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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0506000 |
| Transcript ID | LotjaGi1g1v0506000.1 |
| Related isoforms 3 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Disease resistance protein (TIR-NBS-LRR class); TAIR: AT5G17680.2 disease resistance protein (TIR-NBS-LRR class); Swiss-Prot: sp|Q40392|TMVRN_NICGU TMV resistance protein N; TrEMBL-Plants: tr|A0A0R0LCQ5|A0A0R0LCQ5_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0506000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:102421745..102433675) extracted from Lotus japonicus Gifu genome v1.2.
GTGAAAAAAAAAAAGCCCTATTATATATACACGAATTTGTTTGAAAAAATGATGACATCGATCATCATTCATCAGTTGCA AGTTACAACCTAACTACAATGCTCACTTCTCAACCTAAGTTATAACCAAACCTAGTTTTTGTCAATAGTGGATTATTGTC TTTTTACTCCGCCGTGAAACACCCAGAACCACCGTGCACGTTGTTGGTTGAGCATCCATGCGGCTTCTTCCTCTGTTCCA ATCACTCCCCAAAACCACTCACTACTCCTTGAGGTTTGCATCAACTGCACTTGCCCACGTTGATTCACCATCTTTCTCAG ACACCCCACCTCGTGTCCCTGAGCTTCACAAGGACACCTCCAACGTGCTCCAAACGCTTCACCGTCTGCACAACCGCCCT TCTCTTGCTCTTTCCTTCTTCACTCAGCTCAAGCAACAGGGGGTGTTCCCTCACACCACTTCAACCTACGCCGCCATTAT CAGGATCTTGTGCTACTGGGGATTGGACAGGAGGTTGGATTCTGTCTTCCTTGACCTCATTGCACTTTCCAAACAAGACC CATCATTTGAAATCCATGACTTGTTTGAAGAGCTTTTGGAGGGGGATGAGGGTGTTGATAGGAAACCCCACTTGCTCAGA GCATTTGATTGGTATGTTAAATCTTGTGTCAGTCTTAACATGTTTGAAGAGGCTTATGATTTCTTGTTTCTAACTAGGAG GCGTGGGATTCTGCCTAGTATTTGGACTTGTAACTTTCTCATCAACCGGTTGGTTGATCATAATGAAGTGGAGAGGGCTT TGGCCATTTATAAGCAGCTCAAGAGGCTTGGTTTGAGCCCCAACAATTACACCTATGCCATTGTTGTCAAGGGACTGTGT AGGAAAGGTTACTTGGAAGAGGCGGAGCACATGTTAAAAGAAATGGATGAAGCTGGGGTGAATCTTGATTCCCATTGTTG TGCAGCTTTAATTGAGGGCATTTGCAATCATTGTAGTTCTGATTTGGGATATGAAGCGCTCCAAAAATTCAGAATGATGA ATGCCCCTATAGAGGATCATGCCTACGCCGCTGTTATTCGTGGGTTTTGTAATGAAATGAAATTAGATGAAGCGGAGATT GTTGTTTTGGACATGGAAAGCCAGGGATTGGTTCCTGACGTGCGTATTTATTCTGCATTGATCTATGGATATTGTAAGAA TCGTAATCTACACAAAGTTTCAGAGTTATGTAGTCAAATGACTTCAAAGGGTATAAAAACAAATTGTGTAGTTGCTAGCT ACATCCTTCAATGTCTTGTTGAGATGGGCAAGACCTCAGAAGTGGTAGATATGTTTAAAAGATTGAAAGAATCAGGTATG TTTCTCGATGGGGTAGCTTATAATATTGTGTTTGATGCTTTATGTAGATTAGGCAAAGTGGACGATGCAATAGAAATGCT GGAAGAGATGAGAGTGAAGAACATCGATTTAGATGTTAAACACTACACAACCCTTATTAAGGGGTATTGCCTTCAGAATA AGCTCTTAGATGCCTCGGATATGTTTAGTGAAATGATAAAAAAAGGTTTTGCACCTGATATTGTCACATATAATGTACTA GCTGCTGGGTTGTCTAGAAATGGCTGTGCTTGTGTGGCAATTGACAATTTGAAAGCTATGGAAGAACAAGGAGTGAAGCC AAACTCAACTACACACAAGTTGATCATTGAAGGTTTATGTTCAGAAGGCAAGGTTGGAGAAGCTGAGACATACGTTAACA TTCTAGAAGATAATGGATTTAAACCTGATATTGTGATATATAATGTACTAGTTGCTGGGTTGTCTAAAAATGGCCATGCT TGTGGGGCAATTGGCAAATTGGATGATATGGAGAAACAAGGTGTGAAGCCTAACTCAACTACACACAAGTTGATCATTGA AGGTTTATGTTCAGAAGGCAAGGTTGTAGAAGCTGAGGCATATTTTAACCGTCTGGAAGATAAAGGTGTGGAAATCTATT CTGCGATGGTGAATGGCTATTGTGAAGCATACCTTGTCGAAAAATCGTATGAACTTTTCCTTGAGCTGTCAGACCATGGG GATATTGCAAAAGAAGATTCTTGTTTCAAGCTACTTAGTAACCTCTGTTTGGCAGGTCACATTGACAAAGCTATGAAGTT GCTGGACAAAATGTTGTCATTTAAGGTGGAACCTAGCAAAATAATGTATTCTAAAGTATTAGCTGCTTTGTGCCAGGCTG GGGATATAAAACAGGCTTGCTCTTTGTTTGATTTTTTGGTTCGGAGAGGATCTACTCCTGATGTTCAAATGTACACAATT ATGATAAATAGTTTATGTAGGATGAATTACTTGAAAGAGGCCCATGACCTCTTCCAGGATATGAAGAGGAGAGGGATCAA ACCTGATGTCATTGCCTACACAGTCTTACTTGATGGGAGCTTTAAAAATGGAGCGACATCGGATGTTCTCACCATCTGGG GTGATATGAAGCAAATGGAAACAAGTCCAGATGTTATTTGTTACACTGTTTTGATTGATGGACTCATAAAGACAGATGAC TGTGTAGATGCAATTAACCTATATGAAGACATGATTCACAATGGACTAGAACCAGATACGGTAACATACACTGCTATGAT TTCTCTCTTCTGTAAAAGAGGTCTCGTGAAGGAAGCTTCTGAATTGCTTGATGAAATGTCTTCAAAGGGAATGACACCAA GTTCGCATATCATCTCAGCTGTAAATCGCAGTATTCAAAAAGCTAGAAAGGTGCCATTTCATGAGTAGGTTGTCAGCTCA GACTGTCAGTGCTTGGATCTATCTCAAGTTCTAAAATCTATCTGGTCAATATCAATACTCAATACCTGAAGGTGAAACAT AATCTTACGTGCTATTGACTAATTTACTAAGACTTACTACTGAATCATTGTTTTTTAAGTATTACACTGAAAGGCTTTGT TGGATTCTACAGATTGGAAAGAGAAGAGCTATGCAGTTTGCAGATTGATTACCAGGATGTATTTGTATTTAGGTATGGAA TCTGCCTTATACTGATTTAAATTATGTGATATTGTGAAATTATTTTACTGGACTAAAAAAAGACTTTAATGTAAATATTT CTTGCAATAATAACTCTTTCTGTATTTTTAATATTGCATTATTAAGTCACTCCGTGATTTTGTTATTTCAATTTCCTTTA ATATCTGTGAACACTACAGTGGTTAAGCTTCTTTGCTACTGTACATTTACTGTTCCTATTAAGGGTTTTATCCTATGAGG TCCTGCTCTATTTTGTTTTATTACCCACGTTTGCTTCAACGAAAAAATTGAGGCTTTGGTGTGCCCATGAAGCAACTATC ATATCTTCCAATTAAATAGTTTATGTGAACCATCCCGTCGGCCACACACTTGCTGGAAGAATTTATTGTTTCAGTTACCC ATTTTTCCTTTGAACTTTTTTGTTTTCAGACTCCCTTTTAAGTGGAAATGGAGTGGATAGAAAAGAGAGAGAAAAAGTCA GAGATGTGATAAGTGATATGATTGAATGAGAAGAAATAAATAAATTGAAAGTAAATGTATAAATAAAAATGGATAGTATG CATAAATTTATTTTTATGCATAAAAGTTAAAATAAATTTATGCATACTATCCATTTTTATTTTTACAAATATTTATAAAC TGGCAAAGTTTTTTGCTTGTTTATAACCTGTAATAGCTAATTACAAAATGTTGTTTGTTATTCATCATCTTGGTTTTGGT AAGTGGTGCTTTCAAGCCATGCGAATTCACTTTTACTTTGTGGTTTACTTTATGTGTTGGCATTAATAGGTGATTATTTT TATTGCTGCAGGTATCTATTTCAAAATCATTTGGATATGGTGGACACTCCCACAACTCTGGTTTCAATTTCTGCACTCAG GCGCTGCTTGGCGAGCTTGTCCCCACTTTATGGTGAGCACGAGTCATCAGTCATCACTAAGCCTACTCATATTATTTGAG TCCATGATTCGTAAATGTAGTACGCATGTGCATGTAGAGTTAATTGTGATTTGACAGCTAATTTGATATCCATTTTAAGT TTTTAATGTACAACTTTTTGAGTAATTTCTATAAAACTCCAGTTAAAAACAACAGCGGAAAGGCTTAATTTAACAATAAA ATCAAGATCGAATAGTTTCTATGTAACTCTATTTACAAACTAAAATCTTATCATTTTTACTTTTTCTTTATAAAAAAATT AGAATTATACAAAAGTGGGGAATCCGTATTCTTGTTATGCACTCACAAGTTCTGTTCTTTGTCAGCAGTTTGTGAAGATG TACACATCAAGGAAGAAAATCTACAAGGGTAAGGATGCTGATCCTACTGAGTTTGAAGAGTTAGTCGAGCAGGTGTTGTT TGAATGTTGTTGTGGATGCAGTTGCTGATTGCACTTTTTGCCAATGTGTAAGTGTTTTTGATTGAGTTTTGTTGTTGCAG CTTACAGGGACTTTTTGATCTGGAAGATACCTATCAGGAGCTTAAAAGTATTTGAAGGATCTATAAATCAATTCAGCAGT GTAAGGATGAGTATTACATGCTTCTCTGTGTGTGTGTGAAGGGTCATGAATTTTCTGTCTGTATTGTGACTTGTGTTTTT ACTGATTCGCTGACAAATTGATGTTTGCGGGAACCGCAAGGCTGTTGTTATTCATGTCCCCAGGTTGAGAAAATCTTTCA GTAAGATTCGTGTTAGACTGTTAGACTTGTCAGTGACCTTGAGAAGAAGTTTAGTGGCAAGGTAAATTTAGTTTAATTTA TTTCTGTTGTGTAGACTAAGTAGTTAATTTGTTTTCATTGACATTTTTTGTTAGTTTGAATTCATTACAGAAGAGTGCTA ACAACTCACTCTTTTAGAGACACATTTATATTTTGAAAAGTCAACACATTTCTACCTCAAAAAAATGTATTGACTTTTAA AAAAATGAACCGAACACAGTGAGTGTGTTGGAGTGTATCTTTAAAAGAGTGTGCTACTAGCATTTCTCTTCATTTGATAT TGTTAATTCTCCTTCTATTGGCCATTCTGATGTAATAATTGCATGAGAGGCAGCATTCTATAATTTCAGAAATGTTTTAT CATGCCTGAGGGAAGTGCTTTGGTGTAACCTCCTGGTAATGAAATAGTAGAGTTATATCCACAAACCAAATACAGGATTA CTTCAACTAGTTGAGAGTGTAATTTATTTATTACATGCAGGCTATATTAACTTAGTTATTCCTCTGTCCTGAGGAATTTC TTTGTGACCCTTCCGAACTAGCTCTTACTAAGTATTTGCCCCTCAGTAAGTAGAATTGTTGAACAATCTCATTTTGATTA TTCTTTACTTTCGAGTTGCTTTATTTTTCATTTTGTCACTGACCTGTTTAAATCATATTAAACTTGTAGGATGTAATTTT GATTGCCACCCGGAGGATATTGAGGCCACCAATGAAGGGTTTTATTGTTCAACGTCCCTGCACGCAAACCCTTAGAGCTG TTTATGAAGCAATGCTGGAGGATATCGTGTTGTCTGCTGAGATTGTTGGGAAGCGTGTGAGGTACCGAGTTGATGGATCC AAGATTATGAAGGTAGAGCTGTTGTTTCCTATCAACTTCTAAAGCTTTCTTATAAGATAAAACGCCTCTTTACCATGTCA ATGTATGTACATGTTTGTATTGGAAATGAATTCCCTTGGTAAAATGTGTGTGAAAGTTGTCATTTTTGCCTTTGAAACTT GCAAATTGATTACCTTTGCACAAGTTTTTATTCATTCATTCAGAATTGTATCTTTGTACTCCTGTCGATAGATTTTCTTG AACCCAAAGGAACGAAAAAGCACCGAATACAAAGTTGAAGACTTTTGCCGCAGTATACAGGAGGCTATCCGGCAAAGATG TTGTGTTTGAGCATCCCATCACAGATGCTTAGTTTCATTTCCTTTGCCAGCTTTCAATTTGTTCTAGAGTTGCATATTGT GTATGCTGGTTAAAATTTGTCCGAATAATTTCCTTTCATGCTGGTTTTTTTATCCTGGTTTCTTAAAGTACAAGGGACTC GTTTCATCAATGTAGGATGAGTTTTAATTTTCTTATAAATTTCAGGTTCTTTTCGCAAAACTGAAAGATAATTCACAAAA TGAAAAACAGATTAAAAGCTTAGTTCATAGCCAACCTGATATAGACATACCTTCCAAAATTAAATCAATGTAATGCTAAA CCCTTCCCAAAATATATGAAAAAATATTAAAGCGTAATTCAGTTCTTACTTTATTATGTGCTTATCTATTCACAGTTTCA CTTCATTTATATCTGACTTCCTATCTATCTTTCACTTCTCTTTCAATTATATCACGAATTACATTGTGAGAACAAAATCC CTTATGTGTAGTCCATTGGTATTATTCACTAAGGTAAATGGTGATGATATGATCTGCTTGATTTCATATATAGATTCTAT ACAAAGCGTGTTTTTCAGAATTTTCCATGGAAAACATTCATCTGCGAAAGCTTGATTTTCATGGAAAACATTCATCTTTA AATTGTTAGTACGTTTTAAGAGATTTTTCAACAAGAAAATGAGGGAATAGTGTGATGTGAAAGGTTGAACGCTTAGTAGG TCAAAAAGTTTAATCATGACGCGGAAAGCAATAATATCAATTATCAAAGGATGGATAATATAGATGAGAAGTCAACATAT ACTGCCAAAAAAGGCATAGCAATTAGCAACCAGCCAGAGCCCAGGAGAAAAGATATCTTGATTCCAGTACTGTTGTTAGC GAGTTCAAGTTCTGCTGCTGCTGCTGCTATTGTTATGGCAGCTTCTTCTTCATCTCCTCCTGCAAAGTATGATGTGTTTT TGAGCTTCCGAGGGAAAGACATGCGTGACAACTTTACCAGTCATCTTTATGCTCAACTTTGCAGGAAAAACATCAATGCG TTCATAGATTACAAATTAGACGTCAGATCTCACCTGAACTCTACAAAGCAATTCAAGAATCCACGATTTACGTCATCATT TTCTCTGAAAACTATGCTTCTTCCTCGTGGTGTTTGAATGAACTTGTGAAGATTTGTGAATGCAAGAAGATATATCATGA TCAAAGGCATGTGATACCTATTTTCTACAAGGTGGAACCAGCAACTGTTAGGCATCAGAAGAAAGGGAGCTATGCAGATG CGTTTGTTAAGCATGAAAAGCGCTTTCCAGAGGAAGTAATACAGAGCTGGAAGGATGCACTAGCCGAAGCAGCTGATCTC TCCGGTTGGGATTCAAATGCGACCAGGTGACCAACTTTTGGGTTGTAATTTCCACCTTCAATCATGTTTTCTTTTTCTTC TTTTTTTTAATGTGTTTTTGGTACATTTTTTTAAGGGTAGTACTAGTGGATTTGCCACCCTATCCACATAATTCTTGATT GTTGCTTCATATTAACTCCTATGTACAGTAGAATGGAAGACTAATGCTTTTGTTCCTTTTATATGTTCCAGACCAGAATC CAAGCTTATTGATGGTATTGTGGAAGATATTTTAACAAAATTGGATCGTTCTTTCTCAAGTGATCATACTCAAGGAATGG TTGGAATTGAAGAGCATATTTCACAAATCCAGCCCTTGTTGCAACTTGAATCAGTGGGCGATGTTCGGATCATAGGAATT TGGGGCATGGGAGGAATAGGTAAAACTACGCTGGCTAAGGCACTACATAAGAAACTGGCGACCCAATTCAGTTCCACTAG CTTGATTGAGAATGCTCAACAAGAAATAGAAAGAGTTGGAACATCTATTCTACGTAAAACATACTTATCCGAGCTTTTAG ATGAAGTCTATACATCACGTTTATTAGATGAAATGCTCAAACGGGCAAGGGTTCTTGTTATTCATGATGACATGAAAGAT TCGAGTCAAGTTCAAGAATTAATTGGAGGGCGTGAAAACTTCGGCCCGAGCAGTAGAATCATTGTGACTAGCAGAGACTT GCAGGTGCTTAAGAATGCTGATGCTGATGAAATATATGAAGTCAAGGAGATGAATTTCCAAGATTCTCTACAACTCTTCA GTATAAATGCCTTTAAACCAAACTACCGTGTACAAGTTGATGCACGCTTGGTAGAAAAGGTATTAAAATATGCTAAAGGG GTTCCATTAGCTCTCAAAGTTTTAGGCAATTTGCTTTACGGTAGAGCAGAACAAGTATGGAAAAGTCAGTTGGAAAAGCT GGAAAAGCTTCCCGGTCCTCAGATTTTCAATGTGTTGAGATTAAGTTATGATGGGCTGGATGATGAACAGAAGGACATAT TTCTTGACATAGCTTGCTTCTGTGCAATCCGTCGTGTGTTATATGTTGAAGTAGTGGAAATGCTAGATGGTTGTGGTTTC TCTATTGACATTGGAATGGATGTTCTCAGAGATAGGGGCCTTCTATCTATTTCTGAAGATTATATCGAGATGCATGATCT AATCCGGGAAATGGGAGTAGAAAACAATGTGTCAATGATCCTGGAAAACGCAGTCGTTTATGGAAACATGAAGAAATTTA TCACGTTTTAAGAAAGAACAAGGTATATTCTTTTGCACCTCATGTCCCACTTGATAACTCATATAGTCTCACAGATTTCT TCCTGTCAGACTATAAAGCATTGAGCAGTTGTTAAATTTCATACAACTACACTTGAACACATCCTTTCATGTTTATTTAT CTCTAATTTCTTGCATTTACTTCCAGGGGACTGATGAAGTCCAGTGTATATTCCTCGACATGTGCAAAATAAAAAAAGAT CAACTGCAATCTGAAGTTTTCAAAAGCATGCCTAATCTGAGAATGCTTTATTTCCATAGGAATTTTTTTAAAGGGGAATG TCTACCAAATGAGATCCTTCCTGCATTGCTTGAAAGTCTTCCGGATGGTTTAAAAGTTCTTCATTGGGAAGACTTTCCTC TAAGATCTTTGCCGCTCAAATTTTTTCCAGAAAATCTTGTTAAACTTTATATGCATGATAGTCATCTTGAACAACTTTGG TGGGGCAATAAGGTATTTCAAGCTTTATGTTGAATTGCTTTATTTTATTTCTGGAGATATAATTTAATGCTCTAAATTAA TTCTTCATACTTTGTATAATATTATAGTGCCCTTGTTCATTATGTGAATTATATATTAGGGTTTGCATACTTTTATTGTC ACCTAATCATTTAGTTTTTACACCAGGAATTACCAAATTTGAAAATCATTGATCTTAGTTATTCTTCTTCCTTGATTGGA ATATCAAGCCTTTCTAAGTCCCTATGTATTGAAGAAATAATTCTCGTTGGTTGTGTATCCCTTACAAGCCTTCCAAGCGA CATGTGCAAGTTAAAATTGTTAAGAAGACTTGATCTGTGTGGTTGCTCGAAATTGAAAAAAATCCCTGATATCAAGGACA CAGTGGAAAATTTAGTGGAACTAAACTTGCGCAATTGCTCAAGACTTGAGATGATTCCCTCTTCAATTGGAAGACTCACC AAGTTAGACATTATCCACTGCCAATCACTTAAAACTTTTCCAAGCAGCATTTTCAAATCGTTCACAGAACTTGATTTATC TGGTTTCTCAAAGCTAAATACTTTCCCAGAGATCTTGGAGCCTTCAGAAAGTTGTGCTTACATTAACTTAACAGAAACAG CAATTAAAGAACTGCCTTCATCATTGGACTGTTTGGTGGGACTTCAAAAATTGTATCTGGACCGGTGCCGTGATCTTGAA TCACTTCCAAATAGCATAGGTAGTATAACTTTCTCTATGTGCTTTTCTTTGTTAACATTTTCCAAATAGTAAATTAACAG AAATCCCTAGTGACATAGGTCGCTTGTCATCATTAAGGAAATTGTCACTGCAAGATACTGGAATCGTGAACCTTCCGGAT AGTATTGCTCATCTTTCAACCTTGGAATCACTTGATGTGAGTCATTGCAGAAAGCTTAAATGTATCCCACAACTTCCACC ATTTCTTAAGGAGTTATTTGCACTTGATTGCCCATCCATTAGAAGAGTGATGCCAAATTCAAGGTTTAAACACCGGTATG ATTCTAAAGAAGGTACCTTCGAATTTCATTTCACCAATAATGAAGAAAAGGATCATCAAAGTGCTCACAGTGATGCTCTG GCCGATGCAAGACTTAGGATCAGTGAGGATGCATATAGGTTTGTGTTCTACTGCTTTCCAGGGCGGGCAGTTCCTGATTG GTTCCCTTATCGTTGCCAGGGAAATTCAGTTACTGTGGATAAAGATTCTCTAAATTGGCACAATGATAATAGGCTCATTG GTTTTGCTATGTGTGTCGTTTTGCGACTTGAAAATATGAATCATTTACAATATAGATTTGATGATTTTAGATGCAGATCA ACATTTGAATATGATGGCTGCACACACATCCTTCCCAATGATGACCAGCTAAATGACTCTTTCTATAGGAGTGGTCAACG GATGGGACATGTGATGCAAGACCACACATTCCTATGGAAATATAAGTTAATGGACTCTACAAGAATAGACAAAGGCAACT TTCATGCCCTCAGCTTCAGTTTTGGGATAGGCCATTTTGGCGGGTTCGGCCATCCGTGGGTAGATTTTGAACCATGGTTC CTGGTGAAAGAGTGCGGAATACGCCCTCTTTATGCCAAAGAGAAAGATGATATTGGTGGCCTTGTTGACTCTATCAGCGT TTTGAGAGTTTCAAATAATGACTTTGCAGAATGTAGTGGTGGGAGGAGGCATTGTCTGAGGTGAAACATGCCTATATATT ATATGGTTTAGCTGTGCAACTTTGATATACTCACACAAACTTTCTCTTCCATATCATTTTCACTCACTTTTTCTTCTCAT ATCTCTATTATTTTCCTATCACAACTCATATCATATCTCTCATTCCTCTCTCTTCTATTCATGTCTCTCTCTCTCTCTTG TTGGTTTACTGTAGGTGGAATTGGTTTGAATGAAGTTTTTCCTTAGCTGTGAACCACGATCATATGCCATTACTTTATAC CAGTTAAAAAATCAACGGACGAGATTGTGCAGAGGTTACTTGAAAAATCAGGTGTTTATTTGCTTTATTTTTCATATAAG TTTCTAGCTATGCTTTTCTTTACATGGCATTGGTATATTAGATTGGTGATCTATCATAGCATTTGATCTGTTGTCAGTCT CATTATGCAAAGTGTTGTTCTAATTGTTTTTACATGGGAAATGTTCCTGGGACTGGGGTATGATTTTTGCATTAGAATTT CTCTCAATTACCTTATGTTCTCTAGACTTCTCCGGCTTCTTCAACAGCCAAAAAGCCTAATTTAACACTTCAAGTCCAGA TCGAATAATTTCCAGGTAACTCTATTTAAAAACTAAAAAGCTATCATTTTTTACTTATTATTTAAAAAAAAAATTGGTTT ATGCAAATGGGGAATCCTTATTCTTGGAATGCACTCACAAGTTCTGTTATTTGACAGCAGTTTGTGAAGATGTAAACATC AAGAAAGAAAATCCACAGGGGTTCAATAAGGATGCTGAGCCTACTGAGTTTGAAGAGTCAGTTTGGCAGGTGTTGTTTTG AATGTTGCTGTGGATGCAGTTGCTGATTGCACTTTTTTCCAATGTATAAATGTTTTTGTTTGTTTTAATTTTGTTGTTGC AGGCATTGTTTGATCTGGAAAATACCTATTGGAGCTCAAAAGTGATTTAAAAGATCCATACATCAATTCAGCAGTGTAAG AATGAGTATTACATTCTTCTTTGTTTGTGAAGGGCCATGAGTTTTCTGTCTGTCTTCTGACTTGTGTTTTTATTACTGAT CTGCAGACAAATTGATATTTGTGGGAACCGCAAGGCTGTTGTTATCTGTTAGAAGTCCCACATTGGCTAGAGATAAGGCC AATCAAGTGTT
CDS sequence (LotjaGi1g1v0506000.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAAGGGTTTTATTGTTCAACGTCCCTGCACGCAAACCCTTAGAGCTGTTTATGAAGCAATGCTGGAGGATATCGTGTT GTCTGCTGAGATTGTTGGGAAGCGTGTGAGGTACCGAGTTGATGGATCCAAGATTATGAAGGAAAAACATCAATGCGTTC ATAGATTACAAATTAGACGTCAGATCTCACCTGAACTCTACAAAGCAATTCAAGAATCCACGATTTACGTCATCATTTTC TCTGAAAACTATGCTTCTTCCTCGTGGTGTTTGAATGAACTTGTGAAGATTTGTGAATGCAAGAAGATATATCATGATCA AAGGCATGTGATACCTATTTTCTACAAGGTGGAACCAGCAACTGTTAGGCATCAGAAGAAAGGGAGCTATGCAGATGCGT TTGTTAAGCATGAAAAGCGCTTTCCAGAGGAAGTAATACAGAGCTGGAAGGATGCACTAGCCGAAGCAGCTGATCTCTCC GGTTGGGATTCAAATGCGACCAGACCAGAATCCAAGCTTATTGATGGTATTGTGGAAGATATTTTAACAAAATTGGATCG TTCTTTCTCAAGTGATCATACTCAAGGAATGGTTGGAATTGAAGAGCATATTTCACAAATCCAGCCCTTGTTGCAACTTG AATCAGTGGGCGATGTTCGGATCATAGGAATTTGGGGCATGGGAGGAATAGGTAAAACTACGCTGGCTAAGGCACTACAT AAGAAACTGGCGACCCAATTCAGTTCCACTAGCTTGATTGAGAATGCTCAACAAGAAATAGAAAGAGTTGGAACATCTAT TCTACGTAAAACATACTTATCCGAGCTTTTAGATGAAGTCTATACATCACGTTTATTAGATGAAATGCTCAAACGGGCAA GGGTTCTTGTTATTCATGATGACATGAAAGATTCGAGTCAAGTTCAAGAATTAATTGGAGGGCGTGAAAACTTCGGCCCG AGCAGTAGAATCATTGTGACTAGCAGAGACTTGCAGGTGCTTAAGAATGCTGATGCTGATGAAATATATGAAGTCAAGGA GATGAATTTCCAAGATTCTCTACAACTCTTCAGTATAAATGCCTTTAAACCAAACTACCGTGTACAAGTTGATGCACGCT TGGTAGAAAAGGTATTAAAATATGCTAAAGGGGTTCCATTAGCTCTCAAAGTTTTAGGCAATTTGCTTTACGGTAGAGCA GAACAAGTATGGAAAAGTCAGTTGGAAAAGCTGGAAAAGCTTCCCGGTCCTCAGATTTTCAATGTGTTGAGATTAAGTTA TGATGGGCTGGATGATGAACAGAAGGACATATTTCTTGACATAGCTTGCTTCTGTGCAATCCGTCGTGTGTTATATGTTG AAGTAGTGGAAATGCTAGATGGTTGTGGTTTCTCTATTGACATTGGAATGGATGTTCTCAGAGATAGGGGCCTTCTATCT ATTTCTGAAGATTATATCGAGATGCATGATCTAATCCGGGAAATGGGAGTAGAAAACAATGTGTCAATGATCCTGGAAAA CGCAGTCGTTTATGGAAACATGAAGAAATTTATCACGTTTTAA
Protein sequence (LotjaGi1g1v0506000.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MKGFIVQRPCTQTLRAVYEAMLEDIVLSAEIVGKRVRYRVDGSKIMKEKHQCVHRLQIRRQISPELYKAIQESTIYVIIF SENYASSSWCLNELVKICECKKIYHDQRHVIPIFYKVEPATVRHQKKGSYADAFVKHEKRFPEEVIQSWKDALAEAADLS GWDSNATRPESKLIDGIVEDILTKLDRSFSSDHTQGMVGIEEHISQIQPLLQLESVGDVRIIGIWGMGGIGKTTLAKALH KKLATQFSSTSLIENAQQEIERVGTSILRKTYLSELLDEVYTSRLLDEMLKRARVLVIHDDMKDSSQVQELIGGRENFGP SSRIIVTSRDLQVLKNADADEIYEVKEMNFQDSLQLFSINAFKPNYRVQVDARLVEKVLKYAKGVPLALKVLGNLLYGRA EQVWKSQLEKLEKLPGPQIFNVLRLSYDGLDDEQKDIFLDIACFCAIRRVLYVEVVEMLDGCGFSIDIGMDVLRDRGLLS ISEDYIEMHDLIREMGVENNVSMILENAVVYGNMKKFITF
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 | 7 | 47 | 41 | 1.0E-12 | ||
| SMART | 21 | 159 | 139 | 3.6E-13 | ||
| Gene3D | 38 | 184 | 147 | 1.8E-46 | ||
| PANTHER | 53 | 498 | 446 | 5.2E-134 | – | |
| PANTHER | 53 | 498 | 446 | 5.2E-134 | – | |
| SUPERFAMILY | 56 | 162 | 107 | 3.27E-21 | ||
| Pfam | 60 | 199 | 140 | 1.0E-31 | ||
| ProSiteProfiles | 62 | 159 | 98 | 18.728 | ||
| SUPERFAMILY | 180 | 441 | 262 | 8.13E-55 | ||
| Gene3D | 185 | 344 | 160 | 1.5E-24 | – | |
| Pfam | 201 | 413 | 213 | 9.7E-25 | ||
| PRINTS | 221 | 236 | 16 | 6.9E-17 | – | |
| PRINTS | 289 | 303 | 15 | 6.9E-17 | – | |
| PRINTS | 382 | 396 | 15 | 6.9E-17 | – | |
| SUPERFAMILY | 418 | 498 | 81 | 6.8E-10 |
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 | Structural constituent of ribosome | The action of a molecule that contributes to the structural integrity of the ribosome. | ||
| 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 | Ribosome | An intracellular organelle, about 200 A in diameter, consisting of RNA and protein. It is the site of protein biosynthesis resulting from translation of messenger RNA (mRNA). It consists of two subunits, one large and one small, each containing only protein and RNA. Both the ribosome and its subunits are characterized by their sedimentation coefficients, expressed in Svedberg units (symbol: S). Hence, the prokaryotic ribosome (70S) comprises a large (50S) subunit and a small (30S) subunit, while the eukaryotic ribosome (80S) comprises a large (60S) subunit and a small (40S) subunit. Two sites on the ribosomal large subunit are involved in translation, namely the aminoacyl site (A site) and peptidyl site (P site). Ribosomes from prokaryotes, eukaryotes, mitochondria, and chloroplasts have characteristically distinct ribosomal proteins. | ||
| Biological process | Translation | The cellular metabolic process in which a protein is formed, using the sequence of a mature mRNA or circRNA molecule to specify the sequence of amino acids in a polypeptide chain. Translation is mediated by the ribosome, and begins with the formation of a ternary complex between aminoacylated initiator methionine tRNA, GTP, and initiation factor 2, which subsequently associates with the small subunit of the ribosome and an mRNA or circRNA. Translation ends with the release of a polypeptide chain from the ribosome. | ||
| Biological process | Signal transduction | The cellular process in which a signal is conveyed to trigger a change in the activity or state of a cell. Signal transduction begins with reception of a signal (e.g. a ligand binding to a receptor or receptor activation by a stimulus such as light), or for signal transduction in the absence of ligand, signal-withdrawal or the activity of a constitutively active receptor. Signal transduction ends with regulation of a downstream cellular process, e.g. regulation of transcription or regulation of a metabolic process. Signal transduction covers signaling from receptors located on the surface of the cell and signaling via molecules located within the cell. For signaling between cells, signal transduction is restricted to events at and within the receiving cell. | ||
| Molecular function | ADP binding | Interacting selectively and non-covalently with ADP, adenosine 5'-diphosphate. |
Expression pattern of LotjaGi1g1v0506000.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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