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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0679900 |
| Transcript ID | LotjaGi1g1v0679900.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA glycosylase; TAIR: AT2G36490.1 demeter-like 1; Swiss-Prot: sp|Q9SJQ6|ROS1_ARATH Protein ROS1; TrEMBL-Plants: tr|A0A0B2QF73|A0A0B2QF73_GLYSO Protein ROS1; Found in the gene: LotjaGi1g1v0679900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:124712102..124726598) extracted from Lotus japonicus Gifu genome v1.2.
TAATTTTTATATTTAAATTTTAGATATAGTTATAAATTATTTTAAATAATTAAAAAATATATTTGAGTTTAGTTTCTCAT AATATTAAAAAAAATCATATTGTAAAGTAAAAAAGAACAAGTAAAATTATTTTTTCAAGTTTAGTAATTTATTTACAATT AAATATTTTTAAAAGTAGTTAATATTTTATTTTTAAATGATAAAAGTAGTAATTTGTAAACTTTATTTGAATTAAATTTT TTATATAATATAATTATGACTATTTTGTTATTCGTTAATATGTTTTGACTTTGTTTTGTAAATTACTTTTAAAACTTAAT ATAACATATTTTGAACATACCGTTATGAGCATTAACTGTTTTTAAAAATCATTATTGATTTTAACAGCATTTATTGCTCA TAATGTTATATTCAAAATATGTATTATTAAGTTTTTAATATAATATATAAAACAAAGTCAAAACATATAAACGTATAACA ATGTATTAATAATCATATTATTTAAAAATATTTATTTATGATAAATTCTACTTATTATTTTAAAGATAATATTCAATCAC TTTAACCTTTAAAGCTAGTTGTATCCGAATGATAACTCAAGTGGTATGAGTTAGAGGAAATATGAACTTAGTGAGTGAGC TCCAGGGATTAATCCCTGGCAAGTGCAATTCTTCTTCTGATGTACAAAAAGAAGCTAGTTATTAATTTTGACTTTGGACT ATGGATCACGACCGTTAGATCTAATAATAAATGATCCAGATTAAAACAAATTAATAGTCATGTGCTCACTTAAAAAAGTC ATGTGATTTTTTAAAAATGTCACATGACTTCATGTTGTAGTTTGGATCGTGCATGATTAGATCTAACGGTCGAGATTTAT TATCATTTTCTCATATAAGATCATTTTTCTTATAAGATACATTATATATTATATATATATATATATAAAACTAAACTTTA AAACATATTATTTAAAAAGAAAATATTAACTACTTCTTATTGAATTCTTATTGAAGGAAATGATAAATGATTGAATAAGA GCATAATATGATAAGATCTAGAGCATGATAGACTCTTATCCTATCATGCATTTGAGGTAGACATGATATTGATATGATAT GATAGAAACAATGAAAAATGTATCAATCTTTCATTTGAAATAAAAAATTCATAATATTCATAAACTGATATCCTATCATG TCAGGATAATTTATATCCTAACTCCTCTCTCAAGATAACATTTGCACATGATATACAAGATAAGATAAGGGTAAGAATAA TGTTATCCTATCATGTTGGCGCAACAAACAACATATTACAACGTGATAGAATTACTGCTATCCTATCCAGTCTGCTTATC CTGTCCACCAAATGGGCCCCTAAAATTTGACTACTTTAGGTTTTTGATATAATTTAATTCCTATAAATTTATATTCAAAG TATTTATATTAAGTTTTTAATAAAATATACACAAGATTAAAACATATAAATAAAAAATATAGTAGTCATAATTATATTAT TTAAAAAATATTGAATTGTGACCGACCTTACAAATTATTTTAAAGGGAATGTTCAATTATTTTAAATCTTTAAAGTTATT TAAATTTTTTGACTTTGTGTTATGAATTTATCAAAAATATTTATTTGAAATTAAACTTACAATTATTGTTTAGGCTTAAA TGCACTTTTGGACCCCCAAGTTTATATTTTTTGCGTTTGTTGACACTGATCTTATTTTTCTACGAATATAATGGAGACCA TAATCTTTCAAAATGTTGCATCGTTTACCCTTCCGTTCAAATCCGTCAAAAACTTGACGGAACTCACTTACTGGCCTTCC GACGGAAGGGTAAATGGTGCAACGTTTTGAAAGATCAGAGTCTCCATTCAAACTAAAAATAAGATCAGGGTCAACAATCG CAAAAAATGTAAACTTGAGGGTCCAAAAGTGCATTTAAGTCATTTTTTAAAATCCCCCTTTTATCCACGTGGAAGGCCAT ATCAGCGTGTTCCGTCAAGTTTTTTACGGATTTGGACGGAAGGGTAAAAGGTGCAGCGTTTTGAAAGAATAGGGTTCCCA TTCGTAGAAAAAAAAAGATAAGGGTTGACAATCGCAAAAAGTTAAAACATGAGGGTCCAAAAGTGCATTTAAGCCTATTT TTTATTATTTAATATTTTTGACAAAACTTATTTTTTTTAATTTCTATTCAAAGCCATGTATATTAAGCTTTTAATATAAT ATACAAAACAAATTTAAAATATATAAATAAAAATAAAGTATTCTTAATTATATTATTTAGAAAATATTTAATTGTATAAA AAATTACTAATTATGTTAAAGGGAATATTCAATTATTTTAAATCTTCAAATTTATTTATTATTTTTTACTATGGATTATG ATTTTTGCAAAAATATTTATTAGAAACTAAACTTAAAAATATTTTTTTATTACTTAAAATGTAATATTAACTACTTCTAA AATTTGACTAAATAATGTTTTTGACTGAACTTAATTTGTATAATGTTATGTTCAATGCCTTTCATATTATGTTTTCAATA TAATATACAAAAAAATTTAAAATATGTAAATAATAGACAGAATATTATATAATTGTACTATTTAAAAATATTTAATTTTA TCAACCCTTACTAATTATTTATTTTCTAATGTAACCAAAAAAACCTTACTAATTATTTTAAAGGTAATATTAAATTATTT AAAATATATAAAGTTCTTTATTGTTTTTGACTTTGGTTTATGAATTTGTTGAAAATATTTATTAGAAATTAAACTTAAAA ATATTTTATTATTCTTAAAAAGTACTCGTAATATTAATTTTAAAAGCTAACTACTTCTAATATTTGACTAATTAATATTT TTGATAGAAGTTATTTCATGTAACTTTCTGTTCAAAGCATTAATTAACATTCTATGAATTTTTTAATGTAGTCTCTTGTT GCATATCTTGTGACACGTGACTGTCTTCGTGTAAAGACATGTTCGTTTTTCTTTTGATAAACGAAAGACCTGTTCGTGTA TTCTGATGTATGTGACTAAAATATTCGTTTAACGGAAATCCAAACATGCATGAATTTCACGACGTAAGGAAATATACATG CATGCGTGACTAATCATGCATGTAGACCGCTTTACGTCGTCGAGTTAGTCTTTTGATGATGATAAGAATATTAATCCCAA TCCAACTACCAGAAAAGGAAAATTTCTAATCAATCTATATATATATAAGAACCGAAGCTGAGTGTGTGTTGTTGTTCATG ATGCATATCTAAACTGCATAGAATTTTGTGTAGGTTCTCTTTTCCCTAGTTTTCTCTCACTTTCTGTGTGAAATGATTTT GTCTTTTCCATGCAATTTGGTCTCAGATTGATGATGATGTGATATCGGATCTCTCTCCTCAGCCGCATCATCGAGTCTGT GACTGTAACAATCTCCGCTTGAATTTCTCTGATTTTCTGTTTCAGGTTTGGTGTTTTTGGTGGAATAATGGAATCAGTTC CTATTCACCGTGAGCATTAAGCGGAGGTTTCAAGCTGATTTTCTGCTCTTCCAGACACACATGTAAGACATGTTTCATTT CAGATTTTAATTAACCTTAATGAGCCAAAATTAATCAATTAATTACTCTGTTGTTGTTGTTGTTGTTGTTGTCTACTAAC ACCAGCTTTTTCAGTCACCGGTTACATAAATTCAGAAACCCACACTTCTTTCAATGTTTCATGAACTGCATCTATCTATC TATCAATGTTTTCTCTGTCCTGAATGAATTCACGTTTTTTCTGTTTTATCAATTCTTTGATTTTTCATGTGTCTGCAGGT TCATTCACCTTCTTCCAATTTAGCAAACAGATTTGTCATTCGTTGCGAAATTGAGCTGTTTTTGAGTGTGGGAATCAGCT CAATTTGTTTGATTCATTCTTTGTTTCTCTGCACCCATTTCAATTTTAATGGAGGCTGGAGAAACGCAGGGGAAGAGGAC TGAATTTCAGGTTCCTTGGATCCCAGCCACACCTTCAAAGCCCATTCATCCAAAATCAGCTCCGATCTGCACTTCTGGTG AGGGGGAGGGGAATGGGAACGGCGGCGGCTCGTACCCTCATTTCAATGGGTTTTTTGCAGGTTCTGACCCTGCTGGAGAC AATGCTCTTCACCGCCGGTCAGCTCCACCTGCAGCTCCGGCCGCCAACATTCCCGATCACAATGCCCAGAGTCAAGTGCC CATACCGTTTGACAACAATTCCAGCTCAGGATTTGGGATATTTGCTGGTTTTAACCCCGCCGGAGTGGATGGCCCTCACC GCCGGTCAGCGCCACCTGAAGCTCCGGCCACCAACATTGCCACTCACAATGCCCAGAGTCAAAGACACATACCGTTGGAC ATCAATTCCAGCTCAGGATTTGGGTCATTTGCAGGTTCTGAGCCCGCCGGAGCCGATGGTCCTAACCACCGGTCAGCACC ACCTGCTGCTCCGGCGACCAACATTGCCGATTACAATGCCCAGACTCGCGTACCAGTCTCGTTTGACAACAGTTCCAGCT TAGGATTTGGGTTATTTGCAGGTTTTGAGCCCGCCGGAGCCAATGGTCCTAACCGCGGGTCAGCGCCACCTGCAGCTCCG GCGACCGACATTGCCGATCACAATGCTCAGTGTCGCGTACCCGTATCGTTTGACACCAATTCCAGCTCAGGATTTGGGTT ATTTGCAGGTTTTGAGCCCACCGGAGCCAATGGTCCTAACCGCAGGTCAGCACCACCTGCAGCTCCGGCCACCAACATTG CCGATCACAATGCCCAGAGCCGAGCACCCGTACCGTTTGACATCAATTCCTCAGGATTTAGTTTTGCTGAGTTTCTGGCC CAGGCAAATGCTCCGCCGCCGGCGGCATATTCCAATGCAACACAAGGTGGATTTTTTGTGAACCAATTTATGCCTACTTG GAATTGGAACTCTCAGTTGAACCAGGGATATACACCAATTGGCCAGCGTCATTTCCCTCAGGAGCTACCATTGATCAACA CCATCCATGGCAATTACCAGGATCCTCAAGGTAAAGGCAATTAATTTTGGTTTTGGTTTCACCTTGGTGTGTGGCATTAT ATATGTATATGATCCTTTTCTTTTACAACACCTTGGCACACAATGACCACTAGCATTTCCATTTCACCCTTGTCATTTAT CAGTTATGTGAGCAAACTGAAGAAAATAAAACCTCTATAGCATGTTGGATATACTCTGTAAAACCACATGGTTTGTCTTA GTTTTTATGGCAGTCCACCGTGATTTTGGTTTCACCATTGTTTTCCACTAGCCGCTGTTTTCGACTGTGTATCGTTACTT TCCACTGTGTATTTAAACCTGCATATGATGTGAATTAAAAAAACAGAAATTAGAAGCACTTGTTTACCTAGAATAGGACC TGTGAGGAACAAGAACAACACAGTTGCAGTGGGGAAACAAATTTCGAGTAGTAATTGAATAGCAATAATTAGGCTGTTTC TACTCGTTCAGAGCCAAGTGAATAATATCTTAGGCATACCATGATTACCTATTAACTGTCAGTTTTATTCTCTGTCTAAT CATCTCATTTAGAACTAGTTTTCCACTATAGTCAGTTCATTTAATTTTCGTTTTTTTTACTCTCCAGATGCTTTGATCAA TGTTGGGATCATGCTGTTTTGTAGACACAACATCTGTTCTCTTATTCAACATTTTTTTTTCCAATTCTGTACAACAGGTA CACCATACTTTTTGTATAACACCAGTTCTCAGGTTGCCCCACCTGCTCCAAATATGGCCATCACTGCAGAAAGCAGCCAA GTTGCGGCCACACAGTTGAGTATGGCGACAGGATTGAGTTTGGAAGTAAGGGACCAGGGGGGAGAGACAAACGTCCCAGC AACAGACTGCAACAATCAACACAACAAACTCTATGACCCTGATCAGAATAAGGAAATAGGCCAAGGTATTGATCTGAATA GAACACCTCAACCAAAGCCAAAAAGAAAAAAGCATCGCCCGAAGGTCGTCAGAGAAGCCAAACCCAAAAGTACTAAGACG CCAGCCACCCCAAAGCCTGAAAAGAGGAAGAATGCAGGCAAAGGATTGAAATTGGATTCCCCTCAAACTGAAGTGGCAGG GGAAGGGGATAAACTAATTCCAGAACCTGTCAAAAAGACATGTAGGAGGCCCTTAAACTTTGACTTGGTTGAGCAACCAA TGGATGGAAATTCTGCAAGAAGAGAAAATGCAACTACACATTGGAACAGAGAAATTGGTGTTCAGGTCAAGGAAACACAG GTTTTAAATAGCTACATGTCATTACAAGAAGATTCACAAACCCCAAGTGCCGATCTTTCAAACGGCAATTCACTTGGGTC CAAGCCAAATGCCAACTATGTAGAGAATGGCAACAAAAGGGGTTGGCTGATTGGTCAGGATGGACATGACAAATTACTAT CAGCAGCAGCAGCACAATCAAAACAACATGACTCCAACAACAGTTACAGTCAACTTTTGGCCACAAGATTGCAAGTAGTT GGTTCCAAGAGAAAACAATCTGGTGCCATTGAACATACAGATAACAGCAGCATCAATCTGATTGGGACACAATACAATTC TTTGCAGGGATACCTCCCAAAGTATTTGGTTGAATTTCCAAATGTTCAGAAGAAAAGGAGAAGTGAAAAGGGGAAAATTC CCAACACATTTTCCATGACTGCCACAGCAAATGTACAACCAGCACCTTGCCCACAAGAAGATGCTAGATCATTTACTCAT GTATCAAGTTCTAGCTGCTGGACTTATGGTTCTGAATATAACCCAGTTATAGTCCCAGACATGTCTACAGCAACAGAGAG AGCTATTCATGATAAACCTCAGTCATTTGAGTGCAACTTGTCTTTAGAGAAGAGGCCAACCAAAAGAAGATCAAGAGTTC CTGCTAGAATTAATGATTTCTCTTCACTGACCTTCGTCAGAAACTGGGATTCCAAACTCACTCGTACTGTGAAAGAAGGC AGTTCTGATAGACAGACATTTGAGGATGCAGAAAGACCACAAACATGCATGGATGCTTTAGTTGCACAGATGAGTGCGTT GCTCACCAAAAAGAAACGGAGTAAAAAGAGAAGTTCAGCAGATCCTGGCACAAGTGAGATGCAGCAGCACCATACATTTG CAGCAAAAAATCACAGCTGGGCCTTTCAGAACTCATTAGGTATTTCAGCTGAACCTTACACAGTTTGATCTATAATATTA TAGTTCTTATAGAAAAAAAATTCTATCACGCAGTCCTTATACTTTAAGTCATTGATGCAGATGTTGCATGTGAAGGGAGA AGGAAAAACATTCATAACGGGGGCACATTAACAGGGCGGTCTGGAGACCAAAACTTATACAGAGAAGATAGAGCGATGGT GGTGTATGGGCAGAAAGCAGTTGTCCCTTATAAACAGCAAAATAGAAACTACAAAACCCAAGGCACCATGGTTCCCTATA GTCCCTTAAAAAAACAGCGACCTAAAGTTGACCTTGATGAGGAGACTAACAAAGTGTGGAAGCTCCTAATGTTGGATATA AACAGTCATGGTGTTGATGGAACTGATGAGGAAAAGGAAAAATGGTGGGAAGAAGAACGAAATGTGTTCCGTGGACGTGC AGACTCATTCATTGCACGCATGCATCTAGTACAAGGTATACACTTTAAAGAATATAAACACTATTCACATAAATTCGACA ATATTGTGTTTCAATTATATTTTATATTAGATACCAAGGGAGGGTCCCCAATATATCAGTAGGAAAATCCTAAATAAGGC TAAAATACATTAGCTTAAACAAATAGAGAAACTGAATAAAATAACTTTTCTAAGATAAAGTAATACAAAATAAGCACATA TTATCCTAAATGTGCTTATCCATTCTGCATTATCTGCTCACACAATAATGCAAATTTAACAGGAGATAGACGCTTCTCAC AATGGAAGGGATCAGTAGTGGATTCAGTGGTTGGAGTTTTCCTCACTCAAAATGTCTCAGACCATCTTTCCAGGTATAAA TTATTCAAGCTTAATTACTAGTAAACTTACAATTAAAATAGATGATGCAGCATTTCCTGTTTTTTCTTTTCTGTCGACAG TTCTGCATTCATGTCACTTGCTGCTCGGTTTCCCCTAAAGCCAAGCAGCAACTGCGAAACACACGACAAGGAAAATACAA GCTTGATTGTCAACGAACCACAAGTGGACATGGTAGAAGCAGAAGAAAATGGAAAATTGAAGGAAAAAATATTGAATCTA TCTGCTTGTGAGTTGAGTTCTATGACAGTCGACGTCTTTGAGCATTCTGACGAAAGAGAAGTAGCTGATAGCAATGATTC GTGCAGAAACAGTAGCTCAATTACCTTAACAGATGAATCAAACTGCAAACTGTTGGAATCAGCACAAAGACATACCAGGG AACATAGTCCAATGGAGAGTGTTTGTCCCATGACTGGGGAAGTGCAAGAAAATTCATGTAATGGGGGTGTTAGGAGAGAG TTTAATGATTTATTTTCATCCCAAGGCTCTTTCATTACATCTCAAATATCTGGAGATTTTTCAATTGATCAAAATCCTGA GAAGATATCTTCAGATTGCAACTCAGAAGTAGAAGACTTGTCAAGTACAGCCAAATACAACATTTATCATAACAGGACTT CTTTCGGTAAGCTTCTTGAAATGGCAGGTTCAACCATGTTACATGAAGTCAACAGTCAAAGAAGCAAATCAACTGAGAGC TCAAGGGATGCATATGGACAATCTGTAGCTATGAATCATGACAACCTGGCAGAAAACTTGGAAAAGACCAATTTTACTCA AGACTTCTTAGAAGCATCAACCATCTCAAGCAATGAATACACTTTAAAAGTGACCCCAGATTCCGGGGTACTTGATATTA ACTGCCCCAATCCTCTTCAAATTGAAGCCTCATCAAGTGGCTCCTCAAAGAATACTGATGAAATCAACACGAGATTTAGT TTTCCCATTACAGAATCAGAAAGCCAAGCTGCAGTTGCCCACTCTCAAAGTATCCTATCTCAACTCCATCTTCAGCCACA AAGTGACAACAATAAGGTAGATTCTGTCCCGGTAACAACATTAAGGGGCAAGCAGCGCAAAAAAGAGAAAAAGGATAATT TTGATTGGGATAGCTTGAGAATAACAGCACAAGCTACGGCAGGTAAACGAGAAAAAACGGAAAACACAATGGACTCCTTA GACTGGGACGCTGTGAGATGTGCTGATGTCAAAGAAATTGCTGATGCAATAAAAGAAAGAGGCATGAACAACATGCTAGC TGAACGTATTAAGGTAAAAGATAACATCCTTGAAATGTTTTATTTACTATATTTGCTGGAAAGATGAAACCTTTCATCAC ACCTTATGTCAACTGACATACTATGCAGAATTTCTTGAATCTATTGGTTGATGTACATGGAGCCATTGATCTCGAGTGGC TGAGAGATGTCCCACCTGACCAAGCAAAGTAAGTCCAGATATCAGTTGAACCACTTCATTAAAATTATATTTCCCATTCA TATCATGTTAGCATGTATTTGACTGTATAGTTGGTAAAACCAACTTCCAGAGCTCTAAATTCAATTGTAAGACAAATAGA TATGCACACTCAAGCAGTTTTAGACCTGATACATGCAAGCAGAAAAATGCATAATGTAAATTCAATTCATACATGCAGAG AATTCTTACTCAGCATAAAGGGATTGGGGTTGAAAAGTGTGGAGTGTGTGCGACTCTTAACACTACACCAACTTGCTTTC CCGGTAAGTAGAAAACAGAAGTATGCAATTACAGGAATTTGGAAATATATTTTAACAATTATTGCTGTACATTAGGTGGA CACAAATGTTGGGCGTATAGCGGTTCGATTGGGATGGGTGCCTCTCCAGCCACTGCCTGAGTCACTTCAGTTGCATCTTC TAGAATTGTGAGGACTTCATAAATCAATAACACAAGGAATTAATTCAATTAGATAAGAAGAGCTAACATCATTGTCCTCT GCAGGTACCCAGTGTTGGAGTCCATACAGAAATATCTCTGGCCCCGGCTGTGCAAGCTAGACCAAAAAACATTGTAAATA TCCCTTTATTTTCAATCTATAGTCATGCACTAAAATATACTAAATATTTTCTTTTCTTTACCCCTATGTAGATTTAACAA GAATAGTTTATTTTTAATTTTGATTGGCCAATGTAAAACTTTTAATCAATACCACACAGTGATGCATGGCCACATTATTT GAAGAGTATGATAATGATATTGATAACAACTAGCAAACTCTTTCAGTTATGTGGTAATACATGATTACATGATAGTGTAG AAAAGTTTTCCACAGACCATTGGATCAAAAATTAAAATCTTCATGTATTGATTATTTTTTTAACGTTTTACTACAACATG TTATAGGTACGAACTGCATTACCAGCTGATTACGTTTGGAAAGGTAAAATACATTTTCCCTTACGTTATAGACGGGGCCC TACTTAGTAAAACCCTATTGAAACTAAATCAATGCTTACAGGTCTTCTGCACAAAAAGCAACCCAAATTGCAATTCATGC CCAATGAGAGGGGAATGTAGACACTTCGCAAGTGCTTTTGCAAGGTACACCCTTGATAAATTAAGGTGGCTTGCACCTAT TATGCTTACTAGTCCAAAAATTTATTTGTTATGCAATACACCAAATCCAATACTCTTTTTTACATACATAAGAAGTACTG CCAATATTTTTGTCAGAAAGATAGATAGGGAACATCAGAGACAGTTATATGAAGCTCATATATCAAGTACTGTTGTTATA TCTAATACCTCATTATATTGACAGCATTTTATTCTAGTTACACCTTGCAGCAGTGAACTTCGGAAATGATGTTATAACAG CTGAACGTTATGCCTACACCACTTTGAAAATTCAATATTTAACATGCATTGCAAGTTATGATAGATTAATTTACAAAATA TCACTGTTGAATGCAGCGCAAGGCTTGCCCTGACAGGACCAGAGCAGAAGAGTATAGTTGTCACAACTGGAAACAATGCA GCTTATCAGAACCCATCACCAACCATTCAGCAATTGCCCTTGGCTCTCCCTGAAAACACAAACCAACCAGAAGATCTTCA ACAAACAGAAGTCACGGGACAACTTGCAGCAAAGTCTGAAAACTATACTTGCCAACCTATTATTGAAGAGCCAGCAACTC CAGAGCCAGAAGATTCCCATGTATCTGACATAGAGGATGCCTTTTATGAGGAGTCGGATGAAATTCCCACCATCAAACTG AACATGGAAGAATTTGCATCGAATTTAGAAAATCTTATGCAAAATAAAATGGAACTTCAAGAAGGTGAAATTTCCAAGGC CTTGGTTGCTCTACATCCAGAAGCGACGTTCATTCCTACACCCAAGCTGAAGAATGTGAGCCGGTTGCGAACAGAGCATT CTGTGTAAGTGAAGAAACTAACTTATTTCCAACTAGTTTACTGGAATGCACAATTCTAGCATTAAAAAAGAAAAGAATGT TGCATTTAATAGATGCTCCTGTGCTGAGCATAGATAGAGTAGGCATCATTCTTATGTTGGTGGAAAGTTCTAATAATTTA CGCTGACCTTTTATTCATCTTCATGCAGTTATGAACTCCCAGACTCACATCCACTTTTGGAAGGGGTTAGTTATTTCTAC ATCTGTGAATTAAAGTTGTGTTTTATGCTTTATACCAACTTTTATTAACTAGTCATGCACTTCAGTGGGAGAAGCGAGAA CCTGACGATCCAGGCAAATACCTTCTGGCTATATGGACTCCAGGTGGGCAATAATTACTTCAATACCATGACCACCTTTA TAGATGAATGTAGATTTGTTATGAAGTTTTGTCATCATAATAAGTTGGAAATTTTATATGATTGGTTTCAGTTCTCTGGA GTTTTCTAATTCATTTTGCAAATACATTATTAATATGTCAGGTGAGACAGCAAATTCTATAGAGCAACCAGAAAGAAAAT GCATCGCTCAGGACTTTGCCCAGCTCTGTGATGATAGGCAATGTTTTTCATGCAATAGCTTCCGTGAAGCAGATTCACAG ATAGTTCGAGGGACAATCTTGGTCAGAATGCTTAACCTTACATTGTTTACTTTTTTAATTCTTATACATTATAGTGGGAA AACAAAGGATTGGGTGGGGTAGCAATTTGCATACAAAAACTAGTATTATAATGTGCTGACTGTAAATAAATCATGAACAG ATACCATGCCGGACAGCTATGAGAGGGAGCTTTCCGCTAAATGGCACCTATTTTCAAGTCAATGAGGTAAAATAACGTGA CATATCATATCCTCGAATCTCTTTCCCATTATATGATTATGTTTGTAATTCAAGAAGTACTAAAAACATGTAATTTCAAG CAGGTTTTCGCAGACCATGACTCGAGTCATGAACCTCTTAGCGTTCCGAGAGAATGGATCTGGAACCTCCCTAGGCGAAC TGTATATTTTGGAACCTCCGTACCATCCATATTTAAAGGTAAAAAAGCGCTTTCAATTAAATTATTGTACAATATATCAA ACAATTAAGTTGAATATTTGCCTTTTGTCAATCAGGTCTAACAACACCAGAAATTCAACAATGCTTTTGGAGAGGTAAGA TCTAGTCCCCTGACTGCAATCTTGTTTTTTTGTAATTGATTGTCCTTATCTCCACCTATTTTTACCAGTGTAATCATCAT AACTAGTTTGCAGTTTATAGACACACTAAGAGGCCAAAGGACTAAAACTAACACACAATCACACATAACAACTTTTTGTG TTTTGCCACATGAGGGATGCCCCAAACTCTTCTGTTCTTAGGTTAAACCATCTGATCATATTACCCATCCTATCTAAACA GATAATGAAAATGCTATGCTATGCTTTGCAGGGTTTGTCTGTGTGCGGGCATTTGAGAGGGGAACGCGAGCACCCCGTCC TTTGAAGGGAAGACTACATTTCCCGGTTAGCAAGATGCCCAAGAACAAGGACAAGACCAAGAATGAGTCCGCGTCGGCAA ACGCACAAGGACTGGAGTCAAATCCAGAACAGCCAGCAAACTTGCAAGGAGTGAATCCAAATCCAGAACAGCCGGAATTG CTTTCCAACATTCCCCATCTTCAGGGGAATGGTGGAGTTTGAAGACAAATCATTTGTTATTCATATTGTACTATGTATGT AATAGCATAGCATAGTCATTGTTAAACAACTTTAATCTTGCCTTGTCATCCTGACAGACTCGGCAGATTTTTTTGCGATT AGGACCAAGACTATAGCATGGTAGCTTAGAGAAGCGCGGTTAATTTATTGGCTCTTTTTGCAGCCATAGCGCCATTTTCA ATTACATATACCTTTCCCTTTTGCTCCACTGCATGATTTTGTTTGTTAATTACTTGGTTTTTTTGTTCAAATAACTTGTG TTTGTTTTGTCATGTTGGGCAATGGACGCTACTTTGCTGTTGGATTGGTTCCATTTGCATTATGCAGCCCAAACCAGCAT GAGTTGTTTACATTGGGGAAACCCTAGTTTGTGGCAATCAGAACCCATATATGAGACTCAAGTAATTTGATTGAGCCTTT TATCAGGAGGCTGGAATAGTATGAAGGTGAAGGAGATTTTTTCCTCCCACAACTGCACTCAAGGTTTTTTAGGCCTAAGA GGGGGAGATAATCTATTTATATGGCCTCACTCCAACTCCGGGGAATATAGCATCAAGACAAGTTACCATGTGGCTAAGAT GGAAGCAGGACCTAATGATTAACATGCAAATTCTTCCTACACTACCTAAGGAGGTTTGGGACATCATTTGGGGATGTCTC TGAAAGCCAAAGTCTTTCTATCGAGTGTATGCCATAATGCCTTGGCAGTAAAGGAAATTCGGAGAAAGAATTTCAAATGT GCCTAGTGTGTCAAACCTGGGTTCGATTTCAAATTCAAATGGTACTTAGTTGCCTAGTTGTTAAATACTTGGTTTTTTTT CTTCAAATAAATATGTATAGGATAGGATATGATAACAAAAAAGGTAATACTACTGAGGTTTGAGTCAGTAACATGATTAA ATAACTTTATGCAGACATGGCCAATGATATCACCAATCAAATCAACTAGAGAAGTACATAACGAGGAGGAAGAAATTAGA ACTAACGCAGTGCACATTTTCTTAAAGTTAACATGAACATTCTGCAAACCAGTGCATTTACATCTCTAGCGAACGACATG GACGTGATGAAGGTGCCCACATGCTCGATAGGATATGTTTATCCAACATATACGGTTCTATCTTAGGTGGTTTCTTGAAT CCCTTATGAATACCCACCAACATGATTGCCTACGAGAATAAATTTGAAATTCTTGTATAAATTCTAACTACTTAGCCTGA AACTCCTTCACTACGAG
CDS sequence (LotjaGi1g1v0679900.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAGGCTGGAGAAACGCAGGGGAAGAGGACTGAATTTCAGGTTCCTTGGATCCCAGCCACACCTTCAAAGCCCATTCA TCCAAAATCAGCTCCGATCTGCACTTCTGGTGAGGGGGAGGGGAATGGGAACGGCGGCGGCTCGTACCCTCATTTCAATG GGTTTTTTGCAGGTTCTGACCCTGCTGGAGACAATGCTCTTCACCGCCGGTCAGCTCCACCTGCAGCTCCGGCCGCCAAC ATTCCCGATCACAATGCCCAGAGTCAAGTGCCCATACCGTTTGACAACAATTCCAGCTCAGGATTTGGGATATTTGCTGG TTTTAACCCCGCCGGAGTGGATGGCCCTCACCGCCGGTCAGCGCCACCTGAAGCTCCGGCCACCAACATTGCCACTCACA ATGCCCAGAGTCAAAGACACATACCGTTGGACATCAATTCCAGCTCAGGATTTGGGTCATTTGCAGGTTCTGAGCCCGCC GGAGCCGATGGTCCTAACCACCGGTCAGCACCACCTGCTGCTCCGGCGACCAACATTGCCGATTACAATGCCCAGACTCG CGTACCAGTCTCGTTTGACAACAGTTCCAGCTTAGGATTTGGGTTATTTGCAGGTTTTGAGCCCACCGGAGCCAATGGTC CTAACCGCAGGTCAGCACCACCTGCAGCTCCGGCCACCAACATTGCCGATCACAATGCCCAGAGCCGAGCACCCGTACCG TTTGACATCAATTCCTCAGGATTTAGTTTTGCTGAGTTTCTGGCCCAGGCAAATGCTCCGCCGCCGGCGGCATATTCCAA TGCAACACAAGGTGGATTTTTTGTGAACCAATTTATGCCTACTTGGAATTGGAACTCTCAGTTGAACCAGGGATATACAC CAATTGGCCAGCGTCATTTCCCTCAGGAGCTACCATTGATCAACACCATCCATGGCAATTACCAGGATCCTCAAGGTACA CCATACTTTTTGTATAACACCAGTTCTCAGGTTGCCCCACCTGCTCCAAATATGGCCATCACTGCAGAAAGCAGCCAAGT TGCGGCCACACAGTTGAGTATGGCGACAGGATTGAGTTTGGAAGTAAGGGACCAGGGGGGAGAGACAAACGTCCCAGCAA CAGACTGCAACAATCAACACAACAAACTCTATGACCCTGATCAGAATAAGGAAATAGGCCAAGGTATTGATCTGAATAGA ACACCTCAACCAAAGCCAAAAAGAAAAAAGCATCGCCCGAAGGTCGTCAGAGAAGCCAAACCCAAAAGTACTAAGACGCC AGCCACCCCAAAGCCTGAAAAGAGGAAGAATGCAGGCAAAGGATTGAAATTGGATTCCCCTCAAACTGAAGTGGCAGGGG AAGGGGATAAACTAATTCCAGAACCTGTCAAAAAGACATGTAGGAGGCCCTTAAACTTTGACTTGGTTGAGCAACCAATG GATGGAAATTCTGCAAGAAGAGAAAATGCAACTACACATTGGAACAGAGAAATTGGTGTTCAGGTCAAGGAAACACAGGT TTTAAATAGCTACATGTCATTACAAGAAGATTCACAAACCCCAAGTGCCGATCTTTCAAACGGCAATTCACTTGGGTCCA AGCCAAATGCCAACTATGTAGAGAATGGCAACAAAAGGGGTTGGCTGATTGGTCAGGATGGACATGACAAATTACTATCA GCAGCAGCAGCACAATCAAAACAACATGACTCCAACAACAGTTACAGTCAACTTTTGGCCACAAGATTGCAAGTAGTTGG TTCCAAGAGAAAACAATCTGGTGCCATTGAACATACAGATAACAGCAGCATCAATCTGATTGGGACACAATACAATTCTT TGCAGGGATACCTCCCAAAGTATTTGGTTGAATTTCCAAATGTTCAGAAGAAAAGGAGAAGTGAAAAGGGGAAAATTCCC AACACATTTTCCATGACTGCCACAGCAAATGTACAACCAGCACCTTGCCCACAAGAAGATGCTAGATCATTTACTCATGT ATCAAGTTCTAGCTGCTGGACTTATGGTTCTGAATATAACCCAGTTATAGTCCCAGACATGTCTACAGCAACAGAGAGAG CTATTCATGATAAACCTCAGTCATTTGAGTGCAACTTGTCTTTAGAGAAGAGGCCAACCAAAAGAAGATCAAGAGTTCCT GCTAGAATTAATGATTTCTCTTCACTGACCTTCGTCAGAAACTGGGATTCCAAACTCACTCGTACTGTGAAAGAAGGCAG TTCTGATAGACAGACATTTGAGGATGCAGAAAGACCACAAACATGCATGGATGCTTTAGTTGCACAGATGAGTGCGTTGC TCACCAAAAAGAAACGGAGTAAAAAGAGAAGTTCAGCAGATCCTGGCACAAGTGAGATGCAGCAGCACCATACATTTGCA GCAAAAAATCACAGCTGGGCCTTTCAGAACTCATTAGATGTTGCATGTGAAGGGAGAAGGAAAAACATTCATAACGGGGG CACATTAACAGGGCGGTCTGGAGACCAAAACTTATACAGAGAAGATAGAGCGATGGTGGTGTATGGGCAGAAAGCAGTTG TCCCTTATAAACAGCAAAATAGAAACTACAAAACCCAAGGCACCATGGTTCCCTATAGTCCCTTAAAAAAACAGCGACCT AAAGTTGACCTTGATGAGGAGACTAACAAAGTGTGGAAGCTCCTAATGTTGGATATAAACAGTCATGGTGTTGATGGAAC TGATGAGGAAAAGGAAAAATGGTGGGAAGAAGAACGAAATGTGTTCCGTGGACGTGCAGACTCATTCATTGCACGCATGC ATCTAGTACAAGGAGATAGACGCTTCTCACAATGGAAGGGATCAGTAGTGGATTCAGTGGTTGGAGTTTTCCTCACTCAA AATGTCTCAGACCATCTTTCCAGTTCTGCATTCATGTCACTTGCTGCTCGGTTTCCCCTAAAGCCAAGCAGCAACTGCGA AACACACGACAAGGAAAATACAAGCTTGATTGTCAACGAACCACAAGTGGACATGGTAGAAGCAGAAGAAAATGGAAAAT TGAAGGAAAAAATATTGAATCTATCTGCTTGTGAGTTGAGTTCTATGACAGTCGACGTCTTTGAGCATTCTGACGAAAGA GAAGTAGCTGATAGCAATGATTCGTGCAGAAACAGTAGCTCAATTACCTTAACAGATGAATCAAACTGCAAACTGTTGGA ATCAGCACAAAGACATACCAGGGAACATAGTCCAATGGAGAGTGTTTGTCCCATGACTGGGGAAGTGCAAGAAAATTCAT GTAATGGGGGTGTTAGGAGAGAGTTTAATGATTTATTTTCATCCCAAGGCTCTTTCATTACATCTCAAATATCTGGAGAT TTTTCAATTGATCAAAATCCTGAGAAGATATCTTCAGATTGCAACTCAGAAGTAGAAGACTTGTCAAGTACAGCCAAATA CAACATTTATCATAACAGGACTTCTTTCGGTAAGCTTCTTGAAATGGCAGGTTCAACCATGTTACATGAAGTCAACAGTC AAAGAAGCAAATCAACTGAGAGCTCAAGGGATGCATATGGACAATCTGTAGCTATGAATCATGACAACCTGGCAGAAAAC TTGGAAAAGACCAATTTTACTCAAGACTTCTTAGAAGCATCAACCATCTCAAGCAATGAATACACTTTAAAAGTGACCCC AGATTCCGGGGTACTTGATATTAACTGCCCCAATCCTCTTCAAATTGAAGCCTCATCAAGTGGCTCCTCAAAGAATACTG ATGAAATCAACACGAGATTTAGTTTTCCCATTACAGAATCAGAAAGCCAAGCTGCAGTTGCCCACTCTCAAAGTATCCTA TCTCAACTCCATCTTCAGCCACAAAGTGACAACAATAAGGTAGATTCTGTCCCGGTAACAACATTAAGGGGCAAGCAGCG CAAAAAAGAGAAAAAGGATAATTTTGATTGGGATAGCTTGAGAATAACAGCACAAGCTACGGCAGGTAAACGAGAAAAAA CGGAAAACACAATGGACTCCTTAGACTGGGACGCTGTGAGATGTGCTGATGTCAAAGAAATTGCTGATGCAATAAAAGAA AGAGGCATGAACAACATGCTAGCTGAACGTATTAAGAATTTCTTGAATCTATTGGTTGATGTACATGGAGCCATTGATCT CGAGTGGCTGAGAGATGTCCCACCTGACCAAGCAAAAGAATTCTTACTCAGCATAAAGGGATTGGGGTTGAAAAGTGTGG AGTGTGTGCGACTCTTAACACTACACCAACTTGCTTTCCCGGTGGACACAAATGTTGGGCGTATAGCGGTTCGATTGGGA TGGGTGCCTCTCCAGCCACTGCCTGAGTCACTTCAGTTGCATCTTCTAGAATTGTACCCAGTGTTGGAGTCCATACAGAA ATATCTCTGGCCCCGGCTGTGCAAGCTAGACCAAAAAACATTGTACGAACTGCATTACCAGCTGATTACGTTTGGAAAGG TCTTCTGCACAAAAAGCAACCCAAATTGCAATTCATGCCCAATGAGAGGGGAATGTAGACACTTCGCAAGTGCTTTTGCA AGCGCAAGGCTTGCCCTGACAGGACCAGAGCAGAAGAGTATAGTTGTCACAACTGGAAACAATGCAGCTTATCAGAACCC ATCACCAACCATTCAGCAATTGCCCTTGGCTCTCCCTGAAAACACAAACCAACCAGAAGATCTTCAACAAACAGAAGTCA CGGGACAACTTGCAGCAAAGTCTGAAAACTATACTTGCCAACCTATTATTGAAGAGCCAGCAACTCCAGAGCCAGAAGAT TCCCATGTATCTGACATAGAGGATGCCTTTTATGAGGAGTCGGATGAAATTCCCACCATCAAACTGAACATGGAAGAATT TGCATCGAATTTAGAAAATCTTATGCAAAATAAAATGGAACTTCAAGAAGGTGAAATTTCCAAGGCCTTGGTTGCTCTAC ATCCAGAAGCGACGTTCATTCCTACACCCAAGCTGAAGAATGTGAGCCGGTTGCGAACAGAGCATTCTGTTTATGAACTC CCAGACTCACATCCACTTTTGGAAGGGTGGGAGAAGCGAGAACCTGACGATCCAGGCAAATACCTTCTGGCTATATGGAC TCCAGGTGAGACAGCAAATTCTATAGAGCAACCAGAAAGAAAATGCATCGCTCAGGACTTTGCCCAGCTCTGTGATGATA GGCAATGTTTTTCATGCAATAGCTTCCGTGAAGCAGATTCACAGATAGTTCGAGGGACAATCTTGATACCATGCCGGACA GCTATGAGAGGGAGCTTTCCGCTAAATGGCACCTATTTTCAAGTCAATGAGGTTTTCGCAGACCATGACTCGAGTCATGA ACCTCTTAGCGTTCCGAGAGAATGGATCTGGAACCTCCCTAGGCGAACTGTATATTTTGGAACCTCCGTACCATCCATAT TTAAAGGTCTAACAACACCAGAAATTCAACAATGCTTTTGGAGAGGGTTTGTCTGTGTGCGGGCATTTGAGAGGGGAACG CGAGCACCCCGTCCTTTGAAGGGAAGACTACATTTCCCGGTTAGCAAGATGCCCAAGAACAAGGACAAGACCAAGAATGA GTCCGCGTCGGCAAACGCACAAGGACTGGAGTCAAATCCAGAACAGCCAGCAAACTTGCAAGGAGTGAATCCAAATCCAG AACAGCCGGAATTGCTTTCCAACATTCCCCATCTTCAGGGGAATGGTGGAGTTTGA
Protein sequence (LotjaGi1g1v0679900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEAGETQGKRTEFQVPWIPATPSKPIHPKSAPICTSGEGEGNGNGGGSYPHFNGFFAGSDPAGDNALHRRSAPPAAPAAN IPDHNAQSQVPIPFDNNSSSGFGIFAGFNPAGVDGPHRRSAPPEAPATNIATHNAQSQRHIPLDINSSSGFGSFAGSEPA GADGPNHRSAPPAAPATNIADYNAQTRVPVSFDNSSSLGFGLFAGFEPTGANGPNRRSAPPAAPATNIADHNAQSRAPVP FDINSSGFSFAEFLAQANAPPPAAYSNATQGGFFVNQFMPTWNWNSQLNQGYTPIGQRHFPQELPLINTIHGNYQDPQGT PYFLYNTSSQVAPPAPNMAITAESSQVAATQLSMATGLSLEVRDQGGETNVPATDCNNQHNKLYDPDQNKEIGQGIDLNR TPQPKPKRKKHRPKVVREAKPKSTKTPATPKPEKRKNAGKGLKLDSPQTEVAGEGDKLIPEPVKKTCRRPLNFDLVEQPM DGNSARRENATTHWNREIGVQVKETQVLNSYMSLQEDSQTPSADLSNGNSLGSKPNANYVENGNKRGWLIGQDGHDKLLS AAAAQSKQHDSNNSYSQLLATRLQVVGSKRKQSGAIEHTDNSSINLIGTQYNSLQGYLPKYLVEFPNVQKKRRSEKGKIP NTFSMTATANVQPAPCPQEDARSFTHVSSSSCWTYGSEYNPVIVPDMSTATERAIHDKPQSFECNLSLEKRPTKRRSRVP ARINDFSSLTFVRNWDSKLTRTVKEGSSDRQTFEDAERPQTCMDALVAQMSALLTKKKRSKKRSSADPGTSEMQQHHTFA AKNHSWAFQNSLDVACEGRRKNIHNGGTLTGRSGDQNLYREDRAMVVYGQKAVVPYKQQNRNYKTQGTMVPYSPLKKQRP KVDLDEETNKVWKLLMLDINSHGVDGTDEEKEKWWEEERNVFRGRADSFIARMHLVQGDRRFSQWKGSVVDSVVGVFLTQ NVSDHLSSSAFMSLAARFPLKPSSNCETHDKENTSLIVNEPQVDMVEAEENGKLKEKILNLSACELSSMTVDVFEHSDER EVADSNDSCRNSSSITLTDESNCKLLESAQRHTREHSPMESVCPMTGEVQENSCNGGVRREFNDLFSSQGSFITSQISGD FSIDQNPEKISSDCNSEVEDLSSTAKYNIYHNRTSFGKLLEMAGSTMLHEVNSQRSKSTESSRDAYGQSVAMNHDNLAEN LEKTNFTQDFLEASTISSNEYTLKVTPDSGVLDINCPNPLQIEASSSGSSKNTDEINTRFSFPITESESQAAVAHSQSIL SQLHLQPQSDNNKVDSVPVTTLRGKQRKKEKKDNFDWDSLRITAQATAGKREKTENTMDSLDWDAVRCADVKEIADAIKE RGMNNMLAERIKNFLNLLVDVHGAIDLEWLRDVPPDQAKEFLLSIKGLGLKSVECVRLLTLHQLAFPVDTNVGRIAVRLG WVPLQPLPESLQLHLLELYPVLESIQKYLWPRLCKLDQKTLYELHYQLITFGKVFCTKSNPNCNSCPMRGECRHFASAFA SARLALTGPEQKSIVVTTGNNAAYQNPSPTIQQLPLALPENTNQPEDLQQTEVTGQLAAKSENYTCQPIIEEPATPEPED SHVSDIEDAFYEESDEIPTIKLNMEEFASNLENLMQNKMELQEGEISKALVALHPEATFIPTPKLKNVSRLRTEHSVYEL PDSHPLLEGWEKREPDDPGKYLLAIWTPGETANSIEQPERKCIAQDFAQLCDDRQCFSCNSFREADSQIVRGTILIPCRT AMRGSFPLNGTYFQVNEVFADHDSSHEPLSVPREWIWNLPRRTVYFGTSVPSIFKGLTTPEIQQCFWRGFVCVRAFERGT RAPRPLKGRLHFPVSKMPKNKDKTKNESASANAQGLESNPEQPANLQGVNPNPEQPELLSNIPHLQGNGGV
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 | 1864 | 1864 | 0.0 | – | |
| PANTHER | 1 | 1864 | 1864 | 0.0 | – | |
| MobiDBLite | 1 | 28 | 28 | - | – | |
| MobiDBLite | 60 | 87 | 28 | - | – | |
| MobiDBLite | 148 | 174 | 27 | - | – | |
| MobiDBLite | 211 | 231 | 21 | - | – | |
| MobiDBLite | 365 | 454 | 90 | - | – | |
| MobiDBLite | 404 | 418 | 15 | - | – | |
| MobiDBLite | 427 | 441 | 15 | - | – | |
| MobiDBLite | 515 | 536 | 22 | - | – | |
| MobiDBLite | 776 | 796 | 21 | - | – | |
| SUPERFAMILY | 924 | 1517 | 594 | 1.85E-41 | ||
| Gene3D | 1318 | 1419 | 102 | 2.8E-18 | – | |
| SMART | 1322 | 1494 | 173 | 3.6E-5 | ||
| CDD | 1342 | 1460 | 119 | 4.56309E-17 | ||
| Gene3D | 1420 | 1527 | 108 | 1.8E-24 | ||
| SMART | 1495 | 1515 | 21 | 0.0014 | ||
| Coils | 1624 | 1644 | 21 | - | – | |
| Pfam | 1718 | 1749 | 32 | 3.6E-11 | ||
| Pfam | 1752 | 1852 | 101 | 1.1E-53 | ||
| MobiDBLite | 1847 | 1911 | 65 | - | – | |
| MobiDBLite | 1867 | 1902 | 36 | - | – |
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 | Catalytic activity | Catalysis of a biochemical reaction at physiological temperatures. In biologically catalyzed reactions, the reactants are known as substrates, and the catalysts are naturally occurring macromolecular substances known as enzymes. Enzymes possess specific binding sites for substrates, and are usually composed wholly or largely of protein, but RNA that has catalytic activity (ribozyme) is often also regarded as enzymatic. | ||
| 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. | ||
| Biological process | Base-excision repair | In base excision repair, an altered base is removed by a DNA glycosylase enzyme, followed by excision of the resulting sugar phosphate. The small gap left in the DNA helix is filled in by the sequential action of DNA polymerase and DNA ligase. | ||
| Molecular function | 4 iron, 4 sulfur cluster binding | Interacting selectively and non-covalently with a 4 iron, 4 sulfur (4Fe-4S) cluster; this cluster consists of four iron atoms, with the inorganic sulfur atoms found between the irons and acting as bridging ligands. |
Expression pattern of LotjaGi1g1v0679900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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