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LotjaGi3g1v0037500.2

Overview

Field Value
Gene ID LotjaGi3g1v0037500
Transcript ID LotjaGi3g1v0037500.2
Related isoforms 1
Lotus japonicus genome version Gifu v1.2
Description Protein recA; TAIR: AT1G79050.1 recA DNA recombination family protein; Swiss-Prot: sp|Q39199|RECAC_ARATH DNA repair protein recA homolog 1, chloroplastic; TrEMBL-Plants: tr|A0A0R0G3Y7|A0A0R0G3Y7_SOYBN Uncharacterized protein; Found in the gene: LotjaGi3g1v0037500
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr3:4060967..4075232) extracted from Lotus japonicus Gifu genome v1.2.

ATGGATTTGGTGTTCCCTCTGAAACCCCACACACTGATTCTCAATGCACCCTCTTCATCCCTCTTCCTCCCTCGCCGTCT TCCTGTAAAGTTCCGCTCTTTAAGCCCCCTCTGTGCTTCCAAGCATGTCAAGATTCAATGCGAGCTTGAAGGGAAGATCA ATGGTGCCCTTTCTGGTGACTTGGACCCTCGCTTCATCGACAGGGTACTATAGCGTTTTTCTTTCACTATTATGATGTTA TTCTCATGTTTTGATTGTGAACTGTTTTGCTTTTCCAAGCTTTTGTTCAATTTCATTCAAAAAGGTGTCACTTTTCTTTA GTTTTTCTTTTCTAAAGTGAATGAATGGTTGCATTTGAAGTTTGAACACATGTTGGCACTTTGTTGGTAGGTTGATTGTT CATTTCTCTTTGGAAAAAGTTACTTCCCTGTGAACCCTATTGTGGTTTTATTGTCTGTATGTAACTACTCCAAAAGAGAG TTGTTTTTTGTTCTTTTATGTTGCTGACCTTAACTTGTAGTGTTTGCTTCAACCTTCAATCACTTGTAGTTGTTTGAAGT GAGTATTGAGGGGGAACTGATAAGAGGCTAGGTCCTGCTGTAAGTTTCATTAGGAAGTGTTGTTATGATCCCATCCCATG TAAAGGGGTTTTGTGAATTTGGTATGCTGTTGGTTGGGTTATATTGTTCTGAAGTCACTGACTTGGCATATAGCCATGTA GGCGGTGGAGAAGTGTTGAGGAAAAGTATTGTTTGCGTTTTGCGGCATCCTCTATTGAACATACTGAAACTGTTAGGAAT TTGGAGGCATAATTAGCCTTGACAGCTTAAGAAAGAGGCATGGTTTTATTTTTACATTCTGTTGTTGATATGTTTTGTTT TGTTTTGTGAAGAGAAGGGGGGAGGACTGTGCATCAGTAAACTTCACATCCTCACAAAGAAAACATGCTAACTTGTGAAA TTTGCAGTCAATTCTTATCCCTTAATTTGGTCCATAACCTTTCTTTCTTTGATTTGGTCCCTTGAGTGATGAATTGTTTT TCCCCATTTGGCCCCATAACCTTTCTTTCTTCTATTTCGTCCCTTGAATTGTCAATCGGTGTTGTACTCCGTCACTGTTA TGCCTCCAATGTTGGTAGGACAATTTTTTGCTTCTATGTTATCATCTATTCTATTTACCTTTTCTGTTTCCTGAATCTTA GTATCTGTGGAAGTATACTGTTTTGTATTGGACTATTGGACTCAATCAGCATGCTGGTTTTTAGGATATATTGTTCCATA TTTGTTATATACTTGGTTTTAGATCATTGTTCTGATGAAAATATGATGTGAGCATGGCACGTTAAAATAGTAGTTTATTA TACTAATAGTAATAGGGTTTAGCTCAATGATTAGTACATTTTTTAAGAGATGAGATATGCTATTAATATACTGACAATGA AATTCTACTCTAGCAAAAAGCACTGGAAGCAGCGATGAATGATATAAACAACTCTTTTGGAAAGGGTAGTGTAACAAGAT TGGGCAGTGCCGGTGGAGCTTTGGTGTATGTAGCTTCTTTTCATTCTATGTCATCTGTATTCCTTTTGTTCCCAACCCAA CTATTTTAAATTTTAAAAAATAACAAATTGTGCTCTGTCACTATTTTGTGATTTAGATTTTGTAACATATGACAGGTTTT CAATTATCTTGAATGTTGCAGTGAAACATTTCCCAGTGGCTGTTTGACTTTAGACTGTGCTTTAGGTGGCGGTCTTCCTA AAGGAAGAATTGTAGAGGTATTTACTGTATGCTTTGTGCTGTCATTCATTTGCTTTGGTAATCTTATTTCCGTTCTGTGT GTTTTTGACGGAGTATGGAATACGATCTATATTGGGGTATGGACTAGGAAGAATAAAGTATATTTGTACAGATTGGGATT TTATGTAAATTTGAGTATTTATTAAATAGTTTTGCTGGTTTGTTTTAGGCCTTAGGGTATCCTTAACTAAAAAAGGTTAC AGATTTTACAGATTTTATTTACATTCTGTGGGTTCTTGATGGAGTGTGGAATACAAACTATAATGGGAATGGATTAGGAA GAATGAGTTATATTTTTAAGCATTGGAATTTTGTTTAAATTTGGGTATACATTAAATGATTTTGATGTTTAACGGGTACC TTTGTTTGGAGACTTACACTTAAAAGCAATCATCTGAGCAAAAATTTTTAAACATTAAGATGTCCTAATTCTTCCGTACT TTATTTTTGACCATGTGAAAGAATTGTTGTTTCGTCTATTGTGTTTTTTGTTGTCTCTTTACTCATTTGTTCTGTCATGT GCAACGTGACTTTATCTCCTTCATCTATTTCCAGATATTTGGACCAGAAAGCAGTGGGAAGACCACCCTGGCACTTCATG CTATTGCGGAAGTGCAGGTAATTCGTTTATCTGGACCTTTCCCAATAATTAATTCCTAATCATGATGATCTATTTTGTTT TTACCCTAAACAAATGTTTTTGGGATCAATGTGCAATTTTGTTTATGATAAGCAGAAACTAGGAGGCAATGCTATGCTTG TTGATGCAGAGCATGCTTTTGATCCAGCATATTCTAAAGCGTTAGGAGTGGATGTGGAAAATTTGATTGTGTGCCAACCG GATAATGGAGAGATGGCTCTTGAGAGTAATAACTTTTCCTTTAATGTGATTGTATTGGCATGGATAAGATAAATTTTACA GTGTCTATATTGCATTAGCAGGTCTCTGTATCTACGAATTGATTGAACTTTCCACATTATAGTCGCAGATCGTATGTGTA GATCTGGTGCTGTAGATCTCATTTGTGTGGACTCAGTCTCTGCCCTCACTCCCCGTGCAGAAATTGAGGTAAACATCGGC TTTCTTGATTTTAGGTATTTTTGTTTCATAGTTTAGCGGATTGCTTTTCTGTCTAACAATATTTTCATATAAATGCATAG GGTGAGATTGGAATGCAGCAAATGGGATTGCAGGCTCGTCTTATGAGTCAAGCTTTGCGTAAGATGTCTGGAAATGCCTC TAAAGCTGGTTGCACTCTTATATTTTTGAATCAAATAAGATACAAGGTACTTGTTATTGATCACTCTAACTTCCATTTTG GGAAACTGCACACATTTAATTATAAGTAATGTATATTTGCAACTGCTGAATCAGTTGAGTTCATTGATAAATTTCAAGAT GTTAAATCTCTAGCTTTTATTGATATGATTTATATTTTTGCTTACTTCTGTAGATTGGTGTCTATTATGGAAATCCAGAA GTGACAAGTGGTGGAATTGCATTGAAGTTCTTCGCATCAGTTCGGCTAGAAGTTCGTTCTACAGGGAAGATAAAGTCTGT AAGCACAGAGACTCTGTCATGACATTGTATTATATATCATCTTAAACCTTGTTGTTGCCGATTGGCCTTTCTACTCCAAT CATGAGCAGATTTTACATTAAAATAATTACCTGTAACTAATCTGATATATTGACTATAATATCAAAATCGTTTAATGTGA AGCACTACTGTGTGCGTTTTCATTTTGCTTTAGGCTAAAGGAGATGAAGAAATTGGTGTTAAAGTTCGTGTAAGAGTGCA AAAGAGCAAGGTAACCACAGTATTTCTATATTTGAAAATTTTCCTTTTAAGAAATTTCTCTTCATTTTAATTATGTTGCT TTACACGACTTGAAACTTGACAGTTTTAATTACTTTCAGAAGTTTTCAATTTGAGTCTTAATTCCTGTTGATTATCAGTC TCTTACTGTTTAAATACCTTTGCTGAAATTATTCTAGTTTGGTGTAAAGTGAAAACGGGAGATCAAAGTTACACATTGAA CATATATGATAAATTGATAATTTAAATTTCATATCACCATATCAAGAATTTTCTGGGGCTAGAATTTCAAGAAGTTTTTT GTTTCTGGCTATATCCATTTGTTTATGTTCACCTACATTCGGATGACATAATTACTCCTTTTTGAAAAAAAATTAGCATT GAGGCGAATCAGCAAAGTTTGGGCTCATAGATTCATTCAACCATGAAGCAAGTTGTTAGGCCAGATAATACAATTGGGCC GTTAGTGCACAAAGGGAGTGGGCCTAAGGTTTGGCACGTATATTCTAGAAGGGGGAAAGGAATCTCCAAGGAGCCACCTG TGATACATTCCCAACAGATTGGGGAGTGAGAGAATGAGACGGTTAGTGAGCTGTTAGTGATTGTAAGAGAAGATGTATAA GAAGGCTAGGAGAGAGGTTGAGGGGTATCTTTTGATCATTGAATTCTGTGAGATGGATAGGAAGCTCTGAGCTTCCTATA AGGAGCATTGCTCTTGTCAGATTAGGGACCTTTCCCACTCTGTGTAAAAGCCAATTTCAATTCAATAAACAATCACATTT CTTTTCCTTTCACTGCAAATTACTTACTGTTTCATTGCTAGGAAATAGATTCCTAACAATTTGGTCCGACCTGCCGGATC ATCTTCACGGGGATACCTGTGGATGCCACCCAGGAAAACCACCAAGGTTGCAGTCACCCAAATGGAGGCGAAGATCGACG CGTTGGAAACGGAACTCGCAGCGATGCGAACTTCTCTATCGGCGGTCACATCGGCGGTGAAGGATCTGCCGGCTACTCTG GTAGCAATGGTGGAGAAGGCAGTAGGGAAGAAACCAGCGGAGGAAGAAAACCCTGGAGAAGAGTCCATTGGTAGATCCAG TGGCAAGACTCCGGAACCAATGGGAGGCATGATGGGAGAGTTGCGTCAGACTTCTCTCCGTGGCGATGCGTTGGAGGAAT TCCGACGATCGGTGAAGAAGGTAGAGCTGCCCCCTTTTGATGGAAAGGATCCTGCTGGGTGGATCTCAAGAGCGGAGGTG TACTTCCGCGTCCAGGAAACTTCATCGGAAGTGAAGGTGGGTCTCGCGCAATTGAGTATGGAAGGAGGTACAATCCATTT TTTCAACTCGCTCTTGGAAGCGGACGAGGTGCTGACATGGGAACGCTTGCGCGAAGCGTTGCTGGAGCGTTACGGCGGCA ACGGCGACGGTGACGTGTACGAGCAGCTCACCGAGCTCCGTCAAAGGGGTTCCGTCGAGGACTATATTACAGATTTTGAG TTCTTGACTGCGCAGATCCCGAAACTTCCTGACAAACAGTACCAGGGCTATTTTTTGCACGGATTGAAGGAAGAAATCAG AGGCAAGGTTAGAAGCCTCATCGCCATGGGAGGAATGAGTCGAGCACGTTTGTTGCTGGTAACGCGTGCAGTGGAGAAGG AGGTAAAGGGGGAGTTTGGAGCGGGTCAGGCACGGAGCAATAGAATTGGACCATCGGGTTCGCGACCCGGAGGAACGAAC CAGGGGAACGCCGGAAACACTGATTGGGTATGGGTCAGAGGAGGAAAGGACACGGGTCAGGAAAAAAGGCCCATTACTAA CATGGCACGAGGGGAGCAAACAAAAACGGCCCAGGAAGGGAAGCGAGTTGGGTCACGAGACCGGGGTTTCAACCATTTGA CCTATCCTCAGTTATTGGAGCGGAGGCAAAAAGGCCTGTGTTTTAAGTGTGGTGGACCCTTCCACCCGAACCACCAATGC CCTGATAGGCATCTACGCGTGCTGATTGTAGAAGATGAGGATGACGACTCCGGCGAAGGGAATATCCTGGCAATGGAAGT CAATGAGGAGGAAGAAGACAACGTGGGAGAGCTGAGTTTGTTGAGTTTGGGGAGCATGGGAGCAAGGCCAGAAGAGGCTC CTCAAACCATGAAGATTCTGGGTTCCGTGAACGGCGTGCCGGTGGTGATTCTGATCGACAGTGGGGCTACCCACAATTTC GTGGACGGCCAACTGGTGCGAAAGATGGGATGGGAGGTTCTTGAGACTCCCCGCATGACGGTCAAGCTGGGAGATGGGTT CCGATCGCTGGCCCAAGGGCGCTGCAAGAGTTTAACGATACAGATGCAGGGATACCAGCTTGAGTGCTCTCTGCAGTTGT TTGAATTAGGTGGACCCGACATTGTGCTCGGAGTTGAGTGGCTCCAAACTCTGGGTGACACACTTGTTAATTGGCAAGCT CTGACGATGAATTTCTGGAATGGTCTTGAATGGATCAAGCTTCAAGGAGAACGAGCAGGGAAGGACAACTTGGGATCCTT GCAAGGCATTCTTCGTTCAGGAATTGGCAAAGAACAGGGGCTCCTAGGACCTCTGGGAATGCACACACAAACTAAACCAC TGCCACCGGGGCTCACACCAAGCCAGCAAGAGCAACTGAACACCGTGCTCCTCCGTTTCGAAGGGGTCTTTCAGAGCAAA CCAGGCCTTCCTCCAGGAAGGGGAAGAGAACATAGTATCACCATCAAAGAGGGACAGGGGCCAGTCAATGTGCGGCCATA TCGCTATCCCCACCACCAGAAGAATGAAATTGAGAAGCAAGTGCGTGAAATGCTGGCTGAAGGAATCATAAGACAGAGCA ACAGTGCATACTCCAGCCCTGTGATATTAGTGAAGAAGAAGGACAATTCCTGGCGGATGTGTGTGGATTACCGAGCACTT AATCGTGTCACGGTACCGGACAAATTCCCAATACCGGTGATTGAGGAGTTGTTAGATGAATTACATGGGGCACGATTCTT CTCCAAACTTGATCTGAAATCCTGTTACCATCAAGTCAGGGTGCGAGCTTCTGATGTTCACAAAACCGCTTTTCGCACTC ACGAGGGACATTACGAGTTCCTCGTAATGCCTTTCGGTCTCATGAACGCTCCTTCAACGTTTCAGAGTTTAATGAATGAG ATTTTTCGTTCTATGCTGCGACAAGGGGTCTTAGTATTCTTTGACGATATATTGGTATACAGTGAGACCTGGGAGGAGCA TTTGGGCCACTTAGAGAAGGTGCTCCAGATTCTGCAGGTCCAATGCCTTACAGCAAACCGCAAGAAGTGCCAATTTGCCA CAAAAACTGTGGATTATTTAGGTCACTTAATCTCAGAGGAGGGTGTCGCGGTAGATCCGGGTAAGATTGAGAGTGTGTTG ACTTGGCCTGTTCCTAAAAATGTGAAAGGGGTACGGGGATTCCTGGGTTTGACCGGGTATTATCGAAAATTCATCAAAGA TTATGGCAAGGTAGCAAAACCTTTGACTGATTTGACAAAGAAAAACGCTTTTCAGTGGAATAGCGCGGCACAACAAGCGT TTGATGACCTCAAGGTCAGGCTCACCACTGCTCCTGTACTGGCCCTTCCTGATTTCAGTCAAGAGTTCCGTTTGGAGTGT GATGCTTCCGGAGTCGGGTTGGGAGCAATCCTTCTGCAGGGGAAGCACCCGATTGCGTATTTCAGTAAGGCACTCGGGCC CCGCAGCTTGGCCAAGTCAGCATACGAAAAGGAGTTGATGGCGGTGGCCCTCGCCATTCAGCATTGGCGGCCTTACTTAC TTGGTCGCAAATTTGTAGTTTCAACTGATCAGAAGAGCTTGAAGGAGTTCTTGCACCAGAAAATAGTCACTGGAGACCAA CAGAACTGGGCAGCGAAGTTATTGGGATATAACTTCGATATCGAGTACAAATCAGGTAAGTCCAATCGCGGCGCTGATGC TTTGTCGCGAGTGGAGGACACAGGGGAATTCAATACGTTGGTTTCTTATCCTTTCTGGGCAGAACAGAATTCGATTCAGG AGGAGGTACAAGGAGACGAACGCTTGATGAAGATCATCAAGGACCTGGAAAAAGACACCCAAGCTCATCCCGGTTACAAG GTAATCCAAAACACACTGTTTTACCATGAGCGTTTGGTTCTGTCCAGTTCATCTGCTTACATACCCAAAATGATCCAAGA ATTTCATACTACGCCTCAAGGAGGTCATTCGGGGTTCCTACGCACATATAGACGTTTGGCAGCAAATCTGTATTGGTTGG GAATGAAGAACTCCATCCAAGAATTTGTCAGGAATTGCGATACTTGTCAACGACACAAGTATTTGGCAGCGTCTCCCGCG GGTCTCCTCCAACCTTTGCCCATTCCTAGCCAGATATGGGAAGATGTCTCGATGGACTTCATCACCGGGTTGCCACGCTC CAAGGGATATGAGGCCATATTTGTGGTTGTCGATCGCCTTACGAAGTATGCCCACTTTATCCCAATTAAGCATCCCTACA CTGCGCGGAGCATGGCTGAGTTGTTTGCAAAGGAAATCGTGCGTCTCCATGGTATGCCTTCGTCTATTATCAGTGACCGT GACCCCTTGTTTATTAGTCATTTCTGGAGGGAGATTTTCAGATTACAGGGCACCCAATTGAAGCTCAGCTCCGCGTATCA TCCGGAGACCGATGGACAAACGGAGGTTGTCAACCGTTGTTTAGAAACTTATCTCCGATGTTTCTCCGCTGACCAACCCA AGACCTGGGCAACGTGGCTCCATTGGGCGGAGTATTGGTTCAATACTACTTATCACTCAGCGACACAGATGACTCCGTTC GAAGCTGTGTATGGGAGAAAACCACCAGTCCTCACCCGTTGGGCTTTTGGGGAAACCAGAGTGGAGGCGGTGCAACGTGA GCTCCAGGATCGTGATGAAGCTTTGCGTCAATTGAAGGATCATTTGTGCACAGCACAAGCACGCATGAAGGCGCAGGCCA ATGCTAAGCGACGGGACCAGTCGTTTGAGGTTGGCGAATGGGTCTTCGTGAAGCTGAGAGCTCATCGACAATTATCTGTC GTGAACAGGGTTCATGCGAAGCTTGCCCCTCGTTACTATGGGCCGTATCCCATCACTGAGAGAATCGGGGCAGCAGCGTA TCGACTGAAGCTTCCTGAGGGCTCTCGTGTTCACCCTGTTTTCCATGTTGCGTTGCTCAAGAAAGCTGTTGGAAATTACG CTGTTGAAGAAGAGCTGCCAGAGCAGTTGGATGGCGATGAGTTCTCGAGTATCCAACCGTTCCACATTCTGGCTCATCGT ACAGTGTTACGCCATGGAATTGATGTGGCCCAAGTTCTAGTTCAGTGGCAGGGCCAACCTCTTGAAGAGGCCACGTGGGA AGACAAAGTTACTATTCAAAGCCAGTTCCCCGCCTTCAACCTTGAGGACAAGGTTGCTGTTGAAGGAGAAGGTATTGTTA GGCCAGATAATACAATTGGGCCGTTAGTGCACAAAGGGAGTGGGCCTAAGGTTTGGCACGTATATTCTAGAAGGGGGAAA GGAATCTCCAAGGAGCCACCTGTGATACATTCCCAACAGATTGGGGAGTGAGAGAATGAGACGGTTAGTGAGCTGTTAGT GATTGTAAGAGAAGATGTATAAGAAGGCTAGGAGAGAGGTTGAGGGGTATCTTTTGATCATTGAATTCTGTGAGATGGAT AGGAAGCTCTGAGCTTCCTATAAGGAGCATTGCTCTTGTCAGATTAGGGACCTTTCCCACTCTGTGTAAAAGCCAATTTC AATTCAATAAACAATCACATTTCTTTTCCTTTCACTGCAAATTACTTACTGTTTCATTGCTAGGAAATAGATTCCTAACA CAAGTCCAACATAATATAGTGATGTTGCATGACAGTCAAACTCCAGAAGAGAGCTAACTCAAAATAACTAACGAACATTT AAAGATGTGTGTCTTTATCGAATAAATATGTTGCATTATTATTCTAACTCTCCCGCCCCACTCAATGCCATGTCAAAACA CAAAAGAGTAGGTTACAGAATTTAAGATACATAAAGATCCAACCATACCAAACACCCTTTGGAGAGGAACCAAGAAGACA GAGGCAAGGTGTCATTAGATTGGCCACATCAAGGTGAGAGGAGATTGTGGCCAGAAAAAAGGACTTCAGGCATTTGCATG TGCAATGAAGAGCTAAACTTGTCAGATTTGTTGGTGTGTTAGGGCTTCAATGACGGTGTGCAACTTTAGTACCTGCTGAT GTAGACATGCATGGGCTGATGACGAACCAAATATTTTAAAAGCTTAAGCTATTCGATGAAAGCACGTGAGTGATGTTTTA TATAACACCCTTTTATGCAAGAACCCTTTGGCTTGTGCTGAAATTTAACTTCTTTTCTTTATTTAAAAGAATGGGTGTAA CAAGGATTGGATTCTTGACCACTTTGTTACAGAGGCTTTGATACCATGTCGTGAACCAAAATTGTTTTATATTTATAAGC ACGAGTGGGCCCAATAGCGAGGTATAAAGATGCACGCTTAAGGATAGATTTGGCAATCCAAGTTGCGCAAGAAAGAAACA GAAGTGACATCCTATGGAGTTGGTGGTAGAATTTGTGCACAGCCATAGTAAAAAAGAATGATGGAGATGGCAAGAGTTCC ATATTTTAGGGAACTCAGCAACAATAGTGATGAGATAGGGCATGAAGTATGGTGCCACTTTGATACTGTGCTCTGAAATT ATGAAAATGTAAGGACTATGGAATAATAATCTATTTTTTATAAACGTATCATACAAATACAGCACTAAGCTTTATTTATA TTGATACTAGACTCTTATCCTAATCAAATAAGGAATAAATTGGGAAATATAATTAGATATGTGAATCATTGAAATTATCT AAGATAGTAAAATACTCTGAAGATGCAATCAAGATATTATGAGATATTCTAGGAGATATTATGCTGTATTTTTCATTGAC TTCATACTTTGTGCTGAAGGTCCTTAACATGATAAGTTGTTTTAGGTATCAAGACCGTACAAACTAGCTGAATTTGAGAT TATATTTGGAGAGGGAGTCAATAAGCTGGTGAGTGCTGCAAGCCTGCAACATAAAAGCATTTTTGAATTCTGACCTGAAG TGTTTATCATCATTATGACTTTTCATTTGAATTCAGGGTTGCATTTTAGATTGTGCGGAAATGATGGATATTGTCTTAAA GAAGGGATCTTGGTACAGCTATGGGGACCAACGGTAATGTCTCAACCTCTTTTTGAAGCTTAGTATTTATTTATTTAGTT ATTTGATGATCTCTTTCATTATTTTGCTTTGCTTTTTACATCCTCCAAATTAAGGACCTGACAAGGAAATTTTGGTTCAG CTTAATGGGAATTTGATCAGGAAGTTAATTAGATTTATGCAGTTCTATGATCTGTCTGTGAGAGAATAAGTAATAACTAA CAAGAGATCAATTGAAATAATTATTCAGAAAAGACAGACATTCAACTGCAGTAATGTGTGACTTAAAATTTGATGAGTAA AGAGATAGAGGGACTGGGGGACAAATATTAGATTTCCATCATCAACAAAAAAACTAATTTATTGTTTTGTCATGTAACTT TATATTGAAAAAGAAAAGAGAGAATATGGTGTAATCTGCTGTTAGGTTAGGAAATAATCCAACAGCAAATATAAAAAAGA TAGAAGTGATGAAGAGAGATGATAGACGACAACAATCCTAATGGATTCAAACAAGGAGAACCTTCTTTCCAAGGGTGAAG AGAAAATCCCTTTACAAACTGTAATGCTCAAATCATGCTCTAATGTAAGGAGAGTACTCCTATTTATAATAAACTAACCC TACTAAGTTAATGACACTGGCCCAACTAAAATCAGAAAAGCTAACTTAATACCAAAGCAAACAGATAAAACCAAACCCAG GTCCCAACACAACAGGCCCACTGACTCTAATTTATAACCCTAACATCTGTGGTGTAACGTGTAACTACATAGCTGAGAGC AAACTGTATCGATGTAAAGTAATAAATAAGAAGACCACAGTTGTCCTAATTACCATCATCATGTGTTTATGGTTAGCTCA TATACGACGAATCTTGTATACTAACACTCCCCTCAAGCTGAAGCTGGGTATATAGATCATATGCACCAAGCTTATTACAT TATTAACTTATCTGGAGATCAAGGACTATGTGAAGACATCCTCGTCATTTGAATTGAGAAATGAGTGGTTGTCTCAACAT TAGATCATCGCTCACATGTAATGGAATGTATTTCAAGTATTTAGTCCTCATGAAATGCTGGATTATAGATACATACACAC AATGTAGATTGATTGTCGCAAATAAGTGTCATTTGTACAACTTTCCCGAATTTGAGCTCTTGAACTGATTGTTTGATCAA AATGAGTTTACAAGTAGCTGACAACCGTGGCTTAATGCGCATAGTATCCAGTCCCCAATAAGGTAGTTACCTTACTAGTT AGTTAGTTGGAAAACTTGGAATATTAGGTTGAGATGGTTAGGCCGTTAGGGAAGATAGGATATATTTATATAAATAACAG GCGGGAATGGAAGGGAGATCAACCAGTCATCTGAGTAGATGTTTACATTTAGGAAAAGTGCAAATCCTTGAAATTTACAA CATCAATCGATATCTTTAACTAAGTGGCTTTCTATCAACTAGTACTAGAGCTATGGGTATTGCATCTTGAAGTTGATCCA GGAGCTGTTTAAGGGTTCAACAAGAATGGATAAGAAAATTCTTGAAGAACTGGGGAGAGAAGCTGCAACTTTCAGGAGAG AACTCAGGGAGCAATGTATAGGAATTCCCAATTCCCACGTTACCCTAGCATTAATGACCTCCCACTGTTGATACCAATGG TAGGCACAGTCTTCCAGTCCTTCCATAGTCAGTGATAGCCACCCTCCTTCGTATCTTTCATTATAAAGTGCCGCCCTTAC TCATTATCCCCTTGAAATCCCAGAATTCCAATATGTTCCTCCTTCAGTTCCCTCCTGACAATCTCTCCGCAATTCCTCAA AAATTCACTAAGTGATGGAAGATGGCATTATACTTAAGAGAAATGGAGTAGTACTAGTGCTTGAAGCATGCACTGATATA TATTATTTTGGATCACTAAGTGATGGTAGATCAATCACTAGGCACAGCCGCACAGGATACATCAAGTTTCTTGGGTGAAA TCTTGTGACTTGAAGTAGTAAAACATGTAAGTGCTGAGACAGAACTTAGAGGAATAGCTGAAGGTGCCTGAACTACTTTT GTTAAAAACCATATTTGAAGATTTGAAGATCATGTGCCAATACCATTGGACTTAGTTTCAAGTGGCACCTGAAACAGAAG ATATTGGAATTAAAACGTTATTAAATGAGTGGCTAGTTCCAGCAGCATTGGAACCTTAGTTTTATAAGGGAAAAAAATCA GCTTGTTTATTTTTATTCCTATAAATAGCAAGATGGTAATGTATGTATAAACCGAAGATGCTGTGTTCAATTGATTCGAG TGGTTCAGTAAATAATATTTTCATTTTCTTAATTTCTGAAACCTATCAAATTTGTTAGGTGAAAACACATTAACGGTTTT GTTCAATATTTTTAACATACCTCCCACGAAATGGCCTTTTGGGTTTGAAGCCTGGGATATTACCAGGCGCACGGCCTAAC CAAATTGTGCTGAAATTTAACTTTTTATTAAATAATGAGAACAATTAGGATTGAACTCTGAAACTACTTGGTTGCAGAGG CTTTAATACCATGTAAATTTTGAGAAATTATGTGACTAATCAGTCTACAAAAGCATCTAGTTATTTCCTTACAATACTGA ATGCAATTGAATGTGATGCTAAATCTAATCCATACAAATCAGTAATAGCTTATAATCAGTTACAACTAATATTTACTTGT GATTGATTCTAACATAGATGAAAAGTAAAAAAAATGCAAAAATCATAATTATCCTAATTAGTGTAAAAGCGTGATTATGT TTAAGCATGCATGTAATGAACCTTTGACACTATTTACATACATTTCAATACTTTCCATCTGATGTCATGTCACATGCTTT TAATTATAATGAACCTTCTCCCTTCTGTGTCTCCTTTTTATTCTTTTCTCATTCATGTTACACATTCTTCACAGTTCAGT TATGAAGGAAATTCTTGAATTGAATTTGTTTTTCTATGTCATCGTTGTCTCACATTTCTTTGTCTTTTCCTTTGTCTGTC TCTCTATGGTGGGTGGGGGCTGTCTTTACATGTGAGTTCTCACAATCATCGAATTTGTGTCTTGAAACAGGTTAGGACAG GGAAGGGACAAAGCAATACAATACTTGAATGAGAACCCACATCTTCTACACGAAGTTGAAAAGGTCTGGTGATCTGAACC TGCTATATTGACTGTGTATTAAATTTGATGTGATGCTGTATATTGTTCTGTTTCTTGCGTGCTTGCTCATTCTTGGGCTT TATAGGAATTCGTTCAATTGTCTGGACAAAACTGGAATACCATTTAAATGATCTTGGACAAAAGATTTCATGGTATAGGT GGTTTCCGATTTCATTTTGTGTTTAG
Download Genomic Sequence

CDS sequence (LotjaGi3g1v0037500.2) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGATTTGGTGTTCCCTCTGAAACCCCACACACTGATTCTCAATGCACCCTCTTCATCCCTCTTCCTCCCTCGCCGTCT TCCTGTAAAGTTCCGCTCTTTAAGCCCCCTCTGTGCTTCCAAGCATGTCAAGATTCAATGCGAGCTTGAAGGGAAGATCA ATGGTGCCCTTTCTGGTGACTTGGACCCTCGCTTCATCGACAGGCAAAAAGCACTGGAAGCAGCGATGAATGATATAAAC AACTCTTTTGGAAAGGGTAGTGTAACAAGATTGGGCAGTGCCGGTGGAGCTTTGGTTGAAACATTTCCCAGTGGCTGTTT GACTTTAGACTGTGCTTTAGGTGGCGGTCTTCCTAAAGGAAGAATTGTAGAGATATTTGGACCAGAAAGCAGTGGGAAGA CCACCCTGGCACTTCATGCTATTGCGGAAGTGCAGCAGAAACTAGGAGGCAATGCTATGCTTGTTGATGCAGAGCATGCT TTTGATCCAGCATATTCTAAAGCGTTAGGAGTGGATGTGGAAAATTTGATTGTGTGCCAACCGGATAATGGAGAGATGGC TCTTGAGATCGCAGATCGTATGTGTAGATCTGGTGCTGTAGATCTCATTTGTGTGGACTCAGTCTCTGCCCTCACTCCCC GTGCAGAAATTGAGGGTGAGATTGGAATGCAGCAAATGGGATTGCAGGCTCGTCTTATGAGTCAAGCTTTGCGTAAGATG TCTGGAAATGCCTCTAAAGCTGGTTGCACTCTTATATTTTTGAATCAAATAAGATACAAGATTGGTGTCTATTATGGAAA TCCAGAAGTGACAAGTGGTGGAATTGCATTGAAGTTCTTCGCATCAGTTCGGCTAGAAGTTCGTTCTACAGGGAAGATAA AGTCTGCTAAAGGAGATGAAGAAATTGGTGTTAAAGTTCGTGTAAGAGTGCAAAAGAGCAAGGGTTGCATTTTAGATTGT GCGGAAATGATGGATATTGTCTTAAAGAAGGGATCTTGGTACAGCTATGGGGACCAACGGTTAGGACAGGGAAGGGACAA AGCAATACAATACTTGAATGAGAACCCACATCTTCTACACGAAGTTGAAAAGGTCTGGAATTCGTTCAATTGTCTGGACA AAACTGGAATACCATTTAAATGA
Download CDS Sequence

Protein sequence (LotjaGi3g1v0037500.2) extracted from Lotus japonicus Gifu v1.2 Proteins.

MDLVFPLKPHTLILNAPSSSLFLPRRLPVKFRSLSPLCASKHVKIQCELEGKINGALSGDLDPRFIDRQKALEAAMNDIN NSFGKGSVTRLGSAGGALVETFPSGCLTLDCALGGGLPKGRIVEIFGPESSGKTTLALHAIAEVQQKLGGNAMLVDAEHA FDPAYSKALGVDVENLIVCQPDNGEMALEIADRMCRSGAVDLICVDSVSALTPRAEIEGEIGMQQMGLQARLMSQALRKM SGNASKAGCTLIFLNQIRYKIGVYYGNPEVTSGGIALKFFASVRLEVRSTGKIKSAKGDEEIGVKVRVRVQKSKGCILDC AEMMDIVLKKGSWYSYGDQRLGQGRDKAIQYLNENPHLLHEVEKVWNSFNCLDKTGIPFK
Download Protein Sequence

Domain prediction

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

Merging data from EBeye. Please wait…

Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
PANTHER
PTHR45900:SF1
59 314 256 9.1E-159
IPR013765
PANTHER
PTHR45900
59 314 256 9.1E-159 –
TIGRFAM
TIGR02012
67 314 248 4.3E-111
IPR013765
CDD
cd00983
67 364 298 4.04301E-168
IPR013765
SUPERFAMILY
SSF52540
68 325 258 1.95E-50
IPR027417
Pfam
PF00154
70 330 261 9.8E-109
IPR013765
Gene3D
G3DSA:3.40.50.300
97 375 279 7.9E-82 –
ProSiteProfiles
PS50162
98 257 160 29.905
IPR020588
SMART
SM00382
119 291 173 8.9E-9
IPR003593
PRINTS
PR00142
156 185 30 8.3E-62
IPR013765
PRINTS
PR00142
190 219 30 8.3E-62
IPR013765
PRINTS
PR00142
228 257 30 8.3E-62
IPR013765
ProSiteProfiles
PS50163
262 331 70 19.598
IPR020587
PRINTS
PR00142
273 301 29 8.3E-62
IPR013765
ProSitePatterns
PS00321
276 284 9 -
IPR020584
SUPERFAMILY
SSF54752
314 364 51 2.88E-16
IPR023400
PANTHER
PTHR45900
314 365 52 9.1E-159 –
PANTHER
PTHR45900:SF1
314 365 52 9.1E-159
IPR013765
PRINTS
PR00142
341 358 18 8.3E-62
IPR013765

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:0003677
Molecular function DNA binding Any molecular function by which a gene product interacts selectively and non-covalently with DNA (deoxyribonucleic acid).
Subterm of
GO:0003697
Molecular function Single-stranded DNA binding Interacting selectively and non-covalently with single-stranded DNA.
Subterm of
GO:0005524
Molecular function ATP binding Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator.
Subterm of
GO:0006259
Biological process DNA metabolic process Any cellular metabolic process involving deoxyribonucleic acid. This is one of the two main types of nucleic acid, consisting of a long, unbranched macromolecule formed from one, or more commonly, two, strands of linked deoxyribonucleotides.
Subterm of
GO:0006281
Biological process DNA repair The process of restoring DNA after damage. Genomes are subject to damage by chemical and physical agents in the environment (e.g. UV and ionizing radiations, chemical mutagens, fungal and bacterial toxins, etc.) and by free radicals or alkylating agents endogenously generated in metabolism. DNA is also damaged because of errors during its replication. A variety of different DNA repair pathways have been reported that include direct reversal, base excision repair, nucleotide excision repair, photoreactivation, bypass, double-strand break repair pathway, and mismatch repair pathway.
Subterm of
GO:0008094
Molecular function DNA-dependent ATPase activity Catalysis of the reaction: ATP + H2O = ADP + phosphate; this reaction requires the presence of single- or double-stranded DNA, and it drives another reaction.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi3g1v0037500.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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