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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0361700 |
| Transcript ID | LotjaGi6g1v0361700.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | ATP-dependent RNA helicase DeaD; TAIR: AT1G10930.1 DNA helicase (RECQl4A); Swiss-Prot: sp|Q8L840|RQL4A_ARATH ATP-dependent DNA helicase Q-like 4A; TrEMBL-Plants: tr|G7INR2|G7INR2_MEDTR ATP-dependent DNA helicase RecQ family protein; Found in the gene: LotjaGi6g1v0361700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:67368666..67383013) extracted from Lotus japonicus Gifu genome v1.2.
GAAGAGAAATGATGAAATGAAAAATCCCGCCATTCGAAAGAGAACGAACGCACCTCTTCGCTGATCTCTGATCTCTGATC TCCGACCGCCACTTCCTCTCCCTCTTCTCTTCTCTTCATATTTCAGTTACTGGGTTTGCTTTTGCTTCAGTTTCTCTTCC TACCTTATTCTCATTTTGTTCCCTCACTTTTCCATTTCCATTTTCTAGGGTTTCATTTTTCCATTGCTGCTCCTTCTTCC GATTGTTTCATTGTTTCATTCATCTCATCACTGCTCAAATGCAACCAAGCGCCAAGCCTCCTCAAACCAATTGGTCGCAA CACGCCAATGCTCAACACAATTTCGCATCCCAAGCCAAGTTTCTGAGCTCCAATTTTCTCTTCTCTCTTCCAACTCACAA GAGCCCTTCCTATCAAGAACCACCCCCTGGGACTGGGTCTCAGAGGTATGCCTTTTATTGCAACAATATCTTACTCCACT TCAAATTTATCATATTGGATTTGAGTCAAACTTGATATAATTCATTGGTAGCTTAATTCCACCACAATTTCAATTTGCTC TCTAACACAACACATTCATTTTACCAGGTTTGTATTACGACAAAGTCAAGGTTCAGAAAGAGTACAAGTTGACAAGGTAT AATTCTATAAACGCTATGTGAGCATCAATAGTTTTACTACAGGTTATCGCTTTGTTATCACTGTGTAACTTTTTTGCAGT TATATCATTTGGTAATGACTTCTATTGAAACAAATGCTGATTTTGGTTCTGAGTTACTTAAATCAATGCTGAATGTTTTC TTTTTCTTTTTCTGAAACTTCTATAATTTGTAATAACTTCTGATGAAACAATTGCGGACAGGCTTGGCTTGCTATTACAA CTCCACAGAATTCTACCAGGAACTATGTCCAACCTGGAGAAACTGTTAAAGTTACTCCTCAGCTTCATGAAAGCATGGCA GCAACTTCCTTCCAAGGAAGCCATGAAAACAATATGCCTAGGCATTCTGATGTCACCACTACTCCAATTGTCATTAATCA TAGATCTCAGGTTTTGGATAGTTCAGTGAACAACCATACAAAGTACACAGACCAAATCAATGAGTCTACAAAATGCATGC CTGTTCATATTGATGATGATGATGACATACTTGAGGTAATGTAGTATGCTTTGGTTGATCTTAATGATCAAATCATTTCG ATCTTTCTATCAAAGGCATGTAAACGTCCAACAATATGAAGTAGCATCGTATTTTAGCATGTTTTTAAATGGTTGAATGG ACCAGTTATAATATCAAAGGGCTCATTTTTTAAGTTGCATCGATGTGGAATTTCACTTGTTTGTTTAACTTATACCACTT TGCTAATGAGTTTAGTTTTTGTTATCCAACAAGAAGGTACCTGTCTGCCCAACTTTTTCGTGAACTGGAAACTGTTGAGG AAGTTTGACAATTTTACTCATTTTGAAATCTTGTCCTCTTGTTCCTTCTTGTTGGTGTGACTGTTCTGTTATTTTTCTCA TCCTATCTCATCTTATCTTTTTTTTCTTTTCGAAATACATTAGTCATGCTTATCTCGCTCTTTATTTATGTCATTCTTTG GCTCTACCTTTTAGACCATTGATGTTGACCAAATCGTGGAACAATACCAGTCTAGTTGCACTCCCCAACCATCAATGTCC AGGCTTCCTCCAATTACACCAACTGCAGATAAAGATAATTTTGCTGGACATGATAACCTTTTGCCACCAGAGCTGTGTGT GGACTGCAGCCATGGTTGCAAGGTATTGATCAGACATATTTTATTCTTTCATTAACCACCCATATTTATATGTCAAATCA ATATACTTAATTCTGAAACTGGATGCAGTTAGGGCATTGCCCTGAAGCAGCAAGTCACTTGCAGGAATTGAAGGATAATC TAATTGTTATCTCTAATGAACTACTTGACAATGTTGAGAACCTCAGTTCTACAGACATATCCAAACTTCACCAAGATAGG TATGTCTTGGATTATTTTTTTCGTTTGTAACATTTTCACTTTTAATGTATACTGCATATAATACAAGGAAACCACTAAGA GGCTTCGTCATCATTACCTTTTTAATATATAATTATGATGGATCATTATGGTTGGAAAAGAAATGCAGCAGCATATCCCT TTAAACTGAATAGCATTTGGGTTGAAAATAAAATCTGTTGCTAATGCTAGGTCACAGCTCAAGAAGCAAATTCAGCAGCT TGAAAAATATATTCACTCCAGTAATCTTGCTGAGGAAAGACAAAAGTCACATTTTTCTGCATCAACTGCGCCGCCTACAT CTTTCGTGTATGAAACACCTCGGCAACCTTTCCTTAGTAGTGGACCAAAGACATATGATTCCCAGGCTTATATGGGTAAT GGGACATATGGGTCATCATTCCAGTCTGTTTCATTCTCTTCTGTAGATAGGTATGGTATGCCATCAGGTCCAGTAGAGAG GGAAGCATTCATCCCAAAAAATATTGAAGTTAATTACATCGAAGGTTCTGGAGACAAACGATGGAGCAGCCAAGATTTTC CTTGGACAAAAGACTTGGAGGTACTTAACTGAATTATTGTCAGTTTCCAGTGCATGTAACTCATCATGTTCATAGTTTTT TTTCTTTTCATACTCTTAGGTTAATAATAAAAGAGTATTTGGGAATCACTCATTTCGTCCCAATCAAAGAGAGGTCATTA ATGCAACAATGAGCGGATGTGATGTTTTTGTTTTGATGCCCACTGGTGGAGGAAAGAGTCTGACTTATCAGGTAACATTA TTTTTCAAGAGACCTCTATGAGTTATGGCCTTCTTCCTTCCTCATTTACAAGTATACTGTTGATACAATTTAACTGGTTT TAATGCTGAATTTTTATCCATTTTAATTCTTCTATTCTATCATAATTGGTTGCATAGATTGCTTGGTATTAGTATTATGA ATTATGGTTTAATTTCTTTCTTATGCAAGTTTTTTGGAATTATGGTTTAATTATAAAGGAAATTGATGTTTCCTAGAGTA ACTTACATTAATTTCCTTTACTAGAAAAGTTGCTTTTAGATTTTACTGTGATATTAAAACTTTGATCTGTCTTGTGTTGC AGCTACCAGCTCTTATTTGTCCTGGTATAACATTAGTAATTTCTCCCCTTGTCTCCCTTATTCAAGATCAAATAATGCAC CTATTGCAGGTATAACTTATTTTTAACTGATATTCTTTCATTATTCATCATGTTTTTGTCTAATAGATATATGCTTATTT GCTCCTTATGGCTTGCCATATAGGCAAATATACCTGCTGTTTGCTTAAGTGCCAACATAGAATGGTCTGAACAACAAGAG ATCCTTAGAGAACTTAATTCTGATTACTGTAAATACAAGTTGTTGTATGTGACACCCGAAAAGGTTGCAAGGTAAGTGTT ACTATTTAGAGCGATTTAACTCTTCAAAGCGTTTTATTCTCTTGAGATATACACTTTTAACTTGAGAATCATATTTTTCA TTTCCATAATGTTATTTTTAATGCAGAAGCGATGTTCTTCTGCGACAATTGGAGAATTTACATGTCCGTGAGTTGCTGTC CAGGATTGTAATTGATGAGGCTCACTGTGTGAGCCAATGGGGGCATGATTTTAGACCAGATTATCAGGTTAGGACTTCTG TACCTTTCAATCTGATGTAATATATGTGGTATATAATTTAAATGTTAATCATTTCTTTAATTTCCACAGGGACTTGGTAT TTTGAAACAGAAATTCCCAAATACTCCTGTTTTAGCTTTAACAGCGACAGCAACAGCTAGTGTAAAGGAAGATGTTGTGC AAGCACTTGGTCTCATTAACTGCATTATTTTCCGGCAAAGTTTTAATCGACCAAACTTATGGTGCGTTACACAAAGATCC AGTTCTAAATAAACCTTGAACGTATGAATCATGTTCATTTTAAACATTGCAGGTATTCAGTTGTCCCCAAGACCAAAAAG TGTGTGGAGGACATTGACAAATTCATTAGGGAAAATCATTTTGATGAATGTGGCATTATCTATTGTCTTTCACGAATGGA CTGTGAAAAGGTTGCTGAAAAATTACAGGTTGGTCTACTCATTACTTGTATAAGTTGAAGGTTTGATTGATGAACGGATG GGATTTTCCTATTTGTTCTTTTTTTTCCTTTTTCCTTTTTCCTTTTTCCCTTTCCCTCTTTTCAGCATGCTGCTTGTTGT TTGGGTTTTACTGTTTCCACATGATGATATGAGTATCTGGTAAACCATAACTGCACTCTTGTGACCCTCCTACACATGGA ACCCAGTTTTAAGTAGCTAATTGAAATTTTTTCAATGAATATTATTTTTGAAATTAACATCTATTTGTATGGCTTGTGAA TATATATTATCTGGTTATGTTCATTTTTCAGGAATGTGGGCATAAATGTACATATTATCATGGGAACATGGATCCTGCTC AACGTGCTTTTGTTCAAAAGCAATGGAGTAAAGATGAGGTCAATATAATTTGCGCTACTGTGGCCTTTGGCATGGGTAAA TTTGCTTCTCTGCTACATCTTTTTGCACTGATTAATTAAATAGATTCATAATATAAAGTTGATATTTCAGGTATTAACAA GCCCGATGTTCGCTTTGTAATCCATCATTCGCTCCCAAAATCTATTGAAGGCTATCATCAGGTATTGGCAAATCATCAAA ATATGTATTGGGCTTAGGTTTTGGTTCTGTTGGCTTACATGTGTGTTTATCCTTTTCTTCCCAGGAATGTGGACGAGCTG GTAGAGATGGTCAACGTTCATCTTGTGTATTATATTATAACTATGGTGATTATGTTAGTACCAATTGCAACACTACTACT TCTTGAATGTTAATTTGTCTTAACATTTATATTACTTACGTGCAAACCATGTGAAACAAGTGATGATTGAGATCCTATTC TCCTTTCTTTTCTTTTATTCGTTCATTGCTTAATGCTTATATCTAGTTGTATATCATACTTATAGATACGAGTTAAGCAT ATGTTGAGTCAAGGAGCAATAGAGCAAAGCTCCATGACATCTGGATACAATCGTTCAAATATGACAAATTCAGGAAGAAT ACAGGAAACAAACTCAGAAAACCTTTTGCGAATGGTACCATTTTTTAAGCACTTTGGAATACTATACTATTACTAATTTT TATTTATTTATATATATGTGTGCATCACTCAATTCTTCCATTGAACTTTCTCAGGTCAGTTATTGTGAAAATGATGTTGA TTGTCGGCGTCTTCTTCAGCTTGCTCATTTTGGGGAGAAATTTGATTCTTCAACCTGTCAGAAAACATGTGATAATTGCT TGAGAGTTACAAGTTTCGTTGAGAAAGATGTCACAGGGATTGCAAAAGAACTGGTCGGGAAGCAATTTCTATCCATTATG TCTATCCCAAAACTTTATGTAATTATGTTAGTATGTAATAACTGAGCCTACTTGTTCTCAGTTTAAGTACTTTAATTGTC ATCTGTTTAGGTTGAACTAATTAAGCTAACGGGACAAAGGTTCTCTTCGTCTCATATATTAAAAGTGTATCGTGGTTCCT TAAGCCAGTTGGTATGTTAATGAGCATTGCTTGTTTTCTTTGTTTTTCTAATTTTTTCATTCTTTGCACTGTTTTCTGGA TTTTCATAGTCAGTAATGTTTCTCTTTGATCTTGTACTTGTACCATCAAAATTAGGTCAAGAAACACCGGCATGAGACTG TGAGGCTGCATGGTGCTGGGAAGCCTCTAGCTAAGGGTGAGGCTTCCCGTGTATTGCATCGTCTGGTTGTTGAAGATATT ATTTTGGAGGAGGTAAAAAAAAGTGATATTTATGGATCAGTATCTTCAGTATTGAAGGTAACATAGACCCAGCCTACTCT AATTTGTTTGTATGTTGCAATTCCCTCCAATTTTTATTTTTTTCCAATCATGCTTCAAACGAGTGATATAGCTTTTTAAT GTTACTTTCTATAATCAGATTTTACTAACTTCTAGTTGTCTAATGTGTTGAATTGTATTTTAGGTAAATGAGCACAAGGT CCGTAATTTGTTGTCTGGTGGCCAGAGAATTGTATTGAGGTTTGCCGATCTGATCAAGTTATCTCTTGCTTGAATTTGTG AATCAAGATGCTAATTCTTATGTTTGATTGAACAACTTTAACTGAGTTTCTTATTCTTGTGTGAGAGCTTATATAAAATG ATATTAATTGCCCAAGTTAGGGGTTTAATGCTGTTAGCCTTAGATTACTTTAGCTCGACTTCAGTTTCACTTGAATTCTT GTTTCAGCTTTCTCTGGCCTCAAGTTCACAATACATGCATTTATGCATCTTTAACTTTCGTAGATTCCCGTCCCCTGTAA AGGCATCAAAGCATGGGAAATGTGATTTAACTCCAGCTAAAGGCCCTCTTACATCTGGGAAGCTGAATCCTCCAGTAATT GACATGACTGACCAACCTCAGACTGAAGTGGACTTGGTATAAAATGTTTTTTTTTTTTCTTAAACTTTTTCTGGTTTTGT TGAAATGTCTAACTCAGTTGAATTATATTTTTCAAAAAAAAATCTACTTCAGAATCTTTCAGCAAAGTTATACAGTGCTT TGCGGATGTTGCGGACAACTCTTGTTAGAGAAGCTGCAGATGGTGTTATGGCTTACCACATATTTGGGTAAGTTATTGGA TATTTTCATTTTCTTCTTATAATACAACAATTATTTTAGGGATTTCAAAAAAAAATCAATTATTTTATAGGGTTCATGTA CTCTTTGAGTTATGGCTTACCACATACTTGAGTGTAAAAGCATCTAATAAGCTGCTGTTTCTGTTGTTTAGTAATGCTAC GTTGCAGCAAATAAGCAAGAGAGTGCCAAGAACAAAAGAAGAACTTCTTGATATCAACGGCATTAGCAAGTAAGTTCATT CTTGGAATAGTTTATAGTCTGTTTGGAGACTCATTCAGAAAGAAGTCAAAATCATGGTGGGGAGAAGCTACTTTCCTTAG CTTCTCTAAAAGTAGAATCAATTCTAAGTTTTGTAGACAAGGCCAAGCATTCACTTAAGCGTCCTGGTTACTGAAATAGC TTCCGTTAACGTTTGGGTTTATCACAGGACTAAAGTAAGCAAGTATGGGGATCGGTTACTGGAAACCATTGAAGACACCA TAAATGAATATTACAAGTTGGACAAAAGCAGCAGCGGCAGCAAAGGCAGTGCTGATTCCGCCAAAAGGCGACGAGAGGCA GCAAGTGGAGATGCATCTGCAAATGCCGAAGATGACTTCACCAAAAGCACTGGTCGATCAAAGAAAATGACAGTGAAGAG ACAGACTAAAAGAACTGAGATTTATGATTCTGAAGAAGAAGATTATTACCATGGATGCCTTGATGAAGAACTAGACTTTG ACAACTTGGAAAACGAAGCATTAAATAAAACACCTTGTACAAATGCCGGAGGAAGGGTACTACCTCAATGGACAGGTTCT TGAAATTGTTATGTTATAGGGCTTTTGGTGGATCCACCTTCAAGTAATTATAGTTTTGGGAACGAAGTTTAATTCCACTA CAGCAGGCAAAGATGATCAATAAATGCAGATCAACGAAATAAAACTGCATAACTGAGTGTAATGGCAGTGAACTAGCAGG ATTTGTTGTCTAATTTATTCTGATATTATTAATTGAATAGTGCTGGCTAACAAGTACAAGTTCAATTTGGTAAATAAAAA CTTTGGCTGCTTTCCTTGTAAATAGATGAAATTTAGTTAAGTACGATTATAATTTTTGTCTTATTAAACAACAATGTATC TCTCTATAGCCATGTATCTCTATAGCCGATAACCGTAAGTGATAGAGGGCTGATCAAAGTTCTATTCACGGGAAAACTTA CATCAAAATCCAATTTTCAGTTACTTTAGCTAAATAAACACTGAAAATACAAATAGTCAAAGCGTGAAATTAGGATATGA ATCCCTTCAACTTGTCGTGAGGCAGCTGCAGTTACAGAGTTTTATGGATGCTCTGTGAAATACTAAAATATGACTTGTTA ACAAGTACTGCAATATCCAGCAGTGATTGAAGCGACTCTTAATTTAAGATAGTATTTAGAAAATTGATCATTGGTTGTTG GTTGCTAATAATTTATTTGGTAGTTTTATTTTCAGGAAACACAACAAAGATCAGAACGAAAAATAAATCACAAATTATAT ATACTAGCAATTTAAATCTTAAAGTTCAGATAGCTATATACATGGTTGTTCGTGACATCAAAAGAATTCTACAACAAACC TAAGATAAAACAGCTGACGACTTCACACACTAACTCCTATGTACAAACGTGTGCATTATTCTTCATGTACAGATGTACTT TACCAAATTATATTCACATGTTATCAGTCAAATATTTATACCATGGCTCATGAACATTGACTGATATAGTGGCAGCCACA ATCAAAATACCAGCAGCTTCCACTACCTTTTCAGTCAGAACACCACCTCCAACTTTCACCAGAGCCATTTCTGCTAATTT CCTCCCACGGGTCCCACTTCCCCCAAGCACAACTCCTCGCATAGCTGAATAGACAGCACTGAACACCCTCTCAAACACAA CATCCCCAGCTTGTAAACTCTTCCCTATCATCCTTGCAGCAACTTCCTTTCTTGACTGAACTTTTCCTGCATCTTCTTCA CCATCAACTGTGGGCAAATTGCAAATCACTTCCACAATATCCTGAATATTAGCATCTTCAACACGGTCTAAGAGATCTAA CAGTTGTTCAGCACACTTGGACACTACGTTTTCCAAATCTGCAGGTGTAGCTACCGCCTTTTCACTCAGAAGAATCTGGC GGCATATAAGAATGCTGCAATTCCCAAAATAAAGATAATATAGTAAAATATACATAAATACACACAAAATAACAATCAAT TGAAAAAACTCAGTTCAGTGTGACAACTTCAAGACACAAATATTATGCAATTCATTTACCTCGTAGAAATCACAATAATC TTTTGAACCTGAGCCTGAACAGATCTCAGCCTGGAGAAATTAAGAGATAAAGTTTCTGGTAGATCATCTTGTTTCAGGCC AGTTATTCCACTTACTAGTTTTAGCAAACCAAGCCTCACAACTAGATCAACTTGTTCTCCTTTGCATTCTGTCTGCTGAT TACCTGATAAAAAAACATACAAACTAGTATTAAAATGTGAACAGCGCAAACTTCTTTTTTGAAGCAAACTGAAAATGAAC AAAATAAGAAAGCTAGTTTCTCAAATGTAGAACCTTTAGTACTTGCACCATCAGGAGAAACTGCCATTGGACTGCCAGCA GTTTTGAGCATAATATTTCCCCCAGTTCTGAGAGTAGTTGAAGGAAGCCATTCTTGGAATGAATTGTCAGCCAATGCTGA GGAGAAATTCACATGTTCTTCCCATTCCTGATCTTTGCAATTCCAAATAGATGATAGCCACCTCACTGTTGACGGCAGAG AGGTACTGGCATCAGACGGAGATCCATATTTGTTAGCAAAGACATTCCTGAGGTAGTCCAGACCAGCAGGTCCCTTAATC AAAGGCTCCATTAATCTTATGCGTGCTTTGCTTATCTCTTTCTTAAGAATCTGTCACAAAAATTTGTTATCACATATCCA TGCTGGTGCAAATTTACTCAAAATAAAGTCTACAGGAAGATAAAGAGAACATGGCCTGTTTTATGTGAAGTTAGGTTTTG TACTCTACAACAAAGTACAAATCAAGCAAATTGATTGGAAGTTTGAATCTATTTAAATGGACAGTCAATCATAGCACATC CCAAGACATTTCAATGAAATACGCCAAAAAACAACATTTGAAAGCAGTGGCAAGTTAATGTTACCAAAGAAGCATCCCTC ATAGGTAACAAACAAATGAAAGGAGAAAAGGATAACATATTAATCAAGTAAACTTTAGGAGATAAAAAATCAAGTAAAGA GAACAAACAAATAGAAAGTGCAACACACCTGAATCTGTTCCAGGACAAATTTCAGACCCTTCACCAAGGCTACAACACAA GACTTGTTTGACTCATCTCTAGATTGACATATTTCACTCAACTCGGAGAATAATGTCTCGTGTGTGGCCTTCATTATCTC CTCATTGGCTGGAGATGAGAGCTTCTGCAAGCAACCTAGTGAAAACCGAAGAATTTTTCCAAGGCAATCAACATCCAGGT TACCAGATCTCAGCACCTTCAGATACACAAAAGATAACAGAAAAGGAGAAATTATGGTTAGCTATATGCCAATGATGCAA CTAATAGCCACCACATGTCGCATACAGAGAATTAAGTTACTACCTGAGAAAGAATTTCCAAGTCAATGGCTGCAACAATA TCCTCCTTCCAGCTTTTCGGAGCCATCTCACAAATTTCATCCCTAACCTCTCCCATGAGTTGAATAATCTGGTCATAGTT GGGCTGATCCTGCTCAACAGATTCCATGATACCATCCCAAAAGGCCTTCTCCATTGTCTGTTTTATTATATTCCCCTGCA AGATAAAAAGAGAATGAATCATAAATTAAAATATAATATAGGTCATCAGCAGTCCACAAATTTAAGATTATATATCGCTT TCGTATATTTAACAATAACTCCAAAGGGACAGATTCTTTGTTTAGAGGGAGGGAAATTTCGTAGTTGGAGGGATAACAGA GCAGCAGGTCAACATCAAAGGCCTGAAGCAGAGCCACTAACTAAAGCCTTCTCTAAAATCAGCCATCAATATCATGGTAG CAATTTTATAAAGACGTACTCACCTCAATGCGGTTTTGAATGTGATCAGATACATCAAGGCCATCAGCAAAACTACGGTG ATGCTCATGGACAAATTCATTAACAAGAAACTCATTCTCTGCCGCCAACTTTTCAGAGGAAGAACCGAGCTGACTAATTG AACTGGTTCTAGTTGCAGAGAAGCTGGACTCTATAGGGGAAGTGTTGGTCTCCTTAAAAAGGGAGCGAACTACTCGGCTT GTCTTATGATTACTCTCATTTGAAATATTTCTTTCACTTGAGCTGGCAACATTAGAAATTGGAGTTGGAGACACCGACTG AGTTGTAAACCTCATTGGGCTGTCGTTATCCTGTACACTTAAGTATCTGGATCTTGTCTCCGATAGTGCACATTCCATAC GCTCAATCCCAGCATTTCCACTCAGATGCAGCACTTTTTCTCTCAAAAGTTTTTGATCTTCAGTGACCTGCATTTGAAAG GCACAAAAAGAAGATAAAGCCAAAGCATACTTGCAGCAATACTGAAACAGTTAAAGGGAAGAAACACCCATATTGGAAGC AGAAAAGACCCAACTAGCTATAAGTCAGAATGCATATATTTTTTAGGAATAAATCTAAGTAAATGATCAGAAAACTGTTA AAGAAGGGAAAAAGAAATGCAACAATTTATACATCTGATTATCTTTAATATGCCTCACCTGATGCAGAATAGCTTTCATA TCATGACTAAGCTGACTACCAACTCCTTCTGGGGTTAATTTGCAAGTTTGAATCATAGAAGCCTCAAGCTGGCAAGCTGC TCTAACCAAATCTTCCTCCAATGATTGGGCATCCTTAACCTTCCAGACCACAAAACAATTTAAGTATGAGCACCATGCTT TATCAAAGGCGGAAAGCTGTGATCTGAAGGTACAACGCCTCATAACGGTTGAGAGAGACTCTTCATCAGAACTCTGTATC GGCCCCTCTAGAATAACCTTTATTAACAGCTCAAACATTTGGACAAATTCTTTAGCAGACTTGGCCAAAGAAATCTCACG TTCTCCCGTTCCACTGAAAACAGCATCTGGATGACCCAATATCATATAAGCACAAAGAACAATTCTCACTGGATATCTTG ATAACCCAGCTAAGCTATTGTTTGACCTCTTGACTGAATCTATTTTCCTCACCCCCCTGCTTCTCAAAGAACTCCTGGGA GTAGCCTTTTTCTTGGGGGTAGCAACCCGTTTCAGAAGGTGATCAATGTTATCCAAACTTGACATATGATTACGAGGAGC AACTGTTGTTGACAATTTGAGGCGGTTCTCCAACCGGTCAAGTAAAGTTTTCACGGTCTGAAGAGTAGAAGCTGATTCAA TCAGAAGAGCAAGCTGATCAAATGGCATCGACTTGACAGATTTTTCATTGAGCCCCAGCATATCATATGCCTTTGCCAAG GTAAAGGTTGTTCTCTTCTGCCTTTGGAACCGCCTCCAGCACCTTAAAGAAATTAATCAGGTTAGGAGAACTCCAATAGT AATATAGTAACATTTAGTAAAAAGCAGTTAAATACATCTGTTGCACTTCAATTTGGAAGGTGTGTTGTGCCCAATAAATG AAAAAAAAAAATATCTCCAAATAATAAATCCATCCTATAAAAAATAAATATATAAGCTTAAGCCTCCACCACAATGACCA CGACTGAATCAGTTATGTTCGAGAAGCTGCCTAAATGTTGCAATAGAAACATATCACATTTTAAATTCAAATAACCTTGC TAGTTTTTTGGAAAGATATTCTGCTTGCTTTGACATTCTAATCCAATTCTCTTGCGCATAAGCACTTAACCTCCCCCTGT GCCTGAGATATTCAGCTCGTTGTCTTTTTGCCTGATAATATAAATCAAGAGACTTGGTTATAAACAAGCACCATAAAGAA CCGTGTAACATTAGACATTTTTAAAGGGGGAAATGCCCCTGAACTTACCCTTTGTAATCGATCTTCCAACTCATCTTTCT TTTTCCTTCGCTCAATCTCACGCTGGTGAGTTACAGATTTCGCCACATGTCTCACCTGCAAGACTCGAGCGCGTGCCTTC TTCTTTTCAGCTTCCAACAACCCAAGTCGTTTTGTTTCAGCAGCAACTCGTTTCTGGTGAATTGCAGCACGTACGCACTC CTTGTATTTGATCTCTCGAGCCATTCTTCTCATCAATGACTGGGATGCCCTTTCTCTAAGAGATGCCCTTCTTTGCCTGT GAGCCTTGAGGATAAGCATCCTATTAGTCTCTGCCTGCTGAACACGTGATTCCACTTTTGTCCCAAGCTCCAGCCGTTCA TTCTCATGGCGCATTTCAACTCCATTTTTGGCTGCTTGACGCAACGCATCCTGCCTTGCTAAGCGCCTCTGAGCTTTTGT CAAAATGCTCAACCTGTCAAAAAGGCAGTAAATGATCTCAATTGTAGAAGAAATAATTAAGTATAAGTCAAATAATTTTA TAAAAATATATATAATTGGATTACAAGACTTAAACCCAAGCATTGATCCTAAGAAAAGCCACCTCTTCTGTTCAGCAGCT TGCAGCTTTGCTTCTAGTCGCTGAGCCGGATCAGGATCATCATCCTGAGATGAAGACCGTGAGGGGCTTCTTGGCTTTGC ACGTGCCTTACTTGACAGTTCCTCATAGTGCTTCTGCAGTCAAGAGAAGTTTGATAAGGAGAAAGGATCATAAACCAACA CAATCCATATTATAAAAACTTGAATCAGAGGCAAGAATAAAAACATGAGTAAAAAGGGAGGAAAGGGAAACAGAAGAACA TCGCGTAAAAGAAAAGAAACCATAACAATAACATGCTTGATGCTACAAACTTAAACATGCTTGCTTTCAAACCAATACAC ACAACAAAACTTAGCAATTCATACATAAAAGTGATTAATCAAACAAATTAAATGAATTACACGTGGTTGAGTAATAATAT GTAAGAAGAAGGGAAAGGGGGAAAATAAAAAAGTTGAATATTGAATTTGAAGTCCCTAAACTTTTGTGATTAGAAACGCC ACCTGTCTACGAAGATGAGCATCACGAAGCTTGGCTTCGATTTCCTCCACCGAACTCGGGGACTTGCACTCCGTCTCAAG AAGCCTTTGACGGAGCCTCTTCGGCACCCTCGGCGGCGAAGACAACGACTCCTCATCGCCTACAGGGAATTCCATCACAA TTCCAGCGGCTCTTCCCTCCGGTAACTCCACTCCGGCAGCCATCCTTCAATCAATCAAATTCTCCGCAACGACGTCGTAC CAACGCAGCAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAGAATCGCAACGCAACGAAACGGCAGAAAATAACAA CGGATGATCGCAAATAGAAGAAACAGTTGAGAATTGAATTGAATACCGAAACAACGATTCAGAAGAGAAACGTTGCGACG AGTGGACTCAGCTTCCAGAGAGAGAGAATGAATGAAAATATGAAGGGCGTGTTTGGTTTCGTTTTATTTATATCATATCA TGGAATGGGTTTATAAGGCGTGTTCGTG
CDS sequence (LotjaGi6g1v0361700.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCAACCAAGCGCCAAGCCTCCTCAAACCAATTGGTCGCAACACGCCAATGCTCAACACAATTTCGCATCCCAAGCCAA GTTTCTGAGCTCCAATTTTCTCTTCTCTCTTCCAACTCACAAGAGCCCTTCCTATCAAGAACCACCCCCTGGGACTGGGT CTCAGAGGTTTGTATTACGACAAAGTCAAGGTTCAGAAAGAGTACAAGTTGACAAGGCTTGGCTTGCTATTACAACTCCA CAGAATTCTACCAGGAACTATGTCCAACCTGGAGAAACTGTTAAAGTTACTCCTCAGCTTCATGAAAGCATGGCAGCAAC TTCCTTCCAAGGAAGCCATGAAAACAATATGCCTAGGCATTCTGATGTCACCACTACTCCAATTGTCATTAATCATAGAT CTCAGGTTTTGGATAGTTCAGTGAACAACCATACAAAGTACACAGACCAAATCAATGAGTCTACAAAATGCATGCCTGTT CATATTGATGATGATGATGACATACTTGAGACCATTGATGTTGACCAAATCGTGGAACAATACCAGTCTAGTTGCACTCC CCAACCATCAATGTCCAGGCTTCCTCCAATTACACCAACTGCAGATAAAGATAATTTTGCTGGACATGATAACCTTTTGC CACCAGAGCTGTGTGTGGACTGCAGCCATGGTTGCAAGTTAGGGCATTGCCCTGAAGCAGCAAGTCACTTGCAGGAATTG AAGGATAATCTAATTGTTATCTCTAATGAACTACTTGACAATGTTGAGAACCTCAGTTCTACAGACATATCCAAACTTCA CCAAGATAGGTCACAGCTCAAGAAGCAAATTCAGCAGCTTGAAAAATATATTCACTCCAGTAATCTTGCTGAGGAAAGAC AAAAGTCACATTTTTCTGCATCAACTGCGCCGCCTACATCTTTCGTGTATGAAACACCTCGGCAACCTTTCCTTAGTAGT GGACCAAAGACATATGATTCCCAGGCTTATATGGGTAATGGGACATATGGGTCATCATTCCAGTCTGTTTCATTCTCTTC TGTAGATAGGTATGGTATGCCATCAGGTCCAGTAGAGAGGGAAGCATTCATCCCAAAAAATATTGAAGTTAATTACATCG AAGGTTCTGGAGACAAACGATGGAGCAGCCAAGATTTTCCTTGGACAAAAGACTTGGAGGTTAATAATAAAAGAGTATTT GGGAATCACTCATTTCGTCCCAATCAAAGAGAGGTCATTAATGCAACAATGAGCGGATGTGATGTTTTTGTTTTGATGCC CACTGGTGGAGGAAAGAGTCTGACTTATCAGCTACCAGCTCTTATTTGTCCTGGTATAACATTAGTAATTTCTCCCCTTG TCTCCCTTATTCAAGATCAAATAATGCACCTATTGCAGGCAAATATACCTGCTGTTTGCTTAAGTGCCAACATAGAATGG TCTGAACAACAAGAGATCCTTAGAGAACTTAATTCTGATTACTGTAAATACAAGTTGTTGTATGTGACACCCGAAAAGGT TGCAAGAAGCGATGTTCTTCTGCGACAATTGGAGAATTTACATGTCCGTGAGTTGCTGTCCAGGATTGTAATTGATGAGG CTCACTGTGTGAGCCAATGGGGGCATGATTTTAGACCAGATTATCAGGGACTTGGTATTTTGAAACAGAAATTCCCAAAT ACTCCTGTTTTAGCTTTAACAGCGACAGCAACAGCTAGTGTAAAGGAAGATGTTGTGCAAGCACTTGGTCTCATTAACTG CATTATTTTCCGGCAAAGTTTTAATCGACCAAACTTATGGTATTCAGTTGTCCCCAAGACCAAAAAGTGTGTGGAGGACA TTGACAAATTCATTAGGGAAAATCATTTTGATGAATGTGGCATTATCTATTGTCTTTCACGAATGGACTGTGAAAAGGTT GCTGAAAAATTACAGGAATGTGGGCATAAATGTACATATTATCATGGGAACATGGATCCTGCTCAACGTGCTTTTGTTCA AAAGCAATGGAGTAAAGATGAGGTCAATATAATTTGCGCTACTGTGGCCTTTGGCATGGGTATTAACAAGCCCGATGTTC GCTTTGTAATCCATCATTCGCTCCCAAAATCTATTGAAGGCTATCATCAGGAATGTGGACGAGCTGGTAGAGATGGTCAA CGTTCATCTTGTGTATTATATTATAACTATGGTGATTATATACGAGTTAAGCATATGTTGAGTCAAGGAGCAATAGAGCA AAGCTCCATGACATCTGGATACAATCGTTCAAATATGACAAATTCAGGAAGAATACAGGAAACAAACTCAGAAAACCTTT TGCGAATGGTCAGTTATTGTGAAAATGATGTTGATTGTCGGCGTCTTCTTCAGCTTGCTCATTTTGGGGAGAAATTTGAT TCTTCAACCTGTCAGAAAACATGTGATAATTGCTTGAGAGTTACAAGTTTCGTTGAGAAAGATGTCACAGGGATTGCAAA AGAACTGGTTGAACTAATTAAGCTAACGGGACAAAGGTTCTCTTCGTCTCATATATTAAAAGTGTATCGTGGTTCCTTAA GCCAGTTGGTCAAGAAACACCGGCATGAGACTGTGAGGCTGCATGGTGCTGGGAAGCCTCTAGCTAAGGGTGAGGCTTCC CGTGTATTGCATCGTCTGGTTGTTGAAGATATTATTTTGGAGGAGGTAAAAAAAAGTGATATTTATGGATCAGTATCTTC AGTATTGAAGGTAAATGAGCACAAGGTCCGTAATTTGTTGTCTGGTGGCCAGAGAATTGTATTGAGATTCCCGTCCCCTG TAAAGGCATCAAAGCATGGGAAATGTGATTTAACTCCAGCTAAAGGCCCTCTTACATCTGGGAAGCTGAATCCTCCAGTA ATTGACATGACTGACCAACCTCAGACTGAAGTGGACTTGAATCTTTCAGCAAAGTTATACAGTGCTTTGCGGATGTTGCG GACAACTCTTGTTAGAGAAGCTGCAGATGGTGTTATGGCTTACCACATATTTGGTAATGCTACGTTGCAGCAAATAAGCA AGAGAGTGCCAAGAACAAAAGAAGAACTTCTTGATATCAACGGCATTAGCAAGACTAAAGTAAGCAAGTATGGGGATCGG TTACTGGAAACCATTGAAGACACCATAAATGAATATTACAAGTTGGACAAAAGCAGCAGCGGCAGCAAAGGCAGTGCTGA TTCCGCCAAAAGGCGACGAGAGGCAGCAAGTGGAGATGCATCTGCAAATGCCGAAGATGACTTCACCAAAAGCACTGGTC GATCAAAGAAAATGACAGTGAAGAGACAGACTAAAAGAACTGAGATTTATGATTCTGAAGAAGAAGATTATTACCATGGA TGCCTTGATGAAGAACTAGACTTTGACAACTTGGAAAACGAAGCATTAAATAAAACACCTTGTACAAATGCCGGAGGAAG GGTACTACCTCAATGGACAGGTTCTTGA
Protein sequence (LotjaGi6g1v0361700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MQPSAKPPQTNWSQHANAQHNFASQAKFLSSNFLFSLPTHKSPSYQEPPPGTGSQRFVLRQSQGSERVQVDKAWLAITTP QNSTRNYVQPGETVKVTPQLHESMAATSFQGSHENNMPRHSDVTTTPIVINHRSQVLDSSVNNHTKYTDQINESTKCMPV HIDDDDDILETIDVDQIVEQYQSSCTPQPSMSRLPPITPTADKDNFAGHDNLLPPELCVDCSHGCKLGHCPEAASHLQEL KDNLIVISNELLDNVENLSSTDISKLHQDRSQLKKQIQQLEKYIHSSNLAEERQKSHFSASTAPPTSFVYETPRQPFLSS GPKTYDSQAYMGNGTYGSSFQSVSFSSVDRYGMPSGPVEREAFIPKNIEVNYIEGSGDKRWSSQDFPWTKDLEVNNKRVF GNHSFRPNQREVINATMSGCDVFVLMPTGGGKSLTYQLPALICPGITLVISPLVSLIQDQIMHLLQANIPAVCLSANIEW SEQQEILRELNSDYCKYKLLYVTPEKVARSDVLLRQLENLHVRELLSRIVIDEAHCVSQWGHDFRPDYQGLGILKQKFPN TPVLALTATATASVKEDVVQALGLINCIIFRQSFNRPNLWYSVVPKTKKCVEDIDKFIRENHFDECGIIYCLSRMDCEKV AEKLQECGHKCTYYHGNMDPAQRAFVQKQWSKDEVNIICATVAFGMGINKPDVRFVIHHSLPKSIEGYHQECGRAGRDGQ RSSCVLYYNYGDYIRVKHMLSQGAIEQSSMTSGYNRSNMTNSGRIQETNSENLLRMVSYCENDVDCRRLLQLAHFGEKFD SSTCQKTCDNCLRVTSFVEKDVTGIAKELVELIKLTGQRFSSSHILKVYRGSLSQLVKKHRHETVRLHGAGKPLAKGEAS RVLHRLVVEDIILEEVKKSDIYGSVSSVLKVNEHKVRNLLSGGQRIVLRFPSPVKASKHGKCDLTPAKGPLTSGKLNPPV IDMTDQPQTEVDLNLSAKLYSALRMLRTTLVREAADGVMAYHIFGNATLQQISKRVPRTKEELLDINGISKTKVSKYGDR LLETIEDTINEYYKLDKSSSGSKGSADSAKRRREAASGDASANAEDDFTKSTGRSKKMTVKRQTKRTEIYDSEEEDYYHG CLDEELDFDNLENEALNKTPCTNAGGRVLPQWTGS
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 | 7 | 105 | 99 | 0.0 | – | |
| PANTHER | 7 | 105 | 99 | 0.0 | – | |
| PANTHER | 111 | 1130 | 1020 | 0.0 | – | |
| PANTHER | 111 | 1130 | 1020 | 0.0 | – | |
| Coils | 263 | 283 | 21 | - | – | |
| Gene3D | 367 | 595 | 229 | 1.8E-89 | – | |
| SUPERFAMILY | 380 | 737 | 358 | 1.55E-42 | ||
| CDD | 396 | 595 | 200 | 3.40636E-103 | – | |
| TIGRFAM | 397 | 872 | 476 | 4.9E-165 | ||
| SMART | 401 | 604 | 204 | 7.9E-33 | ||
| Pfam | 407 | 575 | 169 | 1.1E-18 | ||
| ProSiteProfiles | 413 | 588 | 176 | 22.795 | ||
| ProSitePatterns | 527 | 536 | 10 | - | ||
| SUPERFAMILY | 594 | 862 | 269 | 2.36E-60 | ||
| CDD | 596 | 728 | 133 | 9.18517E-74 | – | |
| Gene3D | 596 | 814 | 219 | 3.7E-67 | – | |
| Pfam | 613 | 718 | 106 | 2.9E-17 | ||
| ProSiteProfiles | 613 | 762 | 150 | 19.791 | ||
| SMART | 638 | 719 | 82 | 4.7E-28 | ||
| Pfam | 731 | 812 | 82 | 3.8E-16 | ||
| Gene3D | 815 | 936 | 122 | 7.9E-18 | ||
| Pfam | 819 | 932 | 114 | 1.1E-18 | ||
| SMART | 821 | 932 | 112 | 8.5E-21 | ||
| MobiDBLite | 939 | 959 | 21 | - | – | |
| Gene3D | 969 | 1056 | 88 | 1.6E-23 | – | |
| SMART | 973 | 1055 | 83 | 1.3E-5 | ||
| ProSiteProfiles | 973 | 1055 | 83 | 18.188 | ||
| SUPERFAMILY | 976 | 1049 | 74 | 2.83E-14 | ||
| Pfam | 978 | 1045 | 68 | 8.2E-16 | ||
| MobiDBLite | 1056 | 1108 | 53 | - | – | |
| MobiDBLite | 1066 | 1080 | 15 | - | – |
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 | Nucleotide binding | Interacting selectively and non-covalently with a nucleotide, any compound consisting of a nucleoside that is esterified with (ortho)phosphate or an oligophosphate at any hydroxyl group on the ribose or deoxyribose. | ||
| Molecular function | Nucleic acid binding | Interacting selectively and non-covalently with any nucleic acid. | ||
| Molecular function | Catalytic activity | Catalysis of a biochemical reaction at physiological temperatures. In biologically catalyzed reactions, the reactants are known as substrates, and the catalysts are naturally occurring macromolecular substances known as enzymes. Enzymes possess specific binding sites for substrates, and are usually composed wholly or largely of protein, but RNA that has catalytic activity (ribozyme) is often also regarded as enzymatic. | ||
| Molecular function | Helicase activity | Catalysis of the reaction: NTP + H2O = NDP + phosphate, to drive the unwinding of a DNA or RNA helix. | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Biological process | DNA replication | The cellular metabolic process in which a cell duplicates one or more molecules of DNA. DNA replication begins when specific sequences, known as origins of replication, are recognized and bound by initiation proteins, and ends when the original DNA molecule has been completely duplicated and the copies topologically separated. The unit of replication usually corresponds to the genome of the cell, an organelle, or a virus. The template for replication can either be an existing DNA molecule or RNA. | ||
| 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. | ||
| Biological process | DNA recombination | Any process in which a new genotype is formed by reassortment of genes resulting in gene combinations different from those that were present in the parents. In eukaryotes genetic recombination can occur by chromosome assortment, intrachromosomal recombination, or nonreciprocal interchromosomal recombination. Interchromosomal recombination occurs by crossing over. In bacteria it may occur by genetic transformation, conjugation, transduction, or F-duction. | ||
| Molecular function | 3'-5' DNA helicase activity | Catalysis of the unwinding of the DNA helix in the direction 3' to 5'. | ||
| Biological process | Cellular metabolic process | The chemical reactions and pathways by which individual cells transform chemical substances. |
Expression pattern of LotjaGi6g1v0361700.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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