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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0160400 |
| Transcript ID | LotjaGi1g1v0160400.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Replication factor C subunit 5; TAIR: AT1G77620.1 P-loop containing nucleoside triphosphate hydrolases superfamily protein; Swiss-Prot: sp|Q96QE3|ATAD5_HUMAN ATPase family AAA domain-containing protein 5; TrEMBL-Plants: tr|K7M6V1|K7M6V1_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0160400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:29632700..29648325) extracted from Lotus japonicus Gifu genome v1.2.
CTTTAAAAAATAAAATAAAATCAGTATGACATGATAGCAGTTTGAAGAAAGCTATCACTCCCTCCAAAAAATTTATATAT TTAATAGATTTTCTCTGAAATAAACGCTTTTTGTGTTCTGGTACACTCCCAATTTAAAAAAAAAAAACCCTAATCTATCG AATTATCCCCAATTCGCTCTCCTCCGATGAATGATCCGGTCGAGCTCGCCACACCTAAGCGCCGAGGAAGAGGCAAAGAA GATCAAGGATCACCGGCCGGCGAGAGCAGCAACACAAAATTGAAGTCTCCCGGAAAAGTCACTCCTAGAAAGCGAAGTTC CAAGGTAAAATTACTCATTGCTGTTCTTGTTAAATTTATTTTCAATGCTGTTAATTGTTAGCATGCATTGTGGTGAATTT AGTGTAATTCACTGTTTGATTGAATATTTGCACTTATTTTTGCTAATTTGCATTGAATTTGAGACTTTGAAATAGAATGG GATAATTGAGGATTTGGTTTTCTAATGTATGGGTTTATTTAAGCAGAATAGCACCCCAAAGAAAAATTTGAAATTTAATG GAATTAAGGAGGCGGCGTCACCTGATTCGGCTCGGAAGATTGATTTGCGGTTGGAGGCGAAGTTATCAGCTGAGGTTAGT GCAACTCAGCTCACTCTATAACCAAGATGATTTTTTTCAATTTTTTATGACCTGTTACAATATTGTCATTGAATCGTTGT GAGCGTGTAACTTCTGTTTCGTTGCTGCTTATGTTTGATGTGATATGAGAATCTTTTTATTGAGTTTTTTCTATCTCTTT TTGGATCAGGAAAATTCAAGGTTGTTTGCTGGACGGCAAATACATCCATTCTTTTCGTCTTGGAAGACGGGAAAGAAGTC TCAGGAGCCGGCTGATTCAGAACATGGTTTATCTGAAGCTAAGAGGGAGGGTGGAAGAACTACCTGTGATCCTACTCTTG TCCATGTATTTGAAGATGTTCAGGTACGGTTGTTGCATTCATGATTTGATGTTACTCTAGAATGATCAAAGGTAGCTTGA TTTGGGATAAGCTTTGGTGCCTAAACTAAAACTCTAACATCTATTTGGGGTAAAGCACATGGTCGTTGTGATGGGGTTTT ACTATCATGATATCATCTCAATACTTTTATTCTTTTCATGCATACTTACACACAAGTATCAAAGATAGATAAATATCCCT GCTTTCTGGGTTTTACATTCTGTAATTTCATCATTTGAGTTAGGGATGGAATTTGTAAATGCAGGAAGATACTTCATCTC TGGACTGGAGTGACTGGACATTTTTGGGGGATACCACTGTTGTGGAAGAAAGTTTAAATTTACCAGTTTTGGTGGGTTCT GTTGAATCCTTAAATTTTGATAACTTTCTTAGTGCTTCAAAACCCTCACATGCTTCAATTTCTGGAAATGCCTGGTCTTG TTCCAATCAACTTTCTATACAACCAGATAATATGCTGGAAATATCTCCGGGAAACGCAGCTGTGCTAGCTAGTGAGCAAA CAATATGCCCTTCAAAGCTAGAAGAGGCCAACATGGTATATAATTTATTGTGTTAATCTAATTAATGCCTTCTGTTTCTA GTAACTTGCCCTCTTTTCACAGCCGTAGGTAATTACTGAAAGCTAGAGAAGTTATGGTCCTCGCCTTCATACTAAAGGTT TAACTGTTGCCAAAAATTATTGCCAGGACTTGGAGGGGGATGAAGTCTGTACTGTATCTGGGCAAGCAGGCATTTTCAGA AATTCAGATGCTGAGCCTCTGAGTAGATTTCTTCAAGAAAGGTTAACACATATGTGATCTATACCATATATCTTCATGGC TACAATATATGTACATTCTTCCACAGCTAATTATGTTATTTGACTCATTTCTTTTTTCTTTTTTTTTTTGTGATTTTATT TTTACTTCATGTACATTCCCTTTTTATTGAAGATCCTGGAAACAACCTTTAGCTGAATATATTTTACAGTTTCCTTCTGT CCATTTTTTTTAATTTTTCACTAATAATAGTCACTAAACTGTTGTTTGTACTTTGGAGCGTAGTTATGAGACCCTTGTCT AGGGAAGATTATTAGAGTACATTGTATGAATGTGTACAGAGTTACACTTTAGTAGTTGCTGACTGTACTAACAGTCAGCA CTAGGGTTGTTATAATGAGCTGGCAATTCAGTTAGGCTATGCGGTTATGCTTAGCTGTCAACTGAGTTAGTTAGATGCTT AGCTGTCAACTGAGTCAGTTAGAGTTTGAGTTTGTTAAGCTTGTTGAACAAGCTATAGAGTTCTATATAAGTTGTAATCA GTCTCTTGTATCATTAGCTTTTCAATCATCAATGATAAACACTTTTTACAATTCTGAGTTTCTTTAACATGGTATCAAGA GCCTTCTACGATCCTTGAGATCCTTTTCTGATTTTTCTTCTCTTCTTCTTCATCATGGCTGATGAAGTTCATGCAGATCA TGCTTCTGCAATTCCTATGCCAGTTCCGGTTGCTGTTGCTCAATCACAGTTGAGTTCTTCTACATTGGTTCACAAGCTCA CGCTGAAGCTTGATGACTCCAATTTTCTCTCCTGGAAGCAACACGTTGAAGGCATTGTTCGTACACATAGGTTACAGAGT TATCTTGTTCATCCAGAGATTCCACCGCGGTTTCTCAGTGAGCAAGATCGTGAGAATGCAGTCGAGAATCCTGCATATCA GGTTTGGGAGCAGCAGGATTCAGCGTTGTTCACGTGGCTTCTCTCTTCACTCTCGCCTTCTGTGCTTCCAACTGTGGTGA ATTGCAAGCAGTTGTGGGAAGTGTGGCAAGCTGTGCTTGATTTCTTCCAGGCTCAGACGATTGCGCAATCAACACAGCTT CGATCTGAATTGCGAACCATTACCAAAGGATCGAAGAGTTCATCTGATTTTCTCAAACGCATCAAGTCGATCGTGAACGC TCTTGTCACGATTGGCGACCCGATCTCGTATCGCGAGCACTTGGAAGCGATCTTTGATGGTTTGCCAGATGATTATAGCT CTCTGATGACGATTGTTTACAATCGCGATCAACCTTGCTCGATCTCGCAGGTTGAAGCGATGATCATCGCGCATGAAGCG CGTTTGGAACGCACGCGTGTGCGTCAGATGCAAGCTTCGTCTCCAGCGGCGTGTCTCGCTCATGCATCTGCGCCACCACC GTCGCCTCAGGTTGCGCCACCACCGGCGACACCTACTGCACCACCTCCGACGACAGTTGTGCCTCCACCGCCGGTGCACT CCGAGGTCAACTACGCTGCTAGTAGCGTTGACTCGTCAGGATCTGATGATCGCAATCGCTCCAGTGACTCACGCGGTTAT GGCGGCGATCGTGGTGGCTACAATAACTACGGAGGACGTGGTGGTCGTTCAAATCGTGGTGGACGTGGCGGCGATCGTTC CGTTCAATGTCAGATCTGCCACAAGTATGGCCATGACGCAAGCATCTGTTATCATCGTGGTAGTTCTTCTCCTTCTGCGT CTCCTTCACACAGTGGTGTTCTACCACAGGCTGCCTTAGCCTCACTTCTTGGTTTCAATCCTAATTTTGGCATGCTACCA CAGTTTGGTTACTCTCCTTTCAGAGGCATGTCTCAGTTTGGTTCCCCTGCACAGTTTGGAGTTCCGTTTACTGGAGCAGG ATTTGGTGCTGGTTTTACCTATCCTTCAAGTGCTATGATGTATCCTACTGCACCTGCCTCTCTTCCCTTTGGCATGTTTC CTCGTGCTTCTGCTCCACATCCTCGAGCACCACATGCGTTGCTCACAGGACCAACATCTTCTGCTTCTAACCTTGGCACT TGGTTTCCAGACTCAGGAGCAACACATCATGTCACTCATGATGCCTCTGCAGTTTCAGATAGTGTGTCCGTGGCTGGTAG TGATCAAATCCTGATGGGAAATGGTAAAGGTTTGGCTATCAAATCTGTTGGTTCTGCCTCTTTTCCTTCTCCTTATCACA CACAAACCACTCTTACTCTTAAAAACTTGTTGTTAGTGCCTGATATAACCAAAAACCTTGTGAGTGTTAGCAAATTTGCA CAGGACAATGGAGTTTTCTTTGAGTTTCACCCTTTTCATTGTGTTGTTAAATCACAGGACACTTCTAGAGTTCTTCTTCG TGGCTCACTTGGCAAGGATGGCATGTACTCCTTTGATGGCATGCACTCTTCCACATTTCTCAAGAATTCTCTTCCTATTC AGTTTCCTTCTGTTTTTGCTGTTTCCAAGAATAATTCTGATGTATCAAGTCCTAGTGACTCTGCTTTTAGTATTGTACCT AGCCAAAGTTCTTATGACTTATGGCATAATAGATTAGGGCATCCTCATCATGAGGCTCTGCACAATGCATTGTCCACTTG TAAGATTCCAATTCCTAATAAATCAAAATTTCATATTTGTCATTCTTGTTGTGTTGCTAAGTCTCATCGTTTACCATCCT CATCTTCTACTACTAGTTATTCTACACCCTTGGAATTAATTTTTATTGATCTTTGGGGTCCTGCATCGGTTGAAAGCACT TCTGGTTGCCTTTATTTTCTAACTTGTGTAGATGCCTACTCTAGGTTTACTTGGATATATCCAATTAAGAAAAAGTCAGA AACCAGCTCAGTTTTTCTTCAATTCCAGGCAATGGCTGAGTTAAAATTTGGTACAAAACTGAAATCAGTACAAACTGATG GAGGTACAGAGTTTAAGCCTCTCATTCCTCACTTTGTCAAAACAGGTATAGATCATAGAATTACATGTCCTCACACACAC CATCAAAATGGAAGTGTGGAAAGAAAACATCGTCATATAGTGGAAACTGGTTTGTCATTACTAGCTTGTGCTAACATGCC TTCCCAATATTGGGATCATGCTTTCCTTACAGCTGTCTTTCTCATCAATAGGCTTCCAACACCAGTTTTGAGTAATCTCA GCCCTTATCACACACTGCTTAAAGTTCCAGCTGATTACTCTATCTTGAGAGTGTTTGGAAGTGCATGCTATCCTCACTTG AGGCCCTATAATTCTTCCAAGTTAGAGCTCAGGTCTAGAGAGTGTGTGTTCCTTGGTTACTCTTCTTCTCATCAAGGATA CAAATGTCTAGATAGTGATGGAAAGATTTATATTTCCAAAGATGTAAAATTCAATGAATTCAGATTTCCTTACACTACAT TGTTTCCTTCCTCTGTATCTGACTCTTTTTCTTTGGGAATTTCTTCTTGTATACCACTGGTCCCACATGGTCACACACTG GCTCCTCTCCAAGAGCAGCAACATTCTGCTCCAGTGGTTCCTTCTCCTCAGCCAGGTACACCTGTTTCTGCAGTTGGGTC TACTGCATCTGTTGAGACCATGCCCTCTTTGCAGACTGCTTCAGGTGCTTCTCCAGCTGTTCAAGGCACTCCTACTTCCT CAGGGTCCATATTTCAGCAACCAGCAGCTGTTATTTCTCAGGGAAATGTTCATCCCATGCAGACTAGAGCTAAGTCAGGG ATTGTGTTACCTAGGCTTCACCCTACATTGCTTCTTACACAAGCTGAACCTACAACAACTAAGCAGGCTTTGAAGGATCC TAAATGGCTTCAGGCTATGCAAGCTGAGTATGATGCTCTCCTTGCTAACAACACATGGACCCTTGTTCCTCTTCCTTCCA ATAGAAGGGCAATTGGTTGCAAATGGGTGTTTAGGGTGAAAGAAAATCCAGATGGTTCTGTCAATAGGTATAAAGCTAGG CTAGTGGCCAAGGGGTATGATCAAGTGCATGGTTTTGATTATGCTGAAACCTTCTCACCAGTTGTAAAGCCAGTCACAAT CAGGCTTATTCTTTCCTTGGCTGTTACTAAACATTGGCATATTCACCAACTTGATGTGAATAATGCCTTCCTTCATGGTG CCCTTCAAGAAGAAGTTTATATGGTACAACCACCAGGTTTTCAGCAAGAAGATAAGCAGCTGGTTTGCAAGCTTAATAAA GCTTTGTATGGTCTCAAACAAGCTCCAAGGGCTTGGTTTGAGAAATTGAGGGCTGCTTTGGTCAGAAATGGTTTCAAACC TAGCTGTTGTGATCCTTCTCTCTTCACTCTCCACACAGCAACAGATTGTGTTTATGTCCTAGTCTATGTTGATGATATAA TCATCACTGGGAATTCTCTTTCACTGGTTCAACAAATTGTTACTAAACTTGATTCAGAATTTGCTTTAAAGCAATTGGGC AAGTTGGATTATTTTCTTGGTGTACAAGTCCAACATCTTCAGGATAGATCTCTTCTTTTAACTCAGTCCAAGTATATTGG TGATTTGCTGGAAAGGGCAGATATGGCTGATGCTAAGGGGATCTCAACACCAATGGTTAGGGTGCAAAACTAAGTAAATT TGATGCAGATTATTTTGAAAATCCAACTCTTTACCGATCTATAGTTGGGGCATTGCAGTATGCTACCTTGACTAGGCCAG AAATAAGCTACTCAGTTAATAAAGTCTGCCAGTTTCTTAGTCAACCTCTGGAAGAACATTGGAAGGCAGTAAAAAGGATT CTTAGGTATCTCAAAGGGACTATTCATCATGGTTTACACATTAGGCCCTGTTCTCTATCTTCACTAGTGTCTTTGGAGGC TTTTTGTGATGCTGATTGGGGCTCAGATCCTGATGATAGGAGGTCCACTTCCGGATCTTGTATTTTCTTTGGTCCTAACT TGGTTTCATGGGCTTCCAAGAAACAAACTCTGGTAGCTCGTTCTAGCACTGAGGCAGAGTACAGAAGTCTGGCCAATACG TCTGCAGAATTGCTTTGGATTCAATCCTTACTTCATGAGCTTCATGTTCCATTTTCTACTCCAAGAATTTACTGTGATAA TATGGGAGCAGTGGCCTTAACTCATAATCCTGTGTTGCACACCCGCACCAAGCATATGGAACTTGATATCTTCTTTGTCA GGGAAAAAGTTCTCAATAATTCTCTTCATGTGCAGCATGTGCCTTCTATTGATCAGCTTGCTGATATATTCACCAAGGCT CTTTCTCCTACTCGTTTTGAGGCTCTTAGAAACAAATTCAATGTGTGTGAGAAACTGGTTTCCCACCCACCTTGAGTTTG CGGGAGGATATTAGAGTACATTGTATGAATGTGTACAGAGTTACACTTTAGTAGTTGCTAACTGTACTAACAGTCAGCAC TAGGGTTGTTATAATGAGCTGGCAATTCAGTTAGGCTATGCGGTTATGCTTAGCTGTCAACTGAGTTAGTTAGATGCTTA GCTGTCAACTGAGTCAGTTAGAGTTTGAGTTTGTTAAGCTTGTTGAACAAGCTATAGAGTTCTATATAAGTTGTAATCAG TCTCTTGTATCATTAGCTTTTCAATCATCAATGATAAACACTTTTTACAATTCTGAGTTTCTTTAACAAAGATATAGGTC CCCAATCAATTTTTTCATTTGTATTTTTTTTTTTGGCTGAAAGCAATATATTTGTAGGTTCATTTTGTGGTGTCTAGTAA TTTATTTCTGCTATCCTTGTTCCACATTCTCTCTCTTAACCAACTTAATTATGGACTGTTCTACTCAGTTTCTTCAGTAG TTTAACTATTGAACTTATTGATCATTCAAAAGAAAATAGTTGTATTTATGTCGCTTGTTTTTTTTATGGGATTTGTAGCA GGACAGTGGTAACATAAATTTTCAGCCCCTTATGTTAGTAAATTTATTTCCTGATACTGAGGGTCTCTCTTGAATTGTGA ATTGCAGTATGGCATCTTACTACCGCAGTTGTCAAAACAAGGCTGAGGGCAGCTTATGGATAAACAAGTACAAGCCAACA AAGGCTACTGAGGTCATGCATTTCTAGTTCATTTTATCTTTTTTACAAGGGAAAAAATTGTGTGTTTTAATTCTCAATGT TCATACTTCCTAAACCATACTTTGCTTGTTTCATGATTGTTTTTTAGGTGTGCGGAAACTCTGAATCTCTAAATTTCTTG CGTGACTGGTTACATCTTTGGCGTGGAGGACGTTATCATAGCAGAAAGGATTCCTCCACCTGGGATCAAAGTTACATACA AGATGAAGACGATGATTTTAACTATTCTGATAGTGACTATGCTTTGAAAGATATCAATGAGGAGGATTCCCTGGAAAACG TTCTTTTGATTACGGGACCAGTTGGGGTGAGTGGAAACATACTTTGTCACAGCTGTAGCATACACACCTTGGACTCATAA TCCTGTGCTATTTGATCAATCAAAATATAATTGAGTAGGTGAAAACCCACAGTTGTAAGGATATTGAACATGATTTCATT CTTAACTAACTAGAGACGGGCTAATGTTGCTTTCTTGGTTACTACCTTTTGGTTATTTGACCAATTATATAACCATTTCA AAATTGCAATATAATATTTAGGGAGCACTTATGGTGATGCACCTAATTTTCTCTCTGGTCTATTTAATACTGGGTAATAA AACTAGTTATTCTTGTACTATTTTTCTTACCGCTGGTGTATACGTTGTTATTCATTCTTGATTTTACCCCTCTGAGGATA ATTTGACTGTAACCTCAGTTTTTATTTTATTTCTTCTCTTTTATTTTATTTTTAAATAAAAATTCTATAGAACCATCATT TTTATTGTACTTAAGTATTTGGTTACCTCTGGTTAGCTATATATGATCATAAAATATTCAGGAAATTTTATTATTTTAGT TGGGTTTGTATTTATATACATAGTCGTATAGAATAATTATCATTTTTTTTCTTAGTATTTTGGTTTTGATTAAAGGAATG TATATAAAATCCAAACTTTACCATTTGTGCCTTCTAAAAGCTTGGATTAGTATAAGATAGATTCACTTCTATTAATTATT GATAATAGTTATTGAGAAATATTCCATAATTCTCTAATCTTGTTTATCATGAAAGTTGCAAGGAATGGTTGTCATTGTTC TTTATCGGTATTTTTCTTGCTGTGGATAAGTCCAACACATTTGTAGAGAATATCATTGTTTATGTCCTTGCTGATTCAAT ATTTTCATTTTAAACACTTCTTGTTCATTCTTAAATGGTTGATAAAGCATAAGTCTATCATATTGTAGAGTGGCAAGTCT GCAGCTGTCTATGCTTGCGCCGAAGAGCAAGGCTTCGAGGTTTTAGAGGTATCACATATTTATAAATACATTTTGGTCAT TTATGCTTAGCTACTGATCCACCTTTTTTATGACGATACTCATTGATCACATGCATCCCAGAAATAGATAAATTTTTGGA AACATTGTTAAGGTCAAGCATAGCAATAATTAGCCTGATTTGGATCTATTCTGATGCAATGTCATGTCTGCCTTCTTTTC TGAACTTGGGAGTCATGCCATTCCATGTCCAGTATTAAGAACGATAATCTTAAGAAGTCTATGGCTATTGTTGTATAAAA AAGAAATATAATTAGATAGAAAGGGTAGGTATCCTCCTGAGCAAACCACATAGATGAAGGAAAAGGAAAGTAAAAGCCTA CATATGAAACCACAAATTAGGGGGCTTGATTCCATATGCCAGTGTGCATTTCTATATGAAATTGTTGATACCTCTCTCAA ATTAGGGGGCTTGATTACCAGATTCATATAGAGCTTACGTCTATTTTTTAAACAACCCAGCAGTCTCCTTTCCTATAAGC ACCATAGTCGTAGTATAAGAAAAAAGTACTTGTATTGCCCCTTTACTGGCCTAATCTTCAATAAGAAGTATACTGAGAAA CAGATGTGGAATGTACCGCCACAATCCTGTAAAATCTCTTTTTAAATACCTTCTAGTTGCTAAGAACAATTAATTTCTTT GTTTTGTATATCTTTGTAATTTTAATTATGATCTTGGCCAAACATATTAAAATTCAACACTAATGTCGACAGCTCAATGC ATCAGACTATCGAAATGGGGCTGCAGTCAAGCAATATTTTGGTGAGGCTCTTGAAACACATGGTTTCAAAAGGTTTGTGA ATTCATGCTGTCATCTCTAGCTGAATAATTTAGTTGATCATACTTTACCTTATGCCTGTGGTTTCACTTTCCTGTAATGT TTTACTGTCATATTTGAATGTTATTTTGGTCTGATGAAATGTAATTCTTCTTTCCCGTGTAACTAGGACCTCTTAAACAT GGGAATATAGATTCCCCTGTAGAAGTGCTATAGGATACCCAATACTATTTGTTGGATAGCCGAATGAGTTGTGTTCGTAT TTGTTGCAAAGTCAAATTACATATTTCTATGTTGTCTTTATGTTAGGAGTTTGATATTTTCAAGCTCTAATATGGTGTTT ATCCATTTGAAGAGAGAAAAGCAAATTTCATATGTTCAAGATAGTACGCAAATAGCAATTATCAAAACATGCATGAGCTA AACATTAAGAAGTGTTGTTGGAGTTCCTTGACTAGATGTCTTAAGCGGTAAGCTATTAACATGGGCTAGAATGGACAAGC AAAAGAGTATGGACTTAAAGATTAAACTTCGTTACTGGTTTTACAGAATCCAGTCTTATTCCAAAGGAATCAAGTTACCA TTGTAAGAAGCCTTATTGTCAAGCTGTTCTGTTATAATATATCTTACATGGTGTAACTTTCAGGTTACTGGAACAGGCTG TGAGTTCACAAAATAAAACTGTGAAATTTCCCCCTGCTCCAACTTCACCTAATGGTAAAGCAGCCGAGGAGATATATGAT GGAGTGATAGATCTGACAACCTCATCCAATGATGGAGTTCATAGTCCTGGTGGAAAGTCTCAGAGGTTACATGAGAAGAA TAATGTATTTACATGTCATAGTGTCCAAACTTTAATTCTTGTTGAGGATGTGGACATCCTTTTTCCTGAAGATCATGGAT GTATTGCTGCCATAAAGCACATTGCTGAGACAGCAAAAGGGCCTATTATATTGACCAGCAACAGTGAGATTACTTGTTAC AATTGTGCATTATTGCGTAACATAGAGCTTTTAACAATGTGTTGTGCTAACGACGAAATCTTTTTTGTAAATTAGGTAAC AATGTTGCCCTGCCTGGTAGTTTTATTAGGCTCCATGTTTCTTTCTCATTGCCATTGCCAGATGAGTTGCTTTGCCATTT GTACATGGTATGTGCTTTAAGCTTTGGATTTGCATCTTCTAAACTGAGGAATGTACTTTATAGGATAAAATGTCGAATTA TAACTTTTGTTTGGAAATCAACAATTGAGATTTAACAACTTTATAATTTGCAAACCAAGTGCATGTATTTTAGCACAATC TTGACAACTGTTAATGCTTCACTTTTTCATCTAAATTGCATCCCCTGACATTAGAAAAGTCTAATCCTTAGAATTTACTA CCCCTCAAAACAAGGGAAAATAAAATGATTGGAAGTGAAACTTATGTCTTCTCTGGAAAACCTGCAGGTGTGTGTCACAG AAGAAGTCAACATCAGTCCTCATTTACTGAAGAAGTTTATCCAGTCATGTGATGGAGATATTCGTAAAACCATTATGCAT CTTCAGTTTTGGTTCCAGAATAAAAAATATAGAAAATGTAAACCACAGCTTACATTTTAAGATGAATATATTGTTTATTT GATCAGCATAAATTTGATAACTCATTTGTTACAAATATCAAAATATCTCTTCTATGAACTATGAATTATGATACCTATTC TTCAAACTGTTATGTTCTTACCTTATGTACTGATTGCACATGTGCATGTATTTGACTTACAAGAAAACCATAATTGTTTA AATTTAGGCTCGTACGGTGTACATTGGTTGTTCTCTTGCAGTTAATTTAATTTATAATTACCATTTATCTTATTGCAGTT GGAATGGCTTGGTGAAACTTACGATTTTTTTTTACTGCACAGACAGGAAAGTGAAGACAGTATATAGCTCACTTCCATTT GATCTTGAAGCTGGTCATGAGTTATTACCAAAGATATTACCCTGGAGCTTTCCCTCAGAGTTACCCAAACTAATTGAGAA GGAAGTTTCCAAGTCAGTAACCTTAATGGAAGAAAACCCATGCTTGCAGGGGTTAGTTGAGGAAGAGCTTCACATTAATA AAAAGCATAATGATTTAGGTGTGCAGTGTATAGTAACTGATGAGGCCAATGTAGAAATGAAGAGGAAGAGATCTATCGCA GACTGCAATGAGTTTGAAAGTCAATGTAGTGCTATGTCTGAGCTTTCTAATTGTTATGGATCCCCATTAACACCCTCTAG GCAAATGGGCCCAAAGAAACTTGCTGTGATGTCCTCTGAGTCTGAGGATAAGTATCCAAATTATGGACATTCTCTAAATA TTCACCATGAAGATTACAAGAGACAATCCCTTGAAGGCAATAGTGAATCTTCCTGTAAGTTTGAATTGAATCAAAGCTAC ACTAGTATGTCATTTTGCAAGCTGGTTTGTTCTGGTTTGGAGAATTCAGAGGAACAGAGTAATTATTTAGAAACATCTTA TGGTGCATGGTTGGATGAAACACATAAATCATTAAATATATCCAGTTTTCAAGAATCGATGATTATTCCTGAGACTGCAA CTGAGAATAGAACACAGACATTATCTGCAGCAGTGTCTTCTGGCCAGGATGAAACACATAAATCATTAAATATATCCAGT TTTCAAGAATCGATGATTATTCCTGAGACTGCAACTGAGAATAGAACACAGACATTATCTGCAGCAGTGTCTTCTGGCCA TCTTGCTGGTCCAATAGAAGTTTCTCCGGATAATGCGCTGACACCATTCACTTTCAGTGTTTGTCAGCGCATAGCCAGAT TGCCACAGAATTTGGATTCATTGGTAAACACTGAAATTCCAGAATCTTCTCCAAAAGTGTCGGTGCAAGACTTTAGAGAT GAGAACAGGGAAACCACAACTGTGTATAACATGATGGGTGAGTGCAGTCATGAAGAATTTAACTTGAAGTTGAATTTTGT CGAGTCTAGTCCATCTATGGAGATAGATATGATACAAAATTTATGGAGAAGACTTCTTGATTGTAAAACGGATTTAAGAC AGAATGCCACCTCAGAACAGGAAGGTGCTATCCAAGTTGTTAAACTTGCTAGTGAGCTAACCAATCTAATTTCAGAAGTT GACGTGTTGTTTCGTAATCACCAGCAGGAACAATGTGTAAGTACTTTGAAAAACTGTTTTTCTTTGATTGTGTTTTCTCA TTACTTCCATTCTGATAATAATGAATGTGCAGGGTATTATGGAGCCTCCAATATTCCTTTCTGATGAAGCCACATATAGT TGGTATGATGAGCAAATGATGATGTCCACGGTTGCGATGCATGGTTTTTGTTTCTATGCGAAACATATATCAGATATGGG ATCAAAGTTGGGTTGTGAAAACAGGGTAGATGTAACCTCAGAGATGTTGGCTTCCACTACTAATATTATGGCTCTGGGGA AGTTATCTAGACAGGATCACACTAAAAGCCTGAGTAACAATACTACAAAGGAATTAGATGATATGAAGAGGTATGTAGTA TTTAACCTTGGCTTTCATTTTAATAGGTTAGCACACACAACTCCTCAAGAATTTTTTTGGTAATCCTGCATTACTATCCC TCTTCTCTTCAAAATAACTGTCATTCATTATATAATTTTCTTTTATTTTCTCTTTCGAATAAAATTGGCTTAAATATATT TCCAGTCCTTCAACTATAGCTCATGTGTAATTTGGTCCCTTAATAATTTATTTAGCAAATTCAGAGAAACTTTTATGGTT ACAATTAATTCCTCTATAATCTTTATAATTTATTCTACTTAAATCTCCTAAATTTTCATTTTCAGAGAAACTTTTATACA AATTGAAATGATTAACTCATTTTAGACCTTCCACGTAAAATTCACAAACTAATATATTAAATTTAATCTAACATAAGGAA GTCTGAATTTTTTCTTTCTTAAAACCCTAAAAATTTATTAAATATTCACTAGTTTTTTATTTTTAAAATCATTTCATATT CCCAATCTGTCATAATCCCCAAAATATTTGAATAGGAAATAAAAGTTTAAGCATTTTAGATATGTGAAATTGAGAGAATG GTCAACTGTGCTTAGTTGAAAATAAAAACAAAGAGACCAAAATCACTCATAGTCCGAATTAGAGGGATCATAAGCGCAAT TAACTAAAAATTTAAAGGAGAAAAAAATGGTACATAGGTGTCATGATTTTTGAGAGGAGTATGTGCAATGGTGAATAAAA GAAAATTCCATTTCCACAGCTGTCTACCTCTCTTTTCTATTTTCTCCTTAATTATATGTCGACCTTACTTTGGCAGCATG CAATACAACGAAAACAGAAAATCCTTGTTCAATGTGATCCAGTCCATTGTTCCTGCAAGATTATCATTGGCAATGAAAGG TATTGCATTCAATGAATATCTCTCTTCACTACGCCAAATTTCAGTTTCAGAAGATATCCGCATGTCACAAGGTGCTAAAA AGATGAGAAAAGGAAGGTACGTGTTTGTGAAGCAAATTCAGTTGTTTTCAGCATTTAGATTGATTGGAAAAAGTGAACCA GGAGTCATTTTAGTCCCTATTAAAGTTTTATTCATTTTCAGTCCTAATAAACTACAAAAGTAATGTGCATTTAGTCAACT TTTTTATATTTTAGTGACTAAAAATGAATAACATTTAGGGAAGTTATGGGGTTTAAGTTGTCCACTGGTGATCCACTGCT TTTAGTTGTTCATTCAAGATCATCAATTAAAAATGTATTATCTCAACGGCTAAAAGCAGTGGATCAGCAGTTTACCACTT AAAAAAATGGTCCACCTTACAATCTCCCAACATTTTAATAGGGTTATAACCAAAATGTGTCAAATTTACAGGGTTGAAAG ATATAATTAACTCATTGCATAATCTTTAATGCAGGCCGCGGGGTGCTCATTATTTGAGCAGAGGTAAAATGTTCTCTCCT GAAGATATATCATTGGTGTGTGAGGGAGACTTGTACAGAAAGATTTCTTCACAGTACACCGCTAACATGGAAAGCAACTG TGCATGATTGAACTTAATAGTGTAGATTTAATCATAGAGCCATTCATTTTATGAAATAATTCAGCATAGGATGATGCCCA TATGGATTATTTTCACCTATGATCATAGGCTGAAAATTGTAAATTAAACAAGAGCAGCAGTAGGATTGTAATAAGATACA GGAATTGTAGAAATGATTCGTTTATGGATGATATTTATTGTTAGAATAATCTTATTTTTAACCAGAATTGTATAGCAGCT GTCTGAATGCATCAAAATTGCAATCTTAGAGCATGTTGGTTTATTCCTGGAAATGGCACTGGGCAAAGCAGGCTTGAAAT ATCATGTCTTTAGATTCGTGGGGTTTGGCACTCTGTTTTGGGAGTTTCAGTGATAAATTGTTCCCACATCAAACAAGGAA TGTTCACAGCTTGGAATGGGTCTAAAGTTAAAAAAAATCATTCATCTAAAATGAGCTAATCGGTTTTGTTATATAATGGA AATTTAATTGATTTGGATTTTGATTTTGATTTTTTGGTGTTAATTTTTGCCCTGACCTCACTCTATTATTTAATAAGAGA CTAACCAATCTTATTTTATTGCAAAC
CDS sequence (LotjaGi1g1v0160400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAATGATCCGGTCGAGCTCGCCACACCTAAGCGCCGAGGAAGAGGCAAAGAAGATCAAGGATCACCGGCCGGCGAGAG CAGCAACACAAAATTGAAGTCTCCCGGAAAAGTCACTCCTAGAAAGCGAAGTTCCAAGAATAGCACCCCAAAGAAAAATT TGAAATTTAATGGAATTAAGGAGGCGGCGTCACCTGATTCGGCTCGGAAGATTGATTTGCGGTTGGAGGCGAAGTTATCA GCTGAGGAAAATTCAAGGTTGTTTGCTGGACGGCAAATACATCCATTCTTTTCGTCTTGGAAGACGGGAAAGAAGTCTCA GGAGCCGGCTGATTCAGAACATGGTTTATCTGAAGCTAAGAGGGAGGGTGGAAGAACTACCTGTGATCCTACTCTTGTCC ATGTATTTGAAGATGTTCAGGAAGATACTTCATCTCTGGACTGGAGTGACTGGACATTTTTGGGGGATACCACTGTTGTG GAAGAAAGTTTAAATTTACCAGTTTTGGTGGGTTCTGTTGAATCCTTAAATTTTGATAACTTTCTTAGTGCTTCAAAACC CTCACATGCTTCAATTTCTGGAAATGCCTGGTCTTGTTCCAATCAACTTTCTATACAACCAGATAATATGCTGGAAATAT CTCCGGGAAACGCAGCTGTGCTAGCTAGTGAGCAAACAATATGCCCTTCAAAGCTAGAAGAGGCCAACATGGACTTGGAG GGGGATGAAGTCTGTACTGTATCTGGGCAAGCAGGCATTTTCAGAAATTCAGATGCTGAGCCTCTGAGTAGATTTCTTCA AGAAAGTATGGCATCTTACTACCGCAGTTGTCAAAACAAGGCTGAGGGCAGCTTATGGATAAACAAGTACAAGCCAACAA AGGCTACTGAGGTGTGCGGAAACTCTGAATCTCTAAATTTCTTGCGTGACTGGTTACATCTTTGGCGTGGAGGACGTTAT CATAGCAGAAAGGATTCCTCCACCTGGGATCAAAGTTACATACAAGATGAAGACGATGATTTTAACTATTCTGATAGTGA CTATGCTTTGAAAGATATCAATGAGGAGGATTCCCTGGAAAACGTTCTTTTGATTACGGGACCAGTTGGGAGTGGCAAGT CTGCAGCTGTCTATGCTTGCGCCGAAGAGCAAGGCTTCGAGGTTTTAGAGCTCAATGCATCAGACTATCGAAATGGGGCT GCAGTCAAGCAATATTTTGGTGAGGCTCTTGAAACACATGGTTTCAAAAGGTTACTGGAACAGGCTGTGAGTTCACAAAA TAAAACTGTGAAATTTCCCCCTGCTCCAACTTCACCTAATGGTAAAGCAGCCGAGGAGATATATGATGGAGTGATAGATC TGACAACCTCATCCAATGATGGAGTTCATAGTCCTGGTGGAAAGTCTCAGAGGTTACATGAGAAGAATAATGTATTTACA TGTCATAGTGTCCAAACTTTAATTCTTGTTGAGGATGTGGACATCCTTTTTCCTGAAGATCATGGATGTATTGCTGCCAT AAAGCACATTGCTGAGACAGCAAAAGGGCCTATTATATTGACCAGCAACAGTAACAATGTTGCCCTGCCTGGTAGTTTTA TTAGGCTCCATGTTTCTTTCTCATTGCCATTGCCAGATGAGTTGCTTTGCCATTTGTACATGGTGTGTGTCACAGAAGAA GTCAACATCAGTCCTCATTTACTGAAGAAGTTTATCCAGTCATGTGATGGAGATATTCGTAAAACCATTATGCATCTTCA GTTTTGGTTCCAGAATAAAAAATATAGAAAATACAGGAAAGTGAAGACAGTATATAGCTCACTTCCATTTGATCTTGAAG CTGGTCATGAGTTATTACCAAAGATATTACCCTGGAGCTTTCCCTCAGAGTTACCCAAACTAATTGAGAAGGAAGTTTCC AAGTCAGTAACCTTAATGGAAGAAAACCCATGCTTGCAGGGGTTAGTTGAGGAAGAGCTTCACATTAATAAAAAGCATAA TGATTTAGGTGTGCAGTGTATAGTAACTGATGAGGCCAATGTAGAAATGAAGAGGAAGAGATCTATCGCAGACTGCAATG AGTTTGAAAGTCAATGTAGTGCTATGTCTGAGCTTTCTAATTGTTATGGATCCCCATTAACACCCTCTAGGCAAATGGGC CCAAAGAAACTTGCTGTGATGTCCTCTGAGTCTGAGGATAAGTATCCAAATTATGGACATTCTCTAAATATTCACCATGA AGATTACAAGAGACAATCCCTTGAAGGCAATAGTGAATCTTCCTGTAAGTTTGAATTGAATCAAAGCTACACTAGTATGT CATTTTGCAAGCTGGTTTGTTCTGGTTTGGAGAATTCAGAGGAACAGAGTAATTATTTAGAAACATCTTATGGTGCATGG TTGGATGAAACACATAAATCATTAAATATATCCAGTTTTCAAGAATCGATGATTATTCCTGAGACTGCAACTGAGAATAG AACACAGACATTATCTGCAGCAGTGTCTTCTGGCCAGGATGAAACACATAAATCATTAAATATATCCAGTTTTCAAGAAT CGATGATTATTCCTGAGACTGCAACTGAGAATAGAACACAGACATTATCTGCAGCAGTGTCTTCTGGCCATCTTGCTGGT CCAATAGAAGTTTCTCCGGATAATGCGCTGACACCATTCACTTTCAGTGTTTGTCAGCGCATAGCCAGATTGCCACAGAA TTTGGATTCATTGGTAAACACTGAAATTCCAGAATCTTCTCCAAAAGTGTCGGTGCAAGACTTTAGAGATGAGAACAGGG AAACCACAACTGTGTATAACATGATGGGTGAGTGCAGTCATGAAGAATTTAACTTGAAGTTGAATTTTGTCGAGTCTAGT CCATCTATGGAGATAGATATGATACAAAATTTATGGAGAAGACTTCTTGATTGTAAAACGGATTTAAGACAGAATGCCAC CTCAGAACAGGAAGGTGCTATCCAAGTTGTTAAACTTGCTAGTGAGCTAACCAATCTAATTTCAGAAGTTGACGTGTTGT TTCGTAATCACCAGCAGGAACAATGTGGTATTATGGAGCCTCCAATATTCCTTTCTGATGAAGCCACATATAGTTGGTAT GATGAGCAAATGATGATGTCCACGGTTGCGATGCATGGTTTTTGTTTCTATGCGAAACATATATCAGATATGGGATCAAA GTTGGGTTGTGAAAACAGGGTAGATGTAACCTCAGAGATGTTGGCTTCCACTACTAATATTATGGCTCTGGGGAAGTTAT CTAGACAGGATCACACTAAAAGCCTGAGTAACAATACTACAAAGGAATTAGATGATATGAAGAGCATGCAATACAACGAA AACAGAAAATCCTTGTTCAATGTGATCCAGTCCATTGTTCCTGCAAGATTATCATTGGCAATGAAAGGTATTGCATTCAA TGAATATCTCTCTTCACTACGCCAAATTTCAGTTTCAGAAGATATCCGCATGTCACAAGGTGCTAAAAAGATGAGAAAAG GAAGGCCGCGGGGTGCTCATTATTTGAGCAGAGGTAAAATGTTCTCTCCTGAAGATATATCATTGGTGTGTGAGGGAGAC TTGTACAGAAAGATTTCTTCACAGTACACCGCTAACATGGAAAGCAACTGTGCATGA
Protein sequence (LotjaGi1g1v0160400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MNDPVELATPKRRGRGKEDQGSPAGESSNTKLKSPGKVTPRKRSSKNSTPKKNLKFNGIKEAASPDSARKIDLRLEAKLS AEENSRLFAGRQIHPFFSSWKTGKKSQEPADSEHGLSEAKREGGRTTCDPTLVHVFEDVQEDTSSLDWSDWTFLGDTTVV EESLNLPVLVGSVESLNFDNFLSASKPSHASISGNAWSCSNQLSIQPDNMLEISPGNAAVLASEQTICPSKLEEANMDLE GDEVCTVSGQAGIFRNSDAEPLSRFLQESMASYYRSCQNKAEGSLWINKYKPTKATEVCGNSESLNFLRDWLHLWRGGRY HSRKDSSTWDQSYIQDEDDDFNYSDSDYALKDINEEDSLENVLLITGPVGSGKSAAVYACAEEQGFEVLELNASDYRNGA AVKQYFGEALETHGFKRLLEQAVSSQNKTVKFPPAPTSPNGKAAEEIYDGVIDLTTSSNDGVHSPGGKSQRLHEKNNVFT CHSVQTLILVEDVDILFPEDHGCIAAIKHIAETAKGPIILTSNSNNVALPGSFIRLHVSFSLPLPDELLCHLYMVCVTEE VNISPHLLKKFIQSCDGDIRKTIMHLQFWFQNKKYRKYRKVKTVYSSLPFDLEAGHELLPKILPWSFPSELPKLIEKEVS KSVTLMEENPCLQGLVEEELHINKKHNDLGVQCIVTDEANVEMKRKRSIADCNEFESQCSAMSELSNCYGSPLTPSRQMG PKKLAVMSSESEDKYPNYGHSLNIHHEDYKRQSLEGNSESSCKFELNQSYTSMSFCKLVCSGLENSEEQSNYLETSYGAW LDETHKSLNISSFQESMIIPETATENRTQTLSAAVSSGQDETHKSLNISSFQESMIIPETATENRTQTLSAAVSSGHLAG PIEVSPDNALTPFTFSVCQRIARLPQNLDSLVNTEIPESSPKVSVQDFRDENRETTTVYNMMGECSHEEFNLKLNFVESS PSMEIDMIQNLWRRLLDCKTDLRQNATSEQEGAIQVVKLASELTNLISEVDVLFRNHQQEQCGIMEPPIFLSDEATYSWY DEQMMMSTVAMHGFCFYAKHISDMGSKLGCENRVDVTSEMLASTTNIMALGKLSRQDHTKSLSNNTTKELDDMKSMQYNE NRKSLFNVIQSIVPARLSLAMKGIAFNEYLSSLRQISVSEDIRMSQGAKKMRKGRPRGAHYLSRGKMFSPEDISLVCEGD LYRKISSQYTANMESNCA
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 |
|---|---|---|---|---|---|---|
| MobiDBLite | 1 | 66 | 66 | - | – | |
| PANTHER | 1 | 839 | 839 | 0.0 | ||
| MobiDBLite | 1 | 20 | 20 | - | – | |
| PANTHER | 1 | 839 | 839 | 0.0 | – | |
| MobiDBLite | 99 | 125 | 27 | - | – | |
| MobiDBLite | 106 | 125 | 20 | - | – | |
| SUPERFAMILY | 285 | 605 | 321 | 3.08E-24 | ||
| CDD | 349 | 430 | 82 | 1.82725E-6 | – | |
| Gene3D | 543 | 608 | 66 | 2.3E-8 | – | |
| CDD | 555 | 591 | 37 | 1.51633E-4 | – | |
| PANTHER | 840 | 1218 | 379 | 0.0 | – | |
| PANTHER | 840 | 1218 | 379 | 0.0 |
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 |
|---|---|---|---|---|
| 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. | ||
| Cellular component | Host cell nucleus | A membrane-bounded organelle as it is found in the host cell in which chromosomes are housed and replicated. The host is defined as the larger of the organisms involved in a symbiotic interaction. |
Expression pattern of LotjaGi1g1v0160400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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