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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0127800 |
| Transcript ID | LotjaGi3g1v0127800.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA polymerase; TAIR: AT5G67100.1 DNA-directed DNA polymerase; Swiss-Prot: sp|Q9FHA3|DPOLA_ARATH DNA polymerase alpha catalytic subunit; TrEMBL-Plants: tr|G7K6L8|G7K6L8_MEDTR DNA polymerase; Found in the gene: LotjaGi3g1v0127800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:15695734..15708893) extracted from Lotus japonicus Gifu genome v1.2.
CAAAAATGAACCATTTCCGCGCCCTACTTAAAAACCCCTAGCTTAGCACCACTGTGTTCCATTCTCCACTCTGAGCCAAG CACCCACACCACCACCACCACCACCAGAGACATGGCTGATGACGACGGTTCCCGGAAGCGAAGGCCCACCAGAGGCCCCG AATCCACCGCCCGCAGCCAAGCCTTAGAGCGCCTCAAGGCCCGCCTTGGCGGCGGCCGCAGATCTGACCCCGCCGGACCC CAAATCAAGTTAGAAAACCCTATCTACGACACCGTCCCCGAAGACGAGTACAACGCTCTCGTCGCGAAGCGCCGCGAGCA AGCGCAGGATTTCATCGTCGACGATGACGGCCTCGGGTACGGGGATCAAGGTCAGGAAGAGGATTGGTCCAAAGCAGGCT ACACTCTCTCATCCGGAGACGAATCCGATGGCGGTGGCGAGAAGGCGGAAAAGCCGAAGCGGAAGAAGGATCCTCAGATC AAACGGCCTTCTGCTTCTTCAGTGTCACTCTCCGCCGCCGCAGCTATGATCGGCGCGCAGAGGCTGTCGTCGATGTTCAC TTCCTCGAATTTCAAGAAGAATAGGGATGAGAAGGCTAGTGAGAGCATTGTTGATGATGTTATTGCGGAGTTTGCACCGG ATGAGAATGATAGGCTGAGGCGAAGAAAGGCGCAACCGAATCCGTCGGCATACTCTCCCGGAGAATCTCTTAGGGTTAAG CCATGTACTACTAATTCAATTAGGGCTTCTCCGGTGTCTGGTAATTTCTCAATTGACGGCGGCACCGCGAAACCGGTTAG GGCTAATGAGAGCAATGGTAGTGAATTGGGGGTAGAGCTAAAGTTTGAAGAAGCAGCTGAACTGAATGGAAATTCTGAAA ATGTTCAGGCGCAGCCGGAAACGATGCAAATTGATGATTTTCCCAGTAATGAGGGTTTGAGTGAGGATAAAGTGGTGAAG GACATTGAGATGGAAGAAAAACCAGCTCTGAAAAAAGAGGTTTTCACTTTGAATGCGAAAATTTCAAGAGAGGAGGATCC GACATTGAGTGCTGCTACCGCGGGTTGGCAGGCAGCAAAGAGGAGTACCGGCGGAGGAGGGGAGATCAATGGTGCTGTTT CGAAGGATGGTTTGTCCGCCGAGTTTAATTTGGAGGCAGATGGATCGCTGCCATTTTTCATACTAGATGCCCATGAGGAG TATTATGGAGCCAATATGGGAACGGTTTATTTGTTCGGGAAGGTAGTTTTGTGGTTTTAAATTTCTATTTTTGATTGTTG AGTTCTCTTGCAAGTAATCTTATGATTTGCACTATGCTACAGAATGCCTCATTTTCAATTCTCCTAGGAAGCTTATTGTT CATAATCAAGTATATCATGACATTTTATGTATCTTGCCTCACTATTTGTTACTCTCTTATTGTGCCCCGATTAGTGTAAA CATGTTCTCACAGCCAAGGATACTTCTTTATTGATTACTCTTAGTGTAGAAGATTATTTATACTTTATACTCATCCTTTA GTTAACATGAATCTAATTGAAGTAAGTACCTTTTCATTCACAATGCATGATGCTGCATATGTTTTCCTTCACTCATAGTT TTCTAGCGTCCTTTTTTCTCTGTTGACTTGAAACAGTCAGTTTTTCATTTCTGCCAATGAGTGACTTACTTGAATGAGGC AAATGACCTTTGACTGTTGGCATTTTGGTTGGTAATTAGGTGAAAACAGGGGATTTGTATCAGAGTTGCTGTGTTGTTGT GAAGAACATGCAGAGATGTGTCTATGCAATTCCAAGTCGTCCTTTGCATTACACTGATGAGATAATGAATCTTGAGAAAG ATGTCCAGGAGTCTCGAATTTCTCCTGCAGATTTCCATAAAAAACTGCAAGTAAGTTATTACTTTGTTGACACCTGGCTT AAATTTATATTATTTTCAGTTAGCTTGAATTCTTCCCTATATTTCTGACACCCTGGGATTTATACGTTGTGTTCTTTTTT CTTTTTAAATTTTAGGGTTCTGTATCTGATATAAAGAATGAGATAGCAAAACATCTGGTGGATCTGAATGTTTCTTCCTT TACCATGGCGCCGGTTAAGGTGTGCTGAATAAAACATTCCAATGCCTTGAATGCATGAATGAGTTATTTGATGCTTCTGT GCCATGTACATTTATTACTGGTTTTGTTCTGATTCGTTGCTCGTTTTTGCAGAGAAAATATGCATTTGAACGAACTGAAA TTCCGGCTGGTGATAATTATGTTGTGAAAATAAATTATCCATTTAAGGTACATTATAAAGTCTATTATTTACATTATCAA GCAAACGAGAGAGGGGGAGAGAAGAATATCAAAACATATATTTGATATTTCCTCATGTTGACGTTAATGACTTATGTAAA CACTAAATCTGCCTCTTCTCGTGTTAAAGATTATTTTCGAAGGATAGATCGTAATCTTGTTATGCAGGTATAGTTTGTTT TAATCTTTACAATAAATTTTAATCATTGCAGGATTCAGTACTTCCAGTAGACCTCAAAGGAGAAAGTTTCTGTGCTCTTC TAGGAACTCATTGCAGGTATTGTAAGCATTCAGAGACTATCCTGTGTGATGTTCTGGATATAATGAGAACAAGCACGTTG TAGGAAAACAAATTATTCTCACAAGTGATTATTACGACCTTATGTGCTGATAAATCTCTTTTCGATGGTGGCATTTTGGT TCAGTAATTCTGGACATTTAAACCTGTCACGCATCAGGGAATCCTTGAGGAGTTATTCTGATGGGACCCTGTAGATTTGT TTTTGTGAAGTTAAATGAATGTCTCAGTAGACATGCATTTGAAATACTTGCCTGAATCTTTGAAACAGAATGATACATGA GTTGATTTTTATTTGGGGTGTGAGGATCTAACTTAATTCTACGAAGTAGAAACTATGAAACTTCTTAATTGGTGAATAGA AGTTGTAAGTTGTAACCTTTTCAGACTGAATTCTGTATTTTTATTTAAAAATTTAAATACCTGAGCTTTAGGGAAGGGCT TTCCAAATGCTTTGTTGCGACTAAAATCCCTTAATTGTGCTAAGAGTGGTTGTAAATAGAATTATTATTATCTGTTAGAA AATCTAGTAAACTGACTGTATCACCACTTGCAGCGCACTCGAGCTTTTTTTGATTAAAAGGAAGATAAAAGGGCCTTCAT GGCTACAGGTTTCAAAATTTTCTACATGTTCAGCTTCTCAAAGGGTGAGATTCATAAGTTGGACATCTACTGGAAGTAAT ATTTATGATATTGAGCCCGTTCGGATATGGACCAAAAGAACTTATTGGAACTTCTTTACTTAAAAATGCACTTAGAAAGC TCAATTAAGTGTTCTTTGGTCCACATCCAAACGGGCTCATTGTCTTTAATTCTATATAGAGGCCACCATTTTATTCTTTT TATCCTAGCACCATCTTTGTGCTTGCAGGTTAGCTGGTGCAAATTTGAATTGACTGTTGACTCTCCTAAAGACATAAGGA TTTCTTCACCTTCCTTGAAAATCACTTGCGAGATGCCTCCTGTTGTTGTCACAGCGATAAACTTGAAAACCATCCTAAAT GAAGAGCAGAACATAAATGAAATTGTATCTGCATCTGTTGTCTGTTGCAATATGGTCAAGGTTGTTTCCATCACTTTGAT TTTGTTAGACATTGTGTAGTTTATCTTTTGTCATGAGTTCAAGTGCATTAATATGTGTGCACCCATGTGTGCACACTTCT AAATATTAACACATTTGTATATACAAATCTATTTGTCAGGAAGAGTTGATTTACTTTCAATATTCTTATCGAGTTTGAAT ATGGCTGACAAAATTATTGAATATTTTCCACTTTGTATGTTAGATATTTCTCTGCACATGATAAGAATATTTAGAGCTGT ATACATACATTTTGAATTCAAAGATTATCTTAAATTTTTGTTATGATGCATGCTTGGTGAATGAGCTACCAAATTGATGC TTATTTGATAGATGAATTCTGTTTCTGAAAAACCATAATCTGATATTGGATTATTGTTATTGTTGATGTATATGAAAGTT CAAAATAGGTAACTTAGTTTCAACTTAGTCTCATGCTCTCTTATCAATAACATGAACCTATGCCATTACAGAACATTAAG TTTCAAGAAATCATACTCAGTTTCATGTGTTAAAATATTCAGGCTGATGTAATATTCATAAGGTATTATTATTCAACGAA CAATAAGAATACGGTTTTAATTTGTTTCTTTTGAACATTTGGCAATTTGTTGGAACTTATGGTGATTGCAGGTAAACTGA ATTCTTAATTTAGCATGCTTGTGCTTATAAAATCAGACAGTTGGGCTTGACTAGGCTTGTTGGTAAATCATCTGAGCTGA TACAATGGGCATTGTCATGAATTTTGTTGTATTCCATAAAGCCTTAAAAAATTAGAAGCTTGAACTCAACACTTCTTTAG AGTGTGTGTAAATGTGCCTTTATGCCCTAACTGACTGCTTGAATATCATTATCAACTTTTAAGATATTTACTAGTTGTTT CACTACTTTATTAGATATAGTAAATGTGGAAATATGATCAGCAGTAACCTTTCCTGTTTGGCTTTTTAGATCGACACTCC TATGTTGGCTTCAGAGTGGAAAAGACCTGGAAAGCTGACCCATTTTACTGTTATTCGTAAACTTCATGGGAATATATTTC CTCTGGGATTCAATAAGGAGGTTACAGACAGAAACACAAAAGCGGGGTCAAATATTGTGTGTGCTGAAAGCAGGTAGAAA CTTTATAAGATATGTTGCTATTAGTCCTGGGTGTTATCCTTTGACTTAATATTATTAATATATTATGTGATCCAAAACTA GTACATTTTTTTCTTGATAATTTTATATGCTTGCTTCTAGGGTTGACCTATGTATTGACTTTTCTTTCAGTGAAAGAGCT TTGTTAAATCGTCTGATGTTAGAATTACACAAGTTGGATACTGATGTCCTTGTTGGACATAATATTTCTGGATTCGACCT GGATGTCCTTCTCCACAGATCCCAGGTGGGAATTTTAGCTTCTTAAACAATTTATTGTCATTTATATTTTTTATCGCCTT TTCACTTGTAATTGATATTAACTGAATTTTGCCTTTCATTTCGTAGTTTTAAGTCTATGTTTTCAAATGGAAAATATTGA AATGAGAAATAATTTGTTTAGATGGTTTGAACAGTTACATCATTCATTTATTCCCGATGTGAAAAAATAGTATGAAAATT TCCTGAAGTCCAAAATTACTTTATTAGAGGCTTCGAGCTGATAAAGATGGATATGTTCGAAAGAAGACTTGTTGAAAATG CAGCTTCAGACAATATTAAATAGAGTATTAAAATTCACATGGAGCTCTGAGTTTGCTATTTGATTTTTTAAGCTCAACAA CTTCCAATTTTTTTCCCGAATTTCCAAATACATTCCTGGTTTTGTTTTCATCTTATGTGCAAGGAAATGGCAGTCATTGT CCTAAAATGATCCATGTGTATAAATTCCTTTCACTGTAGAACATTATGCCTTTCAAAATCAGCAACCTGCTGCTTTCCAT CCAACTTGCATTTTACACTTTGAAAGATCTGCTGCCCCTGTGCAGGCTTGCAAAGTACCGAGCAGCATGTGGTCTAAACT AGGCCGTCTCAACCGTTCTACGATGCCTAAACTTGACAGGAGGAAGAAAACTTTTGGTTCTGGAGCTGATCCTGGTATCA TGTCTTGTATTGCTGGTCGACTTCTTTGTGATACATATCTGAGTTCCCGTGATCTATTAAAGGAGGTAAAATATTTGTTC AGAAACCTTGCATAGCAGGAGTTAAGTTTTTAATTCTTACTAACTATCTACATTGATCTTACCAGGTTAGTTATTCCTTA ACTGAGCTTGCAAAAACACAGCTGAACAAGTTTCGGAAGGAAGTTGCTCCACATGGAATTCCAAAAATGTTCCAAACTGC AGAGTCCCTAATGGAGCTTGTAAGTGCCAGTGTACTCAAACAGCTTTTTCTTTTAAATTGTTGAGAAAACTATTTGAAGT GCCTCATTGTGCAGGTTAAACGTTAATTCCTTTTTCAAATGATAAACATAAAACATCTCATTTTATGGTCACTCCCCCCC CCCCCCCCCCAATTTTGATTTTCTAAATCACTAATTCTGACTGATGTTTTTTTGGAATTTGGACCAATGAAAGTTCATTC ATCAAATATGGCATTTGGGATAGTTGTTGATGTTTGCACTAATTTTGCTCAAGTGGCCTGAACCTGATAATGCTCGTGGG CTAACTATTTGATGTGTTGAAAGTTGAAACTTAAAGTGAGACATGGGTAGGGATTAGTACTATGGAATGTCTAATGCTTA TAATGAACAATGCAGAATTTGTCGATTTTAGAATTAAAATTAATAAGTTGCTGTTCTTCTCAACTTGTCTTGATATTGTT TTGCAAAGTTGAAGTTTAGGCCAAACAACTTGACTTTGCGATTTGGAATGCTTGATTGGTTGAACTTGATATTTGATAAG CAGTGTATATGCTTCTGTACTGGTTGTCATAGTATTTCTTGATTTGTTCAGATTGAATATGGTGAAACGGATGCATGGTT GTCTATGGAACTCATGTTTCATTTGAGTATTCTTCCGCTCACACGTCAGCTGACTAATATAAGTGGTAATCTGTGGGGGA AAACTCTTCAGGTGAGTCCTCACAGCACTTTATTTGCTTGCTTGCTTAATTTGATATTGGACATGGCATAGCAGTTGGAG GCCCATGACTAATACTTACAATTTCAGGGTGCTCGTGCACAAAGAGTGGAGTATCTTTTGTTGCATGCCTTCCATGCAAA GAAATACATTGTGCCAGACAAGTTTTCAAATTACGCAAAAGAAACAAAATTGACAAAACGCAGAGTAACTCATGGTGTTG ATGATGGCAACATTGATGAAGCAGATATTGATGATGGAAACTACCATAACAATGCCTCCGAAATTGATCATAAGAAAAGC AAGAAGGCTTCTTCCTATGCCGGGGGACTGGTTTTAGAGCCAAAGAAGGGTCTTTATGACAAATATATATTGCTTCTGGA CTTCAATAGTCTTTATCCTTCTATCATTCAGGTTGATAACATTTTCTCTAAAATATGCTTTGTTTTAGTCTCACTTTCAT TCTACCTTGACATTTTGTCTTCTTATTTTACTTGCCTGCATTGCCTCTAAATAGGCCGTTTGCACTATTTGCAACTTACG AATGAATTACAGGAATACAATATCTGCTTCACAACTGTTGAAAGATCTTTTGATGGATCTTTTCCTCGTCTACCTTCTAG TACAATAACTGGAATCTTGCCAGAGGTAAAATTGCCGGCACAAGCCACTTTTTGTCTTTTGAATATTTTTTCCAGAATTA TAGGACTTGTAGATTGTATTTAACTTCAAGTTTTATATCTGCAACTACTACATTTGTTTTTACCAAAAATACTTAAACAT GAAGTTTTTCAATATGGAGTTCCCTAATTTGATGCATTGCAGCTTTGGAAAGGCAGTCATTTCTTATCAGAGCATGTAAA TTGTTATATGATCAAGGTCTAATTGCATAAGAGTTGGTAATGCATTCATGCTAAAATAGTTTCCATTTCATTGTGTTTAG ATAGTTTTTCTAGAGCTTTCCTAATCTTGTTTGTTTCTACCTTAGATTCTCATTTTATTTCTGTGACCAGCTTTTCAGTG TGGATTTGTTTGTTTAGTGTTTGGAAAACTACAAAATCAGAAAAGGCCTTACAACTGTTAAATTGAATGATGATTTGGAA GGTGGTGAAAAATTGACCTGATGACATAAAGGTGACCATTCAGTGTTGTCCTGGTTGGAGTTGGGGATACAAGAGACAGA ATCTTAGAAATTTCACCTACAGATTCAGAGCATTAATTTCAAATTCATAAATTTGGGCTAAATTGCTGCTAAAAATAACT TCAAATTAAAATTTCATGTTTTGAAACACAACAGATTATGATAAGTCATTTGAGTTTCTCAAAAAATATTGTATTGGAAT TTCTTATCAAAACTCATCTCTGCTGTGCCAAATTTGTCATAGAATGGTACCATCAACATCCTTGAATATTTATTTGGAAG TTTTCATATTGATCAAACTTGCATATCTGTTTTCATATGGTTTATCAATGCATTAGAAATTTGAGATGGTTTTATAACGA ATACATGAGTCATTTTCGTTCCCCTCCTGGAGGCTGCTGAGAATAGATGCGTATGTATATTTTAAATTTTTTGTTGTGCT AGTTGCTGGAAAATCTAGTTAAAAGGAGGAAAAGCGTAAAGACATGGATGAAGACTGCATCTGGTCTTAAATATCAGCAA TTTGATATTCAGCAGCAAGCACTGAAGCTTACTGCAAACAGGTTTGTTTCTTTTCTTGCCTCCGGTTCTACTGCCCAAAA TAGGTATTTCATTCCTCTTTCTGTATGTAAAACTTTATGGTGCATTATGCAGTATGTATGGATGCCTGGGATTTTCCAAT TCAAGATTTTATGCGAAGCCAATAGCTGAGCTCATAACCCTACAAGTAAGAAGATATGCTTGCTTATTCTGCATAGCTGG TGATCCACGTACTATCAAATATAATTGCAAACACATGCATTTTCATTTACATGGCTGATGATTGTACAGGGAAGGGAGAT ATTGCAGAGTACTGTTGACCTTGTTCAAAATAATTTGAACTTAGAGGTTATTTCTACTGGACTTCATTTTGTGTATTGAG GGATTTAGTATGTATAAGAATTATTTCACTTAACTGGTTGAGAATATTAGCTCTTAATTGTTGGACTGTCTTATATTGTA TAGGTGATCTATGGGGATACTGATTCAATAATGATTTACAGTGGGCTAGATGATATTGTGAAAGCAAAGGCAATGGCTGG AAAAGTTATTCAAGAGGTAAGATTTAACGATTAGCTGTGCGAAACTCCTTTTAACCTATGTAATAAACTCATGGTCATTG GGTTGTAGTTGATTTCGACCTCTGCTCTAATCTTGTGCAACATGGCATGTTAGTGCTAGACCCAGCTTTCCAGCCTTGTT ATTCCTTCTATGAAATACATTTGATGATTTTTTTAGACTTCAAATTTAAAGAGCATTTGAAGTTTTAAATGTTCATATTT CCTGGATCTTGACATTAGTTACAGTGGGTTCTCTTATGGGATGTAGAGTTGGATACTTCATCCATGAGGGTTTACCATAT TGGTTGCACTATTTACAATTGTAGACATTTTTTACCATGTGGTCTACCTTCCTAGTTTCCTTTATTCATCAAAAGTTCTT GTGGTATGTGATTTCTCCTTGAATTTATCATTAGGTCAATAAGAAATATAAATGCTTGGAAATTGATCTTGATGGTTTGT ACAAGAGGATGCTCCTTCTTAAGAAAAAGAAATATGCTGCTGTGAAGGTGCAGTTTAAAGATGGTAGCACCCCATATGAG GTATACTTACTCTTTTGTATTACCTAACATTGGGGAGAACAGGCCAGTGAGATTAATGTATGGTGCAGGTTATTGAACGT AAAGGTCTTGACATTGTTCGTCGTGACTGGAGCTTATTAGCTAAAGAATTGGGAGATTTTTGCTTGACTCAAATTTTGTC GGGAGGGTATGTTATAACACTTCCATCCAATCTGGCTATTTTAGATGCGGATTGACTCATTTATCTAGTAACTAATAGCA TGGCTCCCATGCTTTCAGGTCATGTGAAGATGTGGTTGAATCGATTCACAGCTCTCTCATGAAGGTAAATTGTGATACCT TGCAGCATCTGACATTGGTTTATAAACAACCTATCATGGGATTGGAGAATTCAACATCAAGGTGCTTGAGAGCGTAGGGC TCTGAACACCTTGCTGAAGAGTAGAATGATATTGCAGGATGGTCTGATACCCAGAGCTGCATATCCAAGTTTGATTGTAT TTGTCATTAGTGGATGTTTCAGAGTCGGTTTTTCTTAGCGGTCTAATTAATTATGAATATTTGGAGAGGGCGTCGAAGTT TTTTGGAACTTTATTCGAGTGTATTTTTCCCTTCCTTTGAGGTTTATTTATCTTGCAAACTGAACACTAATTTTATTTTT AATACAGGTGCAAGAGGAGATGAGGAACGGTCAAGTACCATTGGAAAAATATGTGATCACAAAGACATTGACTAAAGATC CTGAAGCTTATCCTGATGCCAAAAACCAACCACATGTTCTTGTAAGTCCAAGTTATTTGAATTTTTCTTTTACATGAAGT GGTCTGAAGTATGTTTTCTTTTGCTGTGATCTACTAAATTCTGATGAAGCCTTCTTGATTAACATACAGGTGGCACAAAG ATTGAAGCAGCAAGGTTACTCCTCTGGTTGCTCTGTTGGTGATACCATCCCTTATATAATTTGCTATGAGCAGGTTTGTC ATTAACTTGCTCTCAATGATAGGCCAAAAGGTGTAACTTTGAAAATATGTTGTTTGCATTGGTATTTGATGTTTTACATC TATGATGTGTCTTTTCTATGTTTACTATCTTCTGTTTTGAGCAGGGTGGTAGTTCAGGCAGTGCAAAGGGTATTGCTCAA CGTGCCAGACATCCTGACGAACTAAAACAAGAAAAGGGGACATGGCTAATTGACATTGATTACTATTTATCACAACAGGT ATTTGATACTTTAGCAGCTAATTTTATAAATAACAATCATTACCAAGTAGTGTACCCTGCTTGAGTATTTTCATTTTTCT CTTGCAGATTCATCCTGTGGTATCACGTCTCTGTGCATCAATTCAGGGAACAAGCCCAGAAAGACTGGCTGATTGTTTAG GGCTTGACACATCAAAGGTAAAACTTAGTTCTTTGTTTGTCTCAGCATTCAGAGGCAGGTAATTTATTTTGAATTATCTT TTTATCTTTTGTTCTCCTGAAATTGGCAAACTATATTGGTGTACAGTTTCAACATAAATCAAGTGAAGCTTCAAGTGTTG ATCCTACAAGCTCACTCATGTTTGCTGCTGATGACGAGGAGAGGTACATCTTGTTTCTAAAATTTGTGTCATTGATTGTT ACCTCTCTTAAGCGCATTTGCTACCAAGGCTAATTTGGAGATAGGCACAGCTTTCTCTTTTCCCCCTTTAGTGTGCACTA ACATTTTGGCCAATTTTCAAGTTTTTGAGCATCTTTATCCATTTATGTATTTGTTAATTTTTTACTAATGGGTTTCTCTA CCAACAATCGTAATTAATGGATTGAATGTGATAAAATTGCAGGTATCAGGGATGTGAGCCGTTGGTCTTGTCATGCCCCA GCTGCTCTGGTACTATTGACTGCCCACCTGTGTTTAAATCCGTTTGTTTGTCGGTGAATGAAAAGCCATCTAGCTCGGGC ACGGAGGAATCTGACTACAATTTTTGGCGTAAGCTGTGCTGTCCTAAATGCCAAGAAAATGGTGTTGGTAGAATTTCTCC TGCAATGATAGCCAATCAGGTTTAACAAATTTGAAATTTAAGGCCTCTGAAATTCTGTTGTTCATCTGCATTTAAGCTAG GAAGGTTTTTACACTGCTTTCAGGTCATGTATCATCTTCTAAAAACTAGATTCTTGTAGTGGCATTTATTAACATGTTTG TTGACTTGATTAAGCATAGAATATTGTTCCTGAGTATCTGCTTATATATAGTTCATTATACTTGATGTCAGGTCAAAATG CAAGCAGAGAAGTTCGTTTTAATGTATTATAGAGGTTCATTAATGGTAAGTCACCTCTCTGAAGTGTATTATGAATATTC ATAGCCTGTGAAAATTAGATGTCACCATTCTCAGCTCATTTTGCATCCAGTGCGATGACGAGACGTGTAAGCACACAACG CGAAGTATCAGCCTTCGGCTGGTTGGTGATTCTGAGAGAGGAACTGTTTGTCCAAATTATCCTCGCTGCAACGGGCGTCT CTACAGAAAGGTTTCACTCAATGAACCTGTTGCATATAAATAGTTTTTTACATATCTAATTTATATTTTATGAAGTTTTA ATGCATTAGTTTTATGAATTCACTGACCAAATATTTGTTCATGTTTCAGTACACTGAAGCAGACTTGTACAAGCAACTCT CATATTTCTGCCATGTATTCGATACTGCTAGTTGTATAGAAAAGGTACTCACTAAATGTCACAAGGAGATTTTAATGTAT ATACTTTTTTAAAAGCTGATGCAAACAATTCAGGTTATGTTATTTAAGTCATAAATGAATAATGATTAACTCATTATACA ACGTGATTATTAGCCAATTATTAATGTTTTTGCTTGTTCGTGTTTTTAATTTTGCAGTTGGAGGAAAAATCTAGGATACC AGTAGAGAAAGAGTTGATCAAAATTAGGCCAATAGTTGACCCAGTAGCATCAACAGTACAGAAGATGAGGGACCGTTGTG CCTATGGTTGGGTGAAGCTGGAGGACTTGGTCATTTCAATTTAATTTGTGAATTGATGCTTAATTTGGTTTATATAATCC AAGCATAAGTGAGGCCATAGGACATACAAATGTTCTTAAATGTTATCCATTAAATATATAGATAACCCCCCCACCAATTG ATATTGATTGAAGAGGGAGTGGAGGTGGGTTGGAAGTTGTAACCGATTAGAAGGGTTAAATAAGTTTTTGGTGTCTTAGG CTCGCTCTGATTTTAGTCATTGCTGGAGTGAAGTTTGTAAGCATCTCTCCGCTTAGGAAAATATCCCACTTTTAGTCCAC GCCGGAGTTTGATTTTCAGCAACTTTGTTAAGTGGCTTTGCTAGTCCAGGCACTGCTGTGTGTTTAATGAAGTTGGGTTG AATTTTGTTTTTTTTTTCTTTATTTTTTTTCCATTTCCGCATGCTTAATTAACCATTAAATTAAATTTATTTATTTATAA GTAAAAATTACAAACCCTTATATTGCCTCGATCATTCGAATGTCATATTTCCTCTATTTCTGCTTAGATACCTGCACTAC CTCTTTGAGATTGAATATGGCTTGGAGACCTATGTCCCCTTGCTTTTGGGTTGTGTTCTTCTCACTGTACACAGCAGTGT ACAGTGATTTGGATGAAATCAATCTGAAAGTGAAAAAAAA
CDS sequence (LotjaGi3g1v0127800.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTGATGACGACGGTTCCCGGAAGCGAAGGCCCACCAGAGGCCCCGAATCCACCGCCCGCAGCCAAGCCTTAGAGCG CCTCAAGGCCCGCCTTGGCGGCGGCCGCAGATCTGACCCCGCCGGACCCCAAATCAAGTTAGAAAACCCTATCTACGACA CCGTCCCCGAAGACGAGTACAACGCTCTCGTCGCGAAGCGCCGCGAGCAAGCGCAGGATTTCATCGTCGACGATGACGGC CTCGGGTACGGGGATCAAGGTCAGGAAGAGGATTGGTCCAAAGCAGGCTACACTCTCTCATCCGGAGACGAATCCGATGG CGGTGGCGAGAAGGCGGAAAAGCCGAAGCGGAAGAAGGATCCTCAGATCAAACGGCCTTCTGCTTCTTCAGTGTCACTCT CCGCCGCCGCAGCTATGATCGGCGCGCAGAGGCTGTCGTCGATGTTCACTTCCTCGAATTTCAAGAAGAATAGGGATGAG AAGGCTAGTGAGAGCATTGTTGATGATGTTATTGCGGAGTTTGCACCGGATGAGAATGATAGGCTGAGGCGAAGAAAGGC GCAACCGAATCCGTCGGCATACTCTCCCGGAGAATCTCTTAGGGTTAAGCCATGTACTACTAATTCAATTAGGGCTTCTC CGGTGTCTGGTAATTTCTCAATTGACGGCGGCACCGCGAAACCGGTTAGGGCTAATGAGAGCAATGGTAGTGAATTGGGG GTAGAGCTAAAGTTTGAAGAAGCAGCTGAACTGAATGGAAATTCTGAAAATGTTCAGGCGCAGCCGGAAACGATGCAAAT TGATGATTTTCCCAGTAATGAGGGTTTGAGTGAGGATAAAGTGGTGAAGGACATTGAGATGGAAGAAAAACCAGCTCTGA AAAAAGAGGTTTTCACTTTGAATGCGAAAATTTCAAGAGAGGAGGATCCGACATTGAGTGCTGCTACCGCGGGTTGGCAG GCAGCAAAGAGGAGTACCGGCGGAGGAGGGGAGATCAATGGTGCTGTTTCGAAGGATGGTTTGTCCGCCGAGTTTAATTT GGAGGCAGATGGATCGCTGCCATTTTTCATACTAGATGCCCATGAGGAGTATTATGGAGCCAATATGGGAACGGTTTATT TGTTCGGGAAGGTGAAAACAGGGGATTTGTATCAGAGTTGCTGTGTTGTTGTGAAGAACATGCAGAGATGTGTCTATGCA ATTCCAAGTCGTCCTTTGCATTACACTGATGAGATAATGAATCTTGAGAAAGATGTCCAGGAGTCTCGAATTTCTCCTGC AGATTTCCATAAAAAACTGCAAGGTTCTGTATCTGATATAAAGAATGAGATAGCAAAACATCTGGTGGATCTGAATGTTT CTTCCTTTACCATGGCGCCGGTTAAGAGAAAATATGCATTTGAACGAACTGAAATTCCGGCTGGTGATAATTATGTTGTG AAAATAAATTATCCATTTAAGGATTCAGTACTTCCAGTAGACCTCAAAGGAGAAAGTTTCTGTGCTCTTCTAGGAACTCA TTGCAGCGCACTCGAGCTTTTTTTGATTAAAAGGAAGATAAAAGGGCCTTCATGGCTACAGGTTTCAAAATTTTCTACAT GTTCAGCTTCTCAAAGGGTTAGCTGGTGCAAATTTGAATTGACTGTTGACTCTCCTAAAGACATAAGGATTTCTTCACCT TCCTTGAAAATCACTTGCGAGATGCCTCCTGTTGTTGTCACAGCGATAAACTTGAAAACCATCCTAAATGAAGAGCAGAA CATAAATGAAATTGTATCTGCATCTGTTGTCTGTTGCAATATGGTCAAGATCGACACTCCTATGTTGGCTTCAGAGTGGA AAAGACCTGGAAAGCTGACCCATTTTACTGTTATTCGTAAACTTCATGGGAATATATTTCCTCTGGGATTCAATAAGGAG GTTACAGACAGAAACACAAAAGCGGGGTCAAATATTGTGTGTGCTGAAAGCAGTGAAAGAGCTTTGTTAAATCGTCTGAT GTTAGAATTACACAAGTTGGATACTGATGTCCTTGTTGGACATAATATTTCTGGATTCGACCTGGATGTCCTTCTCCACA GATCCCAGGCTTGCAAAGTACCGAGCAGCATGTGGTCTAAACTAGGCCGTCTCAACCGTTCTACGATGCCTAAACTTGAC AGGAGGAAGAAAACTTTTGGTTCTGGAGCTGATCCTGGTATCATGTCTTGTATTGCTGGTCGACTTCTTTGTGATACATA TCTGAGTTCCCGTGATCTATTAAAGGAGGTTAGTTATTCCTTAACTGAGCTTGCAAAAACACAGCTGAACAAGTTTCGGA AGGAAGTTGCTCCACATGGAATTCCAAAAATGTTCCAAACTGCAGAGTCCCTAATGGAGCTTATTGAATATGGTGAAACG GATGCATGGTTGTCTATGGAACTCATGTTTCATTTGAGTATTCTTCCGCTCACACGTCAGCTGACTAATATAAGTGGTAA TCTGTGGGGGAAAACTCTTCAGGGTGCTCGTGCACAAAGAGTGGAGTATCTTTTGTTGCATGCCTTCCATGCAAAGAAAT ACATTGTGCCAGACAAGTTTTCAAATTACGCAAAAGAAACAAAATTGACAAAACGCAGAGTAACTCATGGTGTTGATGAT GGCAACATTGATGAAGCAGATATTGATGATGGAAACTACCATAACAATGCCTCCGAAATTGATCATAAGAAAAGCAAGAA GGCTTCTTCCTATGCCGGGGGACTGGTTTTAGAGCCAAAGAAGGGTCTTTATGACAAATATATATTGCTTCTGGACTTCA ATAGTCTTTATCCTTCTATCATTCAGGAATACAATATCTGCTTCACAACTGTTGAAAGATCTTTTGATGGATCTTTTCCT CGTCTACCTTCTAGTACAATAACTGGAATCTTGCCAGAGTTGCTGGAAAATCTAGTTAAAAGGAGGAAAAGCGTAAAGAC ATGGATGAAGACTGCATCTGGTCTTAAATATCAGCAATTTGATATTCAGCAGCAAGCACTGAAGCTTACTGCAAACAGTA TGTATGGATGCCTGGGATTTTCCAATTCAAGATTTTATGCGAAGCCAATAGCTGAGCTCATAACCCTACAAGGAAGGGAG ATATTGCAGAGTACTGTTGACCTTGTTCAAAATAATTTGAACTTAGAGGTGATCTATGGGGATACTGATTCAATAATGAT TTACAGTGGGCTAGATGATATTGTGAAAGCAAAGGCAATGGCTGGAAAAGTTATTCAAGAGGTCAATAAGAAATATAAAT GCTTGGAAATTGATCTTGATGGTTTGTACAAGAGGATGCTCCTTCTTAAGAAAAAGAAATATGCTGCTGTGAAGGTGCAG TTTAAAGATGGTAGCACCCCATATGAGGTTATTGAACGTAAAGGTCTTGACATTGTTCGTCGTGACTGGAGCTTATTAGC TAAAGAATTGGGAGATTTTTGCTTGACTCAAATTTTGTCGGGAGGGTCATGTGAAGATGTGGTTGAATCGATTCACAGCT CTCTCATGAAGGTGCAAGAGGAGATGAGGAACGGTCAAGTACCATTGGAAAAATATGTGATCACAAAGACATTGACTAAA GATCCTGAAGCTTATCCTGATGCCAAAAACCAACCACATGTTCTTGTGGCACAAAGATTGAAGCAGCAAGGTTACTCCTC TGGTTGCTCTGTTGGTGATACCATCCCTTATATAATTTGCTATGAGCAGGGTGGTAGTTCAGGCAGTGCAAAGGGTATTG CTCAACGTGCCAGACATCCTGACGAACTAAAACAAGAAAAGGGGACATGGCTAATTGACATTGATTACTATTTATCACAA CAGATTCATCCTGTGGTATCACGTCTCTGTGCATCAATTCAGGGAACAAGCCCAGAAAGACTGGCTGATTGTTTAGGGCT TGACACATCAAAGTTTCAACATAAATCAAGTGAAGCTTCAAGTGTTGATCCTACAAGCTCACTCATGTTTGCTGCTGATG ACGAGGAGAGGTATCAGGGATGTGAGCCGTTGGTCTTGTCATGCCCCAGCTGCTCTGGTACTATTGACTGCCCACCTGTG TTTAAATCCGTTTGTTTGTCGGTGAATGAAAAGCCATCTAGCTCGGGCACGGAGGAATCTGACTACAATTTTTGGCGTAA GCTGTGCTGTCCTAAATGCCAAGAAAATGGTGTTGGTAGAATTTCTCCTGCAATGATAGCCAATCAGGTCAAAATGCAAG CAGAGAAGTTCGTTTTAATGTATTATAGAGGTTCATTAATGTGCGATGACGAGACGTGTAAGCACACAACGCGAAGTATC AGCCTTCGGCTGGTTGGTGATTCTGAGAGAGGAACTGTTTGTCCAAATTATCCTCGCTGCAACGGGCGTCTCTACAGAAA GTACACTGAAGCAGACTTGTACAAGCAACTCTCATATTTCTGCCATGTATTCGATACTGCTAGTTGTATAGAAAAGTTGG AGGAAAAATCTAGGATACCAGTAGAGAAAGAGTTGATCAAAATTAGGCCAATAGTTGACCCAGTAGCATCAACAGTACAG AAGATGAGGGACCGTTGTGCCTATGGTTGGGTGAAGCTGGAGGACTTGGTCATTTCAATTTAA
Protein sequence (LotjaGi3g1v0127800.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MADDDGSRKRRPTRGPESTARSQALERLKARLGGGRRSDPAGPQIKLENPIYDTVPEDEYNALVAKRREQAQDFIVDDDG LGYGDQGQEEDWSKAGYTLSSGDESDGGGEKAEKPKRKKDPQIKRPSASSVSLSAAAAMIGAQRLSSMFTSSNFKKNRDE KASESIVDDVIAEFAPDENDRLRRRKAQPNPSAYSPGESLRVKPCTTNSIRASPVSGNFSIDGGTAKPVRANESNGSELG VELKFEEAAELNGNSENVQAQPETMQIDDFPSNEGLSEDKVVKDIEMEEKPALKKEVFTLNAKISREEDPTLSAATAGWQ AAKRSTGGGGEINGAVSKDGLSAEFNLEADGSLPFFILDAHEEYYGANMGTVYLFGKVKTGDLYQSCCVVVKNMQRCVYA IPSRPLHYTDEIMNLEKDVQESRISPADFHKKLQGSVSDIKNEIAKHLVDLNVSSFTMAPVKRKYAFERTEIPAGDNYVV KINYPFKDSVLPVDLKGESFCALLGTHCSALELFLIKRKIKGPSWLQVSKFSTCSASQRVSWCKFELTVDSPKDIRISSP SLKITCEMPPVVVTAINLKTILNEEQNINEIVSASVVCCNMVKIDTPMLASEWKRPGKLTHFTVIRKLHGNIFPLGFNKE VTDRNTKAGSNIVCAESSERALLNRLMLELHKLDTDVLVGHNISGFDLDVLLHRSQACKVPSSMWSKLGRLNRSTMPKLD RRKKTFGSGADPGIMSCIAGRLLCDTYLSSRDLLKEVSYSLTELAKTQLNKFRKEVAPHGIPKMFQTAESLMELIEYGET DAWLSMELMFHLSILPLTRQLTNISGNLWGKTLQGARAQRVEYLLLHAFHAKKYIVPDKFSNYAKETKLTKRRVTHGVDD GNIDEADIDDGNYHNNASEIDHKKSKKASSYAGGLVLEPKKGLYDKYILLLDFNSLYPSIIQEYNICFTTVERSFDGSFP RLPSSTITGILPELLENLVKRRKSVKTWMKTASGLKYQQFDIQQQALKLTANSMYGCLGFSNSRFYAKPIAELITLQGRE ILQSTVDLVQNNLNLEVIYGDTDSIMIYSGLDDIVKAKAMAGKVIQEVNKKYKCLEIDLDGLYKRMLLLKKKKYAAVKVQ FKDGSTPYEVIERKGLDIVRRDWSLLAKELGDFCLTQILSGGSCEDVVESIHSSLMKVQEEMRNGQVPLEKYVITKTLTK DPEAYPDAKNQPHVLVAQRLKQQGYSSGCSVGDTIPYIICYEQGGSSGSAKGIAQRARHPDELKQEKGTWLIDIDYYLSQ QIHPVVSRLCASIQGTSPERLADCLGLDTSKFQHKSSEASSVDPTSSLMFAADDEERYQGCEPLVLSCPSCSGTIDCPPV FKSVCLSVNEKPSSSGTEESDYNFWRKLCCPKCQENGVGRISPAMIANQVKMQAEKFVLMYYRGSLMCDDETCKHTTRSI SLRLVGDSERGTVCPNYPRCNGRLYRKYTEADLYKQLSYFCHVFDTASCIEKLEEKSRIPVEKELIKIRPIVDPVASTVQ KMRDRCAYGWVKLEDLVISI
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 | 16 | 16 | - | – | |
| MobiDBLite | 1 | 53 | 53 | - | – | |
| PANTHER | 8 | 1539 | 1532 | 0.0 | – | |
| Pfam | 25 | 92 | 68 | 9.4E-19 | ||
| TIGRFAM | 50 | 1290 | 1241 | 7.6E-258 | – | |
| MobiDBLite | 77 | 135 | 59 | - | – | |
| MobiDBLite | 106 | 124 | 19 | - | – | |
| MobiDBLite | 176 | 204 | 29 | - | – | |
| SUPERFAMILY | 350 | 857 | 508 | 2.72E-68 | ||
| Gene3D | 355 | 552 | 198 | 2.7E-60 | – | |
| Pfam | 385 | 763 | 379 | 7.8E-32 | ||
| Gene3D | 395 | 521 | 127 | 2.7E-60 | – | |
| CDD | 569 | 820 | 252 | 1.50111E-85 | – | |
| Gene3D | 569 | 884 | 316 | 5.2E-115 | ||
| SMART | 569 | 1071 | 503 | 1.4E-129 | ||
| Pfam | 828 | 1292 | 465 | 5.8E-122 | ||
| SUPERFAMILY | 853 | 1307 | 455 | 1.0E-117 | ||
| CDD | 903 | 1308 | 406 | 0.0 | – | |
| Gene3D | 916 | 1117 | 202 | 7.5E-75 | ||
| PRINTS | 928 | 941 | 14 | 2.1E-11 | ||
| Gene3D | 968 | 1014 | 47 | 7.5E-75 | – | |
| PRINTS | 1004 | 1016 | 13 | 2.1E-11 | ||
| PRINTS | 1057 | 1065 | 9 | 2.1E-11 | ||
| ProSitePatterns | 1059 | 1067 | 9 | - | ||
| Coils | 1085 | 1105 | 21 | - | – | |
| Gene3D | 1136 | 1322 | 187 | 7.8E-69 | ||
| Gene3D | 1331 | 1525 | 195 | 1.7E-50 | ||
| Pfam | 1333 | 1536 | 204 | 1.2E-45 |
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 replication | The cellular metabolic process in which a cell duplicates one or more molecules of DNA. DNA replication begins when specific sequences, known as origins of replication, are recognized and bound by initiation proteins, and ends when the original DNA molecule has been completely duplicated and the copies topologically separated. The unit of replication usually corresponds to the genome of the cell, an organelle, or a virus. The template for replication can either be an existing DNA molecule or RNA. |
Expression pattern of LotjaGi3g1v0127800.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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