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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0181700 |
| Transcript ID | LotjaGi5g1v0181700.5 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Structural maintenance of chromosomes protein; TAIR: AT3G54670.1 Structural maintenance of chromosomes (SMC) family protein; Swiss-Prot: sp|Q6Q1P4|SMC1_ARATH Structural maintenance of chromosomes protein 1; TrEMBL-Plants: tr|A0A0S3SR98|A0A0S3SR98_PHAAN Uncharacterized protein; Found in the gene: LotjaGi5g1v0181700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:46287576..46299650) extracted from Lotus japonicus Gifu genome v1.2.
ATGCCGTCGCTACTCTCGCCGGGGAAAATCCACCGGCTAGAAATGGAGAATTTCAAATCCTACAAAGGCTTCCAAGTTAT CGGTCCCTTCTACGACTTCACCGCCATCATCGGCCCCAACGGCGCCGGAAAATCCAACCTCATGGACGCCATAAGCTTCG TTCTCGGCGTCAGAACCGGCCAGCTCCGCGGCGCGCAACTCAAGGACCTCATCTACGCCTTCGACGACAGGGAGAAGGAG CAGAGAGGACGCAGAGCCTTCGTCCGCTTGGTCTACCAGCTCGCTAACAACTCCGAGATCCAGTTCACCCGAACCATCAC CTCCGCCGGCGCTAGCGAGTACCGCATCGACGGTAACCTTGTCAACTGGGATATCTACAACGCCAAGCTCAAATCACTCG GTATTCTTGTCAAGGCTCGCAATTTCCTCGTCTTTCAGGTTCTCTTGCGTTCTTATTGTTTGATTGATTTGATGCTAATG TCGTAAATCGTAAACTAGCTTGCTTGTTTTGTTCAATGTGTGACGGTTTTGTGATGTTAATGTAGGGTGATGTTGAATCT ATTGCGTCGAAGAATCCGAAAGAGCTAACCGGCCTTATCGAGCAGATATCTGGCTCTGACGAGCTCAAGAGGGACTATGA GCAGTTTGAAGAAGAAAAAGGCGCTGCTGAGGAGAAATCGGCGCTTATTTACCAGAAGAAGAAGACGGTGGTTATGGAGA GGAAGCAGAAGAAGGAACAGAAGGAGGAGGCAGAGAAACATCTCCGCCTGCAGGAGCAGCTGGTTGGTAACTGTATACGT TTCTTTTTATGTTTGTTTGTGCATTCTATATGTCCTCAGTACATGTGTAATTTCGAGTCGTAACTTGTATGTGCCACCTC ATGTGTGTTATTGGCCGCTTTTAATTTGGTTAGTTCTGTCCATAGTTTCCAAATTCGCTTATGCCCCCCATGTATCGCGT TCCGTTTCGTGCGTACCGCTACCGGTTAGTGGTACGTTTGCGTTTTGGTACTCTCCAATTCGCTGATATTAGCGTTGCGA AAGCTATGAAATCATGGAAGCAGAGGATGAAGGCGCATGTAGGCGCCATGGAAGCCATACAAATTGTCTACATTAGCTGC ATGTAGCAAGCCAATCAAAAAGGAAAAAAAAAGTTGAAGACAGAGTGTTCAGGTTGCTGTGCGGAGGTAGACTGATGGCA TTTAGGTCTTAGGGTTTTAACTAAAGTAGGGCCATTTTTTACAATGGGCCAACCGTCCAATAACTTTTATTTGTACATCC TTTTTTTCTGCACAAGCCAGTGTTGTTAATCGCAGATTGCGGACTATAGAGGTAAGACAAAAATCCGCTATTTCCAGCCT CTTAAAGCGGAAAATAGCGGTAAAAGTGGCAAATAACGGGTAATAGCGGAGTAGCGGTATGCCAAAAAGCGCTCCGCTAT AGCGCTATAGTTCTGCGATAATCACTATTTGACAACACTGGCACAAGCCAAATTTATAACTAAAACAATTGGGCCTACTA TTTCAATTTTACATAACCTATATAAATAAAGACAAAAAAATCGATATAAATAAAAATGATATAAGAATTTAACAGAATTG AAAATATTTAAGAAAAATTAATAATTAAAATAAATATTATAAGTATTTTGTTATATCTCTATAGAAATAATTTTAATGTA AATTTAATTAGATCAAACTGCATGTGAACTGACTATGTATATCCCCCTCGTACCGCATACTCTATAGGTCAGGTACCGTG TACCCGTTCCCATACCACTTACCGGAGCGTATGGCGAACTCTGTAACTATGGTTCTGTCTGCTTCTTCAATGTCTTAGGA TTATGTTTCATTCTCCTTTCTTTGCCATGTGCTTGATTGGATGATGACAGGTGGGATCCCTACAAGGAAATTAAGCAGGT TCATGCCCTTTTAATTCTGGAGATTGTATCTTAGATTCTTAATAAAGGGACTGCCTCTGTTGCACATGGCAGTCCCTCAT TTTTATTGTCTCGACTCTCAAAGTTATTCCTGCTCTTTTTTTAACTCTAGCTATTGCGTGCTGCTTTTTGGAATTTTTTT CTTAAAAATAAGAATAATATTATAATGTTTTTTTTTTTCCCATATATTGATAAAAGTAACCTCATTAACTCTCTATTTCA TTTGCAATCGTCATATTTTCCCATCAGTCAAAGCTGACTATTCACCTCGACTTTCATATTGCCGTCCTTAGTCCTTACCT CAATTCTTTCAGTGTCACTGCTCTTTTGATTTCTGCCTTTCCACCATTTGTGCTTCTGCCCTGAGGAAGGTCAGTTGGTT CTTCTCACTTCCATTGCTTCACATGTAACTGGTTTGGTTCTTGAAGATAGAGATAGTAGATTGACATCCACTCTTGAAGG TCCATAGGCTATGAACAAATTTAAGATGTCCCTTTGTGATCACTGTTTCTGTTGTGTTCCCCTTTCTTTGGAATAGCTTA AGCTGATAGTGAGTCTGACTGTCTGAGTCATGCTTTTGCTTGGCTTCTAAGTTATTTTATAATAAGGTTTCAACCAGATG GTTTTCACAACCCCTTGAAGCGGCTTGATTTGTTAGCATAATCATACCATTATACCACTACACCATGTTCCGTCAAGTAT CTGCTGATATATTATTTAACTCCAATATAAGGAAAGATAGGATTACTTTGCTGGACAGCGTTTTCTGCTTCATCTTTCAA CTAGAAGTTACTTGTGTAACTATCATTGTTCGATACATTTTCTCTCTTGATTTTGATCAGAATGCTACTGGTGAAGTTCT CAATCATCCTTTTTTTGTTTGCAGAAATCTGTGAAGAAGGAACATTTCTTGTGGCAGTTGTTCAATATAGAAAATGATAT TACGAAAACAACTGAGGATCTTGAAGATGAGACCAAAAGTCGTCTAGCTGTTATTGAAGAGCTGGGAAATTTTGAAAATG AAGCAAGTAAAAAGAAAAAAGAGCAGGCCAAATATCTTAAAGAAATTGCGCTACGTGAAAAGAAAATTACTGAGAAAAGC AACAAACTTGACAAGAGTGTGAGTATTTTTTCTACATTTTGGATTGTGTGTCGGAAATTAATTGCTTTATTATCAACTCC AGCTATTGGACTTTTTGCATAGGTTGATTCTATGCTTTACTCTTTGCACTTGTTGCTTTTGGTAATATTTGATGTGAAGA AACCGGGTTGAAAATTTTAGTGTCCAGGTTCCGGAAATGGCTTTGTTAATCTGGTAATAATGTGAATACCTTAGTAGTCC TCCCTCTCCTAGCTAGCGGTGCCCAACTCTTTCAGACACGACAAAGAAATAAGGAGCTAAGAGTACATGGGATGAAATCT TCGTTAGCTCTTTAAGATTTGTTACTTTTGTTTATTATTTGTGATGCTCGTTATGTTTATGGAATTGTTTTTCTGGTTTA ACATCCTCCTTGCAGCAACCTGAGCTTCTGAAGTTAAAGGAGGAAATGACTCGTATCAATTCAAAAATAAAAAAAGGGAA GAAGGAACTTGATAAAAAAAGGGAAGAACGGAGGAGGCATGCTGCTGATATAGCGGAGCTACAAAGGGGGATCCAGGATC TTGCAGCGAAAATGGCAGACTTACAGGAAAAGAGTCGAGGTGTTGGCAATGAGCTTGAGTTAGATGGCGATGACTTGGAA GAATATTTTAGAATGTGAGTGGTTATTTGCTGTAGCTGTTTTCTGTCAGTATATCTTTTGTTCCATCTATTTTTTTTGAA AAAAGAAACAGATTTCTTGCGTTGTGCTCAGAGTAAGCTTCAATAACCCTTAACAATCTAACAAGATCTTGCCAGCGTAA TCAAATAGCATAATTGGGTGCATAAAACATAAGAATCACCCTCTTCATTTTTTGGTTCCCAAACTTCTCTTTTTCTAATT TTTTCTTTCTACATTTTTTATTCTGCTTTCCCCCCTCCAATTCTCTTCATAGATTGCGCCATGTCATTTTCTTACACTTT TTTTTTGGTTGATTTGTGTAGTGGTTCCTGTCTTGTCCGTTCAGCAATGTCATTCTCTTCTTAGATTTATAGTTTTCTAT AATTCACACTATTGTTCTTGACATGAATTATTAGTTCTTATTTTATTATATTATGTAGTTTTTCTAGATATTATATTTTT ATTATTGGCTTCCATGCTTCCGCCAAATGTGGTGGGTTAACCGCCATCTACCATCGATAGCATTGCTCCTGATGGGCAAT GCAAATATTCTTTTACATAAATTTGCACTGCATTCCGTTATTACTGCTATATTCTGGCAGCCCAATTCATTACACCGAAG TAAAAATATGCCAGCACTTCGTAGGTATAATGCATATTGACTTTCATTTGTTTAAATTCTCCTTTTTTTTGTTTTTTCTG TTTTGGAACTTGTGATGATAATGTTGCTATTACAGCAAAGAGGAAGCTGGGATGAAAACTGCAAAGCTTAGGGAGGAAAA AGAGCTTCTAGATAGGCAGCAACATGCTGATAGTGAAGCTCAAAAAAATTCGGAAGAAAATCTTCAACAGTTACGAAACA GGGAGTCTGAATTGAATTCACAGGAAGAACAGATGCAGGCAAGGCTTAAAAAAATTGTTGATAGTTCTGCAAAAAATAAG GATGGACTTGCAAACTTGAAGAAAGAGCTGCGTGTGATGCAGGACAAACATCGTGATTCCAAGTAAATTAACTTGTTATT CAACATTCTTTTTAATTGTTAAATCATCTCTCTGTATTGGTTCTTTGCTGAGGACATTTGTGAAATGGTGTTTGCAACTT TGATCTGCAGGAAAAAATATGAAAATTTGAAGTTGAAAATCGGTGAATTAGAAAATCAACTACGTGAACTAAAGGCTGAT AGACATGAAAATGAGCGAGATGCTAAACTATCTCAGGCTGTGGAGACTCTGAAACGCCTGTTTCAAGGAGTCCATGGTCG CATAACTGAACTTTGTAGGCCAACACAGAAGAAGTATAACCTAGCCGTTACTGTTGCTATGGGTAAATTTATGGATGCAG TTGTAGTTGAGGATGAAAAGACTGGGAAGGAATGCATCAAGGTCCTGATGAGATTTTCCAATACCCTGTTTTGTGCCATT CTTTTAATTTTATGATTGTCTAAGTTTAATTTTTGAGCTCACAGTTCTTTCTACCAAACTCAATAGTTTCTTTTTGCTGT TGATGGCCTTCTGTATTTTCTGTCTGATTTGAATACCCGTATTGGTGATTACACAGGTGAATACTAGATAAACAAAGAGA AAAACAAAGAAGCCTAAGCACCATTATTTTGTATGTTGATGTGTTCATATAGGAACACTAGTTCAGCACAGAAATATAAG AAAGATATTAAATTATGGACTTCAGAAATAGGAAAGATAGCTTGTGCTGCACAAATCTTGTGAACTGAAGCCCTTAACCT AGCTTGTTTCCTTTTCATCCTTAAACTTGTTGCTTCTAGCATTCCTGTTGAATTTATGTATGACACATATGTTACTTCCT ATTTTCTTTGTTTCCTTTACGAGATTTATGGGCCTATTTGGTTTGTATTTTTTTGTTTGTTTGTTTTTTGTTTTAATTAC TAAATAGCCATCTCATTTTCATTTTGTTTCCTTTTCAAAACTTTCAAAACAGGAAACTGAAAATAGAAATGGAAAATGAA AGAATAGAAACCAATCAGCCCCTATAGTTGCTGAAAGCTAAAACTTAGGTGTTAACGTGTGTAGTTTTACCTGTTTGAAC TTAAAGTTCTTTGATCTTGATTGAGTTGATTTTATTTTATGTATTGATTGGAGAAATGTTTTCTTTGCTTCTCTGCAGTA TTTAAAAGACCAGAGGCTTCCTCCGCAGACATTTATTCCTCTGCAATCTATTCGTGTGAAGCCAATAATGGAAAGATTGC GGGCATTAGGGGGTACAGCAAAACTGGTTTTTGATGTGATTCAATATCCTTTTTTCAATAGTGGCTTCTTTGAAAAATCT GGTTGTTGAAGTGTTTGCAAGAGCTTCAAATGTTGCTGTTTGAATTTGCTCTAATGAAATTGAGAACTTCTTTAGCTCTG CCTTGAAGTAACCTTCTACAGCTTGCTTGTCTCTCATGATTCTATTGTTTTGAAAAATTAACCGTCCCACTTTGTAAAGA CTTTGGTTATTTTTTCCAGTGATTTTGTTCTGATAAAGTGATAATTGTTTTTGGTTGCTTCCCGCTGCATTTAAATCGTA TTTTCAAATGCTGATAAACAAATAGTGTTTTCAAATATTAAAGGATTATGCATTCTCTTAAAAAAGAAACTTTATAACTG TTTCTGTGGGTGGAGTTACGCTGTCTGTCATTGTGACGTGTAAAGCTTCAGTCATCATTACATTTATCTAAGTTTGTTGA TCTCAGTAATCTTGTGATGCAGTGAATTATGCTTTAGCTGCTGTATCCGTGCTGTTTCTCCATAGATCACTAAAATTGAA TCTTCTCTCAGTGAAAAGATAGTTTTTTCCTGATGCAGCATATTGTGTTCAGTGATTTCCTTTCATCAAAATGCTATTGT ATGTTCTTTAATTTTTATGAATTCCTATGAAGACAAATACTCATTAACACAGTATTTGAATTAAACTAGGTGGTCTACAT CTTTTAAAATTGAGCATAACTCATTCTCGTTTTTTCTCTACTTTCCCTCTACATAAATACCCCATCATGAATTTTTTATT TATGTTCATGCTTTTTGTTAATTACGTTTTGAACTTAACTTGCGCAAGTTTGATCCCTCCTTGGAGAAGGCAATTCTCTT TGCTGTTGGGAATACTCTTGTTTGTGATGGTCTTGATGAGGCCAAAGATTTAAGCTGGAAAGGCGAGAGATTTAAAGGTA ACAATGCCTTCCTTCTTTCTGTATCATTATACTGACATATGTCATTTGAATTTAAATGGGGTTACTTGGATGTCCCTTTT TGATCCCCTGTTTGTTTTTTCCTGTGGCTTGTTATGATTTCTTTCTGGGCGCTTAAATTTATCTTTTACATGACCAAATG ATCTTTCCACCTTGAGTTTATATGTTGTTTTGTTGCTTATGTAACAAACTTTTTGACTTCTCTTAATTTAGTGTTTACTT TTAATGCATGTGATGCATTCCTAGTACCTTGTCAGAATGCATAATTTGTAAAATTTCCATATGTAATTTGGTCAGTTGTA ACTGTGGATGGAATTCTGCTTACAAAATCCGGCACAATGACTGGTGGCACTAGTGGTGGAATGGAAGCAAGGTCAAATAA GTGGGATGACAAGAAAATTGAAGGTTTTTATCAATTTTTTTATTAATGTTTTTCTAATTTTGTTGAAAGTATTTTCTCTT GCAATAAACATAATATTTTTTCAGGACTTAATAAAAAGAAAGAGCAGTATGAATCAGAGTTAGATGAGCTAGGATCAATC AGAGATATGCACCTTAAAGAGTCTGAAGCATCTGGAAAAATTAGTGGACTGGAGAAGAAAATTCAATATGCTGAGATTGA AAAGGTAAACTGTTAGGACCCAATTGCAAGGTATGGGACTTGAGTCCCACATTGGAAGTATGGGATTCTAATGTGGGGTT CATAAGGCCTTGGGCTCTCCAACTACAACAGCTAGCTTTTGTGGTGTGGTTCTCCCAAGGTTCTTATCATAAACTCTTAT GAGTTTAGCCATTTTTCTTGGCAATAATCAAAATTATCAGTTGATTGGGCGTGCAAGTTGCCAGCCTTAGAAGTTTTTAT TTTTGATACTATCAAGCTTGCGATGCTTATTTCATTTTTTGATATGGTTTCATAATTCTCTTTTACACCATAGTTATCAA TCCCTGTCCTCCCGGATAGCAGCTGACCCCAAAAACACTAAAGTGAGATAACTCCTATTCTATTTTTTTTACGGTAGAAA TGATTTTTACTATATACCTATAAATATTCAAATTAAAAGTGACTTAGAATCCATGACTTATTCATAATTACCAATAAAAA TTAAGGTTGATTCTAGTAAATAAGTTATAAGTTGAGGAAATAAACATACAACAGACTCACTATGAGATGATGAAAATATA AACCAGTCTCAGATTAGAGAGACTAAATAATACACTTAGAACAGAAACTCAGAGATCTTCAACATGGACAAAATAAAATG GGAGGAAAGGGTTGTTAGTGCTGTAGCGGTCATACAGCCCCTGGCCTCCTAGTTGTAGCGTATCCGTAGCAGTGTAGTTA AGTATGAGATGTCAGACATAGTTATAGAAATTTGTTGTTGTTAGGATCCAATTGCAAGGTATTAGACTAAGGTCCACAGC AGAAGTATGAGATTCTAATTTGGGGTTTAAAGGCCTTAGGAATAGGATGTCCAAGAACAATGACTACTTTTATGGTATCG TTCCTCCAAGGTTCTTATCAATTGAATCTTGATAATGCTTGAAAATGTACCTTTTGTGCATCTGTAGGTAGATAAGTACT AGTTTTGGCTGAGCATGGATGGGAGATTGGTGAATTTCTGTCTTCTGTTCCATATGGAATATTTTAATTTATTATTTTAT GATTTACACTTTTGACTTTTTCCAGCGAAGCATTGAAGACAAACTTTCAAATTTGAACCAAGAAAAAGAGACCATGAAAA AACAAATTGAACGTATCACTCCAGACCTCCAGAAGGTGACATTGCCAATTCCCTTGTTCAGGCATAGTGGCATTATTGTA TACCTAACTGGTTACTCGGTGTTTATGCTTTACAGTTAAATGGCACTGTTGACAAAAGGAATGCAGAATTGCGTAAGCTT GAGAAGAGAATTAATGAAATCACTGATCGGATATACAAAGACTTTAGCAAGTCAGTTGGGGTTTCAAACATCCGTGAGTA TGAAGAAAATCGACTCAAGGATGCTCAAAATGTAGCAGAGGAGAGGCTGAACCTGAGTAGCCAACTTTCAAAATTAAAAT ATCAGTCTGTTCCTTCTTCCTTTTAATCTAAATCGTAGCTCCTTTTATATGTTTGGAAGTTTTCAATTATGTTGGATTAT TGATAAATGTAAAAATCAAAGTAAAAGAAAGAAGGTATTTAGAGTTTTATTTGCACTCTAGTTGGTTATCCTTGAATTAG TTTCTGCATTCATCTATTAATAACCTTAATTGAAATTGTTTTATAGGTTGGAGTATGAGCAAAATCGTGACATGAGTTCA CGAATTCAAGAACTGGAATATTCTCTTAGTGCTTTAGAGAATGACTTAAAACGGGTACAAAACAAAGAGGCTGAAGCAAA GTTAGCAGCTGAGAATGCTACTGAAGAGATTGATCAGTTTAAGGATGAAGTTAAAGGTATATTTGGTACAACTTGTATGT GCTTTGTAATAATATAGAGAACCACATCATATAATTGTTTTTTCTTTGAATTTTCTCTTTTTTATCCTTCCTCTTTGGTG CTACCGGGGTGAAGGTTTGGTTATCTGGGTACTGCTTTGCTGTTTAACATCTGAAATTGATGGGAACACAATTGGGTTGA TCTTGAAAGAAGCAGATTGCATACCCACCGTCACTTGATTTTGTTTATTTTTCTGCCTTGAGACTTGGGAGTCTTATGCT TTTCTATGTTCTCTTTCTACTCTTGTAGAGTGGAGATCAAAGTCAGAGGATTGTGAAAAGGAAATCCAAGAATGGAAGAA GAAGGCTTCTTTATCCACAACAAACTTATCCAAACTTAATCGTCTGATAAACTCCAAGGTTAGATGTTCAAAATTTCTTT TCTCGTGTTATTTCATTCATAATGTATAGATTGCCAACACCTTTTTATATGTTTTTACAGGAGACACAGATTGATCAGTT GGTGGTGCAAAAGCAGGAAATATTAGAGAAGTGTGAACTGGAGCAGATTAGCCTTCCGACCATATCAGATTCTATGGATA CTGGTAGCTCCACACCAGGTCCAGTTTTTGACTTTGATCAGCTCAGTAGGCCACTGAAAGATAGGAGACCCTCTGACAGG GATAAAATTGAGGTAGAATTTAAGCAAAAAATGGGTACGCTAATATCTGAGATTGAAAGAACAGCACCAAATTTGAAGGC ATTGGACCAGTATGAGGCTCTGCTAGAAAAAGAAAGAGGTGTATTGGAAGAGTTTGAAGCTGTCAGGAAAGAGGAGAAGG AAAAAGCGGATAGATTCAATGCTGTTAAACAGAGGAGGTAAAAGTTATTTTTCTTCAATTCATCATTGCTTGTCTTATTT AAAATATCAGTTGTACTTGTACATAGCCATTAGTTAGTGTGCATGGTTTAAGTGGACTCACAAAAGAGTCTTTATATAAA ATTCACATTAGAAAACATGAAAAGAAACCCAAGACACCATATGGGTACAATATGACACTGATATGATGCGGATGCAGGGA TATGGAAAATTCTTAAAAACTCCAGACTAGACCAGATCACATGTCTGATTAAAAATAATTCTGTCACATCGAATATGTTA TGGAGGCTAGATACTTAATATGATGCGAGTATGATTTGATGCGTATATATTCGCTGTAGTTACAATCGTGACTTGCCTCG TCATGATCTTATGATTTTTTGATGTGCCCATCAGTCCAGATCCGAGCTTGGAACACAATTTGGTGAAATCAAGTTGGATT GATGAGATAAACCATGAATTCTGTTAGAAATATAATAGAAAATCATTCATGTGTCTTCACCCAATAGCTTAAGCTTTTTG GCTAGCTGGTTCATTACATGATATCTGAGCCTCAATGACTAAAAGGTCTGAAGTTTGATACTTGTTTTACCGGTGCCTCC AAAAGTCTTTTCTGTACATGTCCATACCATGTTAACTGATTTCCCGTCAGCTTGTCATCGTTAAGTGTCACCCCAATATC TCCTCTTGTACAATCATTGCGTATCCTACCCTTTCTAGTGTGGTCTGGTCATTCATCCATCTTAATTCTTAACTTTATCA TTTCTGCTGCTTCATTTTTTTTTTCTCATGTTGTCTGTTAAAGCCCAACATTCGCTACCATAGAGGATAGCCGGTCTTAT AGTGATTCGGTCAATCTTTCTTTGAGCTCGGTCATAGATAAGTTCTTTAAGATTTTACTTCCCATCCCAAATATGACGTG TTCTTCTTAATTAACTTTATATCTTCTAATGAATAGATAATATATTTGTTTAATGTATTTGGTGAGGTAGTAGTTTATAT TGAGATACATGGCAGTTTACTTTTGTTGCATATCATGTCTTTTTGTGAAGCAAAAGTTTGTGTTGAATGCAGGTATGAGT TGTTCATGGATGCTTTCAACCATATATCTGGTAATATAGATAAAATTTACAAACAGCTTACAAAGAGCCACACACATCCT CTGGGTGGAACAGCATACCTAAATTTGGAAAATGAAGATGATCCATTTCTACATGGCATCAAGTACACTGCTATGCCCCC AACAAAGCGCTTCCGTGATATGGATCAGCTATCTGGTGGGGAAAAGACTGTTGCTGCACTTGCGTTGCTATTCTCCATCC ACAGGTAGATTTGTTTGTACTTGTAAAATTAATTCATCTCCTATATTCAAAAGGTGCATGTTTAGATATGTCTTAAGTTT TTTTTTTTTTGAAACTAATATGGATCTTAAGTTTCTGAACCATTTTCTGAAACTTAGATTTGAGCATATATGTTCCATTA ACATGGTCTCTGTTGCTTGTGGTTTCAGCTATAAGCCGTCGCCGTTTTTTATATTGGATGAAGTTGATGCTGCATTGGAC AACTTGAATGTCGCTAAGGTTGCTGGCTTTATTCGTTCAAAATCTTGTGAAGGAAGGGCTAGCCAGGATACTGATGGTGG AAGTGGTTTTCAAAGTATTGTGATTTCACTGAAAGACAGCTTTTATGACAAAGCTGAGGCGCTAGTTGGGGTCTACAGGG ATTCTGATGGAGGGTAAATTTCTTCACATCATTAATTAATTTAACCTATTATCTTTTCCTTTTATTTTCCGTATATTGAT GGCATATATCCTCCACTCTTATGCAGTTGTTCGAAAACTCTCACGTTTGATCTAACTAACTATCGGGAGTCCTGA
CDS sequence (LotjaGi5g1v0181700.5) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCCGTCGCTACTCTCGCCGGGGAAAATCCACCGGCTAGAAATGGAGAATTTCAAATCCTACAAAGGCTTCCAAGTTAT CGGTCCCTTCTACGACTTCACCGCCATCATCGGCCCCAACGGCGCCGGAAAATCCAACCTCATGGACGCCATAAGCTTCG TTCTCGGCGTCAGAACCGGCCAGCTCCGCGGCGCGCAACTCAAGGACCTCATCTACGCCTTCGACGACAGGGAGAAGGAG CAGAGAGGACGCAGAGCCTTCGTCCGCTTGGTCTACCAGCTCGCTAACAACTCCGAGATCCAGTTCACCCGAACCATCAC CTCCGCCGGCGCTAGCGAGTACCGCATCGACGGTAACCTTGTCAACTGGGATATCTACAACGCCAAGCTCAAATCACTCG GTATTCTTGTCAAGGCTCGCAATTTCCTCGTCTTTCAGGGTGATGTTGAATCTATTGCGTCGAAGAATCCGAAAGAGCTA ACCGGCCTTATCGAGCAGATATCTGGCTCTGACGAGCTCAAGAGGGACTATGAGCAGTTTGAAGAAGAAAAAGGCGCTGC TGAGGAGAAATCGGCGCTTATTTACCAGAAGAAGAAGACGGTGGTTATGGAGAGGAAGCAGAAGAAGGAACAGAAGGAGG AGGCAGAGAAACATCTCCGCCTGCAGGAGCAGCTGAAATCTGTGAAGAAGGAACATTTCTTGTGGCAGTTGTTCAATATA GAAAATGATATTACGAAAACAACTGAGGATCTTGAAGATGAGACCAAAAGTCGTCTAGCTGTTATTGAAGAGCTGGGAAA TTTTGAAAATGAAGCAAGTAAAAAGAAAAAAGAGCAGGCCAAATATCTTAAAGAAATTGCGCTACGTGAAAAGAAAATTA CTGAGAAAAGCAACAAACTTGACAAGAGTCAACCTGAGCTTCTGAAGTTAAAGGAGGAAATGACTCGTATCAATTCAAAA ATAAAAAAAGGGAAGAAGGAACTTGATAAAAAAAGGGAAGAACGGAGGAGGCATGCTGCTGATATAGCGGAGCTACAAAG GGGGATCCAGGATCTTGCAGCGAAAATGGCAGACTTACAGGAAAAGAGTCGAGGTGTTGGCAATGAGCTTGAGTTAGATG GCGATGACTTGGAAGAATATTTTAGAATCAAAGAGGAAGCTGGGATGAAAACTGCAAAGCTTAGGGAGGAAAAAGAGCTT CTAGATAGGCAGCAACATGCTGATAGTGAAGCTCAAAAAAATTCGGAAGAAAATCTTCAACAGTTACGAAACAGGGAGTC TGAATTGAATTCACAGGAAGAACAGATGCAGGCAAGGCTTAAAAAAATTGTTGATAGTTCTGCAAAAAATAAGGATGGAC TTGCAAACTTGAAGAAAGAGCTGCGTGTGATGCAGGACAAACATCGTGATTCCAAGAAAAAATATGAAAATTTGAAGTTG AAAATCGGTGAATTAGAAAATCAACTACGTGAACTAAAGGCTGATAGACATGAAAATGAGCGAGATGCTAAACTATCTCA GGCTGTGGAGACTCTGAAACGCCTGTTTCAAGGAGTCCATGGTCGCATAACTGAACTTTGTAGGCCAACACAGAAGAAGT ATAACCTAGCCGTTACTGTTGCTATGGGTAAATTTATGGATGCAGTTGTAGTTGAGGATGAAAAGACTGGGAAGGAATGC ATCAAGTATTTAAAAGACCAGAGGCTTCCTCCGCAGACATTTATTCCTCTGCAATCTATTCGTGTGAAGCCAATAATGGA AAGATTGCGGGCATTAGGGGGTACAGCAAAACTGGTTTTTGATGTGATTCATTTGATCCCTCCTTGGAGAAGGCAATTCT CTTTGCTGTTGGGAATACTCTTGTTTGTGATGGTCTTGATGAGGCCAAAGATTTAA
Protein sequence (LotjaGi5g1v0181700.5) extracted from Lotus japonicus Gifu v1.2 Proteins.
MPSLLSPGKIHRLEMENFKSYKGFQVIGPFYDFTAIIGPNGAGKSNLMDAISFVLGVRTGQLRGAQLKDLIYAFDDREKE QRGRRAFVRLVYQLANNSEIQFTRTITSAGASEYRIDGNLVNWDIYNAKLKSLGILVKARNFLVFQGDVESIASKNPKEL TGLIEQISGSDELKRDYEQFEEEKGAAEEKSALIYQKKKTVVMERKQKKEQKEEAEKHLRLQEQLKSVKKEHFLWQLFNI ENDITKTTEDLEDETKSRLAVIEELGNFENEASKKKKEQAKYLKEIALREKKITEKSNKLDKSQPELLKLKEEMTRINSK IKKGKKELDKKREERRRHAADIAELQRGIQDLAAKMADLQEKSRGVGNELELDGDDLEEYFRIKEEAGMKTAKLREEKEL LDRQQHADSEAQKNSEENLQQLRNRESELNSQEEQMQARLKKIVDSSAKNKDGLANLKKELRVMQDKHRDSKKKYENLKL KIGELENQLRELKADRHENERDAKLSQAVETLKRLFQGVHGRITELCRPTQKKYNLAVTVAMGKFMDAVVVEDEKTGKEC IKYLKDQRLPPQTFIPLQSIRVKPIMERLRALGGTAKLVFDVIHLIPPWRRQFSLLLGILLFVMVLMRPKI
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 |
|---|---|---|---|---|---|---|
| Phobius | 1 | 608 | 608 | - | – | |
| Gene3D | 8 | 200 | 193 | 2.2E-48 | – | |
| PANTHER | 9 | 613 | 605 | 2.8E-252 | – | |
| PANTHER | 9 | 613 | 605 | 2.8E-252 | ||
| SUPERFAMILY | 9 | 269 | 261 | 5.7E-40 | ||
| CDD | 10 | 157 | 148 | 5.88611E-77 | – | |
| Pfam | 10 | 224 | 215 | 4.6E-22 | ||
| Coils | 170 | 190 | 21 | - | – | |
| Coils | 198 | 231 | 34 | - | – | |
| Coils | 307 | 369 | 63 | - | – | |
| Coils | 412 | 439 | 28 | - | – | |
| Coils | 454 | 502 | 49 | - | – | |
| SUPERFAMILY | 481 | 618 | 138 | 1.7E-28 | ||
| Gene3D | 498 | 577 | 80 | 2.4E-23 | – | |
| SMART | 517 | 628 | 112 | 3.7E-16 | ||
| Pfam | 517 | 612 | 96 | 1.1E-15 | ||
| Gene3D | 578 | 623 | 46 | 2.4E-23 | – | |
| Phobius | 609 | 627 | 19 | - | – | |
| Phobius | 628 | 631 | 4 | - | – |
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 | Chromatin binding | Interacting selectively and non-covalently with chromatin, the network of fibers of DNA, protein, and sometimes RNA, that make up the chromosomes of the eukaryotic nucleus during interphase. | ||
| 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). | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Cellular component | Chromosome | A structure composed of a very long molecule of DNA and associated proteins (e.g. histones) that carries hereditary information. | ||
| Biological process | Mitotic sister chromatid cohesion | The cell cycle process in which the sister chromatids of a replicated chromosome are joined along the entire length of the chromosome, from their formation in S phase through metaphase during a mitotic cell cycle. This cohesion cycle is critical for high fidelity chromosome transmission. | ||
| Cellular component | Cohesin complex | A protein complex that is required for sister chromatid cohesion in eukaryotes. The cohesin complex forms a molecular ring complex, and is composed of structural maintenance of chromosomes (SMC) and kleisin proteins. For example, in yeast, the complex is composed of the SMC proteins Smc1p and Smc3p, and the kleisin protein Scc1p. In vertebrates, the complex is composed of the SMC1 (SMC1A or SMC1B) and SMC3 heterodimer attached via their hinge domains to a kleisin (RAD21, REC8 or RAD21L) which links them, and one STAG protein (STAG1, STAG2 or STAG3). | ||
| Molecular function | Protein heterodimerization activity | Interacting selectively and non-covalently with a nonidentical protein to form a heterodimer. | ||
| Biological process | Chromosome organization | A process that is carried out at the cellular level that results in the assembly, arrangement of constituent parts, or disassembly of chromosomes, structures composed of a very long molecule of DNA and associated proteins that carries hereditary information. This term covers covalent modifications at the molecular level as well as spatial relationships among the major components of a chromosome. |
Expression pattern of LotjaGi5g1v0181700.5, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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