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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0772700 |
| Transcript ID | LotjaGi1g1v0772700.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA polymerase; TAIR: AT1G67500.1 recovery protein 3; Swiss-Prot: sp|Q766Z3|REV3_ARATH DNA polymerase zeta catalytic subunit; TrEMBL-Plants: tr|I1JRC1|I1JRC1_SOYBN DNA polymerase; Found in the gene: LotjaGi1g1v0772700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:134539038..134554131) extracted from Lotus japonicus Gifu genome v1.2.
GAAAAAAACAAACAAAGCTTCTAGTAGAAGCCTTTAAAAGTTGAACTTCTTATAACTACCAAGCGCCAAAATTTCATCAG TTTTCAATTTCCCACTCTTCATTTCATCTTCGTGATTCGAAGAAAGCAAAACAAAAGCGGTGGGAACCAAAATGTCAGAT TCACAGTCGAATTCAGAGATTTTCAGCGTTCGCATCGTCTCCATCGACTACTACATGGCACCGCCGATCCTCGCCGCTGA TATCTGTTACAGCAGCTTCCACGGTACGACTCTAACCCTAACTGATTTTCTCACTCTCGATGCTCAATTCAACTTCCTAA CAACAAACCACAACGATTTGTCGATTTCATTCTGCGTTTAGAAGTTTCAATCCCTATCTGATTGTGAACTAGCTTTCTCG TGTTAATGAATCTGTTGCGTTTCATTGTTTCGATTTTATACTCAGGTGGAAAAGTGAATGAAGTTCCTGTGATACGAGTG TATGGTTCAACTCCTTCTGGCCAGAAAACTTGCTTGCACATACATAGAGTAAGATCTTACCAGAAATTTGTTTTCTCTTG AACCATATTTTTTTTGTTAAGATCTCATGTTTACTTCATTTTTTTATCACCACTCAGTGCAGGTGCTAGCAAATTTGTTA TCAGAAATTCAAATTCGGACTTTTACCTTTTAAATAGTTTGTCCATGTTATTCTTTGCAGGCTTTGCCTTATTTGTTTGT GCCGTGTTCAGATATACCGCTTCCACCAGACCTACAAGGTAATGAAAACTGATAAGTCATATGATAAGTCATATTTTATC TGTTAAATTTTGACTTTTGAACCATACAACTTTTATTCTCATGCCATGAAGGAATATTTCCATTATCTAGTTTTTCTGAA AGAAGCGAGTTCCACCCTTGCTCATGAAATGGGATTGTTCTGCAATTTAGTACTGGTTGTTCAATACCTCATATCATTTC AACTTTGAATTTACAGTTTTGTTTGAAGTACAAACAAGTCCTTAGTGCTCACAAACCATAGTACTCCCTCTGGTCATTTT TATAAGAAAAACTTTGACAAAATCACATAAACCAAGGAAACTAATATTTTTTTTATAAAATAAACTACTGTGCTTAATTT CAATGATATCTTTTTCTTTTCACAAGAACAATCATGCTAATTACCATAAATGTTGACAATACCTATTAGAGCATCTCCAA GGCAAGGTTCTTAGTTCTTATCTAGTTATTGGGAGGGGAAATAATTCTTTGTAGGTATTTGAATTTGTTTGGTTCCATTA GTCTAATGACTCATTGAGTTAATTGTGTGAATTTTTTGTTATTCCGTGTGGGCGAATTTCATTTCATTTCTTTCCTCTTT CCTTTTTATTACTTGATAGGTCGATTTAATAGTCTGGATTATGTTTTTGATTTATCTTATTTTTTCCAGTATTCATACTT CCGATAATTTTTTCCTTTAGAATTTGTGACTTAGTACTTGGAATACATTTCCCTTGATGTTGCACAGGTGATGTGTACAC CTATAAAGTAGCTGCTTCTCTCGAGAAAGCTTTGAAGGTATCCTTGTATGAGTTAGACAGTGTCTTGTACTCTATTTTAT GATTTCCTCTCCCTATTTGTAGATATGAGCCCGTTTGGATATGGGCTTATTAGCTTATTGGAGCTTATCTACTAGAAAAT GCACTAAAAAAGCTCCAATAAGTATTCCTTGGTTTGCATCCAAACGGGGTGCATACTTTCTTATATTAAAGACGTGACAT CAAATTTCATTAAAAACTTTACAGCTTAAAGGCAGTGCTGGATCAATGAGACAACATGTACATGGCTGCAGTCTTGTACG AGCAAAGAAATTTTATGGCTATCATTCAGTTGAAGAATTATTCGTGAAGATGTACCTGTATCCATTTTTTTAAACAATTT TTTTTACTATTCTTGAAAAGTTTCAAATGCACAGTTTGTACACTATGCATGCGCCACTTGTATGTACAAGCTAGGATGAT ATAGCATGCTTAAATCATGGAAAGCCTTCTTACCCAGAAAGGGGTTAGCCTTGACTGGTGCTTAAGATATTATCCTCAAG ATGTCTCCCGTGCAGCTAATCTTCTCTTGGTACGATATCTGAACATTACTCTTACAGCTTGCTGCTTATACCTTAGTTGT CACATTGTCTAGAATCCTGCAACTTTTGTTGATAATTGGAAAATCTTAATTGAAATTGGTACATCCTAATATGAAGTTAC CGAGAATAAGCTTTGATCTTAACATTTCCTTTTCAGGCTGGTGCTGTTTTTGATAAAAGTGTACAGCCTCATGAATCACA TATTCCTTTTATTCTTCAGTTTCTGGTATGTACTTTACCTTCATATAATTTATTATAACTTTCATGTGATTCAGTATAAC CGAAATTATTGATGTCTACTTGTAGCTAAACCTGATAAAATGATTTTCTTATTGAATCAGTCATTGTCTGTAACATGTCT TTTATTTTAGACACACCCTGAGTTTTACATTTCTGGATACATTCACCCACTGAATTTTTTCAATATAATTTTAGTTTTCC TTACTCTTGTTAGTGATTATTGATATGCTTGAGTGGGTTTGTAACATCCAGCTACTGTCTTGTGCTTGGATGATATGTTA TTTGTGAATGGTGATGCGTTTAAACAACTATTTTCTTATTATTTGTTTATTGTACTTCGTACCTTTCGATAATAAATTTC TGTTGATGGTACATGTTAAGTTACAATCTTTTCTAGTTGTGTTCAATTGATTTTGTGCCATTTCCATTGGCTTCTTGAGT TATGTGAACTGAATGCTTTCCGTCAATATTATCTGCTATAATTGCCCTATAGCTCAATGCAAAATACTTCAGCACATTTT TTTAGTTTTGTCTCATGCTTATAGATTTAAGCATTGTTTTGTGATGTTAGGTCGACTACAACTTGTATGGCATGGGTCAT TTGCACCTGTCAAAGATTAGGTTCCGCCATCCCATACCTGACTCCTCTCGCAAGAAATTCAACACTGATAGCCAGCATAG AAAGGTGATTGACTTGCATGTTTTCAGATCTCAATGTCCCCCTATCATTGGTATCCCTTATTTATATTTGATACCATAAT CTTCTCATTAGGCAGATTCGGATGCCATTGCATGTTTAGAGTCAAAATTGTGGATTTCATCCATGATCCCATTGGACTGG ATGTGGTCACCTCCTAGTGAATTTGATGCTTCATCAAATGATAAGGCTCATTGTCCAAAACGTCAAAGCATCTGTGAGCT TGAAGGAGATACTTCTGTAGATGGTTTGTCTGGTTTCTTGGCCATACTGACACACACACGTAAATGCACATGCACACATA CATATGCAATGACATCTTCTGCTACTGTTATTTCTCTTATTAAAAGTACACATCTCTTCTGGCAGAGATTCTTAATCAGC AGTTTAAAATGTACTCATCTCTCTCTCAAACACGCTCAGATGTCAACATGGTTCAGTCACTTGTACCAATATGGGAGGTA ACCTACTAATCTTTTTGTCTACATTATCTATTTTACAAGGTATGGTGTCTTTGTCTGGGTTTTATATAAATTAGTTGCCC TATTGTTTCAGGAACTGCAGAAACGGACTGGGATCCATGGCGCTATTATGCCTCCTGATCCTGGCAAACCACATCCAGAA GATGTCATGAAACTTCTTTCTGTTGGTCTTGACCTTGATAAAAAACTTTTTGAATTGTGCAGTGAAGCTGAAACCTCTTT ATTTTGTACTCCTTCTGACAAATTTAGGTTTGTGTACAGCCATTACATGATGTATAAATTAGCAAATCTTATGTAGGAGA TCTAACAGCCCTTGAATTCTTGCAGAGAAACAGACATAATAGGCTCAGCATCACCACCAGCTTCATTGTGTAAAAATGCC AAGTTTCGTGAGGAAGGGATTGACAGTAGTCTCAAATTGTTGACTGTTGATGAAATGCAATCCTCTGAGAAGATTGGAAC ATTGGACGTAAAGGCAATATTTTTTTGCTTGATTTTTCTTCTATGTATAACAAGATATTTTCATAATAAATCTTACTCTT GTCTTTTAACAAGATAACCTTCTTTATGCATTGGGGTATTTGTTGTGTAGTGTTTGTTTTCTGGATTCTCTGTGTGCGTT TCTCCCTATTAGCTGTTTATTATGGCACTATTCAACCTTTGATTTTCTTATATACAATTTGGTCCATTGAAGTTTTCTTG TACATTTCTTCTGACTTTCCTGCTTTCTAGGTTGCTGATAAAGATGCACAAAATCTTCTTAAGTGGCTTGCAACTTCTCA AGCTGCAGAAGATATAAACTCTGATGATGAACTTGTTTGTGAAACGATCTTGAGTCCCTTGCTACCTGCTGCAACAATTG ATGAAGTGCTAGAGAAAGCTAGTATGACATATGAGAGTGAGTCCCAAAAGGAATGTCAGGATATACTTGATTCAGTTGAT GATATGCTTGAGTTGGAACTACCAAAGGAAAATCCTTCTTGCTCCTCTGATCACAATCATCCTGTTGAAGCTTCATCAAA CAGTATGATACCCCAAGTCGATGGTTCCAATGATGAAGAATTCTCAAGGCCAGGTGCTTCTAGTTTGGCTGGAACCTCTT CTTCTGTAGATATAAACAGTGAGAACAAAAGGGCTTCTGGGCACCACAACCATGTGCGGCATGATACCGACACAAGTAAT GTTAGTAAAGATAAAAAGAATAAACAGTGGGGGTCTTTGCCTTTTACCATGACCGGTAAGGTTAATAATGATGGAGAACA TGCTAATTTATATGCGACTCATCCATTTGAAAGTGAAACTGGAGGTTACGCTCACTCAGATTACTTAACCAAAAATGGGG TTAGAAACAATGCTTGTATTTTAAGAAATATGTCCAAAGGTGCTTCAGATTCAAATGAAGAACATGGATTGGTTAGTTGT TCTTTGCGGGACCTGATGAGGCGAAAGCGATCTTATCGAGTGGAACATGATGAGTGTGAATCTGGAACTACCAAAAAGCT TCTTTTAGACAGGCACAAGGGATCAAATACATGCCTTTGGAAAAAACAACTGGATTTGAAAACAATGGAAACCAATGAAG AAGAAACAGAACTCCTGAAAAATTGTGATCCTAAAGGGAGCAATCATAATAGTTTAGTTTGTTGGAAACTGCCGCTTCCA TCTGGCAGTGGTAGTTCTTCACAGGCTAGTATGTCAAAAGATGAATGTTCTGATCAGCATGAAATGAAGTGTCTAGAAGC AAGTATGGTGTTTAGGAACGCCACAAATGAGGCTTCTTCTTTGATGCCTGGAGGACTAGATTTCCATAATCTTGAAAATT TTAATTTTATTGACTCCAGTTCCATCGACCAATCTGTAGCTTGCTGTGGTAAAAACGTTGGCAATGCTTATGCAAAACCT GTAGCTTCTGATGCCAATACCCCAAATCCCATTATACCCACTCAGTTGAAAACAGATGATCCAAGGAGGTCTCAGCAAAC TGTTTATGCTGCTTCAAGTAGTGTCCAGAGCTACTCCATTGATGATAAAGTTTCTGCCAAAGATAATTGCATGGATCAAA GTTCTTATGGAAGCATGTGTTTTGTAAAACATGATCAGACGAATTTTTATGAGCATGCTGTGGGCATAAGTGCTGCAAGT GACATGCAGGTGTTGCAAAGTGAAAAGGTTGATAATCAAAAGCTTGGCAAAAAATTGTCGCCTGAGACTATTGGTTCAGA CCCCATTGTTCATGACTTGTCCATTGTTCATGACTTGAAGGGTAATCATGTGAAATTAATTGAAATAACCAGAGGCAATA ACCCTTTGGCTGACAGTAACCTTGAAAGTAACATGTCATTGCCAGCTGTCTTTAATACCCATTTACATTTGGATGAGGAC AGCTGTCATGAAATGCCAGGTTCTAACTTCCCTTCTTTATCCCAATTTTCCTGGTCTTTTGCTTTATTTGCATTTGTATA TACATAAAATTAAATTAAATGGGTTTTGGGTCTGTTTTTCAATGGAGACATTTCCATGCCTTCTTAGACAAGAGTCTCTC TCATGCTAGGTTGTGTATTAAATAATATTAGTTGTCAGTCAGCCTTTATTAATATAGGCTTGGTGGCACAAAACCTTCCA TTTTGTGGAGTAGCCAGTTTACAGCACTGACAAAGTAAACGCCATGGTGCTTTATGTTGTTCTAGATGTCCAGATGTCCA ACCATTTAAGTGAAGTTCATAGCAGATATCCTTACATATATTGATTTCTTACCCTTCACTGTTTAGGTTGCATGCGGATT TTTGAAATTACTGTTAATTATTTTATTTAAATTTTGAAAGAAACTTTGATTAAGAAAAAAAATTCCCTATCCCTCTTCTA ATTCTGGGTCGCTGGCTGCTTTTGGCATTGTTTTCTGTGGAAGACACATGGATCTAGCTTGGAAGGGGCTATATGGAAGC AGCCCCCTTGTCTGAGGAAAAAGTATTACAAGTACGGCTATAAATATCTGGTGGAAATTCCTCCTCAGGCTGGCAAAACT TTACAAACTGCTATCATTTTATTCATGGTCTCCCTCTTCCTGGTCCTGGAGACTTGTATTTTTTAATGTTCATCTTTATA ATATACACATGTTTAGGTGCATTATCGTCCCATTGAATTTTGCTAACCAGGAAGTAAAACATCGTAGAAATTTCTACACT ATATGTTATATGTTATGTAGCTGATCCCAACCTAGTGGGATAGTTGTTAGTTTAGTTTGTTATGTCTTCTTCCGTGTCGT CTGGTCTTACTGGGTGTTTGAGGAAGCTTCTCATCAGCTTGTATTTATTTCTTGAAGGGAATGCTCTGGATGTTTTTCTT CCTATTTCTGCAAGGGATTCCCAGGAAGAGATTGAAACTCAGAACAAATATGTTACAATTAAAACCAACAGATCTAATGG GACAAGGGGTGTTGCTACCCACTATCAAAATGATGGCTCTCCCTTATACCTACTAACACCAAATATTCTGCCTCCTTCCG TAGGTTCTGTGCAAAGATGGCTACTTTGTGATGAGAGAGGTATCTACTAAAATATGTTCATTTTATCGCTAATCAGCGGT TTGTTATTACCCATTACCCATATTATTTGCTCTTGGAAACTCACTAAATGTGTCAAGAAACTGATACAGATGACAAGGAT AAACCTCAATGTGCATCTGGACATCTTATTGGACCTAAGCTGAATCAAGATGCTGGTGCTGAAAAGAAGCCTCTATGCAT TAACGAAGGACAAACAGAAAGAGTAAAAGCATGCCTAAATGACTCACAAGATATTTCTCAAATATCAGGCCCTGATGGAA AATCAAGTTCAACCCCTTTGAGTCAAAAAGGTTTCCGAGACCCTGCAAGTATTGGCTGTGGACAGCAATTGACATTACTT AGTATAGAGGTAATGGAGATAGTATTGTCCTGTTTTTTTTCCAGAAAATTTGTGAATGTGTCTTCTGGATTTCTTTGATG TCTCTCAAATTTGCATGTTGGGTTCTGGTTTGAAGACCTTATTTAGGTGTTGGTCTTTCATTTTGTTAGGACCCAATTGC AAGGTATGGGACTTGAGTCCCACATTGGAAGTATGGGATTCTAATGTGGGGTTTATAAGGCCTTGGGCTCTCCAACTACA ACATCTAGCTTTTGTGGTGTGGTTCTCCCAAGATTCTTATCACATTTTCTAAGAACTAACTCATTTAGTGACGACCACAC ACACGCACGCGTCAGTCTTCGACACAATTTTCCCGCTCAATAGGTGACAGTGTTGTTAATACTTTTTTTTCTTGAAATAG TGGTCATTTGTTATATGCACAAAAAGTAAATATATCTAGTTATTAATATTGGTATTTCTTGCTTTGAGGTGACCATGCTT CTTCTGTATATAATTAGCTTGTTATAGTCATAGTTTTCCACATCCAAAATCTAATCTGTTATTTTTTAGTGATATTGAAT TAAAAACCTGAGGGTTGTAGCCATTGTTACCTGCTGAGACTTTTACTTGTTACAATTACAAGTGATCAGAATGTTTTTAC CCGGAAGTATGGAATCTAATTGGATTTTCTTACTTGTTATTAAAAAGTGCATTTTTTTTGTTTGTGTTATTTTTGAATTG TTTTAAATTCTTCATGTAAGTTTTGCTTTTTGTCTTCTTTTAAATGAACATCTTTGCAGTCTTGTTACTTGCATAGATCT GACTTGACTTAAAATGGTAGGTTCTTGCTGAATCTAGAGGAGACCTTTTACCTAATCCTCAATTTGATGGTGTCAACATC ATAGCTCTTGGTTTTCAGAATGATAGCGATTCTGTTATTGGAGTTGTTGTTCTTTTGCATACTAAATCTGTACCTTTTCA GAGGTATGGTAACACACCTTTATATCATGTTTTACTCATTCTCTCTTTGGATTGTTCTTCTATTGGTGACAAATATCATG CACCAGTATAATATGTTTCATCCAGGCTAATCATATGTTAAGAAAATTGCTATTCATGTTCTTCATTGGTTTGCAGAAGT TTGGATGGTCTATCAGGCTGCAAAATATTGATCTTCACTAATGAGAAGCACTTGTTTAAAGAATTTATAAAGATTGTGTC TTCATCCGACCCAGATATTTTGATTGGTTGGGATATTCAAGGAAGCTCTCTTGGTTTTCTAGCAGAAAGGGCTTCACATC TTGGTTTAGGATTACTTAATAGTTTGTCTCGCACTCCAACTGATTCTTGTATTACTTCTGAAGATATCAAAACTTCTGAA AAGGGTATGCTGGAACTAGATTTCCCTGATACCCCTAGTGTAGATTGTGGCGTGCAAGAAATTTCAATAATTGAGGATGA ATGGGGACGGACACATGCAAGTGGAGTTCATGTAGGGGGAAGAATCGTCCTTAATGTGTGGCGATTGGTCCGCGGAGAGG TTAAGCTAAATTTATATTCAGTTGAAGCCGTAGCTGAAGCTGTATTAAGGCGGAAAATTCCTTTAATTCACCATAAGGTG CTGACAAAATGGTATTCAAGTGGTCCTGGACGAGCAAGATATCAGTGTATCAAATATGTTGTAGAGAGAGCAAAGCTGAA CCTTGAGATATTAAACCAACTTGATATGGTACAGTAGCATTATAAGCTAAAACTATGTGTATTAAATAGTTCATTGCTAA AATGATGATATCCTTGATGCACATGGATTGGGTACTTGTTTTGCATACAACTAGCAGAGTGTGTTTTCCAGGCTTGTTTG GGTGCATTGAAAGAAATATCAAAACATGTTTGTAATTATTTACACATACTTTTGAAGTTTCTTTTAATTAAGCTTCTTTC TTTAAAGCTAATGGGTGATACTATGATAAATCAACTGTCACAAAAGTATAAGTTGTAAGATGAAGATACATGAATGGGTT TATGTTATATTTGTAACATGCCCCTCACGCAAGAGGGCATGGGGCGTATCTCTTGCATGGACAATCCATCCTCACCTACC ACCTTAAGCTGAAATTTAACTTTAACTTTTTTATTAGATTAAGGGGGAAACAAGGGACTACTTGGTCGTAGAGGTTCTGA TATCATATCATGAACCATTACAAAAGTTTAAGCTATTGGGTGAAGACACATGAATGGGTTTATATCATATTTCTAACAGA TACACTATATATTATTTTATTTTTGTGAATCTAGGGCTCCTTAGATTCCTTAATTAGTTTTATTATGATGTTTTGGGGTC CATAAGTAACATTTACATCTTATTCTTGTTCACTGATTTGTAGCCTTTCCTTATTTCCTGTTTATTTTTCTTCTGCAGGT GAATCGAACATCAGAACTTGCTCGTGTCTTTGGCATAGATTTTTTTTCTGTTCTCTCACGAGGCTCCCAATACCGTGTTG AGTCCATGTTTTTGAGGCTGGCCCATTCACAAAACTACCTTGCTATCTCACCTGGAAATCAACAGGTTCTCACAAACTTC TCCTGTCCTCTCCTTTTTATTGGTGGATAACTAATTATGACGTCAAATGGTAGTGATGCCATCACGTACAAGCATCTTTA AATTGATAGTGCTATGGTAGCATATACCATGTCTTCTGATAATATCAAATACTATAGACCAACTCTGTATAAGGGATCTC TCATTTCATTTTCTCACCTAATTTTTAATTTTCTTCTAGATGTGTTATTTTAGTTGTGAAAAAGAAGGTTGAATGTGATG ACTGGGGAGTTTCAATTTGGTGGGTTTTGTGTTCAATGCATCACCAAGGACCATGTAACTGGCCAATCATTCTGCATGAA GAGTTTACATCATGATTTTTTTTTTCTTTCTGTTGAAACAGGTTGTTTATAATTCAAAATATTTTTTTAGTAAAGCTTGT GCATTTGTTTTGTTATTAAAGCTGACTTTGTTTCCCTTAGTTGTAATTGTTCTGCTTTTTTTAAAAAAAAAATCTGGGGC TTCTGTTAAGGTCTATTCAATGTTGTTTCTTCACCTCTGCCCAAGAGTTTAACAAATCATTGTTGTCTCATTAGGTTGCT TCTCAACCTGCCATGGAATGCCTGCCCCTAGTTATGGAACCAGAGTCAGGATTTTATTCAGATCCAGTTGTTGTACTTGA CTTCCAATCTTTATACCCATCAATGATAATTGCATACAACCTTTGCTTTTGTACATGTCTTGGCAAAGTCATGACATCAA AGGCTAATACACTTGGGGTTAGTTCATTTTCACCAGAGCAACATGTTCTGCAGGATTTAAAAGATCAAATCTTGCTCACC CCAAATGGTGTTATGTTTGTACCTAACAAGGTGATTCAGTTGTTGTTGTTCTTGTTATTACTTATTATTATTATTATTAT TATTATTATTATTATTATTATTATTATTATTATTATTATTTAGTAGTCAGGAGTCAGGAGTCAGGACTGATTGAGAGGTG AAGTTACTTTAATCTGCACTTTGCTGCCATACAGGTTCGAAGAGGTGTATTGCCCCGCTTATTGGAAGAAATCTTATCAA CTAGAATAATGGTAAAACAAGCAATGAAAAAGTTGTCTTCGTCTGAGCAAGTTCTTCAGCGGGTATGGATTTGAATTGGA ATTGAATCTCTTAAAGTTGCACCAAGTATGTTTGTTTTATACTACTAGTATGATAGTAAAGAACTGAAACTTGCCCATAT GATTTATAAATGTTTAGAATCTATGTTCTTCTTAAGGTATAATTTTTCCTTTTTATTACTGGCCAGATGTATAGAAAAAA TAATTTTGTGGGTCTTCAGTCTGGAGGATTTTCTGAAAAACTCGAGAATTTTCAAAATGATAAAAGAATTTAAGAAATTT TATGAAAATCTTCTAACTAAATGCATGCTAAATATTCTTGCCTTCACTGGGCCTGGAATAATTACGTCTGCCGTGTGCGA TGCAGGAGGATATGATTCTTTTATTTGGATAATGTAAATAGATTTACCTAGTTGTACAATTATCTTTACAGATATTTAAT GCAAGACAGCTTGCTTTGAAGCTCATATCAAATGTAACATATGGTTACACTGCTGCTGGATTTAGTGGCCGCATGCCTTG TGCAGAACTTGCGGATAGTATTGTTCAATGTGGCCGCAGAACACTCGAAAGGGCTATATCATTTGTAAATCTGCATGAAA AGTGGAATGCTAAAGTTATTTATGGAGATACTGATAGGTAACATCTTCCAGAGATTTGCCTAAGTATACACCTTTATTAT TTTGAATGTATTTTCTCCTGAACAGAGTGATTCATACACTTGAGTGTCTAGAAAAATTTCAACCAGAGATATTTATCAGT TAAACATTCAAACTATGAGAGGTGAGTGTAATTTAAGGCAAATACTAGGGTAGGTCAGTGCACATGTAATTAAATATATA CCCTTCTGCTTATATGCTTGTGTCCACTGTCCAGTAACATGAACATTTTCAAATTCTTTTCCTCTCTAGTATCCTGCACC ATGGTGGGAAATGTGGTAGGAAGACCTCAACTAGGTTATATATTTCCTTTGAGTTTTAGGAATTGAAGAGTTTGGGTTGG AAGAAGAGAACTATGGGTGTAGGTTTAAAAACCTTAAGATCTAAGATTATTTTACTCTGACTGCTGAATTGTCATTTATA TCAAGACAATACTTCTCAATAAAATTAAGAAACATGATAGCAGTCATGATAAAAACTTACAAGAAACTCTTCTTTAATTT TTTTAATGTATTTAAGTTCCTGTTAGTATTCCTATTCTGACATATGGCTTTCTCAGCGTCTTTATGCTCATGGTGGGTAT TTAAGTGTAATTCTAGGTCAGACTTGCAAAGGAACTTATTGCTCTTTTTTCTTTGCTGTTGTTTTTGTAGCCTGTGTACT CCTTCCCATTTCTTAATGAGTTCTTGTTTTATAAAAAATTATTATGAGTCAGTATTTGTAATTGCTGGGATTCTGTAACT ATTTAATAATGGCCATATTGTGTCTAATTTTGACTGTAGTATCATCGATGTCCTTCATGATTGCTATTATTTTATCAAGT AATGATTAGCAAAGTGACAGGGTTGAAAATGAAAAAACAGATTAGTAAAGTGAGTTACTTTCTGCAGTATGTTTGTCCTT CTTAAAGGTCGCACTATCAAAGAGTCCTTCCAAATTGGGGGTGAGATTGCTTCTGCTATCACTTCTATGAATCCTAATCC TGTCACCCTGAAGATGGAGAAAGTTTACCATGGATGTTTCCTCCTTACTAAAAAGCGATACGTTGGGTACAGTTATGAAA GCCCTGATCAAATTGAACCTGTTTTTGATGCTAAAGGTATTGAGACAGTACGCAGGGACACATGTGGTGCAGTTGCAAAG ACACTGGAGCAGTCTTTGAGACTCTTTTTTGAGCATCAAGATTTATTGGAGGTATAAATGTTTTCAGGTTGAAACTTTTC TATATACATCACACTGAATGTAATTGTTGTTTAAAACTGATAATGATGTCCCTTTTATATGCTACTGTGTGTTTTATTAA GTGGAAAATGAGACGGGTTTGAAAATGAGTTTGATAGGAAACTTTTGATGTTCCCTTATCATTGCTTGAACGAAGAAAAT GACTTTCAGCTCAATTACATACTACTGGAGATTAGCAGTGAACAAACTTTGTGATGTTGAGTTGAATGAGTTGCATTTCA TTTTAAATTGTTCCTCATTTTGTTGTTGTGCATTGTGTGAATCTGGTACATTTATTATCACATATTTGTCCCTGCTTTCT ATTTTCTGCGTGATTAATTACTTGGATGTTGCATTCATGCATATCTTTAATTTGTTTTACTTTTTGAAAATTTTCACAAT GGAAATTATCTTAGTGGAAAGTCTATCTTATTAATCCTCCACTCAGATTTTTGCCCCTTTCCCTTCTTCATGCAATATCT ATGTATGAAAGTAAAGATACAAAGAATCAGCTGAATTCCATCAATTCATTCTGGATACTTCATCTGAAAACTTACAATAT TAGTTTAACCTCCATTCATGCTTATGACTTCTTATTTGCTGCCTGCAGGTGAAGACTTACTTGCAACGTCAGTGGAAGAG GATTCTTTCAGGCAGATTCTCCCTCAAAGATTTTATCTTTGCAAAGGAGGTTCGCTTGGGTACCTACAGGGCAAGGATCT CATCACTTCCTCCTGCTGCAATTGTGGCTACTAAGGCAATGAGGGTTGATCCTAGGGCAGAACCACGTTATGGTGAGAGA ATACCTTACGTTGTAATCCATGGAGAGCCTGGAGCCCGCCTGGTTGATATGGTTGTGGATCCATTGGAAGTTTTGGCAAT TGATTCCCCATTTAGGATGAATGATTTATATTACATTAATAAACAAATAATACCGGCTTTACAACGGGTGTTTGGGCTTG TTGGTGCTGACCTGAACCTGTGGTTCGCAGAGATGCCCCGCCCCATAAGGGAAGCTTCTGCAAAGCATACTTTCACTCCA AATTCTCATCGAACCAGAATTGATTATTACTATCTCTCAAAACATTGTGTACTGTGTGGTGCGTTGGTCCAGGCATCAAC CCATTTATGTAATCAATGTTCTGAAAATAAAGTTGCAGCTGTGACAGCAGTTGTTTGTAAGACTTCAAAGTTAGAGCAAG AGATGCAACATCTTGTTTCTGTAAGTATATTTATATGTTATTTTATCAATTGTGTTAAGGACTCTTTAGAAATTGTGTTG GCCTAATCCTTTTTTTAGCTTAGGGTATTGTATAGGTTACTTCATGCATGGAGGAAATCTGCATAAATGTTATAGTTTGT TGCATCACTGTTGTTAGTATGTAGTTCTGGTTCGCATTAGAAGGTGTTTTGTAGATTTTGCTATCTCAAGTCTGGTTTGA TGAAAGTTTCTATTGTATCAGTGATTTTGTTTGTTCCTTTCCCGAGATTTGATGCTTTGTGATGTGTTTTCTTCTGGTTA TGGTGATAGTTCTATTTTTCTTTCTTGTAGATATGTCACCATTGTGGAGGCGGGGATAGGCTTCTCGAAAGTAGTGTGAA GTGCACGTCCATTTCATGCTTGGTGTTCTATGAGAGGCGAAAAGTTCAGAAAGAACTACTAGCTGCCACTCATGCTGCTG GTAAAGGCTTCTATCCGAGATGCACGGTTGAATGGTTTTGACTTCTGAAAGCCGGTTCTCCTTCACATTGTAACATATTA TTTACGCAAAATAGTATAAAGTATCTTCATATGGCGTTGAGCCAAATCAAATCTGTATGTATATTTTTGTCCTGTTGTAA TTGTAATTAATCACGTATAAAAGCTAAGTTAATCCAAGCAAGTGTGCTTTTCTCTTAGCGTATTGAGCAACACCGGAACA GTTTTTTATTTTATTTTTTTCCAGAACTCTTTCATCAATACATAGGGTGCACATTTCGTGCCTTTATGTGCTCTGCGCAC GGCATTAGATATTTTGGGGGTATTTGGTAAGATTTTCAAATTAGCTTAGAGGTTTTATGTCTAAATTATAAGCTTTTTAG AAGTGTTTTGTTGAAAAATATTCTTTTAGTAGCTTATAAAGTGTATTTTAAAAC
CDS sequence (LotjaGi1g1v0772700.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTCAGATTCACAGTCGAATTCAGAGATTTTCAGCGTTCGCATCGTCTCCATCGACTACTACATGGCACCGCCGATCCT CGCCGCTGATATCTGTTACAGCAGCTTCCACGGTGGAAAAGTGAATGAAGTTCCTGTGATACGAGTGTATGGTTCAACTC CTTCTGGCCAGAAAACTTGCTTGCACATACATAGAGCTTTGCCTTATTTGTTTGTGCCGTGTTCAGATATACCGCTTCCA CCAGACCTACAAGGTGATGTGTACACCTATAAAGTAGCTGCTTCTCTCGAGAAAGCTTTGAAGCTTAAAGGCAGTGCTGG ATCAATGAGACAACATGTACATGGCTGCAGTCTTGTACGAGCAAAGAAATTTTATGGCTATCATTCAGTTGAAGAATTAT TCGTGAAGATGTACCTATATTATCCTCAAGATGTCTCCCGTGCAGCTAATCTTCTCTTGGCTGGTGCTGTTTTTGATAAA AGTGTACAGCCTCATGAATCACATATTCCTTTTATTCTTCAGTTTCTGGTCGACTACAACTTGTATGGCATGGGTCATTT GCACCTGTCAAAGATTAGGTTCCGCCATCCCATACCTGACTCCTCTCGCAAGAAATTCAACACTGATAGCCAGCATAGAA AGGCAGATTCGGATGCCATTGCATGTTTAGAGTCAAAATTGTGGATTTCATCCATGATCCCATTGGACTGGATGTGGTCA CCTCCTAGTGAATTTGATGCTTCATCAAATGATAAGGCTCATTGTCCAAAACGTCAAAGCATCTGTGAGCTTGAAGGAGA TACTTCTGTAGATGAGATTCTTAATCAGCAGTTTAAAATGTACTCATCTCTCTCTCAAACACGCTCAGATGTCAACATGG TTCAGTCACTTGTACCAATATGGGAGGAACTGCAGAAACGGACTGGGATCCATGGCGCTATTATGCCTCCTGATCCTGGC AAACCACATCCAGAAGATGTCATGAAACTTCTTTCTGTTGGTCTTGACCTTGATAAAAAACTTTTTGAATTGTGCAGTGA AGCTGAAACCTCTTTATTTTGTACTCCTTCTGACAAATTTAGAGAAACAGACATAATAGGCTCAGCATCACCACCAGCTT CATTGTGTAAAAATGCCAAGTTTCGTGAGGAAGGGATTGACAGTAGTCTCAAATTGTTGACTGTTGATGAAATGCAATCC TCTGAGAAGATTGGAACATTGGACGTAAAGGTTGCTGATAAAGATGCACAAAATCTTCTTAAGTGGCTTGCAACTTCTCA AGCTGCAGAAGATATAAACTCTGATGATGAACTTGTTTGTGAAACGATCTTGAGTCCCTTGCTACCTGCTGCAACAATTG ATGAAGTGCTAGAGAAAGCTAGTATGACATATGAGAGTGAGTCCCAAAAGGAATGTCAGGATATACTTGATTCAGTTGAT GATATGCTTGAGTTGGAACTACCAAAGGAAAATCCTTCTTGCTCCTCTGATCACAATCATCCTGTTGAAGCTTCATCAAA CAGTATGATACCCCAAGTCGATGGTTCCAATGATGAAGAATTCTCAAGGCCAGGTGCTTCTAGTTTGGCTGGAACCTCTT CTTCTGTAGATATAAACAGTGAGAACAAAAGGGCTTCTGGGCACCACAACCATGTGCGGCATGATACCGACACAAGTAAT GTTAGTAAAGATAAAAAGAATAAACAGTGGGGGTCTTTGCCTTTTACCATGACCGGTAAGGTTAATAATGATGGAGAACA TGCTAATTTATATGCGACTCATCCATTTGAAAGTGAAACTGGAGGTTACGCTCACTCAGATTACTTAACCAAAAATGGGG TTAGAAACAATGCTTGTATTTTAAGAAATATGTCCAAAGGTGCTTCAGATTCAAATGAAGAACATGGATTGGTTAGTTGT TCTTTGCGGGACCTGATGAGGCGAAAGCGATCTTATCGAGTGGAACATGATGAGTGTGAATCTGGAACTACCAAAAAGCT TCTTTTAGACAGGCACAAGGGATCAAATACATGCCTTTGGAAAAAACAACTGGATTTGAAAACAATGGAAACCAATGAAG AAGAAACAGAACTCCTGAAAAATTGTGATCCTAAAGGGAGCAATCATAATAGTTTAGTTTGTTGGAAACTGCCGCTTCCA TCTGGCAGTGGTAGTTCTTCACAGGCTAGTATGTCAAAAGATGAATGTTCTGATCAGCATGAAATGAAGTGTCTAGAAGC AAGTATGGTGTTTAGGAACGCCACAAATGAGGCTTCTTCTTTGATGCCTGGAGGACTAGATTTCCATAATCTTGAAAATT TTAATTTTATTGACTCCAGTTCCATCGACCAATCTGTAGCTTGCTGTGGTAAAAACGTTGGCAATGCTTATGCAAAACCT GTAGCTTCTGATGCCAATACCCCAAATCCCATTATACCCACTCAGTTGAAAACAGATGATCCAAGGAGGTCTCAGCAAAC TGTTTATGCTGCTTCAAGTAGTGTCCAGAGCTACTCCATTGATGATAAAGTTTCTGCCAAAGATAATTGCATGGATCAAA GTTCTTATGGAAGCATGTGTTTTGTAAAACATGATCAGACGAATTTTTATGAGCATGCTGTGGGCATAAGTGCTGCAAGT GACATGCAGGTGTTGCAAAGTGAAAAGGTTGATAATCAAAAGCTTGGCAAAAAATTGTCGCCTGAGACTATTGGTTCAGA CCCCATTGTTCATGACTTGTCCATTGTTCATGACTTGAAGGGTAATCATGTGAAATTAATTGAAATAACCAGAGGCAATA ACCCTTTGGCTGACAGTAACCTTGAAAGTAACATGTCATTGCCAGCTGTCTTTAATACCCATTTACATTTGGATGAGGAC AGCTGTCATGAAATGCCAGGGAATGCTCTGGATGTTTTTCTTCCTATTTCTGCAAGGGATTCCCAGGAAGAGATTGAAAC TCAGAACAAATATGTTACAATTAAAACCAACAGATCTAATGGGACAAGGGGTGTTGCTACCCACTATCAAAATGATGGCT CTCCCTTATACCTACTAACACCAAATATTCTGCCTCCTTCCGTAGGTTCTGTGCAAAGATGGCTACTTTGTGATGAGAGA GATGACAAGGATAAACCTCAATGTGCATCTGGACATCTTATTGGACCTAAGCTGAATCAAGATGCTGGTGCTGAAAAGAA GCCTCTATGCATTAACGAAGGACAAACAGAAAGAGTAAAAGCATGCCTAAATGACTCACAAGATATTTCTCAAATATCAG GCCCTGATGGAAAATCAAGTTCAACCCCTTTGAGTCAAAAAGGTTTCCGAGACCCTGCAAGTATTGGCTGTGGACAGCAA TTGACATTACTTAGTATAGAGGTTCTTGCTGAATCTAGAGGAGACCTTTTACCTAATCCTCAATTTGATGGTGTCAACAT CATAGCTCTTGGTTTTCAGAATGATAGCGATTCTGTTATTGGAGTTGTTGTTCTTTTGCATACTAAATCTGTACCTTTTC AGAGAAGTTTGGATGGTCTATCAGGCTGCAAAATATTGATCTTCACTAATGAGAAGCACTTGTTTAAAGAATTTATAAAG ATTGTGTCTTCATCCGACCCAGATATTTTGATTGGTTGGGATATTCAAGGAAGCTCTCTTGGTTTTCTAGCAGAAAGGGC TTCACATCTTGGTTTAGGATTACTTAATAGTTTGTCTCGCACTCCAACTGATTCTTGTATTACTTCTGAAGATATCAAAA CTTCTGAAAAGGGTATGCTGGAACTAGATTTCCCTGATACCCCTAGTGTAGATTGTGGCGTGCAAGAAATTTCAATAATT GAGGATGAATGGGGACGGACACATGCAAGTGGAGTTCATGTAGGGGGAAGAATCGTCCTTAATGTGTGGCGATTGGTCCG CGGAGAGGTTAAGCTAAATTTATATTCAGTTGAAGCCGTAGCTGAAGCTGTATTAAGGCGGAAAATTCCTTTAATTCACC ATAAGGTGCTGACAAAATGGTATTCAAGTGGTCCTGGACGAGCAAGATATCAGTGTATCAAATATGTTGTAGAGAGAGCA AAGCTGAACCTTGAGATATTAAACCAACTTGATATGGTGAATCGAACATCAGAACTTGCTCGTGTCTTTGGCATAGATTT TTTTTCTGTTCTCTCACGAGGCTCCCAATACCGTGTTGAGTCCATGTTTTTGAGGCTGGCCCATTCACAAAACTACCTTG CTATCTCACCTGGAAATCAACAGGTTGCTTCTCAACCTGCCATGGAATGCCTGCCCCTAGTTATGGAACCAGAGTCAGGA TTTTATTCAGATCCAGTTGTTGTACTTGACTTCCAATCTTTATACCCATCAATGATAATTGCATACAACCTTTGCTTTTG TACATGTCTTGGCAAAGTCATGACATCAAAGGCTAATACACTTGGGGTTAGTTCATTTTCACCAGAGCAACATGTTCTGC AGGATTTAAAAGATCAAATCTTGCTCACCCCAAATGGTGTTATGTTTGTACCTAACAAGGTTCGAAGAGGTGTATTGCCC CGCTTATTGGAAGAAATCTTATCAACTAGAATAATGGTAAAACAAGCAATGAAAAAGTTGTCTTCGTCTGAGCAAGTTCT TCAGCGGATATTTAATGCAAGACAGCTTGCTTTGAAGCTCATATCAAATGTAACATATGGTTACACTGCTGCTGGATTTA GTGGCCGCATGCCTTGTGCAGAACTTGCGGATAGTATTGTTCAATGTGGCCGCAGAACACTCGAAAGGGCTATATCATTT GTAAATCTGCATGAAAAGTGGAATGCTAAAGTTATTTATGGAGATACTGATAGTATGTTTGTCCTTCTTAAAGGTCGCAC TATCAAAGAGTCCTTCCAAATTGGGGGTGAGATTGCTTCTGCTATCACTTCTATGAATCCTAATCCTGTCACCCTGAAGA TGGAGAAAGTTTACCATGGATGTTTCCTCCTTACTAAAAAGCGATACGTTGGGTACAGTTATGAAAGCCCTGATCAAATT GAACCTGTTTTTGATGCTAAAGGTATTGAGACAGTACGCAGGGACACATGTGGTGCAGTTGCAAAGACACTGGAGCAGTC TTTGAGACTCTTTTTTGAGCATCAAGATTTATTGGAGGTGAAGACTTACTTGCAACGTCAGTGGAAGAGGATTCTTTCAG GCAGATTCTCCCTCAAAGATTTTATCTTTGCAAAGGAGGTTCGCTTGGGTACCTACAGGGCAAGGATCTCATCACTTCCT CCTGCTGCAATTGTGGCTACTAAGGCAATGAGGGTTGATCCTAGGGCAGAACCACGTTATGGTGAGAGAATACCTTACGT TGTAATCCATGGAGAGCCTGGAGCCCGCCTGGTTGATATGGTTGTGGATCCATTGGAAGTTTTGGCAATTGATTCCCCAT TTAGGATGAATGATTTATATTACATTAATAAACAAATAATACCGGCTTTACAACGGGTGTTTGGGCTTGTTGGTGCTGAC CTGAACCTGTGGTTCGCAGAGATGCCCCGCCCCATAAGGGAAGCTTCTGCAAAGCATACTTTCACTCCAAATTCTCATCG AACCAGAATTGATTATTACTATCTCTCAAAACATTGTGTACTGTGTGGTGCGTTGGTCCAGGCATCAACCCATTTATGTA ATCAATGTTCTGAAAATAAAGTTGCAGCTGTGACAGCAGTTGTTTGTAAGACTTCAAAGTTAGAGCAAGAGATGCAACAT CTTGTTTCTATATGTCACCATTGTGGAGGCGGGGATAGGCTTCTCGAAAGTAGTGTGAAGTGCACGTCCATTTCATGCTT GGTGTTCTATGAGAGGCGAAAAGTTCAGAAAGAACTACTAGCTGCCACTCATGCTGCTGGTAAAGGCTTCTATCCGAGAT GCACGGTTGAATGGTTTTGA
Protein sequence (LotjaGi1g1v0772700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MSDSQSNSEIFSVRIVSIDYYMAPPILAADICYSSFHGGKVNEVPVIRVYGSTPSGQKTCLHIHRALPYLFVPCSDIPLP PDLQGDVYTYKVAASLEKALKLKGSAGSMRQHVHGCSLVRAKKFYGYHSVEELFVKMYLYYPQDVSRAANLLLAGAVFDK SVQPHESHIPFILQFLVDYNLYGMGHLHLSKIRFRHPIPDSSRKKFNTDSQHRKADSDAIACLESKLWISSMIPLDWMWS PPSEFDASSNDKAHCPKRQSICELEGDTSVDEILNQQFKMYSSLSQTRSDVNMVQSLVPIWEELQKRTGIHGAIMPPDPG KPHPEDVMKLLSVGLDLDKKLFELCSEAETSLFCTPSDKFRETDIIGSASPPASLCKNAKFREEGIDSSLKLLTVDEMQS SEKIGTLDVKVADKDAQNLLKWLATSQAAEDINSDDELVCETILSPLLPAATIDEVLEKASMTYESESQKECQDILDSVD DMLELELPKENPSCSSDHNHPVEASSNSMIPQVDGSNDEEFSRPGASSLAGTSSSVDINSENKRASGHHNHVRHDTDTSN VSKDKKNKQWGSLPFTMTGKVNNDGEHANLYATHPFESETGGYAHSDYLTKNGVRNNACILRNMSKGASDSNEEHGLVSC SLRDLMRRKRSYRVEHDECESGTTKKLLLDRHKGSNTCLWKKQLDLKTMETNEEETELLKNCDPKGSNHNSLVCWKLPLP SGSGSSSQASMSKDECSDQHEMKCLEASMVFRNATNEASSLMPGGLDFHNLENFNFIDSSSIDQSVACCGKNVGNAYAKP VASDANTPNPIIPTQLKTDDPRRSQQTVYAASSSVQSYSIDDKVSAKDNCMDQSSYGSMCFVKHDQTNFYEHAVGISAAS DMQVLQSEKVDNQKLGKKLSPETIGSDPIVHDLSIVHDLKGNHVKLIEITRGNNPLADSNLESNMSLPAVFNTHLHLDED SCHEMPGNALDVFLPISARDSQEEIETQNKYVTIKTNRSNGTRGVATHYQNDGSPLYLLTPNILPPSVGSVQRWLLCDER DDKDKPQCASGHLIGPKLNQDAGAEKKPLCINEGQTERVKACLNDSQDISQISGPDGKSSSTPLSQKGFRDPASIGCGQQ LTLLSIEVLAESRGDLLPNPQFDGVNIIALGFQNDSDSVIGVVVLLHTKSVPFQRSLDGLSGCKILIFTNEKHLFKEFIK IVSSSDPDILIGWDIQGSSLGFLAERASHLGLGLLNSLSRTPTDSCITSEDIKTSEKGMLELDFPDTPSVDCGVQEISII EDEWGRTHASGVHVGGRIVLNVWRLVRGEVKLNLYSVEAVAEAVLRRKIPLIHHKVLTKWYSSGPGRARYQCIKYVVERA KLNLEILNQLDMVNRTSELARVFGIDFFSVLSRGSQYRVESMFLRLAHSQNYLAISPGNQQVASQPAMECLPLVMEPESG FYSDPVVVLDFQSLYPSMIIAYNLCFCTCLGKVMTSKANTLGVSSFSPEQHVLQDLKDQILLTPNGVMFVPNKVRRGVLP RLLEEILSTRIMVKQAMKKLSSSEQVLQRIFNARQLALKLISNVTYGYTAAGFSGRMPCAELADSIVQCGRRTLERAISF VNLHEKWNAKVIYGDTDSMFVLLKGRTIKESFQIGGEIASAITSMNPNPVTLKMEKVYHGCFLLTKKRYVGYSYESPDQI EPVFDAKGIETVRRDTCGAVAKTLEQSLRLFFEHQDLLEVKTYLQRQWKRILSGRFSLKDFIFAKEVRLGTYRARISSLP PAAIVATKAMRVDPRAEPRYGERIPYVVIHGEPGARLVDMVVDPLEVLAIDSPFRMNDLYYINKQIIPALQRVFGLVGAD LNLWFAEMPRPIREASAKHTFTPNSHRTRIDYYYLSKHCVLCGALVQASTHLCNQCSENKVAAVTAVVCKTSKLEQEMQH LVSICHHCGGGDRLLESSVKCTSISCLVFYERRKVQKELLAATHAAGKGFYPRCTVEWF
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 | 11 | 1964 | 1954 | 0.0 | ||
| Gene3D | 30 | 196 | 167 | 8.6E-34 | – | |
| SUPERFAMILY | 36 | 1393 | 1358 | 1.8E-62 | ||
| MobiDBLite | 488 | 574 | 87 | - | – | |
| MobiDBLite | 494 | 541 | 48 | - | – | |
| MobiDBLite | 542 | 564 | 23 | - | – | |
| MobiDBLite | 800 | 831 | 32 | - | – | |
| MobiDBLite | 807 | 831 | 25 | - | – | |
| MobiDBLite | 1088 | 1108 | 21 | - | – | |
| MobiDBLite | 1088 | 1112 | 25 | - | – | |
| CDD | 1118 | 1368 | 251 | 3.22843E-69 | – | |
| SMART | 1119 | 1625 | 507 | 1.3E-101 | ||
| Gene3D | 1121 | 1370 | 250 | 2.1E-35 | ||
| Pfam | 1123 | 1255 | 133 | 4.8E-8 | ||
| Pfam | 1387 | 1834 | 448 | 4.0E-96 | ||
| CDD | 1394 | 1842 | 449 | 0.0 | – | |
| SUPERFAMILY | 1433 | 1846 | 414 | 8.9E-112 | ||
| Gene3D | 1434 | 1669 | 236 | 1.7E-84 | ||
| PRINTS | 1446 | 1459 | 14 | 4.9E-9 | ||
| Gene3D | 1512 | 1574 | 63 | 1.7E-84 | – | |
| PRINTS | 1555 | 1567 | 13 | 4.9E-9 | ||
| PRINTS | 1611 | 1619 | 9 | 4.9E-9 | ||
| ProSitePatterns | 1613 | 1621 | 9 | - | ||
| Gene3D | 1688 | 1843 | 156 | 9.6E-38 | ||
| Pfam | 1879 | 1952 | 74 | 3.0E-10 |
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 | 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. | ||
| Cellular component | Zeta DNA polymerase complex | A heterodimeric DNA polymerase complex that catalyzes error-prone DNA synthesis in contexts such as translesion synthesis and double-stranded break repair. First characterized in Saccharomyces, in which the subunits are Rev3p and Rev7p; a third protein, Rev1p, is often associated with the polymerase dimer. | ||
| Biological process | Translesion synthesis | The replication of damaged DNA by synthesis across a lesion in the template strand; a specialized DNA polymerase or replication complex inserts a defined nucleotide across from the lesion which allows DNA synthesis to continue beyond the lesion. This process can be mutagenic depending on the damaged nucleotide and the inserted nucleotide. |
Expression pattern of LotjaGi1g1v0772700.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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