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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0163900 |
| Transcript ID | LotjaGi6g1v0163900.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA polymerase I; TAIR: AT1G50840.1 polymerase gamma 2; Swiss-Prot: sp|F4I6M1|POLIA_ARATH DNA polymerase I A, chloroplastic/mitochondrial; TrEMBL-Plants: tr|A0A0B2NWI0|A0A0B2NWI0_GLYSO DNA polymerase I; Found in the gene: LotjaGi6g1v0163900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:44775505..44788681) extracted from Lotus japonicus Gifu genome v1.2.
ATGGTGCTTTCTGTAGGTATGGCATAACTATAGCTTTGACTGTCATGTTATACAAAACTATGGATTCAAGGTTTCTGGAT TTCATGCTGACACAATGCACATGGCAAGACTATGGGATTCATCAAGACGTTGGGTTGGTGGTTATTCTCTTGAAGCACTT ACAAGTAACAAAGTGGTCATGTCAAGGGCTAAGCTGAACTGTGAAAAGGATTTGATCGGTAAGGTGTCAATGACAAATAT ATTTGGTCTGAAAAAGTTTAAGAAAGATGGATCTGAGGGTAAAATGACTACCATTGCTCCTGTGGAAGTGCTGCAAAGAG AGGATCGTATACCTTGGGTATGTTATTCAGCCTTAGATGCTAGAAGCACTATGAAGCTTTATGAGAGCCTTAAGGGTCAT CTATCAGATATGGACTGGAAAATTGATGGAGCACGTGTTTTACACAAAAACATGTATGATTTTTATGAGGAATATTGGCA GCCATTTGGTGAGCTTCTAGTAAAAATGGAATCTGAAGGAATGCTAGTTGATCAGTCATATCTTCAAAACATAGAAAAGG TGGCCAAGGCAGAGCAACTTGTAGCGGTTAATCGATTTAAAAAATGGGCATCTAAGTATTGTCCTGATGCCAAGTATATG AATGTTGGAAGTGATGCTCAGTTGCGTGTCCTTCTCTTTGGTGGCACTGTGAACAGGTGCACATTATTTAAATCTTTTGT GGAGCATTTGTTTCTTACTTGATCATTTGGAGGTTGAAGTTGATATCATATGATTCATATCATGCGGTATTAGTTTTACC GTAATATGCTTTGTATAATCTCCATTATGCTAATATCATTATAAATTGTCAAGCACACGTTTTAATTTAATTTGAAATGC TATGCTGTTATATAAATTATCTCTTGTGCAGAGTGCTAATTGCATATGTATGTTGCAGGTTGATTTTTGGATCTGAAGGG ATTTGTGGTTTTATACTGATGCTCTTATTTATTTTGCTTTTAAAACATATTTTTTTATGTTTTCACGTGAATTATCTTTT TTATTCTAATTTGGAGCGTAAGTGCTTTTTTGGTATTCTTTTTCACTTGAAACAATTCAACTATATTTCCAGTTCTTGTG GTTGTCATGAAACTGTGATGACCATGTCATTGTATTCTACTCTCTTCACTTAATCACTATAATGAATTCCGCAAAAAAAA GGAAATAGCTTCTAACTTTGAGCTTTTTTGCCTGACTGAGTTCAAGATACTTCTAATACTACATTGGTTAGTATAAGGTC AGCCATTGGAATTTCTTTAGTTTTTACTTTGTAAATATTGCTTATATTCTTTGTTAGTGTAACTGTCAATCGTAATCTGG CCGCCATTGATCTTTTAAACCCATTCAACTAGTGGGATGAAGGAATTGTGTTCTTGAGGATCTATTCTATTTGTTTTAAT ATCAGAATCATAACTATGTGAATGTTACTTTGATATTTTTATATGATGTTCTGGCTGAGCTCATGACCAAGTTGCAATCT AATTCTATCTATGGAACATGTTTTTCTCAGATATTAAATGAAATGATGCCAAGTCTATGTTTGGAAGTATAGCTTTTATT TATCCTGCCCCTTTATTCATTACAGTAAAAACCATGATGAGGCAATTCCAACTGAGCGGATTTTCAGAATTCCCAATGTT GATAAAGTGATTGAAGAAGGCAAGAAGGCTCCCACTAAATTTCGTGATCTGAAGTTGCATAGCATTGGCTGTAACCTTAG AACTGAGATGTACACTGCTAGTGGTTGGCCCTCAGTTAGTGGTGATGCTTTAAAAGCCCTGGCTGGCAAAGTTTCTGCTG AATATGACTTTAATGAGGCTTGTAACTTTGATCTTGATGATGAAGATGGAAATCCTTCTCAATTTGAAGTTGAACCTGTA GAAATAGACCAATCTGCTTATGGAACAGCCTTTGCTGCATTTCCAACAGAGGAAGAAGGGAGAGAAGCTTGTCATGCACT TGCTGCTTTACGTGATGTCTGTTCAATTGACTCTTTGATCTCTAACTTCATCCTTCCCCTGCAGGTAATTATTCTTTTTC CCTTTTAGCATTTTTTTTTTGAACTTCATCCCTGTTCTGGTTGTGTTTATTGATTTTAATGCTACCCCTGTAAACAGCTT TCCCAATGTGATGGGCAATAGTAATGTCATTCATAAGTGCATTTGAAACATAGTTGGGGCTGTTCATGTTTGTGGATGTG AAAGTGAGGTTAGAATTTGGAGCACATGATTAATCCACTGGCTGAATGAACTTAGAAGGATGATCTTGGTCTAAGAAGCA CAGACACAGCTGAAAGGTCGCCATAAAGGTGACACAGCTCTAGCACAATCTTAAAATCCCATGATTTTACGCTTCTGCAC CCCTGTTCCAAGCTGAATCTGTTGTGTAATCTTTTCCCGTGGGATCTGGTAAAATCTTAGATTCAGGTCGTAAGATTCCA CGATTTTACGCTTCCGCACCCTTGTTCCGAGCTGAATCAGTTGTGTAATTGGCTGAGTAATCTCTTTCTCGTGGGATATG GTCAGAGCTTCTGATAGGTGCTGGAAGTTTTTCCCTCTGTTAGTGAAAATTTGGTCACTCTTACTGGACATTTATTGTTT TCTTTTCTTCTTTGGTGTTTTACTTTCATGTTAGCATACATCTTGTGGTTATGGATTTTGTTTATGACTTATTATGGTGT TAATCTTATGAATTTTTATTTCGACTTCAAATTAATGATAGTATTTACATGATATGTTCTCTGTCTATGCAATTTTTATG GATATGTATGTGTTTAAGTGTATTTTTTATCTATAGTAGAATCTTACGATCCGATTTACGACTCCATGGTTTACGATCTT GCACCCCCTTTCTGATCCCATGTAGAATCTCGATTTTCATAACATTGCTAACAAGGACATGCCAGTGACACCCTCGGATA CATATCTGTGTGGTGTTCTCTTTTTAGTCAGATTGTTCATCACCAGCTTGTCAGACATAGCTGTGACATAGACGGGCACG GTGTTTGTTGTCATCACCAACTCATCGATGCTGAGATTGACAGCCACACTTACAGATGTAGAGTTGCTGATCTCTTGTTT TTTCTCAGCTTGCAGGGAGATGGCTTCTGCGACACTGCTTAGGCTCTGATTGGTTTTGAATTTCGGTTACGAATTATGAT GACTCCCTTAAACCCTACCATTCCTCTGTAGTAGTCTAATAGTCTTTATTTAAGAAAATAGAACTGCAGTCACCTAGTGT AACAGAAAACAGAGTGTTATGCTGTAAAGTGTAAACTTTGTAGAATAGATGATAAATTTAATAATAGAAAATATCAAGTA AAAAGTATTAAGATATTATACGATAATTTTTTTACTATCAAGTTGTAAACTTTGTCATTTTTACTGTTATAGTTTATCAA GTAAAAAACATTTAACTAATACATGAAAAATTTAAAATTTTAATATTATTCTGTTATGGATTATCAAAATTATTTTTCAC ATTCTATAATATCAAATCAAATTATTAATCTAATATTTGACATGAATATTAAATATTTAATATCTAAAATGGGAGACTAT TTATCGTAATTTGTACATATTAATTTTACTTTTTATGATTTGCTTAGGATACTCGTCTTGGATGTAGAGCCCGAGAAGAG ATTGATAATACTATTTCTATTGATTAATAGCAGCCTTGGTGAATAATTAATATTGATATAATAATTTTTCTTCTTTTTAG TAGTTTTATTATGCTATGATTTTTTATATATACAGTGCATTAGCTACATACTGTCCTATTATTTTTAGATTGAGTCCAGT CATGTCAGTGTCATATTCGAATCCAATTTTGTGCCCGTGCTTCCTAGATTTTGGTATATTATAGATTGCATTTATATTGT AAGTTTGTAACAATTAGGTTGTTGATGTCTGCTCTATGTTAGCTTAATCTGTTCTCAATGGCAGGGACATAATATATCAG GAAAGGATAACCGTGTTCATACTTCCCTCAATCCCAACACAGAGACTGGGCGCGTGTCAGCAAGTAGGCCAAGTCTGCAG GTTATTCCTACATGCATGACATATTAGTTGTTGGTTTAGCTGCAATTTTCTAAACGCCTTAATTTTTTCTGTCTCGTATG GTCATCTGTACATGTATATTTACTGATGGTAGTATGAGAGTGACCTTCATCTGTTCATAATCTGTTTATGTACATTTAAT CATTTTTTTTGTATTAATCATATCTTCCTTCCCCATACAGAATATTGTATGAGTGCAGAGATTACATTGAACTTTCAATT AGAAGCACTCACTTTGGTCTTAATGCATTATCTCTTAATTTTGTAGTTATTTGAGCTCACGAGTGTTTATACTTCAATAT GAATTTATGTGACTTTTAATTTGAACTTTTGACATTCAAATATGTGAATTACATTTGTTAGATGAATTGTTTGATTTTGA AAGTTAACCGATTTATTCGAATGTTGTTAGGGCAGAATGGGATGGAAAAGTAGTTAGGGAAAATTAGTTACTGAATTATA GGGGATTAATAAGGTTCGAAGGGTCATATTTGTTAGCAAGGCAAACAAAGTAGTAGCTCAGTTCTAAGCCCTTGGAGTTA GATCTCTCTCTCTCTCTCCTTGTTCTGTTCATTTTTCTGTTGTTTACTAAAATCATTCTAATCTTTTCTGTATTTCCATT GTGGATTCCTGACAACATTTATAATTTATAAATTAGAATCAACCTGCTTTGGAGAAGGACAGATACAAAATCCGTCAAGC ATTCATAGCTGCTCCTGGAAATTCTCTTATAGTTGCTGATTATGGACAGGTTAGTAGTTTTTAGATCTTCCTAATTGAAT TAGTTGCAAGAAATTCTATTCTGTTGATGGAGCTATGAATTGTTACAGCTGGAACTTAGGATTCTCGCTCACCTTGCTGA TTGTAAGAGCATGTTGGAAGCCTTTGAAGCTGGTGGAGATTTCCATTCAAGAACTGCAATGAATATGTACCCATATATTC GTGAAGCAGTTCATGAAAAGCAAGTGCTTCTTGAGTGGTATCCTCAACCTGGTGAAGACAAGCCCCCAGTTCCTCTTCTG AAGGTAAATTGTCTTCTGATGGGAGTAACTGATAGGTTTAAACATGTGTACTCTAGGAAAAGGACCAGAGTGTGAACTGG CTAAGAGTTTAGGGACTGGAAATGAATAAACAATTAGTTAGTTAGTGCCAGCTGTTGCCAGCTGTAGGCAGTTAGAGGTA GTAACCGGTTGCAGCTATGCAACTGTTAGTATAAAAAGGGAAAGCTAGCTTGCAGATGAAGCTATCAAAGATTAGAGTTC AGAATTCTGGTTGAGGAACCAGAGAGAGATTGAGGAATCTCTAGGAACCCTAGTTTCACTGTTCTTCCCCTTTTCCCCAA TTTTCTCTGTAATTTTCCAATTCCCCGAATCAATTCTCAAATTGATTCCAAGTTGTAACCTCAGTTTCAATTCAATAATA TTCATCTGATTTACCAGTGTTATCACTGGTATCAGAGCACCATTCTTGGTGCCTGAGGGTGAAAACCACGTGATTTCTGC AACTCTGAATGGTATCAACAAGAACGATGGCCAGAAGCGATGGAAGCTGGAATCAAGAAAGGGATGAATTGCGACAGGAA ACAGAGGGTTTGCGTACCCGATTGGAGCTATACGAGGCGCGCACCAAGGTGGCTGAAGAGCTCATCGCGTCGCTGCGAGC CAGAGTGGAGGTTCGCGATCGTGATTTCGCCGGAGAAGACGAAGCCGAAATAAGCGGTAACCGAGAGGCTCGAGAACGTG TTCCCAGCAAGAATCGATGGAGGAAGTTGGAAATTCCAATCTTCTCAGGTTCTGATGCCGTTGGTTGGACACAGAAATTG GAGCGATATTTTGCTCTGAGAGAAGTGACTGAGGAAGAGAAGATGCAGGCAACCATGGTGGCTTTGGAGGGACGTGCACT AAGCTGGTTTCAATGGTGGGAGAGGTGCAACCCTTCACCGTCCTGGGATGCATTCAAGCTGGCTGTGGTAAGAAGATTCC AACCTTCTATGATTCAAAATCCATTTGAATTGCTGTTAGCTTTAAAGCAAGTAGGTTCAATAGAGGATTATATTGAAGAA TTCGAAAAATATGCTGGAGCTTTGAAAGAAATTGATCATGATTTTGTGAGAGGAATTTTTCTGAATGGACTTAAGGAAGA GATTAAGGCTGAAGTGAGATTGTTTGAGCTTAACACTCTAGCAGAAGTTATACAGAAGTCAATTCTGATTGAACAGAAAA TTTGCTAGCAACTAAGAAGAGTGGTGGATTTGTGAGGCCTAACAATGCTTATAGAAGCAATAACTATAACAGGACAGTTA CAGTGGAACCTGTTGGTAATACTGAGAATAAACTAGGAAGCTCTAGTGGAAATAACAAGGCTGGACCAGCTCTTGAAGGG GGAAGACCCAGGGTTGGTGAGTATAAGCACTTGACAGCTGCTGAGATGAAGGATAAAAGAGAGAAAAACCTGTGCTTCAG GTGTGATGAGCCTTTTAGCAGGGACCATAAGTGCAAGAATAGACAACTTAGAATGTTAATCATGGAGGAGGAAGATGATT TGGAAGGAGGTGAGTTTGAAGATGCCTTATCTGGGGAATTTAACTCACTGCAATTATCCCTCTGCTCAATGACAGGATTT ACTTCTCAGAAATCATGGAAAATGAAGGGAAGCATTAATGATCAGACAGTGGTGGTCCTCATTGATTGTGGGGCTTCACA TAGTTTTGTTTCCAAGGAATTGGTGGGAAAGTTGCTGCTGCCAGTGGACTACACCCCTTCTTACCCAGTGGAAGTAGGAG ATGGTCATAAAATTAGTTGCAGGGGTAAGTGCTCTAAACTGAAGCTTATGATACAAACTTTAGAGGTCATTCAGGACTTC TATCTATTTGGCCTCAATGGAGTAGATATGGTGCTGGGTTTGGACTGGTTAGCTAGTCTTGGTGATATAAAACCCAATTT CAGCAAGATGAAGTTGTCTTTGAAGAGAGGGGGGCAATGGATTACTTTGGAAGGGGATTCTGCTCTGACCAGAACTGAGC TATCCTATGGGGCACTCATGCAAATTTTGATTGAAGAGGGAGAAGGATTGCTAATCCACTGTGAGCAAGAGAGCATTTCT GGACTGACAACCAAGAATGTGCCAGCACAGCTAACTAAAGTTTTGGATGCTTTTGCCTCAGTTTTCCAGGATCCTGAGGG GTTACCTCCAAGGAGGAGGCATGACCATGCCATCCACTTGAAAGAAGGGGCAGAGATCCCAAATCTAAGGCCATACAAGT GTCCCCATTACCAGAAAAATGAGGTAGAAAAACTGGTGGCTGAAATGTTAGAGGGAGGGGTTATAAGGCCCAGTATTAGC CCTTATTCTAGTCCTATAATTTTAGTTAAAAAGAAAGATGGGGGATGGCGCTTTTGTGTTGATTTTAGGGCACTCAACAA GATCACCATACCCAACAAATTTCCAATTCCAATCATAGAGGAATTGTTGGATGAAATAGGTGGAGCCAAGGTGTTTTCTA AGCTGGATTTGAAATCTGGTTACCACCAGATTAGAATGAAAGAGGAAGACATAGAGAAGACTGCGTTTAGAACACACGAG GGGCATTATGAATTTCTTGTGATGCCTTTTGGTCTCACTAATGCCCCCTCTACATTTCAAGCTCTTATGAATGAGGTCCT CAAGCCTTACCTTAGGAAGTTTGCTTTGGTATTCTTTGATGACATTCTGGTATACAGTCCAGATTTGTCAACTCACTCCT CACATTTACAGCAAGTTCTGACTTTGCTAGACCAGAATTCACTCAAGGCTAATAGGAAGAAGTGCACTTTTGGCCAAGAC AGTCTAGAGTACTTAGGACACATTATTTCTGGGGATGGAGTTGCAGCAGATCCATCTAAAGTTGAGGCAATGAAGAATTG GCCAACTCCTATGGATATTAAGGGATTGAGGGGTTTCCTTGGTCTAACTGGTTACTATAGGCGATTTGTGCAGGATTATG GGAAAATCGCCAGACCCCTTACTGATCTCTTAAAGAAGGATGGGTTCAAATGGACTCTTGCAGCTACAGAGGCTTTTGAG AGCTTGAAGACAGCCATGGTCAATCTTCCTTTACTTGCAGTACCTGATTTCTCCAAGCAGTTTGTAGTGGAAACTGATGC ATCCAGTAGAGGACTTGGAGCTGTTCTCATGCAGGAAGGAAGACCATTAGCATTCTGGAGTCAGGGGCTATCTCAGAGGG CACAAATGAAATCAGTTTATGAGAGGGAGTTAATGGCTCTTGTGCAGGCTATTCAGAGATGGAGACACTACCTCATGGGA AGACATTTCATTATCAGGACAGATCAGAGGAGCCTCAAATTTCTGAATGATCAGAGGTTGTTCACTGATGAACAATTCAA ATGGGCTGTAAAATTGGTAGGAATGGATTTTGAAATCCAATACAAGCCTGGTAGTGAAAATTCTGTTGCTGATGCCCTCT CTAGGAAAATGATGTATTCTGCCCTCTATCATTTCTCCAGCTGACAAAGAGGAATGGAAGTCTGCGTTGCATCAAGATCC CAAGCTTTCTAAGGTGATCCAAGATCTCATTATCTCTCCCTCATCTCATGATGGTTTCAGTTTTAGGAAAGGATACTTGT ATTATAAGGACAGATTGGTGGTATCTAAAAATTCCAACAAGATTCCTATGATCATTTCTGAATGTCATGCCACTCCAATG GGAGGTCACTCTGGCCATTTTAGGACTTACAAGAAGATTGCTAGTTTCCTATACTGGGAAGGAATGAAATCTGATATCAG GAAATTTGTGGAGGAGTGTGGCATTTGCCAAAGGAGTAAATATTCCACCTTAGCTCCAGGAGGGTTGCTACAACCTCTTC CTATACCAACTCAGGTTTGGATGGATGTGTCCATGGACTTTGTTGGAGGGTTACCTAGAGTTAAGGGCAAAGACACCATT TTGGTGGTGGTGGATAGGTTGTCTAAGTTTGCTCACTTTTATGCTTTAGGCCACCCTTTTTCAGCTAAGGATGTGGCTTT AGTATTCATCAAAGAAGTGGTAAAACTCCATGGTTTTCCTACAACCATTGTTTCTGATAGAGACCCACTTTTCCTTAGCC AATTCTGGAAGGAGATGTTTAGGCTGGCTGGAACTCAATTGAAGTTAAGCACTTCTTATCATCCTCAAACAGATGGACAA ATAGAGGTTGTTAACAGGTGTTTGGAGACCTACCTCAGATGTTTTGTTGGTCCTAAGCCTAAGCAATGGTTAGAGTGGCT TTCTTGGGCTGAGTTTTGGTTTAACACCAACTACAATAGTTCTGCTGGGATGTCACCTTTCAGGGCTTTGTATGGAAGGG ACCCTCCTATTCTGTTGAAGGCTGGAGCTATTCCCTCAAGGGTGGAGGAAGTTAATCAGATGTTTCTCCATAGAGATGCA GTGCTGGAAGAGTTAAAGTTCAATCTGGCCAAAGCTCAGAACCAGATGAAAGTTCAAGCAGATAGACACAGAAGAAATGT GGAGTTTCAGGAGGGGGATTGGGTCTACTTGAAGTTACAGCCCTACAAGCTCAAGTCTTTGGCTTCCAGGCCTTTTGCTA AGCTGGCCCCAAGGTTCTATGGCCCTTATCAGATCCTCAGCAGAGTGGGACCAGTTGCTTACAAGTTGCAGCTCCCTCCA CATGCTCGGATTCACTCAGTTTTCCATGTCTCACTCCTGAAGAAAGCTTTGAAGCCAGAACAGCAGCCTCAGCCTCTACC TCCAATGCTCAATGAGGAGTTAGAATTAGAAGTAGCTCCTGCTGATGTGATAGCTTCCATGGAAGATGCCTTTGGCAACT TGGAGGTGTTAGTGAGCTGGGATACCTTGCCTTCTTGTGACAATTCTTGGGAATCAGCTGCCAAGATTCAGGAACAATTT CCTTTGTTTCCCCTTGAGGACAAGGTCAAACTTTTAGGGGGAAGTATTGATAGGTTTAAACATGTGTACTCTAGGAAAAG GACCAGAGTGTGAACTGGCTAAGAGTTTAGGGACTGGAAATGAATAAACAATTAGTTAGTTAGTGTCAGCTGTTGCCAGC TGTAGGCAGTTAGAGGTAGTAACCGGTTGCAGCTATGCAACTGTTAGTATAAAAAGGGAAAGCTAGCTTGCAGATGAAGC TATCAAAGATTAGAGTTCAGAATTCTGGTTGAGGAACCAGAGAGAGATTGAGGAATCTCTAGGAACCCTAGTTTCACTGT TCTTCCCCTTTTCCCCAATTTTCTCTGTAATTTTCCAATTCCCTGAATCAATTCTCAAATTGATTCCAAGTTGTAACCTC AGTTTCAATTCAATAATATTCATCTGATTTACCAGTGTTATCAGTAACCATGCCTCTAGGTGTTCAAAAATGTCTTTTTG TTAGTTTTGTATATATTCTAACAGTTTGGTAGATCAGAGCGACTGCTTTCTATGTACATTTGACATAGTTCTCTGACTTC TCAACAAAAGTACAATTAAGATATTAATAAACTGACCCTCTAACAATCTGAAATATAAGTCTTTAATGAGAGGCAGGAGG AAATATGGGAAATATATTTTTATAGAGAACTTAAACTTTATCACATATTATGTTGTTGTGGTACCTAAGATGAGACTTCT AAAATTTTCAAGGTATTTCAATTGATATTTTCTTTCCCTGAATAAGGAAGTTGAAATCCCGTCTCATAAGATAAAGTTTC CAAGATTCTACTTCTCTATTGTGGCTATCCATAACATTCTGTCCTTTTCACCCTTCCCCTTAATTCTCTTTTCCTGCTAC ACCAACAAATCCATGATGTTTCTGAGACTGATTGATCTCTGGCATTGATATTCAACATATTGAAACAGCTCCCTCAAATC CCTTGCTGACAACCAACTTAAGAAATCCCTCTACCACCCAAAGTCTTCACATATTACTTCCACATCCTTTCCACTTATAT TATCTCATTTTTCCTCTCATGCTTTCTGAGGATATTTATTGAAGCCATTAATGAATATGAAGGTGAAGATGCACTCCCAA GTTTCTTCTTTGCTTTGTTCTGTCTTCTTGTGAGCTATCAATTTTTGCCTTGATTATCGTAAATACACATATACATAGTT GAGTTTTTTTTGTGCAGTTCATATCAATTTTTGACTCTTTTTTTTCTAGGATGCCTTTGCTTCGGAAAGAAGGAAAGCCA AAATGCTTAACTTCTCAATTGCATATGGAAAGACCCCAATTGGGCTTTCTAAGGATTGGAAGGTACTGTGAATTCTATTA CATATTATGAGGGGCTTTTAATGGGTGACAAGCCCTCATGATTGTTGATTTGATTGTACAAACAAGTTTATACATATTTT TCTGTCAGGTTCCTGTCAAAGATGCTAAGAAAACACGTGACCTTTGGTACAATGATAGAAAAGAAGTGTTGAAATGGCAA GAGGAACGTAAAAGAGAAGCTTGTGAATACCACTGTGTTTACACTCTGCTTGGCCGAGCCCGGCGGTTCCCTTCAGTAGA TCTAGCTACCAACTACCAGAAAGGTCACATTGAACGAGCTGCTATAAATACTCCAGTGCAGGTCCTTAATTCTTTGAAAT ACATCTATGCAATTGTGTGCCGCCTTCCCTTCATGTCTTTCACTATAATCTCAAGTTTCCCTTCATGTCTTTCACTATAA TCTCAAGACGTTTGATGGTCACTTATAATAAATTTAAAATATAGTGATTTCTTTATCCTAATCCTACCATAAAAAAAGGT GACTGGTTCTTACTGGAGTGGACCTATGATATAATCAGTTACATTCAGGTTTTTTGGAAGATTCTGTCTGTCTTTCCTTG CAACAAGCACCTTCTTTAAAAAGATTATCCGCTTGCTTTTAGAGATGGTTGTGGAAAGTCACTGTTATGTTTAGTTGTTG ATTAAGTCGCATGTTTAGATCCCTCTCCCTGCCTCTATCAATTCACATAGTGTATGATCCATTCCTACCTTAAGGACCTT TCTTTTATGGTTTTCTGATTTTTCATGTGCAACAGGGTAGTGCAGCAGATGTTGCCATGTGTGCCATGTTACAAATAGCC AATCATAAACAGTTGAAGGAGCTTGGATGGAAGTTACTTCTTCAGGTTAATATTTATATCAAGAATTTTCCCATTCTGTC CTCTCTTTATGTTCCATTCAATTAATTTTGCCTGCTTGTGGTTTGATTAAAATGGTTGTAATCCGTTGATTTTGGGGAGA ATGAGGTAAGTATAACTAATAAAAGAGAGCTGGCTGTTGATTGAAAAGTTACACAGGGATTCATGACAACTTAGTTGGTG TTTGTTCCTTTCTTAACTAGTACTCCCTCCGGTCCTATTTATAAGCAACAAAAAAAAAAATTCGCATAGTTTAAGAAATG TAGTTAAACTAGATAAAATGCATTAAATTTGTCTTAAATTAAAATGAACTTCCAAAATTACCCTTTGTTATTAGTGTTGG AAAGTGGAAAAGAGAGAGAATAATTAATGAGACACATTTTACAAGTTAGAATTAATAAGGGCATCATTGGAAAAAATTAA TTAATATAGCTCAAACTTTCATTTGGTTCTTATAAAAATGACCAAGATTTTTCTTCTCTTTCATGCTTATAAATAGGACC GGAGGGAGTATTTTCCATTTTGTCATAATACTCTACACTATATACATGATGGGAATTCATCTTCCATAACATGGATGGTT TGGATTATTTAAGTGATACATTTTGAAACTCTCATATTTTTAATTGACTTGCTGATTTTATCATCCTGGTTGTATTTTTT CCATATCTCATTTTAGTTAAAGTTGCACTACAAACATCTTAGCTTCAGTGGATAATTCCATCATACAAAATTCTGTGGTC TATTTAAAAGCTTTCTTGCTACATTTTCATTAAGATTTCAGATATGACAAAGCAGGTTCACGATGAAGTCATATTGGAAG GGCCAACAGAGTCGGCTGAGGTTGCAAAGGCCATAGTTGTCGAGTGCATGTCAAAACCCTTTAATGGCAAGAACATTCTT AAAGTCGCCCTCTCTGTGGATGCCAAGATTGCTCAAAACTGGTATGCTGGAAAATAG
CDS sequence (LotjaGi6g1v0163900.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCACATGGCAAGACTATGGGATTCATCAAGACGTTGGGTTGGTGGTTATTCTCTTGAAGCACTTACAAGTAACAAAGT GGTCATGTCAAGGGCTAAGCTGAACTGTGAAAAGGATTTGATCGGTAAGGTGTCAATGACAAATATATTTGGTCTGAAAA AGTTTAAGAAAGATGGATCTGAGGGTAAAATGACTACCATTGCTCCTGTGGAAGTGCTGCAAAGAGAGGATCGTATACCT TGGGTATGTTATTCAGCCTTAGATGCTAGAAGCACTATGAAGCTTTATGAGAGCCTTAAGGGTCATCTATCAGATATGGA CTGGAAAATTGATGGAGCACGTGTTTTACACAAAAACATGTATGATTTTTATGAGGAATATTGGCAGCCATTTGGTGAGC TTCTAGTAAAAATGGAATCTGAAGGAATGCTAGTTGATCAGTCATATCTTCAAAACATAGAAAAGGTGGCCAAGGCAGAG CAACTTGTAGCGGTTAATCGATTTAAAAAATGGGCATCTAAGTATTGTCCTGATGCCAAGTATATGAATGTTGGAAGTGA TGCTCAGTTGCGTGTCCTTCTCTTTGGTGGCACTGTGAACAGTAAAAACCATGATGAGGCAATTCCAACTGAGCGGATTT TCAGAATTCCCAATGTTGATAAAGTGATTGAAGAAGGCAAGAAGGCTCCCACTAAATTTCGTGATCTGAAGTTGCATAGC ATTGGCTGTAACCTTAGAACTGAGATGTACACTGCTAGTGGTTGGCCCTCAGTTAGTGGTGATGCTTTAAAAGCCCTGGC TGGCAAAGTTTCTGCTGAATATGACTTTAATGAGGCTTGTAACTTTGATCTTGATGATGAAGATGGAAATCCTTCTCAAT TTGAAGTTGAACCTGTAGAAATAGACCAATCTGCTTATGGAACAGCCTTTGCTGCATTTCCAACAGAGGAAGAAGGGAGA GAAGCTTGTCATGCACTTGCTGCTTTACGTGATGTCTGTTCAATTGACTCTTTGATCTCTAACTTCATCCTTCCCCTGCA GGGACATAATATATCAGGAAAGGATAACCGTGTTCATACTTCCCTCAATCCCAACACAGAGACTGGGCGCGTGTCAGCAA GTAGGCCAAGTCTGCAGAATCAACCTGCTTTGGAGAAGGACAGATACAAAATCCGTCAAGCATTCATAGCTGCTCCTGGA AATTCTCTTATAGTTGCTGATTATGGACAGCTGGAACTTAGGATTCTCGCTCACCTTGCTGATTGTAAGAGCATGTTGGA AGCCTTTGAAGCTGGTGGAGATTTCCATTCAAGAACTGCAATGAATATGTACCCATATATTCGTGAAGCAGTTCATGAAA AGCAAGTGCTTCTTGAGTGGTATCCTCAACCTGGTGAAGACAAGCCCCCAGTTCCTCTTCTGAAGGATGCCTTTGCTTCG GAAAGAAGGAAAGCCAAAATGCTTAACTTCTCAATTGCATATGGAAAGACCCCAATTGGGCTTTCTAAGGATTGGAAGGT TCCTGTCAAAGATGCTAAGAAAACACGTGACCTTTGGTACAATGATAGAAAAGAAGTGTTGAAATGGCAAGAGGAACGTA AAAGAGAAGCTTGTGAATACCACTGTGTTTACACTCTGCTTGGCCGAGCCCGGCGGTTCCCTTCAGTAGATCTAGCTACC AACTACCAGAAAGGTCACATTGAACGAGCTGCTATAAATACTCCAGTGCAGGGTAGTGCAGCAGATGTTGCCATGTGTGC CATGTTACAAATAGCCAATCATAAACAGTTGAAGGAGCTTGGATGGAAGTTACTTCTTCAGGTTCACGATGAAGTCATAT TGGAAGGGCCAACAGAGTCGGCTGAGGTTGCAAAGGCCATAGTTGTCGAGTGCATGTCAAAACCCTTTAATGGCAAGAAC ATTCTTAAAGTCGCCCTCTCTGTGGATGCCAAGATTGCTCAAAACTGGTATGCTGGAAAATAG
Protein sequence (LotjaGi6g1v0163900.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MHMARLWDSSRRWVGGYSLEALTSNKVVMSRAKLNCEKDLIGKVSMTNIFGLKKFKKDGSEGKMTTIAPVEVLQREDRIP WVCYSALDARSTMKLYESLKGHLSDMDWKIDGARVLHKNMYDFYEEYWQPFGELLVKMESEGMLVDQSYLQNIEKVAKAE QLVAVNRFKKWASKYCPDAKYMNVGSDAQLRVLLFGGTVNSKNHDEAIPTERIFRIPNVDKVIEEGKKAPTKFRDLKLHS IGCNLRTEMYTASGWPSVSGDALKALAGKVSAEYDFNEACNFDLDDEDGNPSQFEVEPVEIDQSAYGTAFAAFPTEEEGR EACHALAALRDVCSIDSLISNFILPLQGHNISGKDNRVHTSLNPNTETGRVSASRPSLQNQPALEKDRYKIRQAFIAAPG NSLIVADYGQLELRILAHLADCKSMLEAFEAGGDFHSRTAMNMYPYIREAVHEKQVLLEWYPQPGEDKPPVPLLKDAFAS ERRKAKMLNFSIAYGKTPIGLSKDWKVPVKDAKKTRDLWYNDRKEVLKWQEERKREACEYHCVYTLLGRARRFPSVDLAT NYQKGHIERAAINTPVQGSAADVAMCAMLQIANHKQLKELGWKLLLQVHDEVILEGPTESAEVAKAIVVECMSKPFNGKN ILKVALSVDAKIAQNWYAGK
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 | 1 | 660 | 660 | 1.1E-299 | ||
| Gene3D | 1 | 139 | 139 | 5.6E-10 | ||
| PANTHER | 1 | 660 | 660 | 1.1E-299 | – | |
| SUPERFAMILY | 119 | 658 | 540 | 4.67E-96 | ||
| CDD | 254 | 658 | 405 | 0.0 | – | |
| Pfam | 329 | 453 | 125 | 1.3E-26 | ||
| MobiDBLite | 355 | 379 | 25 | - | – | |
| PRINTS | 357 | 379 | 23 | 2.7E-28 | ||
| Gene3D | 366 | 656 | 291 | 3.1E-73 | – | |
| PRINTS | 380 | 395 | 16 | 2.7E-28 | ||
| SMART | 390 | 620 | 231 | 2.2E-49 | ||
| PRINTS | 402 | 425 | 24 | 2.7E-28 | ||
| Gene3D | 411 | 580 | 170 | 3.1E-73 | – | |
| PRINTS | 432 | 445 | 14 | 2.7E-28 | ||
| Pfam | 479 | 657 | 179 | 2.9E-42 | ||
| PRINTS | 573 | 589 | 17 | 2.7E-28 | ||
| PRINTS | 603 | 616 | 14 | 2.7E-28 |
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 | 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. | ||
| Biological process | DNA-dependent DNA replication | A DNA replication process that uses parental DNA as a template for the DNA-dependent DNA polymerases that synthesize the new strands. |
Expression pattern of LotjaGi6g1v0163900.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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