTCAGAAATATAGTTC TATAAATTAATTCAACAGCTATTTTTCATGATGATTTGCAGGGTGCTGTTAATTTTGCATTAATGATGTCTCAAATGGAG GGAGGTTGTCCTCTTGATTACAACACCATAACTGATCTGTTTCTTCAGGTTGTTATCTACTGTGATTAAGCCATTAATGG AATTTGTAATATATATATTCCTGCTTCATGTTCATTGACATATCATGAAATGTTTAAGTGGCCCATTTTCATTTAATATA AGAGCACTTGCTTTGTTTCTCCTGTTTGTAGTTTAGCAATATGCATTTCTGGACAGTTGATTTATGAGCTTATGATTGTT TTTTATGTCCTGCACAGAGAAACTTGATCCGTGAGGCTACTGCCTTTCTCCTAGATGTTTTGAAGCCAAATTTACCTGAA CATGGTTTCCTTCAAACAAAGGTTCCAGTCATCATTTTTTCATTTGTTATGGGCATTTTACTCCTGCAGTCCTTTCTTTG CACTGATTCAATCTTGTGAATTTTTGTTCAGGTTTTGGAGATAAATCTGGTAACGTTTCCCAATGTTGCTGATGCTATTT TGGCTAATGGCATGTTCAGCCATTATGATCGTCCACGTATTGCCCAACTTTGTGAAAAAGCTGGTCTTTATGTGCGAGCT TTGCAAGTAATGATCCTTCAAATGTGTTGTTTTTTTGGTTTTATATTAGTTTAGGCTGAATGTCATTTCACTTGTTTATT ATAATGTTTTTGGTGCAGCATTACACAGAGTTGCCAGATATAAAACGTGTGATAGTTAATACACATGCAATTGAGCCACA GGTTTATGTGCCCCTTTGCTTTGTAGTTTGTCTATTCTAACATCATGGTAGTTGAAAATACTTAGTGGTTATTTGATTGA TGCAGTCACTTGTTGAGTTTTTTGGTACTCTGTCACGAGAATGGGCCTTAGAGTGCATGAAAGATCTGTTACTGGTCAAT CTTAGAGGCAACCTACAGATAATTGTTCAGGTACGGTAGTTTCATTTTCTTCTATAACTAAGAATTAGTAGTAATAAATT TATAACTGAAGCTTACTTATGTCTGTCCAGGTTGCTAAAGAATATTGTGAACAGTTGGGCGTTGATGCTTGCATTAAGAT TTTTGAGCAATTCAGGTCCTATGAAGGACTCTATTTCTTCCTTGGTTCATATTTAAGCTCCAGGTAATTCTTTCATTTCG AAAGATCTGTTTTGGCTGGCGACAAGTTATCCCATTTTTACAGAGGTATTGTTGAATGTTTATCTGCTAATATGTTTCTC TGAATAACATGCCAGTGAGGATCCCGACATCCACTTCAAGTACATTGAGGCAGCAGCAAAGACTGGACAAATCAAAGAGG TCGAGCGTGTGACTAGAGAATCAACTTTCTATGATCCTGAGAAAACGAAGAACTTTCTAATGGAAGCTAAGCTTCCCGAT GCACGACCTCTTATTAATGTTTGCGATCGATTTGGATTTGTTCCTGATCTGACACACTATCTATACACAAATAACATGCT TCGCTACATTGAAGGATATGTTCAGAAGGTATTGTTGTTGTAATTCTATTGCAGTGGCCCTGCTTGTTTCATGAGTGCTG TCCTCTCTCTCTCTCTGCTTCTTAGTTATGTTGTGCCTTGCTTTATAGGTGAACCCAGGGAATTCTCCTCTAGTTGTTGG GCAGCTGCTAGATGATGAGTGTCCAGAAGATTTTATCAAAGGCTTGATTCTCTCTGTTCGTTCATTGCTGCCGGTGGAGC CACTGGTGGAGGAATGTGAGAAGAGGTGGTATCTATTCTCTAATTCTACATACTGTCTGCTTGTCTAGCACTCATGTTTC TGCCTTTTCCTATGTTGCTCTTTCTGGGATGCAGGAATCGGCTTCGTTTGCTTTCACAGTTTCTGGAACATCTTGTAAGT GAGGGAAGCCAGGATGCACATGTTCATAATGCTCTGGGTAAGATCATCATTGATAGCAACAACAACCCAGAACATTTTCT CACTACAAACCCATACTATGATTCTCGAGTTGTGGGAAAATATTGTGAAAAACGTGATCCTACCTTGGCCGTTGTGGCTT ATAGGCGAGGACAATGTGATGATGAACTTATCAATGTGACAAACAAAAATTCTTTGTTCAAACTACAAGCAAGGTTTGTA GTCTATATGCATTTTCTTTCACTAAATATTTATCCCTGGCTTCAATGCTCATATGCTATTGATTACAGGTATGTTGTTGA GAGGATGGATGGTGACCTTTGGGAGAAAGTTCTTAACCCTGATAATGCCTACAGAAGACAGCTTATTGATCAAGTTGTAT CTACTGCTCTGCCTGAAAGCAAGAGCCCTGAACAAGTCTCTGCAGCTGTTAAGGCTTTCATGACTGCTGATCTACCTCAT GAATTGATTGAGCTTCTTGAGAAGATTGTGCTTCAGAATTCTGCTTTCAGTGGGAACTTTAATTTGCAGAATCTGCTTAT CTTGACAGCAATAAAGGCTGATACATCCAGAGTCATGGATTATATAAATAGACTGGATAATTTTGATGGTCCTGCAGTTG GAGAAATGGCTGTTGAGGCTCAGTTATATGAAGAAGCATTTGCAATTTTTAAGAAGTTCAACTTAAATGTTCAAGCAGTC AATGTCTTGCTAGATAATATTCATAGCATTGATAGAGCTGAGGAGTTTGCTTTCCGAGTTGAAGAGGATGCTGTATGGAG TCAGGTGGCCAAGGCTCAACTCAGGGAAGGGCTAGTAAGTGAAGCAATTGAGTCATTTATACGAGCAGATGATGCCACAC AATTTTTGGATGTTATCCGTGCTGCTCAAAATACCAATGCTTACAATGACTTGGTGAGATACTTGCTGATGGTAAGGCAA AAGACAAAAGAACCCAAGGTGGACAGTGAGCTCATTTATGCTTATGCAAAGATCGACAGGCTCAGTGACATTGAGGAGTT CATTCTTATGCCGAATGTGGCCAATCTTCAAAATGTTGGTGACCGATTGTATGATGAAGAGCTATATGAGGCTGCAAAAA TTATATTTGCTTTTATATCTAACTGGGCCAAGTTAGCAGTCACACTTGTGAAGTTGAAACAGTTCCAAGGTGCTGTTGAT GCAGCAAGGAAAGCTAACAGCTCAAAAACATGGAAGGAAGTTTGCTTCGCGTGTGTTGATGCAGAGGAGTTCCGTTTGGC CCAGATATGTGGGTTGAACATTATTGTTCAGGTAAAATGTTTTTTTCATTTCTTTAACTATATGTTGAGATGAACTATAG ATTTTTTCTTTATTCAGGTCAGGTATCCCCTGGTTTCTATTAGAAAGTTTGAATAATTTGGGCTTTCACAGTATGTGATG GGAATATAATATCGTAGTATGCTGCGAGCTTGTAATTATGGGAAGGTTTTATGTGCATTACTTGGTCTGCAGTTAATATG TCAATTTTTGTTTTGAATTTGTAGGTGGATGACTTGGAAGAGGTCAGTGAATTTTACCAAAATAGAGGTTGCTTCAACGA GCTAATATCCCTCATGGAGAGTGGTTTAGGATTAGAACGGGCACATATGGGCATCTTTACCGAGTTAGGAGTTCTGTACG CTAGATACCGTCCTGAGAAACTTATGGAACATATCAAACTATTTGCAACCCGACTCAATATTCCAAAACTCATAAGAGCT TGTGATGAACAACAACATTGGAAGGAACTGACCTATTTGTATATCCAATATGATGAGTTTGACAATGCAGCAACAACCAT CATGAACCATTCACCTGAAGCATGGGATCACATGCAATTCAAAGATGTTATTGTCAAAGTTGCTAATGTGGAGTTGTATT ACAAGTCTGTTCATTTCTATTTGCAAGAGCATCCAGATCTTCTAAACGATGTTTTGAATGTCCTTGCACTTCGTGTTGAC CATGCACGCGTTGTTGATATCATGCGAAAGGTAGCATTAATACTGTCAAATATTTCATTAGATCTTGGTTTATACTTGTT TCTGTCACTCATGTTTTTCCTGTTATGTGCTGTAGGCTGGTCATCTCCGTCTTGTCAAGCCATACATGGTTGCAGTTCAG AGCAATAACGTGTCTGCTGTTAATGAAGCCCTGAATGAGATATATGTGGAGGAGGAAGACTATGATAGATTGCGCGAGTC AATTGATTTGCACGACAACTTTGACCAAATAGGCCTGGCACAGAAGGTGAGCTGCATTATTCTTCATGTTGACCACTTAT TGATTCCATTCTAGGATCCTGATATATCATCATCATCATCATCTGTTCTGCAGATTGAAAAGCATGAGCTTCTTGAGATG AGACGTGTTGCTGCTTATATTTATAAGAAGGCTGGTAGGTGGAAGCAGTCCATTGCCTTGTCAAAGAAGGATAACCTTTA CAAAGATGCCATGGAGACGGCCTCACAATCTGGTGAACGTGAACTTGCTGAGGAGTTACTTGTTTATTTCATTGATCAGG TACTGAATCCAGTTTCATCTGCATGTGATTCTTTTCTTCCCTTCTTGAATATAGGTCTGGCCTCTATGATTTAGGGTTGA CTATTATCAATTAATGCTTGAGGTATCCTTAATAGCATGTGCAGTTCTAAGTCAGGCAGATAAATTAATGGCAATTAGCA TTAGTAGTATTATTTTGTCAAGCCTATAGTGACAAATTATACTGCCCATTTTGTATTTAGAGTTTTACTGTCCAGTTATT GACTGAGGGATTGTGATTAAATTTTCTTACCTTATGGCCCAAACTTCTGGAATGGTGATTTTCTAATCTTTTTAATATTA ATGTGCATATGTTGGAAAACAGATATTAATGTACATATCCATAAAATTGAGTGAAATCATTATATCCTAATATCTTTTCT AACATGCTTATGCAGGGAAAAAAGGAATGCTTTGCCTCGTGTCTATTTGTTTGCTATGATTTAATCAGGGCAGACGTTGC TCTTGAACTGGCTTGGATCCACAATATAATTGACTTTGCCTTCCCATACGTGTTACAGGTTCTTTTCTTTGCTGCTTACT TGTATAGCACAAAATTTACAATACAGTTGATGTGCATGTCTTTTTCTTCATGTTATCTAGTTCTTTCTTTTAATGTCTTC TCTCTGCTGTTGTAGCTTCTCCGCGAGTACACTGGCAAAGTTGATGAACTGGTGAAGGACAAAATTGAAGCACAGAAAGA AGTGAAGGCTAAAGAACAAGAAGAGAAGGAAGTAATTCAACAACAGGTAATTTAGTTTGGCCATTTTATGCTTACCCACT AGTAACGTAGTTGATAATTTCTATCGCCTTCTCATCTGTCACTCTCAACATATTGAAAACTTCTGTTGCAGAATATGTAT GCTCAATTGTTGCCTCTTGCTTTGCCTGCACCACCAATGCCCGGAATGGGAGGAGGCTATGCCCCTCCCCCTCCAATGGG TGGGATGGGGATGCCTCCAATGCCTCCTTTTGGCATGCCACCCATGGGCAGCAGCTACTGATACAAGGATGGTGGTTAGT TCAGCGGTAAGTCTAAGCGAAGGGCGAAGTATCAGTTTGGGAGTTTTCGACTATTTTCCCGTGGGATTTTAAGGCAGTTC TATTCTTTCTTTGCTTCTAATGGAGGTGGAGGTTCAAGTCAATAATTTGGTATTTCTGTGTGGGAGGGGGAGGGGGGTGT TGTGTCATAGTTTTGTAATATTTTTTTGTAGATGAGGCATTTTTTGGGCTGCTGCTTCGACGGAGCTAGCCGAGGATTTT CTGTATAAAACCATTTTTCTTGTATTAAATGATTTGGTCCAAGGTATTAATACGAAATAGGCGTACTTCAATTCCTAGTC CATGTATGTCATGGCTTGGATTTATTCCACCAGGATAAGTGGAATAAACAAATCTTGTTAATGTAAAAAAAAACAAAGCT TGTTGTTTGTTGTGTGCATTTCGTCATTGTTTCATTATGTGATTTGCTACTTGATTTTCATGTTCAATTTTATTTGGTTT CGAGCTTATTTTTGGTACTTTAGGAGCACCTTGCTTTGATATTTTTGCATGATCTCTTGTACCTTTAATCTTTTACCACT ATATATCGCTGAGTCCTTGTGAGTATACTAAATTAATACTATATAGTTATGGTCTGAAATTAGTACTACAATCACTTGCC ATGGATGCCAGTACATGTGGAGCAATCTGCAGCAGATTACTAACTATGAATGACAATGTGTAATTAATTACTATAGGTAA AAATTATTTATGATGGGTAGAGTTTTAATTAAATTGGTGTGAGCTTATGTATGGGTAAAATCTGTAGGTACAAGAGTTGA ACGCTTATAATAGTCTCATTTTTTTAAAGAAAAGTGTAGATTAATAGGTGCTAGTTTGCACCGGTAAGTTTAGAGCCATT CTTAACTTTTTAATAGGTTCTAGTATGAATCGATATTAAGGGACCAAAACAATGTTTAGATTTTTAAAAACGTTTTGTAG TCTTTTGAAGATATTAATAATGACGTAAAATAGTTTAT
CDS sequence (LotjaGi6g1v0076900.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGGCCGCCGCCAACGCTCCGATCACCATGCGTGAAGCCCTCACCTTGCCGAGCATTGGTATAAATCCGCAGTTCAT CACGTTCACTCACGTGACGATGGAGTCTGATAAGTACATATGCGTTCGAGAAACTTCTCCGCAGAATAGCGTGGTGATCG TTGATATGAGCATGCCGATGCAACCTTTGAGGAGGCCTATTACTGCTGATTCTGCTCTTATGAATCCGAATTCGAGAATC CTTGCTCTGAAAGCCCAACTCCAAGGAACAACTCAAGATCACCTACAAATATTTAATATTGAAATGAAGGCAAAGATGAA ATCTTACCAGATGCCTGAGCAGGTAGTCTTTTGGAAGTGGATTACTCCCAAGTTGTTGGGTCTTGTGACACAGACATCTG TATACCATTGGTCAATTGAGGGTGACTCTGAACCTGTAAAGATGTTCGAGAGAACAGCGAATTTGGCAAACAATCAAATA ATTAATTATCGATGTGATCCTACAGAAAAGTGGTTGGTCTTGATTGGTATTGCTCCTGGTTCCCCTGAGAGGCCACAGTT GGTTAAAGGAAACATGCAACTCTTCTCCGTGGATCAACAGCGCAGCCAAGCTCTTGAAGCACACGCTGCATCATTTGCTC AGTTAAAAGTTCCTGGGAATGAAAATCCTTCTACTTTGATTTCGTTTGCCACGAAGACACTTAATGCTGGACAAATTATA TCCAAGTTGCATGTTATTGAGCTGGGTGCACAACCAGGGAAGCCATCATTTACAAAGAAACAAGCAGATCTTTTCTTTCC CCCAGATTTTGCTGATGACTTCCCAGTTGCCATGCAGATATCCCACAAATACAATTTGATTTATGTGATCACGAAACTTG GTCTCCTATTTGTCTATGATTTGGAGACGGCCACTGCTGTGTATAGGAACAGAATTAGTCCAGATCCTATATTTTTGACG TCAGAAGCTACATCAGTTGGAGGCTTTTATGCCATTAACAGGAGAGGCCAGGTGTTATTGGCTACTGTTAATGAGCAAAC AATTGTGAATTTTGTCAGTGGTCAATTAAATAATTTGGAGCTAGCCGTCAATCTTGCCAAGAGAGGAAACCTTCCAGGTG CTGAGAAGCTGGTTGTTGAACGTTTCCATGAACTGTTTGCCCAAACAAAGTATAAAGAAGCAGCTGAGCTTGCTGCTGAG TCCCCGCAAGGAATCCTTCGTACACCTGATACAGTTGCCAAATTTCAGAGTGTTCCTGTGCAAGCTGGACAAACTCCTCC ACTCTTGCAGTATTTTGGAACCCTTTTAACTAGAGGAAAGCTGAATGCCTTTGAATCATTAGAATTGTCACGGCTGGTTG TGAATCAGAACAAGAAAAATCTTTTGGAAAATTGGTTGGCAGAGGACAAGCTTGAATGCAGTGAGGAACTAGGAGATCTT GTAAAGACTGTGGACAATGACCTTGCCTTAAAAATATATATCAAAGCCAGAGCTACTCCAAAAGTTGTTGCTGCGTTTGC TGAGCGAAGGGAGTTTGACAAGATTCTCATATATTCTAAGCAGGTTGGGTACACACCTGACTATCTCTTCCTTTTGCAAA CAATTCTCCGGACAGATCCTCAGGGTGCTGTTAATTTTGCATTAATGATGTCTCAAATGGAGGGAGGTTGTCCTCTTGAT TACAACACCATAACTGATCTGTTTCTTCAGAGAAACTTGATCCGTGAGGCTACTGCCTTTCTCCTAGATGTTTTGAAGCC AAATTTACCTGAACATGGTTTCCTTCAAACAAAGGTTTTGGAGATAAATCTGGTAACGTTTCCCAATGTTGCTGATGCTA TTTTGGCTAATGGCATGTTCAGCCATTATGATCGTCCACGTATTGCCCAACTTTGTGAAAAAGCTGGTCTTTATGTGCGA GCTTTGCAACATTACACAGAGTTGCCAGATATAAAACGTGTGATAGTTAATACACATGCAATTGAGCCACAGTCACTTGT TGAGTTTTTTGGTACTCTGTCACGAGAATGGGCCTTAGAGTGCATGAAAGATCTGTTACTGGTCAATCTTAGAGGCAACC TACAGATAATTGTTCAGGTTGCTAAAGAATATTGTGAACAGTTGGGCGTTGATGCTTGCATTAAGATTTTTGAGCAATTC AGGTCCTATGAAGGACTCTATTTCTTCCTTGGTTCATATTTAAGCTCCAGTGAGGATCCCGACATCCACTTCAAGTACAT TGAGGCAGCAGCAAAGACTGGACAAATCAAAGAGGTCGAGCGTGTGACTAGAGAATCAACTTTCTATGATCCTGAGAAAA CGAAGAACTTTCTAATGGAAGCTAAGCTTCCCGATGCACGACCTCTTATTAATGTTTGCGATCGATTTGGATTTGTTCCT GATCTGACACACTATCTATACACAAATAACATGCTTCGCTACATTGAAGGATATGTTCAGAAGGTGAACCCAGGGAATTC TCCTCTAGTTGTTGGGCAGCTGCTAGATGATGAGTGTCCAGAAGATTTTATCAAAGGCTTGATTCTCTCTGTTCGTTCAT TGCTGCCGGTGGAGCCACTGGTGGAGGAATGTGAGAAGAGGAATCGGCTTCGTTTGCTTTCACAGTTTCTGGAACATCTT GTAAGTGAGGGAAGCCAGGATGCACATGTTCATAATGCTCTGGGTAAGATCATCATTGATAGCAACAACAACCCAGAACA TTTTCTCACTACAAACCCATACTATGATTCTCGAGTTGTGGGAAAATATTGTGAAAAACGTGATCCTACCTTGGCCGTTG TGGCTTATAGGCGAGGACAATGTGATGATGAACTTATCAATGTGACAAACAAAAATTCTTTGTTCAAACTACAAGCAAGG TATGTTGTTGAGAGGATGGATGGTGACCTTTGGGAGAAAGTTCTTAACCCTGATAATGCCTACAGAAGACAGCTTATTGA TCAAGTTGTATCTACTGCTCTGCCTGAAAGCAAGAGCCCTGAACAAGTCTCTGCAGCTGTTAAGGCTTTCATGACTGCTG ATCTACCTCATGAATTGATTGAGCTTCTTGAGAAGATTGTGCTTCAGAATTCTGCTTTCAGTGGGAACTTTAATTTGCAG AATCTGCTTATCTTGACAGCAATAAAGGCTGATACATCCAGAGTCATGGATTATATAAATAGACTGGATAATTTTGATGG TCCTGCAGTTGGAGAAATGGCTGTTGAGGCTCAGTTATATGAAGAAGCATTTGCAATTTTTAAGAAGTTCAACTTAAATG TTCAAGCAGTCAATGTCTTGCTAGATAATATTCATAGCATTGATAGAGCTGAGGAGTTTGCTTTCCGAGTTGAAGAGGAT GCTGTATGGAGTCAGGTGGCCAAGGCTCAACTCAGGGAAGGGCTAGTAAGTGAAGCAATTGAGTCATTTATACGAGCAGA TGATGCCACACAATTTTTGGATGTTATCCGTGCTGCTCAAAATACCAATGCTTACAATGACTTGGTGAGATACTTGCTGA TGGTAAGGCAAAAGACAAAAGAACCCAAGGTGGACAGTGAGCTCATTTATGCTTATGCAAAGATCGACAGGCTCAGTGAC ATTGAGGAGTTCATTCTTATGCCGAATGTGGCCAATCTTCAAAATGTTGGTGACCGATTGTATGATGAAGAGCTATATGA GGCTGCAAAAATTATATTTGCTTTTATATCTAACTGGGCCAAGTTAGCAGTCACACTTGTGAAGTTGAAACAGTTCCAAG GTGCTGTTGATGCAGCAAGGAAAGCTAACAGCTCAAAAACATGGAAGGAAGTTTGCTTCGCGTGTGTTGATGCAGAGGAG TTCCGTTTGGCCCAGATATGTGGGTTGAACATTATTGTTCAGGTGGATGACTTGGAAGAGGTCAGTGAATTTTACCAAAA TAGAGGTTGCTTCAACGAGCTAATATCCCTCATGGAGAGTGGTTTAGGATTAGAACGGGCACATATGGGCATCTTTACCG AGTTAGGAGTTCTGTACGCTAGATACCGTCCTGAGAAACTTATGGAACATATCAAACTATTTGCAACCCGACTCAATATT CCAAAACTCATAAGAGCTTGTGATGAACAACAACATTGGAAGGAACTGACCTATTTGTATATCCAATATGATGAGTTTGA CAATGCAGCAACAACCATCATGAACCATTCACCTGAAGCATGGGATCACATGCAATTCAAAGATGTTATTGTCAAAGTTG CTAATGTGGAGTTGTATTACAAGTCTGTTCATTTCTATTTGCAAGAGCATCCAGATCTTCTAAACGATGTTTTGAATGTC CTTGCACTTCGTGTTGACCATGCACGCGTTGTTGATATCATGCGAAAGGCTGGTCATCTCCGTCTTGTCAAGCCATACAT GGTTGCAGTTCAGAGCAATAACGTGTCTGCTGTTAATGAAGCCCTGAATGAGATATATGTGGAGGAGGAAGACTATGATA GATTGCGCGAGTCAATTGATTTGCACGACAACTTTGACCAAATAGGCCTGGCACAGAAGATTGAAAAGCATGAGCTTCTT GAGATGAGACGTGTTGCTGCTTATATTTATAAGAAGGCTGGTAGGTGGAAGCAGTCCATTGCCTTGTCAAAGAAGGATAA CCTTTACAAAGATGCCATGGAGACGGCCTCACAATCTGGTGAACGTGAACTTGCTGAGGAGTTACTTGTTTATTTCATTG ATCAGGGAAAAAAGGAATGCTTTGCCTCGTGTCTATTTGTTTGCTATGATTTAATCAGGGCAGACGTTGCTCTTGAACTG GCTTGGATCCACAATATAATTGACTTTGCCTTCCCATACGTGTTACAGCTTCTCCGCGAGTACACTGGCAAAGTTGATGA ACTGGTGAAGGACAAAATTGAAGCACAGAAAGAAGTGAAGGCTAAAGAACAAGAAGAGAAGGAAGTAATTCAACAACAGA ATATGTATGCTCAATTGTTGCCTCTTGCTTTGCCTGCACCACCAATGCCCGGAATGGGAGGAGGCTATGCCCCTCCCCCT CCAATGGGTGGGATGGGGATGCCTCCAATGCCTCCTTTTGGCATGCCACCCATGGGCAGCAGCTACTGA
Protein sequence (LotjaGi6g1v0076900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAAAANAPITMREALTLPSIGINPQFITFTHVTMESDKYICVRETSPQNSVVIVDMSMPMQPLRRPITADSALMNPNSRI LALKAQLQGTTQDHLQIFNIEMKAKMKSYQMPEQVVFWKWITPKLLGLVTQTSVYHWSIEGDSEPVKMFERTANLANNQI INYRCDPTEKWLVLIGIAPGSPERPQLVKGNMQLFSVDQQRSQALEAHAASFAQLKVPGNENPSTLISFATKTLNAGQII SKLHVIELGAQPGKPSFTKKQADLFFPPDFADDFPVAMQISHKYNLIYVITKLGLLFVYDLETATAVYRNRISPDPIFLT SEATSVGGFYAINRRGQVLLATVNEQTIVNFVSGQLNNLELAVNLAKRGNLPGAEKLVVERFHELFAQTKYKEAAELAAE SPQGILRTPDTVAKFQSVPVQAGQTPPLLQYFGTLLTRGKLNAFESLELSRLVVNQNKKNLLENWLAEDKLECSEELGDL VKTVDNDLALKIYIKARATPKVVAAFAERREFDKILIYSKQVGYTPDYLFLLQTILRTDPQGAVNFALMMSQMEGGCPLD YNTITDLFLQRNLIREATAFLLDVLKPNLPEHGFLQTKVLEINLVTFPNVADAILANGMFSHYDRPRIAQLCEKAGLYVR ALQHYTELPDIKRVIVNTHAIEPQSLVEFFGTLSREWALECMKDLLLVNLRGNLQIIVQVAKEYCEQLGVDACIKIFEQF RSYEGLYFFLGSYLSSSEDPDIHFKYIEAAAKTGQIKEVERVTRESTFYDPEKTKNFLMEAKLPDARPLINVCDRFGFVP DLTHYLYTNNMLRYIEGYVQKVNPGNSPLVVGQLLDDECPEDFIKGLILSVRSLLPVEPLVEECEKRNRLRLLSQFLEHL VSEGSQDAHVHNALGKIIIDSNNNPEHFLTTNPYYDSRVVGKYCEKRDPTLAVVAYRRGQCDDELINVTNKNSLFKLQAR YVVERMDGDLWEKVLNPDNAYRRQLIDQVVSTALPESKSPEQVSAAVKAFMTADLPHELIELLEKIVLQNSAFSGNFNLQ NLLILTAIKADTSRVMDYINRLDNFDGPAVGEMAVEAQLYEEAFAIFKKFNLNVQAVNVLLDNIHSIDRAEEFAFRVEED AVWSQVAKAQLREGLVSEAIESFIRADDATQFLDVIRAAQNTNAYNDLVRYLLMVRQKTKEPKVDSELIYAYAKIDRLSD IEEFILMPNVANLQNVGDRLYDEELYEAAKIIFAFISNWAKLAVTLVKLKQFQGAVDAARKANSSKTWKEVCFACVDAEE FRLAQICGLNIIVQVDDLEEVSEFYQNRGCFNELISLMESGLGLERAHMGIFTELGVLYARYRPEKLMEHIKLFATRLNI PKLIRACDEQQHWKELTYLYIQYDEFDNAATTIMNHSPEAWDHMQFKDVIVKVANVELYYKSVHFYLQEHPDLLNDVLNV LALRVDHARVVDIMRKAGHLRLVKPYMVAVQSNNVSAVNEALNEIYVEEEDYDRLRESIDLHDNFDQIGLAQKIEKHELL EMRRVAAYIYKKAGRWKQSIALSKKDNLYKDAMETASQSGERELAEELLVYFIDQGKKECFASCLFVCYDLIRADVALEL AWIHNIIDFAFPYVLQLLREYTGKVDELVKDKIEAQKEVKAKEQEEKEVIQQQNMYAQLLPLALPAPPMPGMGGGYAPPP PMGGMGMPPMPPFGMPPMGSSY
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 | 378 | 378 | 2.5E-157 | ||
| PANTHER | 3 | 1700 | 1698 | 0.0 | – | |
| PANTHER | 3 | 1700 | 1698 | 0.0 | – | |
| PIRSF | 4 | 1687 | 1684 | 0.0 | ||
| SUPERFAMILY | 6 | 344 | 339 | 2.09E-131 | ||
| Pfam | 21 | 56 | 36 | 8.6E-6 | ||
| Pfam | 155 | 198 | 44 | 2.7E-10 | ||
| Pfam | 345 | 368 | 24 | 3.9E-8 | ||
| SUPERFAMILY | 346 | 501 | 156 | 5.75E-53 | ||
| Pfam | 370 | 435 | 66 | 5.1E-29 | – | |
| SUPERFAMILY | 458 | 794 | 337 | 1.73E-85 | ||
| Gene3D | 460 | 790 | 331 | 8.9E-16 | ||
| SMART | 552 | 694 | 143 | 1.0E-34 | ||
| ProSiteProfiles | 552 | 698 | 147 | 36.78 | ||
| Pfam | 558 | 691 | 134 | 6.7E-22 | ||
| ProSiteProfiles | 701 | 843 | 143 | 32.625 | ||
| SMART | 701 | 843 | 143 | 2.9E-39 | ||
| Pfam | 702 | 841 | 140 | 1.2E-19 | ||
| ProSiteProfiles | 848 | 987 | 140 | 36.747 | ||
| SMART | 848 | 987 | 140 | 2.8E-41 | ||
| Pfam | 851 | 983 | 133 | 8.6E-28 | ||
| SUPERFAMILY | 902 | 1067 | 166 | 2.53E-35 | ||
| SMART | 994 | 1139 | 146 | 1.5E-41 | ||
| Pfam | 994 | 1132 | 139 | 2.3E-30 | ||
| ProSiteProfiles | 994 | 1139 | 146 | 41.969 | ||
| SUPERFAMILY | 1051 | 1196 | 146 | 1.78E-27 | ||
| Gene3D | 1052 | 1197 | 146 | 7.7E-36 | ||
| SMART | 1143 | 1284 | 142 | 2.4E-37 | ||
| ProSiteProfiles | 1143 | 1284 | 142 | 34.39 | ||
| Pfam | 1148 | 1282 | 135 | 2.5E-27 | ||
| SUPERFAMILY | 1197 | 1532 | 336 | 1.67E-107 | ||
| Gene3D | 1198 | 1537 | 340 | 1.2E-152 | ||
| SMART | 1289 | 1435 | 147 | 4.6E-43 | ||
| ProSiteProfiles | 1289 | 1435 | 147 | 41.402 | ||
| Pfam | 1290 | 1433 | 144 | 4.2E-28 | ||
| SMART | 1438 | 1597 | 160 | 4.1E-43 | ||
| ProSiteProfiles | 1438 | 1581 | 144 | 39.259 | ||
| Pfam | 1441 | 1580 | 140 | 7.6E-30 | ||
| Coils | 1478 | 1498 | 21 | - | – | |
| Gene3D | 1543 | 1640 | 98 | 2.7E-38 | – | |
| Coils | 1618 | 1653 | 36 | - | – |
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 LotjaGi6g1v0076900.1, 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…