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LotjaGi3g1v0037500.1

Overview

Field Value
Gene ID LotjaGi3g1v0037500
Transcript ID LotjaGi3g1v0037500.1
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|V7AKD7|V7AKD7_PHAVU Uncharacterized protein; Found in the gene: LotjaGi3g1v0037500
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr3:4059006..4075352) extracted from Lotus japonicus Gifu genome v1.2.

GAACAACACAACCCAAATGTTGAAGATTTTTGTCCCCATAGATTCTTGTCCTTTTTCATGTACTACAGTCTCTGTCACCA AACACAAAATCTAAGCATGAGTTCTTTTTCTTACTCTGCAATGGATTTGGTGTTCCCTCTGAAACCCCACACACTGATTC TCAATGCACCCTCTTCATCCCTCTTCCTCCCTCGCCGTCTTCCTGTAAAGTTCCGCTCTTTAAGCCCCCTCTGTGCTTCC AAGCATGTCAAGATTCAATGCGAGCTTGAAGGGAAGATCAATGGTGCCCTTTCTGGTGACTTGGACCCTCGCTTCATCGA CAGGGTACTATAGCGTTTTTCTTTCACTATTATGATGTTATTCTCATGTTTTGATTGTGAACTGTTTTGCTTTTCCAAGC TTTTGTTCAATTTCATTCAAAAAGGTGTCACTTTTCTTTAGTTTTTCTTTTCTAAAGTGAATGAATGGTTGCATTTGAAG TTTGAACACATGTTGGCACTTTGTTGGTAGGTTGATTGTTCATTTCTCTTTGGAAAAAGTTACTTCCCTGTGAACCCTAT TGTGGTTTTATTGTCTGTATGTAACTACTCCAAAAGAGAGTTGTTTTTTGTTCTTTTATGTTGCTGACCTTAACTTGTAG TGTTTGCTTCAACCTTCAATCACTTGTAGTTGTTTGAAGTGAGTATTGAGGGGGAACTGATAAGAGGCTAGGTCCTGCTG TAAGTTTCATTAGGAAGTGTTGTTATGATCCCATCCCATGTAAAGGGGTTTTGTGAATTTGGTATGCTGTTGGTTGGGTT ATATTGTTCTGAAGTCACTGACTTGGCATATAGCCATGTAGGCGGTGGAGAAGTGTTGAGGAAAAGTATTGTTTGCGTTT TGCGGCATCCTCTATTGAACATACTGAAACTGTTAGGAATTTGGAGGCATAATTAGCCTTGACAGCTTAAGAAAGAGGCA TGGTTTTATTTTTACATTCTGTTGTTGATATGTTTTGTTTTGTTTTGTGAAGAGAAGGGGGGAGGACTGTGCATCAGTAA ACTTCACATCCTCACAAAGAAAACATGCTAACTTGTGAAATTTGCAGTCAATTCTTATCCCTTAATTTGGTCCATAACCT TTCTTTCTTTGATTTGGTCCCTTGAGTGATGAATTGTTTTTCCCCATTTGGCCCCATAACCTTTCTTTCTTCTATTTCGT CCCTTGAATTGTCAATCGGTGTTGTACTCCGTCACTGTTATGCCTCCAATGTTGGTAGGACAATTTTTTGCTTCTATGTT ATCATCTATTCTATTTACCTTTTCTGTTTCCTGAATCTTAGTATCTGTGGAAGTATACTGTTTTGTATTGGACTATTGGA CTCAATCAGCATGCTGGTTTTTAGGATATATTGTTCCATATTTGTTATATACTTGGTTTTAGATCATTGTTCTGATGAAA ATATGATGTGAGCATGGCACGTTAAAATAGTAGTTTATTATACTAATAGTAATAGGGTTTAGCTCAATGATTAGTACATT TTTTAAGAGATGAGATATGCTATTAATATACTGACAATGAAATTCTACTCTAGCAAAAAGCACTGGAAGCAGCGATGAAT GATATAAACAACTCTTTTGGAAAGGGTAGTGTAACAAGATTGGGCAGTGCCGGTGGAGCTTTGGTGTATGTAGCTTCTTT TCATTCTATGTCATCTGTATTCCTTTTGTTCCCAACCCAACTATTTTAAATTTTAAAAAATAACAAATTGTGCTCTGTCA CTATTTTGTGATTTAGATTTTGTAACATATGACAGGTTTTCAATTATCTTGAATGTTGCAGTGAAACATTTCCCAGTGGC TGTTTGACTTTAGACTGTGCTTTAGGTGGCGGTCTTCCTAAAGGAAGAATTGTAGAGGTATTTACTGTATGCTTTGTGCT GTCATTCATTTGCTTTGGTAATCTTATTTCCGTTCTGTGTGTTTTTGACGGAGTATGGAATACGATCTATATTGGGGTAT GGACTAGGAAGAATAAAGTATATTTGTACAGATTGGGATTTTATGTAAATTTGAGTATTTATTAAATAGTTTTGCTGGTT TGTTTTAGGCCTTAGGGTATCCTTAACTAAAAAAGGTTACAGATTTTACAGATTTTATTTACATTCTGTGGGTTCTTGAT GGAGTGTGGAATACAAACTATAATGGGAATGGATTAGGAAGAATGAGTTATATTTTTAAGCATTGGAATTTTGTTTAAAT TTGGGTATACATTAAATGATTTTGATGTTTAACGGGTACCTTTGTTTGGAGACTTACACTTAAAAGCAATCATCTGAGCA AAAATTTTTAAACATTAAGATGTCCTAATTCTTCCGTACTTTATTTTTGACCATGTGAAAGAATTGTTGTTTCGTCTATT GTGTTTTTTGTTGTCTCTTTACTCATTTGTTCTGTCATGTGCAACGTGACTTTATCTCCTTCATCTATTTCCAGATATTT GGACCAGAAAGCAGTGGGAAGACCACCCTGGCACTTCATGCTATTGCGGAAGTGCAGGTAATTCGTTTATCTGGACCTTT CCCAATAATTAATTCCTAATCATGATGATCTATTTTGTTTTTACCCTAAACAAATGTTTTTGGGATCAATGTGCAATTTT GTTTATGATAAGCAGAAACTAGGAGGCAATGCTATGCTTGTTGATGCAGAGCATGCTTTTGATCCAGCATATTCTAAAGC GTTAGGAGTGGATGTGGAAAATTTGATTGTGTGCCAACCGGATAATGGAGAGATGGCTCTTGAGAGTAATAACTTTTCCT TTAATGTGATTGTATTGGCATGGATAAGATAAATTTTACAGTGTCTATATTGCATTAGCAGGTCTCTGTATCTACGAATT GATTGAACTTTCCACATTATAGTCGCAGATCGTATGTGTAGATCTGGTGCTGTAGATCTCATTTGTGTGGACTCAGTCTC TGCCCTCACTCCCCGTGCAGAAATTGAGGTAAACATCGGCTTTCTTGATTTTAGGTATTTTTGTTTCATAGTTTAGCGGA TTGCTTTTCTGTCTAACAATATTTTCATATAAATGCATAGGGTGAGATTGGAATGCAGCAAATGGGATTGCAGGCTCGTC TTATGAGTCAAGCTTTGCGTAAGATGTCTGGAAATGCCTCTAAAGCTGGTTGCACTCTTATATTTTTGAATCAAATAAGA TACAAGGTACTTGTTATTGATCACTCTAACTTCCATTTTGGGAAACTGCACACATTTAATTATAAGTAATGTATATTTGC AACTGCTGAATCAGTTGAGTTCATTGATAAATTTCAAGATGTTAAATCTCTAGCTTTTATTGATATGATTTATATTTTTG CTTACTTCTGTAGATTGGTGTCTATTATGGAAATCCAGAAGTGACAAGTGGTGGAATTGCATTGAAGTTCTTCGCATCAG TTCGGCTAGAAGTTCGTTCTACAGGGAAGATAAAGTCTGTAAGCACAGAGACTCTGTCATGACATTGTATTATATATCAT CTTAAACCTTGTTGTTGCCGATTGGCCTTTCTACTCCAATCATGAGCAGATTTTACATTAAAATAATTACCTGTAACTAA TCTGATATATTGACTATAATATCAAAATCGTTTAATGTGAAGCACTACTGTGTGCGTTTTCATTTTGCTTTAGGCTAAAG GAGATGAAGAAATTGGTGTTAAAGTTCGTGTAAGAGTGCAAAAGAGCAAGGTAACCACAGTATTTCTATATTTGAAAATT TTCCTTTTAAGAAATTTCTCTTCATTTTAATTATGTTGCTTTACACGACTTGAAACTTGACAGTTTTAATTACTTTCAGA AGTTTTCAATTTGAGTCTTAATTCCTGTTGATTATCAGTCTCTTACTGTTTAAATACCTTTGCTGAAATTATTCTAGTTT GGTGTAAAGTGAAAACGGGAGATCAAAGTTACACATTGAACATATATGATAAATTGATAATTTAAATTTCATATCACCAT ATCAAGAATTTTCTGGGGCTAGAATTTCAAGAAGTTTTTTGTTTCTGGCTATATCCATTTGTTTATGTTCACCTACATTC GGATGACATAATTACTCCTTTTTGAAAAAAAATTAGCATTGAGGCGAATCAGCAAAGTTTGGGCTCATAGATTCATTCAA CCATGAAGCAAGTTGTTAGGCCAGATAATACAATTGGGCCGTTAGTGCACAAAGGGAGTGGGCCTAAGGTTTGGCACGTA TATTCTAGAAGGGGGAAAGGAATCTCCAAGGAGCCACCTGTGATACATTCCCAACAGATTGGGGAGTGAGAGAATGAGAC GGTTAGTGAGCTGTTAGTGATTGTAAGAGAAGATGTATAAGAAGGCTAGGAGAGAGGTTGAGGGGTATCTTTTGATCATT GAATTCTGTGAGATGGATAGGAAGCTCTGAGCTTCCTATAAGGAGCATTGCTCTTGTCAGATTAGGGACCTTTCCCACTC TGTGTAAAAGCCAATTTCAATTCAATAAACAATCACATTTCTTTTCCTTTCACTGCAAATTACTTACTGTTTCATTGCTA GGAAATAGATTCCTAACAATTTGGTCCGACCTGCCGGATCATCTTCACGGGGATACCTGTGGATGCCACCCAGGAAAACC ACCAAGGTTGCAGTCACCCAAATGGAGGCGAAGATCGACGCGTTGGAAACGGAACTCGCAGCGATGCGAACTTCTCTATC GGCGGTCACATCGGCGGTGAAGGATCTGCCGGCTACTCTGGTAGCAATGGTGGAGAAGGCAGTAGGGAAGAAACCAGCGG AGGAAGAAAACCCTGGAGAAGAGTCCATTGGTAGATCCAGTGGCAAGACTCCGGAACCAATGGGAGGCATGATGGGAGAG TTGCGTCAGACTTCTCTCCGTGGCGATGCGTTGGAGGAATTCCGACGATCGGTGAAGAAGGTAGAGCTGCCCCCTTTTGA TGGAAAGGATCCTGCTGGGTGGATCTCAAGAGCGGAGGTGTACTTCCGCGTCCAGGAAACTTCATCGGAAGTGAAGGTGG GTCTCGCGCAATTGAGTATGGAAGGAGGTACAATCCATTTTTTCAACTCGCTCTTGGAAGCGGACGAGGTGCTGACATGG GAACGCTTGCGCGAAGCGTTGCTGGAGCGTTACGGCGGCAACGGCGACGGTGACGTGTACGAGCAGCTCACCGAGCTCCG TCAAAGGGGTTCCGTCGAGGACTATATTACAGATTTTGAGTTCTTGACTGCGCAGATCCCGAAACTTCCTGACAAACAGT ACCAGGGCTATTTTTTGCACGGATTGAAGGAAGAAATCAGAGGCAAGGTTAGAAGCCTCATCGCCATGGGAGGAATGAGT CGAGCACGTTTGTTGCTGGTAACGCGTGCAGTGGAGAAGGAGGTAAAGGGGGAGTTTGGAGCGGGTCAGGCACGGAGCAA TAGAATTGGACCATCGGGTTCGCGACCCGGAGGAACGAACCAGGGGAACGCCGGAAACACTGATTGGGTATGGGTCAGAG GAGGAAAGGACACGGGTCAGGAAAAAAGGCCCATTACTAACATGGCACGAGGGGAGCAAACAAAAACGGCCCAGGAAGGG AAGCGAGTTGGGTCACGAGACCGGGGTTTCAACCATTTGACCTATCCTCAGTTATTGGAGCGGAGGCAAAAAGGCCTGTG TTTTAAGTGTGGTGGACCCTTCCACCCGAACCACCAATGCCCTGATAGGCATCTACGCGTGCTGATTGTAGAAGATGAGG ATGACGACTCCGGCGAAGGGAATATCCTGGCAATGGAAGTCAATGAGGAGGAAGAAGACAACGTGGGAGAGCTGAGTTTG TTGAGTTTGGGGAGCATGGGAGCAAGGCCAGAAGAGGCTCCTCAAACCATGAAGATTCTGGGTTCCGTGAACGGCGTGCC GGTGGTGATTCTGATCGACAGTGGGGCTACCCACAATTTCGTGGACGGCCAACTGGTGCGAAAGATGGGATGGGAGGTTC TTGAGACTCCCCGCATGACGGTCAAGCTGGGAGATGGGTTCCGATCGCTGGCCCAAGGGCGCTGCAAGAGTTTAACGATA CAGATGCAGGGATACCAGCTTGAGTGCTCTCTGCAGTTGTTTGAATTAGGTGGACCCGACATTGTGCTCGGAGTTGAGTG GCTCCAAACTCTGGGTGACACACTTGTTAATTGGCAAGCTCTGACGATGAATTTCTGGAATGGTCTTGAATGGATCAAGC TTCAAGGAGAACGAGCAGGGAAGGACAACTTGGGATCCTTGCAAGGCATTCTTCGTTCAGGAATTGGCAAAGAACAGGGG CTCCTAGGACCTCTGGGAATGCACACACAAACTAAACCACTGCCACCGGGGCTCACACCAAGCCAGCAAGAGCAACTGAA CACCGTGCTCCTCCGTTTCGAAGGGGTCTTTCAGAGCAAACCAGGCCTTCCTCCAGGAAGGGGAAGAGAACATAGTATCA CCATCAAAGAGGGACAGGGGCCAGTCAATGTGCGGCCATATCGCTATCCCCACCACCAGAAGAATGAAATTGAGAAGCAA GTGCGTGAAATGCTGGCTGAAGGAATCATAAGACAGAGCAACAGTGCATACTCCAGCCCTGTGATATTAGTGAAGAAGAA GGACAATTCCTGGCGGATGTGTGTGGATTACCGAGCACTTAATCGTGTCACGGTACCGGACAAATTCCCAATACCGGTGA TTGAGGAGTTGTTAGATGAATTACATGGGGCACGATTCTTCTCCAAACTTGATCTGAAATCCTGTTACCATCAAGTCAGG GTGCGAGCTTCTGATGTTCACAAAACCGCTTTTCGCACTCACGAGGGACATTACGAGTTCCTCGTAATGCCTTTCGGTCT CATGAACGCTCCTTCAACGTTTCAGAGTTTAATGAATGAGATTTTTCGTTCTATGCTGCGACAAGGGGTCTTAGTATTCT TTGACGATATATTGGTATACAGTGAGACCTGGGAGGAGCATTTGGGCCACTTAGAGAAGGTGCTCCAGATTCTGCAGGTC CAATGCCTTACAGCAAACCGCAAGAAGTGCCAATTTGCCACAAAAACTGTGGATTATTTAGGTCACTTAATCTCAGAGGA GGGTGTCGCGGTAGATCCGGGTAAGATTGAGAGTGTGTTGACTTGGCCTGTTCCTAAAAATGTGAAAGGGGTACGGGGAT TCCTGGGTTTGACCGGGTATTATCGAAAATTCATCAAAGATTATGGCAAGGTAGCAAAACCTTTGACTGATTTGACAAAG AAAAACGCTTTTCAGTGGAATAGCGCGGCACAACAAGCGTTTGATGACCTCAAGGTCAGGCTCACCACTGCTCCTGTACT GGCCCTTCCTGATTTCAGTCAAGAGTTCCGTTTGGAGTGTGATGCTTCCGGAGTCGGGTTGGGAGCAATCCTTCTGCAGG GGAAGCACCCGATTGCGTATTTCAGTAAGGCACTCGGGCCCCGCAGCTTGGCCAAGTCAGCATACGAAAAGGAGTTGATG GCGGTGGCCCTCGCCATTCAGCATTGGCGGCCTTACTTACTTGGTCGCAAATTTGTAGTTTCAACTGATCAGAAGAGCTT GAAGGAGTTCTTGCACCAGAAAATAGTCACTGGAGACCAACAGAACTGGGCAGCGAAGTTATTGGGATATAACTTCGATA TCGAGTACAAATCAGGTAAGTCCAATCGCGGCGCTGATGCTTTGTCGCGAGTGGAGGACACAGGGGAATTCAATACGTTG GTTTCTTATCCTTTCTGGGCAGAACAGAATTCGATTCAGGAGGAGGTACAAGGAGACGAACGCTTGATGAAGATCATCAA GGACCTGGAAAAAGACACCCAAGCTCATCCCGGTTACAAGGTAATCCAAAACACACTGTTTTACCATGAGCGTTTGGTTC TGTCCAGTTCATCTGCTTACATACCCAAAATGATCCAAGAATTTCATACTACGCCTCAAGGAGGTCATTCGGGGTTCCTA CGCACATATAGACGTTTGGCAGCAAATCTGTATTGGTTGGGAATGAAGAACTCCATCCAAGAATTTGTCAGGAATTGCGA TACTTGTCAACGACACAAGTATTTGGCAGCGTCTCCCGCGGGTCTCCTCCAACCTTTGCCCATTCCTAGCCAGATATGGG AAGATGTCTCGATGGACTTCATCACCGGGTTGCCACGCTCCAAGGGATATGAGGCCATATTTGTGGTTGTCGATCGCCTT ACGAAGTATGCCCACTTTATCCCAATTAAGCATCCCTACACTGCGCGGAGCATGGCTGAGTTGTTTGCAAAGGAAATCGT GCGTCTCCATGGTATGCCTTCGTCTATTATCAGTGACCGTGACCCCTTGTTTATTAGTCATTTCTGGAGGGAGATTTTCA GATTACAGGGCACCCAATTGAAGCTCAGCTCCGCGTATCATCCGGAGACCGATGGACAAACGGAGGTTGTCAACCGTTGT TTAGAAACTTATCTCCGATGTTTCTCCGCTGACCAACCCAAGACCTGGGCAACGTGGCTCCATTGGGCGGAGTATTGGTT CAATACTACTTATCACTCAGCGACACAGATGACTCCGTTCGAAGCTGTGTATGGGAGAAAACCACCAGTCCTCACCCGTT GGGCTTTTGGGGAAACCAGAGTGGAGGCGGTGCAACGTGAGCTCCAGGATCGTGATGAAGCTTTGCGTCAATTGAAGGAT CATTTGTGCACAGCACAAGCACGCATGAAGGCGCAGGCCAATGCTAAGCGACGGGACCAGTCGTTTGAGGTTGGCGAATG GGTCTTCGTGAAGCTGAGAGCTCATCGACAATTATCTGTCGTGAACAGGGTTCATGCGAAGCTTGCCCCTCGTTACTATG GGCCGTATCCCATCACTGAGAGAATCGGGGCAGCAGCGTATCGACTGAAGCTTCCTGAGGGCTCTCGTGTTCACCCTGTT TTCCATGTTGCGTTGCTCAAGAAAGCTGTTGGAAATTACGCTGTTGAAGAAGAGCTGCCAGAGCAGTTGGATGGCGATGA GTTCTCGAGTATCCAACCGTTCCACATTCTGGCTCATCGTACAGTGTTACGCCATGGAATTGATGTGGCCCAAGTTCTAG TTCAGTGGCAGGGCCAACCTCTTGAAGAGGCCACGTGGGAAGACAAAGTTACTATTCAAAGCCAGTTCCCCGCCTTCAAC CTTGAGGACAAGGTTGCTGTTGAAGGAGAAGGTATTGTTAGGCCAGATAATACAATTGGGCCGTTAGTGCACAAAGGGAG TGGGCCTAAGGTTTGGCACGTATATTCTAGAAGGGGGAAAGGAATCTCCAAGGAGCCACCTGTGATACATTCCCAACAGA TTGGGGAGTGAGAGAATGAGACGGTTAGTGAGCTGTTAGTGATTGTAAGAGAAGATGTATAAGAAGGCTAGGAGAGAGGT TGAGGGGTATCTTTTGATCATTGAATTCTGTGAGATGGATAGGAAGCTCTGAGCTTCCTATAAGGAGCATTGCTCTTGTC AGATTAGGGACCTTTCCCACTCTGTGTAAAAGCCAATTTCAATTCAATAAACAATCACATTTCTTTTCCTTTCACTGCAA ATTACTTACTGTTTCATTGCTAGGAAATAGATTCCTAACACAAGTCCAACATAATATAGTGATGTTGCATGACAGTCAAA CTCCAGAAGAGAGCTAACTCAAAATAACTAACGAACATTTAAAGATGTGTGTCTTTATCGAATAAATATGTTGCATTATT ATTCTAACTCTCCCGCCCCACTCAATGCCATGTCAAAACACAAAAGAGTAGGTTACAGAATTTAAGATACATAAAGATCC AACCATACCAAACACCCTTTGGAGAGGAACCAAGAAGACAGAGGCAAGGTGTCATTAGATTGGCCACATCAAGGTGAGAG GAGATTGTGGCCAGAAAAAAGGACTTCAGGCATTTGCATGTGCAATGAAGAGCTAAACTTGTCAGATTTGTTGGTGTGTT AGGGCTTCAATGACGGTGTGCAACTTTAGTACCTGCTGATGTAGACATGCATGGGCTGATGACGAACCAAATATTTTAAA AGCTTAAGCTATTCGATGAAAGCACGTGAGTGATGTTTTATATAACACCCTTTTATGCAAGAACCCTTTGGCTTGTGCTG AAATTTAACTTCTTTTCTTTATTTAAAAGAATGGGTGTAACAAGGATTGGATTCTTGACCACTTTGTTACAGAGGCTTTG ATACCATGTCGTGAACCAAAATTGTTTTATATTTATAAGCACGAGTGGGCCCAATAGCGAGGTATAAAGATGCACGCTTA AGGATAGATTTGGCAATCCAAGTTGCGCAAGAAAGAAACAGAAGTGACATCCTATGGAGTTGGTGGTAGAATTTGTGCAC AGCCATAGTAAAAAAGAATGATGGAGATGGCAAGAGTTCCATATTTTAGGGAACTCAGCAACAATAGTGATGAGATAGGG CATGAAGTATGGTGCCACTTTGATACTGTGCTCTGAAATTATGAAAATGTAAGGACTATGGAATAATAATCTATTTTTTA TAAACGTATCATACAAATACAGCACTAAGCTTTATTTATATTGATACTAGACTCTTATCCTAATCAAATAAGGAATAAAT TGGGAAATATAATTAGATATGTGAATCATTGAAATTATCTAAGATAGTAAAATACTCTGAAGATGCAATCAAGATATTAT GAGATATTCTAGGAGATATTATGCTGTATTTTTCATTGACTTCATACTTTGTGCTGAAGGTCCTTAACATGATAAGTTGT TTTAGGTATCAAGACCGTACAAACTAGCTGAATTTGAGATTATATTTGGAGAGGGAGTCAATAAGCTGGTGAGTGCTGCA AGCCTGCAACATAAAAGCATTTTTGAATTCTGACCTGAAGTGTTTATCATCATTATGACTTTTCATTTGAATTCAGGGTT GCATTTTAGATTGTGCGGAAATGATGGATATTGTCTTAAAGAAGGGATCTTGGTACAGCTATGGGGACCAACGGTAATGT CTCAACCTCTTTTTGAAGCTTAGTATTTATTTATTTAGTTATTTGATGATCTCTTTCATTATTTTGCTTTGCTTTTTACA TCCTCCAAATTAAGGACCTGACAAGGAAATTTTGGTTCAGCTTAATGGGAATTTGATCAGGAAGTTAATTAGATTTATGC AGTTCTATGATCTGTCTGTGAGAGAATAAGTAATAACTAACAAGAGATCAATTGAAATAATTATTCAGAAAAGACAGACA TTCAACTGCAGTAATGTGTGACTTAAAATTTGATGAGTAAAGAGATAGAGGGACTGGGGGACAAATATTAGATTTCCATC ATCAACAAAAAAACTAATTTATTGTTTTGTCATGTAACTTTATATTGAAAAAGAAAAGAGAGAATATGGTGTAATCTGCT GTTAGGTTAGGAAATAATCCAACAGCAAATATAAAAAAGATAGAAGTGATGAAGAGAGATGATAGACGACAACAATCCTA ATGGATTCAAACAAGGAGAACCTTCTTTCCAAGGGTGAAGAGAAAATCCCTTTACAAACTGTAATGCTCAAATCATGCTC TAATGTAAGGAGAGTACTCCTATTTATAATAAACTAACCCTACTAAGTTAATGACACTGGCCCAACTAAAATCAGAAAAG CTAACTTAATACCAAAGCAAACAGATAAAACCAAACCCAGGTCCCAACACAACAGGCCCACTGACTCTAATTTATAACCC TAACATCTGTGGTGTAACGTGTAACTACATAGCTGAGAGCAAACTGTATCGATGTAAAGTAATAAATAAGAAGACCACAG TTGTCCTAATTACCATCATCATGTGTTTATGGTTAGCTCATATACGACGAATCTTGTATACTAACACTCCCCTCAAGCTG AAGCTGGGTATATAGATCATATGCACCAAGCTTATTACATTATTAACTTATCTGGAGATCAAGGACTATGTGAAGACATC CTCGTCATTTGAATTGAGAAATGAGTGGTTGTCTCAACATTAGATCATCGCTCACATGTAATGGAATGTATTTCAAGTAT TTAGTCCTCATGAAATGCTGGATTATAGATACATACACACAATGTAGATTGATTGTCGCAAATAAGTGTCATTTGTACAA CTTTCCCGAATTTGAGCTCTTGAACTGATTGTTTGATCAAAATGAGTTTACAAGTAGCTGACAACCGTGGCTTAATGCGC ATAGTATCCAGTCCCCAATAAGGTAGTTACCTTACTAGTTAGTTAGTTGGAAAACTTGGAATATTAGGTTGAGATGGTTA GGCCGTTAGGGAAGATAGGATATATTTATATAAATAACAGGCGGGAATGGAAGGGAGATCAACCAGTCATCTGAGTAGAT GTTTACATTTAGGAAAAGTGCAAATCCTTGAAATTTACAACATCAATCGATATCTTTAACTAAGTGGCTTTCTATCAACT AGTACTAGAGCTATGGGTATTGCATCTTGAAGTTGATCCAGGAGCTGTTTAAGGGTTCAACAAGAATGGATAAGAAAATT CTTGAAGAACTGGGGAGAGAAGCTGCAACTTTCAGGAGAGAACTCAGGGAGCAATGTATAGGAATTCCCAATTCCCACGT TACCCTAGCATTAATGACCTCCCACTGTTGATACCAATGGTAGGCACAGTCTTCCAGTCCTTCCATAGTCAGTGATAGCC ACCCTCCTTCGTATCTTTCATTATAAAGTGCCGCCCTTACTCATTATCCCCTTGAAATCCCAGAATTCCAATATGTTCCT CCTTCAGTTCCCTCCTGACAATCTCTCCGCAATTCCTCAAAAATTCACTAAGTGATGGAAGATGGCATTATACTTAAGAG AAATGGAGTAGTACTAGTGCTTGAAGCATGCACTGATATATATTATTTTGGATCACTAAGTGATGGTAGATCAATCACTA GGCACAGCCGCACAGGATACATCAAGTTTCTTGGGTGAAATCTTGTGACTTGAAGTAGTAAAACATGTAAGTGCTGAGAC AGAACTTAGAGGAATAGCTGAAGGTGCCTGAACTACTTTTGTTAAAAACCATATTTGAAGATTTGAAGATCATGTGCCAA TACCATTGGACTTAGTTTCAAGTGGCACCTGAAACAGAAGATATTGGAATTAAAACGTTATTAAATGAGTGGCTAGTTCC AGCAGCATTGGAACCTTAGTTTTATAAGGGAAAAAAATCAGCTTGTTTATTTTTATTCCTATAAATAGCAAGATGGTAAT GTATGTATAAACCGAAGATGCTGTGTTCAATTGATTCGAGTGGTTCAGTAAATAATATTTTCATTTTCTTAATTTCTGAA ACCTATCAAATTTGTTAGGTGAAAACACATTAACGGTTTTGTTCAATATTTTTAACATACCTCCCACGAAATGGCCTTTT GGGTTTGAAGCCTGGGATATTACCAGGCGCACGGCCTAACCAAATTGTGCTGAAATTTAACTTTTTATTAAATAATGAGA ACAATTAGGATTGAACTCTGAAACTACTTGGTTGCAGAGGCTTTAATACCATGTAAATTTTGAGAAATTATGTGACTAAT CAGTCTACAAAAGCATCTAGTTATTTCCTTACAATACTGAATGCAATTGAATGTGATGCTAAATCTAATCCATACAAATC AGTAATAGCTTATAATCAGTTACAACTAATATTTACTTGTGATTGATTCTAACATAGATGAAAAGTAAAAAAAATGCAAA AATCATAATTATCCTAATTAGTGTAAAAGCGTGATTATGTTTAAGCATGCATGTAATGAACCTTTGACACTATTTACATA CATTTCAATACTTTCCATCTGATGTCATGTCACATGCTTTTAATTATAATGAACCTTCTCCCTTCTGTGTCTCCTTTTTA TTCTTTTCTCATTCATGTTACACATTCTTCACAGTTCAGTTATGAAGGAAATTCTTGAATTGAATTTGTTTTTCTATGTC ATCGTTGTCTCACATTTCTTTGTCTTTTCCTTTGTCTGTCTCTCTATGGTGGGTGGGGGCTGTCTTTACATGTGAGTTCT CACAATCATCGAATTTGTGTCTTGAAACAGGTTAGGACAGGGAAGGGACAAAGCAATACAATACTTGAATGAGAACCCAC ATCTTCTACACGAAGTTGAAAAGGTCTGGTGATCTGAACCTGCTATATTGACTGTGTATTAAATTTGATGTGATGCTGTA TATTGTTCTGTTTCTTGCGTGCTTGCTCATTCTTGGGCTTTATAGGAATTCGTTCAATTGTCTGGACAAAACTGGAATAC CATTTAAATGATCTTGGACAAAAGATTTCATGGTATAGGTGGTTTCCGATTTCATTTTGTGTTTAGTCTGTCATTCAAGT ACATCTGGTCACCAAGCAATGGATACTTGGTTATAGCCCAACTTGAAGTTCTTCAATCTGACCCTAGCTATTACGCATTA CCTGCATCAGTCATGCTAATGTCTTATTAAGAATCAGATCATGCTCATTTTTAGCTTGAAATAGTAACTTTTGAGTCCAC TTAACCATGCTGTAAGTTGCCACTGGTTTTGGCTTCATATTTAGAGTTATTCTTTGGTGAGCACAAACCTAACACATCGT ATTTATGCACATTCAATCAGAACATTACACTTCAGAAAATTAAAAAAATTGAAACACGTTTAGCTCTTCCACCGCTCCCT TTCCCTCTTCTGCTTCTCACACCTCTTTGCTTCCTTCTCATTGAAAATTACCTAGCCACCGCTTCCCCTTCACAAGTCAT CGGCCAACCTCACACTCCTTCTTAACTTCACAACCTCTCAGGCTCGATCCCCTTGCGAGCCATCAGCTAGCCGTGCATGC CAGTATTCCTGGCGTGAGAAGCGACAAAGGGAACTGTAGCTGGTGACTGATTTTGACACGGGATGGTGGAATACTGATTT CTCATGCCTGGTTTCCTCCCTCATCATTTCTCTGCTTCTCACACCTCGTTTCCTCCATCCTTGTTGGAACCAAACACTGC TCCCCACCATAGTTGTGCTTGGCTGCTTGAGTCCGTTGATGAAGTGTTTAACTCTTTCTCTTCCACCACGTTTCAGAGAG GAACTGATATGCAGGAAGAGAAAAAAAAAAGAGCGAGTTAGATTGAGTAACAAGGGATCGAGAGTCTAGATGGTGAAAAA AGTGAGATTGAGTTGAGAATGACACTAATGCAATTTTGCAGGTTGAAGAGCTTAGGACAAGAGTTTCTGTCAATGTGTTT TATTTTAACTGTAAATTGCATTTTGCTGAGTTGTAATGTTTTGATTGGGTGTGCCTAAATATGATGTTTAGGTTTGTGCT CACCCAAGAATTACTCTCATATTTTATGGTTAACTGGTTTAAAGTTGCAGATTTTTTAGCACAATGGTTACTTGAGATTC ACAATCTGTCATGTGTACAAGTTATGGGTGATGAACAAATTTAGCTTTTGTGAGCACAAATTTAACTTTTGAGATTTAAT GTCATGACGAAATCTTCAATAAACTAATTTTCAGATAGTTCGTTCTTCATTGATTGATGGAACTAACCAAACAAGCCTGG GGTACATGAAGTTTAGTCCAACGCTCCATCAAGATGACGACGACACATTTGAGGAAGCTCAATGATAAGGAAATTGTTTT CTGATAGTTCGGGCGATAAGTCACGAGTTGGAAAAATTCTTTCTACAACACAACTTGAAATGGAGGTGGTTTTGATGATT AGATAATTTTTTTGGTTCATCTTGTTCCATTTGAAGTGTTGAAGAAATTGATGGCATGTGATTATGTGAAGCATGAGATA TACTACAAAAAAAAGGGTGTAAGTGAAATTAAAAGGGGGTTTGAATTATTGTTTCTCCCACTCAAAATGTGCAGTGAATT GCCACATCATGTCATCTTGATTATTTGTATATTCGGTTCTCATCTAGTGCTTGAATTATTTTCCATTGCATGTGTTTCTG TTAGCTTTCTTTTTCTTTAAGGTCATTTTGGTTGCTGAGCAATACTGTTGATGATTCCTAAGGACCAGATTACCATATCA AACACTAATTAACGTGATTCATCAAGAGGAGGTGACATTGCAATGTCCAACTTGTAGAGTTTTATTATGCTTAATATGTA AACCTTTCCTTAAGTGGCTGGTTATGATGTCCTTTGATAATAAGTGATACTGAAATGATTCTCATGATTTTTGGTTATTG GATGATGATTCTTTAGGCCTCAACAAAAAGTAGCTTGAGTTACTGTGTCTCAAGGTTATAACATAAATATTAAGAAATAT AATTAATATTTTTAAGTTATAAAAATT
Download Genomic Sequence

CDS sequence (LotjaGi3g1v0037500.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGTACTACAGTCTCTGTCACCAAACACAAAATCTAAGCATGAGTTCTTTTTCTTACTCTGCAATGGATTTGGTGTTCCC TCTGAAACCCCACACACTGATTCTCAATGCACCCTCTTCATCCCTCTTCCTCCCTCGCCGTCTTCCTGTAAAGTTCCGCT CTTTAAGCCCCCTCTGTGCTTCCAAGCATGTCAAGATTCAATGCGAGCTTGAAGGGAAGATCAATGGTGCCCTTTCTGGT GACTTGGACCCTCGCTTCATCGACAGGCAAAAAGCACTGGAAGCAGCGATGAATGATATAAACAACTCTTTTGGAAAGGG TAGTGTAACAAGATTGGGCAGTGCCGGTGGAGCTTTGGTTGAAACATTTCCCAGTGGCTGTTTGACTTTAGACTGTGCTT TAGGTGGCGGTCTTCCTAAAGGAAGAATTGTAGAGATATTTGGACCAGAAAGCAGTGGGAAGACCACCCTGGCACTTCAT GCTATTGCGGAAGTGCAGAAACTAGGAGGCAATGCTATGCTTGTTGATGCAGAGCATGCTTTTGATCCAGCATATTCTAA AGCGTTAGGAGTGGATGTGGAAAATTTGATTGTGTGCCAACCGGATAATGGAGAGATGGCTCTTGAGATCGCAGATCGTA TGTGTAGATCTGGTGCTGTAGATCTCATTTGTGTGGACTCAGTCTCTGCCCTCACTCCCCGTGCAGAAATTGAGGGTGAG ATTGGAATGCAGCAAATGGGATTGCAGGCTCGTCTTATGAGTCAAGCTTTGCGTAAGATGTCTGGAAATGCCTCTAAAGC TGGTTGCACTCTTATATTTTTGAATCAAATAAGATACAAGATTGGTGTCTATTATGGAAATCCAGAAGTGACAAGTGGTG GAATTGCATTGAAGTTCTTCGCATCAGTTCGGCTAGAAGTTCGTTCTACAGGGAAGATAAAGTCTGCTAAAGGAGATGAA GAAATTGGTGTTAAAGTTCGTGTAAGAGTGCAAAAGAGCAAGGTATCAAGACCGTACAAACTAGCTGAATTTGAGATTAT ATTTGGAGAGGGAGTCAATAAGCTGGGTTGCATTTTAGATTGTGCGGAAATGATGGATATTGTCTTAAAGAAGGGATCTT GGTACAGCTATGGGGACCAACGGTTAGGACAGGGAAGGGACAAAGCAATACAATACTTGAATGAGAACCCACATCTTCTA CACGAAGTTGAAAAGATAGTTCGTTCTTCATTGATTGATGGAACTAACCAAACAAGCCTGGGGTACATGAAGTTTAGTCC AACGCTCCATCAAGATGACGACGACACATTTGAGGAAGCTCAATGA
Download CDS Sequence

Protein sequence (LotjaGi3g1v0037500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MYYSLCHQTQNLSMSSFSYSAMDLVFPLKPHTLILNAPSSSLFLPRRLPVKFRSLSPLCASKHVKIQCELEGKINGALSG DLDPRFIDRQKALEAAMNDINNSFGKGSVTRLGSAGGALVETFPSGCLTLDCALGGGLPKGRIVEIFGPESSGKTTLALH AIAEVQKLGGNAMLVDAEHAFDPAYSKALGVDVENLIVCQPDNGEMALEIADRMCRSGAVDLICVDSVSALTPRAEIEGE IGMQQMGLQARLMSQALRKMSGNASKAGCTLIFLNQIRYKIGVYYGNPEVTSGGIALKFFASVRLEVRSTGKIKSAKGDE EIGVKVRVRVQKSKVSRPYKLAEFEIIFGEGVNKLGCILDCAEMMDIVLKKGSWYSYGDQRLGQGRDKAIQYLNENPHLL HEVEKIVRSSLIDGTNQTSLGYMKFSPTLHQDDDDTFEEAQ
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
80 426 347 7.0E-181 –
PANTHER
PTHR45900:SF1
80 426 347 7.0E-181
IPR013765
CDD
cd00983
88 411 324 0.0
IPR013765
TIGRFAM
TIGR02012
88 408 321 1.8E-143
IPR013765
SUPERFAMILY
SSF52540
89 352 264 6.84E-54
IPR027417
Hamap
MF_00268
89 414 326 45.085
IPR013765
Pfam
PF00154
91 353 263 7.2E-118
IPR013765
Gene3D
G3DSA:3.40.50.300
117 352 236 1.3E-73 –
ProSiteProfiles
PS50162
119 277 159 28.944
IPR020588
SMART
SM00382
140 311 172 5.7E-9
IPR003593
PRINTS
PR00142
176 205 30 1.2E-74
IPR013765
PRINTS
PR00142
210 239 30 1.2E-74
IPR013765
PRINTS
PR00142
248 277 30 1.2E-74
IPR013765
ProSiteProfiles
PS50163
282 357 76 27.625
IPR020587
PRINTS
PR00142
293 321 29 1.2E-74
IPR013765
ProSitePatterns
PS00321
296 304 9 -
IPR020584
PRINTS
PR00142
328 357 30 1.2E-74
IPR013765
Gene3D
G3DSA:3.30.250.10
353 411 59 1.1E-22
IPR023400
SUPERFAMILY
SSF54752
354 409 56 1.57E-17
IPR023400
PRINTS
PR00142
382 399 18 1.2E-74
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 LotjaGi3g1v0037500.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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