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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0461300 |
| Transcript ID | LotjaGi2g1v0461300.2 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA polymerase IV; TAIR: AT5G44750.1 DNA-directed DNA polymerase; Swiss-Prot: sp|A3EWL3|REV1_ARATH DNA repair protein REV1; TrEMBL-Plants: tr|A0A0R0LQ66|A0A0R0LQ66_SOYBN DNA repair protein REV1; Found in the gene: LotjaGi2g1v0461300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:95437558..95455220) extracted from Lotus japonicus Gifu genome v1.2.
GAAACCGGCAGATTGAGACGAAAGTCCGGTGAATTTGAGCGGCTTGGTACTTTGAATCGCGCATTCGCATTCGCAATCGC GAGGGACTCTGTCTCTGAAAAATGAGTTTGGATTCGTTTCGAAGCTCCTCCTCGTCAGGCTCAGGCTCAGGCTCAGGCTC AGGCTCTAAACGAACTTCCTCTTTCTCTAATGCTACCAACAAGACGAAGACGAAGACTAAGAAGAAGAAAACCCTAGGCG TTGCTTGGGGCTCTAATGCTCTCCCTCCATCCGATTTCTCCGGGTAATTTTTAATTTCACAAACAAACAAACAGAACAAC TATCTCAATTTATAATTATGTTGTGTGAATGCACTGCTGCAGTTATATGGCACTCAAGAATCGGAAACTACATGATCAGT TTCATGCTCAATCTTCTTCTTCTACTTCTACTTCTACTTCTGGGAAGCCTATATTCACTGGAGTTTCAATTTTTGTAGAT GGTTTCACGGTTCCTTCCAGCCAGGTTAATCCTATTTCTATCATCCCTAATTGCGAGGCTACATGTTCCAGGATTAAAAA GGATCAAATAACTTTTTTCAGGAACTGCGAGGCTACATGTTCAAGTATGGTGGAAGATTTGAGAATTATTTCTCAAGACA TCGTGTAACGCATATCATCTGCAGTAATCTTCCTCACACCAAACTTAAGAACCTCAGGTTTTAATTTTCACCTATTGCTT TTTTGCTTTCTTTAAATTTAATTTAATTGTTAGATGCGATGCTCCAATACAGAGCCTTCAGCGCTGGCCTGCCCCTCGTC AAACCCACTTGGATTTTAGATTCTGTTGCAGCTAATAGACTCTTGCCCTGTAAGCTTTTTGCATTTCTCATGCACCTTAT TCATTTTCTCTTCTTACTTTCTATTTCCACTCTAAGGCTCAAGTCATGCAAATTTTGCTTTCATAGGGCTGCCCTATCAG CTTCACCAACTTGCTAATAATCAACCAACACTATCAGCTTTCTTCTCATTCAAAACTAGCAAACTGTCTGACATGGAGGA TTCAACTACAAATGTTTGCCAATCTCAAGATAGACACTCATCCAAAGTTAATGGGCTTATCAGTACCGTATCCAATGATA CTATCCCTGAGAATGAAAATACTAATGCATTTATGCTGGAAGATTCAACTAATCTTGTTAGAGTTAAATATGATGAAGGA AGCACTGCTGCTACTCAAGAAAAGACAAATGTCCAAGATGAACTTGAGCCTAATCATCAAGAACCTTCTACATCAGTTAG TAGCCCCTGCTCAGATGACCAGAATGTAAAAGAATTTCAAAGTTCTGCAGCCACTCGGCTTTCTAAACAGGGACATTCAA CTCTTACAGATCCTAATTTTGTGGAAAATTATTTCAAGGTAGGCAAGTTGGAACAAGTTTCCATTTTCATATTGCTCGGC GAAATGGTGACTTTCTTGTTGGTTGCACCATTTCTTTTTTGTTTAGATTCCACATCAACTCGAGATAAGATTAAAATAGA GACATGGAATCCTTGCCTCATAAGTTAGCTTTCGGCATTGATTTCTGCCTAGTCCAAAATCAAGATTTTTTTATTCTTCC AAATTTACTGCCAATCAAACATAGGAGTGATTGATCATTTTTTATCAAACGTTCTTGAATTTCAATAGAGAAAGTGGATG AGGTAAATACTGGTGTAAAACATGCTTTAGGTTTATGTTTGTCACACTACAATGGTAAAGAAAATAAAGACCACTTTACT TCTACTTGATATTCCCACTGAAGTTTGGTGTATGCAGAGCTCACGACTACACTTCATAGGAACCTGGAGAAATCGGTATC GAAAGCGTTTCCCTATGCCATCTGCTGGGCTTAACAAAGAAATTTCTAATAATTCTTCTGATGTTTCTAGGAATTCAGTC ATTATCCATGTTGACATGGTAAGCTATATGTACTGGGATAGTGGAAATACGTTATTGTTGTCAATTTTTTAATTTATTTT TTGGCTAGATATGTTGTTTAACTTTATCCTGATGATATATATTTATTATTATTTGACTCTTAAAGTTGACTGTTGTTTTA TTCCCACTTTTGACTTTGTTCAATGCTTATGAAATTATAGTTTTAAGAATGAATGGTTTGTTCATATCTCTCTCTCTCTC TGCTGTCCCAGGATTGTTTTTTTGTCTCAGTGGTTATCAGGAGCCAACCTGAATTGTTTGACAAGCCTGTAGCTGTATGT CACTCAAATAATTCAAAGGGAACTTCTGAGATTTCCTCTGCGAACTACCCTGCTCGTAGTTATGGTTGGTTATTCTAAGT TATACATGCTAATGTGACTCAATTAGCTATAGATACTTGTCAAACAATTCAGGTTGGTATGTAACTTATGCTTTCTATAT TGCTAGGTATTAAGGCTGGTATGTTTGTTCGAGATGCCAAGGCTCTTTGTCCTGACCTCGTTATCTTTCCATACAACTTT GAAGCTTATGAGGAAGTAAGAAGCAGTTGGATGTTCATAGTTTCTTTTTCTTTTTCCGAAAAGAGTTCATAGTTGAATGA CTTATAATATAGAATGCTAGAATATTTTATTTTATCTCATTAATTTTTATATTTTATATTACGCATTATCTTTATGTATC CTCTTTTCCATTTTAATTAATTTTTACAAAGATATATGGACCATTTACAGGTAGCTGATCAATTTTATACAATATTGCAC CGACATTGCAACAAAGTGCAGGTCTTCTACGGTTGGACATTCTTTGCGTACGTAATGTTTTCACTTGGTCTGTTCTTAAT GCTGTAACTGATACTTGATGCAGGCTGTAAGCTGTGATGAAGCATTTTTAGATGTCACACATTCAGAGGTTAAAGATCCT GAACTTTTAGCTTCATCAATTAGAGAAGAGATCTGTAAAACCACTAGATGTACAGCCAGTGCTGGTATAGCTGGAAATAT GCTCATGGCTCGTATTGCTACCAGAACTGCAAAACCAAATGGTCAATATCACATAACTCCAGAAAGGGTAGGTTTTGGAG TATTCTGTTTTAAGAAATTGTTATCTTTGTCCTAATTTTTAATATGTAATTTTGGTGTGATGAAGATATCATATAATCCT GATTAAAGGTCCTATATCTTTTTCCTTTCTCTGGAAATCTCTTGTAAGAGTGTATTTGTTCATGAATTTTATGCTGAAAG CTTCTGATTATCTTTGGATGTTTTCAGATTGAAGTATTGGTGCAAGTTTTTCTATTTTAATTCTTTATTTATAGGTATTT TTTGTATTTTATGAAAATTTCAATGAGAAATACTAAGAGGTAGCGCTGTGCTAGATGTCGATGTTATGTTTAAGTCCCAT TGGGTCTTTGCTTGACCAATAGATTTTATTACTCTAGACCATGATGCTGCTAACTTTTCTCAGAAGTGCTAATTCTAGGT TAGACGTCCATTGTGGATATTCAAATTCACTGTTTATAATCTGCCGGTAAGAGTTTATGGTGATTTATGCTACTTGTTTA CTTGTTTTCAACTTATACTGTTTGAACTGTATAACCTCCTAACAGATCAGCTTGTCCCTTGAATTGTCCATATAATTAAT GAACAAATCGGGACAATTTGATACATATTGTTGCTTGTCAATTGTAGCTGTTGGTTGTTCACTTGGACACATAAATCTGC TACTGTTCTGTACAGTTTATGACTTTATGTTATTTGAAATTATAATTGAGGTGTGGAATGTCTCAATATCATCTAGCTCT GATATTTAATTTTTCTTTTCCAGGTTGATGATTATTTATGTCAGCTCCCAATTGATTCACTTCCTGGGGTAGGGCATGTT TTACAGGAAAAATTGAAGAAGCAGAATGTTCATACTTGTGGTCAATTGCGGACAATTTCAAAGGTTTAACTATTCATTCA CATAACATGTTTTTTGTTCCTCTGATTTTTCCTGATATTATGAAAGTTCAATTGCTGTTCATTAACCTAATTCTAAAGGT CAATTTGTAATGTTTGCTTTTAGTCTGTTATACATGTTCTTCTTTTGGTTTTAGACATCGATCTTTTGCCTTGAGTTTGG GTAGGACATGGTGTGGTTTGTAGATTTAGAAACCTTATTAAAAGAGTAGAGACTTGGAAGAAAATACTTCTTACTGATTT TTGGAAATTACATCAAAGAAAATAATCATTGAAAATGAAAAGTTCATTTAAGCCAAAAAAATAGCTAGAATTCGAGGAAA AAACCTTCATGAACTACAACCCAATTTTATTTAAGTATCATCTTTTGCACAACTCATTTTTATATTACTACTCAATTTAT TTTCTTGAATACTATGTAGTTATGTTCCATCTTTCTTACAGGTATTTTTAATGTTCTATATTTGTAATTGTACCTGCTTT CTTTACATCTACAGGCCTTACTGCAGAAAGACTATGGAATGAAAACAGGAGAAATGCTGTGGAACTATAGCAGAGGAATT GATAGCCGGGCTGTTGGGGTCTTTCAGGTCCGGGAGAAGGCCACCATTTCAAACTAATATTTTATATTTTATCTTTAAAA TCCGGACTTGATTTCTCGTTATTTTGATACCAGATATGTAACATGATTTGGATATATGATTTGTCTACACTTCTGCAGGA AAGTAAGTCTATTGGTGCTGATGTAAATTGGGGTGTGAGGTTCAATGATGTGAAAGATGTAGGTACTTTCGGCACTGTAT TTGTTTTTTTATTTCTTGCACGTTTCTATCTTACAAAGCAGAATCTACCAAAATATTGAGGTGAAAGTTATTTCAGTGTG ATCGCTTCCTAATAGACCTTTGCAAGGAAGTTTCATTACGATTGCAATGTTGTGGAGTTCAAGGGCGCACTTTCTCTCTC AAGGTACATTTGCTTGATAGATTTTATTAGATTATTCAGTTATCAGCTTTCTGTTTTAGCTGCTGAGCTGCTTTTCACGT CCTGTTTTATTTCTACAACTGTTCTATGCTATTATCACAAAATGTATCTTATAACTCTGAGTCAACAAGATTGAAATTTG CAAACTTTGTTGGATATATGATGTAGATCAAAAAGAGAAGAAAAGATGCTGTTGAACCTGCAAAGTTTATGGGCTGTGGG GACTGTGAAAATTTGAGTCACTCAATAACGGTAAATATTGAAACATCAGACTTTTTTTATGTGTGATATTAAAGTGCCAT ATTGGCTTCTATAAGCGTTCTTAATTATTGTCTGATTTTGTGTTGTTCTTATCATAGATTCCTCTTGCTACTGATAATGT GGAAGTACTCCAAAGAATAGTAAAGCAACTTTTTGGATGTTTTTATATAGGTATCTAATCTTCACTCTGGCTTTCCATCA TATGATGAGTGTGAATAAACAGTTTTGGTTTATCTTTAGATTCTTGAATCCTTTACTGCATTTGATTTTATTAGCAATAG AGTTAAATAAACAACAACCTCATTTAGTGAGGTCAGTTACATGGATCAATTGATGTCATTTCTCTTTATCAAAAACCAAA ATTTCAAAATTCATTCAAAGCAAGGTCTTTTACTGATGGTTTCACTGAACTCTCTTTGATCTTCCTCTACCGCCTTCTCC CCAACAGAGAATTAGAGAAAACATAGTATTACTTTAGAAAGATATAGAAAGTGAGGTAGTAAAAGAAGTAAAAAGAGAAG GAAGTGTAGACATGAAGTAAAAAGTCAAGAAACTAGAGAGATATAGAAAAATATAATCTATATCAGTTCATTTTTTTGTT TTCATTTATATTTACTATTTTCAAAGTTTTATACATGAAATTGTGAAAACAACTTTTTCTGTCCAAAACTTTAAAAATGG TTATCACATTGAACACAAAGGTGGTAGTTTTATCTGAAAATAGTAGATGAAAATAGAAACCAAAAAAGCCCTAATATTTC AAAGTGAAGGAATTGGGTCGTCATTGTAACAAAACTAGATGCCTGCATGGTGATGAAGCTTCTTTATCTTTTTATTTTAT GATGGTAGTTTCTTTCTCAAAATGTTACATAGTGTTTCAGCCAATAAAGCATTAATTGGTAACTAAAGTGTAAACATCTT CATCTTCTCCTTTTGATGATTTCATATAGATGTCAAGGAGATTCGAGGTATTGGCTTGCAAGTTTCTAGATTTGAAAGTG CAGAGACTTCGAAGCAAGGTACCTGTATTATTCCGAACAAATTTTAACCTTATATTATATGAGCTCTAATAGTATATTTT GTGGTTGTGCGTGAAACTAAATTTATAGGCTATTTTATGAATTATATTAGAACTTTTTTAAGCTGGGATCTTCTACCTTC ACAACTCTCCTCTTTCCATCCCTTTGTTCAAGACAAATTTCACTACTTTTCCTTGGGTTTGAACTTTGCTTTCAGTCTTA TTATTTTAATAATTTCTTTAGAGTTGTCTAATTCTATTTATTTCATGATGGTGCAGAAAAGTATTCTTTGAAATCATGGG TTGCTTCAGGAAATGCAAGTATGCAAAAACAGAAATATCCTATGGGTAACGGAAATTGTTGTCATACAAGGGTTACATAC TATGCTATTATTTACAAGATTTCGGTGCTTATAATATATGAATAATTGTTATACCATTGTGCGATTTTGTTAGTGTTGGA ATTAATAAAAATTACTTCTGGTGGTTTCTCTTTCTTCAGATCAAGACAAGCAGAACATGGATGGTACTTCCAGTGGTGAA TGTAGAGGAGGGTCTTCAGTTAAAATACAGAATAACCAAGCTAATGCTAACCCAATTTCAACACCTCCTCCTTTGTGTCA CCTTGATGTGGAAGTAATAAGGAATCTTCCCCCAGAAGTGTTTTCAGAATTAAACGAAATTTATGGAGGAAAGTTAATTG ACTATATTGCTAAAGGAAAAGGCACAAGTGAGACTTCTAGCTCTTTACAGAACTTGTTTTTGGAGCAAGAAAGTAAGCTT TTTTTCGCCCTGTTTTGTTGGTGTAGCTAATTCGCACTAATAGTCAACTCAAATCGCCATATGCTTTCAAATTATTTTTT CAGCAGCAATAGACAAGGAAGAGGAACTTCTGAATCTTGAGCCGATTCCTCAAAGAAAGCTATTATCAGAAATCGAGGTA ATTGTAACTCCTTTTTTTGTGGCTTATTGCAATTGATATCAGAGTTATATTCATTTATATGTAAGAAATGTTTGTTTTTT TTCTATTTTTGGAGCATTGTTCTATTTTTCTAAAATTATTTTATTTAGAGGTATATATCATAATTTACTGCTAGGCTATG CAACATGGCGCAGAGCAAGGTGACGCAGTATCAGGTTCAGGGTGTGGACCCATTTTCAAGGTTACTCACAGTTCGAGTTT TGAAAAAGATGATTTGTTGCCTTCTTCTTTAAGTCAAATTGATGGTTCAGTGTTACGACAATTGCCTGAGGATTTGAAAG CTGTCATTGTTCAGCAGCTTCCTGCACACAGGACGCAAGAGATTTGCTCCAATGGTGCAATGGTCCCTCCTAGTGAAAAT CATCATGTGTCACTAAGTATTAAAACTTCTGAGAATCCTGGATCGAGTTACAGTGTTTTGGATGATAGTCTTTGGACTGG GAATCCTCCAAAATGGGTTGAGAAATTTAAAGTCAGCAGTTGCTTATTATTGAAAATTTTTGCAGAAATATATTCCAAAT CAGGGTTGTCTAGCACATTATCTTCAGTTTTGCACCAAATTATATCTGAATTCCACCAGCTAAATCTAGCACATCAGATT TCTGATGAAACTGTTAATATTATCTCTGAGCTACTGAAGCAGTATATCAAAGTGAGGATAGGAAGAGATATTGAAGAGAT TTATATCTGTTTTCGGCTTTTGAAAAGGTATGTGAATCAGTTAATGTTTCAAGTTAGTATATGGCACTCTATTGAAAGGT TTATTGTTCATGATACATAATGTATTTTGTCCCTAAGTTTCTCCCGATGCCAATGTTATTTGTATCCATTTTGTTTGTTT TTGGATTAAGTTAGTACTTTAGTGATAATTGGGATTGTGTTGAATTAGGCGTAGAGTGGATTAAAGCGACGTTAGTTTAT TTCTAATATACCAACATTTGTATGTCTACCACCATCTTAGGCTCATATCCAGATTATCCAGTGAAGCTCATGTGAACTTG GTGTTTTTGTAAATCCCTGAGAATTTCTTGTTATTTTTTGACCTTTTTTTTACGGTGTTACACAACCTTGATTAATGACA CGATTCATCAATTACGAGTAATATGAAACCGGTGATTGTGCAGTTAAATTTATTTTACTTCGTAGGTTTTTCAAGTTATT ATTGTGACAAACTTTGGAGTAACACTGGAATTATTTTCAGGTTTGCAGCAAAGTCACAACTTTTCTTACAAGTGTATAAT AGTGTATTTCCATACCTTCAGGTATACCTTCAGCCTACATCCTCTCTCACGTACTGTTTGTCTGGCCCCTGAATGATGCA CTTAGCATCTGTTAAATAAGAATTAGAACAGCTGTCATAACAGCTGGCAGCAAAGTAGTATAAATAAGGCCATTAGGCAG TTAGAGATGTTATGTTAGTTGTAACAAGAATTTTATCTCTCTAATCTCAATTCTCAGTTCCCTTCTCTCTCTTTCTCTCT CTTTCTCCTCTCTTTCACTTCTTCTCCTATCATTGGTATCAGAGCACTCGATTCACGGTGACCAATGGCGGAAGCGACGA GGTTGCAGAGCTCAATCCGTGAGGCGGAGGAGCGGATTACGGCGACGATCGAGCCGTGCATCAGTAGGCATTTGCGTGAG CTGGAGCAGAGGTTCGAGCTCCAACTGAACGGGTTCCAGGAGGCGATGCGAGGCCTCGGGTTGCAGATGACGGAGATGTC GTCGCGGCGGAGAGGCGCGAACGACGGCGAGCACCGCATGCCGACGCGATTGACGCTATTGGATTTTCCGAAATTCAACC GCGACGAAGCTGAATCGTGGCTTGTGAAGTGCGAACGATTCTTCACGCTTGACAACACGCCGGAAGCAGAGAAGGTAGCG ATTGCTAGCATCGCAATGGACGAGAGTTCTTTCCGGTGGTTCCAGACCTTGGAACAGAGCACGACTGGTCCAGTTTCTTG GATGCAGTTCAGCGATGCAGTGAAGGTGCGTTTTGGTACTGAATTCGATTCACCATTAGAGGAACTTAAGCGCCTGGTTC AAACTGGAACTCTAGAAGATTATCAAGAGGCTTTTGATACCTTGGCTGCGCGCACAGATTTGTCAGAACCTCAGAAATTG CAAGTATACTTGGGTGGATTGTGTGCTGAGTTGAGCAATGGTGTGAAGATGTTTGCACCAAGGACGTTGCTTGAAGCTAC ACGAATCGCGAAATTGCAGGAGAGGAGCATCGAATTGCTCCAGAAACGCACTGTTTCGGGTGTCAGAAGCACCGGCGCAT GGTCTGACAAGCGCGGAAACTCTTCATTTGTTGAGAAGAAGTTACCAGAGAAGAAACCAGGGGGTGATTCCAATCAGAAA GGAATTTTAGGAAAACCTAATTACACATTTCAGAGGAAATTATCTCCTAAAGAGATGGAAGAACATAGAGCACAAAATTT GTGCTTCTTCTGCCATGAGAAATTTTCTCCAGGGCATGATTGTCCGCAAAGGAAGAAGCTCCAAGTTTTCTTAATGGAGG TTGAGGAAGGTGAACCAGAAGCTGTTGACTCTGCAAGTTCTGTTGATTCTGAACCAGTTGTTCCTACATTATCCTTGAAT GCCATACATGGGGACTCTGAATATCCTTTGATGAGGTTGACTGCATGGATAGGAAAGAAGAGGATTCATGTCCTCATTGA TTCTGGAAGCTCACACAACTTCATTGATCAAAAACTGTGCAAGGAAGGCCTGAGCTACCTTAGACCCGTGCATCCTCTAC TGAAGCCTTTACAAGTTACTGTAGCAGGTGGTGGAGTCATGCAAGGTACAGGCCTATGTGATGGAATACAGTTGAAGATG CAAGGGTATGATTTCTTCACTAGTGCTATTGCTCTTCCTTTAGGTAGTTTTGATTTGATTTTAGGCTTACAATGGTTAAC TCAGTGGGGAACTATATCATGGGATTTCAAAGCCCTTGTTATGGAATTTGATATGGGACACCTTAAGGTGAGATTGCAAG CTGATAAGAGTGGGAAGGATAGAGTAGTTTCAGCTGCTAAACTTAATCAAATTGTAGCTGAGGAAAGCTTTTGTTTTATG CTACAATTGTTTCCATGTTCCCAAGAGAAAGTGTGTTGTGCTCTTGGCTTAGAGGAACCTGAGGATCCTGCAACTAAAGA ACATAAAACCACTGTCCTAGAGGAATTTAAGGATGTTTTTGAGGAGCCTACACAGCTACCCCCATTCAGAGGCATCCATG ACCACCAGATTGTTCTGAAGGAAGGGTCCAACCCAGTTAGTTTGAGACCTTATAGGTACCCTCCTGCACAGAAAGATGTC ATTGACAACATGGTGAAAGAGCTGTTGGATTCAGGGGTTATCCAACCTAGTTCTTCTCCATTTGCTTCTCCTGTGGTCTT GGTTAAGAAGAAGGATGGCAGCTGGCGGATGTGTGTAGACTATAGGAAGCTTAATGACATGACAGTTAAAGCAAAATTTC CTATTCCTCTTGTTGAAGATTTGCTGGATGAGCTAGGGGGTGCTCAAATTTTCTCTAAATTGGACCTTAGGTCTGGTTAT CATCAAATAAGGATGAAACCAGAAGATATAGCTAAGACTGCATTTCAGACTCATGGTGGACAATATGAATATGTGGTCAT GCCTTTTGGGTTGTCCAATGCCCCAGCCACATTTCAAGGTACCATGAATGTCATCTTTGCTAGTCTATTAAGGAAGTGTG TGCTCATCTTCTTTGATGACATCCTTGTCTATAGTAAGTCCATAGTTGAGCATGTGGCACACCTTAGACATGTTTTCACT GTTTTAAAGACTCATTCCTTCTATGTCAAGAGAAGTAAATGTGCCTTCTTTACTACTCGAATTGAGTACTTGGGCCACTT CATTACTCCTGAAGGGGTTACTACAGATCCAGCCAAGATCATGGCAGTTCAAGAGTGGCCAGAACCTCAGACACTTAAGC AACTCAGAGGTTTCTTGGGCCTCACAGGTTACTACAGAAGATTCATTCAAAATTACAGCATGCTAGCATCACCTCTCACT GACTTACTCAAGAAAGATGCCTTCATTTGGTCTGATAAGGCTTCCCATGCTTTCAATCAGCTCAAACAAGCCTTAAGTAC TGCTCCTGTATTGGCTATTCCAGATATGGCTAAGCCATTTGTAGTGGAGACTGATGCTTCCAGTACAGGAATTGGGGCAG TTCTGATGCAAGACAAGCACCCTATTGCATTTATTAGCAAGGTTCTTTCTCCCAGGAATAGGTTGCTATCAGTTTATGAC AGGGAATTACTAGCACTTGTGCATGCAGTGTCTAAATGGCACCAATATCTGTCTCTTCAACCTTTCCTCATCTTAACGGA TCAACATAGTTTGAAATTTTTACTGGAACAAAGGTTGTCTACACCTGCACAGTATAAATGGGTTACTAAATTGATGGGTC TATCTTATGAAATTAGGTATAAGCAGGGAAAGGACAATGTTGCTGCGGACTCCTTATCCCGGGCCAATCATGGAGAGTTG CTACACTTGGCAGTCTCTTCCATTTCTTCAGAATTGTGGGATCTAATACAACAAGCCTATGTTGCAGATTCTTCCCTCAA GGATCTTATGCAAGAGGTGAATGCTTCTCCTGACCAGCATCCTCATTACAGGGTGGTGGATGGTTTCCTTTTCCGGAAAC ACAGATTGGTAGTTCCCAATAATGACCAAGTCAGATTGGTTATTTTGCAATGGTTGCACTCCTCTCATCAAGGGGGGCAT TCGGGTATAAGGGCTTCTACTCATAGGATCAAGTCCTTATTTTATTGGAAAGGACTTAGCAAGAGTGTAGCTGAGTTTAT TCAAAGGTGTGAGACTTGCTTGAGATGCAAGTATGAACCTCATGCTGTTCCAGGTTTGCTGCAGCCCTTGGCTATACCTG ATGGAGTGTGGCAAAGTATTGCCATGGACTTCATTGAAGGGCTACCCAAGTCCCATGGCAAGGACACCATATGGGTGGTT ATTGACAGGCTTAGTAAGTATGCTCATTTCATAGCCTTGTCACATCCTTTCTCAGCTTCCACTTTGGCTGAGGTGTTCAT CAACAATGTTTACAAACTTCATGGAGCCCCAGCAAATATAGTGAGTGACAGGGATCCCCTCTTTACTAGCAAATTCTGGG CAGCATTTCTGCAACAATTGGGCATTTCTCAGAGCTTGTCTACTGCCTATCATCCTCAATCAGATGGGCAGAGTGAGGTC CTCAATCGTTGCTTGGAACATTACTTGAGGGCCATGACTTGGCAGAGACCAAAGGAGTGGGCTGCTTGGCTGCCTATGGC AGAATGGTGGTATAACACCACTTTTCACTCTGCAATCCAAGCTACCCCTTATGAAGTTGTTTATGGTCAGCCGCCCCCCT TGCATTTACCTTACTGCCCTCAAAGCACTGTGGTGGATGCTGTGGACAGAAGCTTTGTTGCTAGAGAGGAGATGATCAAC AAGTTGCAAGGTAACTTGGCTCGAGCTCAAGCTCGCATGAAGACCTTGGCTGATAAACACAGGTCTGATAGAGAATTTCA AGTTGGAGATTGGGTTTTCTTGAAGCTCCAGCCTTATAGGCAATCCTCTCTCACTTCTAGGGCTTCACAAAAGCTGTCCC CTCGTTTCTTTGGCCCATATCAGATACTACATCGTGTAGGCAAGGTTGCTTACACCCTCAATTTACCTGCTACCTCACGC ATTCATCCCACTTTTCATGTTTCCCTGCTGAAACCTTGCCCAGATGCTACAGTTTCTCTTTATCCTCTTCCGGAAGATTG GGGCAGCATGGATAATCCTAAGGAACCATTCAAGATTTTGAAGAGGCGCTCTGTGCAGAAACACCATAGAGCTGTTACTG AAGTCTTAGTGCAGTGGAAAGGGGAAAGTGCAGAAGAGGCCACTTGGGAATTGCTATATAAGCTGAAGCAGCAGTTCCCC TTCTTTGATGTTACTGCTTCTCCTTGAGGTCAAGGAGAGTTTTAAGGGGAGGGATATGATGCACTTAGCATCACTTAGCA TCTGTTAATTAGGAATATGATGCACTTGTTAGCATCTGTTAAATAAGAATTAGAACAGCTGTCATAACAGCTGGCAGCAA AGTAGTATAAATAAGGCCATTAGGCAGTTAGAGATGTTATGTTAGTTGTAACAAGAATTTTATCTCTCTAATCTCAATTC TCAGTTCCCTTCTCTCTCTTTCTCTCTCTTTCTCCTCTCTTTCACTTCTTCTCCTATCACTGAATCTGAGATATTTTAAT TGGATGGCTTGGCTTGTACTAATAGCGAAATGTCTGTTTTAAGGAAACTGTTTGGTAGTCTTTTCCTGTATCTTTGTAAA TGCAGGAATTTTAATATTATAAATTTATAGGGTGAATAGAAAACAGTAAATTACACTCCCTCTAATGTCCCTTTGTCTGT ATCTTTGTAAATACAGGAATTGCTTTCTCAAAAGAAAATAAGTATATATATTTTAATATTAGAAATTTATAGGCTGAATA GAAAACAGTAAATTACACTCCCTCTAATGTCCCTCCCTTGAGAGAAGCTTAAATTAGTAAATTATACTCCCCACCCATCT TATTTTGAAAATTTCATTCTCCTCTTATGAGAATTAAATATTTCTTACACTTCCCATTTTATATAATTAATTCTATGGGC ATTTTAATATAATTTGGAACTTATGCAATTAACTATGGGACATTAGAAGACAAATAAAGATTTGGGTGAAGTTTAGAGAA AGAAAAAGTTTGGCCTGGCGACATATTTGTAGTTGTTTATCATCACTAAAAGATTCATTTTGCTAAAGATTGACTAAAAT GTAGTACATGCTTATTTGTTTGAGGGGGGGGGGGAGGGGGGAGAATAGGTTCTAAGGCTAAAACAAGAGGGAAAGGGAGT GTATTTTAACCTTCTCTTGAGGGAAGCGGGGTGTAATTTACACTTCAAAAATTACAAAGAGAAACGAGGATAGGAACTCC TAAACAAGAGAACAAAAAAAAAGGGAAAAGCTTCCCATTTCCTCAACATATTTGTTAGGAAAATCCAATTAAATAGGGCA TCCGCTTTACACTAAATAGATGGCAACTGCCTGGGGGGGGGGGTGGGAGAATAGGTTCTAAGGCTAAAACAAGAGGGAAA GGGAGTGTATTTTAACCTTCTCTTGAGGGAAGCGGGGTGCAATTTACACTTCAAAAATTACAAAGAGAAACGAGGATAGG AACTCCTAAACAAGAGAACAAAAAAAAAGGGAAAAGCTTCCCATTTCCTCAACATATTTGTTAGGAAAATCCAATTAAAT AGGGCATCCGCTTTACACTAAATAGATGGCAACTGCCTAATCTTATTCCAAATTAAGTGACATGCCAAGGAACCCTTTGT AAAATTAAGAAAGCTTTGCTCCAACTATTTGTACCAAATTGCCATGAAATTTTAGCCTCTTTACGTCTGCCACATCCATA AAAGCTAATCATCAATATCAATGTAAGTATAGTTCTGACGAGAATTGTATCTTATCTGTGTACCGATTATATTCATCATG TAAATATTTAGTTTGTGCTGTAGTTGGAATGCATGATTTTAGCCCGTGCTTCTCTTTTCCCTCTACTTCAATACATATTT AATTATACTCTGGTTAAAATATTGTAGGCAGCTGTTGATGACAATTATGGAGGAAGTTTGTTTATAGCATCGTAGTAATA CGTAAAAGATTCTAAATGAGCAAAATTCACTGGTTTAACTGAATGCGCCTATGAGATCAGGTAGCAATCAACCTTTCTAT CCATCATGATGTCCTGCAGAGGATGTTCATCTCATTGATAAAATTGCAATTTTATTTTGCATTGTTTGCATTTTACTTTC TCCTCATAATTTATAATCCTTCTTTGTCATTCGTTGTCCTACTGAATCTTTTTGTGGTGTTAAACTTCTCATATTAACTT CTTAATGAGTTTGAGTGTCTAGTAGTTTCCTGTATGTTTTTGTGGCTGTGGTTTGTACAGCTCCTTTATTATTCTTGTAA TCCTATTTCTTGTCCTATATTAAATCTTCTCTCTTCGATTTTAATCATATCTATTCTCAACAGTTGTTATGTATATTTTA TTAATTAATTGTTAATTATTAATTGTATCAAAAGCTGTTCGCATTGTCACATTGACTTGTTATGTTGCTGTCTCTAAAAG GTTTATGTCCGTTGCACAAGAATACAATTAACCTGGCAGCTTACCACTTCATTCTTTATAACTGGCAGGTATATCCGTTT TAACTTCTCTCTAATAATTTCTTATGTAAAGCTTTTGCCTTGTTATTTTATCCTTTTCTTTGAGCATCCGAATCTGATAT TATGTTATTAGATCTATTCTAGTATTATGCATACCAGATGTAGCTATAAGCCATTTATAACCATATTATTATTTAAACTT TCTCAAGCCATGCCAGCTCTTCTTAATGCCATCTCCACTCATCCTCTATGGTTCTACCTAAGTTTGTCCTTTGTATTGAA TTGTACTTTTAATACATGTGTTACAATTTGAACCTGTGTATTGCCTCGTTTTCTTCAAATGACTCCAGCAATGGCAGTAT GGCACCACCAATGAAATGTAGAGTCCCTATATCGTTGTGGTTAGTGGAGAACAGCCACCGGACAGGATTTCTCGTAAAAT GGATTTCTTTTGTTTCCCTCGAAGTGGCTTGTCAACCATGTTTTCCCTCCCTCAAAACAACGCTCTTCACCAACCTTTAC AGTCTTGGCTTTGGGCAAGACAGCGATGAGTTGTTAGCTCCCGGATGCCAATCAAAGAAAGCACTCCTATACAGCCTGGT GTTGATTCTGCAATTTGCGTCTAGTGGGGAGCTTTGTCATCTCAAATAATTAGTGGATTTTTCCTTGCATGTGGATCCGA ACAACACTAGCATATCTATTGAATCAGGCTGCATTGTTGCAATTAGTGCTGGGAAGGGTAGATTTGGCCATCTTGGATAA CCGTATATGATAAAGTCAATAGAGAAACTGCATGGATAATTCAGTGCTACTTTGCTACGATCAAATAGGTCAGTTTTCAG CATGCTCTGAGTAGTTACTTAGGTTTGGTAGGTATGTAGATATATTCATCTTTATTTATCTTTAGTTACTCTTGGAAGGA GGGGTGTTGGTTCATTTACTAGATGTTTACTGGAACTGTATTTTCTATATATAGATGCACTCAACCTTTTCAATTTGTTC ATCTAGCCCCCTCATTCTTCCATCTCCATTTAAGCTACATGCTGGTCTTGGGATCTATAAACTTAGTCACTGAACATGAG ATAGTGAAATACTTGATATATGTTTGTGTATTACTTGTCCGTGGTTCTTCAAGGTGATGTAGATTATGATCTATATTTCT TGCAACTGTATATTCTAATTTGCAACAGTTGGTACTGTCATATCCATTGCATCAGAGTGGAGCACTGTGGAGAAATTGAC CCTTATTCTCCCCGTCCCAAGAGCCATTTAGATTTGATAAAATTTTACGTGAGTTTTGTAGCATAACCCTTCTCTGTTTA TCCCGATTTGGGAATGATTATGTGAAATTTACCACAAAGCAGACATAGGAAGAGTAATGTTGTGAGAATATGGTTCACGG ATGCACCATGATGTAAATGCGGTTTCTATATTGAAAGCAGATGCAGCATCCTGATTGTTGTAACATTTCGACCTGAATAC CAGGAGGATTACCATACGCAGGCAAGATCATGTAAGCAGTGAGTGTGGAGCAGAGGGCATCCTAAGAGATACAAACATAA AAGGTGGGATTACCGGACGATATAGTTATTAGAGATGTTAAAATTGGCCAGAGGTCGACTTTAATTATCCGGACCAAATG GTCCATTTTTTTCTTTTTATATAATTTTTTTATTGAATTAAAACATATTCAAATATATTATTAACAAAAATTAAATAAAT AATGAAAAGGAACAAAAAAGTAAAAATAATATCTAAGGGTTTTGTTTTCTTTCTAAAAATGTCATGCATTAGGTGGGATG GAGGAGTAAGTGGCAGCTTTTGACTCTGGTCAAATTCATATGGGGTTTGATTTCTGATGCTTGTGTAAGTTGGCATATTA ATTTTGTTCATAAAGCCTTCCCTATTCTTGTTGTCATTCAACTCAATATATGTAAGATTGAAAATGTGAGAGAGTTTCAG CCGAGTCTGCTAGTTCAGACTCACTTCAACATGCAAAAACAAAGTAAGTACAAGGTTATTTATTTATCTTTTTAGGTAGA GACGAAGTCAATGAAAATGTGAACTCAGTTTCTTTACTGAATACTTATTTCTCACAATTCACGTTCACTCTAACCCGCCT GTTTATTTAGATGAAAAGGGAAGATGTAGTTGGTAGCCTTTTCTAAGATTCGGTGCAAATTTGCAAAGCAAAATCCATGA AGTCAAGATGGGCAAGGTAAACAATTTCTGCGAGGTATTTCATAATGATAAATTGCATGCTTA
CDS sequence (LotjaGi2g1v0461300.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAGTTTGGATTCGTTTCGAAGCTCCTCCTCGTCAGGCTCAGGCTCAGGCTCAGGCTCAGGCTCTAAACGAACTTCCTC TTTCTCTAATGCTACCAACAAGACGAAGACGAAGACTAAGAAGAAGAAAACCCTAGGCGTTGCTTGGGGCTCTAATGCTC TCCCTCCATCCGATTTCTCCGGTTATATGGCACTCAAGAATCGGAAACTACATGATCAGTTTCATGCTCAATCTTCTTCT TCTACTTCTACTTCTACTTCTGGGAAGCCTATATTCACTGGAGTTTCAATTTTTGTAGATGGTTTCACGGTTCCTTCCAG CCAGGAACTGCGAGGCTACATGTTCAAGTATGGTGGAAGATTTGAGAATTATTTCTCAAGACATCGTGTAACGCATATCA TCTGCAGTAATCTTCCTCACACCAAACTTAAGAACCTCAGAGCCTTCAGCGCTGGCCTGCCCCTCGTCAAACCCACTTGG ATTTTAGATTCTGTTGCAGCTAATAGACTCTTGCCCTGGCTGCCCTATCAGCTTCACCAACTTGCTAATAATCAACCAAC ACTATCAGCTTTCTTCTCATTCAAAACTAGCAAACTGTCTGACATGGAGGATTCAACTACAAATGTTTGCCAATCTCAAG ATAGACACTCATCCAAAGTTAATGGGCTTATCAGTACCGTATCCAATGATACTATCCCTGAGAATGAAAATACTAATGCA TTTATGCTGGAAGATTCAACTAATCTTGTTAGAGTTAAATATGATGAAGGAAGCACTGCTGCTACTCAAGAAAAGACAAA TGTCCAAGATGAACTTGAGCCTAATCATCAAGAACCTTCTACATCAGTTAGTAGCCCCTGCTCAGATGACCAGAATGTAA AAGAATTTCAAAGTTCTGCAGCCACTCGGCTTTCTAAACAGGGACATTCAACTCTTACAGATCCTAATTTTGTGGAAAAT TATTTCAAGAGCTCACGACTACACTTCATAGGAACCTGGAGAAATCGGTATCGAAAGCGTTTCCCTATGCCATCTGCTGG GCTTAACAAAGAAATTTCTAATAATTCTTCTGATGTTTCTAGGAATTCAGTCATTATCCATGTTGACATGGATTGTTTTT TTGTCTCAGTGGTTATCAGGAGCCAACCTGAATTGTTTGACAAGCCTGTAGCTGTATGTCACTCAAATAATTCAAAGGGA ACTTCTGAGATTTCCTCTGCGAACTACCCTGCTCGTAGTTATGGTATTAAGGCTGGTATGTTTGTTCGAGATGCCAAGGC TCTTTGTCCTGACCTCGTTATCTTTCCATACAACTTTGAAGCTTATGAGGAAGTAGCTGATCAATTTTATACAATATTGC ACCGACATTGCAACAAAGTGCAGGCTGTAAGCTGTGATGAAGCATTTTTAGATGTCACACATTCAGAGGTTAAAGATCCT GAACTTTTAGCTTCATCAATTAGAGAAGAGATCTGTAAAACCACTAGATGTACAGCCAGTGCTGGTATAGCTGGAAATAT GCTCATGGCTCGTATTGCTACCAGAACTGCAAAACCAAATGGTCAATATCACATAACTCCAGAAAGGGTTGATGATTATT TATGTCAGCTCCCAATTGATTCACTTCCTGGGGTAGGGCATGTTTTACAGGAAAAATTGAAGAAGCAGAATGTTCATACT TGTGGTCAATTGCGGACAATTTCAAAGGCCTTACTGCAGAAAGACTATGGAATGAAAACAGGAGAAATGCTGTGGAACTA TAGCAGAGGAATTGATAGCCGGGCTGTTGGGGTCTTTCAGGAAAGTAAGTCTATTGGTGCTGATGTAAATTGGGGTGTGA GGTTCAATGATGTGAAAGATTGTGATCGCTTCCTAATAGACCTTTGCAAGGAAGTTTCATTACGATTGCAATGTTGTGGA GTTCAAGGGCGCACTTTCTCTCTCAAGATCAAAAAGAGAAGAAAAGATGCTGTTGAACCTGCAAAGTTTATGGGCTGTGG GGACTGTGAAAATTTGAGTCACTCAATAACGATTCCTCTTGCTACTGATAATGTGGAAGTACTCCAAAGAATAGTAAAGC AACTTTTTGGATGTTTTTATATAGATGTCAAGGAGATTCGAGGTATTGGCTTGCAAGTTTCTAGATTTGAAAGTGCAGAG ACTTCGAAGCAAGAAAAGTATTCTTTGAAATCATGGGTTGCTTCAGGAAATGCAAGTATGCAAAAACAGAAATATCCTAT GGATCAAGACAAGCAGAACATGGATGGTACTTCCAGTGGTGAATGTAGAGGAGGGTCTTCAGTTAAAATACAGAATAACC AAGCTAATGCTAACCCAATTTCAACACCTCCTCCTTTGTGTCACCTTGATGTGGAAGTAATAAGGAATCTTCCCCCAGAA GTGTTTTCAGAATTAAACGAAATTTATGGAGGAAAGTTAATTGACTATATTGCTAAAGGAAAAGGCACAAGTGAGACTTC TAGCTCTTTACAGAACTTGTTTTTGGAGCAAGAAACAGCAATAGACAAGGAAGAGGAACTTCTGAATCTTGAGCCGATTC CTCAAAGAAAGCTATTATCAGAAATCGAGGCTATGCAACATGGCGCAGAGCAAGGTGACGCAGTATCAGGTTCAGGGTGT GGACCCATTTTCAAGGTTACTCACAGTTCGAGTTTTGAAAAAGATGATTTGTTGCCTTCTTCTTTAAGTCAAATTGATGG TTCAGTGTTACGACAATTGCCTGAGGATTTGAAAGCTGTCATTGTTCAGCAGCTTCCTGCACACAGGACGCAAGAGATTT GCTCCAATGGTGCAATGGTCCCTCCTAGTGAAAATCATCATGTGTCACTAAGTATTAAAACTTCTGAGAATCCTGGATCG AGTTACAGTGTTTTGGATGATAGTCTTTGGACTGGGAATCCTCCAAAATGGGTTGAGAAATTTAAAGTCAGCAGTTGCTT ATTATTGAAAATTTTTGCAGAAATATATTCCAAATCAGGGTTGTCTAGCACATTATCTTCAGTTTTGCACCAAATTATAT CTGAATTCCACCAGCTAAATCTAGCACATCAGATTTCTGATGAAACTGTTAATATTATCTCTGAGCTACTGAAGCAGTAT ATCAAAGTGAGGATAGGAAGAGATATTGAAGAGATTTATATCTGTTTTCGGCTTTTGAAAAGGTTTGCAGCAAAGTCACA ACTTTTCTTACAAGTGTATAATAGTGTATTTCCATACCTTCAGGCAGCTGTTGATGACAATTATGGAGGAAGTTTGTTTA TAGCATCGTAG
Protein sequence (LotjaGi2g1v0461300.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSLDSFRSSSSSGSGSGSGSGSKRTSSFSNATNKTKTKTKKKKTLGVAWGSNALPPSDFSGYMALKNRKLHDQFHAQSSS STSTSTSGKPIFTGVSIFVDGFTVPSSQELRGYMFKYGGRFENYFSRHRVTHIICSNLPHTKLKNLRAFSAGLPLVKPTW ILDSVAANRLLPWLPYQLHQLANNQPTLSAFFSFKTSKLSDMEDSTTNVCQSQDRHSSKVNGLISTVSNDTIPENENTNA FMLEDSTNLVRVKYDEGSTAATQEKTNVQDELEPNHQEPSTSVSSPCSDDQNVKEFQSSAATRLSKQGHSTLTDPNFVEN YFKSSRLHFIGTWRNRYRKRFPMPSAGLNKEISNNSSDVSRNSVIIHVDMDCFFVSVVIRSQPELFDKPVAVCHSNNSKG TSEISSANYPARSYGIKAGMFVRDAKALCPDLVIFPYNFEAYEEVADQFYTILHRHCNKVQAVSCDEAFLDVTHSEVKDP ELLASSIREEICKTTRCTASAGIAGNMLMARIATRTAKPNGQYHITPERVDDYLCQLPIDSLPGVGHVLQEKLKKQNVHT CGQLRTISKALLQKDYGMKTGEMLWNYSRGIDSRAVGVFQESKSIGADVNWGVRFNDVKDCDRFLIDLCKEVSLRLQCCG VQGRTFSLKIKKRRKDAVEPAKFMGCGDCENLSHSITIPLATDNVEVLQRIVKQLFGCFYIDVKEIRGIGLQVSRFESAE TSKQEKYSLKSWVASGNASMQKQKYPMDQDKQNMDGTSSGECRGGSSVKIQNNQANANPISTPPPLCHLDVEVIRNLPPE VFSELNEIYGGKLIDYIAKGKGTSETSSSLQNLFLEQETAIDKEEELLNLEPIPQRKLLSEIEAMQHGAEQGDAVSGSGC GPIFKVTHSSSFEKDDLLPSSLSQIDGSVLRQLPEDLKAVIVQQLPAHRTQEICSNGAMVPPSENHHVSLSIKTSENPGS SYSVLDDSLWTGNPPKWVEKFKVSSCLLLKIFAEIYSKSGLSSTLSSVLHQIISEFHQLNLAHQISDETVNIISELLKQY IKVRIGRDIEEIYICFRLLKRFAAKSQLFLQVYNSVFPYLQAAVDDNYGGSLFIAS
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 | 34 | 34 | - | – | |
| MobiDBLite | 1 | 43 | 43 | - | – | |
| PANTHER | 23 | 1092 | 1070 | 0.0 | – | |
| PIRSF | 23 | 1089 | 1067 | 6.4E-197 | ||
| SUPERFAMILY | 80 | 180 | 101 | 7.27E-22 | ||
| Gene3D | 80 | 179 | 100 | 2.2E-22 | ||
| ProSiteProfiles | 87 | 178 | 92 | 20.545 | ||
| SMART | 89 | 168 | 80 | 1.7E-11 | ||
| Pfam | 89 | 176 | 88 | 9.8E-8 | ||
| CDD | 91 | 178 | 88 | 1.3935E-39 | – | |
| MobiDBLite | 260 | 310 | 51 | - | – | |
| CDD | 317 | 715 | 399 | 0.0 | – | |
| SUPERFAMILY | 358 | 596 | 239 | 2.13E-78 | ||
| Hamap | 362 | 729 | 368 | 27.959 | ||
| ProSiteProfiles | 365 | 546 | 182 | 55.316 | ||
| Gene3D | 365 | 596 | 232 | 1.5E-85 | ||
| Pfam | 368 | 514 | 147 | 1.6E-42 | ||
| Gene3D | 382 | 436 | 55 | 1.5E-85 | – | |
| Gene3D | 536 | 589 | 54 | 1.5E-85 | – | |
| Pfam | 600 | 723 | 124 | 7.8E-12 | ||
| Gene3D | 601 | 725 | 125 | 1.3E-40 | ||
| SUPERFAMILY | 601 | 714 | 114 | 1.45E-15 | ||
| MobiDBLite | 740 | 765 | 26 | - | – |
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 | Damaged DNA binding | Interacting selectively and non-covalently with damaged DNA. | ||
| Molecular function | DNA-directed DNA polymerase activity | Catalysis of the reaction: deoxynucleoside triphosphate + DNA(n) = diphosphate + DNA(n+1); the synthesis of DNA from deoxyribonucleotide triphosphates in the presence of a DNA template and a 3'hydroxyl group. | ||
| 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. | ||
| Molecular function | Nucleotidyltransferase activity | Catalysis of the transfer of a nucleotidyl group to a reactant. | ||
| Biological process | Error-prone translesion synthesis | The conversion of DNA-damage induced single-stranded gaps into large molecular weight DNA after replication by using a specialized DNA polymerase or replication complex to insert a defined nucleotide across the lesion. This process does not remove the replication-blocking lesions and causes an increase in the endogenous mutation level. For example, in E. coli, a low fidelity DNA polymerase, pol V, copies lesions that block replication fork progress. This produces mutations specifically targeted to DNA template damage sites, but it can also produce mutations at undamaged sites. |
Expression pattern of LotjaGi2g1v0461300.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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