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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0278400 |
| Transcript ID | LotjaGi6g1v0278400.1 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | DNA damage-binding protein 1; TAIR: AT4G05420.1 damaged DNA binding protein 1A; Swiss-Prot: sp|Q9M0V3|DDB1A_ARATH DNA damage-binding protein 1a; TrEMBL-Plants: tr|I1K4D0|I1K4D0_SOYBN Uncharacterized protein; Found in the gene: LotjaGi6g1v0278400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:59515993..59525466) extracted from Lotus japonicus Gifu genome v1.2.
GGAAGAACAGAACAAACGAGGGCTTTGCTTTACTTTGCATGAGAACGAGGGTTTGTTGCAGCTGAAGGAAGCAGCAAGAT ACGTAGTGCTTTGTGGTTGTGGTTGTGGTTGTGAGAGAGAGCGAAGAAGAAGAGATGAGTGAATGGAACTACGTTGTGAC TGCTCACAAACCCACCAAAGTCACTCATTCATGCGTCGGCAATTTCACTGGCCCTCAAGACCGCAATCTCATCGTCGCCA AATGCACCCGTCTCGAGATTCATTTGCTCTCTCCTCAGGAGGGCTTGCAGTTGCAGTTGCAGTTGCAGGTATATATCACA ACTTTGAAGAGAGGTGTCCGTGCTTCATAGCAGGAAGAATACTATTTTGCTGTTGTTTTAGTGCTTAATGGAATATTCAT TCCTTTTCCTTTTTGGTTGAGTATTGTAATAGAGTCAGATAGATAAATGTGAAGATTTTCTTTGCAGCCTATTTTAGACG TCCCCATATATGGAAGAATTGCCATCCTTCAACTCTTCCGCCCTCATGTACGTTTGTTGAATTTCTATCTAATATTCTAG TTTTTTTTTTCTTACATAATAGTCTTCCTCTTTATTCTTTCATTGCTTGTTTGGTATCAAACAGGGTGAAGCACAGGAAT GTCTGTTTGTTGTGACTGAAAAATACAAATTCTGTGTTCTTCAATGGGATCGTGAGACTCATCAACTTGTTACAAGGTAT GCATGAAAGAAAACACTTCTTCCCTTCTGAATGAACTTACTTATGTTCTGGCTTTTTTTTATTTGTATAGATTGAAATTA AAATATTTTTCTGGAAAAATTCTTCATAAATTATTGATGTGGGAGTCTGTCAACTGGTTGTAAATGTTATGTGGCTGTAA TAACAATCTCATTGTGATTTTGGTAATGCAATAATCCATTTAGTAAACTTGTTTTGGATGCTGAACTTAGTATGCACTAT GCAGTGTGTAAAAGCCAGTTTCATAACTTTGGAGGAGCACCTTTCTTCATAAAAAATCAATTTGTATAAGATTTACAGAG TCAATAGTCAATTAGTCATTGAAGCATATGGCTTTCAGGTGTCGCCATTGGCTAAAGAAATGAAGACAAAATAATGTTCT TGATGTGTGTTTTGTGGTGCTTGTTGTTTATCAGCTGCTTAAACACGATATATTACTAGAAAATCCATGTTGATGAATTT TTTATCCTCTCTTACATAGGAGTTAGAGCCTATGAAAAAGGAAATTAGCATCCTTTTGAAGGTAGGAAGGAATAACCATA ATCCATTATAATTTTTATTTTTTAGCATCCTCTCTTGTTTGGTTACATCTCCCCTCCCTAGACTGAGCCCCGTGCACTGG GCCTCCCTTTTACCTTCTGTGTATTGGAATCAGTGGTTGTTGGTTTCATAATTTTGAGTAGCGCCAGCGGCTTAACCACA CAAGCTTGGAATTTCAGTAAAGAATGAAGAATGGAAGTTTTTCTTGACATTGTCTTTGTCAAATTTTGATTTACTAAGGT ATATGAAAGGAGGGGTTTATCTCGTTGTTTGTTGAATTCTCTGTATTGTTGTCATCCAGGGCTATGGGGGATGTTTATGA TCGTATAGGACGGCCCACAGATAATGGTCAGGTATTTAAATTGTTTCACTTCTATCTACTAATTATTCATGGGTGGTGAT TGTGTCCACACAGTTCTGATAATTTTTAACAACACCAGTGCTTTATCTAGTTTAAGATCAGTTGAATATTCTTCAGTTCA TTTCAGCGGTTATCCATTTCTCTTTCTGCAGATTGGCATTGTCGATCCTGATTGTAGGTTGATTGGACTCCGTTTGTATG ATGGCTTGTTTAAAGTATGTAACTTCCTTTCTTTCATTATCCTGTAAAAATATTAGATTAGAAAGACAATACATTTAGGT TTTCAGTTTCATGTTAACAAATTGAATGATTTATTGTTCATTGATCTTCCAGGTTATTCCTTTTGACCATAACGGACAAC TCAAGGAAGCGTTTAATATTAAGTAATCCTATTATCTTTTGATTGTCTCCACACAAGATTTTATTTACAATTTGACCTTC ACTAGGTGTTCATAATTGTAGTAACTGAGGGTAGTACCTTGATTAATTATTACCAGTATACCACAGTCCTAACCATGTAT ATATGACTATGACCTAGAACCTTTCATGTTGAATATTGTGTCTCTATATAACTTGACATACTTTTCATGTGTCATACATT TGGGTCAATAAAGAACTTAGATGTAGTTTTCTCTTAGAGAATAAAAAGAAGTATGGGTATACTTTGATTAGCTGGTTTAA TCTATGTTTAGTTGAAGAGGTTGTTTTACAAGCCAAAGTTTGTACCAGTTAGGTGGTTAAGGTACCTATACTTCCTTGGG TTCATATCTCTGTCCTAAAGAAATCATTTGTCATGGTAGAAAAACTGAAAAGACTTTTTTATCAACGACGATGCTCCATT TATCAAATGTATGAGTCTTGTTTATAAAAGCTTTAACATGTAATTGTTATGGTGGAAATAATTCATGGCTATAAAAAGAT GTAGATACTGTTCAGTTTCTTTATGTCTTTTACATCGCGCCCCCTGTTACTTTGGGTAATGGCTGTGCTGGGAAAACAAC CCTAGCTTTCTGCTCCCCTGGTCTGATAGTAGCTTGTGAGTTTCTTTGTGTACATCTCTCAGTTGCCATAGCATTTAAGA AAACATTCTTACATATATGGGTGTAAAACTGTAAACCATTTCTTAAGTTATTAAAATGTCAGAGTTGACAGCAATGTAGG GGATATATGCAGATCCTTGTTTGCAACTTGCTGATAAATTTGTCAAATATAAATTATAAGGCTAGTAATTTCTGTTTCTT TTTCTGATTTAGTTTAGTATATTAAGATTATGATGCATCTTTTTTTCAGGCTTCAGGAGCTCGATGTTTTGGATATTAAA TTTCTTTATGGTTGTTCAAAACCAACTATTGTGGTTCTTTACCAGGTTTCTAATTCTATTCCACCTTTTGTTTTGGGGGT ATTAGTTGATTAGTTCATCAAATAGACTCCGTCTGAGCTGTTAACTTGTTTGCTAGTTTCTTTCCTTCACTCATTTATTT TGGATTTGGAAGAGGTAGTCAGGGAGTGGAGAAATCTACAACACCTGTTTCTGTTTGATTTTATGCACTTATTTTCTTAT ATGGATAGAAGAGCATGGGCTCTTGACTCCTTACTCCTTAGTGAGAATTCTTTTTTCCATTTCTTTTCCGCTCTGGGAGA AAAATTCATTTTTTTTAATGGCTTCACTTAAAAAAATGACTGTAAAGAAAGCATGTGATCAGTATAATAGCATGCGTTAA GTCAGTTTTTGTCAAATTAATTCCCTCAATTTTCTAATATTGCTATATATGAGAAACAGAAGATGAAAAAAAGATTACAG GCAAGTTATACACGTAATTTGTTATAGAAATGACTGAAAAGAGTTAGCATGACATTGACTTTTATTAGAATTTTTAAACA TGTATAACAGTATAAGACAATATTTGTAGTGTTGAGGTTTTGAGACCCACATGTCTTGTATTATTGCAGTTTGAGTTTAT GATTGGGCATTCATATTCTTGCATAACATTATCTATTCAATGTTTCTATGATTTTATTGCAGCTGTATATTTTATATTTC CCTTATGTAATATATTTGGTTGGAAACATAACTGCTTTTAACATAACCATTTTGTTGACTTTGGTATTATATTTAATTAA TGACAGGACAACAAAAATGCTCGTCATGTGAAAACGTATGAGGTTGATCTGCAGGACAAAAATTTTGTTGGGGGTCCATG GTCCCAGAACAACCTTGATAATGGGGCTAATTTATTGATACCAGTTCCCCCCCTCTTTGTGGTGTGCTTATTATTGGTGA AGAAACCATAGTATACTGTAGTGCTACTGCTTTCAAAGCTATCCCAATCAAACTCGGACCTGTATGTAAAAAGACTATTT GCTACTTTCATTTAGATCATCTGCATTCTTCAGTGAAATTTTAATTTTGGTGAACTGTATCTATATTACAATTTTTTGGA CTTATCTAAATTCTACCATATGATCTGCTTTTCAGTCACTTACAAAAGCATATGGAAGAGTTGATTCTGATGGTTCTAGA TATTTACTTGGTGATCTCACAGGAGCGCTTAATCTTCTTGTATTAACCCATGAGAAAGAAAAGTAAATGACCACCCATTG TCTTGTTTTACTTTTGTCTTAACAGATTTATTAATTTTCTCTGTGCACAAATTTGATGATTAAAGTAGTAATCTGCATTT TATCTTGAAAAACCAACGATGCAGTTTTTAACTTCTGAATATTATGGTTTGTCATGTACATTTTTATTTTGTAGGGTTAC AGGACTGAAAATTGAGCCCCTTGGGGAGACTTCCATTGCATCTACAATATCATACCTTGATGATGCATTTGTCTACATTG GTTCATGTTATGGAGATTCTCAGGTGGGATAGTAAATTTAAACATTATTGTATAAATGTTTATGAAGTCCATATGCATAT GGAATTTTAATTTTATCCAAAATTCTGATTCCCCCAACTCCTTCTTATGAACTTAGTATGGAGACTCTGGAATATTTATT ATTTATATGTGAAGTGGAGTCTGCATATTATGTTGGAAGTTGGGTAATTGCCTATGTTGAAGAGGCTTTTGAAAATGTTG CTTAAAAAATACTCCCTCCGGTCCTATTTATAAGCAACAAAAAAAAAATTCACATAGTTTAAGAAATGTAGTTAAACTAG ATAAAATGCATTAAATTTGTCTTGAATAAAAATAAACTTCCAAAATTACCCTTTGTTATTAGTGTTGGAAAGTGAGAAAG AGAGAGAATAATTAATGAGACACATTTTACAAGTTAGAATTAATAAGGGCATCATTGGAAAAAAATAATTAATATAGCTC AAACTTTCATTTGGTTCTTATAAAAAGGACCAAGATTTTTCTTCTCTTTCATGCTTATAAATAGGACCGGAGGGAGTATA TGCTATCACCCCACACATAATTTAACAGCATATGTATGGCAAATATTTAGCATTTCAACTTCATGACATAAAAAGTGAAA ACATAAGTCAACAAGACAAATTAATGATCACCGCTTCCTGTTCTTAGCTTCTTCACCAAAATCTCATTTAGGTATTTGAT GTGTTTTCTTCATATTTTGAAATGTATTATGACTTATCCTTAGCTGTTTACTTTTACGTGCATATTCAGACATGCCATTA ACAATTTCTGATGGATGCAATTCAGCTTATAAAACTAAATCTACAGCCTGAGGTAAAAGGCTGTTATGTGGAAGTTTTGG AAAGGTATGCGAATTTAGGGCCAATTGTTGACTTCTGTGTGGTAGACCTCGAAAAGCAAGGCCAAGGTCAGCTTGTAACC TGCTCTGGAGCTTACAAAGATGGTTCTCTTCGCGTTGTTTGTAATGGAAGAGGGATCAATGAGCGGGTCAGTTCCCCTTC CTATCCGCCCAGAATGGGACTTCTGTACCTAAGAAATTTTAAGAAGAGATAAATTAAACTGTATCAAGCAACACATGTTT TGTAAAATATTATTTTATTGATGTAGGCATCTGTAGAACTTCAAGGTATCAAAGGAATGTGGTCATTAAGATCCTCAGCA GATGATCCTTTTGACACTATCCTGGTTGTGAGTTTTATAAGTGAAACGAGAATCTTAGCAATGAATATTAAGGATGAGCT GGAGAAAACTGAGATTGAGGGATTCTGTTCTCAAGTACAGACATTATTTTGCCATGATGCAATTCACAATCAATATGTAC AAGTAGGTTCTGATCTTATTTTCCTGCTTTGGTATTTTTCTTCTATTCTTGTTGATTTTAACGCCTGCATCTCTCTATCT AACTCTTAAATGAAGTCAGATTTATTAAAAGAAGATAATCAAGATATATCTTGTGCACATGCAGACAACTTCATTAAGTG GGATAAGGCTCAGTTGTTGTTGATGCTGTCTTTGATATTTTTCTTTTGTTTGAAAAATATAATATAATGAAGGGAATTTG ATTCAGAGTGTGAGGAGAATACGCTGATATTGATGGGTCTTAATCTGAGTCATAAAAGAATTGGAATCCATTGTAATTGA AAGAAACAGATTTGAAATTATGCTTTATGTTTCTGGAAGCTTCTTGTAAATGCTTAAGACTTGCATGGTCGATTATAGTT TGTCTGTAATCTTCGTAAGTTGATACTATAAATTTACATTCATCATTTGCATGCTTCTTTGTTTTTTTTTTTTTTGCTTA TTTATTTTGTTGAAATGATAGCTTCCAATCATTAGCTAATAAACCAACATAACAGGTCACCTCAAGCTATGTAAGACTGG TTAGTTCCACAACTAGGGAGCTCCGGAATGAATGGCATGCACCAGAAGGCTATTCAGTAAATGTAGCTACTGCAAATGCT ACCCAGGTTTGATTCTTATTTTAAAAAAAAAATATTACATTTTAAACTATAGGTGATATTTCTTGGTGATACCTCTTGAT TCTCCAATTACTCTTACATTAACACACATGTCAGATGTTGGATTTTACTATCTAAACACAACTAAGTTTGTATCGAGTTG GTAATTATTGTTACACCTGGATTCAGGTTTTGTTGGCCACAGGCGGTGGACATTTATTTTACCTTGAAATTGGAGATGGC ATACTACGGGAAGTAAAGCGCACCCAACTGGAGTATGAGATCTCATGCCTAGACATAAATCCAATTGGTGAAAACCCCAA TCAGAGTCATCTAGCAGCAGTTGGAATGTGGACTGACACAAGTGTTGGAATTTTTTCTCTTCCTGACCTGAATCTCATCA CAAAGGAGCATTTTGAAGGAGAGAAAATACCTCGATCTGTTCTTCTTTGTGCGTTTGAAGGGGTGCGCTTTCCTTGACCT ATCTTGTTGTGTACTGGTTTTTTTGCTTCTGCGTAGGGCATACTAATTTTAAAAAAAAATGCCCGAATACCATTTGGGGT GCTCATCTCCTAAGTTCTAATTTTAGAATGGGTATTTCGGATTTTACACATTCAAATGGTTTTGGTGGAATAAGCAAGAT CAGCAACATTAATGTCTATTTTACAATTCTGCTCAAGTTACATATTTATCTAATGATGCTCCAAGGATTGATGACACATC TGCTAAGCTTCCAACTTATCTTTCTTAATTTTAATTGTAGTTTCCTAGTTTAAAGATTTCTATTAAAGTGTGTTTCTCTT TTCATATTGTTCTCCAGATATCTTACTTGCTATGTGCCCTTGGTGATGGTCATCTCTTAAACTTTATGTTGAACACAAGT TCTGGTGAGTTGACAGATAGGAAAGAGGTCTCTCTTGGCACACAACCTATTACACTATGGAATTTCTCATCCAAGAATAC TACCCGTGTTTTTGCTGCATCGGATCGGCCAACTGTGATTTATAGTAGTAACAAAAAATTACTATATAGTAATGTGAATC TGAAGGAAGTGAGTCACATGTGCCCTTTCAACTCTGCTGCTTTTCCAGACAGGTACGGTTGTCTTTTTTAGCTTGACATC CAAGAATGGTTGATTTATCCCATATTGTTGTTTCTGGGCCTTGTACTTTTGATGCAAAATCCATTATCGGTGATAGTACT TTGCCCCTCATAATTTCAACAGTTTGGCAATTGCAAAAGAAGGTCAGCTCACTATTGGCACCATTGATGACATTCAAAAA CTTCATATTCGCTCAATTCCACTGGAGGAGCATGCACGGCGTATCTGTCACCAGGAACAATCCAGGACTTTTGCTATTTG TAGTTTGAAGTCCCCTACAAGTGCTGAAGAATCTGAAACGCACTTTGTTCGCTTGCTGGATGACCAGTCTTTTAAGCTCA TATCGACTTATCAACTTGACTATTACGAGTACGGTTGCTCTGTAATTAGCTGCTCCTTCTCAGGTGATAATAATGTGTAT TACTGTGTTGGAACTGCATATGTATTGCCAGACGGAAATGAACCAGACAAGGCAAGTTGAGAAATCTATATTATTTTCAG CTTTGATCTAGTCAAAGCCTCTGATATCCTGATTCATTGGCCTTTTCTAAACAAATGTAGGGAAGAATTCTTGTTTTTAC TGTTGAAGATGGAAAGCTACAACTAATTGCTGAGAAAGAGACTAAAGGAGCTGTTTATGACTTGAATGCGTTTAATGGTA AATTGCTTGCTGCTATTAATCAAAAAGTTCAGCTGTATAAGTGGGTGCTCCAGGATGATGGCACCCATGAGTTACAGCCT GAATGTGGATTTCATGGACACGTCCTAACTCGATATGTGCAAACTAGAGGAGATTTCGTTGTAGTTGGCGATCTGATGAA ATCAATTTCCGTATTAATATATAAGGTAAGCCTCTAAGTGGTCTTAATGCTGAAGTTCATTTGCAAATGAATTTACTATC TTCAATATAACTTTTCTAACCATGCCATTTACTTTGTTTTTGTTGAATTTTGAACTGCTATGATCCTTATTGTGGATGAA TAGTTAATTTTCTGGATATTTGCTCCATTTTCTTTTGGAATGATAAATTGTTGCTCTTTATTATTTAAGCATGAAGAAGG TGTTTTTGAGGAGAGAGGTCGGGACTACAATGCAAATTGGATGTCAGCTGTTGAAATCCTTGATGATGACGTATACCTTG GCGCGGAAGTTAGCTTCAATCTCTTTACAGTTGGGAAAAATAGTGAAGCATATCCAGGTCGTCTGGAAGTACTTGGTGAG TATCACCTTGGAGAACTTGTCAATCGGTTCCGGCATGGCTCCCTTGTCATGCGCGACGATGGTGCAGGAAAGATTCCAAC TGTTATCTTTGGCACCATTAATGGTGTTATTGGGGTAATTGCTTCTCTTCCTCATGAGCAGTATGTTTTCTTAGAGAAGC TTCAGTCAAACTTGAGGAAGGTGATTGAAGGCGTTGGAGGACTAAGCCATGAGCAATGGAGATCATTCAAGAATGAGAAG AAAACTGTGAAGGCCAGAAACTTTTTGGATGGGGATTTAATTGAATCATTTCTTGATCTCAACCGCAGTAAGATGGATGA GGTTTCCAAGGCATTGGATGTTTCTGTAGAGGAGTTAATCAAGAGAGTACAAGAGTTGACTAGGTTGCACTAAGTTTATC CTAATTTGGAGCTTCTTTGTTCCTTTGTTATATCTTCTCCTTAAACTTTTACTTTCCTTTTTGTGAATGTGGATTAAAGT GACAACAGTTTATGTCTCATCTTGTTTCCCTGACCTTTTTCCCTCAGCTATGCTGAAACTAGTGAACAGTATGCATTTTA CAATATGGAGCACAAGTATGTATGGAGTGCACTGTAAAAAAATTATCCATTTAATCCTAATATTTTTTTTAAAAATCCAA TGAGGTTTGAAATATTATGTATAAGTTATTATCC
CDS sequence (LotjaGi6g1v0278400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTGGTCATTAAGATCCTCAGCAGATGATCCTTTTGACACTATCCTGGTTGTGAGTTTTATAAGTGAAACGAGAATCTT AGCAATGAATATTAAGGATGAGCTGGAGAAAACTGAGATTGAGGGATTCTGTTCTCAAGTACAGACATTATTTTGCCATG ATGCAATTCACAATCAATATGTACAAGTCACCTCAAGCTATGTAAGACTGGTTAGTTCCACAACTAGGGAGCTCCGGAAT GAATGGCATGCACCAGAAGGCTATTCAGTAAATGTAGCTACTGCAAATGCTACCCAGGTTTTGTTGGCCACAGGCGGTGG ACATTTATTTTACCTTGAAATTGGAGATGGCATACTACGGGAAGTAAAGCGCACCCAACTGGAGTATGAGATCTCATGCC TAGACATAAATCCAATTGGTGAAAACCCCAATCAGAGTCATCTAGCAGCAGTTGGAATGTGGACTGACACAAGTGTTGGA ATTTTTTCTCTTCCTGACCTGAATCTCATCACAAAGGAGCATTTTGAAGGAGAGAAAATACCTCGATCTGTTCTTCTTTG TGCGTTTGAAGGGATATCTTACTTGCTATGTGCCCTTGGTGATGGTCATCTCTTAAACTTTATGTTGAACACAAGTTCTG GTGAGTTGACAGATAGGAAAGAGGTCTCTCTTGGCACACAACCTATTACACTATGGAATTTCTCATCCAAGAATACTACC CGTGTTTTTGCTGCATCGGATCGGCCAACTGTGATTTATAGTAGTAACAAAAAATTACTATATAGTAATGTGAATCTGAA GGAAGTGAGTCACATGTGCCCTTTCAACTCTGCTGCTTTTCCAGACAGTTTGGCAATTGCAAAAGAAGGTCAGCTCACTA TTGGCACCATTGATGACATTCAAAAACTTCATATTCGCTCAATTCCACTGGAGGAGCATGCACGGCGTATCTGTCACCAG GAACAATCCAGGACTTTTGCTATTTGTAGTTTGAAGTCCCCTACAAGTGCTGAAGAATCTGAAACGCACTTTGTTCGCTT GCTGGATGACCAGTCTTTTAAGCTCATATCGACTTATCAACTTGACTATTACGAGTACGGTTGCTCTGTAATTAGCTGCT CCTTCTCAGGTGATAATAATGTGTATTACTGTGTTGGAACTGCATATGTATTGCCAGACGGAAATGAACCAGACAAGGGA AGAATTCTTGTTTTTACTGTTGAAGATGGAAAGCTACAACTAATTGCTGAGAAAGAGACTAAAGGAGCTGTTTATGACTT GAATGCGTTTAATGGTAAATTGCTTGCTGCTATTAATCAAAAAGTTCAGCTGTATAAGTGGGTGCTCCAGGATGATGGCA CCCATGAGTTACAGCCTGAATGTGGATTTCATGGACACGTCCTAACTCGATATGTGCAAACTAGAGGAGATTTCGTTGTA GTTGGCGATCTGATGAAATCAATTTCCGTATTAATATATAAGCATGAAGAAGGTGTTTTTGAGGAGAGAGGTCGGGACTA CAATGCAAATTGGATGTCAGCTGTTGAAATCCTTGATGATGACGTATACCTTGGCGCGGAAGTTAGCTTCAATCTCTTTA CAGTTGGGAAAAATAGTGAAGCATATCCAGGTCGTCTGGAAGTACTTGGTGAGTATCACCTTGGAGAACTTGTCAATCGG TTCCGGCATGGCTCCCTTGTCATGCGCGACGATGGTGCAGGAAAGATTCCAACTGTTATCTTTGGCACCATTAATGGTGT TATTGGGGTAATTGCTTCTCTTCCTCATGAGCAGTATGTTTTCTTAGAGAAGCTTCAGTCAAACTTGAGGAAGGTGATTG AAGGCGTTGGAGGACTAAGCCATGAGCAATGGAGATCATTCAAGAATGAGAAGAAAACTGTGAAGGCCAGAAACTTTTTG GATGGGGATTTAATTGAATCATTTCTTGATCTCAACCGCAGTAAGATGGATGAGGTTTCCAAGGCATTGGATGTTTCTGT AGAGGAGTTAATCAAGAGAGTACAAGAGTTGACTAGGTTGCACTAA
Protein sequence (LotjaGi6g1v0278400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MWSLRSSADDPFDTILVVSFISETRILAMNIKDELEKTEIEGFCSQVQTLFCHDAIHNQYVQVTSSYVRLVSSTTRELRN EWHAPEGYSVNVATANATQVLLATGGGHLFYLEIGDGILREVKRTQLEYEISCLDINPIGENPNQSHLAAVGMWTDTSVG IFSLPDLNLITKEHFEGEKIPRSVLLCAFEGISYLLCALGDGHLLNFMLNTSSGELTDRKEVSLGTQPITLWNFSSKNTT RVFAASDRPTVIYSSNKKLLYSNVNLKEVSHMCPFNSAAFPDSLAIAKEGQLTIGTIDDIQKLHIRSIPLEEHARRICHQ EQSRTFAICSLKSPTSAEESETHFVRLLDDQSFKLISTYQLDYYEYGCSVISCSFSGDNNVYYCVGTAYVLPDGNEPDKG RILVFTVEDGKLQLIAEKETKGAVYDLNAFNGKLLAAINQKVQLYKWVLQDDGTHELQPECGFHGHVLTRYVQTRGDFVV VGDLMKSISVLIYKHEEGVFEERGRDYNANWMSAVEILDDDVYLGAEVSFNLFTVGKNSEAYPGRLEVLGEYHLGELVNR FRHGSLVMRDDGAGKIPTVIFGTINGVIGVIASLPHEQYVFLEKLQSNLRKVIEGVGGLSHEQWRSFKNEKKTVKARNFL DGDLIESFLDLNRSKMDEVSKALDVSVEELIKRVQELTRLH
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 |
|---|---|---|---|---|---|---|
| Pfam | 1 | 136 | 136 | 2.6E-28 | – | |
| PANTHER | 1 | 680 | 680 | 0.0 | – | |
| PANTHER | 1 | 680 | 680 | 0.0 | – | |
| Gene3D | 1 | 302 | 302 | 3.7E-208 | ||
| Coils | 21 | 41 | 21 | - | – | |
| SUPERFAMILY | 66 | 462 | 397 | 2.56E-12 | ||
| Gene3D | 303 | 569 | 267 | 3.7E-208 | ||
| Pfam | 344 | 650 | 307 | 1.5E-73 | ||
| Gene3D | 596 | 681 | 86 | 2.1E-29 | – |
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 | Protein binding | Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules). | ||
| Cellular component | Nucleus | A membrane-bounded organelle of eukaryotic cells in which chromosomes are housed and replicated. In most cells, the nucleus contains all of the cell's chromosomes except the organellar chromosomes, and is the site of RNA synthesis and processing. In some species, or in specialized cell types, RNA metabolism or DNA replication may be absent. |
Expression pattern of LotjaGi6g1v0278400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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