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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0046900 |
| Transcript ID | LotjaGi6g1v0046900.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | ATP-dependent RNA helicase DeaD; TAIR: AT1G31360.1 RECQ helicase L2; Swiss-Prot: sp|Q9CL21|RECQ_PASMU ATP-dependent DNA helicase RecQ; TrEMBL-Plants: tr|A0A0B2QEX8|A0A0B2QEX8_GLYSO Werner syndrome ATP-dependent helicase like; Found in the gene: LotjaGi6g1v0046900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:8640138..8651823) extracted from Lotus japonicus Gifu genome v1.2.
AATAAAACAAACACATTCTCTCTTTTTTCCCCAGAAAAATATATTGTTCATTTGGTAAAGTAAAAAAAAAGTGGGGCCAG CCCAGGTGAAATTTGTGGTGTGGGCTCAGGCCCATGACTGTATGTGTTCCTGGTTGAAATGGCGGGAATGTCAGTGAACT CCGACAACCATATCATCACTTGCAGCTTCCAACGTTGATGCCCTTGCACTTCTCTTCCTCCTCTACCCACCACCATGGAC GCCATGTCCTCTGTTCTCAAGGTAAGCATAATCAATCTCCTCTAACCTCTCAACTTCATTCTTGATTTTTTTGTTCCCTT CACAAATGATGAAGATGGTTGATTATTGTGTTAACTTCAGTTCCACCATTTCCTCTTATTTGTTGTAAGAAAACTCGGAT ACCCATTTTTCAGTTTTTGATTTAGTCAGTGGGGATGGAAAAAAGTTTTGTTTTTGTTAATTTTTTTTAGAAAAAAAAAG ATGGGGTATGGAAATGAGGGTTTGCCTGCTTCATCAGTAGTTGCCAATGATGTGTTATCAATTTGGACTATTTGTGTGTT AATGATTTTTGAGTACTGATATTCTTGCATTTGGATTCAGAACTACTTTGGCTTTTCGGATTTTCGGCCTTACCAGAAAG ACATTATTGAGAAAATTATTGAGAAAAGGGATTGTGTGGTGGTCATGGCCACTGGCAGTGGGAAGTCCTTGTGGTAAGGA GCATTATCACTCTCTTTGTTTTTGCCTCCCTTTGAAACTAATTGCCTAAATTGGAGAGTTGAGACTGTAAAGTTAAACTA TATGTCTTTTAATTTTATGAACAGCTATCAGGTACCTCCATTGGTTGTTAAAAAGACTGGGATTGTTGTAAGCCCTCTCA TATCATTGATGCAAGACCAGGTGAATGAATCCATCCTTTCGGATGAATGCATATTTTTTTTCCTAAATTAAATGTGGTTT CAATGCCTTTATATACCTTACATAATGTGGTAGAAATGGGGAAACAGGTAATGGCTTTGAAGGAGCGGGGTATCAAAGCT GAGTATCTTGGAAGTGCTCAGAAGGATTTCACTGTTCAGACTAAAGCTGAGCATGGTCAATTTGACATTCTTTTCATGAC TCCTGAGAAGGCATGCACAATTTCAACCAGGTATGAGAATAAACCTATGCATAATCGTCATTTGTGAAGTTTCCAACCTT ATTTTGAGTGCATAAGTATCCATTGAATAACACATTAATAGATCAAAGTGTTATTGGATGACTTTAGAACTGATATGAGT ATCACACTTTGTTAGTAAATTAATTATCTCTTCAATATATTATATAAGAGGAAGAGCTTCAAGCATTTTTCCTTTCATAT ACCCCTTACCTCAGGATAAACATTTTAGCCATATGACTTCGTAGAAAATAGACCAGATTTGTATGACGAGTCTCATATGT CATAGTTAAAAATATTTAATGCACAACCTCTCAAACTAGTTTTTGTACTTTTAGTGGCCAGGGAACTTGTATTCTGTTCT AAAACAGGATATAGGTTACTTGACTTACTTCATAATCCTAGTCAGATAAAACTGAAGTATTTATCATTACTTTATCAAGA AATGTTTTGTAGGGGCTGGAGAGTTCATAATTCTTGTAGTTTATTAGTTGTTCGACCTGAAATTGTTTGAGCAGGAGGTT TATCTTGCATGAGCATCCCTTCAATATTTCCTGTTTCTATTTTTGGCTATCCCCTTGTTGCCATGCATGTACATGTGTGT ATTCTATAATGACACAATGACAATTGAATTCAATCATGAATCCAATGCTTCTGGTGTGGCATTGTTCTCTTAAGGTTGAG ATGGTAATGCTCGTATATGTTCATGATTAACAACTAAATACTAATTTCCAGTTGGGTGTAGCTTTTCATAATTAGATCAT TAATACTAGTCCAAACTATGCCTTGTCTAATTGTGATCTACTGTTTTCATCTTATTTATGCAGTTTTTGGTCCAATTTGC TAAAGGCAGGCATTAGTCTTTTTGCTGTTGATGAAGCACATTGCATATCAGAATGGGGGCATGATTTTAGGGTGGAGTAC AAGAACTTAGACAAATTACGCAGTGTTTTGGTAGAAGTTCCTTTTGTTGGTCTAACTGCCACTGCTACTGAAAAGTAAGC ATCTTTTCCCGTGGCTCTTAGTGAAGCATATCATTGCTGTTTTTTATAGTGATTCTAATACGTATTTTGCGCCTCCTTTC TCTTGAATATTGTTGGAAATATAACTTTAAGATGATTCTATTATGTAGGTAAACTCAATGTAGTCATCATACCATCTACA TATTTGTCACATAACCAATTTTATAATCAGCTTGTTACACGTGACATTTGATGGCATTGATACACCTCCTTATGTAGAGA GTAATAGTGGACTCAGATTGGAGAACCATGTACACCATTGCCGCTCTGAGAAATGCTTGTGGCATCAATATACCTCTAAA AACTTCATTGTTTTTATTTAAATAAATAAGACAATCATTCAAATAACTCATGATACAATGTATACTAATAAGACCAGTGA ACAATTTGCCTCTAGAGCATACAGTAGTAGCTTTATTTTTCTTCATCTCTTACAACATCTTCTCATTAGAGGAAAGGATT TTAGTTATTTGCGTTAAACACTATTCTGAGAATGGCTACGAGAATGGATCAGAATTTATTCATTGTTCTACTTTCCAAAA TATTTTCAATGAACTTATGTTTTTCTTCATGTTAATTGTTGCATTTCGTGATTTTTCATTAATATTGTATTTTAACTTTA TTTAGTAAAGTTAGATAAACATTGTATTTGTGTTCCTTTCTGTGCTGTGCTGGCAGGGTTCGATTTGACATCATCAAATC TCTGAAGATGAATAATCCTTATGTTTTAGTTGGTTCATTTGATCGCGCAAATCTTTTCTATGGTGTAAAGCCATTTAGCC GTGGACAATCTTTTATTGATGAGCTTGTGCGAGAAATTTCAAAAGAAGTTGATAGTGGTACTTCAACTATAATTTACTGC ACAACAATCAAGGATGTAGAGCAGGTAATGTGTTAGACATGATGTCGTATACTACTGTCCACTTGAGCACTAATTTCTTG TTCTTGTATGGAGTTCTACTTTCAGTAAAAGGACCATGGAAGATTGTCATGAGACTCAATGCACATTTAATGAATGATAG AACTCAGCCAAATCTGATATTATTCAATGGTAAAACCCTAATTCCCAAATAGGAACTGGGGGAAAGATACAAGGAAAGGG ATCCCAAACACCCTCCCTAGAACCAGAGAGACCCAACGCTCTCTAAACCCTAATTCTAAAGTGAATACAGAGATACCCAA TAGTCTCTCTAACTCACTTATTTATAGACTCTCTCTCTCTAATTAACTCCCACCCCCAATTAACTATCTATTAACCCTAA CTAGCCACTAACCGTGATTACCTATCAATGAACTATGATGAAGCTCAAGAGGTCTTGGTTTTAGGCACATTAAAACTATA CCACATTAATATGGTATATTTTTTATCATCCAAGACAAATATGAGAAGATTCAATACATTTTGATAACAAAAAATGTGCA AAATCCTACTAATATTGAATGCTTTGTTAAATATGAAAAGGGGAACCTAGTGCTAGGGTTAAGAGAAGGATCGAGTCCAT TGAGGGTCTTTTGCTGGCAGCTTTACTTAGCATCTTTTAAGAGCTTAATTCTTTGACTCAAACTTATGACCTCATAGTAA CACAGCAGAATCTCCATCCATTGCACTCTGGCTCCCTTTCGTCCTTGTTAGATACAATATAAATAAAATAAAGGAAAAAG ACCAAGGAACTTTGTTCCGTGTTTACTTTAGATATGGAAAAGAAAAAGTCATTGTTGAACTGAAACATCCGCCGAGTAAA TTTGTTCCTGAACTTTCACAATATATTAATATCAATACACACTTTGTTTTGTTCAATTGCTCCTGTCTATATTTTCTGCA ATTTATCCCTGTTCTGTCTGACCTCTGGAACTATTGTTTGTATTTTTCATTGTCTGAGTTCTGTGACAATGAGTTGACTT CATCCTTTTCTTTTCTTTTAATTTCTTATTGATATTTTTTATAGATATCCAAGTCACTTACGGAAGCAGGTATTAAGGCT GGAATGTACCATGGACAAATGAATGGAAAATCTCGAGAGGAATCTCACAGGTAACTAACTCTCATATTTTTTTAGAATAT GAAATGAATTTTTGCCTCTGATCGTGGAGTGTGTATTGTAAATGTGTAGCATATTACTTCCTCTCATCTCATCTCATCTT CTCTCTCTCTCTCTCTCTCTCCCTGGGTGTGTGTGTAATGCTGAAGATGCTTAATGATTTTTAAGCCTAACTGAACTGTA TTGCAAATTTCATCAGATTATTTGTTAGAGATGAAGTGCAAATCATGGTGGCTACAATTGCTTTTGGCATGGGCATAGAT AAACCTAACATAAGAAAAGTGATTCACTATGGCTGCCCTAAGAGTATAGAATCCTACTACCAGGAAAGTGGACGATGTGG TAGAGATGGTATACCTTCTGTTTGTTGGCTTTACTACACAAGAGGTGACTTTGCAAAAGGCGAATTCTATTGTGGAGATA TAAAATCAGTATGTATATTTGTATTTACCAGTAAAGGCTTGGTTTGTGATTTATGGTTTAGTGAGCATTGAAGTTGCTAA CTACATGAATGTTTCCCCGTACAAGTTTTCCCTATTCTGTTACTAATAATATATGTGGGCCTCCAATGTACCAGGAAATC CAAAGAAGAGCTATTATGGAGTCATTGCGGGCTGCGGAACACTATTGTGTGCTGCCAACTTGCAGAAGAAAGTTCCTTCT TGAATACTTTGGGGAAAATTTTCCGGCTGATAGATGTGGTTTGCCTTTCACTTAGATCCTTTAATACAATTCTACTTTTG TAAAATAAGAACTCAAGTTTTTTTAATAACCTGCCATTGTTATTTCATTGACTTAATAGAATTAGGGAAATGTTTGTATT TGCTTCCATCAATCTCCCTAAATATAGAGCATTTATGTCACCAATTAAAGTCAACCAAGAACCCTCTAAGGGACTAATTA AATATATATCAGGTAACTTGTTGGATTGTCAAAACCTGTAATAACTCACCTGGGGAAAATGCTTTCCTAATATATTTCAT TTTAGAAGTTTCAGTTTCTTTCATATCTTTCCCTGTAGGAAACTGTGATAACTGCTTAGTCGCAAAGAAGGAGCGTGACC TGTCGAGAGAAGTATTTCTTCTAATGGCTTGCATTCATTCATGCAAGGGCAATTGGGGCCTTAATATCCCCATTGACATT CTGCGTGGTTCTCGAGTAAGCTGTTCAAAATTAGAATTAGGAAATGTTTTAGTATCATTTAAAAGTAATTAGTTCAATTT CTGATTTCTTATCCGGTTGCATTGTTTCTTGTTCTTTTCATCATTCACTGTCCATTTTATTTATTAGTGTGACTATCATC TGGTTTTTTTTCGCAAATATAATTGTATTTGCTTATTGTCTCTTTCTCATCTTTGCAACAAGAACATTCTTAATTTCTTA TTGTTCTATCTTCTTTGGGTTACTTTATTCCTATTAGCTCTTTACTTTTTTCAACTTACATGATAGTTGTGGTTTATTTT ATTCAGGGAATATGCTTATATTTATCCATTTTCATCTAGTTCTGCATCATTTAGTGTTAATGAAAATGGATTGAGCTTCT AGATAGAAGTCAAAGCTGGGTGTGATATTTAAATAATGAAGCTGCAGAAGTCATTTTGATGCCTGTTAGAGTATCACTTT GTAACTGTTTATATGCTCATGCACGGTATGTACACAATGATTGACAATCGTAAACTTCACACTCAGAAGAAAGAAAGGAG AGATAAAGGACCGTGGAAATGTGCCTTCCACCCACTGATGGAAGTTTTATTTCAGTTTGTACAGGAAGATGATTTTCCAA AACTATGAACTATCAACTATCACGAAGTGAATTAAATTCATATGGTAACATGTCAATATAAAGTGCTTAAAAGTAATGGC ATGACTTAATTTTGAAAAGGATCTGGAAAATATTAGAATATAATGAAAATTACAATTATTCCAGTTAACAAAAAGATGCT CTTAGCTTAAAATCACATGAAAACAAGGTAAAATTATGAAGGTTACAATTATTCCTATAGAGAAAAAGACACTCTTAGCT TGATATGACATGAATTTGTGTGTAAAAAACTATAGATCCATATATTTCCTGTTATCTGTATTATGTAGCAAGGATTATTG AAGCCATAGTGCTTACTGATTCATATGTAGCATGGTAGATGAGCATATTCAAATCCTTAAACACCAAAACAAATAGAACT TTTTTATAGCAATTCGGCCACTTTTTTCTGCCTCAGGTTACTGCATTGTTTTAAGGATTCCTTCTACTTAAAGTACTGCA AAATTACAAGTATTATTTGGGTCTTTTTTTTTAGGTATTTGTTCACACTTCATACTTGATTGTTGCCTTTAAATTTTATC ATGACCTTCTAACTCTGATAGTTGTATTTGGTTGTGGCTTGTAGGCCAAGAAAATTATTGATGCTCAGTATGACAAGCTT CCACTTCATGGACTTGGGAAAACTTACCCAGCAAATTGGTGGAAAGCACTTGGACATCAATTGATTTGCCAAGGTATTTT AGGGGGAAATAATTTGTATTTTACCCTCTTACAATCATAACTTATGGTCGAACAGTTCTGTCAATTAATGTTCTTGCTTC GAGGTTAGTTTGAACTATGCTGAGCATTTTCATTTACTATTGCTCTGTCTAATTAACCTGTCTTTGCTTGAAAGTTTGAA TTAGATGGTAGTTTTGAATTTGTTGACAATAGCATTATGCATGCTAGAAATGACTTTGTTAGGTTCAAACTTCAAATAAT GAAATCATGTTTCCCACTTCCAATTTGATTCTATAGTTATAGCTTTCTTTCCTTGTTCACTATTCTTTATAGTTTCTTTT CAAATGCTGGAGCATGATTCATATGAGTTTAGACTCTAATGACTAGATTAAAACTTTGCACTCACGAGGTTCAAATTTGA AAAGGTACTTTATGGGTTTAATTTTTAAATGCCTCTTTAGTATGTTAGCAATGTCCAAGCCTTTTCTAAGGAGTATGTTA GACATTTTTTATTAATTTCGACTTTGCAAAAAGGTGTCTGATGTCGGACCATTTCCAAACCCCAGACACTTCAATGTGGA GAGCTGTCGGTGCTTCTCTTAGTTATAACCTCAGTGAACTTTTTACATAGAGGAAAGGCGAAAGGCCTCTTCATTTTCTT CTTTCCCCCCTTCATTTTCATTGAACCCATTGACGGAATTGGTTCCCTTGCTATTGCCAAGCAGAGTTTTGACTTAGTAG CAGTAACAAGTATCAACATGTAATCTATACTAAGAAACAGAAGTTTGAAAAGAAAAATTGGCATTTTCTTTTGGTTCCAA ATGCAATCAATTCTTCATGAATTTCTTGTTCTTTATTTGGTACATTAACTCTATTCTTGCTGCAGTAGATTTTATGTATG ACATACTTCACGATTTACGCAAAATATAATCATTTTTTTATTCTATACAATAAATTCAATTACAAGAAAACTGCTAGATG CAAATATGATTGTCTCGTAATGTTCTACAGGTTATTTGAAGGAGACTTTCATTGACATATACAGGGCTATAAGGTAGATT CATCTAGTGATTGGATAGGTTACAGCAATTATTTGAAGTATATGTACTATATTATTATTTTTCAAATGTCATAACCCATC GATTATCTGCCTTCATTTTCTTAGTATTTTATTATGTTTCAAAACCGAACATAAAATTTGTTCTCTCATGAACCAGTGTC AGTTCAAAAGGAGAGGAATTTTTGGCCTCGTGTAGACCAGACTATCAACCTCCTTTAATTTTGTCATTGACTACTGAAAT GCTTGGAGAGGAGGAAAATGGAAGCACAGAAGATTTCAAAATTTTAGCTACTTCAGAATCAGGTGGTTTTTCAGAGGTTG GTAATGAGGTGGTGCAGTGTTTATTCAATTCCTTTTCTTTCTCATTTTCTCCTCAATGGAGCTTCTTGGATAAGTGATAG ACAATTACGTATAGATGTAAGGTAGACAACAGTCTTCTTGTTTTCAATTTATTTTGTTTTTAAGAAACAACTTTATGTCT TTGTTTCACAAATACATTGGTATCTGTCAATTCTAAATCTGTGTTGTACTTCTCTGTTCAGGCTGAGGGTCAGCTCCTCC AAATGCTTTTAGAAGAAAGATTAAAGCTTGCAAGAAGTGTTGGAACTGCTCCGTAGGTTTTGTTATTTTAGAACAACACG TTCAAGACTATCAGTTCTTACTTACAGTTTATTTGATCTTTATTTTCTTCATAAAAACTATTATACCTTCTTTGTAGTTA TGCTCTATGTGGTGATCAAACGATCAAGAAAATTGCTTTGACAAGACCATCTACAAAAGCAAGGCTAGCAAACATTGATG GTGTGAATCAGGTATCTCTTCAGTTTTCTGAAGATTTCTGCAAATTGAACCAGCCCTACTGGTTCATGACGGTTAATCAG AAAACAATGTTGTTGAGCTTAACTCCAGAAATCAGGAAACTCATCAAAATGACTTTAAGTAAACATATAAATCTGTTATT AGTTTCATAATTTGATTAGCATTATGTTATTTGAGTTCTTAGTTGATTTACTTTTGTTTTTTTAGCTTAAAGTTCTTGAT TTATTCCATTTTCAATGCTGATGTATGTTTTAACTTATTTTCTTTTTAATTTTCATTTAACAAAATCTAATATTTTATAG ACTCCCTTTCCCTGGTGCATTTTACTATCTTTAAAAAAAAAATTAGTAGTCTGATCAATTCAAATTAAAGACCTTATTTG AAGGTTATTTGGTTCTGGGTTCTGTTTCAAAATTGAAATATGGTTAGACTTCATTTGTGAACTATCAATATGACTTATTT TCTAATTCACTTCACATATTGGATGAATAGAATTTGTTGAAGGTCAATCATAATTAAGTAATGTCATATATTAGAGTTCC ATGAATGTCTAAAACCATTGCTGGTTAAGTCTTAGTATAAATTTTATTTTGCTTTTCTCCCGTGAAAGTCATGTCCCTGC ATCGAAGTCCTATTGTTTCTAACTGTATTTCTTACCAGCAATTACAGAATGGGGAAATTTTCAAATTGCAAGGGTTCATT GCAATATTATGATTTGGTATCTAGATTTCACAAAAAGGGAACAAGTTATATTAGAGTGCAGTATGAATATGAGTTAGACC TCAGATAAGCAATCTCTTGACAAGAGTTGACATTCTAATGATCACTAAGAACATCTCAGCACTCTGCACTGTGAAACAGA TTTGACTTGGAAATATATCTTAAAGATAACTGAAGCCAAAAAAACTCTTGTTTTCTGTCATTTGAAATGCTAAACTCTGA ATTATTTTTTACAGCACCTGCTAACCAGATATGGAGATCATTTTCTTGGAGTTATTCAGAAACTGTCACAAGGATTAAAC CTATCATTGGATGGCGAAGCAAGTATGCAAACAAATGAAGTACGTAAAGTATCTCCAGTAAATATCAACAGATCAAGAAA ATTGACACCGGCAAAGTTTGAAGCATGGAAAATGTGGCATGAGGATGGTCTTTCTATTGAGAAGATTGCTGTATGTCATG CTTGCTCCTGATAAAGATTTTTGCTTCAGATGTTTCACTATAACTTCATCCTTTCCCCTCCCCTCTTTGTTATCTCAGAA CTTTCCAGGTAGATCAGCTCCTATAAAAGAACAAACCGTTGCTGAATATCTGCTGGAAGCTGCCCAAGAAGGATTGCCTT TTGATTGGACTAGATTCTGTGAGATGATAGGATTGACACAAGAGATCATGTCAGAAATTCAGGGCGCTATTTTAAAGGTT GGATCTGAAGATAAGCTGAAGCCTATAAAGAATGAATTGCCAGAAGATGTGAGTTTAAATCTCTGTCCTATTTGATTCGA GTACATCTCTTGATCATTGATGCATATACATGGTCCAATGTTTGAGTTTTGCTTCATGAAACAGGAGATAGTGAACAAGG AAAAATATTATCTAGAAGCATATGAGTAGATTGATCTTAAAACAACAATGATTTGTACATATCTAGTCCTTTTGTTCTTC AGATCATTGTCTCATACTTAATATATTATATATTATCCATTGACCCTTCAGAGGGGATAATCAATAGAGATGGTTAGCAA CAGCTTAGGAGCTTTAGAAAGAATTTGTAATTAGTGGCTACATTAGGGTCCCCATTTTTCAGAATATTTTTGAATTAAAA TGCTATTTTTACCTTTTTACATAGCTCTTATTACTCATTAACAGCTGAAATGTTAGTGTCCAAAAATGCTGATAACATTG GAAGGTAATTTTCCAGGAAAAAAATGGAGCTTAAGTAGTTAACTGAAAAAAGGAGTTTAAGCATCATATGATTATGTAGC TTCTGGCTGATAAACTGCTCAGTGCTAATCACTTCGATGACCTTGGCATTGAATACATATCTGTGATGCAGATAACTTAT CAGCACATTAAGGCTTATTTGACAATGCGAAGCTGTGGAGGTCCCCAGTCTGGGAAAGATGGTGAAGCTGCAAATAATGC ATCAAATGGTGAAGCTGTAAATAATGCAGCAAATTTGTCAGAGCCTCATTTAGAAACATGCTACAAGGAAAGGCCTCTTG AAGCTGACATCACTGGCAAAAGTTTGAAGGAAAATTTTGACCTTGAAATTGATGAAGTTGTACTTTCTGGACCTGTCAAT GGTTCCACAGTACAGAAGCTTCCATTAGCCTGTGAGGGGGAATTCACAGCCAAACGACAAAAAGTAGCAGAGGAAGTGAA GTCAGTTAAATTGAAGGCTACAGAGAGTTCTGTTGTAGAGTGGCTGAAGAACCTTGATGAAGGGGTTAGTGAGAACTTAA TTATGTTTCTATAGAAAGCATTCTGATATATGTTGTATATATGCTTTGTTTTATGATTATCATTGTAACAAGTTGTGGTT TTTCATTGGTTTTCAGGCTACTTTGATTGATGTTTTGGAGCACTTCAATGGATCCGATGAAGATTCTGTGGTTGAAGTGC TAAATTGCCTTGAGTGTGACTTTGCAATATATAAGAAAGGTAACATGTATAGGGCTATGTAAAAAAGTTGGTGTATCAGG ATTTTATAGACTTAACCCTTGTAGAAAATAGTTTTTCAATGGCATGTTGCATTGTTACTGAAATGTTAACTGCCATTGCT GAATTAGGCTATTGCATGATCAGGGTCTAGAAGGAAAACCATTTTGATCCTCTATTTCTTGAGTGATATTTTCATGTAGT CCCACGCGAGTCATTTGTAGACGGAGGATCTCAATATGTGAAAGAATGACAAGTTGCTTTGTTTCTCTTCCGTGCACAAG TGTTCCATATTTATAAACTATCCATTTTCAAGTAAAACGTTATTTTCATTCTTAAAATAAAAGAGGTCAACCACTTTATA GAAATTACAAAATGAATCCATGATAGACGAGTATTTTGTTCAATTTAATTCTTACAAATATTTAGGTATTCTTTTTATCA ACTGAA
CDS sequence (LotjaGi6g1v0046900.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGACGCCATGTCCTCTGTTCTCAAGAACTACTTTGGCTTTTCGGATTTTCGGCCTTACCAGAAAGACATTATTGAGAA AATTATTGAGAAAAGGGATTGTGTGGTGGTCATGGCCACTGGCAGTGGGAAGTCCTTGTGCTATCAGGTACCTCCATTGG TTGTTAAAAAGACTGGGATTGTTGTAAGCCCTCTCATATCATTGATGCAAGACCAGGTAATGGCTTTGAAGGAGCGGGGT ATCAAAGCTGAGTATCTTGGAAGTGCTCAGAAGGATTTCACTGTTCAGACTAAAGCTGAGCATGGTCAATTTGACATTCT TTTCATGACTCCTGAGAAGGCATGCACAATTTCAACCAGTTTTTGGTCCAATTTGCTAAAGGCAGGCATTAGTCTTTTTG CTGTTGATGAAGCACATTGCATATCAGAATGGGGGCATGATTTTAGGGTGGAGTACAAGAACTTAGACAAATTACGCAGT GTTTTGGTAGAAGTTCCTTTTGTTGGTCTAACTGCCACTGCTACTGAAAAGGTTCGATTTGACATCATCAAATCTCTGAA GATGAATAATCCTTATGTTTTAGTTGGTTCATTTGATCGCGCAAATCTTTTCTATGGTGTAAAGCCATTTAGCCGTGGAC AATCTTTTATTGATGAGCTTGTGCGAGAAATTTCAAAAGAAGTTGATAGTGGTACTTCAACTATAATTTACTGCACAACA ATCAAGGATGTAGAGCAGATATCCAAGTCACTTACGGAAGCAGGTATTAAGGCTGGAATGTACCATGGACAAATGAATGG AAAATCTCGAGAGGAATCTCACAGATTATTTGTTAGAGATGAAGTGCAAATCATGGTGGCTACAATTGCTTTTGGCATGG GCATAGATAAACCTAACATAAGAAAAGTGATTCACTATGGCTGCCCTAAGAGTATAGAATCCTACTACCAGGAAAGTGGA CGATGTGGTAGAGATGGTATACCTTCTGTTTGTTGGCTTTACTACACAAGAGGTGACTTTGCAAAAGGCGAATTCTATTG TGGAGATATAAAATCAGAAATCCAAAGAAGAGCTATTATGGAGTCATTGCGGGCTGCGGAACACTATTGTGTGCTGCCAA CTTGCAGAAGAAAGTTCCTTCTTGAATACTTTGGGGAAAATTTTCCGGCTGATAGATGTGGAAACTGTGATAACTGCTTA GTCGCAAAGAAGGAGCGTGACCTGTCGAGAGAAGTATTTCTTCTAATGGCTTGCATTCATTCATGCAAGGGCAATTGGGG CCTTAATATCCCCATTGACATTCTGCGTGGTTCTCGAGCCAAGAAAATTATTGATGCTCAGTATGACAAGCTTCCACTTC ATGGACTTGGGAAAACTTACCCAGCAAATTGGTGGAAAGCACTTGGACATCAATTGATTTGCCAAGGTTATTTGAAGGAG ACTTTCATTGACATATACAGGGCTATAAGTGTCAGTTCAAAAGGAGAGGAATTTTTGGCCTCGTGTAGACCAGACTATCA ACCTCCTTTAATTTTGTCATTGACTACTGAAATGCTTGGAGAGGAGGAAAATGGAAGCACAGAAGATTTCAAAATTTTAG CTACTTCAGAATCAGGTGGTTTTTCAGAGGCTGAGGGTCAGCTCCTCCAAATGCTTTTAGAAGAAAGATTAAAGCTTGCA AGAAGTGTTGGAACTGCTCCTTATGCTCTATGTGGTGATCAAACGATCAAGAAAATTGCTTTGACAAGACCATCTACAAA AGCAAGGCTAGCAAACATTGATGGTGTGAATCAGCACCTGCTAACCAGATATGGAGATCATTTTCTTGGAGTTATTCAGA AACTGTCACAAGGATTAAACCTATCATTGGATGGCGAAGCAAGTATGCAAACAAATGAAGTACGTAAAGTATCTCCAGTA AATATCAACAGATCAAGAAAATTGACACCGGCAAAGTTTGAAGCATGGAAAATGTGGCATGAGGATGGTCTTTCTATTGA GAAGATTGCTAACTTTCCAGGTAGATCAGCTCCTATAAAAGAACAAACCGTTGCTGAATATCTGCTGGAAGCTGCCCAAG AAGGATTGCCTTTTGATTGGACTAGATTCTGTGAGATGATAGGATTGACACAAGAGATCATGTCAGAAATTCAGGGCGCT ATTTTAAAGGTTGGATCTGAAGATAAGCTGAAGCCTATAAAGAATGAATTGCCAGAAGATATAACTTATCAGCACATTAA GGCTTATTTGACAATGCGAAGCTGTGGAGGTCCCCAGTCTGGGAAAGATGGTGAAGCTGCAAATAATGCATCAAATGGTG AAGCTGTAAATAATGCAGCAAATTTGTCAGAGCCTCATTTAGAAACATGCTACAAGGAAAGGCCTCTTGAAGCTGACATC ACTGGCAAAAGTTTGAAGGAAAATTTTGACCTTGAAATTGATGAAGTTGTACTTTCTGGACCTGTCAATGGTTCCACAGT ACAGAAGCTTCCATTAGCCTGTGAGGGGGAATTCACAGCCAAACGACAAAAAGTAGCAGAGGAAGTGAAGTCAGTTAAAT TGAAGGCTACAGAGAGTTCTGTTGTAGAGTGGCTGAAGAACCTTGATGAAGGGGCTACTTTGATTGATGTTTTGGAGCAC TTCAATGGATCCGATGAAGATTCTGTGGTTGAAGTGCTAAATTGCCTTGAGTGTGACTTTGCAATATATAAGAAAGGTAA CATGTATAGGGCTATGTAA
Protein sequence (LotjaGi6g1v0046900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDAMSSVLKNYFGFSDFRPYQKDIIEKIIEKRDCVVVMATGSGKSLCYQVPPLVVKKTGIVVSPLISLMQDQVMALKERG IKAEYLGSAQKDFTVQTKAEHGQFDILFMTPEKACTISTSFWSNLLKAGISLFAVDEAHCISEWGHDFRVEYKNLDKLRS VLVEVPFVGLTATATEKVRFDIIKSLKMNNPYVLVGSFDRANLFYGVKPFSRGQSFIDELVREISKEVDSGTSTIIYCTT IKDVEQISKSLTEAGIKAGMYHGQMNGKSREESHRLFVRDEVQIMVATIAFGMGIDKPNIRKVIHYGCPKSIESYYQESG RCGRDGIPSVCWLYYTRGDFAKGEFYCGDIKSEIQRRAIMESLRAAEHYCVLPTCRRKFLLEYFGENFPADRCGNCDNCL VAKKERDLSREVFLLMACIHSCKGNWGLNIPIDILRGSRAKKIIDAQYDKLPLHGLGKTYPANWWKALGHQLICQGYLKE TFIDIYRAISVSSKGEEFLASCRPDYQPPLILSLTTEMLGEEENGSTEDFKILATSESGGFSEAEGQLLQMLLEERLKLA RSVGTAPYALCGDQTIKKIALTRPSTKARLANIDGVNQHLLTRYGDHFLGVIQKLSQGLNLSLDGEASMQTNEVRKVSPV NINRSRKLTPAKFEAWKMWHEDGLSIEKIANFPGRSAPIKEQTVAEYLLEAAQEGLPFDWTRFCEMIGLTQEIMSEIQGA ILKVGSEDKLKPIKNELPEDITYQHIKAYLTMRSCGGPQSGKDGEAANNASNGEAVNNAANLSEPHLETCYKERPLEADI TGKSLKENFDLEIDEVVLSGPVNGSTVQKLPLACEGEFTAKRQKVAEEVKSVKLKATESSVVEWLKNLDEGATLIDVLEH FNGSDEDSVVEVLNCLECDFAIYKKGNMYRAM
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 |
|---|---|---|---|---|---|---|
| Gene3D | 1 | 198 | 198 | 2.3E-71 | – | |
| CDD | 6 | 199 | 194 | 2.98487E-91 | – | |
| TIGRFAM | 6 | 458 | 453 | 1.7E-150 | ||
| PANTHER | 7 | 624 | 618 | 1.2E-199 | – | |
| PANTHER | 7 | 624 | 618 | 1.2E-199 | – | |
| SMART | 13 | 208 | 196 | 2.1E-30 | ||
| Pfam | 19 | 178 | 160 | 2.2E-18 | ||
| ProSiteProfiles | 25 | 192 | 168 | 22.587 | ||
| SUPERFAMILY | 57 | 340 | 284 | 6.68E-56 | ||
| Gene3D | 200 | 401 | 202 | 2.6E-55 | – | |
| CDD | 200 | 335 | 136 | 1.67574E-55 | – | |
| ProSiteProfiles | 216 | 380 | 165 | 20.722 | ||
| Pfam | 219 | 325 | 107 | 1.1E-20 | ||
| SMART | 245 | 326 | 82 | 7.2E-27 | ||
| Pfam | 340 | 400 | 61 | 4.5E-13 | ||
| SUPERFAMILY | 398 | 501 | 104 | 5.17E-23 | ||
| Gene3D | 402 | 526 | 125 | 2.3E-33 | ||
| Pfam | 404 | 500 | 97 | 7.2E-22 | ||
| SMART | 407 | 511 | 105 | 1.2E-21 | ||
| SUPERFAMILY | 541 | 617 | 77 | 7.63E-17 | ||
| Gene3D | 541 | 620 | 80 | 6.6E-16 | – | |
| ProSiteProfiles | 542 | 622 | 81 | 18.744 | ||
| SMART | 542 | 622 | 81 | 8.0E-6 | ||
| Pfam | 546 | 612 | 67 | 1.2E-13 | ||
| Pfam | 654 | 750 | 97 | 1.0E-19 |
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 LotjaGi6g1v0046900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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