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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0639000 |
| Transcript ID | LotjaGi1g1v0639000.2 |
| Related isoforms 2 | |
| 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|A0A151T389|A0A151T389_CAJCA TMV resistance protein N; Found in the gene: LotjaGi1g1v0639000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:119533082..119542968) extracted from Lotus japonicus Gifu genome v1.2.
GTGGAAGTTTCCAAAGTATATAGTTGATCTATCAGAGGTTTATGGTCAATAATATATATGATATAATGACATATTAATGC CAAATGCAAAGACAATCCAACCAGAAGGGAAGAATTTTTTTTATTCCAATGTTGGGGAGTTCTTCATCTTCTTCTTTTGC TACTGCTGCTGTTATGTCCCCTCCTCCTCCAAAGTATGATGTGTTTTTGAGCTTTAGAGGGGAAGACACGCGTGAGAACT TCACTAGTCATCTTTATGCTGAACTTGGCAGGAAAAACATCAATACGTTCATTGATTACAAATTAGAGAGAGGCGATGAG ATCTCATCTGAACTCTACAAAGCAATTGAACAGTCCACTATTTATGTCATCATTTTCTCACAACAATATGCTTCTTCTTC GTGGTGTTTGGATGAGCTTGCAAAGATTCTGGAATGCAGGAAAAGATATGGAAGGGATGTGATACCAGTTTTCTACAAGG TGGATCCATCCAGTGTAAGGCAACAAAAAGAAAGCTATGCAGATGCATTTGTTAACCATGAAAACCGGTTTAAGGATGAA GTAACACGGAGGTGGAAGGTTTCTCTAACCGAAGCAGCTGGAATTTCTGGCTGGAATTCACGCACCACCAGGTGACTAAT TTAGTAATTTTTGTGTTGATTGATTGATTCCACACCATTAATCATGTTTTTTTTTTCTGTTGAAATTATACATGCGTTGA TAAATGTTTTTCATTTGAATCAATATATTTTTGGAATTGTCCCGTACTGTAAGAAGGTAGGGTAAATTCAATTGGTTTTA TATTATTCTAACACGCCCCTCACGCAAGAGCCCTTTTGGCTTGAAGCGTGGATAATGCACAGGCCCGCCTACCATGTGCT TAATTAAATTCCATTTTTTTAATTAGAAAGTGAGGGGAGCAGGGATCGAACTCTAGACCGCTAAGTCATAGAGGCTCTGA TAGTTTAAATGGTAGGAGCTGGAACATATGAGTTGGGTAGGGAGATATTCAAGAAAAAAAAAGGGAGAGGTTCAAGAATC GATTCCGGACAAGTGCAATTTATCTTCTTGGTGTAAAAAAAATAATATATTATTGGAATTGGCACCTCCATATTAATAAA TTATATCCTATGTCAATTAATAAAATTAGGGTCTGTTTGGTGGACAGGATAAGAAGATATGATATGATAGCAATAATCAT ATCTTGTCCCTTATCTATAATCATATCCTATTGTAATATGTTGTTTGTTACGCTAGCAGGATAAGATAGCACTATCTTGT CCCTCATCTTATCTTGTCTATCATACGTAAAAGTTATCATGAGGGGGAGTTATGATAAAAATTATCCTGACATGATAAGA TATCAGTTTATGAATATTATGAATTTTTTATTTCAAAGGAAAATTTGATACATTTTTCATTATTTCTATCATATCCTATC AATATCATGTTCACCTCAAATGCATGATAGGATGAGACATAACAGTGTATCATGATCTTATCATATCCTCTCCTTATCCA ATCATTTATCATATTCTATTCTTATCATATCCTGACCACCAAACGAGCCCTTAGAATGGAACTAATATGACAAACTATGT TTTACAGATTAAAAGCAATAAATATGACACCATTATGTTTCCCTACCAAATAATATTCGATTGTTGGTTCATATAAACTC CTATGGAGAATTAAAGACTAATGCTTTTGTTCCTTTTATGTGTTCCAGACCAGAATCTATGCTTGTCAAGAATATTGTGG AAGATATTTTAAGAAAATTGGATCGTTCTTTCTCAAGTGATAATCAAGGAGTGGTTGGAATTGACAAGCATATTGCACAA GTCCAATCCTTGCTGCACCTTGAGTCAGCAGGTGTTCGGATCATAGGAATTTGGGGCATGGGAGGAATAGGTAAATCTAC ACTTGCTCGAGCATTACATAACAAGCTGGCTATACAATTCAGTTCCAGGAGCTGCATTATAAATGCTCAGCAAGAAATTG AAAGAATTGGAGTGGACTCTCTACGTAAAAAATACTTATCAGAACTTCTGGAGGAAGAGATCTCGTCCAATGGATTACAT TTTGCAATTGAAAGGGTCAAACGAGCAAAGGTTCTCCTTATTCTTGATGATGTGAAAGATTCGAGTCAAGTTCAAAAATT ATTTGGAGGGCGTGGAAACTTTGGCCAGGGAAGTAGGATCATTGTGACTAGCAGAGACATCCAAGTGCTTTGGAATGCTG AAGCTGATGGAATATATAAGGTAAAAGAGATGGATTCCCAAGATTCTCTAAAGCTCTTCAGTTTGAAGGCCTTTAAACAA AACTATCCCATAGAAGGTTATACGGCCTTGGTAGAAAAGGTATTAGAATATGCTAAAGGGGTTCCATTAGCTCTCGAAGT TTTGGGCTCATTGCTTTATGGTAAAGCAAAGAAAGCATGGGAAAGTGGGCTGCAAAAGTTGGAAAAGTTTCCCGATGATA AAATTTTCAATGTGTTGAAATTAAGCTATGATGGACTGGATAATGAACAGAAGGAAATATTTCTTGACATAGCTTGTTTC TATAGAGGACATTTGGAGCATATTGTAGAACACACACTAGATAATTGTGGTTTCTCTGCTCAAATTGGAATGGATGTTCT CAAAGATAGGGGTTTTATATCAATTTGGAGAGATCGAATCGTTGTGCATGGTCTAATGGTGGAAATGGGATTAGAAATTG TTCGTCGACAATGTGTCAATGATCCTGGAAAACGTAGTCATTTATGGGACCATGAAGAAATTTATCATGTTTTAAGAAAT AACAAGGTATTTTCTTCTGCACTTCAACCCCCACTTGATAACTCACATAATCTCATGGATTTACTTCTCACATACTGCGA AGCACTTAGCAATTATTAAATTTCCTGCAACTATACACCCTTTATGTTTATTTATCCATAACACCCTGCATTTACTTATA GGGGACGCATGCAATACAATGTATATTCCTTGAAATATACAAAATAAAAGAAGTTCAACTACATCCAGAAACTTTCAAAC ATATGCCAAATATGAGAATACTCCATTTTCATAAATATTCTTCGTTCTTCGAAGGTCAATCGAATGTGATCCTTCCTGCA AGTTTTGGAAGTCTTCCGGATGGTTTAAAAGTTCTTCATTGGGATGAATTTCCTCTACGATCTTTGCCGTTGGACTTTTG TCCAGAAAATCTTGTTGAAATTGTGTTGTTTAAAAGCTCTCTTGAACAACTTTGGGAGGATGATCAGGTAATTCAAGCTT TATGCTATGTTCATTTGCAACACTCTTTTTAAAACTCTTTCATTGATTGGTTGAAATTCATGTGAATCCACTTAATTGGA AGGGTTGTCCATATTTTTAGTAGACTCCACATGGATTTTAACCAAACAATGAGAGAGCGTTGAAGAGGCTAGGGGAGCGT TAAAGTGAGTGTTACTAGAATTTTTCTTTGAGTTAATAGTCAAATTAATCCCCGAGTTTGTAAACAAGTATGATTTTAGT CTCACTAAGGAAAAACGACGTTTAGTGGTAGTCATTTTTACAATTATAGACGGTTTTTAACCGCCACTAAACGTTATTTT TCCTCAGATTGAAAGACTAAAATCAAACTCGCTTACAAACTTAGAGACTAATTTGACCATTAACCTTTTTCTTTTAGTTA TGAATAGTCTTTAATTTTTAATCTTATCACTATAGAATTGAATGCTACAACTTAGTTCTTTATGTTTTGTATAAGAATAT GGTACTCTTGTTCATTATGCCCTGCATATAGAGTTAAGTATACATACATTTTTTGTCACCTAATCATTTACTTTTTACAC CAGGAATTACCAAATTTGAAAAGGCTAAATCTTAGTTTTTCTTCAGACCTTATTCGAATACCAGACCTTTCTAAGTTTCC AAATATTGAGGAAATAACTCTTAGTGGTTGTGAAAGCTTGACTCAAGTTTACTCCTCGAGGCTCCTCAACAGGCTCAATT TTGTATGGTTGATAGGTTGTTTTCAGCTCACGAGTTTAAATCTTCGTAGCAATATTCTATCAAGATCTTCTGGAGTAGTA TGGCTCTGTGATTGTTGGAAGCTCGAAACGTTTTCAATCAATAGAACCGAGGTGGTTAAATCACGTGGTCCACATTTTGA TGGAATGGCTATAGAAATTTGTGATGATGCAAAAGGTCCCTCTGGCTATCAGGAGATGAATGGAAAAGGTCTAGACGAAA AATATTTAAAAAATCTTTCTTTTAGAGAAATTCAGCCCTCACGAGTTTCATATGAGCTTTGTTGGTTAAATCTTGGTAAT TGTAGATCCCTTACAAGCCTTCCAAACGACCTTTATAAGTTGAAATTGCTAAGAGGACTTATTCTTAGTGGTTGCTCAAA TTTGGAAAAATTCCCTGAAATTGAGAAGACAATGGAAAATTTAGCTGTGCTTGTCTTAGATGGAACAGCAATACAAGAAC TACCTTCATCCTTGCAGCGTTTGGTGGGGCTTGAAGAACTGAGCTTGAACAAATGCCGAAGGCTTAAGATTATTCCCTCA TGGATTGGACGACTCACCAAACTCTGCAAGTTAGACCTTACCGACTGTGAATCACTTGAAACTTGTCCAAGCAGCATTTT CAAATTGAAGCTGACAGGACTTGATTTTAAGGGTTGCTCAAAGCTAAAGACCTTCCCACAGATCTTTGAGCCTGCAGAAA GTTTTGCTCACATTAGCTTAACAGAAACAGCAATTAAAAAACTGCCTTCATCGTTGGATTTTTTGGTGGGCATTCAAACC CTGTGTCTGAACGAGTGCCGTAATCTGGAGTCACTTCCAAGCAGCATTGGTAATCTAAACCTTCTCACTGAGCTTGACTT TTCATTTTGCTGTAAGTTAACAGAAATCCCAAATGACATAGGTCGCTTGATATCATTAAGTAAACTGTCACTGCAAGACA CCGCAATTGTGAACCTTCCAGAGAGTATTGCTCATCTTTCAAGGTTGGAATCACTTGATGTAAGTGGTTGCAGAATGCTT GAATGTATCCCACAGCTTCCACCATTTATGAAACAGCTATTGGCATTTAATTGCCCATCCATTAGAAGATTGATGATGCC AAATCCAAGGAAAGAGGGTACCTTCAAACTTTATTTCACCAATTATGAAGAAGAAAAATATCCAAGTGCTTGTAGTGATG TTTTGGCCGATGCAAGGCTGAGGATCATTGAGGATGCATATAGGTTTGTGTTCTATTGCTTTCCAGGGAGTGCAGTTCCT GATTGGTTCCCTTATCGTGGCGAGGGAAATTCAGTTACTGTGAATAAGAGCTCTCTAGATCAATGCAATTATAATAGGCT CATTGGATTTGCTGTGTGTGTCGTTTTACGTCATGAAGACATGCCTCTCTTGAAACTTAGATGTCGTGGTTTTCGATACA GATTAACACTTGAATCTGATGGCTTCAAATATATCATTCCCAACGATGTTCAGTTAAACGATTCTTTGAGTTTGAGTTGT TATCGAATGGGACATGTCAAGCACACATTCCTATGGAAACATTACTTAATGGACTTTGCAAGCATTGACAAAGTGACCTT TCATGCCCTCAACTTCACGTTTGACTTTTTTCCGAAGTGGCTTGGTTTAAAAGTATATCCCGAGATGTGCGGAATATGCC CTCTTTATAACAAAGAAAAAGATGATAATGGTGATGGTGCATGTTAATGACTATTCCAGCGCTCTGAGAGTTTCAAATAA TGAACTTGAAGAACACACTGGAAAAAGCCGTGTCTAAGGTGAAACATGCTGTCATATGGTTTTTCTGTGAGCCACGACCA TACTTAAAACCAGATAAGTTTTTTTCTCGGGGAACCTGGAACAGCTAATGATAAGATGTTATTTCTTATTACCTTGGTTT GGGTATGTTGTGCTTCCAAGCTACTTTCCTGTTTATTTTGTGTTTTTCTTTATGTATTAATTAATTAATAGTATATTATT TTTATTGCAGACATTTCAAATTCATTTAGATTTGGTGGACACCGTACCCCACAACTCTGTCGTGTCATTTCAAGGTGTGT CCTGATTACCTAGCTTGTCTCTGTTTCAAGTTGAACACACTGAGCCTGCTCATATTTATTTGAGTCCATGATTTGCAAAT GTTTTAGACATGCTAGCGAGCACGTTTTGTTTTTTTGTTGATGCCAACAGAATGCCAATAGAGGTCCTTTCTTCCTTTCA CGGGCACCTCGTAATGTGCAATTTTGATTTCCAATGCACTAGACTTTCAAAAGAAAACCAAACATGCACTAGCTTTGACA ATTAATTTGAAATCCATTTTAAGTTTTTTTAATATAGCTTGAATCTTCAATTGATTTTGAATTTTGTAGCAGACTTTGAA GTATCAGAAGAACTCCTTAAGACGTTTCTTCTTATCAATTGGACGCACATGATAAGTGGGAAATATTGTTTCTGCTTCTT TTGGACATTTAGAGAGAGAGAGAGCACAACTATGTGAAATTAGTTGAAAAATTAGCAAATGTAACTATGTGTCTATGTGT GAGTAAAAGTAGGAGGAATGCTGCTGACGATAGAGGAGTGGAAGTGAATAAAAAAGGTTACCATGTTTTTTATCTTCAAT CGTTCCATCAATCACTTCCCTTATTTTTCTAATTAATGTCAAATTTTAAACACCATAGGAATAATTTGTATGATACATAC AATACTTGGTTGGGATACATATAATAGTACGTTAAAAAATTTGTATGATGTTCATGATAATTGGTTGCCATACATATATA GCGCGTCGTCTATTTTCAACAATGTTGATAGTTTGGAAGATCTTTGCCTCTACAGCTTTTGAACATTTTGTGAGAGAGAG CACAGCCGTCTGATGTCAGTTGAAGAATCAACAAAAGTAACTTTTATTTTTTATTTTTCTAATTTTCAATCCATTCTACC ATGTATGGCTTAGCATGTAATTATGCTTATAAAAAATTGGTTACGATATACTGATGGAAATGTTGGTTTACTTGGATATG CACAATCTTTGTATGAATGACACTGACGTGACTCTGTTGTAGTTCAAACAAGAGACAATTAGTTTCAAGACGTGGAAAAC GAGAGCTATTTAGGGAATCTTATGGAATGTGTTGTCAACATCAATTTCTTTGTATTCATACCATTTCTGCTCCTTTAAAT TGTTAGCATTGTGCAGGGTGTCGCCAAATATAGCTGCTGTCATGGCACCAGATTCAGAGGCAGTATAAATTGCTCAGGAT CTCCATTTGAAATGGTAAGTCAATAAATCCTGGTAAGTCAGGAAATCTTTGCTGAAGATTCATGTTAGACTTGTCAGGGA GCTTGTAAATAAGTTTAGTGGGAAGGTAAGTTCAGTTTAATTTATTTTTGTTGTGTAGAATTGCAGTTAACTTTTTTGGC ATTGACATTGTTTTTTGTTAGTTTGAATACATTTTTGTACTGTATTGGTGCTCATTGCATCGGTCACTCACTCTGATGTT GTAATTTGAAAAATCTTTTATCAAACCTGACTCCATGTGTGTTTTAATTTCTGTTACTTCCAAATACTTTTTCTGCAATC CATTGCGAGGCATGGATTTATGTTAAAAGTTCTTTTAACCATTGCCAACAGAAATTCAAACACACTAATCATGAAGAAGT GCACTGGTGAAACCTCCTGGTAACGAAATAGTAGTGATTTATGTCCACAAACCACAATACATGATTGCTTCATCTTGAGT TGAGAGTGCAATTCATTTACTACATGTTGGCATGATTATTTCTGTTATTCCTCTTTCCTGAGAAATTTCAATATGACCCT TCCGTATTAGCTCATACTAAGTATTTACCCCTGAATGAAAATTCTTGTTGAACAATCTCATATTGATTAATCTTTACTTT GGAGCAGCTTTGTTTTTTTGTCACTGACCTGTCTAAATCCTATTAAACATGTAGGATGCCATCTTGATTGCCACCCGGAG GATATTGAGACCACCAAAGAAAGGTTCTGCAATGTTCCCACACCCGTACCCTTAGTGCTGTTCATGAAGCAATGTTAGAG GATGTGGTATTTCCTGCTGAGATTGTTGGGAAGCGCGTGAGGTATCGAGTTGATGGATCCAAAATTATGAAGGTAGAGCT ATTGTTTCCTATCAACTTCCAAAGTTATCGTGTAGTTCAATCAACTATCAGAAGTTTTTCTTATAGGATAAAATGTCTCT TTACCATGTAAATGAATGTGCATGTTATATTGGAAAATGAATCCCAATGTTTAAACATGTGTCTGTGAAACTTGTTGTCA TTTGCTTATGAAGTTTGCAACTTATTGCATGTTTGTAAATCCTTCGACAGTTGATTTTATGTTAGAATCAATTTTGGGGA GAAGTTGATCCAAACATGCTACTAATTTACCTTTGCAATAGTTTTTATTCATTCCTTGTTCCTTGTATGTTTGTCCTTCT GTGAATAGGTTTTCTTGGACCCAAAGGAACGAAGAACAACGAGTACAAGTTGGAGACTTTTGCCGCAGTGTACATGAATC TGCCTGGCAAAGATGTTGTGTTTGAGTATCCCATCACAGAGGCTTAGTTTCAAAGCCGGGAAAGTTTTGGCTTGGTCAGC CTGGAATAGCTAGCTATAATATTTATCTTGGTTTTGGTAAGTTGTGCTTCCAAGCCATGTGAATTTGCTTTTACTTTTTG TATTACCATTAGTAGGTGACTATTTTTATCGCACAGGCATTTCAAAATTATTTGGATATGGTTGACACCCTCACAACTCT GTCATCTCATTTTCTGCACTCAGGAGCTTCTTGGTGAGCTTGACTCCACTTCATGTTCAGCATGAGTCATCATTACGCCT GCTCATATTATTTGAGTCCATGACTTGTAAAATGTTGTAGTCCTGTAGAGTTAATTGTGGGTTAACAGTTATTTTGATAT TCATTTTAAGTTTTAATGTACAACTTTCTGAGTAATTTCTATGTAACCAGTCAAAAAAATAATTTCCTTTTTCCAGTTGT TGTGGACTGGTCACATATGCAGCTTACTTTCCCAACTTGATGGGCTAATGGGCTAGAACCACATTTAACTTAAGAATGAT CTTTACAACTTTCAAGTTTGTTAATACAACTTCTCCCTTCCATCCAGGTGAAAATTACCTTTAATAAGCAAGAATAGGAT AAGATATATATTACTGTCACATATCAAATGTATATGAATAATATAACTGGGCAGAATCTACTAACTTAAAAAGCAAGATG AAATTTCACTGTTCATCAGAGCCAATTTTGTTTTTTTTACAGATCTCTTGCTTTTGGGCCTGTTGGAGTCTTGGGCTGAT TGGAGCATCTCAACTTCAGTTAGGGTTAGGGTTTAGGGTGTTCAGTAACCTACCTCCCTCTTACCGTGTTTTCCGGCCGC CGTTTCTCCGTCAGGCTTAGAGGTAGGAGCTGACCCCTCTCACCGGCCAGCTGTCACATCATTCACTTATCGATGGCTTT CTCTCTTGGACGAACGCTCGACCCTCTGCTCCCTCTACCGTGTAGCCTCTGCACCATGGCGGTCTCCCTTGTACGAACGC TCGTCCCCCTTCATTGCCTCTACCGTGTAGCCTCTGCAACAATCCTCTACTCCTTCCCTGGGCTATTCGGTTTTCTCTTC TCTGCTCTGCCCAGTTGTACGTTGGCCAGCTGTTAGTGTGTTCATTCTTCGATCTTTGAACCCTACGTAGCTCATCTATT ATCGATCCACACCCAGCGGTACCCCTGAACGATGGTACTGTCGACCTACATCGAGCCTTCTAAACAGCTGTGGAGTATGC TTTACAGGTTGTTTGCCTATTACCTACCTTATCATCTAATCTAATCT
CDS sequence (LotjaGi1g1v0639000.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCAAAGACAATCCAACCAGAAGGGAAGAATTTTTTTTATTCCAATGTTGGGGAGTTCTTCATCTTCTTCTTTTGCTAC TGCTGCTGTTATGTCCCCTCCTCCTCCAAAGTATGATGTGTTTTTGAGCTTTAGAGGGGAAGACACGCGTGAGAACTTCA CTAGTCATCTTTATGCTGAACTTGGCAGGAAAAACATCAATACGTTCATTGATTACAAATTAGAGAGAGGCGATGAGATC TCATCTGAACTCTACAAAGCAATTGAACAGTCCACTATTTATGTCATCATTTTCTCACAACAATATGCTTCTTCTTCGTG GTGTTTGGATGAGCTTGCAAAGATTCTGGAATGCAGGAAAAGATATGGAAGGGATGTGATACCAGTTTTCTACAAGGTGG ATCCATCCAGTGTAAGGCAACAAAAAGAAAGCTATGCAGATGCATTTGTTAACCATGAAAACCGGTTTAAGGATGAAGTA ACACGGAGGTGGAAGGTTTCTCTAACCGAAGCAGCTGGAATTTCTGGCTGGAATTCACGCACCACCAGACCAGAATCTAT GCTTGTCAAGAATATTGTGGAAGATATTTTAAGAAAATTGGATCGTTCTTTCTCAAGTGATAATCAAGGAGTGGTTGGAA TTGACAAGCATATTGCACAAGTCCAATCCTTGCTGCACCTTGAGTCAGCAGGTGTTCGGATCATAGGAATTTGGGGCATG GGAGGAATAGGTAAATCTACACTTGCTCGAGCATTACATAACAAGCTGGCTATACAATTCAGTTCCAGGAGCTGCATTAT AAATGCTCAGCAAGAAATTGAAAGAATTGGAGTGGACTCTCTACGTAAAAAATACTTATCAGAACTTCTGGAGGAAGAGA TCTCGTCCAATGGATTACATTTTGCAATTGAAAGGGTCAAACGAGCAAAGGTTCTCCTTATTCTTGATGATGTGAAAGAT TCGAGTCAAGTTCAAAAATTATTTGGAGGGCGTGGAAACTTTGGCCAGGGAAGTAGGATCATTGTGACTAGCAGAGACAT CCAAGTGCTTTGGAATGCTGAAGCTGATGGAATATATAAGGTAAAAGAGATGGATTCCCAAGATTCTCTAAAGCTCTTCA GTTTGAAGGCCTTTAAACAAAACTATCCCATAGAAGGTTATACGGCCTTGGTAGAAAAGGTATTAGAATATGCTAAAGGG GTTCCATTAGCTCTCGAAGTTTTGGGCTCATTGCTTTATGGTAAAGCAAAGAAAGCATGGGAAAGTGGGCTGCAAAAGTT GGAAAAGTTTCCCGATGATAAAATTTTCAATGTGTTGAAATTAAGCTATGATGGACTGGATAATGAACAGAAGGAAATAT TTCTTGACATAGCTTGTTTCTATAGAGGACATTTGGAGCATATTGTAGAACACACACTAGATAATTGTGGTTTCTCTGCT CAAATTGGAATGGATGTTCTCAAAGATAGGGGTTTTATATCAATTTGGAGAGATCGAATCGTTGTGCATGGTCTAATGGT GGAAATGGGATTAGAAATTGTTCGTCGACAATGTGTCAATGATCCTGGAAAACGTAGTCATTTATGGGACCATGAAGAAA TTTATCATGTTTTAAGAAATAACAAGGGGACGCATGCAATACAATGTATATTCCTTGAAATATACAAAATAAAAGAAGTT CAACTACATCCAGAAACTTTCAAACATATGCCAAATATGAGAATACTCCATTTTCATAAATATTCTTCGTTCTTCGAAGG TCAATCGAATGTGATCCTTCCTGCAAGTTTTGGAAGTCTTCCGGATGGTTTAAAAGTTCTTCATTGGGATGAATTTCCTC TACGATCTTTGCCGTTGGACTTTTGTCCAGAAAATCTTGTTGAAATTGTGTTGTTTAAAAGCTCTCTTGAACAACTTTGG GAGGATGATCAGGTAATTCAAGCTTTATGCTATGTTCATTTGCAACACTCTTTTTAA
Protein sequence (LotjaGi1g1v0639000.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MQRQSNQKGRIFFIPMLGSSSSSSFATAAVMSPPPPKYDVFLSFRGEDTRENFTSHLYAELGRKNINTFIDYKLERGDEI SSELYKAIEQSTIYVIIFSQQYASSSWCLDELAKILECRKRYGRDVIPVFYKVDPSSVRQQKESYADAFVNHENRFKDEV TRRWKVSLTEAAGISGWNSRTTRPESMLVKNIVEDILRKLDRSFSSDNQGVVGIDKHIAQVQSLLHLESAGVRIIGIWGM GGIGKSTLARALHNKLAIQFSSRSCIINAQQEIERIGVDSLRKKYLSELLEEEISSNGLHFAIERVKRAKVLLILDDVKD SSQVQKLFGGRGNFGQGSRIIVTSRDIQVLWNAEADGIYKVKEMDSQDSLKLFSLKAFKQNYPIEGYTALVEKVLEYAKG VPLALEVLGSLLYGKAKKAWESGLQKLEKFPDDKIFNVLKLSYDGLDNEQKEIFLDIACFYRGHLEHIVEHTLDNCGFSA QIGMDVLKDRGFISIWRDRIVVHGLMVEMGLEIVRRQCVNDPGKRSHLWDHEEIYHVLRNNKGTHAIQCIFLEIYKIKEV QLHPETFKHMPNMRILHFHKYSSFFEGQSNVILPASFGSLPDGLKVLHWDEFPLRSLPLDFCPENLVEIVLFKSSLEQLW EDDQVIQALCYVHLQHSF
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 |
|---|---|---|---|---|---|---|
| Phobius | 1 | 10 | 10 | - | – | |
| SignalP_GRAM_POSITIVE | 1 | 28 | 28 | - | – | |
| SignalP_GRAM_NEGATIVE | 1 | 28 | 28 | - | – | |
| Phobius | 1 | 28 | 28 | - | – | |
| Phobius | 11 | 19 | 9 | - | – | |
| Phobius | 20 | 28 | 9 | - | – | |
| PANTHER | 29 | 655 | 627 | 5.5E-202 | – | |
| PANTHER | 29 | 655 | 627 | 5.5E-202 | – | |
| Phobius | 29 | 658 | 630 | - | – | |
| Gene3D | 32 | 198 | 167 | 2.1E-67 | ||
| SUPERFAMILY | 32 | 177 | 146 | 1.7E-40 | ||
| ProSiteProfiles | 36 | 174 | 139 | 27.762 | ||
| SMART | 37 | 174 | 138 | 1.5E-43 | ||
| Pfam | 37 | 210 | 174 | 2.7E-49 | ||
| Gene3D | 199 | 358 | 160 | 7.0E-28 | – | |
| SUPERFAMILY | 204 | 457 | 254 | 7.78E-58 | ||
| Pfam | 215 | 431 | 217 | 9.6E-26 | ||
| SMART | 231 | 368 | 138 | 9.5E-4 | ||
| PRINTS | 234 | 249 | 16 | 2.8E-18 | – | |
| PRINTS | 305 | 319 | 15 | 2.8E-18 | – | |
| Gene3D | 364 | 447 | 84 | 1.8E-5 | – | |
| PRINTS | 398 | 412 | 15 | 2.8E-18 | – | |
| SUPERFAMILY | 433 | 538 | 106 | 7.62E-12 | ||
| Gene3D | 536 | 657 | 122 | 3.4E-6 |
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 LotjaGi1g1v0639000.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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