Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message
| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0118600 |
| Transcript ID | LotjaGi2g1v0118600.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Disease resistance protein (TIR-NBS-LRR class), putative; TAIR: AT5G17680.1 disease resistance protein (TIR-NBS-LRR class); Swiss-Prot: sp|Q40392|TMVRN_NICGU TMV resistance protein N; TrEMBL-Plants: tr|K7LWN7|K7LWN7_SOYBN Uncharacterized protein; Found in the gene: LotjaGi2g1v0118600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:43457879..43478499) extracted from Lotus japonicus Gifu genome v1.2.
AATAATTCAGACAGTTCTCAACTCATCTTCTCCTCCCTGTATTTCCAAAATTTTGTTTCTAAACCTACATGTGGAAACCT GCACCATCATTTCAATCGTTGGCTGATCACGATCTCTAGATGTCATTGCACCATCATTTCAATCATTGGCTGATCACGAT CTCTAGATGTCATCCTCCCGGTCATCAATAAGCCTTGACAAGTAAAACCCTATCGCAAACAAGAATAATCTACTGGGCCA CTTACCGCAGATAATTCAACTTTTTTTGTCTTTTGAGTGGACAGTCATTGATTATAAAACTCATAACTCAGAAGTCAGAA TTCATCTTGGTGTACTGAATAACCACTCGCCGACAGTCATTGATTTACAAATCTCATAACTCATCTTGCTGTACTTAATA ATCACTCGCCACTCAATCATTGCTTGCACTAGTTGAAGTTGTCTAGCTGAGCTCTTTGCATTCACAAATTTCAGGTTCGA GTATCATGGAAAAGGGAAGAGCAGAATCCTCATCTTCTTTCAAACACGAGTGGACATACGATGTCTTCCTTAGTTTCAGA GGTGAAGACACCAGGTTCAATATCACAGGCAATATCTATAATTCTCTGGTCAAAAAAGGGATTCACACTTTCATGGATGA TGAAGAGCTTAGAAAAGGGAAAAAAATTACACCAGCTCTTCTAAAGGCAATTCAGAAATCCAGAATTGCAATAATCATTT TCTCTAAGAATTATGCATCATCCACGTATTGCTTGGATGAACTTGTTGAGATTCTTAAGCTTGTCAATGCAGAAGGTAGA TTGGTATTGCCAGTTTTTTATGATGTGGATCCATCACTAGTTCGCCATCAGAGAGGAACTTATTCAGAAGCCATGGCGAA ACATGAGGAAAGGTTCCCAAAAAACAAGGGCAAGGTACAAAAGTGGAGAGGAGCTTTACGTGAAGCAGCTGATCTCTCAG GCTGGCATTTCCAAAACGGGTATCTCACACTTTCCATTCATATATATATATGTTATTGCCTCTGCTTTGATTGAGTTAAG TTATGTTCACACCTTTGCACTCAACACTTCTAGAGAGATATAGGAATCTAGGAAGAGAAATTAGTGATATGATATGTGAT GCGATCGAAACTGTAGAGGGGGGACAGGAAGAAAAACAAGGTGGAAATGAATTGTAAGAGATGGTAGAGTGTGAAAATAT CACAACTCGCTTTAATTTTCTGTTTGCCTAATGAATTTCGTGTTAAGAATAATGTGTAAATTGATATAAAGATGAATGAA ATTGACTTAATAGAGAAATTAATTTATGATGAGTAATTCATTTTCATTGAAGTGTTAAACTAAAGGAAATTCCAACTTTT TAATGGACAGTTCTGAGTCAGAATATAAGCTTATTGATAAGATTGTTGAAGAGGTCTCGAAAAAGATCAATCGAGTTCCT TTGCATGTTGTTGATAATCCAGTTGATCTAGACTCTGCGGTGCTTCAAGTGAGTTCTCTCCTTGGACTTGGGTCTGAAGT GATCATGGTAGGTATTTACGGATTTGGAGGACAAGGTAAAACAACAATTGCCCGTGCTGTGTATAACTTGATTGCTGACC AATTTGAAAGTTTGTGTTTTCTTGCTGACATAAGAGAAACGGCAATTGGTAAGCTTGGCCTTGTACAACTCCAAGAAACT CTTCTTTCTGAAATACTTGGAGAGAAAGACATCAAAGTTGGAAATGTCAATCAAGGAATTCCAATAATCAAAAGGAGCTC AATTGAAGGCACTCGCGGAGGAATTGATTGGTTTGGCTCTGGCAGTAAGATCATTATCACAACAAGAGACAAACAATTGT TAAATTCTCATGGAGTAGTAAGATTACACGAGGTTAAACTGTTGAGCCATCAAAAAGCTCTTGAACTGTTTAGTTGGCAC GCCTTTAAAAGTCATGAAGTTAAAAGTGGTTATGTGAAAATTTCAAAGCGTGCAGTTTCTTATGCACGTGGCCTTCCATT GGCTTTGGAAGTCATAGGTTCTCACTTATGCGATAAAAGTTTAGATGAATGTAAGTCAGCATTGGATAAATATGAAAAAG TTCCTCATCAAGATATCCATGAAATTCTTAAAGTAAGCTTTGATGGTTTGGGGGATGATGAGAAAGGAATTTTCCTTGAC ATTGCTTGTTTCTTCAACAAAGGCGAAGTGGAGTATGTAAAACAAATGTTACATGCTCATGGATTTCATGCAGAAGATGG TATTAGAGTATTAGCTGGTAGATCTCTTATAAAGATTGATAGTTGTGTAGCAAAACTGAGAATGCATGCCTTAGTTCAAG ACATGGGTAGAGAAATTGTACGACAAGAGTCAATACGTGAGCCTGGTGGACGTAGTAGATTATGGTTTGACGAAGACATC ATTCATGTTTTGGAGGAAAATACGGTATGTGTGAAATTATAATCATCTCTGCATTTCTTCTCTTTTTCACTTCTTTATTT ATCCTTTGTTATATATATCCTTTAGATCTCAATATTCTTATTCCTCCTTTCTCAATTTCATGTTCAATGAAGTTTATCAA AAACATAATATACTTCGTTTTTATATTGGTAAATTTTATAAAATATGTAGATGATATAGCTAACTTGCACATTGTGTGAT TAAATTGTACTTTGGCCATGGAAGGGAACTGAGAAAGTTGAACTGATAATGCTTGATGGTTGCAAAAACAAAGAAGTGCA GTGCAGTGGAAAAGCCTTCATGAAGATGAAAAACCTGAGAATTCTAGTGGTTGACAATGCAGTGTTTTCTACAGGGCCCA AACGTTTACCAAATAGTTTGAAGGTGCTTAGTTGGAATTGTTATCCATCACAGTCTTTACCCTCTGATTTCAATCCTAAA CAACTTGAGATGCTACATATGAGAGAAAGCTGCCTTGAATTCTTCCAACCTCCCAAGGCATGTAGCAGTTTCAATTTTTT TTAGATATTATGAATTTCCACCTAATAATTGATAACTTGAGTTGTTTGCCTTTATTCTGCAGATGTTGAAAACCTTAACT GTACTTTATTTTGAAAAATGCAAGTTCTTAACCGAATTGCCAAGCCTAAGTGGAGCAACATTCTTGAAGAAGCTGTCCCT TGATAACTGCACAAAGTTAGTTAAAGTTCATGATTCAGTTGGGTTTCTCAAGAATCTCCACTGCTTGAGCGCTAAAGGAT GCACCCAGCTAGAAAATCTGGTGCCCTGCATCAAGCTGGCATCTCTAGAAATTCTAGATCTCCAGGGGTGCTCACGTCTA AAGAGATTTCCGGAAGTATTGGGAAAGATGAAGAAAATAAGAGAAATTAATTTAGACAAGACTGCCATAGACAAGTTGCC ATTATCTATTGGAAATCTTATTGGGCTTGAACAATTGTCCATCAAGAAACGCGGAAAGCATGTTATTCAGCTACCAGACA GTATCCATGCATTGACTAAAGTTGTGGTGGTTACGAGTGACAAGCCTCAGGGCTTTAGATTTTTTAGAAGGAGCCATAAG AATGAAAGATTGGGCTCAGAAATATCACCAAGTTCAATGCTTGTTTATCAAGGTGCTCGGCGAGAAATGAGTGATTTCAC CACCTTTGATGTGTATTATTCGTTCATGAGCCCCAATAATGTTATCGAAGTATGTATTCCCATGCCTCTAGTGCATCATG ATTTTGAAATGTTGTTCCCAAAGATGCCAACCGATTTCCAGAACCGACTTACTAAATCATCAATGTGCTTCTCATTTCGA AAGAAGTTCCCTAGGATCGCCCTATGTTACCATGTTAGTCCCAACTCTACTGGAAGCCTGATGTCGGATTTCAAGTTCAG CGTACTCATTAATGGCGCCAAACAGTTCAGTTCTTCATGTGCCTGCATAGCTCATTCAACACGGGGCCTAATATTTTGGT GTGATCTACAGAGCAAAGTGGATGAGGTATTTACAGAACATGATTGGAATGAAGTTGAAATTCAATGGGAGTTAAACAAA CAGAAATCAAATTCTAAAAGTGGAACAATGGACGATCACTGGGAGGGAAATGGATGTTTATGCTGGACCCTAATCGGTCT CTACAAAAAAGGAAACAACAAGCAAAGAGTTAAATTTGAAAATCCTACGTCAGATTTTCCATTGCCCTGCTGCTCCCCTA CTACACTTTTACACGCGATGGGTCATCAGATAAAGCTTCAATCACACGTCTTAAAAAGTGAAAATGAAGTGAAGAGAAGA TAGAGATAGGAAAAAAAGAGAAAGTAAAAGATATCATAGATGATATGATTGAAAGAGAAGAGAGATAGATAGAAAGTGAA GTGGAAATGAAGTGGATGGGTGAATGAACGGTAGCCCTATGTCATCTTTTCCCCCATTTTCGATAAGGTCTCTAACTCTC TATACATTCACACTCCATTATTTTCCAACCTCATTTCCATTTTATCTTTTATTTCTTTCATTCTCATTTTTTTTTTCTAT GACATTAGTATCATATTTTTTATTTATTTCTTCTATTCATATCTCTTTGTGGGTGCTGATGAAGAGAGGAACATGTTTCC ATGGAGCTTATTGGCTCCTCTACCCTTCTTGCCATAGGTTCCCTCTAGCGAAACACTCACAGGAACTTCTCACTTTCTCC CCCAGCTAAGGAGGAGGCACAGCCAGTGGTGCAGGAGGCACCGGCTGCAGAGGCACTAGCCTAGCTAGATCGGAGGGCAG CTGATGAGCCCGGTGTACCGCATGTTGAACACACCCGAGATATTGGTGCGGATGCTGATTTTCACTCTAGTGACATTGCT TCACAGTTGCTAGAGTGGATGACTTGACGCGGACCATCCAGGCGGAGATTCAACACGAGGCCTAACATTTTGGTATGATC TACAAAGAAAAGTGGAAGAGGTATTTACATAGATCACTAAAGTTGTAACTCTTGAATGATCCTTCTCTTTTTGATCAAAT TGAATGCTTGAATCAGGAAAACTGCCTTTATCTTTCTCCATTAATTTTGTTGAGTGTACTTAGGCTGAGTAAACCAAGGT GACTTGTTGATAATGATGGTCGCTTGCTTCTTGACCAGGATGAGCTTTCAATTGGATGCTACTATCTTGATTTCTCTCTC AATGATTTCTTATATATAAAAACTATATGTATTAAAGAATTGCAAAAGAATAGTTCTTATATGCAGGAACCTCCATGGTT TCTTACGAATATAATCTAATTAGTAATTACTATTATATAAAATGATAGTTATATAATGTTTGTTAAACTTATCACTGATA CAGCATGAGAGAGAACATAACAAGTAAGACTTTCCGATAGTTAACTTGGTCTTGGCCTCTTGGGTCACAAGGCATGTTTT GTAAGATGATATGATCCTAATTGGGTAGTTGATATAAGATTAAATTAGAGCTATTAAGGCAAGGTTTGTAAGACCAATCC TGCTAATGCTTTTTGTTATGGAATGAAGTTTGTTTTTCTATAATGTGGCCTGCTGCAATTTTCTTGACCATCCTTCTAAG GTTCATGCTTGGAACGTACATCTATCCTCTGGACTGTTTCATTTTTTCCCCTCTTTGATTAGATTTTATGAATGAGATGA CAGTTATCTGGATACATTGATTGCATTTTTGCAAGGCCATTGAAGTTTCAAGTGTCCTTTATCGCGTGGTTGAGTTCAGT ATGATATGTTTGCTAAGTTTGTTTGGAGAGGAAACAGAAAGGTTTATTTGTCGCTATCAGGGAGGTTAACGGTATTTATT ATTATTATCATCAGGCTCACAGGCTTCTAAATATATATACAGCGACTATATGAGGGGGGTCAACTGTATTTATTATTCTA TTCTCTAGTGTATATGACTATATGATTTTTATATTCTTTTTTACTGATCCACATCCATTTAAACCTTTATTGTGATTTTG GTATACTTGTTTACATGCTTCTAGTAGATCAAGAGTAAATTCTCGGGGGAAGTCCCTGAATCAGAGAACACACAAGCTCT ACACCCAAAACATGATGGAACCATATGACTTTAGGCACTTAAGTGGTTCTTAGTCATTTCAAGTTGAGTGCTGACCATGT TTTTAGTAAAATTTCAGTTACTATAACTTAAAACTCTGAGATAGTGTCAATAATATGGACACAGTAATGGAATAATTTTA TTTTGATCATGAAAGAACTAATGGATCTACGTGGAAGGAAGAAGAGGGTCTTAGCAATATTGAACCCTGGTATTTGTTTA TAATTGTGCTGTTATGGATTGTTGAGAACTTGAAATAATTCTAGATTGACTCAGCACAAGATGCTGCTATCTACAATCTG ACTTGCTTGTAGGGTGCTTTCATGCTCAATCACCTCATTTACTGAGTTCTTGCGGGGATAGCTTTCCCTAATTGAGAATC TATTTATAATATATTAATCTTGAGATGCAAACTATAGTGGTGAAATGTCAGTTAAGTTTTAGCCACATAATACACATTTT TGCACCTGAACAATAATCCAATGTGGACAACTCCACATTCTTCAAATCCTCCAATTCCAATCCATTCAACCCATCTCCTC TGTGCACTCTCTTTTTACCAGGTTTATTCTCTTCTTATAACTCCGCTTATAACTCCTCATTGTTTTCTCACTAATTTTTG CATTTTGGCTGTGTGATTATTGATGAATCTAAAGAAGAAATCACTGGCTACATTATTAAAAAGATTTAGGGATGTTAGTT GATTTATCGGCTCCATATTTAATAATAGATGGTCCAATTATCAAAAAGTCTTCTGTTCATATCTATTTACATTATATTAA ATTTTGGAGATGCGAAATATAGTGCTGACACTTCATTTTCTTTATACCACTAGCAATAGTATCCAGCTCAGCATTTAGTC TCACGTGTAATGTTATATTATTCTAAAAGATTCAACATCTACAGACAACATCGTTTCACAAAACAACACAAAACCATTCT AAAAGATTCAAAATCAACACAATCCAAGATACAAGCTCAGCAATACCAGGGCACAGATACAAGCTTATGCTTTTTTGGTG GGTCATTTGTGAATTTGCTTCAAAATAAATTGGGTATGTGATTTGTGTGTGCACTTGCACTACATCTTTAGATTGTAACT GATTTGTTACTATTGTTATTTCATTTATCATGGAAAGTGTTCCAATGATGGATCTATATTCTGCTTTTGAACATAAGAAT GAAATTGCAGAAGCAGGTATTATTTTCTGTTTTTCAGTGTGTTGTGACTTAAGGTATTCTTTTATTTTCTTTTCTTAATT TGTTTGCTTTCACTTCCTAGATGTGTAGATGTGTATAATTTTATCGTAGAGGAGCTTATTCATCAAACTTCATAGTTAAG GTTAGGCTCTGACTTGCTCGAACTTATTGTCTGGATTATTTCTTTCTTAATTTTTAAAAGTTCCAAACTTTTGCTACAGT TATGCTCATTTACATGTTGAATGCATAAGTTGTGTGGAGTCTTCATGTTTGTATTCTTAATGCTCACTTTCAAACTTAAT TCTTAATAATTGCTTCTTTTCGAAGTTCTTCCCAGCGTTAAGATAGTAACTGTTGCTTCTTTTCAAAGTTGTGTGCATAG ACTTTATTCATTGAATATTAGTTGAGACTATATTACAAAGATAAACTACAAAGCGCGCAGAGGCCAAATTATAATAGAAG CTAACTTACAAGAATAAGCTGTAAATTTTTTACCCTCCCAGATACATGTAATTCCTAAGAATTATGATTTCAATAAAATA CTAGATACAACATCATGAATATTCTTCTTCTTGTGTAGGGGTTGCGCACCCCTTGTGCTTCTAATTTTAATAAAATCATT TGGTTTTTCCAAAAAAAAATATCATCATGAATATTCTCTTCTTCTCTTTCTCTTGTTTGTGACCCAATCTTCTAGTGTTG AATTCCCTCAGAAGTTGCTTCTTTAAACTGTTATTGGCTCTCAATGTAAATTGGGCTACTGGTTCTGTACTAGTCATTCA GCCATATCATGGCTGGAGAAGGAGAGCAGATCACCAACCATAATTAATCTCTTGAGGGAGCCACATTTGACTTGCAAGTA GAAGGTGGCAACAGTGAGGAGTTAGCTAGAAGAACCATTGTTGGAAAAATACTTTCTACAATTAGTCAAGAATTCAATCA AGAATGTTAACATCTGCAATCACAGTTTCCTTTGGAATTAAGGTACTTGAAGAATAAATGTCTCCCATTTGATGAACTCA TTTTCTCATGTAGCTTTTCCTTGACAGACTTTAGAAGCAAAAATTGCCATCAGACCAGACCAGCTATAACATTGGAAAAT GATCCTGCAGACAAGTGAGTAATCATGATAGAAATCAATAAATTCAGCGCAGATGCACTAATCATGACAAAGCAATAGAA ATCCACTCATGTCAATTGAAAATTATACTGTGAATCCAACAATTTATAAAGAAAGACAAATGAAAAATAGTAGGGGGGAG TGCGGGTTGCGGGTTGTGAACAATGGATTTGGGTGTGCGATTGGGTAGACATTCAGGACGATTGGAGCGGTGCTCCCGAT TAACGGTGGGACGATGAGCGATGGTGAGATGATCGGGGTGGCATTGCTTGATGAACGATTGCGGCAGACACAACTTGAAC AGGGGAACATGATGGAGAATGAGAAGTGGGTTCTCCAGAACGTTGGAAGATTAAGAAAATGAGGAACGTGAGTGACTTAA GTGACTTAAGTGAGTGTTTTAATCTAATCTGTTTATTTTAATCTATTTGCTGAAAATCATTCTCATAATTATCACATAAG AGAAGCTTTCTCATAAGATACATCATACATCACGAAGTACATATCTCCCGACTACCTAGTGCATAGATGATCAACTGGTA GGTTTGAGTCCCTTCGAATATAGTTGCGTTAAATATCGGATAAAAAGAGCCCCATTATGATAATTTGTAATTATCTATTT GCCTGCTTGAGAGGACTGGTCTGGACTCTGGAGGCTCTTTGTTAATAAATAAGAGTTTCTATTGTCGAAAAAGAATATTT GATAGAAAGAGCTTATCACCCTTGGAAAAGCCGCCATATATATATTTATATTACTCGTTCTTTTTGTTTTTCTGAAGACA GTGACTGATTACTTATGTTTTATATATACCTCTCTTCTGGCCCGTGCACATATTATATTCCAAAGCAGTCAGCGTCTATC AATCTGTGTATTGATATTAGTCCCAGTCAAGTAGTCAACCGTCTACGATACCACAACACTTATGTGAGTATGATACACGA AAAGGTTGTGGACCAATCACATCCTCCGTATTTAAAAAGAAAAAAATGAAAATATAAATTATTTTTATTGTGGACCAATC ACATCCTTCATGTATGATACATTGTGGGTATCATAGAAACCACCATATATATATATATATATTTACTGATTGCTTACTTC GTCCTAAAGAAATATTAATAAAATAATTTGAAAACAAGGAATGAACTTCTGGGCAATTAATTACATATATTACAAGTTGT CTTGCAGAGCATTTGAAAGTTTGTGTATCATGGATAGGGAAAGAGGAGAATCCTCACCTTCCTTCAAACATCAATGGATT TATGATGTCTTCCTTAGTTTTAGAGGTGAAGACACCAGGTTAAATTTCACTGGCCATCTCTATAATGCTCTATGCGGAAA GGGGATTCAAACTTTCATGGATCATGAAGGACTTAAAAGAGGGGAGGAAATTAAATCAGCTCTTCTCAACGCCATTCATT CGAAATTCTAGAATTTCAATAATCATTTTCTCTAAGAATTATGCATCATCCACGTATTGTTTGGATGAAGTTGTCGAGAT TCTTAAGCTTGCAAATGCAGAAGGTCGATTGGTAAGGCCAGTTTTTTATGACGTGGATCCATCACAAGTTCCGCATCAGA CTGGGACCTATGCAGAAGCCTTGGTTAAACATGAGGAAAGGTTCAAGGATGACAAGGACAAGGTACGAGAATGGAGGAAG GCTCTATGTCAAGCAGCTAATCTATCTGGCTGGCATTTCCATCACAGGTATCTCACACTTTTTTCTTTTGTTTCCCTAAT GATTTTTCTATTAATAAAAATGTGTACTGAGAAATAAATGAAATATGATGTGAATAAAATTAACTCAGTACATACAATAG TTTCTATGGGAATATATTTTTTAAACAACTGAATGAACTAAATATCCATTCCACGTGATATTGGGCAGTTCGGAGTCGGA ACATATGTTTATCCAAAAGATTGTTGAGGAAGTCTCAAAAAAGATAAATTACACTCTTTTACATGTTGTTGATAACCTAG TTGGACTAGACTCTACTGTGCTAGAAGTGCGTTCTCTCCTAGGACTTGGGTCTGAAGTGGTCATGGTAGGCATATATGGA TTTGGGGGAATGGGTAAAACAACAACTGCTCGTGCTTTGTATAACTTGATTGCTGATCAATTTGAAGGTTCCTGTTTTCT TGCTGACGTTAGAGAAACAGCAATTAGTAAGCACGGCCTTGTACAACTTCAAGAAATGCTACTTTCTGAAATACTTGGAG AGAAAGAAATCAAAGTGGGAAATGTCAATCAAGGAATTCCAATAATAAGAAGAGGCTTCGACAAATTAAGGTTCTTCTGG TTTTGGATGATGTTGACAAATTGGCACAGTTGAAGGCACTAGCAGGAGGTCGTGATTGGTTTGGCTCCGGAAGTAAGATC GTTATCACAACAAGAAACAAACAATTGCTAGATGCTCATGGAGTGGTAAGATTACATGAGGTTAAACTGTTGAGCGATGA AAAAGCTCTTGAATTGTTTAGTTGGCATGCCTTTAAAAGTAATGAAGTTAATCCCGATTATGTGGAGATTTCAAATCGTG CAGTTTCCTATTCCCATGGCCTTCCATTGGCTCTAGAAGTGATAGGTTCTCACTTATGGGATAAAAGTGTAGATGAATGT AACTCTGCATTAGATAAATATGAAAGAGTTCCTCATGAAGATATCCATGAAATTCTTAAAGTAAGCTTTGATGGTTTGGG GGAAGATGAGAAGTGTATTTTCCTTGACATTGCTTGTTTCTTCAACAAAGACGAAATGGGTTATGTCAAAGAAATGTTAC ATGCTCATGGATTTCATGCTATAGATGGTATTAGGGTATTAGCAGATAGATCTCTTATAAAGATTGATGATGTTGGTTTA GTGAGAATGCATGATTTAATCCAAGACATGGGTAGAGAAATTGTAAGGCAAGAATCAACCCGTGAGCCTGGTGGACGTAG TAGATTATGGTTTGATGAAGACATCATTCATGTTTTGGAAGAAAATAAGGTATGTAAGAAATTACAGTTTTATATTTTGT AATTTTTTAAAAATGTGTTGAAGACATAGCTAACATGCACATTGTGTCTTGAATTTGCACTTGAAGGGAACTGAGAAAGT TGAATTCATAAAGCTTGATCTGTACAACGCCAAAGAAGTGCAGTGGAGTGGGGATGCCTTCATGGACATGAAAAACCTGA GAATTCTAATAATTGAAAATGCATTGTTTTCTACAGGCTCCATATATTTACCAAATAGTTTGAAGGTGCTAGGTTGGAGT TGTTACCCATCAGAGTCCTTACCGTCTGATTTCAATCCTAAACAGCTTGAGATGCTACATATGCCTGAAAGTTTCCTTAA ATTCTACCAACCTCCCGAGGCATGTAGCAGTTTCAAAGTTCTTAGATTCTATATGAATTTTCATCTCATAATATCATAAA TTGAGTCGTTTTCCTTTATTTTGCAGATGTTGATATCCTTAAAATTAATTAATTTTGAAAATTGCAAGTTCTTAACTGAA TTGCCAAGCCTAAGTGCAGCATCACTCCTGATGAATTTATGTCTTGATAACTGCACAAATTTAGTCAAAATTCATGACTC GATTGGGTTTCTTGAGAATCTATGCTCTTGGAGCGCTAAAGGATGCAACAAACTAGAAAATCTGGTGCCCTTCATCAAGT TGGCATCTCTTGAAATTCTGGATCTCCAGGGATGTTCATGTTTGAAGAAATTCCCGGAAGTATTGGGAAACATGGAGAAA ATAAGAGAAATTAATTTAGACAAGACTGCCATAGAGAAGTTACCATTTTCTATTGGAAATCTTATTGGGCTTGAACGATT GTCCCTCAAGGAATGCGAAAAGCGTGTTATTCAGATACCAGAGAGTATCTATACATTAACTAAAGTTGTGGTGGCTTTCA GCGACAGGCCTTGGGGCTGTAGATATTTTGAAGGGCACCAAGAGAATGAAAGGCTAAACTTAGAAGTATCACCTAATGCA ATGCTAGTTTATCAAGGTGCTCGGCTAGGAATGAGTGATTTTACCACCTTTGATGTGTATTATTCGTTCATGAGCCCGAA TAATGTCATCCAAGTATCTAGTCCCAATCCGCTAGTGCATCATGATTTTGAAATGTTGTTCCAAGAGCTTCCGATCAATT TCCTCAGCCGACACATGAAATCATCAATGCGCTTCTCATTCCAAAAGAAATTCCCTAAGATCGCTCTATGTTTCCATGTA AGTCCCAACTCTACCAGAACCGGAAGCCTGATGTTGGATTTCAAGTTCAGCGTACTCATCAATGGCGCTAAACAGTTCAG TTCTTCATCTATCTACATAGCTTATTCAACACGGGGCCTAACATTTTGGTGTGATCTACAAAGCAAAGGGGATGAGGTCT TTACAGAACACAAATGGAACGAAGTTGAAATTCAATGGGATTTGAACAAACTTAGATCAAATTCAAAAAGGGGAACAATG AACAATAACTGGGAGGCAACTGTATGTTTATGCTGGACCCTGATCGGTCTCTACAAAAAAGGAAACAACAAGCAAAGAGT TAAATTCGAAAATCCCATGTCAGATGTTCCATTGCCCTGCTGCTTCTATTACACTTTTAGACGTGATGGGTTATCTTTCC CCCATTTTTGGTAATGTTTCAATCACTCCATTTTTTTTCAATTTCATTTCCATTTTATCTTTTATATCTATCATTCTCTT CTTTTCTTCTCATATTACTTATCAGATTTATCATTTATTTTTTCTATTCATATCTCTTTGTGGGTGCAGATCAATTTGGG GTGCTAACCAATTTTTTTTTTTTCTTTTCGTTTTGGTATATTTAGGGTCAATTTGTTTTACTGTTTGATAAAGTTAAATT TAAAAAATGATAGTTTTTTTTTTTAATATCAATACACCACATTATTAAACTGAGATAGAAGAAGTATCAACATAAGAGCT TGGGACACCCTTAAAAAGAGTTCACCCCACCAAAAACCCCTAGGAAAATCATTAGCTAAAGAAGCTAAAATGTGGGCTGA GCAATTTGCCTTCCTAGAAACACGGAAAAAAATTATCTAACACTTTTCTTTCAGACATAACAGGTTCAATAGCAGATGGG CAGACTTCAGAACTCACAGCATTATGGAGGATAAGTGAATCACTTTCAAACACAACTGAATCAACATGAAGTTGTTGTGT CGACATACACCATCCAAGATCTAGAACTTCTGCGACAATGGGATCAAATCTTCTATCTTCTAAGTGGGTAGCAGCACACA TCAGCTCACCATCATGAGGCCGAGACACATGACCAGAACCTGACCAACCCGCATCAACATTAAACTTGATGAACCCAGCT TGTGGTGGTTTCCAAACAGCATCACTAGTGTGAGGGAGCAGCAGGATTATTACAACCAAAGTGCACTGCAACAAAGGAAC CACCTGAATTGAGCAGTGTTAGAGCAAGAATTAGCCGCATACCAGTTCTGAAGGAAAAGGATTGCAACACTCAAGTTAAA TGTTAGAAAAATAATAATAATATACAACCTGGACGGTCCTGCCTATCTCAATTATGACCTGCCCAAACCTTTAAGAGGTA GGTGCTTCTTTTGATTTATTATCCTGAGAATGCACAACATTACTTTTAACATGAGTGGACTGAAGCTGAAGGGTAGTTGT TTGATGGGAGGGATATTTTTATTCCTTGCTTTCCTGATTAAACTAAATCATGATATGAATATTGTGCCTACTGGTGTAGA TGGAGATTAATATTCGTTATCTTTATTTGTAATAAATACAACTAAACAATTCTTTGCTATAACTTTTGTCTAATCTAAAA TGAATTAGAAAACACTGTCTGGATTTTATTTGTGTACTTGATGGAGCTCATGCGGAACCCTAGGATATAGTTGTTTTCAG TCCTTGTGAGTTGTGGGAGACGCAAAATATAGCGTTGACACCTCATTTCTTATACCACTAGCAATAACTTCGAGCTCAAC ATTTTGTCTCACGTATCATGTTCTATTATTCTAAAAGATTCAACATCGACAAACAACATTGTTTCACAAAAATGACACAA CCATTCAAAGAGATTCAACATCAACATTTCAACACACAATCCAAAATTGAGTACTTGCAGAAAGGGTGGTGGATAATTAC TACAAGCTCAGCAAAACCTGGGCACAGGTACGAGCTTATATATTTTGCTAAAGCAGTTTATTTTCAGTCAATTCCTAGAT GTGTACGAGTTTATTTTATTTTATTAATTTGTTTGCTTTCAATTCCTAGATGTGTAGAGGAGCATAATTTTATTTTAGAG GAGCTTCTTCGTCAAACTTTATAAGTTAAGGTTAGGCTCTGACTTTCTCAAACTTATGTTTGTATCATATTTTAGAGGAG TCTTCAAGTTTGATTTCTTAATGGTCATTTTTAAACTTAATTCTTAATAATAGCTTCGTGTCAAAGTTTTTCCCAGCATT AACATAGTACCTATAGCTAGTTGGAGTCATCATATATGGAATAATTGTGTAATCCTCAAGCAACTCTTCTTCTTATTTTG ATTTTTAGGGTGCTCAACATTGGGTATGGTTTCAACTTGGTTAAGCTTAACTGCAAAAAAGATTGTCTAAAGCATTGTTT TTCTCAGAAACTAGGATAAAAAATTTCAACCTCCTTTACTCAACACCCTCTTTGAACCACCATAACTTCACTATCATCTC AGAATTCAACAAATGGAAGTTCAGCAACATCTGTAGCCTCCCACCCCTTGTGAACCAACTTTCACCTATAATCTCTCTCT CTCTCTCTCTCTCTCTCTCTCTCTCTCACACACACACACACACACACACAAATCTCATTCCTCTTCCTGGTGTTTTGAAA TATATTGGTTCTGCAAAGCTATTTTTACTGATTAATTGTATTTTAGCGGAAGAGAGTACCAATGTCTATATTGTATTCAG TTTATGTGATTCCTTAGTTCTTCAAATGAATATATGTTTGCTGTACCAATATATGTATATGGATGTTCAGCATCATTTTG GTGAAGGGAAATAGTCTTCAATACCAATATATGTTCATTCCTATCTCTTACATTGTTGAAAGTTAAAATGAAGATATTGG TCCTTGGTTACATTGATAAAGCTAGTACTGTAATAAGACCAGCAAAACCTCCTATTAAGCATGTGTATGTGAGGCGCCAT GCTGGCACTAGTGAGATTAACTAACTGCAGTTTATAGTGTTAGAATAGTGAGGTTAACTAACTGCAGTTGGCAGTTAGTG TTAGAATGTGCTATAAATAAGGGGATTTACTACTCAGTTAGGTATCATTCTGGTAGTTAAGGGTTGGTTGGGACTGATTA TTGGAATTAGTTAGGGTTTCCTCTTCCAGATTGTAACTGTTTCATCTCTGTAATCTTTCCTTTCTCGAACCAGAATCTCC ATTGTTACTGGCTGAGCTCTCTGTTGCAATTCAATAGCATTTCCTGTGAATTGAGGTTACCAGCTCTAACATACATGCTG GAGCATCTCAAAATTATGTATGAAATTGAAGAATAAAAGCTCACTATTCAAGACCTCGAATTGGCACTCGTAAAACGTTG AAGGAAGGCAAAAAAAATGCAGACAATTTGTGGAGGTTCAATCTTTTTGTAGGACCATGTTGGAGAAGATGATTAGAGAC ATAATGCACCAGTAACCCTCAAGAATCTTCGCATCTTCTTACAGGACCTTCTGTTTTATGTTCACAAGAAGTATGGACAA AATATGATATAAAGCCCACAATCAGGACAATAACATCCTTGCAAAAGGAGCTAGAGGGTATTTTGAGGGGGAACAAAGGG CATCTGAAGTTGTCTTATCTGCAAATGACGAGCAAAAGCTTGAGGAGCCGAGCATGTCAGCTAATACTTACACAGAAGAA AAGCTTGAGGAACATAGGGAGCACATGTTAGCTTGGATGAAAGTTCAACTGAACCAAGACTTCAGAAGCTAGAAAAGAAT GAAAACAAGAGAAATTATGGTGCTTCATTCACTGGTCTTCATGGGTAAAACTGAGGAAGATGAAGAAACCAAGAAGCAAC ATGGCAGAGGGAATGTTGAGAAGGGGCTTCAAACGCTTTGGAGAGTAGAAAAGATGGAAGGGGTCCACAAGAAACTAATG AAAAAGCTTCTTGTGGGGGACTGAAGAAATAACCTGGAAATTGAATCAGAAGTACCAAGAAGAGATAAACAAATTAAGGG GGTTCCTCTCGGCCTTTGATATGCCTTTGAGGGTTTCCGCCTTGTTTGTACCTCTTCCTCGACGAAACTCTGAGATCCTC CCACCAAGTCTAAGAACCAATATGTTAGACTTGGAGCTTCCCCTGTATTTAATTTATAAAATGATTTAGGCCTGCTCTTG ACGTTACTTTTCCGTTTTAACGTCGTCACTCATCTAACCAACAAGCTGAACAAAAGGCCAAGCTGTTAGAGTTAATGATC AAGATTACCCAACTAAGGTCAACATCTAAAAGCCATTAACATAACAGCTTGTCAAAAACTCATCCTCTCAACAATTGCTC ATTCCAACCTCTAAATAATATATAAATTTAGGTTTTGATCAATCTAAAAATTATACCTCTAACCATAAAAATGAACAAAT GGCTAATAAGGCTAAGTGGTAAGAGTTAATGATCAAGATTATTGAAGGTCAAACATCTAAAAGCCACCAACATAACAGAT TGGAAATATAGGTTTTATAAACTAATGAAAATAATTGCTCCAGGATCCCATAATTTTTTTTCCCGAGTGGACAGCCATTG ATTATTCCTCTCTCACAATAATGATATTCTCCTCTGCCGTGTCCATTAATATTTGTCTAATAATATTGTCTAAGTCAACC GTGTGAACATTTCAAGACTACTTTATCTGATAGTGTATACTACTATATAATTAAACTAAAGTTTGAATTTCATGATAGTT ACTGATTGCTTACTTCGTTTGATTGATAATAATAAAAAAATGCAATTTGGAACCAAGGTATGAAACTTCTTGTTATTACT TTCGAACTACTTGCGACTAAATACTTGGGAATTGCATATAGTACAAGTTGTCTAGCTGAGCTCTGTGTTCACAATCTTCA AGTTCGTGTATCATGGAAAAGGAAAGAGCAGAATCCTCATCTTCATTCAAACATAAGTTGACTTATGATGTCTTCCTCAG TTTTCGAGGTGTAGACACCAGGTTAAATTTCACTGGCCATCTCTATAATTCTCTACGCGAAAAGGGGATTCACGCGTTCA TGGATGAAAAAGGGCTTAGAAGAGGGAAAGAAATTAAATCAGCTCTTCTCAACGCCATTCAAAATTCTAGAATTGCAATA GTCATTTTCTCTAAGAATTATGCATCCTCCACATATTGTTTGGATGAACTTGTCGAGATTCTTAATCTTGTAAATGCAGA AAGTCTATTGGTAAGGCCCGTTTTTTATGATGTGGATCCTTCACAAGTTCGGCATCAAACTGGGACTTATGCAGAAGCCT TGGAGAAACATGAGAAAAGGTTCCGAAATAACAAGGGCAAGATACAAAAATGGAGAGCAGCTTTACATGAAATATCTGAT CTGTCAGGCTGGCATTTCCAACTCGGGTAACTCACACTTTCCTTTCGTATGTATGTTTGTCTATGCTTTAATGTTTGCCA AATGGTTTTCATATTAAGAATAATATGTGTATGAAAAAAGAAATAAAAATTAGTGGAATTTACTTAATAGAGAAATCAAT ATTGTGTAATTAGTTTTGATTGAAGTGATTGAACTAAAGGAAATTCTACATTTTTCAATGGGCAGGTGTGAGTCAGAATA CAAGTTTATTCAAAATATTGTTAAAGAGGTCTCAAAAGAGGTCACCCGCATTCCTTTGCATGTTGTTGAACACCCAATTG ATCTAGATTTTGCAGTGCTTCAGGTGCGATCTCTCCTTGAACTTGGGTCTGAAGTGGTCATGGTAGGTATTTATGGATTT GGAGGACAAGGTAAAACAACAATTGCCCGTGCTGTGTATAACTTGATTGGTGACCAATTTGAAGGTGTGTGTTTTCTTGC TGACATTAGAGAAAGGACAATTAGTCAGAATGGCCTTGTACAACTCCAAGAAACTCTTCTTTCTGAAACACTTGGAGAGA AAGACATCAAAGTTGGAAATATCAATCAAGGAATTCCAATAATCAAAAGGAGGCTCAAACAAATAAAGGTTCTTTTGGTT TTGGATGATGTTGATAAACCGGAACAGTTAAAATCACTTGCAGGAGGAATTGATTGGTTTGGCAGTGGCAGTAAGATCAT TATCACAACAAGAAACAAACAATTGCTAGATGCTCATGGAGTAGTAAGATTACACCGGGTTGAACTGTTGAGCGATCAAA AAGCTCTTGAGCTGTTTAGTTGGCACGCCTTTAAAAGTCATGAAGTTCATCCTGATTATGTGAAAACTTCAAAGCGTGCA GTTTCTTATGCAGGTGGCCTTCCATTAGCTTTAGAAGTGATAGGTTCTCACTTATGGGGTAAAAGTTTAGATGAATGTAA CTCTGCATTGGATAAATATGAAAAAGTTCCTCGTGAAGATATGCATGAAATACTTAAAGTAAGCTTTGATGGTTTGGGGG AAGATGAGAAGGGTATTTTCCTTGACATTGCTTGTTTATTCAACAATGATGAGATGGGGTATGTCAAAGAAATGTTACAT GCTCATGGATTTCATGCAGAAGATGGTCTTAGAGTATTAGTTGATAGATCTCTTATAAAGATTAAGAATGATAGTGATGT GGAAATGCATGACTTAATTCAAGACATGGGTAGAGAAATTGTCAGACAAGAATCAATACATGAGCCCGGTGAACGTAGCA GATTGTGGTTCAATGAAGACATCATTCATGTTTTGGAAAATAATACGGTATGTTAAAAATTATTATGTCTCTGCACGGTA TTTTTCTTTCTTTTTCTTTGATTATCATTTTTTCTTATAAATATATGTTGGATCTCAATATTCTTATTCCCCCTTTCTCA ATTTCATGTTTGAAAAAATTTATTAGTGAGAAAATATTATAGTTTATATTTGTAAATTTTTTAAAATATGTATATGACAT AGCTAATATGAACATTGTCATTTTGACCTTGGAAGGGAACAAATAAAGTTGAAGTCATAAAGCTTGGTTATTGCAAAAAC AAAGTGCAGTGGAGTGGAAAAGCCTTCATGAAGATGAAAAACTTGAAAATTTTAATGGTTAGAGATGGTCCAAAGTTTTC AACATGCCCCAAACATTTACCAAATAGTTTGAAGGTGCTACATTGGGCTAATTATCCATCGTGGTCTTTTCCGCCTGATT TCAACTATAAACAACTTAAGTGTCTAAGAGTGGAAAGAATCACGTATGTATACACCCGACATCCTGCTATTTATGACATG GTATGCAGGTTGTGGTTAGTTCTTCTTTTAAGCACATCCCAATTGCAGTGTAATCTCCAAATCCTATTTTGTGCTTTCTT GGAGCAGTGGAAGTGGTTGCTTTGTTCCCTGTTTCTCAGTTTCTTCCGGTGGAAGCAGCGAAATACGTTGCCTCCCTTCT GGCCCTTGTCACTGTTTCTTGGTTTTTTCCGGTGGAAGAGGTGGTTGCCCTCTTTTCAGGCGGAAGTAGAGCTTCGGCGG ATAGAAGACATCTGTCAGCTGATTCTTATTAAAAACCTGCATCGAAGCATAAGAAAGTTTATTTTGAGAGGCCACCGGTT TGTGTACTTGTCGTCGCCTATTACCATAAGCCTCCTTTTGGCAAAGGTGCTTGGCGTCCGGTTTGAAGACCTCTTGCTGC TGATTAGTATAAGCATCCTTTTGGTAAAAGTGCATCAAAGCCAGGTGCATCAAAGCCGTACTTACCCCATTGACCATGTG GTCTGGCATTGTGGAGAACATCACAAGTAGTGAATTGGATCCCAATCTTTCACCTAAAATCTTAAGATCTTAGGTATATG GATTTTCTCACTTATAAATTGCTTAAAGTTGTCATTATCTTCTATTGTGAGATTTACTCACACTTTACATCACAACAAAT TTGTATGCTCGTATATCTTTTTCTACAAAAAATAAAATAAAAATATTTATTTTTATATATAATGATACGTTGGGTAGCAA TAGAAGTTTTAATTATAGCTCAATACAGAAACATCTATATATTTTATAAAAAAAAAAATCGTTATCCACAAAATTATAAC ACATGGCACTCTAAGAATGACTCTCCTCTCACCCTTCTCTCTGGCTGACAAGTGTCGCAGC
CDS sequence (LotjaGi2g1v0118600.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAAAAGGGAAGAGCAGAATCCTCATCTTCTTTCAAACACGAGTGGACATACGATGTCTTCCTTAGTTTCAGAGGTGA AGACACCAGGTTCAATATCACAGGCAATATCTATAATTCTCTGGTCAAAAAAGGGATTCACACTTTCATGGATGATGAAG AGCTTAGAAAAGGGAAAAAAATTACACCAGCTCTTCTAAAGGCAATTCAGAAATCCAGAATTGCAATAATCATTTTCTCT AAGAATTATGCATCATCCACGTATTGCTTGGATGAACTTGTTGAGATTCTTAAGCTTGTCAATGCAGAAGGTAGATTGGT ATTGCCAGTTTTTTATGATGTGGATCCATCACTAGTTCGCCATCAGAGAGGAACTTATTCAGAAGCCATGGCGAAACATG AGGAAAGGTTCCCAAAAAACAAGGGCAAGGTACAAAAGTGGAGAGGAGCTTTACGTGAAGCAGCTGATCTCTCAGGCTGG CATTTCCAAAACGGTTCTGAGTCAGAATATAAGCTTATTGATAAGATTGTTGAAGAGGTCTCGAAAAAGATCAATCGAGT TCCTTTGCATGTTGTTGATAATCCAGTTGATCTAGACTCTGCGGTGCTTCAAGTGAGTTCTCTCCTTGGACTTGGGTCTG AAGTGATCATGGTAGGTATTTACGGATTTGGAGGACAAGGTAAAACAACAATTGCCCGTGCTGTGTATAACTTGATTGCT GACCAATTTGAAAGTTTGTGTTTTCTTGCTGACATAAGAGAAACGGCAATTGGTAAGCTTGGCCTTGTACAACTCCAAGA AACTCTTCTTTCTGAAATACTTGGAGAGAAAGACATCAAAGTTGGAAATGTCAATCAAGGAATTCCAATAATCAAAAGGA GCTCAATTGAAGGCACTCGCGGAGGAATTGATTGGTTTGGCTCTGGCAGTAAGATCATTATCACAACAAGAGACAAACAA TTGTTAAATTCTCATGGAGTAGTAAGATTACACGAGGTTAAACTGTTGAGCCATCAAAAAGCTCTTGAACTGTTTAGTTG GCACGCCTTTAAAAGTCATGAAGTTAAAAGTGGTTATGTGAAAATTTCAAAGCGTGCAGTTTCTTATGCACGTGGCCTTC CATTGGCTTTGGAAGTCATAGGTTCTCACTTATGCGATAAAAGTTTAGATGAATGTAAGTCAGCATTGGATAAATATGAA AAAGTTCCTCATCAAGATATCCATGAAATTCTTAAAGTAAGCTTTGATGGTTTGGGGGATGATGAGAAAGGAATTTTCCT TGACATTGCTTGTTTCTTCAACAAAGGCGAAGTGGAGTATGTAAAACAAATGTTACATGCTCATGGATTTCATGCAGAAG ATGGTATTAGAGTATTAGCTGGTAGATCTCTTATAAAGATTGATAGTTGTGTAGCAAAACTGAGAATGCATGCCTTAGTT CAAGACATGGGTAGAGAAATTGTACGACAAGAGTCAATACGTGAGCCTGGTGGACGTAGTAGATTATGGTTTGACGAAGA CATCATTCATGTTTTGGAGGAAAATACGGTATGTGTGAAATTATAA
Protein sequence (LotjaGi2g1v0118600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEKGRAESSSSFKHEWTYDVFLSFRGEDTRFNITGNIYNSLVKKGIHTFMDDEELRKGKKITPALLKAIQKSRIAIIIFS KNYASSTYCLDELVEILKLVNAEGRLVLPVFYDVDPSLVRHQRGTYSEAMAKHEERFPKNKGKVQKWRGALREAADLSGW HFQNGSESEYKLIDKIVEEVSKKINRVPLHVVDNPVDLDSAVLQVSSLLGLGSEVIMVGIYGFGGQGKTTIARAVYNLIA DQFESLCFLADIRETAIGKLGLVQLQETLLSEILGEKDIKVGNVNQGIPIIKRSSIEGTRGGIDWFGSGSKIIITTRDKQ LLNSHGVVRLHEVKLLSHQKALELFSWHAFKSHEVKSGYVKISKRAVSYARGLPLALEVIGSHLCDKSLDECKSALDKYE KVPHQDIHEILKVSFDGLGDDEKGIFLDIACFFNKGEVEYVKQMLHAHGFHAEDGIRVLAGRSLIKIDSCVAKLRMHALV QDMGREIVRQESIREPGGRSRLWFDEDIIHVLEENTVCVKL
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 |
|---|---|---|---|---|---|---|
| SUPERFAMILY | 8 | 160 | 153 | 2.35E-41 | ||
| Gene3D | 10 | 184 | 175 | 1.6E-68 | ||
| PANTHER | 15 | 518 | 504 | 6.8E-181 | – | |
| PANTHER | 15 | 518 | 504 | 6.8E-181 | – | |
| ProSiteProfiles | 16 | 157 | 142 | 27.002 | ||
| SMART | 17 | 157 | 141 | 2.2E-43 | ||
| Pfam | 18 | 186 | 169 | 9.3E-44 | ||
| SUPERFAMILY | 184 | 429 | 246 | 1.58E-47 | ||
| Gene3D | 185 | 330 | 146 | 2.2E-15 | – | |
| PRINTS | 217 | 232 | 16 | 3.9E-11 | – | |
| Pfam | 307 | 402 | 96 | 7.2E-12 | ||
| PRINTS | 370 | 384 | 15 | 3.9E-11 | – | |
| SUPERFAMILY | 406 | 513 | 108 | 1.09E-18 |
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 | 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). | ||
| 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 LotjaGi2g1v0118600.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
Loading expression data from ljgea-geneid. Please wait…