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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0314500 |
| Transcript ID | LotjaGi2g1v0314500.4 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA polymerase lambda; TAIR: AT1G10520.1 DNA polymerase lambda (POLL); Swiss-Prot: sp|Q9FNY4|DPOLL_ARATH DNA polymerase lambda; TrEMBL-Plants: tr|I1JCZ1|I1JCZ1_SOYBN Uncharacterized protein; Found in the gene: LotjaGi2g1v0314500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:78985926..79002829) extracted from Lotus japonicus Gifu genome v1.2.
CAAACGGCGACACACATCGATTGCACCCAATCAGAAGACACACCATGACTATGCCTATGTCGTCTCGTAGAAGCAGAAGC AGCACCAGTTAACAAACCGCAGTCAACAAAATGGCGCCAAAGCCGAAACCAACGAAGAAACAACAATCTGACCCTCATGG AATGTTTGCTGGAATGGCTGTCTTCTTTGTCCCTAAAGGAGTTCAACCTCGTCGATTGCAGGTACGTACCCATCTTCAAT GGAGACCCAAGTTTGTAAATATTTTTCAATTTCCTTTCCTTTTCTGCTGTTTAAGATTTGGAAGCAGAGGTTGGTGCAAA TGGGTGCTGTCATAGAGGACCGATTTTCCAAACGGGTCACTCATCTTTTCGCTATGGACTCGCATGCCCTTCTACATGAA CTGGATAGCCACCGTTTGTCACGTTTTAAAGGGGTTTGCCATTTTTAACATCTATCTATTCTTTCTCCAATTAAATGCTT TCTTCAGTATCAATTTGACACACTATTTATTGATATAGGGACAGTGTGATGTTATGTTGTCTATAACTTTGAACTTCCAA AATGGGCATTTACTAATAGTAGTACTTGGATGGCTTAACCATGTTTTGAGCTGCTTATTTTTTATGCACTTGTCACTTGT GTAGATTGAATTTGGTAATTGATTATTTTGTTTGCATAAGAATCACCTCTTAAGTGCACAATGTGGGTTTTTTTTTCCTA TCACTTTATCATTTTTTTTTATGTTTAGGATGTGCTTTTACATGCCTTCATTTTTATTGGTTAATGATGCTTTTTGTAGA GAGTTCTCCTTTATCAATGGCTGGAAGACAGCTTGAAATCGGGGGAGAAACTACCTGAGGATATGTATGTACTGAAGTTG GATACTCAAGATCAAGTTATACCTGATAAGTCTGTGGACCCTGAGCCAACTGATAGAAGCATTTCTAGCGATCCTCAGCG ATTACAGAGTAAGAAGATGAAATCATCTTCTGAGGATACACAAATTTTAAATCTTGACAGTAATGAAGATAGAGGAGAAA ATGCACCGGTTCCATCAACAAGCACTGCGAGCAGTCCTGGTGAAGTTGACAGTTTAAGTTATGCAAACACAAGACTACAA CACCTTGATGCTGAAAATGAGGCAGTAAGATCTATATGGCTTAGGTTGAAGATTATTATGATAAAATATTTTTCATCAAG AACTTTCCTGACTCGTCTGAATAGAAGAGTTTCTAAAGAACAATAGAATTTCATGCTTTTCTCGATATCTAGTGCTATAT AATTGTGTGTAATTTCATGCTCGCACACACATACAAGTTTGGAGGGCAATGAATGCAAAAGGCTTTGAAACACATACGTT AATAAATATAATTTATGTTTAAGGTCATAATCTGAGTTTGCTTGTTGAATCTCATCTGACATGGGGAGCATATTGCAGTC ATCGTTGCCATACTGTCCACCTGATCTAAACAAGAAGATAACAGAGATATTTGGGAAACTTATCAACATATATAGAGGTA TAAGACTCATAGTACCTGCAGACTGTTGTCTTTTTTATTTTCTATTATTCTGGAGCTCTTGTTTATTGTGCATTTGTGCT AATACTGTTTGAAAGCATTGGGTGATGACCGGAGGTCCTTTAGCTATCACAAGGCTATTGCAGTCATTGAGAAGTTGCCA TTTAAAATTGAAAGCACTGACCAGTTAAAAAACCTGCCGTCAATTGGAAAATCAATGAAAGATCATGTAAGTGAACTATG TGACTAGACATTCTATCTTGACCAAGTGGCTGCTACCTTACACTATACTTCATTTACGTTTATCTACTGGAAGTTTGAGT GACTATATATCTTTTAGCTTCTGAATACTAGTCGCTAATAGCTGTATTGTTCTTCTCACCTATTAGATTTTTCGCAGCTA AATCAGCTGTCTCTATTGGAATAATTTCATATAACTTTTCTATAATGATATCCCTAGTTTTTGTGTTTTTATTTTATTTA TTGTAGGAATAAAGGTGCATTTGTTGTCTTGTTACATTGGAGATCCTACTAAGAGGAGAATAGAGCATTAATGTGTTATT TTCAGTGAGCAATGATTTTTCACATTTCCAGAAATTTTGTTTTTGGATAATCAAATGATGAGGGTTATTATAACATAGTT GTTTGGTTCTAATATGCAAATTTTTCCCCTTTTCCTGTGTAATTCTTTAGCCTTTTTATTTTCATTATTATTATATTACT TTTGGTCAGATAGTAACTCAAGCAATTGTTTTTTACCTTGTGCAGATTCAGGAGATAATAACCACTGGGAAGTTATCCAA ATTGGAGCACTTTGAAACTGATGAAAAGGTATTATATTTATATGTGTTGATCCTGATTACTTTGAAATCCATGGATATTT TATGCATAATTATTTTTTCAAAATTTAATGATTAATTTTAAATTTTTACCACAATTCTTGTCTAGTTTCAATTTTCAGTA CTCAGTCATGCATTTTTATTTAAATGCAGATGCACACAACATAAGTGTGCATTGGTAATACAATGTTTGATAACTCACTG TCCCAGCATTTGATCCTGAAATTATGTTTTGTTGTAATTTCTAGAGTGACATTTGAACTTCTTTGTGTTCTTTCTAATGT GTACTTTATTTTTTGCATATATAATGAATGGTCTGTCTACTATATGTAAAAAAATTATCTTTGTAATTGTTATTTCTTAT TGTTTAGTTGATCGATGTGTGAATACCATATATTCTTAATGTGAATACATGACACTCTGTATGTTTTTGACATTTTATTG CAATCTTTCCGGCTTCCCTTTCCCCCCTTGTTTAACTAGGTGAGAACAATATCCTTATTTGGCGAAGTATGGGGTGTAGG TCCAGCCACATCACTGAAGTTGTATGAGAAAGGTCACCGTACATTAGATGATCTCAGGAATGATGATTCACTTACAAATG CACAAAAGTTAGGGTTGAAATACTTTGATGATATCAGGCAACGGATTCCACGCCATGAGGTCTGGTGATACTTTTAGTAT CATATTATTGCCAAAAAAAGTAGAACTCGTTTCATTTACCCAAAAGCACTGATGCTCTTTTGGATTTGGTAGGTTCAAGA GATGGAACGCATTTTGCAGAAAGTTGGGGAGGATGTTTTGCCCGGGGTGAGCACTTAAAATTTCTGGTTGGACTAAAATT GATATGGCTTTTCTCTCCTGTCATGAATGTTTGATAAGAATTTGTAACTTCAAATCTGTGTGTGTGTGTGTGAAATAGAT TTATATCCAAGCTGTTTAGGGTAAGTGAATCTGATGTTTATTTGATATATTTGTTGGGCTGTTAGCAATGTTCTTTGAAA TGAAATGGGTTTTTGCTCAGTCTATCACTGGTTAAGTAGTGTGCAGTACTGCTTCAGTCTCCTGTCTCTATGCTTGTAGT AGTTGGTCTTAGTGCTCAAAGTTAGTTGGGGCACAAATAATATAGAAATCCTGGACGGTACAAGCTCCTTCATAGAAATG TGCAACTCCTGTAATCTATCTTATTATAATCATATTTTACAAAAAAATTGCAATTTGCGTCATGTTTCTCTTTGGTATCC CTGGTTTCTAGAACCTCCTGCCTCCTGTATTTCAGTTTATGCTTTCATGTATAGATTGCGGATAATATTTTTATTACTCA CACACATCAACATATATTCATTTGTGGCTCCCTCAGTTTGAAGACATTGAAAATCTGGTTTTGTTGGTGCTGGTTCATTT AGGTTCTAATCGTTTGTGGGGGATCATATAGACGTGGGAAAACTACCTGTGGGGATATTGATATCATTATAACGCATCCT GATGGAAAAAGGTACAGCTTGATTTCTTACTAATTTTATTCACTATTAAAGGAAATCTGTAGTTGAATTTATTCCACATA TCTTAGCCAACTTTATTGCTTTTCAGATTATATTTCCTTCTGTGCAAGTTTAAATAAAATATACTAGTATAGTAAATAAT AATTTTCTACTGGTACCATGTAAGAAAATTTTCTTGTAGAAGTATGTTTTAGCTATGAGTGCAGTTTTTGCTTTGTTTGA TTGAATGGTTGTGTGTGAACTACAAGTCATGAATCATGATTTTTTAACTCCTTGATTTATTTGGTACTTTTTCATCTCCA TAATGGGAAATTACATAAACATGCAATTACTAATACAATCCCTTTACTCTTGCGGTTAGGAGAGTTAGGAGAATGTGATT GACTGCCATTCCGCATTTCTTTTTTTCTCTTTTGTTTGTGGAAACTTCTTTTCTGATGTCCATAGACTCAGTGGATTTGT CTATGGCTTGCAGTCACAAAGGATTTTTGCCGAAGTTTGTAAAGCATTTAAAGGATATGAATTTCCTGAGGGAGGATTTA ATTTTCAGTAATCACAGTGAAGAGGTATTGTTACCTTTTTTTTTCTACAAACGATATACTTAGCTGGCTAAGCTTTCCTG CCGAACAGATATAATATTTTTCCTAGTAAGTCATTATCTCGTGTACCCTGATATTAACTCAAATAGAGTGTTAGCACGCG TATATGAATAAGCAAAGCAGAGAAAAAGTTCCTTGAGATGCGAATAGTCGTTTAAGCTCAAGTTCTCCACATTTTTCGGC TGTGTTTGCTAAAACTTCTATTTGTTATACAGTTCATATGGTTAACATTTTTGTTTTAGTTGCTTGTTGGGTTGAATGAG CTATACTGCGGCTTGATATTTTGAAATAGAGCATGAATTTGGAAAGACCAGTTTTCTGGAGAAAATGCAGAAGATGGGCC AAATATGTTTTCTATCTTTTATGATTAACACTATTTGGAACTTAGCTCGACAGCTTACAGGAGTGTCTTATCATATTAAA ACTTGCTAATCTCAAAATAGGAGCAAGTAATTATCTGCTATTTGTATTGTACACCATGAGAATCTGCCATAGACCATCAT CCTATTCTATAAGCATCTCATAATTCCATCCTCTATTTAAGATACTCTTATCTTACTGTAACTTTTAAATAATTGTAGCT AGATGTACATTTTGATGAATCAATCTCTGTATTCGTAAATCTGCTTGATGTTTCTGCTGTATTTCATTTTATTAATAGTT CACTCTCTTTTTTAACATTGCCATGAATGCTCAGGGCACTGATTCTGGTGTTGACACTTACTTTGGTTTTTGCACTTATC CTGGAAGGGAGTTGCGGCACCGTATTGATTTAAAGGTGACATATGGTCTCTTCAGAGAATTTCTGATGAAAGGCTCATTG GAGTTTAAAAATTGTGGACTTTCCTGGTTTTTTCTTTCTTCTGGAATGGAATATTGTATATATTTTTGAAATTGCCATAT TGTTTTGTATGATGTACATTCTACAGGGATTATTTATATTTTAGTACTGTTAAATTTTTCTCCTTTCTGCCAGTGCTTAG CAGTTAGTTAGTGCTCAACCATAGGATACTGTGATCAAATGTATATGCAATCCTCTCTCCTTCCTGTTTCTGGTTGTACT TTGTTGCTTAGCCAACCTTTATACTAGTTATGGACATCTCCAAAGTGCGCATGATTGTTTTTAATGTTTTAACAGGTTTA CCCAAGAGACATATATGCTTTTGGACTTGTAGCTTGGACTGGAAATGATGTATTAAATAGGAGGTATGCTTGCTTCCTTA TACACTGAACTTTAAATAACATGTAGAAATTTTAATGATTTCTCCAGGAGTGTTTGTTTTATAAGGTATCAGATTACTTG CTGGCACATATATACACAGATATTGTTGTGAATGCTTGCTGTATTATTTAATAATATTGATAAAAGAGAAATGTGATAGA AGTGTGAGGAGCCAGGAGCATACCCTAAATGACAAGCCAGCCTCAATTAGGTATAAATTTCAAAAGAAGACTGAACTGGT GGATCTTAGAAATTGGTTGTCTAGAGTGAGCTAGATGGGATCTCAATTTATGTCAGTGTCATAGTAGCTAGCATGGTGGA TATCTTTCCAGAACTCTACAATCTTGCATTTTATCTTTTCTAATGTAAACAATGGATGCTTCCGTAACCACGCTTTATAC CGATTTGATGGGGCACGATCATCGTCGTATTTGCCTATTATTTCATCAACTTCTTAATCATCTATAGTTGGGGAGTTATG GTGCATTTACTTTATTTGGGTGCTTGAGTGCAGGTTGAGACTGGAAGCAGATTCTAAAGGATTCCGGCTTGATGATACAG GATTATTTCCAGCTACTATGGGTTCTGGCGGCAAGCGGGTGTGGCATTTTTTCTATAAAATATAAAAATAAAAATCTGAC TATTGTGTCCTCACTTGCTTGAATTCTCATATACATGATTGTTAATGCTGCAGGGTGCAAAAGGTAGTGCAAGTTTGAAA TTTGATACGGAAAAGGAGGTTTTTGATTTCCTGGGCTTTCCTTGGCTTGAACCACATGAAAGAAATCTCTAAATATGGGA ATGGTTTGTGTTAGCCTGACAAGTACAAGTACAACACATATCAGTGCTGAACCTTGGAAAAAACGATATCAGTTCTGGAT GGAGACCCTTTTAAATTACTTAAATGTCAATCTCTAACCTTACAAACACCACCAAGGTTATGTTGGAGATTATTTATTTC TACTTTCAATAGGAGATGAGATAATTTTCTTAATAATGGTTAGCAAAGTAGTCTCAGAAAATATACAAAGAAAGCATGTT TCGTAAAGTCGATTTTAAATCAATTCTGACATGGCATTTGTTGAATAAATAATAAGGGGTGGGATAAAAACAATGAGTTT TTACATGGAAAATGTTCCTAAGGATAGGTGTACTGAGTCATGGAATGCCATATAATAGTGAAAGGAAAAGGTTGTAAACT TTTTACACTAATAAAATTTCTTTAGAGGAGATATCACAAAAGCTTCAGCATCCTTTTAACGCAAAATGGTTGAGAGATAT ACACCAAAAATATCTAGTTGCATATATCTACAAAGCTGAAGAGAGAACAGAAGTGGAGAGCTGTGATTTGATAATTGATT GGATTTGCTGAAATTTCTGGACTAGTGATTTATCAGACACCACTACATTCACTAATAAGAGGGTGTTTCTGATTGCTCAA CATGGCTCCGTGCATGGCTCATGGTACAGATGACTGCAATTCTAGCATTGCCTCCTAATGATGACTGCATGTCCGGGTTA GCTTTGAATCTCTAAAAGGAATATGTCCATTTCTTCCCTTGCTGCAAACAAATTCATTAGTTTTAGATAAAAATGAAAGA AATATTATGCCCACAATTCAACTCACAATTAGAAAGACCACTAAACCATAATTCACAATTTCATATCTGAAGAAGCTAAT AAAGTGGTTACCAAAAGCCACTATAAGAATGGTAATCTCATGTAGCTTTAGAGAGCCACATGGTTATATAAGTGAACAAT ATTATTACATCTCTGAGTCCAGATTGTGTCTCTGTGCTCTTTTATACTTAACCAAACCTCAATTTCTGTGAAGCAAACAT TCTGCTTTTCACTCCACAGCAAGGGAACTAAAAATTCTGGTTAAGCATTAGTGAGCATGTACGGATGCTACAACAATTGA ACCAATATTCAGAAGCTAGCCTAAGTTTGCAGATAACAGTTCCTAGAGTTAGTAAGCTTCAATTTATATGACAACCCTCT TTCAATCTTGCACTAGCTCAATTGCAAGAAATGCTGATATGATAAAGTTAATGACTACCAATTGTGGAGGGTAGTAGGGG ATAACTACCAACTCTTGTGTTTTGGATCGTAATTTTTAATATTTTTCTAAATAAAATTTGTGTGTTCCCTTGATTTTATG ATGAGAGAGAGATAAGAATAAACCTGCAGTGTCCTATGCTGAAGCGCACTCCCTAGGTTTGTATTTCAACACGTTGAATG TGAGCTATTTTTGGCCAATCCTCGCCAGCTTCCTTGTCACATCGCTTGCCTAACTCTTTGCAACCGATAATACTCAGCTG TTCCAGGCAGCTAAGGCATTGAATGCTCATTGGAAGACACCTTAACTTAGGACACTCAGAAATGATTAATGACCGAAGCG CGCCAAGATTTTCCAAGGAGGCAGGTAGGGAATCTAAGTTTGGAAGATCAGACAATGTTAAAGATTCCAGGGTAGTCATA TGTTGTAAAGCCTCATGTAAACCCCTCATTTCTGAGATACCACGAATCTCCAAACTCTCAAGGCAAGTTAGGTATTGAAA ACCTGAAGACAGATTGAACTCAGGGCAACCAGCAATAAATAATTTCTTGAGAGACTGCAACCCTCGCAACACTTCATTTG TTAATGACTTGAGGCTGTCGCAACGGTATATATCCAGATGGTGAAGAGCATCAAGGTTAGCAATTTCATTTGGGGGTAGC TCCTCAAGTTTGGAGTACCTACAAATGTCCAGTATCTTCAGAGAAGGAAGGTTACTTAGCATCCCATTTGGAAAGCAAGT TAGCTCTTCATTCCATCCCAAGTATAGGTGTTCAAGACTACGGAATTTAAGAATTGAACTTAGTAAATCTGTGTTGCATT TCCCCTGTATCTTTAGCCGATTGAGAGATGGAAGGCGAGGCAAGCCCAACAAATTTGGACATCCAATAATTTGAAGTTTT GAAAGGCGCGGGAACATGTTCTCGCCATCCTCCCTTGATAACCTTATCAGGTTTGACATCTCATTCAGCTTCAGAGATTC CAGAGCTATGAAAATTCCTGCAACTCCAACATCACATGGCTCCTCGTATAAGTATATTACTTTACTCGTGTTAGATATAC TTAGATACTTCAGAGAAGGTAGTTTCCCCAGCTGCGGAAGGTATAAACAGCATTTGCAATCCAAGAGTATTAAATAATTT AAGTATCTGAGGGAAGGACTGGACATCCATTGTGGGAAACATGCACCTCTATATCCTTCCACAAGTAGAGTTTGAAGTTG TTGTGTATGAGGTTGAAGCAAATCAAGAATCTGCTCAACATTTTCTTGTGATTGGGACTCTTCATTTCTCCCCCATGACA GCTGCAAATGGTTCAGGTGCTTACTAGACATGTTGGCTTCTTTGGCATCCATTATGCCTTTCACGCGCTCTAGGTGCTTA ATGTGAAGCTCTCCTTTAAGGTTCAGTTGTCCTAGTTCTGCCAAATGGAACCCTTTTTCATTGCCAACAAAATACATGCT TAAAGTCCTAAGACAAGTCAACAGCCCCATCCGATAAGGCAAGCTCCATAATGAGGTGCAATGCGTCAAGGATAGATGTT GAAGAGATTTTAAGCGCACCAAATTATTTGGCAACTCTTGTAGACTACGACAGTAGTCCAATTTCAATATCTGCAAATTC CACAGGCTACAAAGGGATTCTGGAAGAGTTCTGAAGCTGCCATAAGAAATATCTAAGTATCTTATATATTTTAAATGACC AATTGAAGTTGACAAACTTACTAGTCGTCTGCACTCAAGCACCCGCAACGACTGGCATTTCAATATCTTTGGTAAAAGTT GCCTAGGATAATAACAATGTTTCCCCATTGTGCAGGTTTTCAAAGATTTGAATCGGTGCAACTGGATTGAATTGCCATAA ATTGAGAGGTGGAGGATTCTTTCAGACACATCATTTATATCATTATTATCTGCACTGCAAAAGACTTCCTCAGCGACAGA TTGAGCAAGATCATGAACCAGATCATGCATCTTAAAACATGTAATTTTGCCAAACTTATCTGTCTGAATATCTTGGAAAA ATGATCTCCAATACAATTCATTCCACAACTCATCTCCGACATCTTCAACATCCAACCTTTCATTGGAAGAAATCAAGCCA TTAGCAATCCAAAGATGGATTAGAAATTGTTTGCTTAATCTTTCATCTTTAGGAAATAATGCACAGAATGCAAAACATTG TCTCAATTTTACAGGCAAGTTCAAGTAACCAAGTCTCAAGGCAGGCATGACAGCATTCTCACCTTGTAAACTCCACAGTT TGCTTTCCTTGACATAGAACCATTCTTTTTCCTCTCTTTTAAAGCGCAACAAACTTCCTAGTGCTATTGCTGCAAGAGGC ACTCCGCCACACTTCTTTACTATCTCCTTCCCGATGACCACAAGCTCTGCCCTCTCTACCTCATTTGATCCAAATGCTCG TAGTTTAAACAATTCCCAGCAATCATTATCAGATAACATTGATAATTCATGAGGAGGCATTGTTCCCATGATTACTGCAA CTTTTGGGAGACGAGTAGTGACCAAAATTGAAGCACCCTTTCCTCCACATTTCAGTACAGATTTCAACCTCTGCCAATTC TCTTGTTCATCGTCCCACACGTCATCCAAAACAAGCAAATATCTTTTTCTTTGCAGTAAATCCATAAGTTTCCGCTGCAG CGGGTCTAGATCTAGATCTGCACAGGGATGCCCGGTTGCTGATTCTATGATAGATTTTGCCATTCTTTTCAAACTGAAAT CTTCGGAAACACACACCCAAATTCTTTGTTCAAAGTGGTTGACTACCCTCTCATGATTGAAGATAAGCTGGGCAAGTGTT GTTTTTCCAAGTCCACCTAGACCTAGTATTGGATATACTGTTAAATCCTCAAAACCAGAAGCATCACCAACCAAAAAGTC TACAATTTTATCCGTATCTTCATCTCTTCCATAGATTTGAAGTTGATTGATGATTGAGGTGGTTTGGCGCCAGTCATCTC TTCTTTCTGTAACTATCTCAGTTAAATGAAACCTACTCCTTTCTTTAGCAATTTCATCTAACCTCTCCCTTATCCTCTTC ATTTTCTTAGCAATATTATGACAGAAAACGACATGCTTGGGATGAAAAGAGGATAAGCAAGAGCTTTGTACCTTGTCTGA TAAACCACACAAAAATCCTCCATTCTCCATCTCCATTGCTTCGGTTGCACACTCGTCCAAGATGTCATCGAGAACGTAAG CAGCATCTTTCAGCTTTTGCAGCCAATCCTTAATAGCTCTATCAATGAATTGTTTCTCCTCAGCATCTTCAAGTGTTGCC TTGATTGCAGAGAGTGTGCTGGACAGCCTTTTCAAGTCTTCACTGAAACCCAGAAATAGGCCAAGCTCCTTCCGAATGAG TGAGCTCAAATTCTCAAGCACAACTTCAAGCACAGCCTCAGCCATCTTCCAAGTTTTTACTCCCTATGTTAAAATGCAAG AGGTTCTGCGGTTGAGATATGCTGTGGTAGTCTAGTTTGAGGCAGGAATATTGACAAGGAGAAGAGTTATTTTGCATAGA CTAGATAAGTCAACAAGGGATCCACCACTAATAATGTAGTTTGGGATTTCAGCTGAAGTTACCATTTTTTTTTAAGTCTA GCACTATTAAAAAATTGCCAAACATGGAAGGCGACGGCCAAGTAGCCAACTAATGGTAGGAATGAAAATTTTCACTCGAC TCATTTCTCTGGTGATCGAAATAATTGAGAGTTGAGAATAGTAGAAAAATTAACATTTCTAATATACTAACATCACTATT AAGCCTCTTAACTATGATAGTATGGATCTAACTGAATCCTTATCAATAATGCCTTGAGTAGTACATAGTATGGATCTAAT TTCAGGCTTTTTATATCAGAAGATTCTGATTTCTGAGGACTCTCATCCCTTAAATCAGCCTGAGATGAACACGTTGCTGA AGTTAAGGAGCTTTCCTGCATTGCACATGAAACCCAACAGCCAGGTCTGCATTCTGTCTTGCCTTCCAATAGGCTGAAGC TTGTTCTTCAAAGAACAAAATTCAGATCCAAAACCAAAAACCTTTTTTTATGCTTTCTCCTATGACAATGAAAGTCACTC CATTTTATTCACTCTTCTTTCCTTTTTATTATTTTTGGCATTACTTCCTTATTGGAATGGATGATTATGCACAAGAGTGA TAAAAAATTAAAAGACATGATGATAAATCCAAATTTCAAGTTTGGCACAAAAATGCAGAAATTTCCTTAAAAAATCAGAT AATTATCAAACATTCAGTGGCAAGAATGAAGGAAATGACTTAGTTGGGTTGATTAACATTGAAGTCTGAAGATTAAGTTA TTTGAGCTTGATAAGTTTTTGGACTCTGCATTTGATCAGTTTCTCTTACCTAGAAATCAACTTTGACTCTAAAAAACGTA AGTTTCTCTTCAGAATTGATTTTGACTTAAGAATTGCAGGATTTCCAAAGACGGACTCAATTAATAATAGGAAGGGGATA TGATAAGGCTCTATGCGCACTTTAGTAGAGGATTAACATGTACACAACAAGTTTAGAGGGAAAAGAGATATTCTATATCA GATTTTCGGCAAATAGCTTGGGACCCTGGTTAGGAGCATTTACTCCTATTTTTCTGTATTTTTCTTCTATTTTCCACAGT AATACAATCTCCCTTTAAAGTCACATTCCACACTCTATCTTAATATATTGTAAATAGATATTTGATGCTCCCATGTCCCG ATAGCATGCAATTTCACCTCCACAAGAAATGATCATGAGTAGAAATATAATTTGTATATTCTTCTTAGTAGTGGTGGTCA ACTGGTCATATACTATAATTGTATAACTTCAAATTTGATGAATTTAACAAGCTCTTAAATATGATAATATGCAGTGGGAG GTAGATGTCATGTATGGAGAAACTTTTGAAGAAGTTGAGAGGAGATTGCGCCCATTTCAGGTTCCTGTTCTCTGACCCTC TTAAATAATTTGGTTGCCCACGATAGTATTTGTTTTCCTTTAGCAGAAAGTAGCTTCATTTGAATGACAGGTTTTTGCTC TTGGTTAAGTTAACTGACAAACAAATGGTGCTTCCTTTTTTGTTCTTTTTGATACTATATTCATATCAGTTTTGTGAGAA GAAGTTCCCTTTTTGTGACTTGTGAATGTAAAATTACTCACAAATTGTTAATGTGTTTTAACAACAACTGGAGCTTTATT TTCTGTGACTCGTGAGCATTTTCTTTTCATAAACTCACTTTTTCTTTTAATTGACAATTGGGCCAGTGCTTGCTTTTGGT TTCCCCTTTTTCTTAGTGATGTTACATAGTTAACCTCACGAATACCATAAGAACCATCTCTAAAGACCCAGGACCAAGAA TTTATGAAGTGAAGATAGCTTTGTTAGATCATAATCATATCATATAGTTAGAAGTTGACAAGGGAATAACTAAATTCAAG AGTGAACTGATTACAGTTGTATAAACAAATAATACAGATGAATCCCGTTTGGGTTGGTAAGCGCTTGAGATGGGGAAACA TTATGGGGGATGGTAATATCTGCATCATTTTGGTGGTGCATACATACTACATATGTTTAGCTGGAGTATGGCATAAGTCA TCCTTAACTTCTCTATGTACATTTTCCATTTTTAAATTATAAACCTTGTATTTGAAAATGATTGCCTGTGAGTATCTGAG AGAGAGATAGACAAAGACAGAGATCTAGAAGAATAAACCTGCAGAGTATTGTACACCACCCCCTAGGCAGAAGCGCGCTC CCCTGTCTTTTATTCGAGTGTCTTCTACATGAGCTATCTTTGGCCAATCCTCCCCTGTTTCATTCTGGCATCGCTTTCCT AATTCTTCGCAACCGTAAATGTGCACCTGTTCCAGACAGCTTAGGGATTGAATGCTCATTGGAAGACACATTAACTTGGG GCACTCAGAAATGGTCAATGACTGAAGCGAGCCAAGGTTTCCCAAGTAGGCAGGCAGAGATTCTAAGTTTGGAAGATTAG ACAGTGTTAAGGATTGCAGTGTAGTCATGTGTTGTAAAGCCTCATGTAAACCATCATTACCTGAGCAGCTCTCAATCACC AAAAATTCAAGGCAAGTCAGGTATTGAAAACCTTCTGACAGATTGAACTCAGGGCACCCCGCAATAACTAATTTCTTGAG AGACTGCAGCCGTCGCAATACTTCAGTTGTTAATGACTTTATGCTCTCACAGTTGTTTATCTCGAGTTCATCAAGAGCAT CAAGGCTAGCGATTTCATTTGGGAGCAGCTCCTCAAGTTTGGAGTACTGAAAAATGCCCAGCCTTTTCAGAGAAGTAAGG TTACTTAGCATCCCAATTGGGAAGCAAGTTAGCTCTTCATTCTCTCTCAACCATAGTTGTTCAAGATTACTGAATTTGTG AATTGAACTTAGTAAATATTCGTTGCATTTTCCCTGTATCTGCAGATTCTTGAGATAAGGAAGGCATGGCAGCCCCAATA ATTGAGGACATTCAGTAATTTCAAGACCTGAGAGGCATGGGAACATGATTTCTCCATCCTCCCTTGATAACCTTATCAGG TTCGGCATCTTCTCCAGTATCAGAGATTCCAAAGCTATGAAAACTCCAACATCACATGACTCCTCATATAAGTTTATCAC ACATCTCGTGTTAGATATCTTTAGAGTCTTTAGACATGGTAGTTTCCCTAGTTGTGGAAGCTTTAAACAGCTTTTGCAGT CGACAAGCACAAATGAGTTTAAATATTGGAGAGAAGGACTGGACATCCATTGTGGGAAAAATGAACCTATATATCCTTCC ACGACCAAAGTTTGAAGTTGTTGGGTATGAGGTTGAAGAACTTCAAGAATTTGCTCAACATTTTCCTGTGATTGGGACTC TTCATTTCTCCCCCATGACAACCGCAAATGGTTCAGGTGCTTACTTGACATATTGCCTTCTCTGGCAGCCATTGCGTTTT TTACTCTCTCCAAGTGCTTGATGTGAAGCTCTCCTTTAAGGTTTAGTGGCCCCAATTCTGACAAATGGAACCCCTTTTCG TCTCCAACAAGATACATTCTTAAAGTCCTAAGACAAGTCAACTTCCCCATATGAGGAGGCAAGCTCAATAGCGAGAAGCA AAACCTCAAAGATAGATGTTGCAGAGCTTTTAAGTGCACCAAATTATTAGGCAACTTTTGTAGTCTATTGCAATAGTCTA GTTTCAATATCTGCAAATTCCAGAGTCTACAAAGGGATTCCGGAAGAGTTCTGAAGCAACCACCAGAAAGATTCAAGTAT CTAAGATATTTTAAATGACCAATTGAACTTGACAAACTTTCGAGTCCTCTGCACTCAAGCACCCGCAATTGATAACATTT CAGTACTTGATGTAGAAGATGGCCAGCATCATAACATTTCCCCATTATGCAGGTTTTCAAAGATTTGAATTGGTGCAACT GAATTGAATTCCCATAAATTGAGAGGTGGTGGATTCTTCCACGCACGTTAGTTATAACATTATTAACTACACTGCAATAG ACTTCCTCAGTAACAGATTGAGCAAGATCATGAACAAGATCATGCATCTTGAAATGTGCAACTTTGCCAAATCTATCTGT CTCAATATCTTGGAAAAATGATCTCCAATACAATTCATTCCACAACTCATCTCCAATATCTTCAGCATCCATAATTTCAT TAGAAGAAATTAATCCATTAGCCATCCACAGTTCAATTAGAAATTGTTTGCTTATTAATTCATCTTTGGGAAACAATGCA CAGAAAGCAAAACATTGTCTCAATTTTACGGGCAAGTTCAAGTAACCAAGTCTCAAGGCAGGCATGACAGAGTTCTCACC TTGTAAACTCCACAGTTTGCTTTCCTTAACATAGATCCATTCTTTTTCCTCTCTTTTAAAGCGCAGGAGACTTCCAAGGG CTATTGCTGCAAGGGGAACTCCCCCACACTTCTTTGCTATCTCTTTCCCTATGCAAACAAGCTCTGTCCGTTCTACCTCA TTTGGTCCAAATGCTCGTTGTTTAAACAATTCCCAACAATCATCATGAGAAAGCATTGATAATTTATGAGGAGCCATCGT TCCCATGATTGCTGCAACTTTTGAGAGACGAGTAGTGATCAGAATTGAAGCACCCTTTCCTCCACCCGTCAATACAGATT TTAGTCTCTGCCAATTCTCTTGTTCATCATCCCACACGTCGTCGAAAACAAGCAAATATCTTTTTCTTTGCAGTAAATCC ATAAGTTTTCTCTGCAAAGGCTCTAGATCTAAATCCTCACAAGCATGCCCAGATGCTGATTCTATGATAGCTTTTGTCAT TCTTTTCAAACTGAAATCTTCTGAAACGCAAACCCAAATTCTTTGTTCAAAGTGATGGACTACCCGCTCATGGTTGAAGA TGAGTTGGGCAAGTGTTGTTTTTCCAAGTCCACCAAGACCTAGTATTGGATAGACTGCCAAATCCTCAAAACCAGAAGCA TCACCAACCAAAAGGTCTACAATTTTATTCTTATCTTCATTTCTTCCATAGACTTGAGGTTGAGTAATGATTGAGGTGGT TTGGCGCCAGTCAGCTCTTCTCTTGGGAACCATCTCAGTTAAATGAAACTTACTCCTTTCTTCAGCAATTTCATCTAACC TGTCCCTTATCCTCTTCATTTTCTTAGCTATTCTATAACGGAAAGCAATATGCTTGGGATGAAAAGAGGATAAGCAAGAG CTTTGTACCTTGTCTGGTAAACCACACATGAATCCTCTATTCTCCATTTCCAATGCTTCAGTGGCACACTCGTCCAAGAT GTCATCAAGAACGCGAGCAGCATCTTTCAGCTTTTGCAGCCAAACTTTAATAGCTGCTTCAGTGAATTGTTTCTCCTCAG CATCTTCAAGTGTTGCCTTGATTGCAGTGAGTGTGCTGGACAGCCTTCTCAAGTCTCGATCGAAACCCAGAAACAGGCCA AGCTCCTTATGAATGAGTGAGCTCAAATTCTCAAGTGCAACTTCAAGCACAGCCTCAGCCATCTGAGTTCTCAAGAGTTT GTACGGTTGAGAAATGCAGTTATAGACTAGTTCAAGGCAAGAAGATCAACAATTTCAGTTTGTACTCTTTACCATCTTTT ATATTGCAACTTGTTTGGGAAAAC
CDS sequence (LotjaGi2g1v0314500.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGCCAAAGCCGAAACCAACGAAGAAACAACAATCTGACCCTCATGGAATGTTTGCTGGAATGGCTGTCTTCTTTGT CCCTAAAGGAGTTCAACCTCGTCGATTGCAGATTTGGAAGCAGAGGTTGGTGCAAATGGGTGCTGTCATAGAGGACCGAT TTTCCAAACGGGTCACTCATCTTTTCGCTATGGACTCGCATGCCCTTCTACATGAACTGGATAGCCACCGTTTGTCACGT TTTAAAGGGAGAGTTCTCCTTTATCAATGGCTGGAAGACAGCTTGAAATCGGGGGAGAAACTACCTGAGGATATGTATGT ACTGAAGTTGGATACTCAAGATCAAGTTATACCTGATAAGTCTGTGGACCCTGAGCCAACTGATAGAAGCATTTCTAGCG ATCCTCAGCGATTACAGAGTAAGAAGATGAAATCATCTTCTGAGGATACACAAATTTTAAATCTTGACAGTAATGAAGAT AGAGGAGAAAATGCACCGGTTCCATCAACAAGCACTGCGAGCAGTCCTGGTGAAGTTGACAGTTTAAGTTATGCAAACAC AAGACTACAACACCTTGATGCTGAAAATGAGGCATCATCGTTGCCATACTGTCCACCTGATCTAAACAAGAAGATAACAG AGATATTTGGGAAACTTATCAACATATATAGAGCATTGGGTGATGACCGGAGGTCCTTTAGCTATCACAAGGCTATTGCA GTCATTGAGAAGTTGCCATTTAAAATTGAAAGCACTGACCAGTTAAAAAACCTGCCGTCAATTGGAAAATCAATGAAAGA TCATATTCAGGAGATAATAACCACTGGGAAGTTATCCAAATTGGAGCACTTTGAAACTGATGAAAAGGTGAGAACAATAT CCTTATTTGGCGAAGTATGGGGTGTAGGTCCAGCCACATCACTGAAGTTGTATGAGAAAGGTCACCGTACATTAGATGAT CTCAGGAATGATGATTCACTTACAAATGCACAAAAGTTAGGGTTGAAATACTTTGATGATATCAGGCAACGGATTCCACG CCATGAGGTTCAAGAGATGGAACGCATTTTGCAGAAAGTTGGGGAGGATGTTTTGCCCGGGGTTCTAATCGTTTGTGGGG GATCATATAGACGTGGGAAAACTACCTGTGGGGATATTGATATCATTATAACGCATCCTGATGGAAAAAGTCACAAAGGA TTTTTGCCGAAGTTTGTAAAGCATTTAAAGGATATGAATTTCCTGAGGGAGGATTTAATTTTCAGTAATCACAGTGAAGA GGGCACTGATTCTGGTGTTGACACTTACTTTGGTTTTTGCACTTATCCTGGAAGGGAGTTGCGGCACCGTATTGATTTAA AGGTTTACCCAAGAGACATATATGCTTTTGGACTTGTAGCTTGGACTGGAAATGATGTATTAAATAGGAGGTTGAGACTG GAAGCAGATTCTAAAGGATTCCGGCTTGATGATACAGGATTATTTCCAGCTACTATGGGTTCTGGCGGCAAGCGGGGTGC AAAAGGTAGTGCAAGTTTGAAATTTGATACGGAAAAGGAGGTTTTTGATTTCCTGGGCTTTCCTTGGCTTGAACCACATG AAAGAAATCTCTAA
Protein sequence (LotjaGi2g1v0314500.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAPKPKPTKKQQSDPHGMFAGMAVFFVPKGVQPRRLQIWKQRLVQMGAVIEDRFSKRVTHLFAMDSHALLHELDSHRLSR FKGRVLLYQWLEDSLKSGEKLPEDMYVLKLDTQDQVIPDKSVDPEPTDRSISSDPQRLQSKKMKSSSEDTQILNLDSNED RGENAPVPSTSTASSPGEVDSLSYANTRLQHLDAENEASSLPYCPPDLNKKITEIFGKLINIYRALGDDRRSFSYHKAIA VIEKLPFKIESTDQLKNLPSIGKSMKDHIQEIITTGKLSKLEHFETDEKVRTISLFGEVWGVGPATSLKLYEKGHRTLDD LRNDDSLTNAQKLGLKYFDDIRQRIPRHEVQEMERILQKVGEDVLPGVLIVCGGSYRRGKTTCGDIDIIITHPDGKSHKG FLPKFVKHLKDMNFLREDLIFSNHSEEGTDSGVDTYFGFCTYPGRELRHRIDLKVYPRDIYAFGLVAWTGNDVLNRRLRL EADSKGFRLDDTGLFPATMGSGGKRGAKGSASLKFDTEKEVFDFLGFPWLEPHERNL
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 | 9 | 110 | 102 | 1.9E-17 | ||
| SUPERFAMILY | 10 | 109 | 100 | 1.11E-12 | ||
| ProSiteProfiles | 14 | 108 | 95 | 13.562 | ||
| SMART | 16 | 98 | 83 | 0.006 | ||
| PANTHER | 18 | 536 | 519 | 1.2E-157 | – | |
| PANTHER | 18 | 536 | 519 | 1.2E-157 | – | |
| CDD | 24 | 102 | 79 | 3.48499E-6 | – | |
| MobiDBLite | 117 | 180 | 64 | - | – | |
| MobiDBLite | 128 | 153 | 26 | - | – | |
| MobiDBLite | 163 | 180 | 18 | - | – | |
| SUPERFAMILY | 203 | 284 | 82 | 1.14E-20 | ||
| Gene3D | 205 | 282 | 78 | 4.4E-23 | ||
| SMART | 207 | 536 | 330 | 6.0E-114 | ||
| Pfam | 209 | 273 | 65 | 5.2E-15 | ||
| CDD | 210 | 535 | 326 | 1.96349E-116 | ||
| PRINTS | 260 | 277 | 18 | 9.9E-26 | ||
| Gene3D | 283 | 343 | 61 | 6.3E-22 | – | |
| SUPERFAMILY | 287 | 342 | 56 | 4.74E-16 | – | |
| Pfam | 295 | 341 | 47 | 4.6E-18 | ||
| PRINTS | 301 | 318 | 18 | 2.8E-22 | ||
| PRINTS | 332 | 346 | 15 | 9.9E-26 | ||
| Gene3D | 344 | 469 | 126 | 5.1E-36 | ||
| SUPERFAMILY | 344 | 536 | 193 | 7.14E-50 | ||
| Pfam | 344 | 457 | 114 | 2.3E-30 | ||
| PRINTS | 371 | 385 | 15 | 2.8E-22 | ||
| PRINTS | 372 | 391 | 20 | 9.9E-26 | ||
| ProSitePatterns | 374 | 393 | 20 | - | ||
| PRINTS | 385 | 393 | 9 | 2.8E-22 | ||
| PRINTS | 449 | 457 | 9 | 9.9E-26 | ||
| PRINTS | 450 | 459 | 10 | 2.8E-22 | ||
| PRINTS | 464 | 471 | 8 | 9.9E-26 | ||
| Pfam | 465 | 536 | 72 | 1.1E-17 | ||
| PRINTS | 466 | 479 | 14 | 2.8E-22 | ||
| Gene3D | 470 | 536 | 67 | 3.9E-18 | ||
| PRINTS | 517 | 535 | 19 | 2.8E-22 | ||
| PRINTS | 518 | 535 | 18 | 9.9E-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 | DNA binding | Any molecular function by which a gene product interacts selectively and non-covalently with DNA (deoxyribonucleic acid). | ||
| 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. | ||
| Molecular function | 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 nucleic acid template and a 3'hydroxyl group. |
Expression pattern of LotjaGi2g1v0314500.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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