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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0026700 |
| Transcript ID | LotjaGi2g1v0026700.3 |
| 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_chr2:8945456..8955954) extracted from Lotus japonicus Gifu genome v1.2.
CCAAATTTTGGTTTCAAAAAAAAAAGATTCCAGATTTACTGAAGAAGAAGAGACGACGAACGACGAGCGAGACCTGGCAG TGATGGCGACGGGCGAGACGACGACATACGGTTATCCTCCACCGCTCTTTACGTACGGCCTCTCGCCCTCTCCCCCTTTT ATGCCTTCTCTCAGTAAAACAAAGCAAAGAATCATCAGTAGAAAGAATCAAACCTGCACCTTTACTCGATGGGAAGAGGA TCACAAGGTTCTCATGGGTCCTTCAAGCAAGAAGGAGCGAAGAGGTGACAGGGTTGTGGACCCTCTTTTTGTTGCGAGCC CAAATCTATTGCGAAACTAGATCGTTCAAATCTTTCAATTTCTCATTATGTTTCTGAACCAAGATATGGTGCGAAGCACG TGGGGCACCCGTGGTTTGCGGTTCAAAATAGTGATTTTTCGTCCACGGAGGTCAAACCTGTTGAAATCACAGTGTTTTGG CTTCTAATTCAACCTCTACTACTAGGAGAAACTGAACATGGTGAGGTGATTATTTCTACTTGTACAATTGTAGGTTATCC GTTTTTAATCATAAACCGGTTCTTAATTCGGTTTTATATATAAACGGGTTGCGAACCAAATTTAGGAAATAAGAGCGGAC CAGTTCTTAAAACCAAACAATATAAGTGGGTTTTAATTGGATATGGTTTGGTTTGGGTGCACACCCCTACTTCGCACCAT ATCTTGGTTCAGAAACATAACGAGAAATTGAAAAATTTGAATGATCTAGTTTCACAATATGCCCCATTGAGGAACTAATA AATTTTGTTTTAAATTTCCAATAAAAGAAAACTACAATTTTATTTGATGGAATAATTCACAACAGCAATTCTCCTTAAAA ATGAGAATGTAATTTTTTTTAATTACAGTTGGCAACGCAAGCTGAGTGTGTAGGAAGAGCTTTCGGATTCGATCGTCACA AAATACATTATGGGAGAGGAATGAGCAGCCTTAGCTATGACTAAATCTCGATTCTGGCGGCATCCAAAAGGTTACTCGGT ACTAAATGTTTATAAAAAAAAATAACAAAATTTGTTATTTTTATTAAAATATTAAACACTTTGATTAAATTTTTTTTTAC TCCATCGTCAAATAATCTGTGGAATCAGAATCATCGCATTCTGTGTTTTGGTTGAGACTTCGCCACTCGTCTCAGCAGCG GAGCGGTCCCTTTTCCTTTCTCTTTCGCTGCTTAGTCCAGCATAGCATAGCATAGCCGGTTAGTTATTTTCTTTCTGAAA AATCCATAGCATTAGCAATTTAGCAATAGGGTTGAAATTTTGTTAATCTCATTTTCTTGATACCCAATTCCAGTTTCTGA ACTTGAGAAAAATGAGAGTTGTGCAGCTAGGAACACGAAACGTTTCTCCTTATTTTCTAAAAGACCATGAAAAGAAGTTA CTAGAAAACGCTTCCAAACAAAAGGTCAGAAGGAAAGTTAGGTCTCGTGTGGTGTCCCCTTATTTTCAGAATCACCACAT GGAATTGGAAGCCGTGGCCGAAACCAGTAATTTCAAAGCTAGAAATTACTTTCCGAATAAGCAAGAGGATGAGAGGAATG TTTCTCCCTATTTTCAAAAATCAGTTATCACAGAAGAAGAGGGAAATGAGGCAGAAACGTCTAATCTTAAAGTCAGAAAG GTTTCCTGTTATTTTGGAGAAGCTCCAAAGATTTCTCCTTGTTGTTTCCAAAATGAAATTGGGAAAATGTCAGTAGAATC AGCAGAGAATGGTTATGGCAATGGGGTTGAAATTAGTAAACCTGGAATTAGAAGTGTGAATAATAACTTCAAAAACGAGG CTGAAACTTGTAATCTTCAAGGTAGAAAGGTCTCCTCTAAGCACATTGGAAAAGCCAAGGATAAGCGAAAAAATACAACT CTTTCAGCTTCTCAGAAGTGGGACGAAGCTTATAGAAAAAGAACTCCGGATAATACATGGGTGCCACCGCGGTCTCATTT ACATCTTATTCAGGAGGATCATATTCGCGACCCTTGGAGAGTGTTGGTGATATGCATGCTACTCAACATCACTACTGGTC GACAGGTATGTTTTACTGTTGGCATTGACCTTCATATACCGTGCTATTGTATCTTAGTGTTAGAAAGAGTATTGTTTCAA GTATTGAGTATGTACATGAGTGAGTGGTATTATTCATCTGTTAATTTGCTTTAAAAGGCTCTGTAAGCTGTTGCTATTGT TCTTGATTTTCGCTTTCTAAACTCTTTGTTATGTGGGTTACCTGTGTTACTTCTACGGAAAGCTGTGGTCCATTGTCATC TTTGAAACAAGAGCTGAACAGTTAATGTTTTATTCTCTATGGGTTGTAGAGAATTATAAATATATAATTAATCTAGTGCT AAAAGTGGCAGAATTGTTACTTGTACTGTAAGCTAGTTGATGTGGAAATGTCACGACCCGCTCTAGGCGCGTGACAGGCG CACAGACTAGCAACAGCCAAACTCTCACCTAGCCTGGCAAGCCTAAAGATAAAACCACACTATGGATACATAAATCAAAG TATTAAGTTCTTCTTAAAATTTTGACAGGGTCTCCTCTCTATTATCAATGTCAACATGTCCAAAATAAGAAATTCCTGCC ATAGCATATATCCAGAGATCCCAATAATCAGATCTTACAGCAATACAAGTTAACGCCCATTATAAGGTCCCAAGGAAACA AGTCAATTAAAACGCTAACATACTGAATTTAATTATAACCACTCCTAACTAATAATAATTCAATAATAACTTCCTAACTG CTCTGCCTGTTGCTGTTCACGTGCTACTGTTCATCCGCACCTTGTTCAGCAGCAGAAGTGGCTGCCCCACCACCCATGTT GGTGGTTGGCCTGAGTTTCTTTCTCTTGCGGCTGTAAACATGAATCAGAGGTGGTTTTTCCTTATCATAGTCTAGCTTAT AAATTGTTAGGAATCTATTTCCTAGCAATGAAACAGTAAGTAATTTGCAGTGAAAGGAAAAGAAATGTGATTGTTTATTG AATTGAAATTGGCTTTTACACAGAGTGGGAAAGGTCCCTAATCTGACAAGAGCAATGCTCCTTATAGGAAGCTCAGAGCT TCCTATCCATCTCACAGAATTCAATGATCAAAAGATACCCCTCAACCTCTCTCCTAGCCTTCTTATACATCTTCTCTTAC AATCACTAACAGCTCACTAACCGTCTCATTCTCTCACTCCCCAATCTGTTGGGAATGTATCACAGGTGGCTCCTTGGAGA TTCCTTTCCCCCTTCTAGAATATACGTGCCAAACCTTAGGCCCACTCCCTTTGTGCACTAACGGCCCAATTGTATTATCT GGCCTAACAATACCTTCTCCTTCAACAGCAACCTTGTCCTCAAGGTTGAAGGCGGGGAACTGGCTTTGAATAGTAACTTT GTCTTCCCACGTGGCCTCTTCAAGAGGTTGGCCCTGCCACTGAACTAGAACTTGGGCCACATCAATTCCATGGCGTAACA CTGTACGATGAGCCAGAATGTGGAACGGTTGGATACTCGAGAACTCATCGCCATCCAACTGCTCTGGCAGCTCTTCTTCA ACAGCGTAATTTCCAACAGCTTTCTTGAGCAACGCAACATGGAAAACAGGGTGAACACGAGAGCCCTCAGGAAGCTTCAG TCGATACGCTGCTGCCACGATTCTCTCAGTGATGGGATACGGCCCATAGTAACGAGGGGCAAGCTTCGCATGAACCCTGT TCACGACAGATAATTGTCGATGAGCTCTCAGCTTCACGAAGACCCATTCGCCAACCTCAAACGACTGGTCCCGTCGCTTA GCATTGGCCTGCGCCTTCATGCGTGCTTGTGCTGTGCACAAATGATCCTTCAATTGACGCAAAGCTTCATCACGATCCTG GAGCTCACGTTGCACCGCCTCCACTCTGGTTTCCCCAAAAGCCCAACGGGTGAGGACTGGTGGTTTTCTCCCATACACAG CTTCGAACGGAGTCATCTGTGTCGCTGAGTGATAAGTAGTATTGAACCAATACTCCGCCCAATGGAGCCACGTTGCCCAG GTCTTGGGTTGGTCAGCGGAGAAACATCGGAGATAAGTTTCTAAACAACGGTTGACAACCTCCGTTTGTCCATCGGTCTC CGGATGATACGCGGAGCTGAGCTTCAATTGGGTGCCCTGTAATCTGAAAATCTCCCTCCAGAAATGACTAATAAACAAGG GGTCACGGTCACTGATAATAGACGAAGGCATACCATGGAGACGCACGATTTCCTTTGCAAACAACTCAGCCATGCTCCGC GCAGTGTAGGGATGCTTAATTGGGATAAAGTGGGCATACTTCGTAAGGCGATCGACAACCACAAATATGGCCTCATATCC CTTGGAGCGTGGCAACCCGGTGATGAAGTCCATCGAGACATCTTCCCATATCTGGCTAGGAATGGGCAAAGGTTGGAGGA GACCCGCGGGAGACGCTGCCAAATACTTGTGTCGTTGACAAGTATCGCAATTCCTGACAAATTCTTGGATGGAGTTCTTC ATTCCCAACCAATACAGATTTGCTGCCAAACGTCTATATGTGCGTAGGAACCCCGAATGACCTCCTTGAGGCGTAGTATG AAATTCTTGGATCATTTTGGGTATGTAAGCAGATGAACTGGACAGAACCAAACGCTCATGGTAAAACAGTGTGTTTTGGA TTACCTTGTAACCGGGATGAGCTTGGGTGTCTTTTTCCAGGTCCTTGATGATCTTCATCAAGCGTTCGTCTCCTTGTACC TCCTCCTGAATCGAATTCTGTTCTGCCCAGAAAGGATAAGAAACCAACGTATTGAATTCCCGTGTCCTCCACTCGCGACA AAGCATCAGCGCCGCGATTGGACTTACCTGATTTGTACTCAATATCGAAGTTATATCCCAATAACTTCGCTGCCCAGTTC TGTTGGTCTCCAGTGACTATTTTCTGGTGCAAGAACTCCTTCAAGCTCTTCTGATCAGTTGAAACTACAAATTTGCGACC AAGTAAGTAAGGCCGCCAATGCTGAATGGCGAGGGCCACCGCCATCAACTCCTTTTCGTATGCTGACTTGGCCAAGCTGC GGGGCCCGAGTGCCTTACTGAAATACGCAATCGGGTGCTTCCCCTGCAGAAGGATTGCTCCCAACCCGACTCCGGAAGCA TCACACTCCAAACGGAACTCTTGACTGAAATCAGGAAGGGCCAGTACAGGAGCAGTGGTGAGCCTGACCTTGAGGTCATC AAACGCTTGTTGTGCCGCGCTATTCCACTGAAAAGCGTTTTTCTTTGTCAAATCAGTCAAAGGTTTTGCTACCTTGCCAT AATCTTTGATGAATTTTCGATAATACCCGGTCAAACCCAGGAATCCCCGTACCCCTTTCACATTTTTAGGAACAGGCCAA GTCAACACACTCTCAATCTTACCCGGATCTACCGCGACACCCTCCTCTGAGATTAAGTGACCTAAATAATCCACAGTTTT TGTGGCAAATTGGCACTTCTTGCGGTTTGCTGTAAGGCATTGGACCTGCAGAATCTGGAGCACCTTCTCTAAGTGGCCCA AATGCTCCTCCCAGGTCTCACTGTATACCAATATATCGTCAAAGAATACTAAGACCCCTTGTCGCAGCATAGAACGAAAA ATCTCATTCATTAAACTCTGAAACGTTGAAAGAGCGTTCATGAGACCGAAAGGCATTACGAGGAACTCGTAATGTCCCTC GTGAGTGCGAAAAGCGGTTTTGTGAACATCAGAAGCTCGCACCCTGACTTGATGGTAACCGGATTTCAGATAAAGTTTGG AGAAGAATCGTGCCCCATGTAATTCATCTAACAACTCCTCAATCACCGGTATTGGGAATTTGTCCGGTACCGTGACACGA TTAAGTGCTCGGTAATCCACACACATCCGCCAGGAATTGTCCTTCTTCTTCACTAATATCACAGGGCTGGAGTATGCACT GTTGCTCTGTCTTATGATTCCTTCAGCCAGCATTTCACGCACTTGCTTCTCAATTTCATTCTTCTGGTGGTGGGGATAGC GATATGGCCGCACATTGACTGGCCCCTGTCCCTCTTTGATGGTGATACTATGTTCTCTTCCCCTTCCTGGAGGAAGGCCT GGTTTGCTCTGAAAGACCCCTTCGAAACGGAGGAGCACGGTGTTCAGTTGCTCTTGCTGGCTTGGTGTGAGCCCCGGTGG CAGTGGTTTAGTTTGTGTGTGCATTCCCAGAGGTCCTAGGAGCCCCTGTTCTTTGCCAATTCCTGAACGAAGAATGCCTT GCAAGGATCCCAAGTTGTCCTTCCCTGCTCGTTCTCCTTGAAGCTTGATCCATTCAAGACCATTCCAGAAACTCATCGTC AGAGCTTGCCAATTAACAAGTGTGTCACCCAGAGTTTGGAGCCACTCAACTCCGAGCACAATGTCGGGTCCACCTAATTC AAACAACTGCAGAGAGCACTCAAGCTGGTATCCCTGCATCTGTATCGTTAAACTCTTGCAGCGCCCTTGGGCCAGCGATC GGAACCCATCTCCCAGCTTGACCGTCATGCGGGGAGTCTCAAGAACCTCCCATCCCATCTTTCGCACCAGTTGGCCGTCC ACGAAATTGTGGGACTGTCGATCAGAATCACCACCGGCACGCCGTTCACGGAACCCAGAATCTTCATGGTTTGAGGAGCC TCTTCTGGCCTTGCTCCCATGCTCCCCAAACTCAACAAAATCAGCTCTCCCACGTTGTCTTCTTCCTCCTCATTGACTTC CATTGCCAGGATATTCCCTTCGCCGGAGTCGTCATCCTCATCTTCTACAATCAGCACGCGTAGATGCCTATCAGGGCATT GGTGGTTCGGGTGGAAGGGTCCACCACACTTAAAACACAGGCCTTTTTGCCTCCGCTCCAATAACTGAGGATAGGTCAAA TGGTTGAAACCCCGGTCTCGTGGCCCAACTCGCTTCCCTTCCTGGGCCGTTTTTGTTTGCTCCCCTCGTGCCATGTTAGT AATGGGCCTTTTTTCCTGACCCGTGTCCTTTCCTCCTCTGACCCATACCCAATCAGTGTTTCCGGCGTTCCCCTGGTTCG TTCCTCCGGGTCGCGAACCCGATGGTCCAATTCTATTGCTCCGTGCCTGACCCGCTCCAAACTCCCCCTTTACCTCCTTC TCCACTGCACGCGTTACCAGCAACAAACGTGCTCGACTCATTCCTCCCATGGCGATGAGGCTTCTAACCTTGCCTCTGAT TTCTTCCTTCAATCCGTGCAAAAAATAGCCCTGGTACTGTTTGTCAGGAAGTTTCGGGATCTGCGCAGTCAAGAACTCAA AATCTGTAATATAGTCCTCGACGGAACCCCTTTGACGGAGCTCGGTGAGCTGCTCGTACACGTCACCGTCGCCGTCGCCG TTGCCGCCGTAACGCTCCAGCAACGCTTCGCGCAAGCGTTCCCATGTCAGCACCTCGTCCGCTTCCAAGAGCGAGTTGAA AATATGGATTGTACCTCCTTCCATACTCAATTGCGCGAGACCCACCTTCACTTCCGATGAAGTTTCCTGGACGCGGAAGT ACACCTCCGCTCTTGAGATCCACCCAGCAGGATCCTTTCCATCAAAAGGGGGCAGCTCTACCTTCTTCACCGATCGTCGG AATTCCTCCAACGCATCGCCACGGAGAGAAGTCTGACGCAACTCTCCCATCATGCCTCCCATTGGTTCCGGAGTCTTGCC ACTGGATCTACCAATGGACTCTTCTCCAGGGTTTTCTTCCTCCGCTGGTTTCTTCCCTACTGCCTTCTCCACCATTGCTA CCAGAGTAGCCGGCAGATCCTTCACCGCCGATGTGACCGCCGATAGAGAAGTTCGCATCGCTGCGAGTTCCGTTTCCAAC GCGTCGATCTTCGCCTCCATTTGGGTGACTGCAACCTTGGTGGTTTTCCTGGGTGGCATCCACAGGTATCCCCGTGAAGA TGATCCGGCAGGTCGGACCAAATTGTTAGGAATCTATTTCCTAGCAATGAAACAGTAAGTAATTTGCAGTGAAAGGAAAA GAAATGTGATTGTTTATTGAATTGAAATTGGCTTTTACACAGAGTGGGAAAGGTCCCTAATCTGACAAGAGCAATGCTCC TTATAGGAAGCTCAGAGCTTCCTATCCATCTCACAGAATTCAATGATCAAAAGATACCCCTCAACCTCTCTCCTAGCCTT CTTATACATCTTCTCTTACAATCACTAACAGCTCACTAACCGTCTCATTCTCTCACTCCCCAATCTGTTGGGAATGTATC ACAGGTGGCTCCTTGGAGATTCCTTTCCCCCTTCTAGAATATACGTGCCAAACCTTAGGCCCACTCCCTTTGTGCACTAA CGGCCCAATTGTATTATCTGGCCTAACATAAAGTCACACTTTATGCACTGAGGGGTTCTTACTTTGTATTAGGGGTTCCT TTTAGTTTGTGGAATATAGTTAGTTTGGAAGTTAGTTAGAGAGTGAGAGATGACAAGTTATAAATAACAGGAAGGGAAGA TTAGAGCCTGGTCTTGACTCTTGAGAATGAAAGGAATGTAGGGAGGGAGAGTTTCAGGTCTCTCCAATACATTGGTGTAA TAGCGATTTATATCAATAAACACTATTTTCGCTCTAACTAACTAATTGTTCTGTTAACGAAGGGGTTAGTTGCCTAACAC TTAGCAGTTAGCAGCAATCTTGTCAGGGTATTAGAGAAAAATTGCTGTGTCCCACCACTACTCTAGAGAAATTTTATAAA TAATTTGATGTAAATATGTCAGTAAAAATATTCTAGAGAATAGAGAATTATTTTTATTAATTTGATGTAAATATGTAGTT TTCTGTTGGTGTGCTGGAGAGGAACACTTGGAGCTTAATTGTGTTTATTTGCCACTAATTTTGATGTGTAAGAGTTATAT TTTGGCTCTCTATTATATTCTTCCCTTCGAAAGTGCTGCTATCTTGGACTCCCATTATTTCAATATGTTTCTAGCATTTT TGTTCTGCTTTGCCTTTATTTATTTGAGTTTTTTTTATCCTCCTGCTAGTTCTTTTTTTTTTTAAATCTCTTTATCTTTT AATACTTGGTTTGACATCATCTGCTGAAACGTGTCTACCTCGTTCTTATGTCAAAACATTCTAAGTTATATAGCATAGCT TGGCAAGAATGAAACAACTGAGTAGGGATTGGAACACACATTCACATTCTAAATTTTCCAGCATATGTCTACCAAGATGG AATTTGGTGATTATGACATGGATAGTCCTTCTAGTTGTGTTATGTTATATACAAAGTTTCCAGCTTTATGATACTAACCA AGTTAGATAGGGTCTCATTCTACAAAAACCTCCTTTAGGTCTTGTTATTAAATTTGAGACTGTAAATATGTGATATAATT TGAATAATGCTAACTAGATGGGTGTTTACAAATTTATATTATACGGATGAGTTTTTGCAAAATGCAGGTAAGAGCAGTTA TATCAGACTTTTTCAGGTTATGCCCTGATGCACAAACCTGCACTCAAGTATCAAAAGATGAAATCGTGGAGGTAATACGG AAACTAGGCTTACATAAGAGGGCAGCTATGCTACAACGCTTTTCTCGAGAATATTTGGAGGAAAATTGGACTCATGTAAC TCAGTTACATGGTGTTGGCAAGTATGCAATTTTATGCTCTTTTAATTGTGTTTGTCTTAGTGTGTCTGTGTATTCCTTTT ATTCATTTGACTCTTCAAGTGAGATATCCATTTTAATGGAAAAAAGTAATGTTATAATCACCGATTGGAAATTCAATAGT TGGGAATGGAATAATTTCATAATTCAATATATTTCTGTGTGTATATAATCACAATTTTAACAGTTGATGTGTATAAAATC ACAATTTTAACAGTTGATTTTCACTCTGAATTCTTCACTTGAGAAGTCAAATTTATTTTTGTTGTTTACTTGCTTATTTA AGTTACACTATATTTTTTTCCCTTTGTTTATATATTATCTCTCAATTTAGGTATGCTGCTGATGCATATGCCATATTTTG TACGGGAAAATGGGATCGAGTGACACCCTCAGATCACAAGCTAGTTAAGTATTGGGAATTTCTTCGTCTTATCTATCAAG ATTAATTTGTGAAAGACTTTGGAGCTGAATGTCGTTGACGCGAAAATCTCAACTTGCCATTCGTTTGTTATTTTTCTTTA TCTTTCTTGTGTTGGGTGTAAATTATCTTTTTCTTTTTGGAAGAATGAATTCCAAGAGTGAGTTACTAGCATTTCTCCCT GATAAATCTGCAATGTTTAGAAGAATACTTTGTTTTGAAGTTTCATCAAGCAAGTCTAGCAACATTTGCAAAGGAATTTA CAGATGATGCATCAATACTAGAATCTTATTTATATGCATTTTTACTGACTGCAAGTTATATGAAATCATGTACTGTTGGA AGAAAGTCAGTATTCAGCT
CDS sequence (LotjaGi2g1v0026700.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAGAGTTGTGCAGCTAGGAACACGAAACGTTTCTCCTTATTTTCTAAAAGACCATGAAAAGAAGTTACTAGAAAACGC TTCCAAACAAAAGGTCAGAAGGAAAGTTAGGTCTCGTGTGGTGTCCCCTTATTTTCAGAATCACCACATGGAATTGGAAG CCGTGGCCGAAACCAGTAATTTCAAAGCTAGAAATTACTTTCCGAATAAGCAAGAGGATGAGAGGAATGTTTCTCCCTAT TTTCAAAAATCAGTTATCACAGAAGAAGAGGGAAATGAGGCAGAAACGTCTAATCTTAAAGTCAGAAAGGTTTCCTGTTA TTTTGGAGAAGCTCCAAAGATTTCTCCTTGTTGTTTCCAAAATGAAATTGGGAAAATGTCAGTAGAATCAGCAGAGAATG GTTATGGCAATGGGGTTGAAATTAGTAAACCTGGAATTAGAAGTGTGAATAATAACTTCAAAAACGAGGCTGAAACTTGT AATCTTCAAGGTAGAAAGGTCTCCTCTAAGCACATTGGAAAAGCCAAGGATAAGCGAAAAAATACAACTCTTTCAGCTTC TCAGAAGTGGGACGAAGCTTATAGAAAAAGAACTCCGGATAATACATGGGTGCCACCGCGGTCTCATTTACATCTTATTC AGGAGGATCATATTCGCGACCCTTGGAGAGTGTTGGTGATATGCATGCTACTCAACATCACTACTGGTCGACAGGTAAGA GCAGTTATATCAGACTTTTTCAGGTTATGCCCTGATGCACAAACCTGCACTCAAGTATCAAAAGATGAAATCGTGGAGGT AATACGGAAACTAGGCTTACATAAGAGGGCAGCTATGCTACAACGCTTTTCTCGAGAATATTTGGAGGAAAATTGGACTC ATGTAACTCAGTTACATGGTGTTGGCAAGTATGCTGCTGATGCATATGCCATATTTTGTACGGGAAAATGGGATCGAGTG ACACCCTCAGATCACAAGCTAGTTAAGTATTGGGAATTTCTTCGTCTTATCTATCAAGATTAA
Protein sequence (LotjaGi2g1v0026700.3) 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 LotjaGi2g1v0026700.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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