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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0772700 |
| Transcript ID | LotjaGi1g1v0772700.2 |
| 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_chr1:134539127..134554111) extracted from Lotus japonicus Gifu genome v1.2.
CTAGTAGAAGCCTTTAAAAGTTGAACTTCTTATAACTACCAAGCGCCAAAATTTCATCAGTTTTCAATTTCCCACTCTTC ATTTCATCTTCGTGATTCGAAGAAAGCAAAACAAAAGCGGTGGGAACCAAAATGTCAGATTCACAGTCGAATTCAGAGAT TTTCAGCGTTCGCATCGTCTCCATCGACTACTACATGGCACCGCCGATCCTCGCCGCTGATATCTGTTACAGCAGCTTCC ACGGTACGACTCTAACCCTAACTGATTTTCTCACTCTCGATGCTCAATTCAACTTCCTAACAACAAACCACAACGATTTG TCGATTTCATTCTGCGTTTAGAAGTTTCAATCCCTATCTGATTGTGAACTAGCTTTCTCGTGTTAATGAATCTGTTGCGT TTCATTGTTTCGATTTTATACTCAGGTGGAAAAGTGAATGAAGTTCCTGTGATACGAGTGTATGGTTCAACTCCTTCTGG CCAGAAAACTTGCTTGCACATACATAGAGTAAGATCTTACCAGAAATTTGTTTTCTCTTGAACCATATTTTTTTTGTTAA GATCTCATGTTTACTTCATTTTTTTATCACCACTCAGTGCAGGTGCTAGCAAATTTGTTATCAGAAATTCAAATTCGGAC TTTTACCTTTTAAATAGTTTGTCCATGTTATTCTTTGCAGGCTTTGCCTTATTTGTTTGTGCCGTGTTCAGATATACCGC TTCCACCAGACCTACAAGGTAATGAAAACTGATAAGTCATATGATAAGTCATATTTTATCTGTTAAATTTTGACTTTTGA ACCATACAACTTTTATTCTCATGCCATGAAGGAATATTTCCATTATCTAGTTTTTCTGAAAGAAGCGAGTTCCACCCTTG CTCATGAAATGGGATTGTTCTGCAATTTAGTACTGGTTGTTCAATACCTCATATCATTTCAACTTTGAATTTACAGTTTT GTTTGAAGTACAAACAAGTCCTTAGTGCTCACAAACCATAGTACTCCCTCTGGTCATTTTTATAAGAAAAACTTTGACAA AATCACATAAACCAAGGAAACTAATATTTTTTTTATAAAATAAACTACTGTGCTTAATTTCAATGATATCTTTTTCTTTT CACAAGAACAATCATGCTAATTACCATAAATGTTGACAATACCTATTAGAGCATCTCCAAGGCAAGGTTCTTAGTTCTTA TCTAGTTATTGGGAGGGGAAATAATTCTTTGTAGGTATTTGAATTTGTTTGGTTCCATTAGTCTAATGACTCATTGAGTT AATTGTGTGAATTTTTTGTTATTCCGTGTGGGCGAATTTCATTTCATTTCTTTCCTCTTTCCTTTTTATTACTTGATAGG TCGATTTAATAGTCTGGATTATGTTTTTGATTTATCTTATTTTTTCCAGTATTCATACTTCCGATAATTTTTTCCTTTAG AATTTGTGACTTAGTACTTGGAATACATTTCCCTTGATGTTGCACAGGTGATGTGTACACCTATAAAGTAGCTGCTTCTC TCGAGAAAGCTTTGAAGGTATCCTTGTATGAGTTAGACAGTGTCTTGTACTCTATTTTATGATTTCCTCTCCCTATTTGT AGATATGAGCCCGTTTGGATATGGGCTTATTAGCTTATTGGAGCTTATCTACTAGAAAATGCACTAAAAAAGCTCCAATA AGTATTCCTTGGTTTGCATCCAAACGGGGTGCATACTTTCTTATATTAAAGACGTGACATCAAATTTCATTAAAAACTTT ACAGCTTAAAGGCAGTGCTGGATCAATGAGACAACATGTACATGGCTGCAGTCTTGTACGAGCAAAGAAATTTTATGGCT ATCATTCAGTTGAAGAATTATTCGTGAAGATGTACCTGTATCCATTTTTTTAAACAATTTTTTTTACTATTCTTGAAAAG TTTCAAATGCACAGTTTGTACACTATGCATGCGCCACTTGTATGTACAAGCTAGGATGATATAGCATGCTTAAATCATGG AAAGCCTTCTTACCCAGAAAGGGGTTAGCCTTGACTGGTGCTTAAGATATTATCCTCAAGATGTCTCCCGTGCAGCTAAT CTTCTCTTGGTACGATATCTGAACATTACTCTTACAGCTTGCTGCTTATACCTTAGTTGTCACATTGTCTAGAATCCTGC AACTTTTGTTGATAATTGGAAAATCTTAATTGAAATTGGTACATCCTAATATGAAGTTACCGAGAATAAGCTTTGATCTT AACATTTCCTTTTCAGGCTGGTGCTGTTTTTGATAAAAGTGTACAGCCTCATGAATCACATATTCCTTTTATTCTTCAGT TTCTGGTATGTACTTTACCTTCATATAATTTATTATAACTTTCATGTGATTCAGTATAACCGAAATTATTGATGTCTACT TGTAGCTAAACCTGATAAAATGATTTTCTTATTGAATCAGTCATTGTCTGTAACATGTCTTTTATTTTAGACACACCCTG AGTTTTACATTTCTGGATACATTCACCCACTGAATTTTTTCAATATAATTTTAGTTTTCCTTACTCTTGTTAGTGATTAT TGATATGCTTGAGTGGGTTTGTAACATCCAGCTACTGTCTTGTGCTTGGATGATATGTTATTTGTGAATGGTGATGCGTT TAAACAACTATTTTCTTATTATTTGTTTATTGTACTTCGTACCTTTCGATAATAAATTTCTGTTGATGGTACATGTTAAG TTACAATCTTTTCTAGTTGTGTTCAATTGATTTTGTGCCATTTCCATTGGCTTCTTGAGTTATGTGAACTGAATGCTTTC CGTCAATATTATCTGCTATAATTGCCCTATAGCTCAATGCAAAATACTTCAGCACATTTTTTTAGTTTTGTCTCATGCTT ATAGATTTAAGCATTGTTTTGTGATGTTAGGTCGACTACAACTTGTATGGCATGGGTCATTTGCACCTGTCAAAGATTAG GTTCCGCCATCCCATACCTGACTCCTCTCGCAAGAAATTCAACACTGATAGCCAGCATAGAAAGGTGATTGACTTGCATG TTTTCAGATCTCAATGTCCCCCTATCATTGGTATCCCTTATTTATATTTGATACCATAATCTTCTCATTAGGCAGATTCG GATGCCATTGCATGTTTAGAGTCAAAATTGTGGATTTCATCCATGATCCCATTGGACTGGATGTGGTCACCTCCTAGTGA ATTTGATGCTTCATCAAATGATAAGGCTCATTGTCCAAAACGTCAAAGCATCTGTGAGCTTGAAGGAGATACTTCTGTAG ATGGTTTGTCTGGTTTCTTGGCCATACTGACACACACACGTAAATGCACATGCACACATACATATGCAATGACATCTTCT GCTACTGTTATTTCTCTTATTAAAAGTACACATCTCTTCTGGCAGAGATTCTTAATCAGCAGTTTAAAATGTACTCATCT CTCTCTCAAACACGCTCAGATGTCAACATGGTTCAGTCACTTGTACCAATATGGGAGGTAACCTACTAATCTTTTTGTCT ACATTATCTATTTTACAAGGTATGGTGTCTTTGTCTGGGTTTTATATAAATTAGTTGCCCTATTGTTTCAGGAACTGCAG AAACGGACTGGGATCCATGGCGCTATTATGCCTCCTGATCCTGGCAAACCACATCCAGAAGATGTCATGAAACTTCTTTC TGTTGGTCTTGACCTTGATAAAAAACTTTTTGAATTGTGCAGTGAAGCTGAAACCTCTTTATTTTGTACTCCTTCTGACA AATTTAGGTTTGTGTACAGCCATTACATGATGTATAAATTAGCAAATCTTATGTAGGAGATCTAACAGCCCTTGAATTCT TGCAGAGAAACAGACATAATAGGCTCAGCATCACCACCAGCTTCATTGTGTAAAAATGCCAAGTTTCGTGAGGAAGGGAT TGACAGTAGTCTCAAATTGTTGACTGTTGATGAAATGCAATCCTCTGAGAAGATTGGAACATTGGACGTAAAGGCAATAT TTTTTTGCTTGATTTTTCTTCTATGTATAACAAGATATTTTCATAATAAATCTTACTCTTGTCTTTTAACAAGATAACCT TCTTTATGCATTGGGGTATTTGTTGTGTAGTGTTTGTTTTCTGGATTCTCTGTGTGCGTTTCTCCCTATTAGCTGTTTAT TATGGCACTATTCAACCTTTGATTTTCTTATATACAATTTGGTCCATTGAAGTTTTCTTGTACATTTCTTCTGACTTTCC TGCTTTCTAGGTTGCTGATAAAGATGCACAAAATCTTCTTAAGTGGCTTGCAACTTCTCAAGCTGCAGAAGATATAAACT CTGATGATGAACTTGTTTGTGAAACGATCTTGAGTCCCTTGCTACCTGCTGCAACAATTGATGAAGTGCTAGAGAAAGCT AGTATGACATATGAGAGTGAGTCCCAAAAGGAATGTCAGGATATACTTGATTCAGTTGATGATATGCTTGAGTTGGAACT ACCAAAGGAAAATCCTTCTTGCTCCTCTGATCACAATCATCCTGTTGAAGCTTCATCAAACAGTATGATACCCCAAGTCG ATGGTTCCAATGATGAAGAATTCTCAAGGCCAGGTGCTTCTAGTTTGGCTGGAACCTCTTCTTCTGTAGATATAAACAGT GAGAACAAAAGGGCTTCTGGGCACCACAACCATGTGCGGCATGATACCGACACAAGTAATGTTAGTAAAGATAAAAAGAA TAAACAGTGGGGGTCTTTGCCTTTTACCATGACCGGTAAGGTTAATAATGATGGAGAACATGCTAATTTATATGCGACTC ATCCATTTGAAAGTGAAACTGGAGGTTACGCTCACTCAGATTACTTAACCAAAAATGGGGTTAGAAACAATGCTTGTATT TTAAGAAATATGTCCAAAGGTGCTTCAGATTCAAATGAAGAACATGGATTGGTTAGTTGTTCTTTGCGGGACCTGATGAG GCGAAAGCGATCTTATCGAGTGGAACATGATGAGTGTGAATCTGGAACTACCAAAAAGCTTCTTTTAGACAGGCACAAGG GATCAAATACATGCCTTTGGAAAAAACAACTGGATTTGAAAACAATGGAAACCAATGAAGAAGAAACAGAACTCCTGAAA AATTGTGATCCTAAAGGGAGCAATCATAATAGTTTAGTTTGTTGGAAACTGCCGCTTCCATCTGGCAGTGGTAGTTCTTC ACAGGCTAGTATGTCAAAAGATGAATGTTCTGATCAGCATGAAATGAAGTGTCTAGAAGCAAGTATGGTGTTTAGGAACG CCACAAATGAGGCTTCTTCTTTGATGCCTGGAGGACTAGATTTCCATAATCTTGAAAATTTTAATTTTATTGACTCCAGT TCCATCGACCAATCTGTAGCTTGCTGTGGTAAAAACGTTGGCAATGCTTATGCAAAACCTGTAGCTTCTGATGCCAATAC CCCAAATCCCATTATACCCACTCAGTTGAAAACAGATGATCCAAGGAGGTCTCAGCAAACTGTTTATGCTGCTTCAAGTA GTGTCCAGAGCTACTCCATTGATGATAAAGTTTCTGCCAAAGATAATTGCATGGATCAAAGTTCTTATGGAAGCATGTGT TTTGTAAAACATGATCAGACGAATTTTTATGAGCATGCTGTGGGCATAAGTGCTGCAAGTGACATGCAGGTGTTGCAAAG TGAAAAGGTTGATAATCAAAAGCTTGGCAAAAAATTGTCGCCTGAGACTATTGGTTCAGACCCCATTGTTCATGACTTGT CCATTGTTCATGACTTGAAGGGTAATCATGTGAAATTAATTGAAATAACCAGAGGCAATAACCCTTTGGCTGACAGTAAC CTTGAAAGTAACATGTCATTGCCAGCTGTCTTTAATACCCATTTACATTTGGATGAGGACAGCTGTCATGAAATGCCAGG TTCTAACTTCCCTTCTTTATCCCAATTTTCCTGGTCTTTTGCTTTATTTGCATTTGTATATACATAAAATTAAATTAAAT GGGTTTTGGGTCTGTTTTTCAATGGAGACATTTCCATGCCTTCTTAGACAAGAGTCTCTCTCATGCTAGGTTGTGTATTA AATAATATTAGTTGTCAGTCAGCCTTTATTAATATAGGCTTGGTGGCACAAAACCTTCCATTTTGTGGAGTAGCCAGTTT ACAGCACTGACAAAGTAAACGCCATGGTGCTTTATGTTGTTCTAGATGTCCAGATGTCCAACCATTTAAGTGAAGTTCAT AGCAGATATCCTTACATATATTGATTTCTTACCCTTCACTGTTTAGGTTGCATGCGGATTTTTGAAATTACTGTTAATTA TTTTATTTAAATTTTGAAAGAAACTTTGATTAAGAAAAAAAATTCCCTATCCCTCTTCTAATTCTGGGTCGCTGGCTGCT TTTGGCATTGTTTTCTGTGGAAGACACATGGATCTAGCTTGGAAGGGGCTATATGGAAGCAGCCCCCTTGTCTGAGGAAA AAGTATTACAAGTACGGCTATAAATATCTGGTGGAAATTCCTCCTCAGGCTGGCAAAACTTTACAAACTGCTATCATTTT ATTCATGGTCTCCCTCTTCCTGGTCCTGGAGACTTGTATTTTTTAATGTTCATCTTTATAATATACACATGTTTAGGTGC ATTATCGTCCCATTGAATTTTGCTAACCAGGAAGTAAAACATCGTAGAAATTTCTACACTATATGTTATATGTTATGTAG CTGATCCCAACCTAGTGGGATAGTTGTTAGTTTAGTTTGTTATGTCTTCTTCCGTGTCGTCTGGTCTTACTGGGTGTTTG AGGAAGCTTCTCATCAGCTTGTATTTATTTCTTGAAGGGAATGCTCTGGATGTTTTTCTTCCTATTTCTGCAAGGGATTC CCAGGAAGAGATTGAAACTCAGAACAAATATGTTACAATTAAAACCAACAGATCTAATGGGACAAGGGGTGTTGCTACCC ACTATCAAAATGATGGCTCTCCCTTATACCTACTAACACCAAATATTCTGCCTCCTTCCGTAGGTTCTGTGCAAAGATGG CTACTTTGTGATGAGAGAGGTATCTACTAAAATATGTTCATTTTATCGCTAATCAGCGGTTTGTTATTACCCATTACCCA TATTATTTGCTCTTGGAAACTCACTAAATGTGTCAAGAAACTGATACAGATGACAAGGATAAACCTCAATGTGCATCTGG ACATCTTATTGGACCTAAGCTGAATCAAGATGCTGGTGCTGAAAAGAAGCCTCTATGCATTAACGAAGGACAAACAGAAA GAGTAAAAGCATGCCTAAATGACTCACAAGATATTTCTCAAATATCAGGCCCTGATGGAAAATCAAGTTCAACCCCTTTG AGTCAAAAAGGTTTCCGAGACCCTGCAAGTATTGGCTGTGGACAGCAATTGACATTACTTAGTATAGAGGTAATGGAGAT AGTATTGTCCTGTTTTTTTTCCAGAAAATTTGTGAATGTGTCTTCTGGATTTCTTTGATGTCTCTCAAATTTGCATGTTG GGTTCTGGTTTGAAGACCTTATTTAGGTGTTGGTCTTTCATTTTGTTAGGACCCAATTGCAAGGTATGGGACTTGAGTCC CACATTGGAAGTATGGGATTCTAATGTGGGGTTTATAAGGCCTTGGGCTCTCCAACTACAACATCTAGCTTTTGTGGTGT GGTTCTCCCAAGATTCTTATCACATTTTCTAAGAACTAACTCATTTAGTGACGACCACACACACGCACGCGTCAGTCTTC GACACAATTTTCCCGCTCAATAGGTGACAGTGTTGTTAATACTTTTTTTTCTTGAAATAGTGGTCATTTGTTATATGCAC AAAAAGTAAATATATCTAGTTATTAATATTGGTATTTCTTGCTTTGAGGTGACCATGCTTCTTCTGTATATAATTAGCTT GTTATAGTCATAGTTTTCCACATCCAAAATCTAATCTGTTATTTTTTAGTGATATTGAATTAAAAACCTGAGGGTTGTAG CCATTGTTACCTGCTGAGACTTTTACTTGTTACAATTACAAGTGATCAGAATGTTTTTACCCGGAAGTATGGAATCTAAT TGGATTTTCTTACTTGTTATTAAAAAGTGCATTTTTTTTGTTTGTGTTATTTTTGAATTGTTTTAAATTCTTCATGTAAG TTTTGCTTTTTGTCTTCTTTTAAATGAACATCTTTGCAGTCTTGTTACTTGCATAGATCTGACTTGACTTAAAATGGTAG GTTCTTGCTGAATCTAGAGGAGACCTTTTACCTAATCCTCAATTTGATGGTGTCAACATCATAGCTCTTGGTTTTCAGAA TGATAGCGATTCTGTTATTGGAGTTGTTGTTCTTTTGCATACTAAATCTGTACCTTTTCAGAGGTATGGTAACACACCTT TATATCATGTTTTACTCATTCTCTCTTTGGATTGTTCTTCTATTGGTGACAAATATCATGCACCAGTATAATATGTTTCA TCCAGGCTAATCATATGTTAAGAAAATTGCTATTCATGTTCTTCATTGGTTTGCAGAAGTTTGGATGGTCTATCAGGCTG CAAAATATTGATCTTCACTAATGAGAAGCACTTGTTTAAAGAATTTATAAAGATTGTGTCTTCATCCGACCCAGATATTT TGATTGGTTGGGATATTCAAGGAAGCTCTCTTGGTTTTCTAGCAGAAAGGGCTTCACATCTTGGTTTAGGATTACTTAAT AGTTTGTCTCGCACTCCAACTGATTCTTGTATTACTTCTGAAGATATCAAAACTTCTGAAAAGGGTATGCTGGAACTAGA TTTCCCTGATACCCCTAGTGTAGATTGTGGCGTGCAAGAAATTTCAATAATTGAGGATGAATGGGGACGGACACATGCAA GTGGAGTTCATGTAGGGGGAAGAATCGTCCTTAATGTGTGGCGATTGGTCCGCGGAGAGGTTAAGCTAAATTTATATTCA GTTGAAGCCGTAGCTGAAGCTGTATTAAGGCGGAAAATTCCTTTAATTCACCATAAGGTGCTGACAAAATGGTATTCAAG TGGTCCTGGACGAGCAAGATATCAGTGTATCAAATATGTTGTAGAGAGAGCAAAGCTGAACCTTGAGATATTAAACCAAC TTGATATGGTACAGTAGCATTATAAGCTAAAACTATGTGTATTAAATAGTTCATTGCTAAAATGATGATATCCTTGATGC ACATGGATTGGGTACTTGTTTTGCATACAACTAGCAGAGTGTGTTTTCCAGGCTTGTTTGGGTGCATTGAAAGAAATATC AAAACATGTTTGTAATTATTTACACATACTTTTGAAGTTTCTTTTAATTAAGCTTCTTTCTTTAAAGCTAATGGGTGATA CTATGATAAATCAACTGTCACAAAAGTATAAGTTGTAAGATGAAGATACATGAATGGGTTTATGTTATATTTGTAACATG CCCCTCACGCAAGAGGGCATGGGGCGTATCTCTTGCATGGACAATCCATCCTCACCTACCACCTTAAGCTGAAATTTAAC TTTAACTTTTTTATTAGATTAAGGGGGAAACAAGGGACTACTTGGTCGTAGAGGTTCTGATATCATATCATGAACCATTA CAAAAGTTTAAGCTATTGGGTGAAGACACATGAATGGGTTTATATCATATTTCTAACAGATACACTATATATTATTTTAT TTTTGTGAATCTAGGGCTCCTTAGATTCCTTAATTAGTTTTATTATGATGTTTTGGGGTCCATAAGTAACATTTACATCT TATTCTTGTTCACTGATTTGTAGCCTTTCCTTATTTCCTGTTTATTTTTCTTCTGCAGGTGAATCGAACATCAGAACTTG CTCGTGTCTTTGGCATAGATTTTTTTTCTGTTCTCTCACGAGGCTCCCAATACCGTGTTGAGTCCATGTTTTTGAGGCTG GCCCATTCACAAAACTACCTTGCTATCTCACCTGGAAATCAACAGGTTCTCACAAACTTCTCCTGTCCTCTCCTTTTTAT TGGTGGATAACTAATTATGACGTCAAATGGTAGTGATGCCATCACGTACAAGCATCTTTAAATTGATAGTGCTATGGTAG CATATACCATGTCTTCTGATAATATCAAATACTATAGACCAACTCTGTATAAGGGATCTCTCATTTCATTTTCTCACCTA ATTTTTAATTTTCTTCTAGATGTGTTATTTTAGTTGTGAAAAAGAAGGTTGAATGTGATGACTGGGGAGTTTCAATTTGG TGGGTTTTGTGTTCAATGCATCACCAAGGACCATGTAACTGGCCAATCATTCTGCATGAAGAGTTTACATCATGATTTTT TTTTTCTTTCTGTTGAAACAGGTTGTTTATAATTCAAAATATTTTTTTAGTAAAGCTTGTGCATTTGTTTTGTTATTAAA GCTGACTTTGTTTCCCTTAGTTGTAATTGTTCTGCTTTTTTTAAAAAAAAAATCTGGGGCTTCTGTTAAGGTCTATTCAA TGTTGTTTCTTCACCTCTGCCCAAGAGTTTAACAAATCATTGTTGTCTCATTAGGTTGCTTCTCAACCTGCCATGGAATG CCTGCCCCTAGTTATGGAACCAGAGTCAGGATTTTATTCAGATCCAGTTGTTGTACTTGACTTCCAATCTTTATACCCAT CAATGATAATTGCATACAACCTTTGCTTTTGTACATGTCTTGGCAAAGTCATGACATCAAAGGCTAATACACTTGGGGTT AGTTCATTTTCACCAGAGCAACATGTTCTGCAGGATTTAAAAGATCAAATCTTGCTCACCCCAAATGGTGTTATGTTTGT ACCTAACAAGGTGATTCAGTTGTTGTTGTTCTTGTTATTACTTATTATTATTATTATTATTATTATTATTATTATTATTA TTATTATTATTATTATTATTTAGTAGTCAGGAGTCAGGAGTCAGGACTGATTGAGAGGTGAAGTTACTTTAATCTGCACT TTGCTGCCATACAGGTTCGAAGAGGTGTATTGCCCCGCTTATTGGAAGAAATCTTATCAACTAGAATAATGGTAAAACAA GCAATGAAAAAGTTGTCTTCGTCTGAGCAAGTTCTTCAGCGGGTATGGATTTGAATTGGAATTGAATCTCTTAAAGTTGC ACCAAGTATGTTTGTTTTATACTACTAGTATGATAGTAAAGAACTGAAACTTGCCCATATGATTTATAAATGTTTAGAAT CTATGTTCTTCTTAAGGTATAATTTTTCCTTTTTATTACTGGCCAGATGTATAGAAAAAATAATTTTGTGGGTCTTCAGT CTGGAGGATTTTCTGAAAAACTCGAGAATTTTCAAAATGATAAAAGAATTTAAGAAATTTTATGAAAATCTTCTAACTAA ATGCATGCTAAATATTCTTGCCTTCACTGGGCCTGGAATAATTACGTCTGCCGTGTGCGATGCAGGAGGATATGATTCTT TTATTTGGATAATGTAAATAGATTTACCTAGTTGTACAATTATCTTTACAGATATTTAATGCAAGACAGCTTGCTTTGAA GCTCATATCAAATGTAACATATGGTTACACTGCTGCTGGATTTAGTGGCCGCATGCCTTGTGCAGAACTTGCGGATAGTA TTGTTCAATGTGGCCGCAGAACACTCGAAAGGGCTATATCATTTGTAAATCTGCATGAAAAGTGGAATGCTAAAGTTATT TATGGAGATACTGATAGGTAACATCTTCCAGAGATTTGCCTAAGTATACACCTTTATTATTTTGAATGTATTTTCTCCTG AACAGAGTGATTCATACACTTGAGTGTCTAGAAAAATTTCAACCAGAGATATTTATCAGTTAAACATTCAAACTATGAGA GGTGAGTGTAATTTAAGGCAAATACTAGGGTAGGTCAGTGCACATGTAATTAAATATATACCCTTCTGCTTATATGCTTG TGTCCACTGTCCAGTAACATGAACATTTTCAAATTCTTTTCCTCTCTAGTATCCTGCACCATGGTGGGAAATGTGGTAGG AAGACCTCAACTAGGTTATATATTTCCTTTGAGTTTTAGGAATTGAAGAGTTTGGGTTGGAAGAAGAGAACTATGGGTGT AGGTTTAAAAACCTTAAGATCTAAGATTATTTTACTCTGACTGCTGAATTGTCATTTATATCAAGACAATACTTCTCAAT AAAATTAAGAAACATGATAGCAGTCATGATAAAAACTTACAAGAAACTCTTCTTTAATTTTTTTAATGTATTTAAGTTCC TGTTAGTATTCCTATTCTGACATATGGCTTTCTCAGCGTCTTTATGCTCATGGTGGGTATTTAAGTGTAATTCTAGGTCA GACTTGCAAAGGAACTTATTGCTCTTTTTTCTTTGCTGTTGTTTTTGTAGCCTGTGTACTCCTTCCCATTTCTTAATGAG TTCTTGTTTTATAAAAAATTATTATGAGTCAGTATTTGTAATTGCTGGGATTCTGTAACTATTTAATAATGGCCATATTG TGTCTAATTTTGACTGTAGTATCATCGATGTCCTTCATGATTGCTATTATTTTATCAAGTAATGATTAGCAAAGTGACAG GGTTGAAAATGAAAAAACAGATTAGTAAAGTGAGTTACTTTCTGCAGTATGTTTGTCCTTCTTAAAGGTCGCACTATCAA AGAGTCCTTCCAAATTGGGGGTGAGATTGCTTCTGCTATCACTTCTATGAATCCTAATCCTGTCACCCTGAAGATGGAGA AAGTTTACCATGGATGTTTCCTCCTTACTAAAAAGCGATACGTTGGGTACAGTTATGAAAGCCCTGATCAAATTGAACCT GTTTTTGATGCTAAAGGTATTGAGACAGTACGCAGGGACACATGTGGTGCAGTTGCAAAGACACTGGAGCAGTCTTTGAG ACTCTTTTTTGAGCATCAAGATTTATTGGAGGTATAAATGTTTTCAGGTTGAAACTTTTCTATATACATCACACTGAATG TAATTGTTGTTTAAAACTGATAATGATGTCCCTTTTATATGCTACTGTGTGTTTTATTAAGTGGAAAATGAGACGGGTTT GAAAATGAGTTTGATAGGAAACTTTTGATGTTCCCTTATCATTGCTTGAACGAAGAAAATGACTTTCAGCTCAATTACAT ACTACTGGAGATTAGCAGTGAACAAACTTTGTGATGTTGAGTTGAATGAGTTGCATTTCATTTTAAATTGTTCCTCATTT TGTTGTTGTGCATTGTGTGAATCTGGTACATTTATTATCACATATTTGTCCCTGCTTTCTATTTTCTGCGTGATTAATTA CTTGGATGTTGCATTCATGCATATCTTTAATTTGTTTTACTTTTTGAAAATTTTCACAATGGAAATTATCTTAGTGGAAA GTCTATCTTATTAATCCTCCACTCAGATTTTTGCCCCTTTCCCTTCTTCATGCAATATCTATGTATGAAAGTAAAGATAC AAAGAATCAGCTGAATTCCATCAATTCATTCTGGATACTTCATCTGAAAACTTACAATATTAGTTTAACCTCCATTCATG CTTATGACTTCTTATTTGCTGCCTGCAGGTGAAGACTTACTTGCAACGTCAGTGGAAGAGGATTCTTTCAGGCAGATTCT CCCTCAAAGATTTTATCTTTGCAAAGGAGGTTCGCTTGGGTACCTACAGGGCAAGGATCTCATCACTTCCTCCTGCTGCA ATTGTGGCTACTAAGGCAATGAGGGTTGATCCTAGGGCAGAACCACGTTATGGTGAGAGAATACCTTACGTTGTAATCCA TGGAGAGCCTGGAGCCCGCCTGGTTGATATGGTTGTGGATCCATTGGAAGTTTTGGCAATTGATTCCCCATTTAGGATGA ATGATTTATATTACATTAATAAACAAATAATACCGGCTTTACAACGGGTGTTTGGGCTTGTTGGTGCTGACCTGAACCTG TGGTTCGCAGAGATGCCCCGCCCCATAAGGGAAGCTTCTGCAAAGCATACTTTCACTCCAAATTCTCATCGAACCAGAAT TGATTATTACTATCTCTCAAAACATTGTGTACTGTGTGGTGCGTTGGTCCAGGCATCAACCCATTTATGTAATCAATGTT CTGAAAATAAAGTTGCAGCTGTGACAGCAGTTGTTTGTAAGACTTCAAAGTTAGAGCAAGAGATGCAACATCTTGTTTCT GTAAGTATATTTATATGTTATTTTATCAATTGTGTTAAGGACTCTTTAGAAATTGTGTTGGCCTAATCCTTTTTTTAGCT TAGGGTATTGTATAGGTTACTTCATGCATGGAGGAAATCTGCATAAATGTTATAGTTTGTTGCATCACTGTTGTTAGTAT GTAGTTCTGGTTCGCATTAGAAGGTGTTTTGTAGATTTTGCTATCTCAAGTCTGGTTTGATGAAAGTTTCTATTGTATCA GTGATTTTGTTTGTTCCTTTCCCGAGATTTGATGCTTTGTGATGTGTTTTCTTCTGGTTATGGTGATAGTTCTATTTTTC TTTCTTGTAGATATGTCACCATTGTGGAGGCGGGGATAGGCTTCTCGAAAGTAGTGTGAAGTGCACGTCCATTTCATGCT TGGTGTTCTATGAGAGGCGAAAAGTTCAGAAAGAACTACTAGCTGCCACTCATGCTGCTGGTAAAGGCTTCTATCCGAGA TGCACGGTTGAATGGTTTTGACTTCTGAAAGCCGGTTCTCCTTCACATTGTAACATATTATTTACGCAAAATAGTATAAA GTATCTTCATATGGCGTTGAGCCAAATCAAATCTGTATGTATATTTTTGTCCTGTTGTAATTGTAATTAATCACGTATAA AAGCTAAGTTAATCCAAGCAAGTGTGCTTTTCTCTTAGCGTATTGAGCAACACCGGAACAGTTTTTTATTTTATTTTTTT CCAGAACTCTTTCATCAATACATAGGGTGCACATTTCGTGCCTTTATGTGCTCTGCGCACGGCATTAGATATTTTGGGGG TATTTGGTAAGATTTTCAAATTAGC
CDS sequence (LotjaGi1g1v0772700.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGACATATGAGAGTGAGTCCCAAAAGGAATGTCAGGATATACTTGATTCAGTTGATGATATGCTTGAGTTGGAACTACC AAAGGAAAATCCTTCTTGCTCCTCTGATCACAATCATCCTGTTGAAGCTTCATCAAACAGTATGATACCCCAAGTCGATG GTTCCAATGATGAAGAATTCTCAAGGCCAGGTGCTTCTAGTTTGGCTGGAACCTCTTCTTCTGTAGATATAAACAGTGAG AACAAAAGGGCTTCTGGGCACCACAACCATGTGCGGCATGATACCGACACAAGTAATGTTAGTAAAGATAAAAAGAATAA ACAGTGGGGGTCTTTGCCTTTTACCATGACCGGTAAGGTTAATAATGATGGAGAACATGCTAATTTATATGCGACTCATC CATTTGAAAGTGAAACTGGAGGTTACGCTCACTCAGATTACTTAACCAAAAATGGGGTTAGAAACAATGCTTGTATTTTA AGAAATATGTCCAAAGGTGCTTCAGATTCAAATGAAGAACATGGATTGGTTAGTTGTTCTTTGCGGGACCTGATGAGGCG AAAGCGATCTTATCGAGTGGAACATGATGAGTGTGAATCTGGAACTACCAAAAAGCTTCTTTTAGACAGGCACAAGGGAT CAAATACATGCCTTTGGAAAAAACAACTGGATTTGAAAACAATGGAAACCAATGAAGAAGAAACAGAACTCCTGAAAAAT TGTGATCCTAAAGGGAGCAATCATAATAGTTTAGTTTGTTGGAAACTGCCGCTTCCATCTGGCAGTGGTAGTTCTTCACA GGCTAGTATGTCAAAAGATGAATGTTCTGATCAGCATGAAATGAAGTGTCTAGAAGCAAGTATGGTGTTTAGGAACGCCA CAAATGAGGCTTCTTCTTTGATGCCTGGAGGACTAGATTTCCATAATCTTGAAAATTTTAATTTTATTGACTCCAGTTCC ATCGACCAATCTGTAGCTTGCTGTGGTAAAAACGTTGGCAATGCTTATGCAAAACCTGTAGCTTCTGATGCCAATACCCC AAATCCCATTATACCCACTCAGTTGAAAACAGATGATCCAAGGAGGTCTCAGCAAACTGTTTATGCTGCTTCAAGTAGTG TCCAGAGCTACTCCATTGATGATAAAGTTTCTGCCAAAGATAATTGCATGGATCAAAGTTCTTATGGAAGCATGTGTTTT GTAAAACATGATCAGACGAATTTTTATGAGCATGCTGTGGGCATAAGTGCTGCAAGTGACATGCAGGTGTTGCAAAGTGA AAAGGTTGATAATCAAAAGCTTGGCAAAAAATTGTCGCCTGAGACTATTGGTTCAGACCCCATTGTTCATGACTTGTCCA TTGTTCATGACTTGAAGGGTAATCATGTGAAATTAATTGAAATAACCAGAGGCAATAACCCTTTGGCTGACAGTAACCTT GAAAGTAACATGTCATTGCCAGCTGTCTTTAATACCCATTTACATTTGGATGAGGACAGCTGTCATGAAATGCCAGGGAA TGCTCTGGATGTTTTTCTTCCTATTTCTGCAAGGGATTCCCAGGAAGAGATTGAAACTCAGAACAAATATGTTACAATTA AAACCAACAGATCTAATGGGACAAGGGGTGTTGCTACCCACTATCAAAATGATGGCTCTCCCTTATACCTACTAACACCA AATATTCTGCCTCCTTCCGTAGGTTCTGTGCAAAGATGGCTACTTTGTGATGAGAGAGATGACAAGGATAAACCTCAATG TGCATCTGGACATCTTATTGGACCTAAGCTGAATCAAGATGCTGGTGCTGAAAAGAAGCCTCTATGCATTAACGAAGGAC AAACAGAAAGAGTAAAAGCATGCCTAAATGACTCACAAGATATTTCTCAAATATCAGGCCCTGATGGAAAATCAAGTTCA ACCCCTTTGAGTCAAAAAGGTTTCCGAGACCCTGCAAGTATTGGCTGTGGACAGCAATTGACATTACTTAGTATAGAGGT TCTTGCTGAATCTAGAGGAGACCTTTTACCTAATCCTCAATTTGATGGTGTCAACATCATAGCTCTTGGTTTTCAGAATG ATAGCGATTCTGTTATTGGAGTTGTTGTTCTTTTGCATACTAAATCTGTACCTTTTCAGAGAAGTTTGGATGGTCTATCA GGCTGCAAAATATTGATCTTCACTAATGAGAAGCACTTGTTTAAAGAATTTATAAAGATTGTGTCTTCATCCGACCCAGA TATTTTGATTGGTTGGGATATTCAAGGAAGCTCTCTTGGTTTTCTAGCAGAAAGGGCTTCACATCTTGGTTTAGGATTAC TTAATAGTTTGTCTCGCACTCCAACTGATTCTTGTATTACTTCTGAAGATATCAAAACTTCTGAAAAGGGTATGCTGGAA CTAGATTTCCCTGATACCCCTAGTGTAGATTGTGGCGTGCAAGAAATTTCAATAATTGAGGATGAATGGGGACGGACACA TGCAAGTGGAGTTCATGTAGGGGGAAGAATCGTCCTTAATGTGTGGCGATTGGTCCGCGGAGAGGTTAAGCTAAATTTAT ATTCAGTTGAAGCCGTAGCTGAAGCTGTATTAAGGCGGAAAATTCCTTTAATTCACCATAAGGTGCTGACAAAATGGTAT TCAAGTGGTCCTGGACGAGCAAGATATCAGTGTATCAAATATGTTGTAGAGAGAGCAAAGCTGAACCTTGAGATATTAAA CCAACTTGATATGGTGAATCGAACATCAGAACTTGCTCGTGTCTTTGGCATAGATTTTTTTTCTGTTCTCTCACGAGGCT CCCAATACCGTGTTGAGTCCATGTTTTTGAGGCTGGCCCATTCACAAAACTACCTTGCTATCTCACCTGGAAATCAACAG GTTGCTTCTCAACCTGCCATGGAATGCCTGCCCCTAGTTATGGAACCAGAGTCAGGATTTTATTCAGATCCAGTTGTTGT ACTTGACTTCCAATCTTTATACCCATCAATGATAATTGCATACAACCTTTGCTTTTGTACATGTCTTGGCAAAGTCATGA CATCAAAGGCTAATACACTTGGGGTTAGTTCATTTTCACCAGAGCAACATGTTCTGCAGGATTTAAAAGATCAAATCTTG CTCACCCCAAATGGTGTTATGTTTGTACCTAACAAGGTTCGAAGAGGTGTATTGCCCCGCTTATTGGAAGAAATCTTATC AACTAGAATAATGGTAAAACAAGCAATGAAAAAGTTGTCTTCGTCTGAGCAAGTTCTTCAGCGGATATTTAATGCAAGAC AGCTTGCTTTGAAGCTCATATCAAATGTAACATATGGTTACACTGCTGCTGGATTTAGTGGCCGCATGCCTTGTGCAGAA CTTGCGGATAGTATTGTTCAATGTGGCCGCAGAACACTCGAAAGGGCTATATCATTTGTAAATCTGCATGAAAAGTGGAA TGCTAAAGTTATTTATGGAGATACTGATAGTATGTTTGTCCTTCTTAAAGGTCGCACTATCAAAGAGTCCTTCCAAATTG GGGGTGAGATTGCTTCTGCTATCACTTCTATGAATCCTAATCCTGTCACCCTGAAGATGGAGAAAGTTTACCATGGATGT TTCCTCCTTACTAAAAAGCGATACGTTGGGTACAGTTATGAAAGCCCTGATCAAATTGAACCTGTTTTTGATGCTAAAGG TATTGAGACAGTACGCAGGGACACATGTGGTGCAGTTGCAAAGACACTGGAGCAGTCTTTGAGACTCTTTTTTGAGCATC AAGATTTATTGGAGGTGAAGACTTACTTGCAACGTCAGTGGAAGAGGATTCTTTCAGGCAGATTCTCCCTCAAAGATTTT ATCTTTGCAAAGGAGGTTCGCTTGGGTACCTACAGGGCAAGGATCTCATCACTTCCTCCTGCTGCAATTGTGGCTACTAA GGCAATGAGGGTTGATCCTAGGGCAGAACCACGTTATGGTGAGAGAATACCTTACGTTGTAATCCATGGAGAGCCTGGAG CCCGCCTGGTTGATATGGTTGTGGATCCATTGGAAGTTTTGGCAATTGATTCCCCATTTAGGATGAATGATTTATATTAC ATTAATAAACAAATAATACCGGCTTTACAACGGGTGTTTGGGCTTGTTGGTGCTGACCTGAACCTGTGGTTCGCAGAGAT GCCCCGCCCCATAAGGGAAGCTTCTGCAAAGCATACTTTCACTCCAAATTCTCATCGAACCAGAATTGATTATTACTATC TCTCAAAACATTGTGTACTGTGTGGTGCGTTGGTCCAGGCATCAACCCATTTATGTAATCAATGTTCTGAAAATAAAGTT GCAGCTGTGACAGCAGTTGTTTGTAAGACTTCAAAGTTAGAGCAAGAGATGCAACATCTTGTTTCTATATGTCACCATTG TGGAGGCGGGGATAGGCTTCTCGAAAGTAGTGTGAAGTGCACGTCCATTTCATGCTTGGTGTTCTATGAGAGGCGAAAAG TTCAGAAAGAACTACTAGCTGCCACTCATGCTGCTGGTAAAGGCTTCTATCCGAGATGCACGGTTGAATGGTTTTGA
Protein sequence (LotjaGi1g1v0772700.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MTYESESQKECQDILDSVDDMLELELPKENPSCSSDHNHPVEASSNSMIPQVDGSNDEEFSRPGASSLAGTSSSVDINSE NKRASGHHNHVRHDTDTSNVSKDKKNKQWGSLPFTMTGKVNNDGEHANLYATHPFESETGGYAHSDYLTKNGVRNNACIL RNMSKGASDSNEEHGLVSCSLRDLMRRKRSYRVEHDECESGTTKKLLLDRHKGSNTCLWKKQLDLKTMETNEEETELLKN CDPKGSNHNSLVCWKLPLPSGSGSSSQASMSKDECSDQHEMKCLEASMVFRNATNEASSLMPGGLDFHNLENFNFIDSSS IDQSVACCGKNVGNAYAKPVASDANTPNPIIPTQLKTDDPRRSQQTVYAASSSVQSYSIDDKVSAKDNCMDQSSYGSMCF VKHDQTNFYEHAVGISAASDMQVLQSEKVDNQKLGKKLSPETIGSDPIVHDLSIVHDLKGNHVKLIEITRGNNPLADSNL ESNMSLPAVFNTHLHLDEDSCHEMPGNALDVFLPISARDSQEEIETQNKYVTIKTNRSNGTRGVATHYQNDGSPLYLLTP NILPPSVGSVQRWLLCDERDDKDKPQCASGHLIGPKLNQDAGAEKKPLCINEGQTERVKACLNDSQDISQISGPDGKSSS TPLSQKGFRDPASIGCGQQLTLLSIEVLAESRGDLLPNPQFDGVNIIALGFQNDSDSVIGVVVLLHTKSVPFQRSLDGLS GCKILIFTNEKHLFKEFIKIVSSSDPDILIGWDIQGSSLGFLAERASHLGLGLLNSLSRTPTDSCITSEDIKTSEKGMLE LDFPDTPSVDCGVQEISIIEDEWGRTHASGVHVGGRIVLNVWRLVRGEVKLNLYSVEAVAEAVLRRKIPLIHHKVLTKWY SSGPGRARYQCIKYVVERAKLNLEILNQLDMVNRTSELARVFGIDFFSVLSRGSQYRVESMFLRLAHSQNYLAISPGNQQ VASQPAMECLPLVMEPESGFYSDPVVVLDFQSLYPSMIIAYNLCFCTCLGKVMTSKANTLGVSSFSPEQHVLQDLKDQIL LTPNGVMFVPNKVRRGVLPRLLEEILSTRIMVKQAMKKLSSSEQVLQRIFNARQLALKLISNVTYGYTAAGFSGRMPCAE LADSIVQCGRRTLERAISFVNLHEKWNAKVIYGDTDSMFVLLKGRTIKESFQIGGEIASAITSMNPNPVTLKMEKVYHGC FLLTKKRYVGYSYESPDQIEPVFDAKGIETVRRDTCGAVAKTLEQSLRLFFEHQDLLEVKTYLQRQWKRILSGRFSLKDF IFAKEVRLGTYRARISSLPPAAIVATKAMRVDPRAEPRYGERIPYVVIHGEPGARLVDMVVDPLEVLAIDSPFRMNDLYY INKQIIPALQRVFGLVGADLNLWFAEMPRPIREASAKHTFTPNSHRTRIDYYYLSKHCVLCGALVQASTHLCNQCSENKV AAVTAVVCKTSKLEQEMQHLVSICHHCGGGDRLLESSVKCTSISCLVFYERRKVQKELLAATHAAGKGFYPRCTVEWF
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 | 113 | 113 | - | – | |
| PANTHER | 3 | 1503 | 1501 | 0.0 | ||
| MobiDBLite | 9 | 32 | 24 | - | – | |
| MobiDBLite | 33 | 80 | 48 | - | – | |
| MobiDBLite | 81 | 103 | 23 | - | – | |
| MobiDBLite | 339 | 370 | 32 | - | – | |
| MobiDBLite | 346 | 370 | 25 | - | – | |
| MobiDBLite | 627 | 647 | 21 | - | – | |
| MobiDBLite | 627 | 651 | 25 | - | – | |
| CDD | 657 | 907 | 251 | 2.31522E-69 | – | |
| SMART | 658 | 1164 | 507 | 1.3E-101 | ||
| SUPERFAMILY | 659 | 948 | 290 | 2.37E-43 | ||
| Gene3D | 660 | 909 | 250 | 1.4E-35 | ||
| Pfam | 662 | 794 | 133 | 3.4E-8 | ||
| Pfam | 926 | 1373 | 448 | 2.5E-96 | ||
| CDD | 933 | 1381 | 449 | 0.0 | – | |
| SUPERFAMILY | 972 | 1385 | 414 | 5.51E-112 | ||
| Gene3D | 973 | 1208 | 236 | 1.2E-84 | ||
| PRINTS | 985 | 998 | 14 | 2.3E-9 | ||
| Gene3D | 1051 | 1113 | 63 | 1.2E-84 | – | |
| PRINTS | 1094 | 1106 | 13 | 2.3E-9 | ||
| PRINTS | 1150 | 1158 | 9 | 2.3E-9 | ||
| ProSitePatterns | 1152 | 1160 | 9 | - | ||
| Gene3D | 1227 | 1382 | 156 | 6.8E-38 | ||
| Pfam | 1418 | 1491 | 74 | 2.2E-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 LotjaGi1g1v0772700.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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