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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0570700 |
| Transcript ID | LotjaGi1g1v0570700.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Coatomer subunit gamma; TAIR: AT4G34450.1 coatomer gamma-2 subunit, putative / gamma-2 coat protein, putative / gamma-2 COP; Swiss-Prot: sp|Q0WW26|COPG_ARATH Coatomer subunit gamma; TrEMBL-Plants: tr|A0A151TG92|A0A151TG92_CAJCA Coatomer subunit gamma; Found in the gene: LotjaGi1g1v0570700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:110429473..110441676) extracted from Lotus japonicus Gifu genome v1.2.
GGGAGGCCCCAAACCCAACTCCTCCCGATCTGTGTCCTTGAATACAAAACAAACACTCTTTGCCTTGTGCGTGCGTTTTA AGAGAGCATTCATTCATTCAATCAACTTTTTCTTTTTCTTCTTCATTCGCACCACAACAACAAGATTCATTCGTTCATTC ATCATCAACTCGAGTGGTGCATTCGCTGAGATCTCACAGATTCAGCAAACTCATGGCTCAACCGTTCATGAAGAAAGACG ATGACCGCGACGACGAAGGTTCGTAATTCGATCCGTTTCCTATCCTATTCGCGCTTTGCATTTTCGTTTCTCTCTCGCTT TCCACTGCTGAATCAATTCGTTTCAGCTCCAGATCCATGTTGTTCCAATTTCCGAATGCTTCGCATAGTTAGATCATCAT CCTTGCATTGAATTTACTGTATCTGATTTCGATTCCGTATCGATCTTGCCATATAATTCGCAATGCAGATCGTTGAATGA GTTCTTATGATTAGTACTTGATAGTGTAGATCCTTTAGCTCTATTGTCGCATTTTCCTTGTTCACGAATCATGGTGTACT GTGACGAGTTCTGCTTGTTATATCGAATTGATTAACGAAACGAATTGTGAATGTGATGCTAATTGTGATTTTGGTTGTTG AACAGTCGAGTATTCCCCCTTCCTGGGAATTGAAAAGGGGGCTGTTCTTCAGGAGGCAAGGGTTTTCAATGACCCGCAAC TAGATGCTAGGAGATGTTCGCAGGTTTTTCATCTTCAACTAAACCATTCGCATGTTTAAATCTTGTTTCCGTAGATTTTT CGCAGTTGAATTTTGATGCTGTGTATGTTTTTTCATCTTATTTCTAGGTTATTACAAAGCTGCTATACCTCCTGAATCAG GGAGAGACATTTACAAAGGTATTGAGATTTGAGAGATATCCATTACCATGCTTATTTCTGGATTGACCTTGTGGAATCAT GTTGGTGCGATATGAATCCTTTTGATTTTATTATTTTTGCTAGGTCGAGGCTACAGAAGTTTTCTTTGCTGTGACTAAGC TTTTCCAGTCTAAAGATATGGGATTGAGGAGAATGGTCTACCTGATGATAAAGGAGATCTCCCCCTCTGCAGATGAGGTT ATATGTTAGATTCATATGTACGGTCTGTGCTGTGTGTATTACGAACTTAGATTATGACTGTTCTATTTCTTTAATCTTCT AACAGGTTATTATCGTCACAAGCTCTCTCATGAAGGACATGAATAGCAAGATTGATATGTACAGGGCAAATGCCATTCGA GTACTTTGTCGTATTACGGATGGAACACTCCTTGCCCAAATTGAGCGGTATTTGAAGCAAGCAATTGTAGATAAGAATCC GGTTGTTGCAAGTGCGGCTTTAATCAGTGGCATTCATCTACTCCATGTAATAATAATTTCTATTTTGTAATTCTATATTT GCACATTCCATGTATGTTTCTTGATTATTTTGCGCCTCCCTTTACAGACAAATCCTGAAATTGTGAAAAGGTGGAGCAAT GAGGTTCAGGAAGCTGTCCAATCAAGAGCAGCTCTTGTCCAGTTTCATGCACTGGCTTTGCTACATCAGGTATGCTGCAA ATGTGGTTTGGTTACTTTGTCATCCTTTAAGATCATTTAGTGATTCAGGGTTCACTTTATGTTGCAAGTGCAGTTTCTTA AATGATTGTTATACTTCTTGGCTTAACAATGCTAATTATCATGAATGATGAATGTTCCTCATGAGCTAGTCTTCATTCTT TCGTACTTCATCTTCCCTTAATGAAATGCATTTCTTTCAGTGATGCTTGACTCTTATATGCGTTTATTCATGCTGAATTT GACTGAACCAAAAGAAAGCAAAAGTTGCTCAAATTCACCTGTAGAAGTGGTCTTTGTTTGTTTGGTTTCTATTTCATCTA CATGCTGTCTTTTACAGCTACATTTTTTAGCATGCCCATAATTTTACTCTTACCTCAATTTCAACTGCAATTTACAAGTG GTTGCTTCTTATTTACAGTGAAAAGTTTTCAAGTTACAGAGAGTTGATATCTGTATTGTTGTTGAAGTTGGCATAGTTTG TATTTTATTGACTGCATTAAATGTTATTGCTGTAAATTTTGGAAAAGTCAGACTCTTCACATATCTAATGTAATTATCTT GTAAAATTACAGATTGAGCTGAACCAATATGAACAATTTCTATTGAATAATTTGCATTTCCTTAAAGCCCTGCTATAAAT TTCTCTTCTCATCGTTTGATTTTGCCTTCTCAGAAGCCTTTTTCCCTTATCTCACAGTAGACAAATATAAATTCTAAAGA CGAATTTGTTGTACTTGGTGATTTAAAACATTGCAGATACGGCAGAATGATCGTCTAGCTGTTAGCAAGCTGGTTACTAG CTTGACAAGGGGGACTGTTCGCTCACCTATAGCACAGTGCCTTTTGATCCGTTACACAAGTCAGGTGTGTTTTTCTTTCC TGCGATCTTTGTTATGGAACGATATTTAGTTGCTGAAGCTTTATCTTTCATTATATTTGTAGGTTATTCGTGAGTCAGGT AATAATACACAGACAGGAGACCGCCCCTTCTATGATTTTCTTGAGAGTTGCCTTCGTCACAAGTCAGAGATGGTGATTTT TGAATCTGCGAGGGCAATTACGGAGCTCAATGGTGTAACAAGCCGAGAATTAGCTCCCGCAATTACTGTTCTTCAGCTAT TCTTAAGTTCTTCTAAGCCAGTCTTGAGATTTGCTGCTGTCCGCACCTTGAACAAGGTAAACCTTTAATTACTCAAATTT TAGCAGAAGTAATTTCTTATGCATTCATAAAATTTGAAAAGGATATCTATGACATGTCTCCCAACTCTCAAGCCTCCCTC CCCAAGGGATGGCCATTTTGTTTTTTCCATTCTATATTTGAGAGATTTGATAAAAATCAAGATTTTCAATGTTCCTAAAT ATTCTCATAGGGCTTGTGTTGTTCAAACTTGAGCTTTTTTTTTTAATTGTTTTGCATGGCTTTGAAATTTTGCAGGTGGC AATGACACATCCAATGTCAGTCACTAACTGCAACATTGATATGGAAAGCTTAATATCTGACCAGAACAGAAGCATTGCCA CACTTGCTATTACTACACTTTTGAAGACCGGAAATGAATCAAGTGTGGATCGTCTTATGAAGCAGATTACAAATTTTATG TCTGATATTGCTGATGAGTTCAAAATTGTTGTTGTTGAAGCAATAAGATCACTGTGCCTGAAATTCCCATTAAAATATCG ATCTCTGTATGTCTGCCATACTATAGTTTTCCTCTCCCCAAATAGTTTCCTATATTTTTCCCTAGATGATTGGCCTAAAT TATTGGTTTGTATCCTGCTATTATTCTCAGGATGAACTTCCTGAGTAACATCCTTAGGGAAGAAGGTGGTTTTGATTACA AAAAGGCAATTGTAGATTCAATTGTGATTCTCATTAGGGATATCCCTGATGCAAAAGAAACTGGACTGCTTCATCTCTGT GAGTTCATTGAGGATTGTGAATTCACTTATTTGTCCACACAGGTATTTTGGTTTGTCTTTTATTATTCACAGTTTGCGCA TTCTTTTCCTGGAATTGTGTTTGTTGTTGTTAACAATTTTGGCCTCCTTGTACCGAAGATACTTCACTTCCTGGGAATTG AAGGGCCAAAAACATCGGATCCCAGCAAATACATTCGTTTCATTTATAATAGAGTACATCTCGAGAATGCAACTGTGAGG GCCAGTGCTGTGAGCACACTGGCAAGGTTCGGTGCTGCAGTTGATGAAATAAAGGTGTTACTTGTCTTTTGTTTATTATT TTATTTGTATGGTTTGCTAAAATTTTATATTATATTTGGTGTTAACTTAATTTAAAATCTCCTACCTTACTCTTTCTCTT TCAGCCTCGCATATTTGTTCTGCTTAGGCGATGTCTCTTTGACAGTGATGATGAGGTGAATTTCTGTCTTGTTTTGTGAG GCATTTCTAGAAGTATATGGTTTGTGATATTTATATCTGGTATTTTTATTTCTTTGCAGGTTCGCGATAGGGCAACCCTT TATCTGAACACACTTGGAGATGATGGTTCTGTTGTTGAGACTGATAAAGATGTAAATGACTTCCTGTTTGGGCCATTTGA TATCCCACTTGTCAACCTGGAGTCTAGTTTGAAAAATTATGTAAGTCCATGGTATATTCTTGCACTCCATTAGTACATCA CCTCATGTGTTTTATATGAATGCAGGAGCCTTCAGAAGAGGCTTTTAACATTAACTCTGTGCCGAAGGAGGTCAAGTCTC AACCACTTGCAGAGAAGAAAGCCCCTGGTAAAAAGCCAACTGGTTTGGGTGCTCCTCCAAGTGCCCCCCCGTCAACTACA GATGCATATGAGAGGATGCTTTCGTCCATTCCGGAGTTTGCAAACTTTGGGAAGCTTTTTAAGGTTCTCACGCTTCACTT TGATTATTCTTTCACAATTCTACATTTTGTTTTTCTTTCTTGGTCTAATACAATGTATGTATTTTAATATTTCTTTCCAG TCCTCGCCACCCGTGGAGCTCACTGAAGCTGAGACAGAATATGCAGTTAATGTTGTCAAACATATTTTTGATAGGCATGT TGTGTTCCAGTACAACTGCACAAACACAATACCGGAACAGTTATTGGAAGATGTAATAACAAATATAAGTTGAAATTTCA TAAAGCAATCAAATTTCAGGTCTTGTTTGTAATTATTTCCCCCTATTACAGGTTATTGTAATTGTGGATTCCTCAGATGC TGAGGAATTCTCAGAGGTGTTCTCCAAGCCTCTCAGGTCTCTTCCTTACGATTCACCTGGACAGACTTTTGTGGCATTTG AGAAGCCTGAGGGAGTGCCAACAGTTGGAAAATTTTCTAACACACTGAAATTTTTTGTTAAAGAGGTGCTTGTTTCCCTT TACTTTTATGAAGCTTTATTGTTTTATATTATTTGATCCAGACACAATATGTATCATGATTATGTGTACATTTCAAGCAT ATAATACTTGTTTTCATTTCCTTCTATTAGGGAATTTGTGGAAAACGGCCTATAATATTTTTAGAAAATCTAAAAGCACA AATTGGATCTTTTTCAGGTTGACCCAACCACTGGTGAGACTGAAGATGATGGTGTTGAAGATGAATACCAGCTGGAGGAT CTGGAAGTTGTTTCAGCAGATTACGTGTTGAAATTGGGGGTATCCAACTTCAGGAATGCATGGGAGAGCATGGGCCCTGA TTGTGAGCGTGTGGATGAGTATGGTCTTGGTCCTAGGGAGAGCTTGGCTGAGGCTGTAAATACTGTGACCAACCTTCTTG GTTTGCAGCCCTGTGAGGTAAGCCAATGATCAATGATGTTACTTGCTGCTTTGTTAACTATTTAACCATTGTAGTAGCAC ACAATGCCCTCACTACTGACCTACTTTTATTTTATTAAATTGATTGTGAGCAAGGCAAGGTGATGATACGATTTTTACTA GTTTTACTATAGTTTGATTGTTCTGACCTTCTGCTTGTTGGATGCTCATGGGTGGTCTGAGGACCTGGGGCAGAAAAGGA AACTAATTAGAAAATGGTGTTTGGGACGCCCTAACTGACTACTAAATACATTTAAATGGGCTTAGTTCTAGGACCTAACT GTCATTGCCAAACTCTAGTACAAAGAAGCCCATGCATGCTCATATCTATTTTGGCAGCATGTTTGTCTGTGCATGTGCAC AAAGAACCTAAATTGAAAGAGGGATTTAGCTCCTCAAGGGACTCACTTAAATAAGTCATCACAACCATTGATACAAAAAT CAATAGCAAATTAATGAGCACCATAAATTTTTATACATGTGCATGTATAGATCATAATTTCAATGATTGATTTCTCAACC AACAGTCATAATGACTCACTTTAGAGGTGCCAAATCCTTGAAAGACATTCTTAGGCGCTTTTGTAACCAAAGACTTTTTA CTCGATGGCTTACAAAGATCAAGCTCAGTGTATGAGTTTGATATTTCAAATGTAGAAGCAAAATATTGGCCAACATGTAA GAGTAATAATGTTGCTGCCAAACTCTAACCACAAGCTGTCTATCCATGCATGTAAAACATTTTATTCAAAACATTTTATA AGAGATTCCACATGGTCTGAACACGTGGTTTGTACACTCGCCATGGAGTAAGATATTTCTCTCCATGATCACATAAGAAA TTCTCAGATGAAAAGAGTACGGTGTCTCTTATTGGTTTGAAGGTGATATCTTTCTCACAAATTTTTATTTGTTTGATCTG CAGGGTACAGAGGTTGTTCCACCCAATTCAAGATCACACACATGTCTATTGTCAGGTGTATTCATAGGGAATGTAAAGGT GCTTGTGCGGTTGTCTTTTGGACTTGATGGTCCAAAAGATGTTGCAATGAAACTGACTGTCAGATCCGAGGATGAAACTG TCAGCGATGCCATTCATGAGATAGTGGCAAGCGGGTGATCCATGAAGTCAAAAAATGTTGACTGAATTCGACCCTAATTT TGTTTATGAGATTGGAGTTAAGCAGGCACAAAGATAGACATGTGTGAAGAATTACAAGATCTGTACGCTTGGGCTTAGTA CGCATTTGTTTGTCCCTCACTCGCTGCATTCTTGTTAGGCTGGCAAAGATAGTGGAAGTGTTATCTCGGGCCTGTTGGAG TACACTTCCTCATGATTATACTTCATTTTTCCTAGTAGTGAATGCATTATGAATTTTGAGGATTTACCTTGATCAATGTT TGTGTCCTCGAGATAGGATATTTGTTGAACAGCCATTGTTTAGTATATGAAAAACAAATCACTTAGGCTTTTTGAAATTT ATGCTTTTCTGTATCATGATGAGGACTCTCTTTAGCTTGTAAGTCTGCATAAAGTGTGATAAGCTTGAAGATTCAAAGAC CAAACAGGATTTAAAATGCCAAACATCTAAAAGTACAAGGCTAGACTTGTTACTATATGTTGCACTAATCTCTAGTGTTA AATTCACTTTTTCAAGTTTTGTCGCTCATTATGATTTAGACCTTAATCAAATTTATGTGATGGTCGTCTTTTTAGACCAA CTAGAAAGGATCTTGATCACAACAAAAGACTTCGTTATAGAACTCGAGATATAGGCAAAAACAAGATTCTTGTACTGGTA TCTCAATTTTAATGGCATAATCTAATATTTTAAATAACTCCATAAGATTGGTGATATTCACCATCTATAGTAGCACATAA TGCGCTAGATTGACTCTGTTAAAAATGAGCTCAGATGATCATTAACCTTAAAAGCAAACTATAGCTGATGAGAAAGACTT GGAAGTTTCCTCACTTGATTTTAAAAGATTGGTTACTAAACGAATAAAACCATCTGATATACGTTTTAACATTAACGAGA AAACACAACATACAACTATCACCATCAATGAAGAAATACAATGGGAGGTAAAGAGGAGAGAAAAACCGAGTTCAACGCAC ATTGATTTTCTCCTCACAAATTCACAACAATGCACCCCTGTAAATCTAAAACACTCGTTATTATAGTCAAATGTGAGAAA CATGAAGTTTATGATCCTTTAAAATATTCTACTGTAAACCCTAGGAAAACTACCAAATAAAAAGACCCTCCTGTCTTGGT AGTTTCTCATGTATAAATACTTAACGCAAAATCGATCATTTTATTCACGTTTTGTTTATATAGTTGTGGACGTTAGCTTT TCCACTACGCATTTCAAGTAATAACAGCTAACTCATTTTCAATTAAACTCCATTTGTCCGTCACTGTAGTCTACCGTTCC TCATCTTCAACTAGTTGTTAATTGAGATGGGAAAGCAAACAGTCCTTTTTGGTTTTAACTTTTCAGGCTTAGGTATAGAA GCCACCAGTACAATACTACTAGATCACAACACACAAGAACCAATGAAAACGGGATTAGCAAACTGCTGCACTGGTTCCAT CGCTAACTTCATTGCCTTCCAATTTTCCTCCAAATTTACAATCACAATTCACAAACATCAGCACTGGACTGTGATGAGCC ACAATACCGTACAAGGAGTGGTCCTCATAAAGGAGGTCAAAGTACGACTCTTTGCCCTTTAACGGGCTCCATCAAATCAC CTTCCTATGCCCTCCAAATGCCCAAATCTGCAAGAAGCAAATAACCATGTCAAGCTAACACCTAAACTTTTCCAAGAGAT AGATAGCACTCAGAGAAACACCATATCCGATTGAGTTTGACCCGTGACATCCACATACATTAGAATTCCTAAATACAGTT GATATAAATATGCAATGGTTTACTAATGCTAGTGCAAGAATATCCCAGGACAACAAGTTCTTAGTGGTTAAAATAGTAAG CATGGGAGATGATGAAAACTGTGATTCCAACACCAGAACATGATCTTGCTCACCAAAGAACTTAACACTGCCTAAGAATA AATCCCAATATTATGTCCAGAATTTTCTTTTATGTAAGTAATGTCCTGAACAATCGTAAAGAAATTATGTTCTAGAGCGT AAGTGGGCACATGTTAAATCTGTATAAGCTCACATGTAATCGATCAATATAACGTACATTTTGGCTTAAATCATGATTAC TTTTAAGTTTTAACATTAGAGAAAAAGAAACTAACCAGACAAATATAAACCACCTTTTTTTGTTCAATCCTATAATATAC TGATTTGAAAAAAATATGAAATTTTCAACCAACATAGAGGCTAACTTACAAAATTTGGTATTGCTCCTATGTGTCACACA TAACCCATAAATTTCAGAATCAGACCAAAATGCACGCTCACCTTTAAATTTGTGTCCCAACTTCCTGTACATAAGGCACT TCCATCAGCTGACAAACCTAAACAGCTGATCCTTCCATCATGAGAGTTTTGAAGTGATCCTAGATTCAAGACCACCTACA ATAAAATGAAGAAATCATTCAGCCTTACAAGAAGCTGCAACGACACAAGCACACGAGCAATACAAGTAAGCAGTCGTGGG AGAAACCAATGCCTAAAAAGATTAAGATATGACCAGATGTTACAAGATGGGATTGGATTTTGTTATTTCTATCAGTTTTC TTTCTAAAAGAAAAAAAATGCCCAGTTTGCCAAGCATTAGACTTTATATATGTTAGAAATATAATATCATTTACCCAACA ACTTAAGCTTTTGGGATAGTTGGTTCATGACATGGTATTTGAGCCTCTATAACCAAGTGGTCTAGAGATCAATCCCTACT GCTCCCGATTATTGTAATAAAAAGTTGAATTTCCGCACAAGGTAGTTAGTTCACTTGTGCATTGTTCACGCTTCAAGCCC CATAAGCTCCAACTTTTGGGATAGTTGGGTCATGAAAAATATATTGTCGGTCTACACAAATCATATAGTCAAAGTTGGAA CTCCCACACTTTTTCATCATCCCTTCTCTTGCCTTTTATCCAAAATAAGAAAAATTCTCAAACAATCACTTCAAAAGATT CATCTTAACTCCTTCTACCATCACACAAAGCAAGCCCAAGTGTTAGGCAATGACTTGAGACATAACACAAACCTCTCAAA ACCAGAATATCCAATATGCTGACAAACATAATAATTAGCCCTAATTGAGTTACAAAATAAAAACAACGACCAATTCAAGA AGGCAATAGCGTGGCAAATCTACTACAATTTCACACTGAAGATAAACAACTATAAAGCAACATATATTTTGTTAAAAAGC TCAACTGGATTTAACTGTGTTGCAAGGCTATGAGCAGAAATAAAACACCCTACTTCGTTTTACATTACACTGAAGAACCT ATTACCTTTGCCAATAAAGTGTCCCAAACATAGCACGCGCCGTTTGTGTATCCAGCAAAAAGAAGTCTTCCGGATATGGA GAATGCCATGGAGGTTACATGTGGGATTTCATTGTCACTGTGTTGCTGATAATATACTTGAAGTTGGTGCCCAGTCCTAA TGTCAAACAATCTGCAAGTGCCATCATCTGAGCCAGTTCCAAATCTATTTCCATCAGGAAAGAATTTGACAGTATTGACA TCACCCTCATGTCCATGAAATGTCTGCACTGCTCGACTTGCCACACGAGTGTCCCACAATCTTGCAGTTCCATCGCAAGA ACCAGATACAAACATTCTAGAGTTGGATCCATTGATGGAAATGCTGAGAGCGAGTAAAGAAAAAAAAACTTCTTAGAAAC TGCACATCATGTTAAAGAATATGGGGGAGGGGGTTCTACATGAAAGGAACCTAATAGGAAGATGCTATGGATTTAAATTT AACCAGCATGTTTACCACCAGTGAGATTTCATATTCTTATCATTGTGTGTTCAGATTGTAGAAAATTGTTTGATTAGCAT TTATACAATTGCTCTAAATTTCAAATGAGCTGTTTAAGAAATGAAAAACAAAAAATACTGGCTCAAATTAAAAATAAAAA TAAAAATAAAAATAATCTACTTGCATACCTAAGTACATCTGCAGTATGTCCAGACTGAAATTCACCGCCAAAAACAGATG TTCTAAGGCCAGTAGTAATATCCCATAAAACACATGTTTGATCACCAGAACCAGTAATTAGGTGAGTATCTTCATCCGGA ACATACTGACAAGAGGAAACATAACCTTTATGTCCACTAAGCATCCGCGAAACATTTAGATTCCCATCCCTGTCAGTGGA GGAATTAAGATTGAATATAGAACAAACACTGTCAAGACCACCACATGCAACAGATTGACCAGTTGGCGAGAAAGCACAGG TCATGACCCATGCACACGGAAGCTTTATGGCATGAGTTTTCTGGCTTGTCAGAGCATTCCACACTATCAATCGTCCGTCC TGGGATGCACTAACAATTCGATTCTTTTCGGAAGTCCAATCTAACGCATACACCTGCAAAATTCAAATGAACACAAGTTA ATACGAGTTGTCAATATTGCTTGCTATGTAGTAAATAGAAAACATGATTGAATTGTGTATGAGCCTATTTCACAAACAAC CAAAACACAGAAGCTCTCTTAGCTATCAAATGAGTGATCAAAGAAGTAAATGACTCTTGACCAGGGGATCCAAATCCCTT CGGTATTGCAGTTACTATGTCGGACAGCTATGCTTTGTAGGTTTTTTAACTGTTGTCAAAAAGGTATCATGTGTCTTATC TGCACTAAAAACTAAAAAGGTTTTCCTACAATGCCAGAGCAGTTCACACCTCAACCGGCACCGGGTGCCGGTGCTGTATT GCTTCTGGCACCTGGCCTTCGCACTTTCCGTGTACCTTTTGTTGCCTTTAACTACACTCCTCTCCCTTGGTTCCAGTGAA ACTCATTGATAAAACACGTGGACTAAGAGTCTAAGACACAATAACCAGTTCAACAATTCACTTTTGGCAACAAAGATCTA AATCCACCTTTGCTTATAATAACAACAAAAAGAGCAGAGCTTAGTTTTCCTTATCGAATCCCTAACCCTCCTCATCTATT TCATTTTCAATTTGTAGTTTTTTGCACAATCCTTCAACACAAAGCGCCTAAATTTAAAAATTCCAGAATTCATAACACGA ATGCTTCATATTGCAATTTCCATAATCCTATGAAGTGCAAAGGAAGCAGAACTAAAATTCAGAAATCAAAGAGAGGTTCA TCCATAACTGAATTAGGTTACCTTTCCGGTATGACCTTGCAGCGTTCTACAGCAAAGGATATCAGTTGGTCCAAACGTGA CAGGAGCTCTACCTTGAGATTTCGCGTAGCCAGAAACTGCAAACACAGAGAAATGGATTCAGTTTGAGTAATTAACAAGA GCAGAGAAGAGATCTAAAGAAGAATTGAAGTCTCACTATCGGTATCGAGCAATGAAAGGCGCTTCTGCTTCAACCGTTCC CGGAGATTGTTGACAGTCTCGGCGGCCGTGAGGTGACGCTCCTTGAGCTCCGTAACGGACATGGTTTAGGTTTTTTCCCC TGCTGGTGGTGGTTCTGCAACTTCCGATGAAGAAAATTGGATGATCTGTTAATCTTCCATTGCATGCGATTGGTTCTGCA ACTTCCTTGAAATATGAATGAGAATGCTCGGTGAAGAAATGTGAATTGTGGTGCTGAGAATGGGAATGAGGAAGGCGAAG AAGAAGACGAAGAAGAAATGTTCTGACTAAGTGCGTGGTGGTGG
CDS sequence (LotjaGi1g1v0570700.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTCAACCGTTCATGAAGAAAGACGATGACCGCGACGACGAAGTCGAGTATTCCCCCTTCCTGGGAATTGAAAAGGG GGCTGTTCTTCAGGAGGCAAGGGTTTTCAATGACCCGCAACTAGATGCTAGGAGATGTTCGCAGGTTATTACAAAGCTGC TATACCTCCTGAATCAGGGAGAGACATTTACAAAGGTCGAGGCTACAGAAGTTTTCTTTGCTGTGACTAAGCTTTTCCAG TCTAAAGATATGGGATTGAGGAGAATGGTCTACCTGATGATAAAGGAGATCTCCCCCTCTGCAGATGAGGTTATTATCGT CACAAGCTCTCTCATGAAGGACATGAATAGCAAGATTGATATGTACAGGGCAAATGCCATTCGAGTACTTTGTCGTATTA CGGATGGAACACTCCTTGCCCAAATTGAGCGGTATTTGAAGCAAGCAATTGTAGATAAGAATCCGGTTGTTGCAAGTGCG GCTTTAATCAGTGGCATTCATCTACTCCATACAAATCCTGAAATTGTGAAAAGGTGGAGCAATGAGGTTCAGGAAGCTGT CCAATCAAGAGCAGCTCTTGTCCAGTTTCATGCACTGGCTTTGCTACATCAGATACGGCAGAATGATCGTCTAGCTGTTA GCAAGCTGGTTACTAGCTTGACAAGGGGGACTGTTCGCTCACCTATAGCACAGTGCCTTTTGATCCGTTACACAAGTCAG GTTATTCGTGAGTCAGGTAATAATACACAGACAGGAGACCGCCCCTTCTATGATTTTCTTGAGAGTTGCCTTCGTCACAA GTCAGAGATGGTGATTTTTGAATCTGCGAGGGCAATTACGGAGCTCAATGGTGTAACAAGCCGAGAATTAGCTCCCGCAA TTACTGTTCTTCAGCTATTCTTAAGTTCTTCTAAGCCAGTCTTGAGATTTGCTGCTGTCCGCACCTTGAACAAGGTGGCA ATGACACATCCAATGTCAGTCACTAACTGCAACATTGATATGGAAAGCTTAATATCTGACCAGAACAGAAGCATTGCCAC ACTTGCTATTACTACACTTTTGAAGACCGGAAATGAATCAAGTGTGGATCGTCTTATGAAGCAGATTACAAATTTTATGT CTGATATTGCTGATGAGTTCAAAATTGTTGTTGTTGAAGCAATAAGATCACTGTGCCTGAAATTCCCATTAAAATATCGA TCTCTGATGAACTTCCTGAGTAACATCCTTAGGGAAGAAGGTGGTTTTGATTACAAAAAGGCAATTGTAGATTCAATTGT GATTCTCATTAGGGATATCCCTGATGCAAAAGAAACTGGACTGCTTCATCTCTGTGAGTTCATTGAGGATTGTGAATTCA CTTATTTGTCCACACAGATACTTCACTTCCTGGGAATTGAAGGGCCAAAAACATCGGATCCCAGCAAATACATTCGTTTC ATTTATAATAGAGTACATCTCGAGAATGCAACTGTGAGGGCCAGTGCTGTGAGCACACTGGCAAGGTTCGGTGCTGCAGT TGATGAAATAAAGCCTCGCATATTTGTTCTGCTTAGGCGATGTCTCTTTGACAGTGATGATGAGGTTCGCGATAGGGCAA CCCTTTATCTGAACACACTTGGAGATGATGGTTCTGTTGTTGAGACTGATAAAGATGTAAATGACTTCCTGTTTGGGCCA TTTGATATCCCACTTGTCAACCTGGAGTCTAGTTTGAAAAATTATGAGCCTTCAGAAGAGGCTTTTAACATTAACTCTGT GCCGAAGGAGGTCAAGTCTCAACCACTTGCAGAGAAGAAAGCCCCTGGTAAAAAGCCAACTGGTTTGGGTGCTCCTCCAA GTGCCCCCCCGTCAACTACAGATGCATATGAGAGGATGCTTTCGTCCATTCCGGAGTTTGCAAACTTTGGGAAGCTTTTT AAGTCCTCGCCACCCGTGGAGCTCACTGAAGCTGAGACAGAATATGCAGTTAATGTTGTCAAACATATTTTTGATAGGCA TGTTGTGTTCCAGTACAACTGCACAAACACAATACCGGAACAGTTATTGGAAGATGTTATTGTAATTGTGGATTCCTCAG ATGCTGAGGAATTCTCAGAGGTGTTCTCCAAGCCTCTCAGGTCTCTTCCTTACGATTCACCTGGACAGACTTTTGTGGCA TTTGAGAAGCCTGAGGGAGTGCCAACAGTTGGAAAATTTTCTAACACACTGAAATTTTTTGTTAAAGAGGTTGACCCAAC CACTGGTGAGACTGAAGATGATGGTGTTGAAGATGAATACCAGCTGGAGGATCTGGAAGTTGTTTCAGCAGATTACGTGT TGAAATTGGGGGTATCCAACTTCAGGAATGCATGGGAGAGCATGGGCCCTGATTGTGAGCGTGTGGATGAGTATGGTCTT GGTCCTAGGGAGAGCTTGGCTGAGGCTGTAAATACTGTGACCAACCTTCTTGGTTTGCAGCCCTGTGAGGGTACAGAGGT TGTTCCACCCAATTCAAGATCACACACATGTCTATTGTCAGGTGTATTCATAGGGAATGTAAAGGTGCTTGTGCGGTTGT CTTTTGGACTTGATGGTCCAAAAGATGTTGCAATGAAACTGACTGTCAGATCCGAGGATGAAACTGTCAGCGATGCCATT CATGAGATAGTGGCAAGCGGGTGA
Protein sequence (LotjaGi1g1v0570700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAQPFMKKDDDRDDEVEYSPFLGIEKGAVLQEARVFNDPQLDARRCSQVITKLLYLLNQGETFTKVEATEVFFAVTKLFQ SKDMGLRRMVYLMIKEISPSADEVIIVTSSLMKDMNSKIDMYRANAIRVLCRITDGTLLAQIERYLKQAIVDKNPVVASA ALISGIHLLHTNPEIVKRWSNEVQEAVQSRAALVQFHALALLHQIRQNDRLAVSKLVTSLTRGTVRSPIAQCLLIRYTSQ VIRESGNNTQTGDRPFYDFLESCLRHKSEMVIFESARAITELNGVTSRELAPAITVLQLFLSSSKPVLRFAAVRTLNKVA MTHPMSVTNCNIDMESLISDQNRSIATLAITTLLKTGNESSVDRLMKQITNFMSDIADEFKIVVVEAIRSLCLKFPLKYR SLMNFLSNILREEGGFDYKKAIVDSIVILIRDIPDAKETGLLHLCEFIEDCEFTYLSTQILHFLGIEGPKTSDPSKYIRF IYNRVHLENATVRASAVSTLARFGAAVDEIKPRIFVLLRRCLFDSDDEVRDRATLYLNTLGDDGSVVETDKDVNDFLFGP FDIPLVNLESSLKNYEPSEEAFNINSVPKEVKSQPLAEKKAPGKKPTGLGAPPSAPPSTTDAYERMLSSIPEFANFGKLF KSSPPVELTEAETEYAVNVVKHIFDRHVVFQYNCTNTIPEQLLEDVIVIVDSSDAEEFSEVFSKPLRSLPYDSPGQTFVA FEKPEGVPTVGKFSNTLKFFVKEVDPTTGETEDDGVEDEYQLEDLEVVSADYVLKLGVSNFRNAWESMGPDCERVDEYGL GPRESLAEAVNTVTNLLGLQPCEGTEVVPPNSRSHTCLLSGVFIGNVKVLVRLSFGLDGPKDVAMKLTVRSEDETVSDAI HEIVASG
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 |
|---|---|---|---|---|---|---|
| PANTHER | 1 | 887 | 887 | 0.0 | – | |
| PANTHER | 1 | 887 | 887 | 0.0 | ||
| PIRSF | 6 | 885 | 880 | 0.0 | ||
| Gene3D | 23 | 316 | 294 | 2.0E-114 | ||
| Pfam | 29 | 540 | 512 | 2.6E-128 | ||
| SUPERFAMILY | 29 | 564 | 536 | 3.33E-92 | ||
| MobiDBLite | 592 | 619 | 28 | - | – | |
| SUPERFAMILY | 615 | 771 | 157 | 5.75E-56 | ||
| Gene3D | 616 | 768 | 153 | 1.6E-57 | ||
| Pfam | 622 | 767 | 146 | 1.9E-56 | ||
| Gene3D | 769 | 885 | 117 | 3.7E-37 | ||
| Pfam | 770 | 884 | 115 | 5.7E-36 | ||
| SUPERFAMILY | 772 | 884 | 113 | 6.28E-34 |
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. | ||
| 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 | Membrane coat | Any of several different proteinaceous coats that can associate with membranes. Membrane coats include those formed by clathrin plus an adaptor complex, the COPI and COPII complexes, and possibly others. They are found associated with membranes on many vesicles as well as other membrane features such as pits and perhaps tubules. | ||
| Cellular component | COPI vesicle coat | One of two multimeric complexes that forms a membrane vesicle coat. The mammalian COPI subunits are called alpha-, beta-, beta'-, gamma-, delta-, epsilon- and zeta-COP. Vesicles with COPI coats are found associated with Golgi membranes at steady state. |
Expression pattern of LotjaGi1g1v0570700.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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