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 | LotjaGi1g1v0452200 |
| Transcript ID | LotjaGi1g1v0452200.2 |
| 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..95194715) extracted from Lotus japonicus Gifu genome v1.2.
TCTCATTCTTCATCATATCGTGGTCAGAGTTATACGCAGTATATCCCCTTACCAATCAGTGACCTTGATTCCTGGCTGAA GACCCCATCAATTTATGTTTTTGATTGCTCTGCTGCGGGGTTAATAGTGAATTCTTTCATTGAGGTATTCCCTTTTAGTC ATGTTTGTTAACTACTGTACAAAGAAAACTACAAAGATATGGTTAGTGATTTTATCATGTTTTTGCAATTTGGATTGCCA AATTCGTTGCTGGACTTGTTATGGTAAGCTTCATGAATGGAGTGCATCTAACACTGCTGGGGCCACAAGGGATTGCATTT TGCTTGCAGCATGTGAAGCACATGAGACTTTGCCTCAGAGTGTTGAATTCCCAGCTGATGTGTTTACATCTTGCCTAACA ACACCTATAAAGATGGCATTGCGGTGGTAAATATCTTCTCACGTGTTCCTGCTTAGTTTTCATTTTTTACTGTTCAAAAT GTTTCATATGTTAAATATTCAGGAAGGTTTTTAGAGGACCATTTTTTTTTGGTAAAAGAATGTAGTAATTCATCATGCAT CGACTTTCAAATATTGCATGCTTTCGTAATGTGGGTGATATAGTTTTTACCCATTCACTTGTGATTTCCCTCTCTTCCCT AATTGAACTCGTAGCTATTCCCTTACTAGCCCCTGACTACTTTTATCTGTTGGTATTTCATGATGACTGGTTGTATACAC CTTTATTGTTAATGGCATTTTTCTTTATGTGATTTGCTCCATGTTGTTTCTTTTTTTGTACTGATCCTATTACATTTCTG GTATAAATTATTGCAGCTGGACTTTATTATAAGCAGTGATGATAGAAAATGACGACTGAAATGATGATGGTTTTTACTAT GAAGTTGATTTTATGTTTGACATCTGCTTTTGTTTTACTAATTGTCTTATTTTCTCACATTCCTAAACTTATTGTTGGTG ATAAATGATTAGTTTATATTACATTATAAAATGCCGTGTTAATTTTTCTTACTAAAATGGCTAGTAATAATATTTTTTGA TGTTATCTGTCTCTAGGTTCTGTACTCGTTCATTACTTCGTCAGTCGCTTGATTATTCCCTTATAGATAAGATCCCTGGC CGTCCCAATGACCGAAAGACACTTCTGGGTGAATTGAATTGGATTTTTACAGCAGTAACTGATACGATTGCCTGGAATGT TCTTCCTCATGGTAAGTCTCAACCCCTCCCCATAGTTCCCCACTAACTTGCTAGATTGCCATGGTGTAATTTTAACCCTG CTATTTTTTATTTTATTTAGCAATCTTAGTTGGTGTCTTGCATGATATCTTTTTCTGCAGAACTTTTTCAGAGGCTGTTC AGACAAGATTTGCTTGTTGCAAGTCTGTTTCGAAATTTTCTACTTGCTGAGCGAATAATGCGATCTGCAAATTGTACTCC TGTCTCTCACCCTATGTTACCGCCAACTCATCAGCATCATATGTGGTATTTTTCGTGACTTGTGTTATGATATTGTTATA TGTGTTAACAAACTTTATTGTTGGCTTATGTTATTTATCCCAACTGCAGGGATGCATGGGACATGGCTGCTGAGCTTTGC CTCTCTCAACTTCCCTCATTAGTTGAGGATCCTAATGCAGAATTTCAGGTATCTGGACTTCTTTTTTATACCTCTAATGT AACCTTCTGAAATTGAATATTGAATAATGATAATACACAACTAACAAAAGGAATAGTAATAAATAGGCTTAATTGCACTT TTGGTCCCCCAACTATTGCCTTCCTGTGAAAATCGTCCCCAAACTTCTAAATTAGCAAAAAACGTCCTCCAACTATACAT GTCGTTGGCTCGTTGCACTTTTGGTCTGCCGTTTTCCTTCCTTGAGAAAACTAACGTGAGAAGTTGATGTGGCTCCCTCA CGTGTGTCTCACGTGACTTTCTTCAGAGAGCTTGATGACTGGACAAGTCACATATTTCTCACGTGACTCTAAAAGGCTCC AACAGTTATGAAATTGCAAACCCTAATTAGACCTGATTACCCCATTTTAGAGTCACGTGAGACACATGTGACTTGTCCAC TCATCAAACTCTCTGAAGAAAGTCATGTAAGACACGCGTGAGAGAGCCACATCAGCTTCTCACGTTAGTTTTCTCACGGA AGGCAAACGGCAGACTAAAAGTGCAATGACATGTATAGTTGGAGGACGTTTTTTGCTAATTTTGAAGTTTGGGGACGATT TTCGCAGGAAGGCAATAGTTGGGGGACCAAAAGTGCAATTAAGCCTAATAAATAATATTCATTAGTTATAAAGTTTTAAG CTTACCCTGCTGAAGCGTTTGGTTGTTCTTTTTCAGCCTAGTACATTTTTCACTGAGCAGTTGACAGCATTCGAGGTATG GCTTGACCATGGTTCTGAACATAAGAAACCACCAGAACAGTTGCCTATAGTTCTTCAGGTACAGCAAATGTCTTGTTCTT GTTACCTTAGGAACCATTCTGTTGGTGTTGGTTCCTAACACTTGTTATATAGGTTACATGATTTTAATGAATCAATTAAT TAGATTTTTGTGATGGGGTTAGGTTTTCTTGACTGAAGCTTTTTCAATTTGGTCAATGATCATTATCATCCTTCTGATGG AGTTTTTTCAAAATTGTGTATTTGTTATGAGCATCTATTAACAATGTGTCTAGGTCCAGAAGCAGTAATGCTGAGAGACA CTTTTTGGGTAGTTTATTCTGCTGAAGTGGGTGGAATCGGAAGTTTGTGTGGCTAGCACTATAATGCTTCTTCTCTAATT GTTTTGCGGTCAATCTGTGTCTCACTTATTCTTTTCATTTTATGGACTTTCTGCAAGTTGTTTGACTTACCAATTACCAT GCTCTGCATTAATTGTCAGAATTCACTAATCACACCGTTTGAAATCCTGTCAATAGAGTGAAAGTTGGGGTAGCTTCCAT TATAGAAAAGGTGGTAGAGTCTCGTCTTATGTGTTTTGGACATGTATGTGTAATACCTGTTGAACCACAAATTAGGAGGG TTGACCAAATCGAAGATCTGATAGTTAGGGGTAGAGTGACCTAGGAAATTTTTATGACAAATAATTTAAAGGGATTTAGA AGTAAATAATCTATCTCAAAAATTAAAATCAAGGCTTGATCTTGTTTTTCTATCTAAAGTAAAATCTCCTATGTAAGCCT AACTTTCAAACTTTTCTTTTATGCACTTTTGACTGACAATTTATATTTACACCGCATGTATATTATTTTTGCTTCGAAGA AAAGTGTTTGCCATTTGTTGATAATTTTGCATGCATCGATAAAGTGGCATTTTTCCTATTTCAGGTTTTACTCAGTCAGT GCCATCGATTTCGGGCTTTAGTTCTCCTTGGAAGGTTCCTTGATATGGGGCCATGGGCTGTTGATCTGGTAATCTTTGTA TCATGTCATCATCTTTTGTAGCAGTTGTTATACCTTTTAATAGAAAGGATTATGATATTATAAATTGATACCAAATTTCT TATATGTAGGCATTATCTGTTGGAATATTTCCTTACGTTCTTAAGCTGCTGCAAACTACAACACCAGAATTACGTCAGAT TCTTGTATTCATATGGACTAAGATTTTGGCACTTGACAAGGTAATGTTTCATAATTTTTATTATTTAATGTGTGTAAACC CGAATTTTAATATAAATTATGTTGAAATTTTGACTTTGATGGCTAAGGCCGCTTTGTACTATAATTATTACTGTGCACAA ACATGTTATTTTTTGCATTGTATTTGGTTCTGGACAAGCGGAGAAAAGTAAAAATTGAATAGGGATAAGAGGGAAAGAAA CAGTAATGTCCGACATGAAAGCCTTTATGTGAGCAAACCTATTTTTCCTAGTTTTATTTTCCTCTTTCGGATGATAAACA TTCACTTGGTAGTTAATCATTTTATTAATAAAATTCTTATTTTGTTAAAAACATCCAAACTATGTAATCAAGTCCAAAAT CTTAAATATTTATCAGTGCATGAAACCAGCAAATAGACTGGAAATATATCCAGGAGTATATAAATGATTTGAAACTGGTA AGTTTTCTGGTGCGTGTTTTTGTCTTTTTATCTTTTTGGTTTTTATTTATATTTAATCAATTGGAAAGATTATAAAAATG TGAAAAAATTAATGATCGGTATAATTAAATATTAACCATTGGTAAGTTAAGTCTGGTTAACAAAAGGATTAATTAGAAAG AAATTATAGTTAACAGTGTCTATTTGCAAAAGCGATAAGTTTGGGGGGGGGGGGTTCATGCGATCATGCCTTTTATTGGT GCTTAGTTATATAATTATATAATATAAATTCGAATTGATAATTGAACAATTGTGAATATTACAAGGCTTCATGTTTTTGT CTTCTAATATGTATCTCATTTTCTATTTTTCTGCTACAATTTGGTGTTGAAACCCTACATGCTTTATGTTGACTGTGTCT TACAATTTTGATGTTCCATACGTGTTGCAGTCATGTCAGGTTGATCTAGTGAAAGATGGAGGTCATATCTATTTTATTAA GTTTCTTGATAGCATGGAAGCATATCCAGAGCAACGAGCAATGGCTGCTTTTGTTTTAGCTGTGATTGTGGATGGTCATA GAAGAGGTCAAGAAGCTTGTATTGAAGCTGGTTTGATCCAAGTCTGCTTAAAGCACCTTCAGAGCTCATCTCTCAATGAT TCACAAACCGAACCCCTTTTCCTTCAGTGGCTGTGCTTGTGTCTGGGGAAATTGTGGGAAGACTACACAGAGGCGCAAGC AATCGGTTTGCATGAAGATGCTACTTCTATATATGCTCCTCTACTTTCTGAACCCCAGCCAGAGGTACTGCCACACTTAC TATACTTTTTCTAGTTCTCATTGCAAGATGATTAAATTTTTTTTTAATATTTAAATAATCAAGTCATGTAATTTATTGCT TCTCAGGTTAGAGCATCTGCTGTTTTTGCACTGGGCACACTTCTTGATGTGGGATTTGATTCATGTAGAAGTGTTGGAGG AGATGAAGAATGTGATGATGATGACAAGTTTAGGGCTGAAGTTAGTATAGTTAAGAGTCTGTTGAGTGTTGCTTCAGATG GGAGTCCGTTGGTGAGGGCTGAGGTTGCAGTGGGTAGGTGATTAAATATCTGAATTATATTTTAATTTGAATGTTGTTGA AAAAATGTTCTATATTATTACGATTATGATAAGATGGATAGTACTGATACTGCGAGTTAATTATTTTTTCTTTGTTTTTA GTTATGGTCTCAACAAATTCTTAATCATCTTCAGACAAGCTATTATCGGCTAGTAGACTTGAAGTTAGAAAAAGGAATAA AAGTTCGAATGAAAAAGAAAAATCCAATGATAAAATGGTTAAACATGCATTGAAAACCATCATATTGTTTTTTTAATTTG TGTTTTTGATTTATTATCTGATTTTTTTAATGATGATTGCTAAATCTTATGCATGGTTAGATGGTTGGCTTGTGCATCTG TTTAAGATTAACATATGTTGTCTTTATGGTATGGATGGACTGGTAGGCTGAATCTAAGATATCTTACATAGGTTTTCTTT CTACTTTCAGCTTTAGCAAGGTTTGCTTTTGGCCACAACAAGTACCTGAAATCTATTGCTGCTGCATATTGGAAGCCTCA GACTAGTTCTTTGATAAATTCCTTACCCTCATTGACTAATATTAAAGATTCAGTTGGTGGTTTTTCTAACCAGAACCAGC ATAAGCCTCATGGAAATATTGTTTCACCTCAAATTGGTCCTCTCAGGGTTGGGAGTGAGAATTCTAAAGTGGTTCGAGAT GGGCGGATCTCATCTAGCAGTCCTCTCGCTAGTTCTGGAATCATGCATGGGTCCCCGATGTCTGATGATTCATCTCATCA TTCTGATTCAGGAATATTGAATGATGGTTTCAGTAATGGAGTGGTTAACCACACTGGGCCAAAACCCTTGGATAATGCAT TATATTCACAATGTGTACTTGCTATGTGTACTTTAGCAAAAGATCCATCGCCCCGCATTGCTAACCTTGGCCGCCGAGTA CTTTCCATAATAGGTATTGAACAAGTTGTAGCAAAACCATTGAAATCTACTGGTGTTCGTCCTAGTGAAGCTACAGCCAC TCCTAGCCTTGCTGGACTTGTTCGCTCATCTTCTTGGTTTGATATGAATGGAGGTAAGCCGCCCTCTCTTTTTATTTGAC GATTAATATCCTGGGATAATTTTCAATTCAGTTTGGTAAGGTTTATCTGTTTATCTCTTTGCATCAGATTTTAATTTTGT GATAATTCATGCTGCTATGTTATTTTCTTTTTTTGTTTATTATTGTATGCTGCTTTTGCAGGACACTTGCCTCTAACCTT CAGAACTCCTCCAGTCAGTCCTCCTCGCCCAAGTTATATAACTGGAATGCGCAGAGTATGTTCATTGGAGTTTAGGCCCC ACCTGATGACTTCTCCAGACTCAGGATTAGCTGATCCACTTTTAGGTTCGGCTGGAGCTGCGGGGAGTTCAGATCGCAGT TTTCTTCCACAATCAACTATATATAATTGGAGTTGTGGGCACTTTTCCAAACCACTTTTAACTGCGGCAGATGATAGTGA AGAAGTATTAGCAAGAAGAGAAGAGAGGGAAAAATATGCATTGGAGCACATAGCAAAATGCCAGCACTCAGGTTTGTATT TCATTTTTCTTATCCAATTAAGCAAGTATTTTATAAATGTCCAGTTGGGAACTTCACTTCATTTTCTGCTGTCAGCTGTG ACCAGACTAACAAATCCTATTGCTAAATGGGACACTAAGGGTACACAAACAGTGTTGCTGCAACCTTTCTCTCCTATAGT GATAGCTGCTGATGAGAATGAACGTATCAGGTATGTGAAGTTCATCAATATTATTTTTAGTTAAGTGCAGACTGTTATCA AACTGGGCATGACTTTAGATGAAGATCATGATGGGGCTTTAGTGTGAAGGCAATTAATTAAAAGGCCTAATCCAAATTGA TAAGAGTAATAAATTTCCAGATCTTGTTCACCTTCAGGATTGGTAGACTCAGGAAGATTGAGCAACATTTATCAGATATA GCTACTTAAGAATCTAAACAGCCACATTTTTTAGATATTTTTATGGACATTACGATGTGTTTCAATTTGGTCAGAATATT TTTTTAGTCTTGAAGAATCTCATTGTTGTTAGTCCTTGTATTGCATCATTTTGGCTTGTCTAATGTTATTGGGAGTTTTC CACAGGGTATGGAACCATGAAGAAGCATCACTTCTCAACAGCTTTGATAACAATGATTTTCCTGACAAAGGAATTTCTAA ACTCTGCCTAGTGAATGAGCTTGATGATAGCTTGCTTCTTGCTGCTTCATGTAATGTTATCTTCTGTTTAATACTATGCA TTCTATTCACAAATTATTGTTGCAGTACTAAATATCAGGTAATCTTATGATGCAGCTGATGGAAATATTCGAATTTGGAA AGATTATACTCTAAAGGGTAAACAGAAGCTTGTATCTGCATTCTCTTCAATTCATGGTCATAAACCTGGTGTGAGGAGTT TGAATGCAGTTGTTGATTGGCAACAGCAATGTGGTTATCTGGTATACAATTCCTCTTTGATTATTCTTAGGAATGTGGGA TATTTTCTTATACCAAATCCCTAAAACATGAACTCCAATTCTTTATTCTTCCCTTAAAGTGATGTTAGTGATTTTTTATG TTGTTCCATGTTGCATTTATGCATGTACCAGTATGCATCGGGTGAGATATCATCTATTATGCTATGGGATCTTGATAAAG AGCAACTTCTTAATGCTATACCTTCAGCATCAGATTGCAGTGTGTCTGCATTGGTAAGCTTCATCTATGTATGATGGTAG TTAGCAATGGAAATTATTATATTTGCTCAAATTATGTTGACGTGATAGCTTAATAGAGTTTATCCTTGAAAAGACATGTA CTATGTTGTATTCTGAAGAAATTTGGGGCTAATATTTTTATTCAGTGTGGCAAGCCCATTACATTTAATTTAGAGCTCTT AACTGTTGAGTTCATGTCTTGTAACCTGTTTATATATTTATTTATTTTCTCTGTAATAAGGACCAATATCTGCTGTTACT TAGAAACATCCCCTCCCCCCCCTTCATGACTTCTTCAAATCACCTGTTTGTGTTTAACTCAAGACCTAAAAACACTTTGT GGATCTTCTGTTTACGTTCTGGAAATTTCAATTCTTATCAGCCTCTCTTTAAATATGTTGGCATGATTGAAGATTCGATG ATATGGTTTATATGATTTTCTTTGAGCAACTAAGAAACTTGGAGCTCGTTGCGATATGTTCTCAAATAGTTTATTTTGTC TTTTCCAATTTCCAGTATAAGTTTTTAGAAGTTGCAAAGGAAGATCTGAGTTGACTGCTCTTGTACATTGTTGTAGTACA GTTATGATGGGATGTGATTCTAGTATTATTTTATTCCATCTGTAACCAGATCATGCTTCTATATAGAAATTATTTATGAA CAATTTTTCCCTTTTTATGCACTATATATCTTTGTTTCAGGCCGCATCTCAAGTTCATGGGGGACAATTTGCAGCTGGGT TTGTAGATGGTTTCGTCAGACTCTATGATGTCAGAACACCTGAAATGTAAGCACCTCAGATGAATTTCTGCCATCATGAC GAAATATAAAAAGTAGAAACTTGTTGTTAGTTCTTCTTAACTGATCAGATCGATTTGAGCAGTGTCCTTATTCTCAGTTA TATGATATTATTCTTTTGACATGTTTACCTGCTTGTACCTAAATCTTACACTTTTTAAGAGTTCATTTAGAAGCCTCTAC CTCTTTACTTCGAATCTCATAATGACTAATGACAATGATGCTTCTTAGGCTCGTCTGTGGATTACAGCCACACACACAAG GAGTAGAAAAAGTTGTGGGGATTGGCTTTCAACCTGGGTTGGACCCAGGAAAGGTAAAAAGAGCATGTTGCTAGTTTCAT ACATTTTTTTAATATCCCTTGCATACAATGTTTGTACTCTATACCTTGGTAGGAGTTTGGTGATTATGGTCTATGAATTT GGTTTGAAATGGATGATTAGATTATCACATTTGTTGCTTTCCTTCAGATTGTTAGTGCTTCTCAGGCTGGGGATATCCAA TTCCTTGATATAAGAAATCACAGCAGCGCCTATCTCACTATTTCAGCTCACAGGGGTTCCCTTACAGCTTTAGCAGTACA TAGACACGCTCCAATTATTGCCAGCGGTTCTGCCAAACAACTCATTAAAGTTTTTAACCTGGAGGGTGATCAACTGGGCA CCATTCGTTACTATCCTACCCTAATGGCCCAGAAAATTGGTTCAGTAAGCTGCCTAAATTTCCACCCATACCAAGTACTA CTTGCTGCCGGTGCGGCAGATGCATGTGTATGTATTTATGCTGATGACAGCACTCAAGCAAGATGA
CDS sequence (LotjaGi1g1v0452200.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCATTGCGGTGGTTCTGTACTCGTTCATTACTTCGTCAGTCGCTTGATTATTCCCTTATAGATAAGATCCCTGGCCG TCCCAATGACCGAAAGACACTTCTGGGTGAATTGAATTGGATTTTTACAGCAGTAACTGATACGATTGCCTGGAATGTTC TTCCTCATGAACTTTTTCAGAGGCTGTTCAGACAAGATTTGCTTGTTGCAAGTCTGTTTCGAAATTTTCTACTTGCTGAG CGAATAATGCGATCTGCAAATTGTACTCCTGTCTCTCACCCTATGTTACCGCCAACTCATCAGCATCATATGTGGGATGC ATGGGACATGGCTGCTGAGCTTTGCCTCTCTCAACTTCCCTCATTAGTTGAGGATCCTAATGCAGAATTTCAGCCTAGTA CATTTTTCACTGAGCAGTTGACAGCATTCGAGGTATGGCTTGACCATGGTTCTGAACATAAGAAACCACCAGAACAGTTG CCTATAGTTCTTCAGGTTTTACTCAGTCAGTGCCATCGATTTCGGGCTTTAGTTCTCCTTGGAAGGTTCCTTGATATGGG GCCATGGGCTGTTGATCTGGCATTATCTGTTGGAATATTTCCTTACGTTCTTAAGCTGCTGCAAACTACAACACCAGAAT TACGTCAGATTCTTGTATTCATATGGACTAAGATTTTGGCACTTGACAAGTCATGTCAGGTTGATCTAGTGAAAGATGGA GGTCATATCTATTTTATTAAGTTTCTTGATAGCATGGAAGCATATCCAGAGCAACGAGCAATGGCTGCTTTTGTTTTAGC TGTGATTGTGGATGGTCATAGAAGAGGTCAAGAAGCTTGTATTGAAGCTGGTTTGATCCAAGTCTGCTTAAAGCACCTTC AGAGCTCATCTCTCAATGATTCACAAACCGAACCCCTTTTCCTTCAGTGGCTGTGCTTGTGTCTGGGGAAATTGTGGGAA GACTACACAGAGGCGCAAGCAATCGGTTTGCATGAAGATGCTACTTCTATATATGCTCCTCTACTTTCTGAACCCCAGCC AGAGGTTAGAGCATCTGCTGTTTTTGCACTGGGCACACTTCTTGATGTGGGATTTGATTCATGTAGAAGTGTTGGAGGAG ATGAAGAATGTGATGATGATGACAAGTTTAGGGCTGAAGTTAGTATAGTTAAGAGTCTGTTGAGTGTTGCTTCAGATGGG AGTCCGTTGGTGAGGGCTGAGGTTGCAGTGGCTTTAGCAAGGTTTGCTTTTGGCCACAACAAGTACCTGAAATCTATTGC TGCTGCATATTGGAAGCCTCAGACTAGTTCTTTGATAAATTCCTTACCCTCATTGACTAATATTAAAGATTCAGTTGGTG GTTTTTCTAACCAGAACCAGCATAAGCCTCATGGAAATATTGTTTCACCTCAAATTGGTCCTCTCAGGGTTGGGAGTGAG AATTCTAAAGTGGTTCGAGATGGGCGGATCTCATCTAGCAGTCCTCTCGCTAGTTCTGGAATCATGCATGGGTCCCCGAT GTCTGATGATTCATCTCATCATTCTGATTCAGGAATATTGAATGATGGTTTCAGTAATGGAGTGGTTAACCACACTGGGC CAAAACCCTTGGATAATGCATTATATTCACAATGTGTACTTGCTATGTGTACTTTAGCAAAAGATCCATCGCCCCGCATT GCTAACCTTGGCCGCCGAGTACTTTCCATAATAGGTATTGAACAAGTTGTAGCAAAACCATTGAAATCTACTGGTGTTCG TCCTAGTGAAGCTACAGCCACTCCTAGCCTTGCTGGACTTGTTCGCTCATCTTCTTGGTTTGATATGAATGGAGGACACT TGCCTCTAACCTTCAGAACTCCTCCAGTCAGTCCTCCTCGCCCAAGTTATATAACTGGAATGCGCAGAGTATGTTCATTG GAGTTTAGGCCCCACCTGATGACTTCTCCAGACTCAGGATTAGCTGATCCACTTTTAGGTTCGGCTGGAGCTGCGGGGAG TTCAGATCGCAGTTTTCTTCCACAATCAACTATATATAATTGGAGTTGTGGGCACTTTTCCAAACCACTTTTAACTGCGG CAGATGATAGTGAAGAAGTATTAGCAAGAAGAGAAGAGAGGGAAAAATATGCATTGGAGCACATAGCAAAATGCCAGCAC TCAGCTGTGACCAGACTAACAAATCCTATTGCTAAATGGGACACTAAGGGTACACAAACAGTGTTGCTGCAACCTTTCTC TCCTATAGTGATAGCTGCTGATGAGAATGAACGTATCAGGGTATGGAACCATGAAGAAGCATCACTTCTCAACAGCTTTG ATAACAATGATTTTCCTGACAAAGGAATTTCTAAACTCTGCCTAGTGAATGAGCTTGATGATAGCTTGCTTCTTGCTGCT TCATCTGATGGAAATATTCGAATTTGGAAAGATTATACTCTAAAGGGTAAACAGAAGCTTGTATCTGCATTCTCTTCAAT TCATGGTCATAAACCTGGTGTGAGGAGTTTGAATGCAGTTGTTGATTGGCAACAGCAATGTGGTTATCTGTATGCATCGG GTGAGATATCATCTATTATGCTATGGGATCTTGATAAAGAGCAACTTCTTAATGCTATACCTTCAGCATCAGATTGCAGT GTGTCTGCATTGGCCGCATCTCAAGTTCATGGGGGACAATTTGCAGCTGGGTTTGTAGATGGTTTCGTCAGACTCTATGA TGTCAGAACACCTGAAATGCTCGTCTGTGGATTACAGCCACACACACAAGGAGTAGAAAAAGTTGTGGGGATTGGCTTTC AACCTGGGTTGGACCCAGGAAAGATTGTTAGTGCTTCTCAGGCTGGGGATATCCAATTCCTTGATATAAGAAATCACAGC AGCGCCTATCTCACTATTTCAGCTCACAGGGGTTCCCTTACAGCTTTAGCAGTACATAGACACGCTCCAATTATTGCCAG CGGTTCTGCCAAACAACTCATTAAAGTTTTTAACCTGGAGGGTGATCAACTGGGCACCATTCGTTACTATCCTACCCTAA TGGCCCAGAAAATTGGTTCAGTAAGCTGCCTAAATTTCCACCCATACCAAGTACTACTTGCTGCCGGTGCGGCAGATGCA TGTGTATGTATTTATGCTGATGACAGCACTCAAGCAAGATGA
Protein sequence (LotjaGi1g1v0452200.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MALRWFCTRSLLRQSLDYSLIDKIPGRPNDRKTLLGELNWIFTAVTDTIAWNVLPHELFQRLFRQDLLVASLFRNFLLAE RIMRSANCTPVSHPMLPPTHQHHMWDAWDMAAELCLSQLPSLVEDPNAEFQPSTFFTEQLTAFEVWLDHGSEHKKPPEQL PIVLQVLLSQCHRFRALVLLGRFLDMGPWAVDLALSVGIFPYVLKLLQTTTPELRQILVFIWTKILALDKSCQVDLVKDG GHIYFIKFLDSMEAYPEQRAMAAFVLAVIVDGHRRGQEACIEAGLIQVCLKHLQSSSLNDSQTEPLFLQWLCLCLGKLWE DYTEAQAIGLHEDATSIYAPLLSEPQPEVRASAVFALGTLLDVGFDSCRSVGGDEECDDDDKFRAEVSIVKSLLSVASDG SPLVRAEVAVALARFAFGHNKYLKSIAAAYWKPQTSSLINSLPSLTNIKDSVGGFSNQNQHKPHGNIVSPQIGPLRVGSE NSKVVRDGRISSSSPLASSGIMHGSPMSDDSSHHSDSGILNDGFSNGVVNHTGPKPLDNALYSQCVLAMCTLAKDPSPRI ANLGRRVLSIIGIEQVVAKPLKSTGVRPSEATATPSLAGLVRSSSWFDMNGGHLPLTFRTPPVSPPRPSYITGMRRVCSL EFRPHLMTSPDSGLADPLLGSAGAAGSSDRSFLPQSTIYNWSCGHFSKPLLTAADDSEEVLARREEREKYALEHIAKCQH SAVTRLTNPIAKWDTKGTQTVLLQPFSPIVIAADENERIRVWNHEEASLLNSFDNNDFPDKGISKLCLVNELDDSLLLAA SSDGNIRIWKDYTLKGKQKLVSAFSSIHGHKPGVRSLNAVVDWQQQCGYLYASGEISSIMLWDLDKEQLLNAIPSASDCS VSALAASQVHGGQFAAGFVDGFVRLYDVRTPEMLVCGLQPHTQGVEKVVGIGFQPGLDPGKIVSASQAGDIQFLDIRNHS SAYLTISAHRGSLTALAVHRHAPIIASGSAKQLIKVFNLEGDQLGTIRYYPTLMAQKIGSVSCLNFHPYQVLLAAGAADA CVCIYADDSTQAR
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 |
|---|---|---|---|---|---|---|
| PANTHER | 1 | 1048 | 1048 | 0.0 | ||
| PANTHER | 1 | 1048 | 1048 | 0.0 | – | |
| PRINTS | 24 | 51 | 28 | 8.5E-87 | – | |
| PRINTS | 59 | 83 | 25 | 8.5E-87 | – | |
| PRINTS | 135 | 165 | 31 | 8.5E-87 | – | |
| SUPERFAMILY | 151 | 573 | 423 | 5.35E-33 | ||
| PRINTS | 166 | 187 | 22 | 8.5E-87 | – | |
| Gene3D | 169 | 451 | 283 | 9.6E-28 | ||
| PRINTS | 189 | 208 | 20 | 8.5E-87 | – | |
| PRINTS | 213 | 229 | 17 | 8.5E-87 | – | |
| MobiDBLite | 489 | 519 | 31 | - | – | |
| SMART | 726 | 763 | 38 | 99.0 | ||
| ProSiteProfiles | 731 | 1053 | 323 | 18.457 | ||
| Gene3D | 733 | 1052 | 320 | 5.7E-37 | ||
| SUPERFAMILY | 736 | 1045 | 310 | 3.66E-36 | ||
| SMART | 766 | 810 | 45 | 1.8 | ||
| ProSiteProfiles | 793 | 810 | 18 | 8.57 | ||
| SMART | 866 | 907 | 42 | 2.2 | ||
| PRINTS | 891 | 909 | 19 | 8.5E-87 | – | |
| SMART | 959 | 998 | 40 | 0.023 | ||
| SMART | 1011 | 1046 | 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 LotjaGi1g1v0452200.2, 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…