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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0139100 |
| Transcript ID | LotjaGi4g1v0139100.5 |
| Related isoforms 7 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Structural maintenance of chromosomes protein; TAIR: AT5G48600.2 structural maintenance of chromosome 3; Swiss-Prot: sp|Q9FJL0|SMC4_ARATH Structural maintenance of chromosomes protein 4; TrEMBL-Plants: tr|A0A151RK13|A0A151RK13_CAJCA Structural maintenance of chromosomes protein 4; Found in the gene: LotjaGi4g1v0139100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:20723671..20736819) extracted from Lotus japonicus Gifu genome v1.2.
GCCCGCCGCACCCGACCCAGCTCACGCTCCACCGGCGGCGCGCCCCAGGCTCTTCATCAAGGAGATGGTGATGCGGAACT TCAAGTCCTACGCTGGTGAACAGCGCGTGGGTCCTTTCCATAAGGTTAGGGTTTTCCATTTTCACACTCAGTTGCTTCCA ATTTCACTTGTGAGAACTTGAAAAAACGGTTTTGGTTTCAGAGTTTTTCGGCTGTGGTTGGACCCAATGGGAGCGGGAAG AGTAACGTGATTGACGCAATGCTGTTTGTGTTCGGGAAGCGAGCGAAGCAGGTGTGTGTTCTTGAATGTGCTAAGAACTA ATGAGTGTTTTTAATTTTTAATTTTTTTCTTCTTCTTGTGCTTCTTTCATTTGGAAATTGGTGGTTGCAGATGCGGCTTA ACAAAGTTTCGGAGCTTATCCACAATTCCACCAATCACCAGAATTTGGATAGTGCTGGGGTTTCTGTTCATTTTCAGGAG ATTGTCGATTTGGTAGCTTTTCTTATTAACCTTGTTTTGTTAATTTTTAGATTTTATTACCATTATTATTATTGTTGTTG TTGTTGTTTTTCGTAAGATGAGATGCGAAAGAATGAGGCATAATATAATGCCATTCTATTTGATGTTTTATGATTGTTGT ATTTATCAAAAGTCAAAACTGAAAACCCGGGGCATTATTATTATTATTATTTTAATTTTAATTTCAGTTGGTGTATTTTT ACTAGTAATTCCAAAATGGCACCATTTTCTTGTAAGATGAGATATTTGATATTTGATGACAAAAAGTGGACCCTAACTAT ACACATATTCATTTGCTAAGTTTTATTCAAACTTATTCTATTTTTTTGCTTTTCTTTTGTTTCATCTTTCATGAGCTCGC ATTTAAGTTGAGCTTTATGCCACAGAGACTAAAGAGTTTTCAGTGCTCCTGTTTTATTGCCCTTCTGTTGTTTTCCATCT TTGGTTGAAAAAGAACTAATGTTTCTATGGTTGCAGGATGATGGAACATATGAGGCTGTTCCAGGAAGTGATTTTGTGAT TACAAGGGTGGCTTTACGGGATAACTCCTCTAAGTATTATATTAATGATCGTTCGAGTAACTTCACTGAAGTCACTAAGA AACTGAAAGGGAAAGGTGTTGACCTTGACAATAATAGGTTTCTAATCCTTCAGGTTGGGTATTTATTACATTGTGTTTTT AGTTTTCCGGAAGGCTTTTCCTAGTTAACTCTATTGATGATTGATCTGTTTCACAGGGTGAAGTTGAGCAGATCTCACTT ATGAAGCCAAAAGCTCAAGGACCACATGATGAGGGTTTTCTAGAATATCTGGAGGATATCATTGGGACGAACAAATATGT AGAAAAAATTGATGAATCATTTAAACAGTGAGCACTATCTCCATTTCAATTTAGAAAAACTGCAAACTTTCTCGATCAAC AATACCAAAGCATATATACTTGATGTTGTTGTTGCCTGATTTGTTTTGATTTGATTATATTTATATGTTTCGTATGTTTG GCTTTACTTATTTGTTTCCAAACAGCTGATAATCAAAATCATACTGAGAAAGAAAACCAATTATTCCCTGAAGATTATGG GTTATTTCGGTTTTGATTTGTGGGGGAAATGATTGCTTTAGCCATTTTTCATGCTCTTAGGTAACTTTTGATTATAAGCT GTTTTGAAATCAAAATAAGCTAATTATTAATGCACCCTAAGCAAAAACAAGCACACTCTCACTATTTATTGTATTGTAAC TATTCTTTGATTTCTGCTGCCACCTGTAGGATAATTTACATATTTTTCTAGTGATGCTCCATGTAAGCATTAAGCAACCA CTTGGATTTCAGTTTTAACAGATAATAACTTCTTTTGATTGAAACAAATCTGTTGTTGTTTTAGGTTAGAGTCCCTGAAT GAGAGAAGATCTGGGGTGGTACAAATGGTCAAGCTATCTGAGAAAGAAAGAGACAGCTTGGAGGCATGTATAACTGTGCT TGTATGAACATTTGATTTGATGTTTGAGCAGCCCCTAACAGTTCTTTTGCAACAGGGTGTGAAGAATGAAGCAGAAGCCT ACATGCTTAAAGAGTTGTCTCACTTGAAATGGCAGGAAAAAGCTGCAAAGTTAGCTCTTGATGATACAGGTGGAAAAATG GATGAGTTACAAGTGAATGTTGCTAGCGTAGAAGAAAATCTCAAGGCAGAAAGGTACATTTGAATTTCACTCGGTAGTTT CTGTCTCTCTTTGCGTATGTTAATCTTGCCTTATGATTAACTCAGTGATATCTTATTACAGGGATAAAATTCAAGAAAGT AAACAAGTTCTGAAGGAGCTAGAAACTAAGCACAGCAATTATATGAAAAGACAAGAGGTTTGCATGAAATGGGTTCTGAG TGTTTGACATTATCATTTTGCATGATGACATTGCCGGGCATTTTAGGCTTAATGATAAGCTCAGCAGATAGTAGTCTAAA TATTATTTTTTCTTTATTTTTGCAACAGGAGCTAGATACTGATATGAGGAAGTGTAAAGAAGAATTCAAGGAGTTTGAGA GGCAGGATGTCAAGTATCGGGAAGATTTTAAACACTTAAATCAGAAGATCAAGAAGCTCGAGGATAAAGTTGAAAAGGTA CAGGGAAGGCATGGTTTTTACATCTGAAAGTATCCACGTGTGAGATGCCTTATCCATCCATCTGTTTCTATTTTAGGATT CATCAAAAATTGAAGCTCTTGTAAAAGAGGGTGAAGACTCAACTAATCTGATACCAAAACTTGAGAATAATATTCCAAAA CTGCAAAAATTGTTGCTAGATGAGGAGAAGGTCTTAGAAGAAATCACAGAGAGTTCCAAAGGTGGACCCTTGTCTTTTTT TCATTTTCCAATATATTGGGAATTGCTTTTAGTCAAAATATTGCTTTGCTGTTGTGGTGATGCATCTCTGTATTATGCTT TTTATCATAACCTGATTAAAACTTTTCTGTTCTTACCATACAGAATTAGCTGACTGTCATGGGTTTTAGGTGCTCCAGAT TTAGTAACACCATTATTGTGCTAAATACAAATTAATAGAAAATGATTTTAAACTTAAATATGTATTTGGTCCCTATAATA TAAGAAATGTTTGGTTTGGGTCCCTACGTTATTTTTTTTGGTTTTGGTCCTTAATTTTAATTTTTAGAAAGGCTTAAATA TGTTGGAGGTCCCTCTAAAATAGGGATCTTTTGGTTAAGGCCCCTACAATTTTTTTTGGGTGGAATAAGCCCCTAATGTG AAAATAATATATAGTGATAAACCCCTGCCGTGAGGTTCCGTTTAATTTCTCATGATTCTGCAAACGACGCTGACGTAAAT TATATTTTGTGAAAATTATTCAATTAAAGAGGGTGCCACGTAAGTAAATTAGGGTTGAAAAAATAAAAACCCAAGTAAAA AACTCAAGTAAAATCCCCAAACGTACTTGTGTTTTTTACTTTGGATTTTCATTTTATTTTTATTTTTTGATCCCTCATTT ACTTACGTGGCACCCTCTTTAATTGAATAATTTTCACAAAATATAATACACGCCAACGCCGTTTACAGAATCATCATAAA TTAAACGGAACCTCACGGTAGGGGCTTATCACCATATATTATTTTCACATTAGGGGCTTATTCCACCCAAAAAAATTTGT AGGGGCCTTAACCAAAGCACCCCTATTTTAGAGGGACTTCCAACATATTTATTACCATAATTTAGTCCCTACTGTTTTGC TATTTTTGGTTTGGGTTCCTTGCTACAAAGAGCAAAAGGATTAAATTATGGTGATTTCTAAAAATTAGGGACTCCAACAA AAAGAAAATGTGTGGACCAAAACCCAAGGTTTCTATATTGTAGAGGTCAGATTTAAGCCGTGATTTTAATATGGTATTGT TAAGGTTTCATATAGATGTTGAAACATGCACTACTATTTTTTTCTTTCCTTGTTTGGTTGCTCAAGTCTACTACCCCCTC CATTCCAAAATTTATGTCGTTAATTGATATATAGTTTGACTGAAATACCCTTATTTAAAGTTGAGTTATATTAAAGAGAG AGAATGATAGTTATTGTGTAAGTAATTAGTGAGAATTGTGATGAAAATAGGAGGTGGTCGGTGAGAGATATAATATCAAA TGAGTGTATAAATGGATGAAAATAAGATAAATTGTCTTGAAATTCTAAAACAACATACATTTTGGAAATAGTTGATAAGT TAAAACAACATATATTTTGGAATGGAGGGTATAGATAATTATGCCTCAAACTCTAAGTTCTTTTTCTGATTGTCATTGTC TTTGATACATTATGATGATAGCTAGCAGTTTACAGTGGTGGAGACTGGTCTCTATTTGTTTAATTATTACATTCCATGTT CACAAAGGGAGCTCTGATGTTCTGTGTGCGTTAGTGAGGGTTTTGGCCGGTTTCGTGTATATACTTTTCTTTTTCTTAAT CCTGTTAATTATTTGTTATTGATTTGTGAGCAGTTGAAACTGAGAAATTCCGCGCTGAGCTTGCTGAAGTTCGGGCAGAG CTAGAACCTTGGGAAAAAGATTTGATTGAGCACAAGGGGAAACTTGAAGTTGCATGTACCGAGGCTAAGCTGTTAAATGA CAAGGTGATAATGACTTTAGTATTTTATGCACTCTTAATCAGTCTCGGCTTTAAGGAAGTGATTTAGGCTTTTGTCTTGA AAATTTTACGTATATTCAAGCAAATCACAGTAACTCCTTATATTATATGCTGTGTTAAGTATTTTTGGTAACTGTCGAAG GATATTTTCTTATAAGCTTAAGTAGCTACAATTTCTGGTAAGTTTTTATGCTATGAATAATTTCTGAGAAGTGAGAACAA AGAAAATTGAATGCGCAATTGTAAGTACCTTAATTTATTCTCACACCTTTTAATTATACTTCTCCTTTTAACTTATTTTG TGAATTTTAGTTTTCAGATTTTTAAGAGCTATTTTTTATTTGGAAACTCATGCTTTGTTTCTGGTTTTCTATGGAATGAT ATATGGCAAGCAAGCAGAAAGCATTGTTTCTCGCCAAGAAGATCTCTTGTATTTTCCTTTCTTGGGGCAAGTGGACTAAA GTGTTGACACTTTCATAATTCAACTCTTTTGGTCCACACTTTTTTTGGGTGTAGTTTTGCATTATCTCCTTAAATAAGAC ATTTTGGGATAAATCTTTGAATTTGGTGTTTCAAAGAGGTAGAATTTTCTTGCATTCTCTCTTAATTGAATTCATTATTT GATTGTGATGGTTTTTGATTTCTTGGAGGGATCACTGTCTATGCTACCAAATTGTTAATCCCTTCTGGTGGTGGATTAAA ATTTAGATCTCATTTCTGTTGTGAGATTCCTCAAATTTTGTGCCCACATACAATTTAATATTCTTGTTATGCATTTTTTT TGGATGTATGCATACTGCAAAGCCGGTCATAGAAGATATGTTAGATTGTTCCAGCTACCGTAGTTTACACATGCAAAAAA GCCAAACATAGGTTGAACTTAGCAAATGTAATATATAGAAAACTATTAACACAAACCTCAGTTTCTCTTTCACCAAAAAA TAAAAAGGACAATTTTCTCATGCTCAGGATTCATGGAACTTATTCTTTATAATGTTTAACATACACATGTAGAGCAGATT CCATTAGTATTTTCCAGTAGAAGGATGTTTGGTATTAGAAGGTGATTCTTGATTCTTCTTTTCAGCATGAAGGTGCACGT AAAGCTTTTGAAGATGCTCAAAAGCAGATGAAAAGTATATCAGAAACAATTAAATCAAAAACTGCTAGCATTTCTCAAAT TAAGAGTGATATTGAAAAGAGCAAACATGAAGCATCAGAAGCTCACCAAGTGGAAGAAGTGAGCATTTTTTACTTTTGAA TTCCATTTCTTGAACATTTTTGTAACACAGGCTTACGGTGATCTGATTTTTTTTTTGTTAAGGAATGTATAAAAGAACAA GATGCCTTGATTCCTCTCGAACAAAGTGCAAGGCAGAAGGTTGCAGAACTGAAGTCTGTTCTGGATTCTGAGAAGAGTCA GGGTTCAGTTCTAAAAGCAGTCTTGAAAGCCAAGGAAACCAAACAAATACAAGGAATATATGGTCGCATGGGTGATTTAG GTGCAATTGATTGTAAGGTTTTTTACTTGCAATCTTTTTGCTTCACAATGTTCTTTTTAAGTTTCTAAATTAGATTCCTT TCATGGCGTGCAAACTATTAGAAAACCTGGTTTTGCATGGCTCAGATTGTATCTAGTTTTAAAAATTTATGGTGGTGTAC TAAAATTTCAAAAACAACTATACCTTGTTTTTTGCAATCAAAGTGAAATGGGCTTGTTGAATTATTGGCTAAAGGCGAGG GTTTTCCTTCAACCTATTCCGTAATCATTCATATTTGGAACTTTAATTAAACTCAAGGAGGGGGAGTGATGGGTGTTACA ATATGGCAAAAGTATCTTAAAATATCTTACAGTAATTCTTGTGTTGAGAGGTGAGAGGTCGCGCATTGACTAGAGATTTG GCTAAGTTCGTTCTTATATAGGGTAGAATAATCCTCACCCTTGAGCTAGCTTTGGGGTAGAGTTAGGTCTAAACCTGTAT CCTAAGAGACCTGTTATGTGTCCCATGTTATCAGAAACACTTCTTCTAGTCTTGGTCACAAGAATATTATTTGATGGCCT TTATCCTAGCTATAAAGGTATATAGTTAACAGCGAGGTTATTGTACATTAGACATTTGTAATTCATGGAAAATGGGATCT GCTGTTTTTTTTTGCATATATTAGTAGTTCAACATGTTCCAAATTTTGTTGGTTTTTTGTTTTTGCTCTCAGAGTGATAT TACATTAGATTATGAACTATTTAATATCTTCTTTCTACTCTGGAACTTGGCAAATAGTGATTATATATCACTTGATGCTT TTATCATTGTACGTTATCAGACTATGCCACTATATTAACGAAATGAGATCTGATCATTGCAGCAAAATATGACATTGCAA TATCAACAGCATGTGCTGGGCTTGATTACATTGTGGTGGAAACAACAAATGCAGCACAAGCCTGTGTTGAGTTACTTCGC AGGGAGAACCTTGGTGTTGCTACTTTCATGATATTGGTATTCTTTGTTATATTATTTAACAAGTTTCTATCTTAGTTTTC TGTCCCCTTGGATTTACATTTGTTTAAACATTGCTGAATTCATTCCTTAGCTGCTATGCGCAAACTTTTGTTTTCGCACT TTAATTTCCAACTCTGCTTGACTCTCTGTTGTTATTCGTAATTCAGTATGATGCTACTCTACTTTAATGATTCTTTTTAC CTCAACCTGCTGATTACTTGATGTAGTATCAGATCTTCTATAATATGAAATCGTTCTTATAACTAGTTGGCCTTTTAAGT TCTAAACTAGTTGAAATTTAGGAACTAATGTAGATAGCAATTCCTTAATAGGTTTTAAGGTGTACTCCCAGGAGCTATTT AAATTCTTGTAGGGGACTGAAGGCAAGCAAGTTTCAGTTTATAAAATAATAATATGGATTTGGTTAAATACAATGTCCCA GCAATTAATTTTATAAACCGGTTATATCTTAGAAACTGAATCAAATTAATTATGAACTAGCAAGCTTGTTTTACGATGTA AAATGAACATTCATGGGTTGAGGAGGGACATGTTGGTTCAACATAGTCAATGATCTGGATTTATGTATTCTTGGCAGGGC CAAATACAAGTTGTTATTAGATACACAAAGTTACACTTTTAGGTGCATTGGTACTTGATGTAGTTTCAGATCTTCTATAA TATGAAATCGTTCTTGTCAATAGTTTGCCTTTAAGTTTTACACTAGTTGAATTTTAGAAATTAATGTAGATAGCAAAATT TTAAGAGGTTTTAAGGTGTACTCCCAGGAGCTTTTTAAATTATTGCAGGGGACGGAGGGCAAGGAAGTTTCAGTTTATAA AATAATAATATGGATTTGATTGAATACAATGTCCCAGCGATTAATTATCTGTTTTGTTTTTCTAATATTTTTGGTACACT GAGTCACTGATAATAAGTGATTTAAACTGAATTTGATAAATCTAATCAAGATAGCTTCTTTTTTCATAATTCAGGAGAAG CAAGTTCATCTCCTTCCAATGTTGGAAAAGAATGTAAGCACTCCAGAGGGGGTTCCCCGCCTTTTTGATTTAGTAAAGGT TCAAGATGAAAGAATGAAGCTTGCTTTCTTTGCAGCACTCAGAAACACAGTTGTTGCTAAAGACCTTGACCAGGTCAGTT CCACTTTCTTACTAGATAACTCTGTTCTGATCATTAATATACAGGACTAATCATAAAAAATTCAGATATGAAATCATCAT CATATCATGCTTTCAGAGTGTGGCAGATAGGCTAATCTTGTTATAGATTATTTGGAACTTTTTATGCTTTTTATATCATA AACTCCTTTGGATTGTTTAAGAAACAAAAGTGTGGGGCTCAACATACTCATTATTCACTTGAAATAATTATAAAATCCAT CACGAAATTTTTTGGAAAGTAATTTGCAACCCTTCATATCTGTGAAGGAAACAACTAACTGCCAATTTTTTCCACTCATA TAAATTTTAGGCAACACGCATAGCATATGGTGGAAACTATGAGTTTAGGCGAGTTGTTACTCTTGATGGTGCACTCTTTG AAAAATCTGGAACAATGAGTGGTGGTGGTAGTAAGCCTCGGGGTGGGAAGATAGGGACATCTATTCGAGCTGCAAGTGTG TCTGTAGAAGCTGTTACTAATGCTGAGAGGCAGTTGTCTGAAATGGCTGATAAATTGAATGCAATTCGCCAAAGAATCAT GGATGCTGTGCGGCGATATCAGGCCTCAGAAAAAACAGTCACGGCTTTGGAAATGGAGTTAGCTAAATGCCAGAAGGAGG TAATGCTTAGTTCTGAGTCCGAAAGATACTTTTCAGGGAATTGTTGGTACTGGGCTTTGATTTTCTTCCCTTCCTCTACA GGTTGACAGTTTGAATTCTCAGCATAGTTATATTGAAAAACAACTTGATTCCCTCAAAGCTGCGTCACAGCCAAGTGAGG ATGAGCTTGTCAGATTGAAAGGGCTTACAGAGATTATTACTGCCGAAGAAAGGGAGATTAAAACACTTACTGATGGATCT AAACAGCTGAAGGAAAAGGTTTGCTGTAACTTCCTTACCTTTGAATTCCTTTGAAAGTTGAGCGTTGATTGATAGGTCTT GCTTTTATTTATTTAACTCCAGTTAGCTCGACTTAACATTAACCATTTTCAGGCGTCTGATCTTCAAAGAAATATAGAAA ATGCTGGGGGTGAAAAATTAAAATCTCAGAAGTCAAAGGTCCAGAAAATTCAGTCTGTAAGCATCCTAATTTTGAGAAGA ACTTTTAATTCAATATGATGCTCTGTCTATTAATTGTTCACATTTACTAGGATATTGACAAGAACCACTCAGAGGTTAAC CGTCTCAAGGTCCTAATAGAGACAGGACAAAAGATGATGAAGAAGTTGACCAAGGGAATTGAGGAGTCAAAGAAGGAGAA AGAACGACTAGCTGAGGAGAAGGAAAAGTCAAAAGAAATCTTCAAAGAAATAGAACAGAAAGCATTTATTGTTCAAGAGA ACTATAAGAAAACACAAGAGGTTTTGTCCTCCTTTTGCATTTTTGGTTATGTAAAATTGCGCCTACGTAATAAAATGCAT AGTATAATATATCTTTTCAATGTATATATAGTTTGTTATACAGCATGGTGGTAGTTGTTGTATCGTCATGTGTTATTTAT TCTACTGTGCAGATGATTGACAAGCATAGGGATGTATTGGAGGAAGCTAAATCTGAACATGATAAGATGAAAAAAGTAGT TGAAGAATTGCGTGCATCTGAGGTACTTCTCATGTGTGTTAATTTTTCATTCTCTTGAAAGTTGGAGTTTTCTCATTGTA GTCCACATTTTGCAGGTTGATGCAGACTTTAAATTAAAAGACATGAAGAAAGCATACAAAGAATTGGAAATGAAAGGGAA AGGCTACAAGAAAAGACTAGACGAGTTGCAAACTGCTATTTGCAAGCATCTTGAACAGTATGTCATTTGATAATTGTTTG CGAATAGTGTTTATCATTTTGAGGTTCTTATGAGGTTGTGAATTTGATACAGAATTCAGGTAGATTTACTGGATGTTGAA AAGCTAAAGGCTACATTGGATGATGAGCATCTTCATGCTGCTTGTGACCTGAAAAGGGCTTGTGAAATGGTCACATTGCT TGAAGCACAACTGAAGGAGATGAATCCAAATCTTGATTCAATTTCAGAGTATGAGCTTTTCTAATTTGTTACCATGATTG TCTTTCCTTTTGATGTTGTGTAGGAAAACTCTTACTTTCTTATGATTATCAGGTATCGAAAGAAAGTTGCATTGTACAAT GAGCGAGTTGAAGAGCTTAATACAGTCACTCAGGAGCGGGATGATATAAAGAAGCAGTATGACGAATGGAGAAAGAAAAG GTATGCATATTATTTTTGTCAAGGCTCCTCTAAAGTGAACTTGTCTCTAAAGGAGGCGAGGTTGCATCCACTGTTAACTT AATTTAAAGTATATTGTAATCTTAATATATAAAATCCAAGGGCTAATTCACATTTACTCGCTATATAGACAAACTTGCTT TAGAGGAGGTTTTTCCTTTTGTTTGTATCATTAAATTTATTATATGATTTGCTTTAAAATAAAATATAAGATGAATATGT TATTTTCAGATTGGATGAGTTCATGGAAGGATTTAATGCCATATCATTGAAGTTAAAAGAAATGTACCAGGTTTGAGATT CTGCTCTATTTTTCTCTCTCTGTCTCTGTGTGTGTTCGTACTTCTCTCTTGACAAAGGCATCTGAAATTGTGCTTCACTT TGTAGTATTGTTTACTCGGCTTTTTACGTGTTATAGATTCAATAGTCTTTCTCATGACATTTAGACCAGTACGTTAGCAT GGTTCTTTTTATAAAATTGTGTTTTGTATTTCTGGATATAAAATGGTGCTGTGCCAAATAAATTTCAATTTTTAGGGGGG GGGGGGGGGTGACTCTAGTAGTGCAGATAGATGTGTAAATTTATGATGGCATAAATTCTTGTCATGATCCAAAAGCTTAA GCTGTTGGGGGAAGACACATGCATGATTTTATATCATATTTTTAACAAAACTATACATGTAGTTAATGGAATTTGATCAG AGATTTGGTTAGAATAAGTGAATAGAATAGTGTCAGAAGTTCCTCTCCAATTCTGGGTCAACAGACTATCTTGGCTTGAA GCGAAAAATAGTTGAGCACTCCTCACTCAGGAATTCAAGAACCTGAGCCCTCCTTCCAAAACTAACTACCACTCAAAATA GGATGCCTCATATTTGTCATAACTTGACTTTTGCTGTTTAGTTAGAGGCCTAGCCTATTATATCTGCGTTAGAAATGAAA ATGATATCTTATAATATCTTAGTTATTAAGGTTATTTAGATTATTCTTTAAATTGGTTTCTTATTTGTATTGATTTGTTT CCTTATTTAATTAGGGTTAGGAGTCTTAATTTGTTTTCTTATTTAACTAGAATTAGTAGTCTATCCATTACTATAAATGA GGGTAAGTTTTTTTCTTTTGTAAAATTACACCCAACATATTATGTTAATATTCCTGGTATTCATTTTCCTCTTTCTATCC TTAAAGAGTAAACCCTAAAATCTCTTCATGGTATCCGAGCCAATCTTATATTCAATGTTGGCCACCTATTTAAGTGTGGA GTTTAAGAATCGACTTGACCTGTGTTTGTGATATGAAAATTTAGTGTCGATTTGGCAAGCAGATATTTCAAGTGAAGTTG ACGACGTAAGTCTAGCTCTGCAGATATCTCATGGTGGGGATAAGGGCATTTTGTTAAATATAAAGTTTGTGATCTCCATG CTCCAATGAACCTCAGTAAAAATCATTAAGCACTTACTAACATGCGTAAATTATTTGAAACCAGCAAACTTTGGGTAAAG TATGCTGAAATTTGTGCACACTGAGCGTAAGATAATTTTTGCTTCATTTTTATTTTTTATTTTTTGTAATCATAGTTTAT TATTTATAGTGTTGGTGTCTTTTTATTTTTTTTTACTTGGTCGGTGTTGGAGTAAACTGTATTTCTTTTCCCTCTGTCTC TGTCTCTCCGGTCACACAAGCCAATCCCTAAAATTTCAGCCGTTATGTGGATGGTGCTGCATTGGGTGGTAGTGATCATT AACATGTATTGCCTCTTAACGCTTGCAGATGATTACACTCGGAGGTGATGCAGAGCTTGAGCTTGTGGATTCTTTGGATC CTTTCTCTGAGGGTGTTGTGTTCAGTGTCAGGCCACCAAAGAAAAGCTGGAAAAACATTGCTAATTTATCCGGGGGTGAA AAGGTCATTGTTTTTCTTTTGTTGGGTTCCATGCACATTGCAAATCATTTTGTATGAGCAAGCATTCTATTTTCTGGCTT CAACCTGTATGTGTGATGCTGAAATGGCCTTCAATATTTTCTTGACAACAATGAGCATAAAAAGTATAAAATGCCTTCAT GGACACTATGACCTTCTTCCCTGTTATTTATTATATAGTGATATTTTATAATTTATTTTGCAGACTCTTAGCTCATTAGC TCTTGTATTTGCTCTTCATCATTACAAGCCTACCCCGCTTTATGTAATGGATGAAATCGATGCTGCCCTGGGTAAGTCAA ATTATGATATTTGTAATTGCTATGTGGGTTTGCAATTCACTAAACTCCATTGGCGGCTATATTGTTTGGCAGACTTCAAG AATGTATCTATTGTTGGGCATTACGTGAAAGACAGGACCAAGGATGCTCAATTCATAATCATTAGGTACTTCAAAATTGC ATTTTCTTAGTAAATCTGTGCTTGGTCTGGTCTAATACTTACTGTGGTATGTTTTCTTCCTTGTGCAGCCTTAGGAACAA TATGTTTGAATTGGCTGATCGTCTTGTTGGTATTTATAAAACTGATAATTGCACGAAGAGCATCACTATCGATCCACGTA GCTTTGTCGTGTGCCAAAAAGCTGTTTGA
CDS sequence (LotjaGi4g1v0139100.5) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTGATGCGGAACTTCAAGTCCTACGCTGGTGAACAGCGCGTGGGTCCTTTCCATAAGAGTTTTTCGGCTGTGGTTGG ACCCAATGGGAGCGGGAAGAGTAACGTGATTGACGCAATGCTGTTTGTGTTCGGGAAGCGAGCGAAGCAGATGCGGCTTA ACAAAGTTTCGGAGCTTATCCACAATTCCACCAATCACCAGAATTTGGATAGTGCTGGGGTTTCTGTTCATTTTCAGGAG ATTGTCGATTTGGATGATGGAACATATGAGGCTGTTCCAGGAAGTGATTTTGTGATTACAAGGGTGGCTTTACGGGATAA CTCCTCTAAGTATTATATTAATGATCGTTCGAGTAACTTCACTGAAGTCACTAAGAAACTGAAAGGGAAAGGTGTTGACC TTGACAATAATAGGTTTCTAATCCTTCAGGGTGAAGTTGAGCAGATCTCACTTATGAAGCCAAAAGCTCAAGGACCACAT GATGAGGGTTTTCTAGAATATCTGGAGGATATCATTGGGACGAACAAATATGTAGAAAAAATTGATGAATCATTTAAACA GTTAGAGTCCCTGAATGAGAGAAGATCTGGGGTGGTACAAATGGGTGTGAAGAATGAAGCAGAAGCCTACATGCTTAAAG AGTTGTCTCACTTGAAATGGCAGGAAAAAGCTGCAAAGTTAGCTCTTGATGATACAGGTGGAAAAATGGATGAGTTACAA GTGAATGTTGCTAGCGTAGAAGAAAATCTCAAGGCAGAAAGGGATAAAATTCAAGAAAGTAAACAAGTTCTGAAGGAGCT AGAAACTAAGCACAGCAATTATATGAAAAGACAAGAGGAGCTAGATACTGATATGAGGAAGTGTAAAGAAGAATTCAAGG AGTTTGAGAGGCAGGATGTCAAGTATCGGGAAGATTTTAAACACTTAAATCAGAAGATCAAGAAGCTCGAGGATAAAGTT GAAAAGGATTCATCAAAAATTGAAGCTCTTGTAAAAGAGGGTGAAGACTCAACTAATCTGATACCAAAACTTGAGAATAA TATTCCAAAACTGCAAAAATTGTTGCTAGATGAGGAGAAGGTCTTAGAAGAAATCACAGAGAGTTCCAAAGTTGAAACTG AGAAATTCCGCGCTGAGCTTGCTGAAGTTCGGGCAGAGCTAGAACCTTGGGAAAAAGATTTGATTGAGCACAAGGGGAAA CTTGAAGTTGCATGTACCGAGGCTAAGCTGTTAAATGACAAGCATGAAGGTGCACGTAAAGCTTTTGAAGATGCTCAAAA GCAGATGAAAAGTATATCAGAAACAATTAAATCAAAAACTGCTAGCATTTCTCAAATTAAGAGTGATATTGAAAAGAGCA AACATGAAGCATCAGAAGCTCACCAAGTGGAAGAAGAATGTATAAAAGAACAAGATGCCTTGATTCCTCTCGAACAAAGT GCAAGGCAGAAGGTTGCAGAACTGAAGTCTGTTCTGGATTCTGAGAAGAGTCAGGGTTCAGTTCTAAAAGCAGTCTTGAA AGCCAAGGAAACCAAACAAATACAAGGAATATATGGTCGCATGGGTGATTTAGGTGCAATTGATTCAAAATATGACATTG CAATATCAACAGCATGTGCTGGGCTTGATTACATTGTGGTGGAAACAACAAATGCAGCACAAGCCTGTGTTGAGTTACTT CGCAGGGAGAACCTTGGTGTTGCTACTTTCATGATATTGGAGAAGCAAGTTCATCTCCTTCCAATGTTGGAAAAGAATGT AAGCACTCCAGAGGGGGTTCCCCGCCTTTTTGATTTAGTAAAGGTTCAAGATGAAAGAATGAAGCTTGCTTTCTTTGCAG CACTCAGAAACACAGTTGTTGCTAAAGACCTTGACCAGGCAACACGCATAGCATATGGTGGAAACTATGAGTTTAGGCGA GTTGTTACTCTTGATGGTGCACTCTTTGAAAAATCTGGAACAATGAGTGGTGGTGGTAGTAAGCCTCGGGGTGGGAAGAT AGGGACATCTATTCGAGCTGCAAGTGTGTCTGTAGAAGCTGTTACTAATGCTGAGAGGCAGTTGTCTGAAATGGCTGATA AATTGAATGCAATTCGCCAAAGAATCATGGATGCTGTGCGGCGATATCAGGCCTCAGAAAAAACAGTCACGGCTTTGGAA ATGGAGTTAGCTAAATGCCAGAAGGAGGTTGACAGTTTGAATTCTCAGCATAGTTATATTGAAAAACAACTTGATTCCCT CAAAGCTGCGTCACAGCCAAGTGAGGATGAGCTTGTCAGATTGAAAGGGCTTACAGAGATTATTACTGCCGAAGAAAGGG AGATTAAAACACTTACTGATGGATCTAAACAGCTGAAGGAAAAGGCGTCTGATCTTCAAAGAAATATAGAAAATGCTGGG GGTGAAAAATTAAAATCTCAGAAGTCAAAGGTCCAGAAAATTCAGTCTGATATTGACAAGAACCACTCAGAGGTTAACCG TCTCAAGGTCCTAATAGAGACAGGACAAAAGATGATGAAGAAGTTGACCAAGGGAATTGAGGAGTCAAAGAAGGAGAAAG AACGACTAGCTGAGGAGAAGGAAAAGTCAAAAGAAATCTTCAAAGAAATAGAACAGAAAGCATTTATTGTTCAAGAGAAC TATAAGAAAACACAAGAGATGATTGACAAGCATAGGGATGTATTGGAGGAAGCTAAATCTGAACATGATAAGATGAAAAA AGTAGTTGAAGAATTGCGTGCATCTGAGGTTGATGCAGACTTTAAATTAAAAGACATGAAGAAAGCATACAAAGAATTGG AAATGAAAGGGAAAGGCTACAAGAAAAGACTAGACGAGTTGCAAACTGCTATTTGCAAGCATCTTGAACAAATTCAGGTA GATTTACTGGATGTTGAAAAGCTAAAGGCTACATTGGATGATGAGCATCTTCATGCTGCTTGTGACCTGAAAAGGGCTTG TGAAATGGTCACATTGCTTGAAGCACAACTGAAGGAGATGAATCCAAATCTTGATTCAATTTCAGAGTATCGAAAGAAAG TTGCATTGTACAATGAGCGAGTTGAAGAGCTTAATACAGTCACTCAGGAGCGGGATGATATAAAGAAGCAGTATGACGAA TGGAGAAAGAAAAGATTGGATGAGTTCATGGAAGGATTTAATGCCATATCATTGAAGTTAAAAGAAATGTACCAGATGAT TACACTCGGAGGTGATGCAGAGCTTGAGCTTGTGGATTCTTTGGATCCTTTCTCTGAGGGTGTTGTGTTCAGTGTCAGGC CACCAAAGAAAAGCTGGAAAAACATTGCTAATTTATCCGGGGGTGAAAAGACTCTTAGCTCATTAGCTCTTGTATTTGCT CTTCATCATTACAAGCCTACCCCGCTTTATGTAATGGATGAAATCGATGCTGCCCTGGACTTCAAGAATGTATCTATTGT TGGGCATTACGTGAAAGACAGGACCAAGGATGCTCAATTCATAATCATTAGCCTTAGGAACAATATGTTTGAATTGGCTG ATCGTCTTGTTGGTATTTATAAAACTGATAATTGCACGAAGAGCATCACTATCGATCCACGTAGCTTTGTCGTGTGCCAA AAAGCTGTTTGA
Protein sequence (LotjaGi4g1v0139100.5) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVMRNFKSYAGEQRVGPFHKSFSAVVGPNGSGKSNVIDAMLFVFGKRAKQMRLNKVSELIHNSTNHQNLDSAGVSVHFQE IVDLDDGTYEAVPGSDFVITRVALRDNSSKYYINDRSSNFTEVTKKLKGKGVDLDNNRFLILQGEVEQISLMKPKAQGPH DEGFLEYLEDIIGTNKYVEKIDESFKQLESLNERRSGVVQMGVKNEAEAYMLKELSHLKWQEKAAKLALDDTGGKMDELQ VNVASVEENLKAERDKIQESKQVLKELETKHSNYMKRQEELDTDMRKCKEEFKEFERQDVKYREDFKHLNQKIKKLEDKV EKDSSKIEALVKEGEDSTNLIPKLENNIPKLQKLLLDEEKVLEEITESSKVETEKFRAELAEVRAELEPWEKDLIEHKGK LEVACTEAKLLNDKHEGARKAFEDAQKQMKSISETIKSKTASISQIKSDIEKSKHEASEAHQVEEECIKEQDALIPLEQS ARQKVAELKSVLDSEKSQGSVLKAVLKAKETKQIQGIYGRMGDLGAIDSKYDIAISTACAGLDYIVVETTNAAQACVELL RRENLGVATFMILEKQVHLLPMLEKNVSTPEGVPRLFDLVKVQDERMKLAFFAALRNTVVAKDLDQATRIAYGGNYEFRR VVTLDGALFEKSGTMSGGGSKPRGGKIGTSIRAASVSVEAVTNAERQLSEMADKLNAIRQRIMDAVRRYQASEKTVTALE MELAKCQKEVDSLNSQHSYIEKQLDSLKAASQPSEDELVRLKGLTEIITAEEREIKTLTDGSKQLKEKASDLQRNIENAG GEKLKSQKSKVQKIQSDIDKNHSEVNRLKVLIETGQKMMKKLTKGIEESKKEKERLAEEKEKSKEIFKEIEQKAFIVQEN YKKTQEMIDKHRDVLEEAKSEHDKMKKVVEELRASEVDADFKLKDMKKAYKELEMKGKGYKKRLDELQTAICKHLEQIQV DLLDVEKLKATLDDEHLHAACDLKRACEMVTLLEAQLKEMNPNLDSISEYRKKVALYNERVEELNTVTQERDDIKKQYDE WRKKRLDEFMEGFNAISLKLKEMYQMITLGGDAELELVDSLDPFSEGVVFSVRPPKKSWKNIANLSGGEKTLSSLALVFA LHHYKPTPLYVMDEIDAALDFKNVSIVGHYVKDRTKDAQFIIISLRNNMFELADRLVGIYKTDNCTKSITIDPRSFVVCQ KAV
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 |
|---|---|---|---|---|---|---|
| CDD | 1 | 156 | 156 | 1.61952E-61 | ||
| Gene3D | 1 | 186 | 186 | 5.6E-43 | – | |
| PANTHER | 1 | 1201 | 1201 | 0.0 | – | |
| PANTHER | 1 | 1201 | 1201 | 0.0 | – | |
| PIRSF | 1 | 1201 | 1201 | 2.5E-295 | ||
| Pfam | 2 | 1187 | 1186 | 2.6E-64 | ||
| SUPERFAMILY | 3 | 1193 | 1191 | 3.88E-43 | ||
| Coils | 229 | 333 | 105 | - | – | |
| Coils | 408 | 428 | 21 | - | – | |
| Coils | 478 | 498 | 21 | - | – | |
| SUPERFAMILY | 480 | 668 | 189 | 4.18E-45 | ||
| Gene3D | 497 | 664 | 168 | 2.0E-36 | – | |
| SMART | 515 | 631 | 117 | 4.5E-31 | ||
| Pfam | 515 | 631 | 117 | 1.1E-20 | ||
| Gene3D | 574 | 661 | 88 | 2.0E-36 | – | |
| Coils | 681 | 736 | 56 | - | – | |
| Coils | 768 | 802 | 35 | - | – | |
| MobiDBLite | 798 | 818 | 21 | - | – | |
| MobiDBLite | 801 | 818 | 18 | - | – | |
| Coils | 839 | 873 | 35 | - | – | |
| Coils | 881 | 915 | 35 | - | – | |
| Coils | 923 | 950 | 28 | - | – | |
| Coils | 1007 | 1044 | 38 | - | – | |
| Gene3D | 1042 | 1201 | 160 | 1.5E-48 | – | |
| CDD | 1095 | 1189 | 95 | 1.3447E-69 |
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 | 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 | 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 LotjaGi4g1v0139100.5, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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