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LotjaGi6g1v0076900.2

Overview

Field Value
Gene ID LotjaGi6g1v0076900
Transcript ID LotjaGi6g1v0076900.2
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.

Sequence information

Genomic sequence (LjG1.1_chr6:14569590..14581119) extracted from Lotus japonicus Gifu genome v1.2.

ATGGCGGCCGCCGCCAACGCTCCGATCACCATGCGTGAAGCCCTCACCGTGAGTCCTCTTTTCTCCTTCCTCCATTTCCC TAGCTCAATTCGCAACTCAAACAGTTAGTTATTATTATGCTTTGCTCGATTCTGAATTTTCCGAATCGAAGTTTACTGTG TGCTGCTTTACTTTGCTACTGTTGATCATCGAGTTTACGCAGATCTGAACATTTCTCGTTGCGTTTGTGCTGTTGTGAAT TTGAATGAATGATGTGATGTGATTTGTGTGTGATTTTGCAGTTGCCGAGCATTGGTATAAATCCGCAGTTCATCACGTTC ACTCACGTGACGATGGAGTCTGATAAGTACATATGCGTTCGAGAAACTTCTCCGCAGAATAGCGTGGTGATCGTTGATAT GAGCATGCCGATGCAACCTTTGAGGAGGCCTATTACTGCTGATTCTGCTCTTATGAATCCGAATTCGAGAATCCTTGCTC TGAAAGGTTGGTTGCTACACCTTTCTGTTCTTCTTTACTTGAACTTGCAAGCTGTGATTGTAGCTAGTAATGTTGTGGAT AAGCTAACTACTTGCATTTCGGTATTGATCTGAATTATATGTCATTGTAGATAGTAAGATTTGTTTGGAATTAAATTCTA TTTATTATTTATTTACTTTTTGGTGAGACAGAGCCAGTGTTATATGCCGCTATAGCGTAGCGGATTTTTGGCTAATCGCG ATGCCGCTATTCGCTGCCAAATAGCGGCTGAAATAGCAGATTTTTGGCTCACCGCGATGGTCCGCGATCGTGATTTGATA ACACTGGACAGAGCTTAAGTAATTTATGTCTTTGCCGTTGATGCGACTATTATATGAAGTAAACCGCCTAGTTTCAACAA GTTTGACTAGGAGATGACTAAAAGATCTTGAAGTATCTGCTGCTGCATTATGACTTGGTTGGTTGAGAAATAATTCTTCG TACTCGCAAAGCAGAGATCTTTGATTCATTTGAGAATACGATATCAATTGGCATTCATATTTCTTTGCCTTTGATGCAAC TATTATATGAAGTAAACTGCTTAGTTTCAACAAGTTTGACTAGGAGATGACTAAAAGATCTTGAAGTATCCTCTTATGCA TTATGACTTGGTTGGTTGAGAAATAATTCTACGTACTCGCAAAGTATAGATCTTTGATTCATTTTAGAATACGATATCAA TTGGCATTCATATATTTTTTTTCAAGAAATCAAAAGATCATGTCCTTAAGGAATATAATCATGTAGAGAAGAATCTTATC GCTACTTTTGTTTTCTCCCATTTTAGGGTGAAAGAACCATTACAGTCAAATTACTACTAGGAAAGGAGGGAGGGGTCATA CTTTGTAGTTTACTCTATGACTTGATTCTTGAGATCTTTCTTTTCAAGGATAGGAACTATATTGTTCATAATGATATTTA TGTGATAATGCTTTCTAGTTTTGCTCATATATTTACCATTCCCAATTTTCACATTGCACATAAGGCGAATTAAATGTTGT TATGATATATATTATTCATGTTATCATCATTTGAGAAACTTGACAGTGGTTTTATTTTAAGAAAAAAAATTCCTATAAAA ATAGTTTGTATGTTCATAAAGCATCTGACCTTAGGGAGAAGCTTCATGTTCTTGTTTGATTATGCCATGTGTTCTTGTTT GTGATGCACCACCTCAATTAGTATATGCTCTCGAATTATATTCACTTACACTTGACATCCTTCTCTTGAAGCCCAACTCC AAGGAACAACTCAAGATCACCTACAAATATTTAATATTGAAATGAAGGCAAAGATGAAATCTTACCAGATGCCTGAGCAG GTAATTGTCATGTGCGAGTATACATGCTCTTTAAAATAATGAGTGACCAGGTAACGTTTATTAATCCTCGTCAAATGCCC TTTTTTTTGAGTGCAGGTAGTCTTTTGGAAGTGGATTACTCCCAAGTTGTTGGGTCTTGTGACACAGACATCTGTATACC ATTGGTCAATTGAGGGTAGGATAAGGATAAACTTCAGTTCTGCTTAACTCTGGTTTTGTGCCATGTTTCTAGTTTATGTA TTTTTGTTCAGTGTGCTTCTAGCTTGTCTGCAAGTTGTTTACCAGTCTATTGGTTTGATATATTAACTTGTAGGTGACTC TGAACCTGTAAAGATGTTCGAGAGAACAGCGAATTTGGCAAACAATCAAATAATTAATTATCGATGTGATCCTACAGAAA AGTGGTTGGTCTTGATTGGTATTGCTCCTGGTTCCCCTGAGGTATATATCTGGTACTTGCTATAGTTAGTTGGTTATTGT TCCTTGGTAGTAGTGCCTCCTTGGCAAAGTAGTTTGGAGTTCAACTCTGGTTGCTCCCATTCTTGTGATATACGTTAAAT TTAAATATAATGTTATAAGGGCCTTCAATTGTGTACACTCCAGCCTCAGATGACCCTTGGACTCTATAAGGCTTGTTAGA TATAACACCTATCTTTCTACTATTACCTGAACCTATTGAATTAGTTGGTTCTTGAAAATGATCATGATCTATTTTATTAT AACTTTCACGAGTCTGATCTGTTTGGTTTGTTTCATTATTTGTTTTGCATTATAGAGGCCACAGTTGGTTAAAGGAAACA TGCAACTCTTCTCCGTGGATCAACAGCGCAGCCAAGCTCTTGAAGCACACGCTGCATCATTTGCTCAGTTAAAAGTGCGT CTCTTTATGATTTTGTGTGTATTTTTGTTTATTTCTTAATTTAATATTTACCTGAATAATTGTATACTACTATATCATGC TACTATGTACTGGAAAAATTGAAGTTTGTTTTTGGACAGGTTCCTGGGAATGAAAATCCTTCTACTTTGATTTCGTTTGC CACGAAGACACTTAATGCTGGACAAATTATATCCAAGTTGCATGTTATTGAGCTGGGTGCACAACCAGGTCTGCATAGTT CTTAGATAAATTTGTCTTGTGATTCCAATTTAGTTGTTATATTTTGAGTGTCCACGCTTATTTCTTTTTCTGCTAAATTA CTTAAATAGATGAATTAAATTTTTTAACTGGTCATATCTTGTATTGCATCTCTAGAGGTGAGGGAAGATAACCTTTCTAA AGATACCCCTAGAATAACACCATCTTGCATTTTATAATTATTCAACTCAGGATAGCTATTTCATAAACTTCATATTGTAG ATGGATGAATTAAAATGATCATTTAGTAACTTTGTTGTATGGAGGAGGTTACTTATCATAGCTAATAGTTTTAGTTAGGC CGTGCTCTAGGTATCAGTGTTATCAAATCGCGATCGCGGACCATCGCGGTGAGCCAAAAATCCGCTATTTCGGCCGCTAT TTGGCAGCGAATAGCGGAAATAGCGGGAATAGCGCGCTATAGCGGGCAATAGCGGCGTCGCGATAAGCCAAAAATCCGCT ACGCTATAGCGGCATAGCACCGCTATAACCGCTATTTGATAACACTGCTAGGTATTACTTCAAATTTGAATGATAGGAAA TTTTGAATGATGTGATCGTAATATACTCTGTTGGGTTTTCAATTTAACAATAAACTTATGAAGCTGCTGTAAGTATATTA TATTATTTGAATGGTGTTGTTTGGTGGTTGATTTCGCAAATTCCGGAAGCAGTAATTGAAATTAGTGTGAACATTTGAAG ATGGATTGGTGATATTGTGTTACAGAAAAATCATAAATAACATTGTGATTTAATTGGTCATCTTCCCAGGATTTAACTTC TAATATTTTTTTTGGCAGGGAAGCCATCATTTACAAAGAAACAAGCAGATCTTTTCTTTCCCCCAGATTTTGCTGATGAC TTCCCAGTTGCCATGCAGGTATTGAAGTTTCTGGTGTTTGTTTTTCATTTTACAAACTGTGCAGATATTTGATTCGTAGT TTGATTTTTGGCAGATATCCCACAAATACAATTTGATTTATGTGATCACGAAACTTGGTCTCCTATTTGTCTATGATTTG GAGACGGCCACTGCTGTGTATAGGAACAGAATTAGTCCAGATCCTATATTTTTGACGTCAGAAGCTACATCAGTTGGAGG CTTTTATGCCATTAACAGGAGAGGCCAGGTGTTATTGGCTACTGTTAATGAGCAAACAATTGTGAATTTTGTCAGTGGTC AAGTATGTTCCTGATCTTGTTCTCTCTCACTTGATGTAGAGTAGAAAAAGTGACATTTTCACAAATTTCATTTGTTATTA TCACAGTTAAATAATTTGGAGCTAGCCGTCAATCTTGCCAAGAGAGGAAACCTTCCAGGTGCTGAGAAGCTGGTATGTCG CTTGTTGTTTAAAACATAAAACATTTCTTTATTGGGGTGTTGTCAGGAAGGTCCCTAGAAATTGGAATTTCACATGATTA ATATGGTGGGGGTTTCATATAATGGCTAAATGCAAACTTTGTGTGAAATGTTCAACGTTTTAACTTTTAATTAATACATG ATAATATTCTTTAGTATTCATCAGTTGAGGCTAATACAAAATTGTTCAACAGAAATATCCTTTCCTTATTGAAATTTGTT GTATCTGTGTCATGCTGTCAACCTTATGTATTTCATGCTGGTAAAAAATAGATGCTTTGTACAAGGGAGGTTATGTGGGT TACCTGAATGCTGAATTATCACAAATCTGTTTCTTCTCCAGTCATTTGCATTTTTTTGTTTCGTTTCAATGAAATGTACA TGCTTCAATTGATTTTTTTTGTTAATTTTCCAAATTTTTGAAATTGATTGTAATTGCCTGATTTGCCTCTTCTAAAATGG CATATTCTTTTGTTAATTGCTTTTTTTGCTCATTTTTTAATTTGTAAATTAACGTTAGTCTTTGTTGACATGTTGTTGAA CAGGTTGTTGAACGTTTCCATGAACTGTTTGCCCAAACAAAGTATAAAGAAGCAGCTGAGCTTGCTGCTGAGTCCCCGCA AGGAATCCTTCGTACACCTGATACAGTTGCCAAATTTCAGGTTTTGTGGCTATGAAAGATTTGTTCATGCTGTTTCAGCA ACAAAACTTCTGTAGGCTGTAGGCAGTCATTTTACTTGTTTTTAGGGATAAAGGAAACTGAGCTGTTTTTACTTATTAGC TTTCCTTTATTTTGGTCAGTTAGACTGATGTTTAAAGTGTCGCAATCTGTTTAATGTTGCAGAGTGTTCCTGTGCAAGCT GGACAAACTCCTCCACTCTTGCAGTATTTTGGAACCCTTTTAACTAGAGGAAAGCTGAATGCCTTTGAATCATTAGAATT GTCACGGCTGGTTGTGAATCAGAACAAGAAAAATCTTTTGGAAAATTGGTTGGCAGAGGACAAGCTTGAATGCAGTGAGG AACTAGGAGATCTTGTAAAGGTTGGGTTGCATTTGAAATTATGAAAAACTTGGATTTTGATCTATCTATTTTATATTTTT TTTGCTTCTGTTTCTTTCTAACTGTTTGCCTTATGACCAGTATACTTTTTCTTGTTCAATTTACTTATTGTGAGATCGTG TAATTTTAATTGGCATGCTCCATTGTAGACTGTGGACAATGACCTTGCCTTAAAAATATATATCAAAGCCAGAGCTACTC CAAAAGTTGTTGCTGCGTTTGCTGAGCGAAGGGAGTTTGACAAGATTCTCATATATTCTAAGCAGGTAAAGGGCTTTTTT TATCAATGAATATTGTTCTTTGATTCACAAGTTTCTTTGTCCTTCTATTGTTAATTTTTTTAATGTTGTTATGGCCTGTT GAGTATTTTACTTAGCCTGTGTTCTCAAGATTACATATCTTGCCTTGACATTTTCGTGTGCTTGAACATTTTCATTATTT ATTTATTCCTATAGGTTGGGTACACACCTGACTATCTCTTCCTTTTGCAAACAATTCTCCGGACAGATCCTCAGGTATGT GTCTGATGGTTGTAACTGACTGTTTTTCCAACACAGTTAATTTTATAATTTCCGGGCCGAAAATTCTATAAGGTACTTTT TTTCATTGTGGTTTTCAGAAATATAGTTCTATAAATTAATTCAACAGCTATTTTTCATGATGATTTGCAGGGTGCTGTTA ATTTTGCATTAATGATGTCTCAAATGGAGGGAGGTTGTCCTCTTGATTACAACACCATAACTGATCTGTTTCTTCAGGTT GTTATCTACTGTGATTAAGCCATTAATGGAATTTGTAATATATATATTCCTGCTTCATGTTCATTGACATATCATGAAAT GTTTAAGTGGCCCATTTTCATTTAATATAAGAGCACTTGCTTTGTTTCTCCTGTTTGTAGTTTAGCAATATGCATTTCTG GACAGTTGATTTATGAGCTTATGATTGTTTTTTATGTCCTGCACAGAGAAACTTGATCCGTGAGGCTACTGCCTTTCTCC TAGATGTTTTGAAGCCAAATTTACCTGAACATGGTTTCCTTCAAACAAAGGTTCCAGTCATCATTTTTTCATTTGTTATG GGCATTTTACTCCTGCAGTCCTTTCTTTGCACTGATTCAATCTTGTGAATTTTTGTTCAGGTTTTGGAGATAAATCTGGT AACGTTTCCCAATGTTGCTGATGCTATTTTGGCTAATGGCATGTTCAGCCATTATGATCGTCCACGTATTGCCCAACTTT GTGAAAAAGCTGGTCTTTATGTGCGAGCTTTGCAAGTAATGATCCTTCAAATGTGTTGTTTTTTTGGTTTTATATTAGTT TAGGCTGAATGTCATTTCACTTGTTTATTATAATGTTTTTGGTGCAGCATTACACAGAGTTGCCAGATATAAAACGTGTG ATAGTTAATACACATGCAATTGAGCCACAGGTTTATGTGCCCCTTTGCTTTGTAGTTTGTCTATTCTAACATCATGGTAG TTGAAAATACTTAGTGGTTATTTGATTGATGCAGTCACTTGTTGAGTTTTTTGGTACTCTGTCACGAGAATGGGCCTTAG AGTGCATGAAAGATCTGTTACTGGTCAATCTTAGAGGCAACCTACAGATAATTGTTCAGGTACGGTAGTTTCATTTTCTT CTATAACTAAGAATTAGTAGTAATAAATTTATAACTGAAGCTTACTTATGTCTGTCCAGGTTGCTAAAGAATATTGTGAA CAGTTGGGCGTTGATGCTTGCATTAAGATTTTTGAGCAATTCAGGTCCTATGAAGGACTCTATTTCTTCCTTGGTTCATA TTTAAGCTCCAGGTAATTCTTTCATTTCGAAAGATCTGTTTTGGCTGGCGACAAGTTATCCCATTTTTACAGAGGTATTG TTGAATGTTTATCTGCTAATATGTTTCTCTGAATAACATGCCAGTGAGGATCCCGACATCCACTTCAAGTACATTGAGGC AGCAGCAAAGACTGGACAAATCAAAGAGGTCGAGCGTGTGACTAGAGAATCAACTTTCTATGATCCTGAGAAAACGAAGA ACTTTCTAATGGAAGCTAAGCTTCCCGATGCACGACCTCTTATTAATGTTTGCGATCGATTTGGATTTGTTCCTGATCTG ACACACTATCTATACACAAATAACATGCTTCGCTACATTGAAGGATATGTTCAGAAGGTATTGTTGTTGTAATTCTATTG CAGTGGCCCTGCTTGTTTCATGAGTGCTGTCCTCTCTCTCTCTCTGCTTCTTAGTTATGTTGTGCCTTGCTTTATAGGTG AACCCAGGGAATTCTCCTCTAGTTGTTGGGCAGCTGCTAGATGATGAGTGTCCAGAAGATTTTATCAAAGGCTTGATTCT CTCTGTTCGTTCATTGCTGCCGGTGGAGCCACTGGTGGAGGAATGTGAGAAGAGGTGGTATCTATTCTCTAATTCTACAT ACTGTCTGCTTGTCTAGCACTCATGTTTCTGCCTTTTCCTATGTTGCTCTTTCTGGGATGCAGGAATCGGCTTCGTTTGC TTTCACAGTTTCTGGAACATCTTGTAAGTGAGGGAAGCCAGGATGCACATGTTCATAATGCTCTGGGTAAGATCATCATT GATAGCAACAACAACCCAGAACATTTTCTCACTACAAACCCATACTATGATTCTCGAGTTGTGGGAAAATATTGTGAAAA ACGTGATCCTACCTTGGCCGTTGTGGCTTATAGGCGAGGACAATGTGATGATGAACTTATCAATGTGACAAACAAAAATT CTTTGTTCAAACTACAAGCAAGGTTTGTAGTCTATATGCATTTTCTTTCACTAAATATTTATCCCTGGCTTCAATGCTCA TATGCTATTGATTACAGGTATGTTGTTGAGAGGATGGATGGTGACCTTTGGGAGAAAGTTCTTAACCCTGATAATGCCTA CAGAAGACAGCTTATTGATCAAGTTGTATCTACTGCTCTGCCTGAAAGCAAGAGCCCTGAACAAGTCTCTGCAGCTGTTA AGGCTTTCATGACTGCTGATCTACCTCATGAATTGATTGAGCTTCTTGAGAAGATTGTGCTTCAGAATTCTGCTTTCAGT GGGAACTTTAATTTGCAGAATCTGCTTATCTTGACAGCAATAAAGGCTGATACATCCAGAGTCATGGATTATATAAATAG ACTGGATAATTTTGATGGTCCTGCAGTTGGAGAAATGGCTGTTGAGGCTCAGTTATATGAAGAAGCATTTGCAATTTTTA AGAAGTTCAACTTAAATGTTCAAGCAGTCAATGTCTTGCTAGATAATATTCATAGCATTGATAGAGCTGAGGAGTTTGCT TTCCGAGTTGAAGAGGATGCTGTATGGAGTCAGGTGGCCAAGGCTCAACTCAGGGAAGGGCTAGTAAGTGAAGCAATTGA GTCATTTATACGAGCAGATGATGCCACACAATTTTTGGATGTTATCCGTGCTGCTCAAAATACCAATGCTTACAATGACT TGGTGAGATACTTGCTGATGGTAAGGCAAAAGACAAAAGAACCCAAGGTGGACAGTGAGCTCATTTATGCTTATGCAAAG ATCGACAGGCTCAGTGACATTGAGGAGTTCATTCTTATGCCGAATGTGGCCAATCTTCAAAATGTTGGTGACCGATTGTA TGATGAAGAGCTATATGAGGCTGCAAAAATTATATTTGCTTTTATATCTAACTGGGCCAAGTTAGCAGTCACACTTGTGA AGTTGAAACAGTTCCAAGGTGCTGTTGATGCAGCAAGGAAAGCTAACAGCTCAAAAACATGGAAGGAAGTTTGCTTCGCG TGTGTTGATGCAGAGGAGTTCCGTTTGGCCCAGATATGTGGGTTGAACATTATTGTTCAGGTAAAATGTTTTTTTCATTT CTTTAACTATATGTTGAGATGAACTATAGATTTTTTCTTTATTCAGGTCAGGTATCCCCTGGTTTCTATTAGAAAGTTTG AATAATTTGGGCTTTCACAGTATGTGATGGGAATATAATATCGTAGTATGCTGCGAGCTTGTAATTATGGGAAGGTTTTA TGTGCATTACTTGGTCTGCAGTTAATATGTCAATTTTTGTTTTGAATTTGTAGGTGGATGACTTGGAAGAGGTCAGTGAA TTTTACCAAAATAGAGGTTGCTTCAACGAGCTAATATCCCTCATGGAGAGTGGTTTAGGATTAGAACGGGCACATATGGG CATCTTTACCGAGTTAGGAGTTCTGTACGCTAGATACCGTCCTGAGAAACTTATGGAACATATCAAACTATTTGCAACCC GACTCAATATTCCAAAACTCATAAGAGCTTGTGATGAACAACAACATTGGAAGGAACTGACCTATTTGTATATCCAATAT GATGAGTTTGACAATGCAGCAACAACCATCATGAACCATTCACCTGAAGCATGGGATCACATGCAATTCAAAGATGTTAT TGTCAAAGTTGCTAATGTGGAGTTGTATTACAAGTCTGTTCATTTCTATTTGCAAGAGCATCCAGATCTTCTAAACGATG TTTTGAATGTCCTTGCACTTCGTGTTGACCATGCACGCGTTGTTGATATCATGCGAAAGGTAGCATTAATACTGTCAAAT ATTTCATTAGATCTTGGTTTATACTTGTTTCTGTCACTCATGTTTTTCCTGTTATGTGCTGTAGGCTGGTCATCTCCGTC TTGTCAAGCCATACATGGTTGCAGTTCAGAGCAATAACGTGTCTGCTGTTAATGAAGCCCTGAATGAGATATATGTGGAG GAGGAAGACTATGATAGATTGCGCGAGTCAATTGATTTGCACGACAACTTTGACCAAATAGGCCTGGCACAGAAGGTGAG CTGCATTATTCTTCATGTTGACCACTTATTGATTCCATTCTAGGATCCTGATATATCATCATCATCATCATCTGTTCTGC AGATTGAAAAGCATGAGCTTCTTGAGATGAGACGTGTTGCTGCTTATATTTATAAGAAGGCTGGTAGGTGGAAGCAGTCC ATTGCCTTGTCAAAGAAGGATAACCTTTACAAAGATGCCATGGAGACGGCCTCACAATCTGGTGAACGTGAACTTGCTGA GGAGTTACTTGTTTATTTCATTGATCAGGTACTGAATCCAGTTTCATCTGCATGTGATTCTTTTCTTCCCTTCTTGAATA TAGGTCTGGCCTCTATGATTTAGGGTTGACTATTATCAATTAATGCTTGAGGTATCCTTAATAGCATGTGCAGTTCTAAG TCAGGCAGATAAATTAATGGCAATTAGCATTAGTAGTATTATTTTGTCAAGCCTATAGTGACAAATTATACTGCCCATTT TGTATTTAGAGTTTTACTGTCCAGTTATTGACTGAGGGATTGTGATTAAATTTTCTTACCTTATGGCCCAAACTTCTGGA ATGGTGATTTTCTAATCTTTTTAATATTAATGTGCATATGTTGGAAAACAGATATTAATGTACATATCCATAAAATTGAG TGAAATCATTATATCCTAATATCTTTTCTAACATGCTTATGCAGGGAAAAAAGGAATGCTTTGCCTCGTGTCTATTTGTT TGCTATGATTTAATCAGGGCAGACGTTGCTCTTGAACTGGCTTGGATCCACAATATAATTGACTTTGCCTTCCCATACGT GTTACAGGTTCTTTTCTTTGCTGCTTACTTGTATAGCACAAAATTTACAATACAGTTGATGTGCATGTCTTTTTCTTCAT GTTATCTAGTTCTTTCTTTTAATGTCTTCTCTCTGCTGTTGTAGCTTCTCCGCGAGTACACTGGCAAAGTTGATGAACTG GTGAAGGACAAAATTGAAGCACAGAAAGAAGTGAAGGCTAAAGAACAAGAAGAGAAGGAAGTAATTCAACAACAGGTAAT TTAGTTTGGCCATTTTATGCTTACCCACTAGTAACGTAGTTGATAATTTCTATCGCCTTCTCATCTGTCACTCTCAACAT ATTGAAAACTTCTGTTGCAGAATATGTATGCTCAATTGTTGCCTCTTGCTTTGCCTGCACCACCAATGCCCGGAATGGGA GGAGGCTATGCCCCTCCCCCTCCAATGGGTGGGATGGGGATGCCTCCAATGCCTCCTTTTGGCATGCCACCCATGGGCAG CAGCTACTGA
Download Genomic Sequence

CDS sequence (LotjaGi6g1v0076900.2) 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 TGCTGCCGGTGGAGCCACTGGTGGAGGAATGTGAGAAGAGGTGGAATCGGCTTCGTTTGCTTTCACAGTTTCTGGAACAT CTTGTAAGTGAGGGAAGCCAGGATGCACATGTTCATAATGCTCTGGGTAAGATCATCATTGATAGCAACAACAACCCAGA ACATTTTCTCACTACAAACCCATACTATGATTCTCGAGTTGTGGGAAAATATTGTGAAAAACGTGATCCTACCTTGGCCG TTGTGGCTTATAGGCGAGGACAATGTGATGATGAACTTATCAATGTGACAAACAAAAATTCTTTGTTCAAACTACAAGCA AGGTATGTTGTTGAGAGGATGGATGGTGACCTTTGGGAGAAAGTTCTTAACCCTGATAATGCCTACAGAAGACAGCTTAT TGATCAAGTTGTATCTACTGCTCTGCCTGAAAGCAAGAGCCCTGAACAAGTCTCTGCAGCTGTTAAGGCTTTCATGACTG CTGATCTACCTCATGAATTGATTGAGCTTCTTGAGAAGATTGTGCTTCAGAATTCTGCTTTCAGTGGGAACTTTAATTTG CAGAATCTGCTTATCTTGACAGCAATAAAGGCTGATACATCCAGAGTCATGGATTATATAAATAGACTGGATAATTTTGA TGGTCCTGCAGTTGGAGAAATGGCTGTTGAGGCTCAGTTATATGAAGAAGCATTTGCAATTTTTAAGAAGTTCAACTTAA ATGTTCAAGCAGTCAATGTCTTGCTAGATAATATTCATAGCATTGATAGAGCTGAGGAGTTTGCTTTCCGAGTTGAAGAG GATGCTGTATGGAGTCAGGTGGCCAAGGCTCAACTCAGGGAAGGGCTAGTAAGTGAAGCAATTGAGTCATTTATACGAGC AGATGATGCCACACAATTTTTGGATGTTATCCGTGCTGCTCAAAATACCAATGCTTACAATGACTTGGTGAGATACTTGC TGATGGTAAGGCAAAAGACAAAAGAACCCAAGGTGGACAGTGAGCTCATTTATGCTTATGCAAAGATCGACAGGCTCAGT GACATTGAGGAGTTCATTCTTATGCCGAATGTGGCCAATCTTCAAAATGTTGGTGACCGATTGTATGATGAAGAGCTATA TGAGGCTGCAAAAATTATATTTGCTTTTATATCTAACTGGGCCAAGTTAGCAGTCACACTTGTGAAGTTGAAACAGTTCC AAGGTGCTGTTGATGCAGCAAGGAAAGCTAACAGCTCAAAAACATGGAAGGAAGTTTGCTTCGCGTGTGTTGATGCAGAG GAGTTCCGTTTGGCCCAGATATGTGGGTTGAACATTATTGTTCAGGTGGATGACTTGGAAGAGGTCAGTGAATTTTACCA AAATAGAGGTTGCTTCAACGAGCTAATATCCCTCATGGAGAGTGGTTTAGGATTAGAACGGGCACATATGGGCATCTTTA CCGAGTTAGGAGTTCTGTACGCTAGATACCGTCCTGAGAAACTTATGGAACATATCAAACTATTTGCAACCCGACTCAAT ATTCCAAAACTCATAAGAGCTTGTGATGAACAACAACATTGGAAGGAACTGACCTATTTGTATATCCAATATGATGAGTT TGACAATGCAGCAACAACCATCATGAACCATTCACCTGAAGCATGGGATCACATGCAATTCAAAGATGTTATTGTCAAAG TTGCTAATGTGGAGTTGTATTACAAGTCTGTTCATTTCTATTTGCAAGAGCATCCAGATCTTCTAAACGATGTTTTGAAT GTCCTTGCACTTCGTGTTGACCATGCACGCGTTGTTGATATCATGCGAAAGGCTGGTCATCTCCGTCTTGTCAAGCCATA CATGGTTGCAGTTCAGAGCAATAACGTGTCTGCTGTTAATGAAGCCCTGAATGAGATATATGTGGAGGAGGAAGACTATG ATAGATTGCGCGAGTCAATTGATTTGCACGACAACTTTGACCAAATAGGCCTGGCACAGAAGATTGAAAAGCATGAGCTT CTTGAGATGAGACGTGTTGCTGCTTATATTTATAAGAAGGCTGGTAGGTGGAAGCAGTCCATTGCCTTGTCAAAGAAGGA TAACCTTTACAAAGATGCCATGGAGACGGCCTCACAATCTGGTGAACGTGAACTTGCTGAGGAGTTACTTGTTTATTTCA TTGATCAGGGAAAAAAGGAATGCTTTGCCTCGTGTCTATTTGTTTGCTATGATTTAATCAGGGCAGACGTTGCTCTTGAA CTGGCTTGGATCCACAATATAATTGACTTTGCCTTCCCATACGTGTTACAGCTTCTCCGCGAGTACACTGGCAAAGTTGA TGAACTGGTGAAGGACAAAATTGAAGCACAGAAAGAAGTGAAGGCTAAAGAACAAGAAGAGAAGGAAGTAATTCAACAAC AGAATATGTATGCTCAATTGTTGCCTCTTGCTTTGCCTGCACCACCAATGCCCGGAATGGGAGGAGGCTATGCCCCTCCC CCTCCAATGGGTGGGATGGGGATGCCTCCAATGCCTCCTTTTGGCATGCCACCCATGGGCAGCAGCTACTGA
Download CDS Sequence

Protein sequence (LotjaGi6g1v0076900.2) extracted from Lotus japonicus Gifu v1.2 Proteins.

MAAAANAPITMREALTLPSIGINPQFITFTHVTMESDKYICVRETSPQNSVVIVDMSMPMQPLRRPITADSALMNPNSRI LALKAQLQGTTQDHLQIFNIEMKAKMKSYQMPEQVVFWKWITPKLLGLVTQTSVYHWSIEGDSEPVKMFERTANLANNQI INYRCDPTEKWLVLIGIAPGSPERPQLVKGNMQLFSVDQQRSQALEAHAASFAQLKVPGNENPSTLISFATKTLNAGQII SKLHVIELGAQPGKPSFTKKQADLFFPPDFADDFPVAMQISHKYNLIYVITKLGLLFVYDLETATAVYRNRISPDPIFLT SEATSVGGFYAINRRGQVLLATVNEQTIVNFVSGQLNNLELAVNLAKRGNLPGAEKLVVERFHELFAQTKYKEAAELAAE SPQGILRTPDTVAKFQSVPVQAGQTPPLLQYFGTLLTRGKLNAFESLELSRLVVNQNKKNLLENWLAEDKLECSEELGDL VKTVDNDLALKIYIKARATPKVVAAFAERREFDKILIYSKQVGYTPDYLFLLQTILRTDPQGAVNFALMMSQMEGGCPLD YNTITDLFLQRNLIREATAFLLDVLKPNLPEHGFLQTKVLEINLVTFPNVADAILANGMFSHYDRPRIAQLCEKAGLYVR ALQHYTELPDIKRVIVNTHAIEPQSLVEFFGTLSREWALECMKDLLLVNLRGNLQIIVQVAKEYCEQLGVDACIKIFEQF RSYEGLYFFLGSYLSSSEDPDIHFKYIEAAAKTGQIKEVERVTRESTFYDPEKTKNFLMEAKLPDARPLINVCDRFGFVP DLTHYLYTNNMLRYIEGYVQKVNPGNSPLVVGQLLDDECPEDFIKGLILSVRSLLPVEPLVEECEKRWNRLRLLSQFLEH LVSEGSQDAHVHNALGKIIIDSNNNPEHFLTTNPYYDSRVVGKYCEKRDPTLAVVAYRRGQCDDELINVTNKNSLFKLQA RYVVERMDGDLWEKVLNPDNAYRRQLIDQVVSTALPESKSPEQVSAAVKAFMTADLPHELIELLEKIVLQNSAFSGNFNL QNLLILTAIKADTSRVMDYINRLDNFDGPAVGEMAVEAQLYEEAFAIFKKFNLNVQAVNVLLDNIHSIDRAEEFAFRVEE DAVWSQVAKAQLREGLVSEAIESFIRADDATQFLDVIRAAQNTNAYNDLVRYLLMVRQKTKEPKVDSELIYAYAKIDRLS DIEEFILMPNVANLQNVGDRLYDEELYEAAKIIFAFISNWAKLAVTLVKLKQFQGAVDAARKANSSKTWKEVCFACVDAE EFRLAQICGLNIIVQVDDLEEVSEFYQNRGCFNELISLMESGLGLERAHMGIFTELGVLYARYRPEKLMEHIKLFATRLN IPKLIRACDEQQHWKELTYLYIQYDEFDNAATTIMNHSPEAWDHMQFKDVIVKVANVELYYKSVHFYLQEHPDLLNDVLN VLALRVDHARVVDIMRKAGHLRLVKPYMVAVQSNNVSAVNEALNEIYVEEEDYDRLRESIDLHDNFDQIGLAQKIEKHEL LEMRRVAAYIYKKAGRWKQSIALSKKDNLYKDAMETASQSGERELAEELLVYFIDQGKKECFASCLFVCYDLIRADVALE LAWIHNIIDFAFPYVLQLLREYTGKVDELVKDKIEAQKEVKAKEQEEKEVIQQQNMYAQLLPLALPAPPMPGMGGGYAPP PPMGGMGMPPMPPFGMPPMGSSY
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Domain prediction

Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.

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Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
Gene3D
G3DSA:2.130.10.110
1 378 378 2.5E-157
IPR016025
PANTHER
PTHR10292:SF12
3 1701 1699 0.0 –
PANTHER
PTHR10292
3 1701 1699 0.0 –
PIRSF
PIRSF002290
4 1688 1685 0.0
IPR016341
SUPERFAMILY
SSF50989
6 344 339 2.09E-131
IPR016025
Pfam
PF01394
21 56 36 8.6E-6
IPR022365
Pfam
PF01394
155 198 44 2.7E-10
IPR022365
Pfam
PF09268
345 368 24 3.9E-8
IPR015348
SUPERFAMILY
SSF48371
346 501 156 5.75E-53
IPR016024
Pfam
PF13838
370 435 66 5.1E-29 –
SUPERFAMILY
SSF48371
458 794 337 1.73E-85
IPR016024
Gene3D
G3DSA:1.25.40.10
460 790 331 9.0E-16
IPR011990
SMART
SM00299
552 694 143 1.0E-34
IPR000547
ProSiteProfiles
PS50236
552 698 147 36.78
IPR000547
Pfam
PF00637
558 691 134 6.7E-22
IPR000547
SMART
SM00299
701 843 143 2.9E-39
IPR000547
ProSiteProfiles
PS50236
701 843 143 32.625
IPR000547
Pfam
PF00637
702 841 140 1.2E-19
IPR000547
SMART
SM00299
848 988 141 7.2E-38
IPR000547
ProSiteProfiles
PS50236
848 988 141 35.031
IPR000547
Pfam
PF00637
851 984 134 2.3E-25
IPR000547
SUPERFAMILY
SSF48371
903 1069 167 1.93E-35
IPR016024
Pfam
PF00637
995 1133 139 2.3E-30
IPR000547
ProSiteProfiles
PS50236
995 1140 146 41.969
IPR000547
SMART
SM00299
995 1140 146 1.5E-41
IPR000547
SUPERFAMILY
SSF48371
1052 1197 146 1.78E-27
IPR016024
Gene3D
G3DSA:1.25.40.10
1053 1198 146 7.6E-36
IPR011990
ProSiteProfiles
PS50236
1144 1285 142 34.39
IPR000547
SMART
SM00299
1144 1285 142 2.4E-37
IPR000547
Pfam
PF00637
1149 1283 135 2.5E-27
IPR000547
SUPERFAMILY
SSF48371
1198 1533 336 1.67E-107
IPR016024
Gene3D
G3DSA:1.25.40.10
1199 1538 340 1.2E-152
IPR011990
ProSiteProfiles
PS50236
1290 1436 147 41.402
IPR000547
SMART
SM00299
1290 1436 147 4.6E-43
IPR000547
Pfam
PF00637
1291 1434 144 4.2E-28
IPR000547
SMART
SM00299
1439 1598 160 4.1E-43
IPR000547
ProSiteProfiles
PS50236
1439 1582 144 39.259
IPR000547
Pfam
PF00637
1442 1581 140 7.6E-30
IPR000547
Coils
Coil
1479 1499 21 - –
Gene3D
G3DSA:1.25.40.730
1544 1641 98 2.7E-38 –
Coils
Coil
1619 1654 36 - –

Gene function (GO predictions)

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
GO:0005198
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.
Subterm of
GO:0005515
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).
Subterm of
GO:0006886
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.
Subterm of
Part of
GO:0016192
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.
Subterm of
GO:0030130
Cellular component Clathrin coat of trans-Golgi network vesicle A clathrin coat found on a vesicle of the trans-Golgi network.
Subterm of
Part of
GO:0030132
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.
Subterm of
Part of
GO:0032051
Molecular function Clathrin light chain binding Interacting selectively and non-covalently with a clathrin light chain.
Subterm of
GO:0071439
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.
Subterm of
Part of

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Expression data

Expression pattern

Expression pattern of LotjaGi6g1v0076900.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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