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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0061500 |
| Transcript ID | LotjaGi3g1v0061500.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Structural maintenance of chromosomes protein; TAIR: AT5G62410.1 structural maintenance of chromosomes 2; Swiss-Prot: sp|Q9C5Y4|SMC21_ARATH Structural maintenance of chromosomes protein 2-1; TrEMBL-Plants: tr|A0A072TZX1|A0A072TZX1_MEDTR Structural maintenance of chromosomes protein; Found in the gene: LotjaGi3g1v0061500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:6504434..6515288) extracted from Lotus japonicus Gifu genome v1.2.
GATGTGGGGCGGTGACAATAACCATTCCCAACTATGTACCAAAATGCCAAATAATTTCTCACATATGTCGTTTTAAGCAT CGGCGAAGGGAAAAAAATGTCGTTTCGAAATCGGTGAAAATTTCCCGCCTTCTGACGACTGAACTTGAACTCACAAAAAG CACTTCAAATTCCCCCATTTCCACTTTCTCTATCTGCAACCTTCAACAAACACACACACAACAATTTAGGGTTTCGATCT CCAAAACCCTTCACCGATCCATTTCCCCCTACAACAATTCCTCCAATCTTCACTTCTCTCTCGCGATTCCGACTCCACCA TGTACATCAAGGAGGTTTGCTTGGAAGGGTTCAAATCGTACGCGACCCGAACCGTCGTTCCTGGCTTCGACCCCTTCTTC AACGCCATCACTGGGTTGAACGGTTCCGGCAAATCGAACATTCTCGATTCCATTTGCTTCGTTCTCGGCATCACGAACTT GCAGCAGGTTCGTGCTGCTAACCTTCAGGAGCTCGTGTATAAGCAAGGTCAAGCCGGAATTACCAAGGCCACGGTGTCGA TTGTGTTCGATAACTCCGATAGGAATCGAAGCCCTCTTGGATATGAAGACCATTCAGAGATTACAGTTACCAGACAGGTT GAATTTTATTTTTTTGAACTTTTATCTGGGAATTTAGGGTCTAGTAATATTTATTCCATTTTTAATATCATTTCGGCGAA AAATGTACCGAAAAAGATACCGGGTTTTGAGTTTAATAGATGCTTAATGATTTATTTGTTTGTCTGTTACTACTTTGCTA AGTGAGTGGTATAATCATGGATTAAATTATCTAGTATCAATTTGTTAATTTCTTGTCTACATGATCTTTATAGATTTAGA TTTTGGAAGCGACATTGCGAAAAAAAATTAAAATTAGGAAAATGCTCGATAGGCCGAATCGGAATTTCGTATAACATTAT TGAGGGTTTTAATTGGTCAATCATTATTTGTTTTGCATTCCATCGCTGAATGGGGTGTTATAACCACCTATTAGAAACTT ACCGCTCATCAATTCGTGAGTTTCGCCCACGAAATCTGTCGGCCTAAGTAGCATTACTCTTAAAATTATTATTTAGAATA AAAAACTTGAGCTTTATGGGCTTTAACTAAAGCAGTTGTCTAAATCATGGGTTATGTGAATATTGGATTTAAAGTCAAAA TTTGGTTATCAGTTATCAACTATGCAAATTTCTCATTTTCTATGTGGTGTTATGTTTTGGGGGTACAATGCAGATTGTGG TTGGAGGGAGGAACAAATATTTGATCAATGGGAAACTTGCGCAGCCTAGTCAAGTCCAAAACCTTTTCCATTCGGTGCAG CTAAATGTTAACAATCCGCATTTCCTGATAATGCAAGGGCGCATCACTAAGGTTTTAAATATGAAACCGCCAGAGATATT GTCTATGCTTGAGGAAGCTGCGGGGACAAGAATGTATGAGACAAAGAAAGAGGCTGCTCTGAAAACACTTGAGAAGAAGC AGGGTAAAGTTGATGACATTAACAAGCTTCTTGATCAAGAGATATTGCCCGCTCTGGAGAAGTTAAGGAAAGAAAGGACA CAGTACATGCAATGGGCTAATGGCAATGCTGAATTAGATAGGCTGAGAAGATTTTGTATTGCTTATGAGTATGTTCACGC AGAGAGGGTAAGAGACAATGCTATTTCTGAGGTGGAACAAGTAAAAGCCAAGATAACTGAGATTGATGACACTGCTAAGA CAACTCAGCTGGAAGTAAAGGAAATGGAGACGAAAATAGCTCAATTGACTGCTGAGAAGGAAGCAAACATGGGTGGAGAA GCAAAATCTCTGTCAGAGAAGGTAGATGGACTTTCCCAGAGTCTTGTGAAGGAAACATCTGTCCTAAACAATAAGGAAGA CACTCTACGGAGTGAAGAAGCCAACAAAGAAAAAGTATGTGGGTGGTGTTATGGATTCATACTTCAAGATTATTATGTCA TTTTTTAAATTTTTAGGTTGCTTATGCTTTAAAGTATTTACATTTTGTGAAGCTGATATTTGGATGTTGAACCTTGATGT TTTAAGATTGTTAAAAATATTGAAGAATTGAAGCGATCTGTAGAAGAGAAGGCCTCTTCCATAAAAAAGGCTGAAGAGGG AGCAGCTGATTTGAAAAATAGAGTAGATGAGCTCTCAAAGAGTCTGGAAGAGCATGAAAAGGACTACCAGGTAAAAGAAT TAGATTCTGGGTTAATGTTTTGTCAGGTTATATGATATCCACGAGTGGAGTTTGTTAGATTGAGGTTATTTTTCCTGTTG CTCAAAATTATTCGTAGGGTGTTTTAGCTGGCAAGAGCAGTGGTAATGAAGAGAAATGCATGGAGGATCAACTAGCTGAT GCAAAGATAGCAGTTGGGAGTGCTGAAACAGAATTGAAACAGCTGAAAACCAAAATTAGCCATTGTGAAAAGGAACTGAA AGAGAAAACAAATCAATTAAGGTCCAAACGTGAAGAAGCTATATCTGTAGAAAATGAGCTCAACACCAGACGAAAAGAGG TGGAAAATGTTAAAAAGGGATTGGAGTCTCTTCCTTATAAAGAGGGTGAGATGGAAGCTTTGCAAAAGGTTAGGTTGATT TTTCTTCAGTTAGTTTCTTTACAATTTAAAGTTTACAAGTCCCATTTAAATAAATTCTTGTGTAAAATAACTTCCAGGAT CGTGAATCTGAAAGAGATTCTGTGCAACGGTTGAAGGATGAAGTACGAAACATTTCAGCATACTTATCAAATGTTGAATT TACATATCGTGATCCTGTGAAGAACTTTGACCGATCAAAGGTGAAAGGTGTTGTTGCAAATCTCATCAAAGTAAAGGATA GTTCCACAATGACTGCCCTAGAGGTTGGACAGAATGACAACTTGTATCTGAAATTCTGAATTTATAACCAACAATTGTTT TGTTAACCCCTTGAATATATCCATTTTCAGGTTACAGCTGGTGGAAAATTGTATAATGTTGTAGTTGACACAGAAAGTAC TGGCAAGCAATTACTACAGAATGGCGGTCTTAAACGAAGGGTGACAATTATACCTTTAAACAAAATACAATCAAGTGTTG TTCCCTCCAGAGTTCAACAAGTGGCTGCTAGATTGGTTGGTCACTGCATTTATTTTTGAAAATACATGTTACTTGGTTTT TGCTATCTAAGTGTCTTGACCGCTAAACTGACCTTGCTGAAAGATTTTGTTGATTTGATTTCAGGTGGGCAAGGAGAATG CTGCTGTTGCACTTTCTTTGGTTGGTTATGATGAAGATTTGAAGGTTTGTTTCCTTGAATTTCAATTTATAACAACATTT ACTGTACTTGTTTCTTAAGTTTTTCTTTTCCTGTTTTATTTTTCCTTGTTTAGTTTTATTTGTAGCGATCATGGGTACTG AAAGCATTTTCCATGTCATTTGAATATGTTTTAACAATCTTTTCCTCCAGTTTTGTTTTATATTTGATCTTGCTGGGTGT GGAAACTTGATTGATTTTCATGCTCAATTGTAGTTTTAATTTTATGTTAAGCTCAATTCTGTTCTAACTAAATTTGAAAT TTGTTATAGACTGCAATGGAGTATGTCTTTGGTTCAACATTTGTTTGCAAAACCATTGATGCTGCGAAAGAGGTAATAAG CAAGGACTGTTTTTTTCTGCTGAGTTACATAAAGCTTTAATTTTACATTGTGGTGTAAACATTTTGCTGATATAATGACT TTCAGATATTATGTTCCAACATGTTGTGCTTTAGATCTGCATAACTTTTTTCCTGTACTTACTAATTTTGCATAACTTAA TGATAGTTTATTGTCTTTTTTCTATGGAGATGTTTTTGGTATTTTCATTATTTTGGTGACTGTACTTACAGCTCTTTTTA TGTTTTCGTAACATACTATAGTTTTCTTACTATATATCTACCTAAGTAAAATAGTAATGCTTCTGAATTTGTCGCGCAAT GTCTATATTTAACTAGGTGAGCCCTATTTGTTTCCACTATGTGACACTCCATCTGTTTTTTGCTCATAAAGTCATACTTG TCTAATCTGGCACGTCATCATTTCTTACCCACCTACGTAGATGCTCAATTTGTCTTAAACTTTGTTGGTCTAATAGGTGG CATTTAATCGGGAGATTCACTCTACAAGTGTCACACTAGAAGGAGATATATTTCAGCCAAGTGGTCTTCTAACTGGTGGA AGCCGCAAGTATGGTGCTATCTTGTTTTTATTGTTACAATTGTCACTGGAATTTGCATATTTCTCTCATTATATGTCCTA TAGACTGTGAGCACAGAGCATATGATATCTTGATTCTTGACTAGTTAACAGAATATTATATATTTTACATTACAGTTTCT GTGTCTTCTATTAAGTGTTACAGTCAATTAGTTATTGAAAAGCTAATGCATATAAATCTTGGTATGTTGTGACGGGTTTG TTGTACTTGTAACAGGGGCAGTGGTGATCTTTTGAGGCAACTTGATGCTTTGGCTGAGGCTAACTCAAATCTTTCAGAGC ATCAAAAAAGGTTATCAGAGATTGAGGAAAAGGTAGGCCCTAAATACCCCTTTTTTTTCATATGATATAAAAACTTACAT TTAGAAAACCTAGTAAGTACATTTATATAAATAAACAAAATTGTATGTTGGTTTCTTTTTTGATTTGTCTGTCACTGCAT TTATAAGTTAACAGAGAGGAATGGTAAGATTAAATTAACTTGGGATGGGGTCAATTGCTTGAAGTTTGGATCCTAGGTCC GTGTGTCATGTGAGGTGTTGGTAATCACCTATTTTACACAGTTAATGGGGGACAGTTTCTACTTTCTATGTAATGTTTAA ACTTTAAATGCATTATCATCAAATGTAATTTTTTAAATGTCGACAAAAGCTCATTAGAGTTGAGAAAGATAAATGTGCAA GGGCTGTGAAAAAACTAGAGAAAATTGTACATCAATGTTAAGAAAAAACAAGAAAGATATAAATGGAATAAATTGCAGCA ATCTCTACATGACTATTAAAATCCGCTTCTAAAATATCTACCGGTACTAGGTGGGGACTGTGAAGAAACTACAGAGACTG CTTTATTCATGAGGAATTAATGTTAAGCTTTAAAAAAACTCTGGCATTTCACTCCAGGCAAAGCCACCACCATATCACTG CACATAATATGGCACACTGCCAAAGGACCTTGCACCTTTTGGTCCTTTTAGTAACTAAATTGCATATTCTAGATTGCTTT AAACTCTCCTTCATGATTTAGTTTTTCTCACAATATTGAAAGTGACTGCACCACAAATATCCCGCTTCTGTAGAATATAT TAGCAAAAAATACAAACATTAGAAGATATTAGAATCCGGGCTTGACCTAACTCTAGCCCAAAAGCTAGCTTGGGGGTGAG GACTGCTCTACCCTTTATAAGGACTTATTTGGCCATATCTCTGGTCAATGCGAGACTTCTCAACATAAGAAAGGGCTTCG TGTACATCAGTGAGAACTTGCAACAGATTATTTATATTGCTAACTACAGCAGTCCAACTAGAAGATTTCACCTTGTTGGG ACCCTGGGCTTCTAAAAGTAGGTTTGTCAGTTGGTACTTTCTGGAAAATGGGTCTTGACTTAAAAATAAGACCAGTAATG CAATTGTAAACTCCAAAGGAATCTAAAGTTGAAATCCCACTGGCTACGAAAGAAATTGGATGAACACAGTGAATCAATCC TCACAGAGCTTTGAATTCTAAAGCCTCTAACTCAGTAAGGGTCAACAACATAAAATTTTATAGCGATGGAATCATTTTGG AGAACAAAAGCTGCATAGTGCATATGCAATGATACTGCAAGAGTATAAATGGTAATGGCAGGGATCAAAAGTACATGCAA GTTGTTTGGGCATTGTTTTTGTTTTGCCTCTATTAAAACATTTCTCTGGATTCGTTTAGTTTCCATGTATGGTCTAGACT CTAGAGAAGGTAGAATGGTCTGCAGGCCTCTTTTTGTCTCAATACTTCATAAAATACAAAAAAGTAGTGCTTTCTTGTAT GAAATTGAGCTATTCTTATATTTTCTTGTGACTTGTGGAGTTTTTTATACACATTTATGTTTGTCATTTTAAATTTTGAT AATCTTGTGGAGCCCAGTCATTTTATAAATAAATCTTATATATAATAAGCTCATGGTTTCAATATAATCTCACATTCTCA ATCCTTTAATTCTTTATTTTGTCTTTGTATCTTGACACCCAGATCATGAAGCTTCTTCCCCTTCAGAAAAAATTTAAAGA CCTCAAAGCCCAATTGGAACTTAAATCATATGATCTTTCATTGTTTCAGAGCAGAGCTGAGCAGAATGAGCATCATAAGG TGTTGATTCATTTCTTTCACCTTGATTTCTTGTATTGTGTGGCAATATATTTTTAACTCTTCTATCTCTCTTTGATTGCT CCTATTCACCCCATGTCCCCATCCAATTTACCTATGTAGCTTGGAGAATTAGTGAAGAAGATTGAGCAAGAGCTTGAAGA AGCAAAGTCTGCAGTCAAGGAAAAGCAGCTTTTATATGAGGACTGTGTCAAGACTGTTTCAACACTCGAAACATCAATCA AGGAACATAACAATAGTCGAGAGAGTAGGCTAAAAGGCTTGGAAAAAAAGATAAAGTCAGTCAAATCCCAAATGCAGTCA TCTTTAAAAGATCTGAAGGTATACTTGAAATATTAGAATTTTTTTCCTTAATCATAGTATGATTCATTTAACTAAATTAT AACAGCTGAATCATTGCCTACCCTAAATCGTTTGTGAAGTAGATGCACTTATTGAATTCCACTTTCTAAGTAATCTGTTA AAATCTTGTTAGGATGAAATGTTGGGTGTTCTTTGAAGGGTTATTGATTATTTTCACTGGTCCAACGTGTAATGGTGCTT TTGGTGAGCCAACATTTGGCAATTGTTGAAAGCATCCTTCATGCTCATAATGTCCTCGATTATTTGAGATATTGGTGATT GTCTTGCGGTTGTCTTCCATACAACATTTTACAATGCTGCCCTATAATTGCTCAGTGTAGCTTGCATAAATTACAGATCT TCCATACTGTTTCTGCCAGTCCTGGCCTTCTGTTTTGGAGGCAATATTTGAAAGAAAAAAATATGGGTTATGGATACTGA TAGAGTGTGGAATCAACTATTATTAAGTATTATATTAACTATACAGGGGAAAATTCCGGGTCCTGATCTTAACTAAAAAA CTGTGAGGGTATGATTTACAAGCTTTTGTTGAAGAAAAAAAAATTATGATGGAATTTGAAGATTTTTGGGTGCTCAGAAT TATTAATATACTAGAGTAAATACTATGGCCAAATAAGTAAATGATCACTGCAGTGTGATAATTAATTGGTTGCTCGTTGG TTCTTAGGTACATGATAATGAAAAGGAGAGGCTTGTAATGGAAATGGACGCCGTTATCCAGGAGCAAGCATCTTTGGAAA ATCAATTAGAGGCGATGCAAACACAGATTAGTAATCTTGTCTCAGAATTAGAAGAACAAAGATCCACGGTAAGCATAGAA GACTATCTTGATTAGATCCCTTTTTGTCAAACAAGAATTATGTCCTCAAATCTCCAAAGTGCAGGTTGTTGCTGCAAGGA ATAATCTTGATCAAGTTCAGTCACAGTTGAATTCAGTTCGTCAGAAAATGAAGGAATGTGACAAGGAAATCAATGGTATT ATTAACGAGCAGAAAAAGCTTGAGCACAGACTTAGTGAGAGTAGTCTTGAAAGGAAGAGGATGGAAAATGAGGTAATAGT CTAACTGTTGTTGTCTATAGCCTTAAAACTTGTGTGCTAAAGAACAATCTCCTCATTCTATTGTTCCAGGTAAAACGGAT GGAGATGGAACAGAAAGACTGTTCTGTCAGGGTGGATAAATTGATAGAGAAGCATTCGTGGATTGCTTCTGAAAAACAGT TGTTTGGTAGAAGTGGCACGGATTATGATTTTTCTTCCCGTGATCCTGGTAAAGCAAGGGAAGAACTTGAGAAGCTTCAA GCTGAACAATCTGGGTGTGTTTGAAAAAATGAATTCTTAACTTTTAGTGTTTTGTTTGGAACTACAGTTACATGTCTTCT TGTACTGTCATGACACTTTTGTTTTTAATTGTTTTACACCATTAAGGCTTGAGAAAAGGGTGAACAAGAAAGTCATGGCA ATGTTTGAGAAGGCAGAAGATGAGTACAATGATTTGATGTCAAAGAAAAACATAATTGAGGTAATTTTTAAACCATTTTA ACATTTTTTTCTACATTTCTCACTTTCGTGCTCAATCTATTATTCTTTTACCTAGAATGACAAGTCCAAAATCAAGAAGG TGATTGAAGAGCTAGATGAGAAGAAGAAGGAGACACTAAATGTTACTTGGACCAAAGTGAACAGGTGGGTTTTTCTTTTC CCTTTTTAATGTAACTTCATCCACTTAATTTTATATTTGTTAGATATTAAAACCATTTATAAGCTTTCACCTAAAAGCTT AAGTTTTTATTTTTATAGTTTAATTAGTTTATAACATGGTATTTTAGTCTCTGACGCAATAGGTCAGTTCTGATGTCTAA CCTATCCTTCCAAGTAAAAGATTGAATTTCAATACAGGGTATCGTGAGTCTTGTAATTGTCCATGCTTTAAGCCTAAAAG GCTCTTGCATGAAGGGACATGTTAGTCTGTTATAATATAAATCCATTCATTCTTCTTGAGCCTTCAAATAGCTTAACCTT TGGGGAGAATTGGCTTAACTATGGGATCTACTCATTACGCTATATTTTATCATTCTTTTTCATTTGACAATGGTTGAGTA TCATGTTTTCATTCTTTTCATTTAGTGACTTTGGATCCATCTTTTCTACCCTATTACCTGGCACGATGGCTAAGTTAGAA CCTCCAGAAGGATGCAGTTTTCTTGATGGTCTTGAGGTTAAAGTTGCATTTGGAAGTGTGTGGAAACAGTCATTGTCTGA ACTGAGTGGAGGTCAGCGATCACTGCTTGCACTTTCTCTAATTCTGGCACTGCTTCTGTTCAAACCTGCTCCCCTTTACA TCTTGGATGAGGTATGTTTTACATGAATTTCTCTGGAACTTTTTCCCAGAATCCTAGTAAGCCTAGAAAAATGATTTTTT GATTTGTCCGTTCTGTGAAGAATTGAATATTACTGAAATTTGGCTGGCATCATATTCTTTGGGATTTGGCTCCTCTAAGG GTAAAGTAAGTCATCATACCTGATTACCTAATTTTAAAATGTCAATAAAAACAAAATCAATGGTGTGATGACTTACTTTA CTCCCTAAAGTGAGTCTTAGAGGAGCCGGACCCTATTCTTTGTATTTTGCTTTTTGAATTTCCAGTCTCACTAATTAGGA TCCAGTTAAACAAATTTATCACCTTAGATGCGATGATCAATGATATACACCTGATTGGGAATTTGTCAAAAAGTATCTTC ATAGGTTTGGAATTTAGAGTTTTGGAGGAGAAAAATATTGTTAGGTTGTTTCTGGAGATTGATTGTGTGGAAAATTTGAA GTATGATGACATGGGAGTGGCGGCAACGTTCAAAATTTGTTTGAGGAACAGTTAACTATGGCTTGTTGGCCTATGCAAAT GCCTGTGCTTAAAACTATACATGAGTGCATAAACTTATTTTGTGATGAATTTCTTATTTCATTGCCATTTTACAAATGGT ATTGGCATGACATGACTAACAATAGTGTACTATTGTTTGATTTGTGTAGTTAATCCTATCAAGTGGGGAAAACACTTTTA TTTTGCATTGTCTTTTAAACTCTTGAAGCATTGATTATGCGGCTAAGACAGGCATTAATTGTAAACTGTTGCAGGTTGAT GCGGCTCTTGATTTGAGCCACACACAAAACATAGGGAGAATGATAAAGGCTCACTTTCCTCACTCCCAGGTAGAGGACCT TTTCTGGTGGCGTAATTTCCTTAATTTCAACATTCTCATGGGGAGAGTGCAACATTCTCTTTTCAAGTCCAAAAAAATAG CTGTCAAACTGTTGTAGGTTATCAGATTCAAAAGATAAAAAAGAAAATACATTTTCGTTTCATTTGGCACCAAAATCATC TGAGCTGTAGATTTTCAATTATGATTTTCTTTTTGGTTTTACTTCTGAATTCATTTTCGTAGCAATTATTTTCAAATTTC CTCTGCAAGCGACATTACAGCACCCATTAAATTGAATAGTCACATTTCTTTTGTTTCTTTTGATTTGCAGTTTATTGTGG TTTCACTGAAGGAAGGCATGTTCAATAATGCTAATGTCCTTTTCCGGACAAAATTTGTTGATGGGGTTTCAACTGTTCAG AGAACTGTTGCAACTAAACAGAACAAGTAAGGTATTGGGATTATGCCTCATTGGTTTCAAGTCTTTGTATGTTCATCTTT TGGGAAAATTAGAAATGAATGTAAAGCTTGACATTCCAATATTTATGTAATTTTGAACAAAACTGTAAGGGCCTATATGT CAGTGTTTTGTTTCTAGAAAATAAACATGACATTTATTACTTATGCTACTGATGCACCTAATGATATTAAAGCACTAATT AGGATGGTGGTAACATGGATATTTTAATCTAGTTGATCTGGTTTTGTATATGAAAGAGAGTATGTAGTATGGAGAAAGAT ATGTGAAAAGAGACCAGGGATAGGGAATGAATGAGTTTGTTGTCAGAATTTTTCTTTTTGATGTCCAACGCTTTAGCTGT TCGAACTACTTAAACGTTATTCTCCAGGGTGAACAAACTACTCAAGACTATTAGC
CDS sequence (LotjaGi3g1v0061500.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTACATCAAGGAGGTTTGCTTGGAAGGGTTCAAATCGTACGCGACCCGAACCGTCGTTCCTGGCTTCGACCCCTTCTT CAACGCCATCACTGGGTTGAACGGTTCCGGCAAATCGAACATTCTCGATTCCATTTGCTTCGTTCTCGGCATCACGAACT TGCAGCAGGTTCGTGCTGCTAACCTTCAGGAGCTCGTGTATAAGCAAGGTCAAGCCGGAATTACCAAGGCCACGGTGTCG ATTGTGTTCGATAACTCCGATAGGAATCGAAGCCCTCTTGGATATGAAGACCATTCAGAGATTACAGTTACCAGACAGAT TGTGGTTGGAGGGAGGAACAAATATTTGATCAATGGGAAACTTGCGCAGCCTAGTCAAGTCCAAAACCTTTTCCATTCGG TGCAGCTAAATGTTAACAATCCGCATTTCCTGATAATGCAAGGGCGCATCACTAAGGTTTTAAATATGAAACCGCCAGAG ATATTGTCTATGCTTGAGGAAGCTGCGGGGACAAGAATGTATGAGACAAAGAAAGAGGCTGCTCTGAAAACACTTGAGAA GAAGCAGGGTAAAGTTGATGACATTAACAAGCTTCTTGATCAAGAGATATTGCCCGCTCTGGAGAAGTTAAGGAAAGAAA GGACACAGTACATGCAATGGGCTAATGGCAATGCTGAATTAGATAGGCTGAGAAGATTTTGTATTGCTTATGAGTATGTT CACGCAGAGAGGGTAAGAGACAATGCTATTTCTGAGGTGGAACAAGTAAAAGCCAAGATAACTGAGATTGATGACACTGC TAAGACAACTCAGCTGGAAGTAAAGGAAATGGAGACGAAAATAGCTCAATTGACTGCTGAGAAGGAAGCAAACATGGGTG GAGAAGCAAAATCTCTGTCAGAGAAGGTAGATGGACTTTCCCAGAGTCTTGTGAAGGAAACATCTGTCCTAAACAATAAG GAAGACACTCTACGGAGTGAAGAAGCCAACAAAGAAAAAATTGTTAAAAATATTGAAGAATTGAAGCGATCTGTAGAAGA GAAGGCCTCTTCCATAAAAAAGGCTGAAGAGGGAGCAGCTGATTTGAAAAATAGAGTAGATGAGCTCTCAAAGAGTCTGG AAGAGCATGAAAAGGACTACCAGGGTGTTTTAGCTGGCAAGAGCAGTGGTAATGAAGAGAAATGCATGGAGGATCAACTA GCTGATGCAAAGATAGCAGTTGGGAGTGCTGAAACAGAATTGAAACAGCTGAAAACCAAAATTAGCCATTGTGAAAAGGA ACTGAAAGAGAAAACAAATCAATTAAGGTCCAAACGTGAAGAAGCTATATCTGTAGAAAATGAGCTCAACACCAGACGAA AAGAGGTGGAAAATGTTAAAAAGGGATTGGAGTCTCTTCCTTATAAAGAGGGTGAGATGGAAGCTTTGCAAAAGGATCGT GAATCTGAAAGAGATTCTGTGCAACGGTTGAAGGATGAAGTACGAAACATTTCAGCATACTTATCAAATGTTGAATTTAC ATATCGTGATCCTGTGAAGAACTTTGACCGATCAAAGGTGAAAGGTGTTGTTGCAAATCTCATCAAAGTAAAGGATAGTT CCACAATGACTGCCCTAGAGGTTACAGCTGGTGGAAAATTGTATAATGTTGTAGTTGACACAGAAAGTACTGGCAAGCAA TTACTACAGAATGGCGGTCTTAAACGAAGGGTGACAATTATACCTTTAAACAAAATACAATCAAGTGTTGTTCCCTCCAG AGTTCAACAAGTGGCTGCTAGATTGGTGGGCAAGGAGAATGCTGCTGTTGCACTTTCTTTGGTTGGTTATGATGAAGATT TGAAGACTGCAATGGAGTATGTCTTTGGTTCAACATTTGTTTGCAAAACCATTGATGCTGCGAAAGAGGTGGCATTTAAT CGGGAGATTCACTCTACAAGTGTCACACTAGAAGGAGATATATTTCAGCCAAGTGGTCTTCTAACTGGTGGAAGCCGCAA GGGCAGTGGTGATCTTTTGAGGCAACTTGATGCTTTGGCTGAGGCTAACTCAAATCTTTCAGAGCATCAAAAAAGGTTAT CAGAGATTGAGGAAAAGATCATGAAGCTTCTTCCCCTTCAGAAAAAATTTAAAGACCTCAAAGCCCAATTGGAACTTAAA TCATATGATCTTTCATTGTTTCAGAGCAGAGCTGAGCAGAATGAGCATCATAAGCTTGGAGAATTAGTGAAGAAGATTGA GCAAGAGCTTGAAGAAGCAAAGTCTGCAGTCAAGGAAAAGCAGCTTTTATATGAGGACTGTGTCAAGACTGTTTCAACAC TCGAAACATCAATCAAGGAACATAACAATAGTCGAGAGAGTAGGCTAAAAGGCTTGGAAAAAAAGATAAAGTCAGTCAAA TCCCAAATGCAGTCATCTTTAAAAGATCTGAAGGTACATGATAATGAAAAGGAGAGGCTTGTAATGGAAATGGACGCCGT TATCCAGGAGCAAGCATCTTTGGAAAATCAATTAGAGGCGATGCAAACACAGATTAGTAATCTTGTCTCAGAATTAGAAG AACAAAGATCCACGGTTGTTGCTGCAAGGAATAATCTTGATCAAGTTCAGTCACAGTTGAATTCAGTTCGTCAGAAAATG AAGGAATGTGACAAGGAAATCAATGGTATTATTAACGAGCAGAAAAAGCTTGAGCACAGACTTAGTGAGAGTAGTCTTGA AAGGAAGAGGATGGAAAATGAGGTAAAACGGATGGAGATGGAACAGAAAGACTGTTCTGTCAGGGTGGATAAATTGATAG AGAAGCATTCGTGGATTGCTTCTGAAAAACAGTTGTTTGGTAGAAGTGGCACGGATTATGATTTTTCTTCCCGTGATCCT GGTAAAGCAAGGGAAGAACTTGAGAAGCTTCAAGCTGAACAATCTGGGCTTGAGAAAAGGGTGAACAAGAAAGTCATGGC AATGTTTGAGAAGGCAGAAGATGAGTACAATGATTTGATGTCAAAGAAAAACATAATTGAGAATGACAAGTCCAAAATCA AGAAGGTGATTGAAGAGCTAGATGAGAAGAAGAAGGAGACACTAAATGTTACTTGGACCAAAGTGAACAGTGACTTTGGA TCCATCTTTTCTACCCTATTACCTGGCACGATGGCTAAGTTAGAACCTCCAGAAGGATGCAGTTTTCTTGATGGTCTTGA GGTTAAAGTTGCATTTGGAAGTGTGTGGAAACAGTCATTGTCTGAACTGAGTGGAGGTCAGCGATCACTGCTTGCACTTT CTCTAATTCTGGCACTGCTTCTGTTCAAACCTGCTCCCCTTTACATCTTGGATGAGGTTGATGCGGCTCTTGATTTGAGC CACACACAAAACATAGGGAGAATGATAAAGGCTCACTTTCCTCACTCCCAGTTTATTGTGGTTTCACTGAAGGAAGGCAT GTTCAATAATGCTAATGTCCTTTTCCGGACAAAATTTGTTGATGGGGTTTCAACTGTTCAGAGAACTGTTGCAACTAAAC AGAACAAGTAA
Protein sequence (LotjaGi3g1v0061500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MYIKEVCLEGFKSYATRTVVPGFDPFFNAITGLNGSGKSNILDSICFVLGITNLQQVRAANLQELVYKQGQAGITKATVS IVFDNSDRNRSPLGYEDHSEITVTRQIVVGGRNKYLINGKLAQPSQVQNLFHSVQLNVNNPHFLIMQGRITKVLNMKPPE ILSMLEEAAGTRMYETKKEAALKTLEKKQGKVDDINKLLDQEILPALEKLRKERTQYMQWANGNAELDRLRRFCIAYEYV HAERVRDNAISEVEQVKAKITEIDDTAKTTQLEVKEMETKIAQLTAEKEANMGGEAKSLSEKVDGLSQSLVKETSVLNNK EDTLRSEEANKEKIVKNIEELKRSVEEKASSIKKAEEGAADLKNRVDELSKSLEEHEKDYQGVLAGKSSGNEEKCMEDQL ADAKIAVGSAETELKQLKTKISHCEKELKEKTNQLRSKREEAISVENELNTRRKEVENVKKGLESLPYKEGEMEALQKDR ESERDSVQRLKDEVRNISAYLSNVEFTYRDPVKNFDRSKVKGVVANLIKVKDSSTMTALEVTAGGKLYNVVVDTESTGKQ LLQNGGLKRRVTIIPLNKIQSSVVPSRVQQVAARLVGKENAAVALSLVGYDEDLKTAMEYVFGSTFVCKTIDAAKEVAFN REIHSTSVTLEGDIFQPSGLLTGGSRKGSGDLLRQLDALAEANSNLSEHQKRLSEIEEKIMKLLPLQKKFKDLKAQLELK SYDLSLFQSRAEQNEHHKLGELVKKIEQELEEAKSAVKEKQLLYEDCVKTVSTLETSIKEHNNSRESRLKGLEKKIKSVK SQMQSSLKDLKVHDNEKERLVMEMDAVIQEQASLENQLEAMQTQISNLVSELEEQRSTVVAARNNLDQVQSQLNSVRQKM KECDKEINGIINEQKKLEHRLSESSLERKRMENEVKRMEMEQKDCSVRVDKLIEKHSWIASEKQLFGRSGTDYDFSSRDP GKAREELEKLQAEQSGLEKRVNKKVMAMFEKAEDEYNDLMSKKNIIENDKSKIKKVIEELDEKKKETLNVTWTKVNSDFG SIFSTLLPGTMAKLEPPEGCSFLDGLEVKVAFGSVWKQSLSELSGGQRSLLALSLILALLLFKPAPLYILDEVDAALDLS HTQNIGRMIKAHFPHSQFIVVSLKEGMFNNANVLFRTKFVDGVSTVQRTVATKQNK
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 | 1176 | 1176 | 0.0 | – | |
| SUPERFAMILY | 1 | 1157 | 1157 | 7.2E-46 | ||
| Gene3D | 1 | 230 | 230 | 1.2E-45 | – | |
| CDD | 1 | 156 | 156 | 1.42249E-101 | ||
| PIRSF | 1 | 1155 | 1155 | 1.3E-173 | ||
| PANTHER | 1 | 1176 | 1176 | 0.0 | – | |
| Phobius | 1 | 1089 | 1089 | - | – | |
| Pfam | 2 | 1161 | 1160 | 1.2E-61 | ||
| Coils | 267 | 287 | 21 | - | – | |
| Coils | 317 | 379 | 63 | - | – | |
| Coils | 400 | 448 | 49 | - | – | |
| Coils | 473 | 493 | 21 | - | – | |
| SUPERFAMILY | 476 | 684 | 209 | 3.79E-44 | ||
| Gene3D | 517 | 675 | 159 | 1.7E-33 | – | |
| Pfam | 518 | 638 | 121 | 1.0E-21 | ||
| SMART | 518 | 638 | 121 | 7.8E-30 | ||
| Gene3D | 577 | 667 | 91 | 1.7E-33 | – | |
| Coils | 672 | 699 | 28 | - | – | |
| Coils | 736 | 763 | 28 | - | – | |
| Coils | 782 | 809 | 28 | - | – | |
| Coils | 817 | 928 | 112 | - | – | |
| Coils | 982 | 1026 | 45 | - | – | |
| Gene3D | 1020 | 1176 | 157 | 1.4E-42 | – | |
| Phobius | 1090 | 1110 | 21 | - | – | |
| Phobius | 1111 | 1176 | 66 | - | – | |
| Coils | 1175 | 1176 | 2 | - | – |
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 LotjaGi3g1v0061500.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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