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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0452200 |
| Transcript ID | LotjaGi1g1v0452200.3 |
| Related isoforms 9 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Regulatory-associated protein of TOR 1; TAIR: AT3G08850.1 Regulatory-associated protein of TOR 1; Swiss-Prot: sp|Q93YQ1|RTOR1_ARATH Regulatory-associated protein of TOR 1; TrEMBL-Plants: tr|V7B2P2|V7B2P2_PHAVU Uncharacterized protein; Found in the gene: LotjaGi1g1v0452200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:95185210..95196168) extracted from Lotus japonicus Gifu genome v1.2.
ACCTCCATTTTTGTGGTGCAGATGAAGACAGGATGTGTAGCTCTAGTATTATGTTTAAACATTAGTGTTGATCCTCCAGA TGTAATAAAGATATCCCCTTGTGCCAGAATGGAGTGCTGGATAGGTCTCTTGTCACCTTTCTGATCTCATTTGTCTTCTA TATTTTAGTTTAGTGTGGTTTATACTTTATAATCTAAATTGTTGTTTCCCAGCTTTGAGATTTTTGACATTTTCATGTTC CGTTAATGTTTGGAAATGACTTTTGTTTTCCTGATAAAATCTATGCCATATGTTGTCCTAAAATATTTACTTTTTTTACA TGTTCACTTTGCTATACTTATCCAACCAAATAAATAGTAAATATATTTTCTAGTAGTATTGCATATAGTTGTGTGCTTCT TTGCACTTACTTCCTATGGCTGGACTCTGATTTATATATATATTTTTTGTCCTATCCACCCTTTTTCACTTCATTTTAAT TGTTTGATTTAGTTGTAGCATTCTGTATGAAAATGTAGATAAATTGATTAATTAAAATCTTTCTAATGTATCAAAACCCT GGATGTTGACAACTGTGGTTATGGGACAAACAACTTTTGATGCTTGACTTACTAATGCCGCAGATCCTTTTTCTATGGCA CCACAAAAGGCATTGGAATCAATTGGAAAATCTTTGAGCTGTCAGTATGAAAGATGGCAACCGAAGGTGGGTGAATCTGT GAATGTTTAGCTAACTTACCTGGTCTTCTTATTACCTCTTCGAATTTTTTTAGTAAACCATGTGGGCTTTACAGGCACGC TATAAGTGTCAACTTGATCCAACCGTGGATGAGGTGAAGAAGCTTTGTACTACATGTCGCAGATATGCAAAGACGGAAAG AGTTTTATTCCATTACAATGGGCATGGTGTACCAAAGCCAACTGTTAATGGTGAAATTTGGGTCTTCAATAAGGTCACTT TTCTCCCTCTATTGTTCTAAACTGAGATAGTTATCCATTAAATCAATTGGTGCTCTTTTGATAAGAGAGTAGAGACAAAG AAGATAATAATGGTAGGATCTATAACAAGAAGTGATTATGTCAGTAGGAGAGATCTAAGTAGGAAAGTGAAGTGGACCAT GTATGTGACAACAATGGATGAGAAAGCAATTTTACTATTTAGTCCAATCAAGATGAATGTAATGTATTTAATTTAATAAT TGTACTTCTGATGCCTCTTATTTTGCTCAGATATATTTGTTCCTTAACCATAATAGGGATGGGAAGGGAGAGATAAGATA ATTAGAAGAAATAACATAAAAACTAGAGTGGACAATAATGGTTAACCAGGAACATCCAATCGCTCCTATTTTCACTACGA TAATACACCTATCCATTTTCACAATATCAATTCCATTTTTGGATGTCCTGTGTTACTAAAGCATAATGAATAACTAAATC ATGGTAATCTGATTCTCATTCTTCATCATATCGTGGTCAGAGTTATACGCAGTATATCCCCTTACCAATCAGTGACCTTG ATTCCTGGCTGAAGACCCCATCAATTTATGTTTTTGATTGCTCTGCTGCGGGGTTAATAGTGAATTCTTTCATTGAGGTA TTCCCTTTTAGTCATGTTTGTTAACTACTGTACAAAGAAAACTACAAAGATATGGTTAGTGATTTTATCATGTTTTTGCA ATTTGGATTGCCAAATTCGTTGCTGGACTTGTTATGGTAAGCTTCATGAATGGAGTGCATCTAACACTGCTGGGGCCACA AGGGATTGCATTTTGCTTGCAGCATGTGAAGCACATGAGACTTTGCCTCAGAGTGTTGAATTCCCAGCTGATGTGTTTAC ATCTTGCCTAACAACACCTATAAAGATGGCATTGCGGTGGTAAATATCTTCTCACGTGTTCCTGCTTAGTTTTCATTTTT TACTGTTCAAAATGTTTCATATGTTAAATATTCAGGAAGGTTTTTAGAGGACCATTTTTTTTTGGTAAAAGAATGTAGTA ATTCATCATGCATCGACTTTCAAATATTGCATGCTTTCGTAATGTGGGTGATATAGTTTTTACCCATTCACTTGTGATTT CCCTCTCTTCCCTAATTGAACTCGTAGCTATTCCCTTACTAGCCCCTGACTACTTTTATCTGTTGGTATTTCATGATGAC TGGTTGTATACACCTTTATTGTTAATGGCATTTTTCTTTATGTGATTTGCTCCATGTTGTTTCTTTTTTTGTACTGATCC TATTACATTTCTGGTATAAATTATTGCAGCTGGACTTTATTATAAGCAGTGATGATAGAAAATGACGACTGAAATGATGA TGGTTTTTACTATGAAGTTGATTTTATGTTTGACATCTGCTTTTGTTTTACTAATTGTCTTATTTTCTCACATTCCTAAA CTTATTGTTGGTGATAAATGATTAGTTTATATTACATTATAAAATGCCGTGTTAATTTTTCTTACTAAAATGGCTAGTAA TAATATTTTTTGATGTTATCTGTCTCTAGGTTCTGTACTCGTTCATTACTTCGTCAGTCGCTTGATTATTCCCTTATAGA TAAGATCCCTGGCCGTCCCAATGACCGAAAGACACTTCTGGGTGAATTGAATTGGATTTTTACAGCAGTAACTGATACGA TTGCCTGGAATGTTCTTCCTCATGGTAAGTCTCAACCCCTCCCCATAGTTCCCCACTAACTTGCTAGATTGCCATGGTGT AATTTTAACCCTGCTATTTTTTATTTTATTTAGCAATCTTAGTTGGTGTCTTGCATGATATCTTTTTCTGCAGAACTTTT TCAGAGGCTGTTCAGACAAGATTTGCTTGTTGCAAGTCTGTTTCGAAATTTTCTACTTGCTGAGCGAATAATGCGATCTG CAAATTGTACTCCTGTCTCTCACCCTATGTTACCGCCAACTCATCAGCATCATATGTGGTATTTTTCGTGACTTGTGTTA TGATATTGTTATATGTGTTAACAAACTTTATTGTTGGCTTATGTTATTTATCCCAACTGCAGGGATGCATGGGACATGGC TGCTGAGCTTTGCCTCTCTCAACTTCCCTCATTAGTTGAGGATCCTAATGCAGAATTTCAGGTATCTGGACTTCTTTTTT ATACCTCTAATGTAACCTTCTGAAATTGAATATTGAATAATGATAATACACAACTAACAAAAGGAATAGTAATAAATAGG CTTAATTGCACTTTTGGTCCCCCAACTATTGCCTTCCTGTGAAAATCGTCCCCAAACTTCTAAATTAGCAAAAAACGTCC TCCAACTATACATGTCGTTGGCTCGTTGCACTTTTGGTCTGCCGTTTTCCTTCCTTGAGAAAACTAACGTGAGAAGTTGA TGTGGCTCCCTCACGTGTGTCTCACGTGACTTTCTTCAGAGAGCTTGATGACTGGACAAGTCACATATTTCTCACGTGAC TCTAAAAGGCTCCAACAGTTATGAAATTGCAAACCCTAATTAGACCTGATTACCCCATTTTAGAGTCACGTGAGACACAT GTGACTTGTCCACTCATCAAACTCTCTGAAGAAAGTCATGTAAGACACGCGTGAGAGAGCCACATCAGCTTCTCACGTTA GTTTTCTCACGGAAGGCAAACGGCAGACTAAAAGTGCAATGACATGTATAGTTGGAGGACGTTTTTTGCTAATTTTGAAG TTTGGGGACGATTTTCGCAGGAAGGCAATAGTTGGGGGACCAAAAGTGCAATTAAGCCTAATAAATAATATTCATTAGTT ATAAAGTTTTAAGCTTACCCTGCTGAAGCGTTTGGTTGTTCTTTTTCAGCCTAGTACATTTTTCACTGAGCAGTTGACAG CATTCGAGGTATGGCTTGACCATGGTTCTGAACATAAGAAACCACCAGAACAGTTGCCTATAGTTCTTCAGGTACAGCAA ATGTCTTGTTCTTGTTACCTTAGGAACCATTCTGTTGGTGTTGGTTCCTAACACTTGTTATATAGGTTACATGATTTTAA TGAATCAATTAATTAGATTTTTGTGATGGGGTTAGGTTTTCTTGACTGAAGCTTTTTCAATTTGGTCAATGATCATTATC ATCCTTCTGATGGAGTTTTTTCAAAATTGTGTATTTGTTATGAGCATCTATTAACAATGTGTCTAGGTCCAGAAGCAGTA ATGCTGAGAGACACTTTTTGGGTAGTTTATTCTGCTGAAGTGGGTGGAATCGGAAGTTTGTGTGGCTAGCACTATAATGC TTCTTCTCTAATTGTTTTGCGGTCAATCTGTGTCTCACTTATTCTTTTCATTTTATGGACTTTCTGCAAGTTGTTTGACT TACCAATTACCATGCTCTGCATTAATTGTCAGAATTCACTAATCACACCGTTTGAAATCCTGTCAATAGAGTGAAAGTTG GGGTAGCTTCCATTATAGAAAAGGTGGTAGAGTCTCGTCTTATGTGTTTTGGACATGTATGTGTAATACCTGTTGAACCA CAAATTAGGAGGGTTGACCAAATCGAAGATCTGATAGTTAGGGGTAGAGTGACCTAGGAAATTTTTATGACAAATAATTT AAAGGGATTTAGAAGTAAATAATCTATCTCAAAAATTAAAATCAAGGCTTGATCTTGTTTTTCTATCTAAAGTAAAATCT CCTATGTAAGCCTAACTTTCAAACTTTTCTTTTATGCACTTTTGACTGACAATTTATATTTACACCGCATGTATATTATT TTTGCTTCGAAGAAAAGTGTTTGCCATTTGTTGATAATTTTGCATGCATCGATAAAGTGGCATTTTTCCTATTTCAGGTT TTACTCAGTCAGTGCCATCGATTTCGGGCTTTAGTTCTCCTTGGAAGGTTCCTTGATATGGGGCCATGGGCTGTTGATCT GGTAATCTTTGTATCATGTCATCATCTTTTGTAGCAGTTGTTATACCTTTTAATAGAAAGGATTATGATATTATAAATTG ATACCAAATTTCTTATATGTAGGCATTATCTGTTGGAATATTTCCTTACGTTCTTAAGCTGCTGCAAACTACAACACCAG AATTACGTCAGATTCTTGTATTCATATGGACTAAGATTTTGGCACTTGACAAGGTAATGTTTCATAATTTTTATTATTTA ATGTGTGTAAACCCGAATTTTAATATAAATTATGTTGAAATTTTGACTTTGATGGCTAAGGCCGCTTTGTACTATAATTA TTACTGTGCACAAACATGTTATTTTTTGCATTGTATTTGGTTCTGGACAAGCGGAGAAAAGTAAAAATTGAATAGGGATA AGAGGGAAAGAAACAGTAATGTCCGACATGAAAGCCTTTATGTGAGCAAACCTATTTTTCCTAGTTTTATTTTCCTCTTT CGGATGATAAACATTCACTTGGTAGTTAATCATTTTATTAATAAAATTCTTATTTTGTTAAAAACATCCAAACTATGTAA TCAAGTCCAAAATCTTAAATATTTATCAGTGCATGAAACCAGCAAATAGACTGGAAATATATCCAGGAGTATATAAATGA TTTGAAACTGGTAAGTTTTCTGGTGCGTGTTTTTGTCTTTTTATCTTTTTGGTTTTTATTTATATTTAATCAATTGGAAA GATTATAAAAATGTGAAAAAATTAATGATCGGTATAATTAAATATTAACCATTGGTAAGTTAAGTCTGGTTAACAAAAGG ATTAATTAGAAAGAAATTATAGTTAACAGTGTCTATTTGCAAAAGCGATAAGTTTGGGGGGGGGGGGTTCATGCGATCAT GCCTTTTATTGGTGCTTAGTTATATAATTATATAATATAAATTCGAATTGATAATTGAACAATTGTGAATATTACAAGGC TTCATGTTTTTGTCTTCTAATATGTATCTCATTTTCTATTTTTCTGCTACAATTTGGTGTTGAAACCCTACATGCTTTAT GTTGACTGTGTCTTACAATTTTGATGTTCCATACGTGTTGCAGTCATGTCAGGTTGATCTAGTGAAAGATGGAGGTCATA TCTATTTTATTAAGTTTCTTGATAGCATGGAAGCATATCCAGAGCAACGAGCAATGGCTGCTTTTGTTTTAGCTGTGATT GTGGATGGTCATAGAAGAGGTCAAGAAGCTTGTATTGAAGCTGGTTTGATCCAAGTCTGCTTAAAGCACCTTCAGAGCTC ATCTCTCAATGATTCACAAACCGAACCCCTTTTCCTTCAGTGGCTGTGCTTGTGTCTGGGGAAATTGTGGGAAGACTACA CAGAGGCGCAAGCAATCGGTTTGCATGAAGATGCTACTTCTATATATGCTCCTCTACTTTCTGAACCCCAGCCAGAGGTA CTGCCACACTTACTATACTTTTTCTAGTTCTCATTGCAAGATGATTAAATTTTTTTTTAATATTTAAATAATCAAGTCAT GTAATTTATTGCTTCTCAGGTTAGAGCATCTGCTGTTTTTGCACTGGGCACACTTCTTGATGTGGGATTTGATTCATGTA GAAGTGTTGGAGGAGATGAAGAATGTGATGATGATGACAAGTTTAGGGCTGAAGTTAGTATAGTTAAGAGTCTGTTGAGT GTTGCTTCAGATGGGAGTCCGTTGGTGAGGGCTGAGGTTGCAGTGGGTAGGTGATTAAATATCTGAATTATATTTTAATT TGAATGTTGTTGAAAAAATGTTCTATATTATTACGATTATGATAAGATGGATAGTACTGATACTGCGAGTTAATTATTTT TTCTTTGTTTTTAGTTATGGTCTCAACAAATTCTTAATCATCTTCAGACAAGCTATTATCGGCTAGTAGACTTGAAGTTA GAAAAAGGAATAAAAGTTCGAATGAAAAAGAAAAATCCAATGATAAAATGGTTAAACATGCATTGAAAACCATCATATTG TTTTTTTAATTTGTGTTTTTGATTTATTATCTGATTTTTTTAATGATGATTGCTAAATCTTATGCATGGTTAGATGGTTG GCTTGTGCATCTGTTTAAGATTAACATATGTTGTCTTTATGGTATGGATGGACTGGTAGGCTGAATCTAAGATATCTTAC ATAGGTTTTCTTTCTACTTTCAGCTTTAGCAAGGTTTGCTTTTGGCCACAACAAGTACCTGAAATCTATTGCTGCTGCAT ATTGGAAGCCTCAGACTAGTTCTTTGATAAATTCCTTACCCTCATTGACTAATATTAAAGATTCAGTTGGTGGTTTTTCT AACCAGAACCAGCATAAGCCTCATGGAAATATTGTTTCACCTCAAATTGGTCCTCTCAGGGTTGGGAGTGAGAATTCTAA AGTGGTTCGAGATGGGCGGATCTCATCTAGCAGTCCTCTCGCTAGTTCTGGAATCATGCATGGGTCCCCGATGTCTGATG ATTCATCTCATCATTCTGATTCAGGAATATTGAATGATGGTTTCAGTAATGGAGTGGTTAACCACACTGGGCCAAAACCC TTGGATAATGCATTATATTCACAATGTGTACTTGCTATGTGTACTTTAGCAAAAGATCCATCGCCCCGCATTGCTAACCT TGGCCGCCGAGTACTTTCCATAATAGGTATTGAACAAGTTGTAGCAAAACCATTGAAATCTACTGGTGTTCGTCCTAGTG AAGCTACAGCCACTCCTAGCCTTGCTGGACTTGTTCGCTCATCTTCTTGGTTTGATATGAATGGAGGTAAGCCGCCCTCT CTTTTTATTTGACGATTAATATCCTGGGATAATTTTCAATTCAGTTTGGTAAGGTTTATCTGTTTATCTCTTTGCATCAG ATTTTAATTTTGTGATAATTCATGCTGCTATGTTATTTTCTTTTTTTGTTTATTATTGTATGCTGCTTTTGCAGGACACT TGCCTCTAACCTTCAGAACTCCTCCAGTCAGTCCTCCTCGCCCAAGTTATATAACTGGAATGCGCAGAGTATGTTCATTG GAGTTTAGGCCCCACCTGATGACTTCTCCAGACTCAGGATTAGCTGATCCACTTTTAGGTTCGGCTGGAGCTGCGGGGAG TTCAGATCGCAGTTTTCTTCCACAATCAACTATATATAATTGGAGTTGTGGGCACTTTTCCAAACCACTTTTAACTGCGG CAGATGATAGTGAAGAAGTATTAGCAAGAAGAGAAGAGAGGGAAAAATATGCATTGGAGCACATAGCAAAATGCCAGCAC TCAGGTTTGTATTTCATTTTTCTTATCCAATTAAGCAAGTATTTTATAAATGTCCAGTTGGGAACTTCACTTCATTTTCT GCTGTCAGCTGTGACCAGACTAACAAATCCTATTGCTAAATGGGACACTAAGGGTACACAAACAGTGTTGCTGCAACCTT TCTCTCCTATAGTGATAGCTGCTGATGAGAATGAACGTATCAGGTATGTGAAGTTCATCAATATTATTTTTAGTTAAGTG CAGACTGTTATCAAACTGGGCATGACTTTAGATGAAGATCATGATGGGGCTTTAGTGTGAAGGCAATTAATTAAAAGGCC TAATCCAAATTGATAAGAGTAATAAATTTCCAGATCTTGTTCACCTTCAGGATTGGTAGACTCAGGAAGATTGAGCAACA TTTATCAGATATAGCTACTTAAGAATCTAAACAGCCACATTTTTTAGATATTTTTATGGACATTACGATGTGTTTCAATT TGGTCAGAATATTTTTTTAGTCTTGAAGAATCTCATTGTTGTTAGTCCTTGTATTGCATCATTTTGGCTTGTCTAATGTT ATTGGGAGTTTTCCACAGGGTATGGAACCATGAAGAAGCATCACTTCTCAACAGCTTTGATAACAATGATTTTCCTGACA AAGGAATTTCTAAACTCTGCCTAGTGAATGAGCTTGATGATAGCTTGCTTCTTGCTGCTTCATGTAATGTTATCTTCTGT TTAATACTATGCATTCTATTCACAAATTATTGTTGCAGTACTAAATATCAGGTAATCTTATGATGCAGCTGATGGAAATA TTCGAATTTGGAAAGATTATACTCTAAAGGGTAAACAGAAGCTTGTATCTGCATTCTCTTCAATTCATGGTCATAAACCT GGTGTGAGGAGTTTGAATGCAGTTGTTGATTGGCAACAGCAATGTGGTTATCTGGTATACAATTCCTCTTTGATTATTCT TAGGAATGTGGGATATTTTCTTATACCAAATCCCTAAAACATGAACTCCAATTCTTTATTCTTCCCTTAAAGTGATGTTA GTGATTTTTTATGTTGTTCCATGTTGCATTTATGCATGTACCAGTATGCATCGGGTGAGATATCATCTATTATGCTATGG GATCTTGATAAAGAGCAACTTCTTAATGCTATACCTTCAGCATCAGATTGCAGTGTGTCTGCATTGGTAAGCTTCATCTA TGTATGATGGTAGTTAGCAATGGAAATTATTATATTTGCTCAAATTATGTTGACGTGATAGCTTAATAGAGTTTATCCTT GAAAAGACATGTACTATGTTGTATTCTGAAGAAATTTGGGGCTAATATTTTTATTCAGTGTGGCAAGCCCATTACATTTA ATTTAGAGCTCTTAACTGTTGAGTTCATGTCTTGTAACCTGTTTATATATTTATTTATTTTCTCTGTAATAAGGACCAAT ATCTGCTGTTACTTAGAAACATCCCCTCCCCCCCCTTCATGACTTCTTCAAATCACCTGTTTGTGTTTAACTCAAGACCT AAAAACACTTTGTGGATCTTCTGTTTACGTTCTGGAAATTTCAATTCTTATCAGCCTCTCTTTAAATATGTTGGCATGAT TGAAGATTCGATGATATGGTTTATATGATTTTCTTTGAGCAACTAAGAAACTTGGAGCTCGTTGCGATATGTTCTCAAAT AGTTTATTTTGTCTTTTCCAATTTCCAGTATAAGTTTTTAGAAGTTGCAAAGGAAGATCTGAGTTGACTGCTCTTGTACA TTGTTGTAGTACAGTTATGATGGGATGTGATTCTAGTATTATTTTATTCCATCTGTAACCAGATCATGCTTCTATATAGA AATTATTTATGAACAATTTTTCCCTTTTTATGCACTATATATCTTTGTTTCAGGCCGCATCTCAAGTTCATGGGGGACAA TTTGCAGCTGGGTTTGTAGATGGTTTCGTCAGACTCTATGATGTCAGAACACCTGAAATGTAAGCACCTCAGATGAATTT CTGCCATCATGACGAAATATAAAAAGTAGAAACTTGTTGTTAGTTCTTCTTAACTGATCAGATCGATTTGAGCAGTGTCC TTATTCTCAGTTATATGATATTATTCTTTTGACATGTTTACCTGCTTGTACCTAAATCTTACACTTTTTAAGAGTTCATT TAGAAGCCTCTACCTCTTTACTTCGAATCTCATAATGACTAATGACAATGATGCTTCTTAGGCTCGTCTGTGGATTACAG CCACACACACAAGGAGTAGAAAAAGTTGTGGGGATTGGCTTTCAACCTGGGTTGGACCCAGGAAAGGTAAAAAGAGCATG TTGCTAGTTTCATACATTTTTTTAATATCCCTTGCATACAATGTTTGTACTCTATACCTTGGTAGGAGTTTGGTGATTAT GGTCTATGAATTTGGTTTGAAATGGATGATTAGATTATCACATTTGTTGCTTTCCTTCAGATTGTTAGTGCTTCTCAGGC TGGGGATATCCAATTCCTTGATATAAGAAATCACAGCAGCGCCTATCTCACTATTTCAGCTCACAGGGGTTCCCTTACAG CTTTAGCAGTACATAGACACGCTCCAATTATTGCCAGCGGTTCTGCCAAACAACTCATTAAAGTTTTTAACCTGGAGGGT GATCAACTGGGCACCATTCGTTACTATCCTACCCTAATGGCCCAGAAAATTGGTTCAGTAAGCTGCCTAAATTTCCACCC ATACCAAGTACTACTTGCTGCCGGTGCGGCAGATGCATGTGTATGTATTTATGCTGATGACAGCACTCAAGCAAGATGA
CDS sequence (LotjaGi1g1v0452200.3) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAAGACAGGATGTGTAGCTCTAGTATTATGTTTAAACATTAGTGTTGATCCTCCAGATGTAATAAAGATATCCCCTTG TGCCAGAATGGAGTGCTGGATAGATCCTTTTTCTATGGCACCACAAAAGGCATTGGAATCAATTGGAAAATCTTTGAGCT GTCAGTATGAAAGATGGCAACCGAAGGCACGCTATAAGTGTCAACTTGATCCAACCGTGGATGAGGTGAAGAAGCTTTGT ACTACATGTCGCAGATATGCAAAGACGGAAAGAGTTTTATTCCATTACAATGGGCATGGTGTACCAAAGCCAACTGTTAA TGGTGAAATTTGGGTCTTCAATAAGAGTTATACGCAGTATATCCCCTTACCAATCAGTGACCTTGATTCCTGGCTGAAGA CCCCATCAATTTATGTTTTTGATTGCTCTGCTGCGGGGTTAATAGTGAATTCTTTCATTGAGCTTCATGAATGGAGTGCA TCTAACACTGCTGGGGCCACAAGGGATTGCATTTTGCTTGCAGCATGTGAAGCACATGAGACTTTGCCTCAGAGTGTTGA ATTCCCAGCTGATGTGTTTACATCTTGCCTAACAACACCTATAAAGATGGCATTGCGGTGGTTCTGTACTCGTTCATTAC TTCGTCAGTCGCTTGATTATTCCCTTATAGATAAGATCCCTGGCCGTCCCAATGACCGAAAGACACTTCTGGGTGAATTG AATTGGATTTTTACAGCAGTAACTGATACGATTGCCTGGAATGTTCTTCCTCATGAACTTTTTCAGAGGCTGTTCAGACA AGATTTGCTTGTTGCAAGTCTGTTTCGAAATTTTCTACTTGCTGAGCGAATAATGCGATCTGCAAATTGTACTCCTGTCT CTCACCCTATGTTACCGCCAACTCATCAGCATCATATGTGGGATGCATGGGACATGGCTGCTGAGCTTTGCCTCTCTCAA CTTCCCTCATTAGTTGAGGATCCTAATGCAGAATTTCAGCCTAGTACATTTTTCACTGAGCAGTTGACAGCATTCGAGGT ATGGCTTGACCATGGTTCTGAACATAAGAAACCACCAGAACAGTTGCCTATAGTTCTTCAGGTTTTACTCAGTCAGTGCC ATCGATTTCGGGCTTTAGTTCTCCTTGGAAGGTTCCTTGATATGGGGCCATGGGCTGTTGATCTGGCATTATCTGTTGGA ATATTTCCTTACGTTCTTAAGCTGCTGCAAACTACAACACCAGAATTACGTCAGATTCTTGTATTCATATGGACTAAGAT TTTGGCACTTGACAAGTCATGTCAGGTTGATCTAGTGAAAGATGGAGGTCATATCTATTTTATTAAGTTTCTTGATAGCA TGGAAGCATATCCAGAGCAACGAGCAATGGCTGCTTTTGTTTTAGCTGTGATTGTGGATGGTCATAGAAGAGGTCAAGAA GCTTGTATTGAAGCTGGTTTGATCCAAGTCTGCTTAAAGCACCTTCAGAGCTCATCTCTCAATGATTCACAAACCGAACC CCTTTTCCTTCAGTGGCTGTGCTTGTGTCTGGGGAAATTGTGGGAAGACTACACAGAGGCGCAAGCAATCGGTTTGCATG AAGATGCTACTTCTATATATGCTCCTCTACTTTCTGAACCCCAGCCAGAGGTTAGAGCATCTGCTGTTTTTGCACTGGGC ACACTTCTTGATGTGGGATTTGATTCATGTAGAAGTGTTGGAGGAGATGAAGAATGTGATGATGATGACAAGTTTAGGGC TGAAGTTAGTATAGTTAAGAGTCTGTTGAGTGTTGCTTCAGATGGGAGTCCGTTGGTGAGGGCTGAGGTTGCAGTGGCTT TAGCAAGGTTTGCTTTTGGCCACAACAAGTACCTGAAATCTATTGCTGCTGCATATTGGAAGCCTCAGACTAGTTCTTTG ATAAATTCCTTACCCTCATTGACTAATATTAAAGATTCAGTTGGTGGTTTTTCTAACCAGAACCAGCATAAGCCTCATGG AAATATTGTTTCACCTCAAATTGGTCCTCTCAGGGTTGGGAGTGAGAATTCTAAAGTGGTTCGAGATGGGCGGATCTCAT CTAGCAGTCCTCTCGCTAGTTCTGGAATCATGCATGGGTCCCCGATGTCTGATGATTCATCTCATCATTCTGATTCAGGA ATATTGAATGATGGTTTCAGTAATGGAGTGGTTAACCACACTGGGCCAAAACCCTTGGATAATGCATTATATTCACAATG TGTACTTGCTATGTGTACTTTAGCAAAAGATCCATCGCCCCGCATTGCTAACCTTGGCCGCCGAGTACTTTCCATAATAG GTATTGAACAAGTTGTAGCAAAACCATTGAAATCTACTGGTGTTCGTCCTAGTGAAGCTACAGCCACTCCTAGCCTTGCT GGACTTGTTCGCTCATCTTCTTGGTTTGATATGAATGGAGGACACTTGCCTCTAACCTTCAGAACTCCTCCAGTCAGTCC TCCTCGCCCAAGTTATATAACTGGAATGCGCAGAGTATGTTCATTGGAGTTTAGGCCCCACCTGATGACTTCTCCAGACT CAGGATTAGCTGATCCACTTTTAGGTTCGGCTGGAGCTGCGGGGAGTTCAGATCGCAGTTTTCTTCCACAATCAACTATA TATAATTGGAGTTGTGGGCACTTTTCCAAACCACTTTTAACTGCGGCAGATGATAGTGAAGAAGTATTAGCAAGAAGAGA AGAGAGGGAAAAATATGCATTGGAGCACATAGCAAAATGCCAGCACTCAGCTGTGACCAGACTAACAAATCCTATTGCTA AATGGGACACTAAGGGTACACAAACAGTGTTGCTGCAACCTTTCTCTCCTATAGTGATAGCTGCTGATGAGAATGAACGT ATCAGGGTATGGAACCATGAAGAAGCATCACTTCTCAACAGCTTTGATAACAATGATTTTCCTGACAAAGGAATTTCTAA ACTCTGCCTAGTGAATGAGCTTGATGATAGCTTGCTTCTTGCTGCTTCATCTGATGGAAATATTCGAATTTGGAAAGATT ATACTCTAAAGGGTAAACAGAAGCTTGTATCTGCATTCTCTTCAATTCATGGTCATAAACCTGGTGTGAGGAGTTTGAAT GCAGTTGTTGATTGGCAACAGCAATGTGGTTATCTGTATGCATCGGGTGAGATATCATCTATTATGCTATGGGATCTTGA TAAAGAGCAACTTCTTAATGCTATACCTTCAGCATCAGATTGCAGTGTGTCTGCATTGGCCGCATCTCAAGTTCATGGGG GACAATTTGCAGCTGGGTTTGTAGATGGTTTCGTCAGACTCTATGATGTCAGAACACCTGAAATGCTCGTCTGTGGATTA CAGCCACACACACAAGGAGTAGAAAAAGTTGTGGGGATTGGCTTTCAACCTGGGTTGGACCCAGGAAAGATTGTTAGTGC TTCTCAGGCTGGGGATATCCAATTCCTTGATATAAGAAATCACAGCAGCGCCTATCTCACTATTTCAGCTCACAGGGGTT CCCTTACAGCTTTAGCAGTACATAGACACGCTCCAATTATTGCCAGCGGTTCTGCCAAACAACTCATTAAAGTTTTTAAC CTGGAGGGTGATCAACTGGGCACCATTCGTTACTATCCTACCCTAATGGCCCAGAAAATTGGTTCAGTAAGCTGCCTAAA TTTCCACCCATACCAAGTACTACTTGCTGCCGGTGCGGCAGATGCATGTGTATGTATTTATGCTGATGACAGCACTCAAG CAAGATGA
Protein sequence (LotjaGi1g1v0452200.3) extracted from Lotus japonicus Gifu v1.2 Proteins.
MKTGCVALVLCLNISVDPPDVIKISPCARMECWIDPFSMAPQKALESIGKSLSCQYERWQPKARYKCQLDPTVDEVKKLC TTCRRYAKTERVLFHYNGHGVPKPTVNGEIWVFNKSYTQYIPLPISDLDSWLKTPSIYVFDCSAAGLIVNSFIELHEWSA SNTAGATRDCILLAACEAHETLPQSVEFPADVFTSCLTTPIKMALRWFCTRSLLRQSLDYSLIDKIPGRPNDRKTLLGEL NWIFTAVTDTIAWNVLPHELFQRLFRQDLLVASLFRNFLLAERIMRSANCTPVSHPMLPPTHQHHMWDAWDMAAELCLSQ LPSLVEDPNAEFQPSTFFTEQLTAFEVWLDHGSEHKKPPEQLPIVLQVLLSQCHRFRALVLLGRFLDMGPWAVDLALSVG IFPYVLKLLQTTTPELRQILVFIWTKILALDKSCQVDLVKDGGHIYFIKFLDSMEAYPEQRAMAAFVLAVIVDGHRRGQE ACIEAGLIQVCLKHLQSSSLNDSQTEPLFLQWLCLCLGKLWEDYTEAQAIGLHEDATSIYAPLLSEPQPEVRASAVFALG TLLDVGFDSCRSVGGDEECDDDDKFRAEVSIVKSLLSVASDGSPLVRAEVAVALARFAFGHNKYLKSIAAAYWKPQTSSL INSLPSLTNIKDSVGGFSNQNQHKPHGNIVSPQIGPLRVGSENSKVVRDGRISSSSPLASSGIMHGSPMSDDSSHHSDSG ILNDGFSNGVVNHTGPKPLDNALYSQCVLAMCTLAKDPSPRIANLGRRVLSIIGIEQVVAKPLKSTGVRPSEATATPSLA GLVRSSSWFDMNGGHLPLTFRTPPVSPPRPSYITGMRRVCSLEFRPHLMTSPDSGLADPLLGSAGAAGSSDRSFLPQSTI YNWSCGHFSKPLLTAADDSEEVLARREEREKYALEHIAKCQHSAVTRLTNPIAKWDTKGTQTVLLQPFSPIVIAADENER IRVWNHEEASLLNSFDNNDFPDKGISKLCLVNELDDSLLLAASSDGNIRIWKDYTLKGKQKLVSAFSSIHGHKPGVRSLN AVVDWQQQCGYLYASGEISSIMLWDLDKEQLLNAIPSASDCSVSALAASQVHGGQFAAGFVDGFVRLYDVRTPEMLVCGL QPHTQGVEKVVGIGFQPGLDPGKIVSASQAGDIQFLDIRNHSSAYLTISAHRGSLTALAVHRHAPIIASGSAKQLIKVFN LEGDQLGTIRYYPTLMAQKIGSVSCLNFHPYQVLLAAGAADACVCIYADDSTQAR
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 | 16 | 16 | - | – | |
| SMART | 1 | 153 | 153 | 1.0E-92 | ||
| Pfam | 1 | 152 | 152 | 5.2E-68 | ||
| PANTHER | 1 | 1250 | 1250 | 0.0 | ||
| Phobius | 1 | 3 | 3 | - | – | |
| PANTHER | 1 | 1250 | 1250 | 0.0 | – | |
| SignalP_EUK | 1 | 10 | 10 | - | – | |
| Phobius | 4 | 12 | 9 | - | – | |
| Phobius | 13 | 16 | 4 | - | – | |
| Phobius | 17 | 1255 | 1239 | - | – | |
| PRINTS | 43 | 62 | 20 | 5.4E-150 | – | |
| PRINTS | 64 | 85 | 22 | 5.4E-150 | – | |
| PRINTS | 90 | 115 | 26 | 5.4E-150 | – | |
| PRINTS | 117 | 141 | 25 | 5.4E-150 | – | |
| PRINTS | 188 | 208 | 21 | 5.4E-150 | – | |
| PRINTS | 226 | 253 | 28 | 5.4E-150 | – | |
| PRINTS | 261 | 285 | 25 | 5.4E-150 | – | |
| PRINTS | 337 | 367 | 31 | 5.4E-150 | – | |
| SUPERFAMILY | 353 | 775 | 423 | 7.97E-33 | ||
| PRINTS | 368 | 389 | 22 | 5.4E-150 | – | |
| Gene3D | 371 | 653 | 283 | 1.3E-27 | ||
| PRINTS | 391 | 410 | 20 | 5.4E-150 | – | |
| PRINTS | 415 | 431 | 17 | 5.4E-150 | – | |
| MobiDBLite | 691 | 721 | 31 | - | – | |
| Gene3D | 916 | 1081 | 166 | 1.0E-14 | ||
| SMART | 928 | 965 | 38 | 99.0 | ||
| ProSiteProfiles | 933 | 1255 | 323 | 18.457 | ||
| SUPERFAMILY | 938 | 1247 | 310 | 5.68E-36 | ||
| SMART | 968 | 1012 | 45 | 1.8 | ||
| ProSiteProfiles | 995 | 1012 | 18 | 8.57 | ||
| SMART | 1068 | 1109 | 42 | 2.2 | ||
| Gene3D | 1082 | 1254 | 173 | 5.9E-21 | ||
| PRINTS | 1093 | 1111 | 19 | 5.4E-150 | – | |
| SMART | 1161 | 1200 | 40 | 0.023 | ||
| SMART | 1213 | 1248 | 36 | 17.0 |
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 | TOR signaling | A series of molecular signals mediated by TOR (Target of rapamycin) proteins, members of the phosphoinositide (PI) 3-kinase related kinase (PIKK) family that act as serine/threonine kinases in response to nutrient availability or growth factors. | ||
| Cellular component | TORC1 complex | A protein complex that contains at least TOR (target of rapamycin) and Raptor (regulatory-associated protein of TOR), or orthologs of, in complex with other signaling components. Mediates the phosphorylation and activation of S6K. In Saccharomyces, the complex contains Kog1p, Lst8p, Tco89p, and either Tor1p or Tor2p. |
Expression pattern of LotjaGi1g1v0452200.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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