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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0026700 |
| Transcript ID | LotjaGi2g1v0026700.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Methyl-CpG-binding domain protein 4; TAIR: AT3G07930.3 DNA glycosylase superfamily protein; Swiss-Prot: sp|Q0IGK1|MBD4L_ARATH Methyl-CpG-binding domain protein 4-like protein; TrEMBL-Plants: tr|W9QY11|W9QY11_9ROSA Methyl-CpG-binding domain protein 4; Found in the gene: LotjaGi2g1v0026700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:8944736..8955997) extracted from Lotus japonicus Gifu genome v1.2.
AGAATTGGTTTTTTAAATAAAAGATAAAAAGAGAACATAAGATCCAAATTTTGGTTTCAAAAAAAAAAGATTCCAGATTT ACTGAAGAAGAAGAGACGACGAACGACGAGCGAGACCTGGCAGTGATGGCGACGGGCGAGACGACGACATACGGTTATCC TCCACCGCTCTTTACGTACGGCCTCTCGCCCTCTCCCCCTTTTATGCCTTCTCTCAGTAAAACAAAGCAAAGAATCATCA GTAGAAAGAATCAAACCTGCACCTTTACTCGATGGGAAGAGGATCACAAGGTTCTCATGGGTCCTTCAAGCAAGAAGGAG CGAAGAGGTGACAGGGTTGTGGACCCTCTTTTTGTTGCGAGCCCAAATCTATTGCGAAACTAGATCGTTCAAATCTTTCA ATTTCTCATTATGTTTCTGAACCAAGATATGGTGCGAAGCACGTGGGGCACCCGTGGTTTGCGGTTCAAAATAGTGATTT TTCGTCCACGGAGGTCAAACCTGTTGAAATCACAGTGTTTTGGCTTCTAATTCAACCTCTACTACTAGGAGAAACTGAAC ATGGTGAGGTGATTATTTCTACTTGTACAATTGTAGGTTATCCGTTTTTAATCATAAACCGGTTCTTAATTCGGTTTTAT ATATAAACGGGTTGCGAACCAAATTTAGGAAATAAGAGCGGACCAGTTCTTAAAACCAAACAATATAAGTGGGTTTTAAT TGGATATGGTTTGGTTTGGGTGCACACCCCTACTTCGCACCATATCTTGGTTCAGAAACATAACGAGAAATTGAAAAATT TGAATGATCTAGTTTCACAATATGCCCCATTGAGGAACTAATAAATTTTGTTTTAAATTTCCAATAAAAGAAAACTACAA TTTTATTTGATGGAATAATTCACAACAGCAATTCTCCTTAAAAATGAGAATGTAATTTTTTTTAATTACAGTTGGCAACG CAAGCTGAGTGTGTAGGAAGAGCTTTCGGATTCGATCGTCACAAAATACATTATGGGAGAGGAATGAGCAGCCTTAGCTA TGACTAAATCTCGATTCTGGCGGCATCCAAAAGGTTACTCGGTACTAAATGTTTATAAAAAAAAATAACAAAATTTGTTA TTTTTATTAAAATATTAAACACTTTGATTAAATTTTTTTTTACTCCATCGTCAAATAATCTGTGGAATCAGAATCATCGC ATTCTGTGTTTTGGTTGAGACTTCGCCACTCGTCTCAGCAGCGGAGCGGTCCCTTTTCCTTTCTCTTTCGCTGCTTAGTC CAGCATAGCATAGCATAGCCGGTTAGTTATTTTCTTTCTGAAAAATCCATAGCATTAGCAATTTAGCAATAGGGTTGAAA TTTTGTTAATCTCATTTTCTTGATACCCAATTCCAGTTTCTGAACTTGAGAAAAATGAGAGTTGTGCAGCTAGGAACACG AAACGTTTCTCCTTATTTTCTAAAAGACCATGAAAAGAAGTTACTAGAAAACGCTTCCAAACAAAAGGTCAGAAGGAAAG TTAGGTCTCGTGTGGTGTCCCCTTATTTTCAGAATCACCACATGGAATTGGAAGCCGTGGCCGAAACCAGTAATTTCAAA GCTAGAAATTACTTTCCGAATAAGCAAGAGGATGAGAGGAATGTTTCTCCCTATTTTCAAAAATCAGTTATCACAGAAGA AGAGGGAAATGAGGCAGAAACGTCTAATCTTAAAGTCAGAAAGGTTTCCTGTTATTTTGGAGAAGCTCCAAAGATTTCTC CTTGTTGTTTCCAAAATGAAATTGGGAAAATGTCAGTAGAATCAGCAGAGAATGGTTATGGCAATGGGGTTGAAATTAGT AAACCTGGAATTAGAAGTGTGAATAATAACTTCAAAAACGAGGCTGAAACTTGTAATCTTCAAGGTAGAAAGGTCTCCTC TAAGCACATTGGAAAAGCCAAGGATAAGCGAAAAAATACAACTCTTTCAGCTTCTCAGAAGTGGGACGAAGCTTATAGAA AAAGAACTCCGGATAATACATGGGTGCCACCGCGGTCTCATTTACATCTTATTCAGGAGGATCATATTCGCGACCCTTGG AGAGTGTTGGTGATATGCATGCTACTCAACATCACTACTGGTCGACAGGTATGTTTTACTGTTGGCATTGACCTTCATAT ACCGTGCTATTGTATCTTAGTGTTAGAAAGAGTATTGTTTCAAGTATTGAGTATGTACATGAGTGAGTGGTATTATTCAT CTGTTAATTTGCTTTAAAAGGCTCTGTAAGCTGTTGCTATTGTTCTTGATTTTCGCTTTCTAAACTCTTTGTTATGTGGG TTACCTGTGTTACTTCTACGGAAAGCTGTGGTCCATTGTCATCTTTGAAACAAGAGCTGAACAGTTAATGTTTTATTCTC TATGGGTTGTAGAGAATTATAAATATATAATTAATCTAGTGCTAAAAGTGGCAGAATTGTTACTTGTACTGTAAGCTAGT TGATGTGGAAATGTCACGACCCGCTCTAGGCGCGTGACAGGCGCACAGACTAGCAACAGCCAAACTCTCACCTAGCCTGG CAAGCCTAAAGATAAAACCACACTATGGATACATAAATCAAAGTATTAAGTTCTTCTTAAAATTTTGACAGGGTCTCCTC TCTATTATCAATGTCAACATGTCCAAAATAAGAAATTCCTGCCATAGCATATATCCAGAGATCCCAATAATCAGATCTTA CAGCAATACAAGTTAACGCCCATTATAAGGTCCCAAGGAAACAAGTCAATTAAAACGCTAACATACTGAATTTAATTATA ACCACTCCTAACTAATAATAATTCAATAATAACTTCCTAACTGCTCTGCCTGTTGCTGTTCACGTGCTACTGTTCATCCG CACCTTGTTCAGCAGCAGAAGTGGCTGCCCCACCACCCATGTTGGTGGTTGGCCTGAGTTTCTTTCTCTTGCGGCTGTAA ACATGAATCAGAGGTGGTTTTTCCTTATCATAGTCTAGCTTATAAATTGTTAGGAATCTATTTCCTAGCAATGAAACAGT AAGTAATTTGCAGTGAAAGGAAAAGAAATGTGATTGTTTATTGAATTGAAATTGGCTTTTACACAGAGTGGGAAAGGTCC CTAATCTGACAAGAGCAATGCTCCTTATAGGAAGCTCAGAGCTTCCTATCCATCTCACAGAATTCAATGATCAAAAGATA CCCCTCAACCTCTCTCCTAGCCTTCTTATACATCTTCTCTTACAATCACTAACAGCTCACTAACCGTCTCATTCTCTCAC TCCCCAATCTGTTGGGAATGTATCACAGGTGGCTCCTTGGAGATTCCTTTCCCCCTTCTAGAATATACGTGCCAAACCTT AGGCCCACTCCCTTTGTGCACTAACGGCCCAATTGTATTATCTGGCCTAACAATACCTTCTCCTTCAACAGCAACCTTGT CCTCAAGGTTGAAGGCGGGGAACTGGCTTTGAATAGTAACTTTGTCTTCCCACGTGGCCTCTTCAAGAGGTTGGCCCTGC CACTGAACTAGAACTTGGGCCACATCAATTCCATGGCGTAACACTGTACGATGAGCCAGAATGTGGAACGGTTGGATACT CGAGAACTCATCGCCATCCAACTGCTCTGGCAGCTCTTCTTCAACAGCGTAATTTCCAACAGCTTTCTTGAGCAACGCAA CATGGAAAACAGGGTGAACACGAGAGCCCTCAGGAAGCTTCAGTCGATACGCTGCTGCCACGATTCTCTCAGTGATGGGA TACGGCCCATAGTAACGAGGGGCAAGCTTCGCATGAACCCTGTTCACGACAGATAATTGTCGATGAGCTCTCAGCTTCAC GAAGACCCATTCGCCAACCTCAAACGACTGGTCCCGTCGCTTAGCATTGGCCTGCGCCTTCATGCGTGCTTGTGCTGTGC ACAAATGATCCTTCAATTGACGCAAAGCTTCATCACGATCCTGGAGCTCACGTTGCACCGCCTCCACTCTGGTTTCCCCA AAAGCCCAACGGGTGAGGACTGGTGGTTTTCTCCCATACACAGCTTCGAACGGAGTCATCTGTGTCGCTGAGTGATAAGT AGTATTGAACCAATACTCCGCCCAATGGAGCCACGTTGCCCAGGTCTTGGGTTGGTCAGCGGAGAAACATCGGAGATAAG TTTCTAAACAACGGTTGACAACCTCCGTTTGTCCATCGGTCTCCGGATGATACGCGGAGCTGAGCTTCAATTGGGTGCCC TGTAATCTGAAAATCTCCCTCCAGAAATGACTAATAAACAAGGGGTCACGGTCACTGATAATAGACGAAGGCATACCATG GAGACGCACGATTTCCTTTGCAAACAACTCAGCCATGCTCCGCGCAGTGTAGGGATGCTTAATTGGGATAAAGTGGGCAT ACTTCGTAAGGCGATCGACAACCACAAATATGGCCTCATATCCCTTGGAGCGTGGCAACCCGGTGATGAAGTCCATCGAG ACATCTTCCCATATCTGGCTAGGAATGGGCAAAGGTTGGAGGAGACCCGCGGGAGACGCTGCCAAATACTTGTGTCGTTG ACAAGTATCGCAATTCCTGACAAATTCTTGGATGGAGTTCTTCATTCCCAACCAATACAGATTTGCTGCCAAACGTCTAT ATGTGCGTAGGAACCCCGAATGACCTCCTTGAGGCGTAGTATGAAATTCTTGGATCATTTTGGGTATGTAAGCAGATGAA CTGGACAGAACCAAACGCTCATGGTAAAACAGTGTGTTTTGGATTACCTTGTAACCGGGATGAGCTTGGGTGTCTTTTTC CAGGTCCTTGATGATCTTCATCAAGCGTTCGTCTCCTTGTACCTCCTCCTGAATCGAATTCTGTTCTGCCCAGAAAGGAT AAGAAACCAACGTATTGAATTCCCGTGTCCTCCACTCGCGACAAAGCATCAGCGCCGCGATTGGACTTACCTGATTTGTA CTCAATATCGAAGTTATATCCCAATAACTTCGCTGCCCAGTTCTGTTGGTCTCCAGTGACTATTTTCTGGTGCAAGAACT CCTTCAAGCTCTTCTGATCAGTTGAAACTACAAATTTGCGACCAAGTAAGTAAGGCCGCCAATGCTGAATGGCGAGGGCC ACCGCCATCAACTCCTTTTCGTATGCTGACTTGGCCAAGCTGCGGGGCCCGAGTGCCTTACTGAAATACGCAATCGGGTG CTTCCCCTGCAGAAGGATTGCTCCCAACCCGACTCCGGAAGCATCACACTCCAAACGGAACTCTTGACTGAAATCAGGAA GGGCCAGTACAGGAGCAGTGGTGAGCCTGACCTTGAGGTCATCAAACGCTTGTTGTGCCGCGCTATTCCACTGAAAAGCG TTTTTCTTTGTCAAATCAGTCAAAGGTTTTGCTACCTTGCCATAATCTTTGATGAATTTTCGATAATACCCGGTCAAACC CAGGAATCCCCGTACCCCTTTCACATTTTTAGGAACAGGCCAAGTCAACACACTCTCAATCTTACCCGGATCTACCGCGA CACCCTCCTCTGAGATTAAGTGACCTAAATAATCCACAGTTTTTGTGGCAAATTGGCACTTCTTGCGGTTTGCTGTAAGG CATTGGACCTGCAGAATCTGGAGCACCTTCTCTAAGTGGCCCAAATGCTCCTCCCAGGTCTCACTGTATACCAATATATC GTCAAAGAATACTAAGACCCCTTGTCGCAGCATAGAACGAAAAATCTCATTCATTAAACTCTGAAACGTTGAAAGAGCGT TCATGAGACCGAAAGGCATTACGAGGAACTCGTAATGTCCCTCGTGAGTGCGAAAAGCGGTTTTGTGAACATCAGAAGCT CGCACCCTGACTTGATGGTAACCGGATTTCAGATAAAGTTTGGAGAAGAATCGTGCCCCATGTAATTCATCTAACAACTC CTCAATCACCGGTATTGGGAATTTGTCCGGTACCGTGACACGATTAAGTGCTCGGTAATCCACACACATCCGCCAGGAAT TGTCCTTCTTCTTCACTAATATCACAGGGCTGGAGTATGCACTGTTGCTCTGTCTTATGATTCCTTCAGCCAGCATTTCA CGCACTTGCTTCTCAATTTCATTCTTCTGGTGGTGGGGATAGCGATATGGCCGCACATTGACTGGCCCCTGTCCCTCTTT GATGGTGATACTATGTTCTCTTCCCCTTCCTGGAGGAAGGCCTGGTTTGCTCTGAAAGACCCCTTCGAAACGGAGGAGCA CGGTGTTCAGTTGCTCTTGCTGGCTTGGTGTGAGCCCCGGTGGCAGTGGTTTAGTTTGTGTGTGCATTCCCAGAGGTCCT AGGAGCCCCTGTTCTTTGCCAATTCCTGAACGAAGAATGCCTTGCAAGGATCCCAAGTTGTCCTTCCCTGCTCGTTCTCC TTGAAGCTTGATCCATTCAAGACCATTCCAGAAACTCATCGTCAGAGCTTGCCAATTAACAAGTGTGTCACCCAGAGTTT GGAGCCACTCAACTCCGAGCACAATGTCGGGTCCACCTAATTCAAACAACTGCAGAGAGCACTCAAGCTGGTATCCCTGC ATCTGTATCGTTAAACTCTTGCAGCGCCCTTGGGCCAGCGATCGGAACCCATCTCCCAGCTTGACCGTCATGCGGGGAGT CTCAAGAACCTCCCATCCCATCTTTCGCACCAGTTGGCCGTCCACGAAATTGTGGGACTGTCGATCAGAATCACCACCGG CACGCCGTTCACGGAACCCAGAATCTTCATGGTTTGAGGAGCCTCTTCTGGCCTTGCTCCCATGCTCCCCAAACTCAACA AAATCAGCTCTCCCACGTTGTCTTCTTCCTCCTCATTGACTTCCATTGCCAGGATATTCCCTTCGCCGGAGTCGTCATCC TCATCTTCTACAATCAGCACGCGTAGATGCCTATCAGGGCATTGGTGGTTCGGGTGGAAGGGTCCACCACACTTAAAACA CAGGCCTTTTTGCCTCCGCTCCAATAACTGAGGATAGGTCAAATGGTTGAAACCCCGGTCTCGTGGCCCAACTCGCTTCC CTTCCTGGGCCGTTTTTGTTTGCTCCCCTCGTGCCATGTTAGTAATGGGCCTTTTTTCCTGACCCGTGTCCTTTCCTCCT CTGACCCATACCCAATCAGTGTTTCCGGCGTTCCCCTGGTTCGTTCCTCCGGGTCGCGAACCCGATGGTCCAATTCTATT GCTCCGTGCCTGACCCGCTCCAAACTCCCCCTTTACCTCCTTCTCCACTGCACGCGTTACCAGCAACAAACGTGCTCGAC TCATTCCTCCCATGGCGATGAGGCTTCTAACCTTGCCTCTGATTTCTTCCTTCAATCCGTGCAAAAAATAGCCCTGGTAC TGTTTGTCAGGAAGTTTCGGGATCTGCGCAGTCAAGAACTCAAAATCTGTAATATAGTCCTCGACGGAACCCCTTTGACG GAGCTCGGTGAGCTGCTCGTACACGTCACCGTCGCCGTCGCCGTTGCCGCCGTAACGCTCCAGCAACGCTTCGCGCAAGC GTTCCCATGTCAGCACCTCGTCCGCTTCCAAGAGCGAGTTGAAAATATGGATTGTACCTCCTTCCATACTCAATTGCGCG AGACCCACCTTCACTTCCGATGAAGTTTCCTGGACGCGGAAGTACACCTCCGCTCTTGAGATCCACCCAGCAGGATCCTT TCCATCAAAAGGGGGCAGCTCTACCTTCTTCACCGATCGTCGGAATTCCTCCAACGCATCGCCACGGAGAGAAGTCTGAC GCAACTCTCCCATCATGCCTCCCATTGGTTCCGGAGTCTTGCCACTGGATCTACCAATGGACTCTTCTCCAGGGTTTTCT TCCTCCGCTGGTTTCTTCCCTACTGCCTTCTCCACCATTGCTACCAGAGTAGCCGGCAGATCCTTCACCGCCGATGTGAC CGCCGATAGAGAAGTTCGCATCGCTGCGAGTTCCGTTTCCAACGCGTCGATCTTCGCCTCCATTTGGGTGACTGCAACCT TGGTGGTTTTCCTGGGTGGCATCCACAGGTATCCCCGTGAAGATGATCCGGCAGGTCGGACCAAATTGTTAGGAATCTAT TTCCTAGCAATGAAACAGTAAGTAATTTGCAGTGAAAGGAAAAGAAATGTGATTGTTTATTGAATTGAAATTGGCTTTTA CACAGAGTGGGAAAGGTCCCTAATCTGACAAGAGCAATGCTCCTTATAGGAAGCTCAGAGCTTCCTATCCATCTCACAGA ATTCAATGATCAAAAGATACCCCTCAACCTCTCTCCTAGCCTTCTTATACATCTTCTCTTACAATCACTAACAGCTCACT AACCGTCTCATTCTCTCACTCCCCAATCTGTTGGGAATGTATCACAGGTGGCTCCTTGGAGATTCCTTTCCCCCTTCTAG AATATACGTGCCAAACCTTAGGCCCACTCCCTTTGTGCACTAACGGCCCAATTGTATTATCTGGCCTAACATAAAGTCAC ACTTTATGCACTGAGGGGTTCTTACTTTGTATTAGGGGTTCCTTTTAGTTTGTGGAATATAGTTAGTTTGGAAGTTAGTT AGAGAGTGAGAGATGACAAGTTATAAATAACAGGAAGGGAAGATTAGAGCCTGGTCTTGACTCTTGAGAATGAAAGGAAT GTAGGGAGGGAGAGTTTCAGGTCTCTCCAATACATTGGTGTAATAGCGATTTATATCAATAAACACTATTTTCGCTCTAA CTAACTAATTGTTCTGTTAACGAAGGGGTTAGTTGCCTAACACTTAGCAGTTAGCAGCAATCTTGTCAGGGTATTAGAGA AAAATTGCTGTGTCCCACCACTACTCTAGAGAAATTTTATAAATAATTTGATGTAAATATGTCAGTAAAAATATTCTAGA GAATAGAGAATTATTTTTATTAATTTGATGTAAATATGTAGTTTTCTGTTGGTGTGCTGGAGAGGAACACTTGGAGCTTA ATTGTGTTTATTTGCCACTAATTTTGATGTGTAAGAGTTATATTTTGGCTCTCTATTATATTCTTCCCTTCGAAAGTGCT GCTATCTTGGACTCCCATTATTTCAATATGTTTCTAGCATTTTTGTTCTGCTTTGCCTTTATTTATTTGAGTTTTTTTTA TCCTCCTGCTAGTTCTTTTTTTTTTTAAATCTCTTTATCTTTTAATACTTGGTTTGACATCATCTGCTGAAACGTGTCTA CCTCGTTCTTATGTCAAAACATTCTAAGTTATATAGCATAGCTTGGCAAGAATGAAACAACTGAGTAGGGATTGGAACAC ACATTCACATTCTAAATTTTCCAGCATATGTCTACCAAGATGGAATTTGGTGATTATGACATGGATAGTCCTTCTAGTTG TGTTATGTTATATACAAAGTTTCCAGCTTTATGATACTAACCAAGTTAGATAGGGTCTCATTCTACAAAAACCTCCTTTA GGTCTTGTTATTAAATTTGAGACTGTAAATATGTGATATAATTTGAATAATGCTAACTAGATGGGTGTTTACAAATTTAT ATTATACGGATGAGTTTTTGCAAAATGCAGGTAAGAGCAGTTATATCAGACTTTTTCAGGTTATGCCCTGATGCACAAAC CTGCACTCAAGTATCAAAAGATGAAATCGTGGAGGTAATACGGAAACTAGGCTTACATAAGAGGGCAGCTATGCTACAAC GCTTTTCTCGAGAATATTTGGAGGAAAATTGGACTCATGTAACTCAGTTACATGGTGTTGGCAAGTATGCAATTTTATGC TCTTTTAATTGTGTTTGTCTTAGTGTGTCTGTGTATTCCTTTTATTCATTTGACTCTTCAAGTGAGATATCCATTTTAAT GGAAAAAAGTAATGTTATAATCACCGATTGGAAATTCAATAGTTGGGAATGGAATAATTTCATAATTCAATATATTTCTG TGTGTATATAATCACAATTTTAACAGTTGATGTGTATAAAATCACAATTTTAACAGTTGATTTTCACTCTGAATTCTTCA CTTGAGAAGTCAAATTTATTTTTGTTGTTTACTTGCTTATTTAAGTTACACTATATTTTTTTCCCTTTGTTTATATATTA TCTCTCAATTTAGGTATGCTGCTGATGCATATGCCATATTTTGTACGGGAAAATGGGATCGAGTGACACCCTCAGATCAC AAGCTAGTTAAGTATTGGGAATTTCTTCGTCTTATCTATCAAGATTAATTTGTGAAAGACTTTGGAGCTGAATGTCGTTG ACGCGAAAATCTCAACTTGCCATTCGTTTGTTATTTTTCTTTATCTTTCTTGTGTTGGGTGTAAATTATCTTTTTCTTTT TGGAAGAATGAATTCCAAGAGTGAGTTACTAGCATTTCTCCCTGATAAATCTGCAATGTTTAGAAGAATACTTTGTTTTG AAGTTTCATCAAGCAAGTCTAGCAACATTTGCAAAGGAATTTACAGATGATGCATCAATACTAGAATCTTATTTATATGC ATTTTTACTGACTGCAAGTTATATGAAATCATGTACTGTTGGAAGAAAGTCAGTATTCAGCTAATTTATTTTCTTTACAT GCACTGCCGTATAGCTGAAATGTAGTTGTTGTGTTCTTACTTCTTTCTTTTGTGTATTAAGTATTAACCACACTTCCTTC ACTGGATGATAGAAAGCACATCAATGTTGTATTAGTTTCTTCGCATCAATGTTTTATGTTTTCTTGGTAACATTTTCCTT TTATTTACGACACCTATATATTTGGCAAAACTGGAATAGTGGATAATAAATGGAGAGCTATTACACTCGTTCTTTTCAGT AGTTTATGAAATTAAGAGGTCTTGAGCAAGTTTTCTCTTTCTCTTTTGTTTATTTATTACTGTGCGACTTCAAACAAGGA CTTCTATCTAACCTCTCCTACCTTCTTGAACTGGTGAGTGCAGTAAAGAGAGCAGCAGCAAGTTAGATTTTTAAAGCTGA AGATGTGTCCAAGTGCTTTCTTGGTTTTCATGTATTAATTATAATGTTATTTTTTTAAAATTCCTTTGATTCCAAACCTG TTTTCATTTTGACAATTGGTTTTTGGTTTTTTGTGATGGTAAACAATTTATGATTGTTGCATGTATGAGTTCAGAGAACA GTACAAGAAAGAGCTTCCAAACAACAAATTTGTCACTGTTGTCAATAATTTGTTTTACTTTCTTGTGGGATAATTTTAAT CCTGTTTTTAAAAATTCTTAATCATAAATCACAGTTAAAATAAGCTTGGTTGGCAAAGCTAG
CDS sequence (LotjaGi2g1v0026700.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAGAGTTGTGCAGCTAGGAACACGAAACGTTTCTCCTTATTTTCTAAAAGACCATGAAAAGAAGTTACTAGAAAACGC TTCCAAACAAAAGGTCAGAAGGAAAGTTAGGTCTCGTGTGGTGTCCCCTTATTTTCAGAATCACCACATGGAATTGGAAG CCGTGGCCGAAACCAGTAATTTCAAAGCTAGAAATTACTTTCCGAATAAGCAAGAGGATGAGAGGAATGTTTCTCCCTAT TTTCAAAAATCAGTTATCACAGAAGAAGAGGGAAATGAGGCAGAAACGTCTAATCTTAAAGTCAGAAAGGTTTCCTGTTA TTTTGGAGAAGCTCCAAAGATTTCTCCTTGTTGTTTCCAAAATGAAATTGGGAAAATGTCAGTAGAATCAGCAGAGAATG GTTATGGCAATGGGGTTGAAATTAGTAAACCTGGAATTAGAAGTGTGAATAATAACTTCAAAAACGAGGCTGAAACTTGT AATCTTCAAGGTAGAAAGGTCTCCTCTAAGCACATTGGAAAAGCCAAGGATAAGCGAAAAAATACAACTCTTTCAGCTTC TCAGAAGTGGGACGAAGCTTATAGAAAAAGAACTCCGGATAATACATGGGTGCCACCGCGGTCTCATTTACATCTTATTC AGGAGGATCATATTCGCGACCCTTGGAGAGTGTTGGTGATATGCATGCTACTCAACATCACTACTGGTCGACAGGTAAGA GCAGTTATATCAGACTTTTTCAGGTTATGCCCTGATGCACAAACCTGCACTCAAGTATCAAAAGATGAAATCGTGGAGGT AATACGGAAACTAGGCTTACATAAGAGGGCAGCTATGCTACAACGCTTTTCTCGAGAATATTTGGAGGAAAATTGGACTC ATGTAACTCAGTTACATGGTGTTGGCAAGTATGCTGCTGATGCATATGCCATATTTTGTACGGGAAAATGGGATCGAGTG ACACCCTCAGATCACAAGCTAGTTAAGTATTGGGAATTTCTTCGTCTTATCTATCAAGATTAA
Protein sequence (LotjaGi2g1v0026700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MRVVQLGTRNVSPYFLKDHEKKLLENASKQKVRRKVRSRVVSPYFQNHHMELEAVAETSNFKARNYFPNKQEDERNVSPY FQKSVITEEEGNEAETSNLKVRKVSCYFGEAPKISPCCFQNEIGKMSVESAENGYGNGVEISKPGIRSVNNNFKNEAETC NLQGRKVSSKHIGKAKDKRKNTTLSASQKWDEAYRKRTPDNTWVPPRSHLHLIQEDHIRDPWRVLVICMLLNITTGRQVR AVISDFFRLCPDAQTCTQVSKDEIVEVIRKLGLHKRAAMLQRFSREYLEENWTHVTQLHGVGKYAADAYAIFCTGKWDRV TPSDHKLVKYWEFLRLIYQD
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 | 26 | 335 | 310 | 1.9E-100 | – | |
| PANTHER | 26 | 335 | 310 | 1.9E-100 | – | |
| Gene3D | 192 | 339 | 148 | 1.1E-49 | – | |
| SUPERFAMILY | 204 | 337 | 134 | 9.25E-31 | ||
| Coils | 338 | 340 | 3 | - | – |
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. |
Expression pattern of LotjaGi2g1v0026700.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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