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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0342500 |
| Transcript ID | LotjaGi6g1v0342500.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Serine/threonine-protein kinase; TAIR: AT1G11330.1 S-locus lectin protein kinase family protein; Swiss-Prot: sp|Q9SXB8|Y1133_ARATH G-type lectin S-receptor-like serine/threonine-protein kinase At1g11330; TrEMBL-Plants: tr|A0A1J7FUE6|A0A1J7FUE6_LUPAN Uncharacterized protein; Found in the gene: LotjaGi6g1v0342500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:65569989..65579579) extracted from Lotus japonicus Gifu genome v1.2.
GAATCCCTGTACAGTTTTTCATATCAATAATATTACCAAATATTTCAACTGAAAATGAGATTGAAGAATACAAATTCAAA GTTTGGTTGTTTAGAAACCTCAATTCTTCAATTAAACGAAGGTGAAGAGAAAGGAGCTCCAGTCTGTTTCTTGACTAGTT GGCTTCAATTCAATTTTTATTAGCATGATTTCATTAATCAATAAAAAATGTATAGATTTAAGATGAATAGTAAGATAAGC ATGGTTTGACAAATTTGCAACTTAGTATTGAACAAAGAATGACACAATGGCAACAAACTTCTAGACAAAACCCTTCAGGG TGTTCAGAATTACTAGCAATGTTGCAGCTGAGACATGAAAGAAAGAGAATCTCATGAACTAGCTATTCATGATAACCCAA AATTCCAAATAGATAGTTTCACGCAAGTTGCAACATCAGCCATAGACTTTTCCAAGGCATTGAAAAGTCAAGAATTCTCA AACTAGAAGAAATTTTCCTTCAAAAAGATTAGAAAACTTTTCATCTATAATGAATTTATGTAACAGGTTCTCATCTCAGC AGCAACGATGGCCTTCATCAATTACATAAGTTTGTTCTCAACTTTGATTATATTTTGTTTCCAATGCCTATATTTTAGCA CTGCCATAGACACCATCAATTCCTCTCATTTCATAAAGGACCCTGAAACTATAACCTCCAATGATGGTGCTTTCACCTTA GGATTTTTCAGCCCTGAAAATTCTGCTAATCGCTATGTAGGAATTTGGTACATGTCCAAATCCACAGTGATATGGGTAGC TAACAGAGACCAACCACTCAAGGACTCTTCTGGGAGTTTCACAATATCCAATGATGGAAACCTTGTGGTTTTGAATGGAC AAAAACATGTGATGTGGTCTTCCAATGTATCAAACATTTCTACCAACTCAAGTTCCAAACTTTCAGATTTTGGGAAACTT GATCTCCTGGACAGTACAGGAAATAAGGCGTGGGAGAGTTTTCAGCATCCTACAGACACTTTGATGCCAAACATGAGACT GAGCAACAATGAAAGAACAGGTGAGAAAGTTGGAATCACAGCATGGAAAAACCCTTCTGATCCATCCCGCGGGAACTTCA CTACAACCATTGAACGAGAAACTATTCCAGAAGTTTTCATTTGGAATGAAGAAACTCACCCGTACTGGCGCAGTGGTCCA TGGAATGGTAGAGTCTTCACAGGTATACCTGATATGAAATCTTCTTATCTTAATGGTTTCAGTTTAAATGCTCAAGAAGA TGGCACTTTTTATCTCAGTTATGCTTATGCAAATGAATCTGTTTTGAAACTTTTTGCCCTGAACTGGGAGGGAAAGTTAC AACAGAAGTTATGGGATTATGAGGAGAAGGAATGGCAAGTGGAGTGGGAAGCTCAAGTATCTGAGTGTGATGTTTATGGT AAATGTGGGGCTTTTGGTATCTGTTATTCAGAGAGATCACCAATATGCAGCTGCTTGGAAGGGTTTGAACCAAGTAATAG AGAGGAATGGAATAGACAAAACTGGACTAATGGATGTCTTAGAAGGAAAGCTCTTCAGTGTGGAAATGCAAATCAAAATG GGAGTGAAGCAGATGGATTTCTGAATCTGCAAAAGGTTAAAGTTCCAGACTTTGCAGAGCAGTCATTGGCCAGTTCACTG AGTTCAGAAGAAATGTGCAGGAGTCAGTGTTTGGCGAATTGCACTTGTGTTGCATATTCATACGATTCTGAGAAATGCAT GACTTGGAGTGGCAATCTAATTGACACACAACAGTTTTCAAGTGCAGGCATTGATCTTGGCATTCGTGTAGCAAGCTCAG AACTTGGTATGTTAACTGTTGTCCTCTCCTAGATTCTTATCTTTGTCCAAACACTAGGGTTGGGCCTAATAACATGCTTG AATCAGTATTTCTTCCACCATAATCAATTCTAACATTAAGAAGCTAGCCATTGAAACTTCTTGACATAATTGATTCTGAC TTTAGATTCAACTGTAGACTGATTTCCAAACATGCACTAATACTGGTCATTTTCCTTTTATTTTTTTACAATTTCTTAAA TACAGATAAAGAGAGAAACAACAAGGCCATCATTACAATTTCAGTGATAGCAGGATTGGTCATACTTGTCATCGGTGCAT ATTTCTTATGGGAGAACTTTGGTATATATTTTGTTGTAAAATCATTTTTTAAATTTTAATTTGCAGTTGTTTGTGTTCTC TTTATGTTGATAAATTGTTGATAAATTATAGCTTCTCAAATTTATTACCATGTTTGAGATATTTCCATGTCTCCAAATCC TGCTAAGTTAACTACATTTTAATGAATCAGCTAGAAAAAGGAAGAGAAAAGGGTTCTTACTATTCAACCGAGGAGAAGCA TCAGCAGAAAATATAAGTGGCAGTTTAATTGGAGTTGGAGATCCGTCACAAGTTGAACTGCAGGATTCGTTGTTGTTTGA TACCGAAACACTTGTAATTGCCACAAACAACTTCCACTTCTCCAACAAACTTGGTCAGGGTGGTTTTGGTCCAGTATACA AGGTAGGTAAATTAAGTCCTGCAATGTGAATCATGTTCATATGTAAAGCCATTTTTTTAAATTCCAGAATCATTATGTAA GAATATTATAGGGGAAGCTGCAAGATGGCAGAGAGATAGCAGTTAAAAAACTTTCCAGTGTTTCTGGACAAGGGTTGGTA GAATTCACGAATGAGGTCACGCTGATTTCTAAGCTTCAACACCGCAATCTTGTCAGGCTACTTGGCTGCTGTAGAGAAGA TGAAAAGATGCTTATTTACGAATTCATGCCAAATACAAGCTTGGACTCATTTATCTTTGGTTAGTCCTTTTGATGCCCTG TTATGTACCTATGTTATATCTGTTTCAAAATTTCAACAACACTCCTTTCATGCACATAAATAATGTTTTTTATTTTGTGA CTTATCTGAGTTTTCCTGTTTTGCATAAGAAGGGAAAATGACCAATTGTGGGAAAACTTAGTGTTTAACACACACACATA CATGATACATACATAGTTGTTAAATCAAAATTTTGTGATTTGTGAGGTTGCCTCCTTTTCCATTTTACAGATCCTCCTGA GAATAAATTCTTAAATTGGAGAAAACGCTTTACTATAATAGAAGGAATAGCTCGAGGTTTGCTTTATCTTCATAGAGATT CTAGGCTAAGGATCATTCATAGAGATTTGAAAGCAAGTAATATCTTGCTGGATGAGGAGCTGAATCCAAAAATATCAGAC TTTGGTTTGGCCAGAATATTTGGAGGACATGAAGATCAAGCTAATACTAAAAGGGTTGTTGGCACATAGTAAGTATCCCT CTGCCTTTGACCAAGGTTATTAATGTAGTTTACAAATATCTTGCATAATACATTATCTAACATTTTGTCACAGTGGTTAT ATGTCCCCAGAATACGCAATGCAAGGATTGTTTTCAGAGAAATCAGATGTCTTTAGTTTTGGAGTTTTGCTTTTGGAGAT CGTTAGTGGAAGAAGGATCTCTAGCTTTTATAAAAATGAGGAATCTCTGAGCCTTTTAGGATTTGTATGTTTCCTATATT CATCACCTTGCTCAATCAAAGGAACCCAATTAGTACTAAGATGAAGATCCCCAGTCTTCATTTGGTGTTTTCTTTTCTGT CTCACCAATAAAATTGTATTGTCTAGGCATATGAGTATCACAATTTGGTGTGATAGGAGAGAACACCAAATGGGGGGGAC GGAGCATTTCGGTCCTTAGTATTGGTGCAACTCCTAACTTCCAAATTGTTAATGACTGTGTCTGTTATTTTATTTTAGGC ATGGAAGCTATGGAATGAGAACAATATTGTACCTTTAATAGATGAAGGGATGCATGGTTCTGATCAGGAGAAGGATATTT TGAGGTGTGTGCACATTGGACTTCTGTGTGTTCAAGAAAGTGCAAGAGACAGGCCTGCTATGGCTGTTGTAATATCCATG CTCAACAGTGAAATTATAAATCTTCCTCAACCAAAGCAACCTGCATTCATCATAAAGGAGAATATATTACCATTGTCCTC TGAAGAGCATCATGGCTCATTTTCAAACAATGGTGTCAGTGTTACAGAAATCCAAGGAAGATAAAAATAGAGATATCTAG TAAGATTTGTTGAAGGAACTACTGAACTAGGATGAGGCCAAACTTGTATACATTTAAAAGATTTGTAGTATGTTTAATTT CATGATCAATATTATAGTAGTAATGACAAGTTGAGAGCTTTTAGAAGTTACTTGGTAGTGTAAAAATATTAAGTACAATT GTTTTATACACATGCAAAGATTGTGTTATTAGTGGTCTGTTTTGAGTGAAGTCAGTGTTCTAAAGTTTTAAACGCTGAGT TTGTAAGCTTAGGCCTAGTTCAAGGTGACTTAAAGTTTCTAAGTTTTAAAATTTGTAAATACTACAACTTGGTGAGGGAG TGCAATGATTTGAACATGAGAGCTTATCTAGAAATTAAGATAACTAGGATTGAGACCCGTGCTATGCACGGGGTCTTCAT ACGTGATTTTTTCGAGGTTAAAATATAATCGAAACGTATAACAACTAACTCTACATACAGTCAAAACTAAAGAATCAATG TTTATCTAGCATTACGAATGATCGAATTAACAATTCTCAGCATACATTGATGCAGTTATTATCATTTTCATGGTCAGCAC TCTTCCTTTCACAAAAATATTGCTCTTATTCTTCTATGCAAAAGGGTCTATTACTTAGGTTGATTTGGATTGGTTATTAG AGTTGCTCGTTCTACATTGTCGAAGAGGAGGCCACCCAATTACTTGACTGTTGAGAAATTAAATCACAACAAATATGACA ACACCATTAGTGAAGAAATGAGAATGAGATTGTCAAATATTTGATCATAAAAAAAGGGATTGTAACACCATAGACATCAT TGAGAAAAATTATAATCATCTACATCACAAAATAAAAAGTATTTTTTGCACACTGCAAACTTCTTGTTAGAATTAGTAAA TTGCAAATTTTATATCTTTTTTTAAAAGGTGAATCTAATTATAAGGAAAACTCTTAAGTAAGCATTAGATGAGAGTTTTT GGGTTGCGTATCTCTATTTCATGAAATTTTTAGATGTAGACATCCAATATACTGATATGAAAATGTGAATCTATAAAAAT GATAATAAAAAGCTTTTACTTCAAGAGAATTCAAATATTTTTATTTCTACACAATATCTGCATATATCTATATTTCTGCA CAACAATGGAAAGATTTCTACCCACAATTTTCCCAAACCAATAAAAAACCAAAAAGGAACTTGTGATTCTTCATGTCCAA AGTACCCGTAGAAGAAACAATCATTGGTTACCTTGACATGTGTCTCATCTATCCAAAAGCTGTAATCAACATCAACATAT GATAATGCCCCCTTCTCATCTTTCAAGATCTGTTGATGTGGAGAATGATTATTTAGTGAGTCCACTTTTTCAGCTATACG CATAAGAACTCAGAAATCAGCAACGGTCTTCTAATCCATCTGCAGAAGCTCAGGTTCTGACAGCTTATCGAAACCACGAA ATAATGGAACAACGGGCTTAGTTTTTCACCTACAGGTGGTTTATACTGTACAATCATCCCATCAGTTTCATCTTGTTTTG ATGATACCTCCTCATTTGATTTCCTTAGGATTCCAAGAGAATATTTTAAATTACTATGATATGCATATATAGAAAACAAA CATCACAGGAATCAAGAATGTTAACTAAAGAATGTTCAACCCCAAAATATTCTCATTTTTCAGTAAACTTGACATATTAG AAACAACCATATTAGGCAAAATCACAGCTAGTAATTCAATATTGTAAATTAAAGATATATGGTGTAATTTGGATATGGTT GAACTTAAATAAATCTATACATGATTATTTAGAAATGGAGTTCTCGAAGAAACACCAAGTAAAAAACATACTTATAAAAT CTAGCAAATAACTCATTTAAATTTGTAAATGAAACCAAACAGCTCAATGGTTTAAGGAAAATCTAGTGGTAGTTATTCAC CTTTTGCTACCTCTTCATATTCATCATACATTAGAACCACAGATCCCTTAGGCAATGCACCAATCATAGGTTTAGGCAAT ATCTACACTATTGTACCCATATCTCTGAGAATCTTGCAACATAGACAGGGGAGTAAAATATCCCTGAAAATCCTTGAAAT CACACTAAATTGAAGAATTTTGATATCACTTCGAGTAATCACTCCATAAAATGAGCTATGTGTTAGTGCAACAGCTCACC AATCTAAAATATAAATATCCAAGATGAAACAAAAAAATATGCAAATCAAAATCACTTTTATTGTTATACCTCCTACTCCC AATGTGAGCTATTTTAAACAAAATGCATATCATTTAATTTGTTGTCATACGAATGTGTGTTTACCATTTAGAAAGAAGAA TACTCCCTCCGTTCCTAAATATAAGACCTATTCCAAAAAATTGCGCTTATTAAGGAAGTATTTAATGTGACTAATTAGTG TATTGATTTTTTAAAAATGCATCAATTCTTCCTTATTTACCCTTTGTTATTTTCTCTCACTACTAATCATTGCATTTATT ACATTTTATATACTTATTATACTTATTGATTTCAAAAAAAAAATCATTTTACTATACTTAATTGTTTACCGGTAAAGAAA CGCTTCCTTTTCTCTCTGTCATTTGAACAACGAATTTTTTTTTGTTCCCACCAAACTAACTTAAACTAAACCAAACCGTT TCCAGTTCCCATTTAAACATAAGTCCTTTTTGAACTTCATGCTCTTTTAACAATGGAGAAGAAAACAGGAGAAGAAAAGA TGAAAGGGGAGAAGAAAAGATGAATATTGTGTGAAGAAGAAAAGAAAAGTTCAGAATTTATGCACTCACCATTGATATCC CAAAAGTCATAGTAGTAATTAATGGAAGGTGGTAACTTTGAGATTGAAAACATGTAATTAATGTGGAGGGTAAAAATGGA AGAGTACAAAACCTTTTGTTAGATTATTGTAACTAGGTCTTATATTTAGGAACTTCAAAATTTTGAAACTAGGTCTTATA TTTAGGAACGGAGGGAGTAATAATTAAGAGTAGATTAGTGGTTAAAGCTTTATAAAGTTTGCAAAAAAACTTAGGTACTA AGTTAAAGTATCAGCATAAAGCTAAAGTAAATATAACTAATGTGTATAAGCATGCAACTATGAGTACAGGCCAGCTAATA CCTATGGATGTGACTTGGATAAGGATGCAGCTCCAGGGTCATAACTCCATGAATCTGTTCCGCGTCAAAACCTGAAAAAG AAAATATAACTTATGAGTACATAGATAATGAGAAAATCATTTAAAACTTAAATTTCTATCAGATTGACTCACTCTTTTGA CTATCATATAAGCTGTCTACTAACTTCTCTAGTTACATAAGGGGAGGAACATATAGGCAGTTGCTTTGGAAACAAATTCA ATCAGTTTTTAACGATCCATTCTTCTGAGCCTCCCGGACTGATGTATGATCTCTAACTCTAGATACAAATAAACCCCACA AAAGAGGTTTCAGTCTTGATGCATTGTAAAACTAACCGGAAAAAAAGATGGAATCCACTTTAAACAAAATCTTCAAAAAT TTTACCTCAGTCATACTTTCCATTGTTGCATTCAATAGCATTTACAACCTCCTGAAATGTGGAAACACTGCATGAAAATT TCCAATCAATTATTAGGAGAGAAGAAAAAGGGATAGTTGGGCTCATGACTAATTCAAAGAGATAAAGTGGAAACAAAAAT AACTTCATACAGGACCTTAATCAGCTAAGCCAAAATTCATCATCAGGATACAAAATTAATACCAGCCTTAAAACTAAAAT GAATAAAGCACACGGTTTTTAAAATAAATAATAAAAGACCTTCATTTCCTATCACTTACAACAATTAGCAAATAATACCA CCATTTTAGAGTCTTACTTGAAAGTTCTCTTATTTGGCTTATAGATGTTAATGATGAAGCTGCTTCTACAAAGGGCGAGA GACAAATCCCGTGGCAACCCATCTTCTCCACCAACTCCTCATGCATTTTTAGCTGTCCAGCCTTCCTCGGCAGCTCTAGA ATCATTTCATAAACTTGCAGATCTGGTTTTAGGCATTTTTCTTCAACCATCTCCTTCAACAACTTGTAGGCATTGTTCCA GTGTCCCTTTTCACAGAACATCAAAATCAAGGTGTGGTAAGTGTTCAAGGGTCCTCCCTTTCCTACATGAACAATATAGA ACTCAACAACACTTTGAACTACTTAAATAAAAACGGAGAAGATACCAGAAAATAAAAACACATGAATGGAACTAAGTTAG TCAAACAAATGGATTCAGCACACAAAAATGACTAACAAATCTAAACAGAAGAAGAAATAGATCACATACACAATTTGGTT TTGTACTTAATCCTAGCACAATTACTTAAAAAATCCAAGAGTTTGTAATTTAACATTTTTTTCATGTCATATATATGATC ACTTTGATGAATAATTAATTCAGAATGTTGGTAACTCAATCTTGTGATAGGATCCATTATCAGACATTTGAGACTTGACA GCTAGCCTTGCTATAAAAGTACAAAGAGAAGTTTATTAGATTGTTGAGCTATACATCTGTAAATATTTCTTATCATACCT GTCACAGAAAGTTTAAAACTTGACTTAGACGTTCAGAATTATGCTTTGGATAAGTACAATGTACAAAAATTCATATAAGC CAAGGTACTATTTGGCATGACTATGATAGCATAGAATGAAATCCATTAAATATTTGTGATAGTGCAATTGCATGACAAAG AACCCCTAAGAATCCTTAGTATGCAGTGCTTAAATCATTGGCTGCCTTCTCTTCTTCCTATTGATTTCAGATAAATAATA AGTGTAGGAATCTAGAGCTATATTTTAAAAAATCAGGATTCCCAACTGAAAAGAAGCAATGAGAAATCATGTTTCAGAAG CAGAAAATTAAAACTCAAAATATAGAGTTTCAAAAGAACTTTACTGGAGTAATTTAAATCTTTGTGCTCATCTGATCTAG AGGTACAAGAGATTAAGCTAGTTACCTTACCACCTTCGAAAATTGTGTTGGCAGGATGCTCACGCGGAAGAAAATGATGG ACCAAAGAAGGCTAAATTGTTCTTTGCTCATGCTGCAGACAAATGGGATGCTGAGTTTACAAAAGAAGCAATCTCAGTAG TGATAACTTCTCAAACTCCACACTTCACAAAAACAACACATCAAACCACTACATATAGAGGCCAAGGTGCAACAGGATAG GAAAACCTTGATAGCGTCAGCTCTGTGAAGAAAGTACCATGATTGACAGGGTGGTGCGACTACCATCGGAAAACGTGGGC ACGCGTTAGGGAAGATTTGTTGCTTTGCATCAGCATGAGGTGAGATGATGACCACCAGGTAGAGTTGCAGTCTTTAGGTC TGTAATTGCAATTGAAGCAAGCTATGAGAGTAGGAGTAGGCAATAACTAGCGCGCAGATTTAATATGATAG
CDS sequence (LotjaGi6g1v0342500.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCCTTCATCAATTACATAAGTTTGTTCTCAACTTTGATTATATTTTGTTTCCAATGCCTATATTTTAGCACTGCCAT AGACACCATCAATTCCTCTCATTTCATAAAGGACCCTGAAACTATAACCTCCAATGATGGTGCTTTCACCTTAGGATTTT TCAGCCCTGAAAATTCTGCTAATCGCTATGTAGGAATTTGGTACATGTCCAAATCCACAGTGATATGGGTAGCTAACAGA GACCAACCACTCAAGGACTCTTCTGGGAGTTTCACAATATCCAATGATGGAAACCTTGTGGTTTTGAATGGACAAAAACA TGTGATGTGGTCTTCCAATGTATCAAACATTTCTACCAACTCAAGTTCCAAACTTTCAGATTTTGGGAAACTTGATCTCC TGGACAGTACAGGAAATAAGGCGTGGGAGAGTTTTCAGCATCCTACAGACACTTTGATGCCAAACATGAGACTGAGCAAC AATGAAAGAACAGGTGAGAAAGTTGGAATCACAGCATGGAAAAACCCTTCTGATCCATCCCGCGGGAACTTCACTACAAC CATTGAACGAGAAACTATTCCAGAAGTTTTCATTTGGAATGAAGAAACTCACCCGTACTGGCGCAGTGGTCCATGGAATG GTAGAGTCTTCACAGGTATACCTGATATGAAATCTTCTTATCTTAATGGTTTCAGTTTAAATGCTCAAGAAGATGGCACT TTTTATCTCAGTTATGCTTATGCAAATGAATCTGTTTTGAAACTTTTTGCCCTGAACTGGGAGGGAAAGTTACAACAGAA GTTATGGGATTATGAGGAGAAGGAATGGCAAGTGGAGTGGGAAGCTCAAGTATCTGAGTGTGATGTTTATGGTAAATGTG GGGCTTTTGGTATCTGTTATTCAGAGAGATCACCAATATGCAGCTGCTTGGAAGGGTTTGAACCAAGTAATAGAGAGGAA TGGAATAGACAAAACTGGACTAATGGATGTCTTAGAAGGAAAGCTCTTCAGTGTGGAAATGCAAATCAAAATGGGAGTGA AGCAGATGGATTTCTGAATCTGCAAAAGGTTAAAGTTCCAGACTTTGCAGAGCAGTCATTGGCCAGTTCACTGAGTTCAG AAGAAATGTGCAGGAGTCAGTGTTTGGCGAATTGCACTTGTGTTGCATATTCATACGATTCTGAGAAATGCATGACTTGG AGTGGCAATCTAATTGACACACAACAGTTTTCAAGTGCAGGCATTGATCTTGGCATTCGTGTAGCAAGCTCAGAACTTGA TAAAGAGAGAAACAACAAGGCCATCATTACAATTTCAGTGATAGCAGGATTGGTCATACTTGTCATCGGTGCATATTTCT TATGGGAGAACTTTGCTAGAAAAAGGAAGAGAAAAGGGTTCTTACTATTCAACCGAGGAGAAGCATCAGCAGAAAATATA AGTGGCAGTTTAATTGGAGTTGGAGATCCGTCACAAGTTGAACTGCAGGATTCGTTGTTGTTTGATACCGAAACACTTGT AATTGCCACAAACAACTTCCACTTCTCCAACAAACTTGGTCAGGGTGGTTTTGGTCCAGTATACAAGGGGAAGCTGCAAG ATGGCAGAGAGATAGCAGTTAAAAAACTTTCCAGTGTTTCTGGACAAGGGTTGGTAGAATTCACGAATGAGGTCACGCTG ATTTCTAAGCTTCAACACCGCAATCTTGTCAGGCTACTTGGCTGCTGTAGAGAAGATGAAAAGATGCTTATTTACGAATT CATGCCAAATACAAGCTTGGACTCATTTATCTTTGATCCTCCTGAGAATAAATTCTTAAATTGGAGAAAACGCTTTACTA TAATAGAAGGAATAGCTCGAGGTTTGCTTTATCTTCATAGAGATTCTAGGCTAAGGATCATTCATAGAGATTTGAAAGCA AGTAATATCTTGCTGGATGAGGAGCTGAATCCAAAAATATCAGACTTTGGTTTGGCCAGAATATTTGGAGGACATGAAGA TCAAGCTAATACTAAAAGGGTTGTTGGCACATATGGTTATATGTCCCCAGAATACGCAATGCAAGGATTGTTTTCAGAGA AATCAGATGTCTTTAGTTTTGGAGTTTTGCTTTTGGAGATCGTTAGTGGAAGAAGGATCTCTAGCTTTTATAAAAATGAG GAATCTCTGAGCCTTTTAGGATTTGCATGGAAGCTATGGAATGAGAACAATATTGTACCTTTAATAGATGAAGGGATGCA TGGTTCTGATCAGGAGAAGGATATTTTGAGGTGTGTGCACATTGGACTTCTGTGTGTTCAAGAAAGTGCAAGAGACAGGC CTGCTATGGCTGTTGTAATATCCATGCTCAACAGTGAAATTATAAATCTTCCTCAACCAAAGCAACCTGCATTCATCATA AAGGAGAATATATTACCATTGTCCTCTGAAGAGCATCATGGCTCATTTTCAAACAATGGTGTCAGTGTTACAGAAATCCA AGGAAGATAA
Protein sequence (LotjaGi6g1v0342500.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAFINYISLFSTLIIFCFQCLYFSTAIDTINSSHFIKDPETITSNDGAFTLGFFSPENSANRYVGIWYMSKSTVIWVANR DQPLKDSSGSFTISNDGNLVVLNGQKHVMWSSNVSNISTNSSSKLSDFGKLDLLDSTGNKAWESFQHPTDTLMPNMRLSN NERTGEKVGITAWKNPSDPSRGNFTTTIERETIPEVFIWNEETHPYWRSGPWNGRVFTGIPDMKSSYLNGFSLNAQEDGT FYLSYAYANESVLKLFALNWEGKLQQKLWDYEEKEWQVEWEAQVSECDVYGKCGAFGICYSERSPICSCLEGFEPSNREE WNRQNWTNGCLRRKALQCGNANQNGSEADGFLNLQKVKVPDFAEQSLASSLSSEEMCRSQCLANCTCVAYSYDSEKCMTW SGNLIDTQQFSSAGIDLGIRVASSELDKERNNKAIITISVIAGLVILVIGAYFLWENFARKRKRKGFLLFNRGEASAENI SGSLIGVGDPSQVELQDSLLFDTETLVIATNNFHFSNKLGQGGFGPVYKGKLQDGREIAVKKLSSVSGQGLVEFTNEVTL ISKLQHRNLVRLLGCCREDEKMLIYEFMPNTSLDSFIFDPPENKFLNWRKRFTIIEGIARGLLYLHRDSRLRIIHRDLKA SNILLDEELNPKISDFGLARIFGGHEDQANTKRVVGTYGYMSPEYAMQGLFSEKSDVFSFGVLLLEIVSGRRISSFYKNE ESLSLLGFAWKLWNENNIVPLIDEGMHGSDQEKDILRCVHIGLLCVQESARDRPAMAVVISMLNSEIINLPQPKQPAFII KENILPLSSEEHHGSFSNNGVSVTEIQGR
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 | 6 | 6 | - | – | |
| Phobius | 1 | 26 | 26 | - | – | |
| PIRSF | 1 | 829 | 829 | 7.2E-279 | ||
| TMHMM | 5 | 27 | 23 | - | – | |
| Phobius | 7 | 18 | 12 | - | – | |
| Phobius | 19 | 26 | 8 | - | – | |
| PANTHER | 20 | 440 | 421 | 1.0E-176 | – | |
| PANTHER | 20 | 440 | 421 | 1.0E-176 | – | |
| Phobius | 27 | 433 | 407 | - | – | |
| ProSiteProfiles | 27 | 146 | 120 | 18.387 | ||
| Gene3D | 27 | 146 | 120 | 1.6E-14 | ||
| CDD | 33 | 148 | 116 | 3.45804E-31 | ||
| SMART | 33 | 148 | 116 | 1.3E-30 | ||
| SUPERFAMILY | 64 | 179 | 116 | 3.53E-26 | ||
| Pfam | 73 | 174 | 102 | 9.8E-31 | ||
| Pfam | 207 | 316 | 110 | 3.5E-32 | ||
| CDD | 336 | 422 | 87 | 3.5549E-19 | – | |
| ProSiteProfiles | 338 | 422 | 85 | 9.893 | ||
| Pfam | 346 | 407 | 62 | 1.8E-16 | ||
| SMART | 346 | 421 | 76 | 3.6E-10 | ||
| TMHMM | 434 | 456 | 23 | - | – | |
| Phobius | 434 | 455 | 22 | - | – | |
| Phobius | 456 | 829 | 374 | - | – | |
| Gene3D | 489 | 587 | 99 | 6.5E-34 | – | |
| SUPERFAMILY | 501 | 806 | 306 | 4.99E-79 | ||
| SMART | 513 | 783 | 271 | 2.8E-32 | ||
| ProSiteProfiles | 513 | 788 | 276 | 37.177 | ||
| Pfam | 514 | 782 | 269 | 2.1E-47 | ||
| CDD | 519 | 784 | 266 | 3.46552E-91 | – | |
| Gene3D | 588 | 794 | 207 | 1.2E-58 | – | |
| ProSitePatterns | 633 | 645 | 13 | - | ||
| Pfam | 785 | 829 | 45 | 8.1E-7 |
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 kinase activity | Catalysis of the phosphorylation of an amino acid residue in a protein, usually according to the reaction: a protein + ATP = a phosphoprotein + ADP. | ||
| Molecular function | Protein serine/threonine kinase activity | Catalysis of the reactions: ATP + protein serine = ADP + protein serine phosphate, and ATP + protein threonine = ADP + protein threonine phosphate. | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Biological process | Protein phosphorylation | The process of introducing a phosphate group on to a protein. | ||
| Biological process | Recognition of pollen | The process, involving the sharing and interaction of the single locus incompatibility haplotypes, involved in the recognition or rejection of the self pollen by cells in the stigma. This process ensures out-breeding in certain plant species. |
Expression pattern of LotjaGi6g1v0342500.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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