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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0095300 |
| Transcript ID | LotjaGi2g1v0095300.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Serine/threonine-protein kinase; TAIR: AT1G34300.1 lectin protein kinase family protein; Swiss-Prot: sp|Q9XID3|Y1343_ARATH G-type lectin S-receptor-like serine/threonine-protein kinase At1g34300; TrEMBL-Plants: tr|A0A072UJP6|A0A072UJP6_MEDTR Serine/threonine-protein kinase; Found in the gene: LotjaGi2g1v0095300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:31206318..31216416) extracted from Lotus japonicus Gifu genome v1.2.
AATAATGCAGGTGAGGAGGAATTGAAAAGCTCTTCGGTTGAGGAAGCTCTTAAAACTTCAAACCGTGAATGACCAGCAGC TACCAGCACTCACTATCAAAGAATCAAACAAACATCGTTGAAGATTCAACTCCATCTATCTCAAGTATTGAAAAAACAAA AACAGAACAAAATACACCAACCCAAAAAACAAGCAAGAGCCAAGTCAAAGTCTTCCCTGTCCACAGCTACTATAAACCAA TACACATTACAATACAATACAAACCCCATAAACACCATCATCATCATCATCATCATCATCATCTTCTTCTTCTTCTTCTT CTTCTTCAAACCTTAAAATGCATCAAACAACATCTTCACATTCTCACACATCAAATTAAAACATCAGAAAAAAAACAACA TTATGTACCTTAATTTTGAACCTCACTCTCTGTTCCTCACACTTGTTGTGTTTTCCTTTTCAACCATTTTCATCGGCACC ACCACCTCCGTCACCCCAGGCTCCACCCTCTCCGCCTCCGACACCAGCCAGGCATGGTCCTCCTCGCCGAGCGCCCCCTT CTCCCTCCGCTTTCTCGCCGTCGAGCCACCCACCTCCCCTCCTTCCTTCACGGCCTCCATCGTCTACACCGGCGGGGCCC CCGTCGTCTGGTCCGCCGCTAACGGCACTGCTGTCGATTCCGGTGGGTCTTTCCAGTTCCTCTCTTCCGGCGCCCTTCGC CTCGTCAACGGCTCCGGCGCTACTGTCTGGGACTCCGGCACCGCAAATCTCGGCGCCACAAACGCCACCGTGGAAGAGAG CGGCAATCTGGTAATTTCTAATGGCTCCTGGAACTTCTGGTCTAGCTTTGACCATCCTGTTGATACTCTTTTGCCTACTC AGAATTTTACTGTTGGTAAGGTTCTGAAATCTGGGCCTTACTCATTTATGCTCACTAGTACTGGGAATTTGACCCTGAAG TGGAATGATAGCATTGAGTTCTGGAATCAGGTTTTGAATTCCTCTGTGAAAGAGAGTTTGAGTTCTCCTTCTTTGGGGTT GCTAACCAGTGGGGTTTTGCAGCTTTCTGATGCCAATTTTAGTACTCCTGTTACTGTTGCTTATAGTAGTGACTATGGGG GGAGTGATAATTTGAGGGTTTTAAAGTTAGATAGTGATGGGAATTTGAGGATTTATAGCACTTCTAGAGGTAGTGGAAAC CCTAGTGCTACATGGGCTGCTGTTCAGGATCAGTGTGAGGTTTATGCTTACTGTGGGAATTATGGTATATGCAGTTATAA CGATTCCGGCCCGATTTGCGGGTGCCCATCTGAGAATTTTGAGATGGTTGATCCAAATGATAGCAGGCAAGGGTGTACGA GGAAGGTGAGTCTTGACAATTGTCAAGGGAATGTATCTATGTTGAGATTGGACCATACTCAGTTCTTGACTTATTCCCCT GAAACCGGGACACAGTCTTTCTTTGCTGGGACATCAGGGTGTAGTGGAAACTGTCTTTCAGGCTCTGATGCTTGTTATGC TTCTACTAGTTTGTCAGACGGCACGGGGCAATGTCACCAAAAACCATCAGGAAATCTTGTCAGTGGATATCATAATCCTG CGCTGCCTAGCACTTCTTTTGTCAAGGTTTGTCCACCAGTGGCTCAAAATCCGCCACCCTCGTCGGGCGGGACTGTGAAG GAAAAGAGTTCCAAGGTACCTGCTTGGGTGGTCGTGGTTGTTATTCTGGGTACCCTGATAGCTTTGGTTGCGTTTGAAGC TGGCCTGTGGATGTGGTGTTGTCGGAACAACGCGAGGTTCGGTGCTTTGTCTGCTCAGTATGCTCTTCTTGAGTATGCTT CTGGTGCACCAGTCCAGTTCTCGTACAAGGACCTCCAGCGCGCGACAAAGGGGTTCAAGGAGAAGCTTGGAGCCGGAGGA TTCGGTGCTGTGTACAGAGGCATTCTTGTTAACAAAACTGTTGTGGCTGTGAAGCAGCTCGAAGGCATAGAGCAAGGTGA GAAGCAGTTCAGGATGGAAGTTGCAACAATAAGTAGCACTCATCATCTGAATTTGGTGAGGCTCATTGGATTTTGCTCAG AAGGGCGCCACAGGCTTCTAGTTTATGAGTTCATGAAAAACGGGTCTCTTGACAATTTGTTGTTCCTCGCACAAGGGAAT TCAGGGAAATTGCTGAACTGGGAGTATCGATTCAACATAGCCCTGGGGACTGCAAGAGGCATCACATACCTTCACGAGGA GTGTCGCGACTGCATAGTCCACTGCGATATAAAGCCTGAGAACATTCTCTTGGATGAGAATTATGTTGCTAAAGTCTCTG ATTTTGGTCTTGCAAAGCTCGTTAACCCGAAGGACCATAGGCACCGAACCTTGACGAGCGTGAGGGGAACAAGAGGATAT TTAGCACCAGAGTGGATTGCGAACCTTCCCATAACATCCAAATCTGATGTTTATAGCTACGGCATGGTTTTGTTGGAGAT TGTGAGTGGTAAGAGGAACTTTGAAGTCTCAGAAGAAACAAATAGGAAGAAATTCTCTATTTGGGCTTATGAAGAGTTTG AGAAAGGAAACATCAAGGGAATCTTGGACAAAAGACTAGCTGACCAAGAAATTGATATGGAGCAAGTGATGAGAGCTATT CAGGTAAGCTTTTGGTGCATCCAAGAGCAGCCATCTCAGAGACCAGCAATGAGCAGAATAGTGCAAATGCTAGAAGGGGT GAAGGAGATTGAGAAGCCACCTGCTCCAAAATCATTGACTGAAGCAGCACCTGTTAGTGGAACCAGCACTTACATCAGCA GCAATGTCAGTGCATTCTCAACAGTTAGAGCTTCACCTCCTGGTCCTTCTTCCTCGTCATCATTCCTCAATAGTGTTGCT TCAACTTTAACCCCTGGAAGGAACCCAGATAAGGGAACATCATCCCTTTTACAATCAGAACCATGATAGTAACTTCTAAT TTCATGCTTGTATACTCTATATTGTCTTTGTTTCCCCTGTGATTGTATACTACTTTAAAGTAGGAGACTGCAAATTTATA GTTCAAGCAATTATCTGTATTCTATTCCTTGATTCATGGAATAAGATGTATATCTATCAGATGAAGCAATAGTGTTATGT CTGGGCTATTGAAACTCATCATAGAGGTCATCATTTGTCTTTCATTTATTAATTTTTCCACGCTTCCAAACAGTGAGGTC CTCAATTATTTTCATTTATTACTCATCCGTGCATATTTTCATTGGATTCTGCTTTGGTTTACTTACATAAACTTTTTTGC TCTTATATTCAAGTTTAGTATGCTAAATGTTATGATGTATAATAATTAATAAATAATTAGTTTATTGGTAATCTGTGTAT AATTATTGCAGCATTGGTGTTTGACACATAATACTGAATACAATATTATAGGGTGGTTCCTATTTGGGAAGTGTTATTCC TTCTTCTATCCCTAATTGAGGAGGGTGGCCTCAAGGTGATACTATTAGCTAATATATTTCATTTTTTCTAAAAAAAAATA CTGAATACAATAATAATTCGTTTGACACCTGTTCCACCCGCATGGCCACACCCCATGAGAGAGATAGAGATGGATAAGAG ATATGATAGGAAAATAAGAGAGAGATAGAAAGAAAAAGTGGATGGAAGATAAAGTTGGGTGTGAGTATATCAAAAACCCT ACTGAATATTGTACCATCAGGTTACTGGGAGCATGTATTGCTGACTGGTGCAAACGAGGTGACAGCAAAACATTTTCCAG AGCCATTCTATTTGCACTGATAAGCAGCAAGAGTTAAATTTTCTTTTTATTTTTGTTCATTGAAGCATGATAGTGGAGAA TGTGGATTTAAAGTTTTGAAGGGGAAATCTATCTTGTTAGACCTGCTAATGGGGTGAATGTAGATATGTTACACTTACTA ACTAAACCTCTTTGTGTTCGATTCATAAGATATAATATAGTTGAATTAAAAAGCCTTATGTGAACTCGCAGGATATGTTA CACTTCCATTTTCAGGTTAGGGTACATAGTACATATAATCATGCACCATTATCCCATCAAGTTAAAACAAAGTTCTCTAT TGCCTCAGGTTTAATATGTCTGAATCTTTATTGTGCAACTCGCAGGATATGTTACACTTCCATTTTTCAGGTTAGGGTAC ATTGTACATATAATCATGCACCATTATCTCATCAAGTTAAAACAAAGTTCTCTGTTGTATACCTCAGGTTTAATGAGTCT GAATCTTTATTGTGCCAGAAACCAGAACTGCTATGCAGTTGTATATAATGGATGATGGATGATGATTTATCAACATCTAT AGCTACTTTGATGCAAACTTAATTTTGTGGAATTAAATCGGAGCGTGCTCTTCCAAGAACTCTGGAGGTAAGAACATTCT CTTTTAACTCAAAATAATCATCGTTACTTGCTTTAGTTGCCGAGTTACACAATTTTTTATATTAAATATATATGTTTTCA TACCGTGTAAATAATTAAATATACTGCCCTGCATGAAGACCATCAGTGTCAGAATTTGAACATGTGATGAGCAATGTAAA CAATAAAAGGGGTCATATTTTGGTCGGATCTTCATTCATTCTTTTCTTTTCTGAGCTAATAATGTATAAAGATAAAGTCC AGTACCTCTTGTTGTTAAGGATTTATGTAAACACAGTCATGTAGCGATAAGACTCCTGGACCAAAAATGTAGGGGTCAAT GGTGAGATGACTCGCACAAAGATGGAGAATCAGTTTACAGATCCTGATTCCTTGTCCCTTTTAAAAGAATCTTTATATTT GAAGCAAAATTGTCAAATTGAAGACCTTGTCCTGTTCTCCTGTTTTTTGGAAATTAAAGCTGGTCTAGCTAAGTATCCCT TTGTGAACATATCTTGATAATTCCCTTCACAATTATTTGATTAAAGTCTAACTTGGCACCACTTTCTGTCCTTAAAGGCC TTCCCATTACTTGCTCCATGCTCGCTGTTTTGCTTTGACTGATAAGCATGGCACTGCTTCCATTAGTACCTCTCATAACA TTGTCAATGGCTTCCGTGTTTGGCTTAGCAATTTCATTCTCTCAGTCTCACGAAATGTATGCAGTTTGTATTTCTACAAA TTGCATGTTGATAATGAAGATTAAAAATATCGTTTGGTTCATGGCTTCCTTAATAATACTGTGGTTTTTATTATCGTCAA TGTTTCTCTGTACCCTTTCTCTTGCAGAAAATTCAGACCCTGCCCATCAATCAATCTGGGTTGTGTATCAACTAATCCCA AGTCATCATCGTTTGCATTTCCTTGGCTGATTCCTGAAAGGGAATAAGAATTGGTACCCCCATCTTGGAATTGCTACCCC CCTTATTTTCCAAAAAACCCAAAATTGCCCCCATGTTTTAACATTCTCCCTTTCCCGAGCCTTCACATTCTCTGCACTTT CTCCCGAGCTTTAGGGCTCGGGACTGGAAGTTATTTCCCGAGCTTTAGTGCTCGGGACTGGAAGTTGTTTCCTTACGTTT TCCTTACCGAGGTCTAAGGCTCAGGAAGTGTTCCAATTTCTTCAAGGAACCTTTCCGAGGTTTGGCAACCTCGGGAACAC ATTTTTCACATTCCGAGCTTGACAAACCTCGGGAAATCCACGTTTATATATTACCGAGGCATAGCCCTCGGAATTATTCC GGGAATTAGACCCTCGGGATGTTTCCGAGGAACAAAGCTCGGGAATTTTCATCAGGAAAATTATAATACTTCTCGAGACT TAAGGCTCGGGAATTATTTAAACAGGGATATTATAGAAATTTCCAGCTTTAAAGGGGGTAGCAAATCCAAGAGTGGGGGT ACCAATTCTAACTCCCTTCCTGAAAATTCCTTGGATAACCTCATTCAGGTTAATCCTATTTTTTCACCCAATTTTCATTG TTTATAACTTTCTTAAATGTTTATTTGCAAGTGGTTTATGTCTACCTATGAGGTACACATTCGTCATTTTCTACCTTTTT TATAACTTCTTTTTCCAGAAACTAATTGAAGCAATCCTGAAGACCCTGATAGGAACAGAATATTAAGGAATAATTATACA AATTCTGGATGTTCGAGAGCCAGTCCTCTCCTAGTAATTCTGGAATTCGAGAGCCAGACCTCTCCCACTAAACTCACAAC TTCTGAATAATCCCAACCTTCTTACATAACCCCTATTTATAACCACTCCTATATAATTTAAATTCAAACCATAGCAGTTA CCTAACTGCTATAGTCATAAAACTACCCAGTACCCACAACTAGTAACTACATAACTTACACAAACTATCCATAACTAACT TAATTTAAATTAAATCAACCCCAGGTACTTTTTGCACGCACTGTTCACACTTCACACAGCCCCTATCAGACACAGAAAAA TGTGAAATTCCTACTTGTGGGAGACACCCTGTATGGTAATCAAGGCCCAGTGTTCGAAGTAATATCTTTGTTCAATTTTA ATTAGATTTTCAATTTATTGTTGATAGAAGTAATGGAAGTTAGTAATATAATAGAAACTTATAAAGATTCCAATTTAATA ATATAAAAATAGAAGACAAAGAACTAAAGAAATCCTGCATTTTTATCAGATTGTACTACTGGAATGAGATGGAAAAACTG TAATATATTTCAAGTCTTAGTTTATTTATTTATTTTAATTAGTTGATCTAAGTCAGTTCTAGAGACATTATTGAAGGGTT AACCAAGGGTTCTAATGCTATGACATAACTTCACTTGTACTATGTTAGACACGCTCAAATAGTGAAGCGGGTTAATTAGT GGGTAGGTTAGTGTGAGGCATTTTGCCTATAAATAGAGAGTTTAGGGTGAGAATTGGTATCTTTTGGATCATTTGGGGTT TGGGACTTAGGGAGACTCACTGAGTCTTTCCAATTACTCAGCAACCATATCCAGTTCCTATCATACTAAAATCAATGTGC AGGCCAATATCTGGAAGTTGAACTTGATGGACGATTTGATAGAGACGTGCTCGAGTTTCTGGTGAAAGGTGAAGTGGTTG CTTACAGGTGACGTTCCACATGTGATAGTTGTCATATTTTAGATTACACGTTTCTAGAAATGTTAACAAGATCACTGCAT TTTCCAGGATGAACTCGAGGCTACAAAATCTCAGATCCGCAGTTGTACTTCTTCACTTCAAAATGAGCCTGTTGTACCAG CTGATACTACTCCAGGTTTGTTTGCTCTTTGTTTTTGCTAGTGACATGTACCTGTATTAGCTGCTCAAGAATTAACTCTT TATACAGCTATTTCTGTGTTTGCAATGCAACTTGGGAAATTATTTAATCTTGATTTCTTATCTTCTGGCCTTAACATGCT CTGAAGAGTCTTTGAGAGAGAAGGTTTAGAATCCTTCCTTTCTTTTTCTTCAGACAATGCATGTACTTTCTTAATGAATA TGCAGGTATGAACATAGTTTAGGTGTTCATGTTACTTTCTACTGTGGTCATTTATGAATTATTAATAAACATGAATTTCT TAAATTACAGCACTGCATATACTTTTTTTTTTAAAAGCAAAACTTTATTATTGATGAAAATATACAAACAAACACAACCC CCAGGCCACAAAAACGAATCAAACGAGGATGATCCTGTCTTATCTGAGCCTTTAAACCCCTAAGCATCAATTGCTCTAAG CCCCTAGGGCGCAAGCCTAACTCATTACCCACCATCTAGATGCCATGCGCCTTGGTAGATATGGTTACTATTATTGATGA AAATAGAGATATATGTACAAACAAACACAACCCCCAGGCCACAAAAGCGAATCAAACGAGGATGATCCCGTCTTATCTGA GCCTTTAAACCCCTAAGCATCAATTGCTCTTAGCCCCTAGGACGCGAACCTAACTCATTACCCACCATCCAGACGCCACG CGCCTTAGTAGTTATGGTTACAGCCCTGCATATTCTTATTGAAAGCATTTACCAATTCACCAAGCTTCCATCTTTGGCAG CCTGTCTGATGCATTAAATATATGATTGTAAGCTGGATTCTGTAGCTATAACCCTGGTTTTTTTGGTTAATGTGGAGAAG GGACCAGCAAAGGTTTAATGTCTATATTGGTGAACACCACTTCAAGAAAAACGTAATCTCTAGTGTTTAATTTTATTTAT TTATTTTGAAAGGCTAGTGTTCAATTTTATTGTATAAAATAATATATATTTTTAAAGTAAAAAATTATACATCATCATAA AATCCGAGGAACCCTTCTCAAGAGAAAAGGAGGGGAGGCAAACTGTTTACGGTGATTTTTAGTAAACAAATATCCTCTTA GTTCGACTAAAGGGAAGTTTAAAATCGGGGCCCTTTTTGGGAAAACGTCTTGCCAAAGTGTTGTGTGTGAGTTGATATTC TTCGACGAAGATGAACGATTCAAAAGGAACTGGACTTTATTAAACACAGGTTAATTACATGAAGATCATAACGTAACACA GTAAAGAGAAATCTACAAGAGAAGTGAATCTCGACAGGGAAACAAACAAGCAAAACAACAGGCTTAAATGCAAGAAAAAT AAGCAGTTGGTCCTGCAACGTACCCTCCATCATCACGTCTTGCTCTTTGAGTCTCATTGATGCGGACATGAGAGCCTTTT AGTGAATTTTTCAGAGTTGAGTTGGAACCCCTTTTCTGATGATGCTTCTCCTATTTATAGTGTTCTCTCTTCCTCCACGT TCTTAGCGGTTGTTCTTCAGTGTACGCGGGCTTCGTGGGTTTGAATTTTGGCTCCTTGCCCCACGTTCAGCCGGAGGTTT TGAGCACGTGATTTTAATCGTCTAATTGCAACGTGGGCGGTCTTGAGTCGTGGGTAACCGTCGCCATTCGTGGCATCGTG GGTACACGCACGTGCTGATAACTACCCATCACTCGGTAACTGCTTCCTTCGCTGAGTTTGTCGAATTTTCCCTTACTCCC TTGACTTTGGGGAAGGTTACCTAACGAGTCTCAGGCCTCACCATGGTCCCGTCTGTCGAGAAACCATCTTTCCGGCACCG GTGTCGAGAATCGTAGCGTTAATAATCTTAGTTCAACAGTTGCCCCCCAAAAATGTTGGTTGTCGACTGCTTTAGCTTGA AGATACCAAGCATTTTTTATCGCATCCGTTCAATCTCAACAATTCAAATGCTTTGCACCCTTGGCCGTTCGATCCTTAGG TCCAATCAATAGTCATGACGTCTGATGACTTTCCACTAGCTGACAGTTATAGCCTTTTTAGGGCCATGATTTCATTTCTA CCAAAAAGCTGGGCAACGACATGATTTAATTAATAAAATACTCACTTGTATTCCAAATTTTATAAACTGAAGCACAATGC TGCCTTAGTTCCGTCTGCTTATAAATACCCCATTAACGTTCCTCTTCAAGCTTTACTTTCTTCAAAAAGCTTTCAACTTT CTTCTCCAGAGTTCTTACTCCGTCTTCCTCCGTTTTCCTCAGCACACCTATCTTTTTCTTCAATGGCTTCTAACCCTGAG CAGACCATTCCGTTGGCCACCGAGCTTAAGCTGGATGAATCCAAACGCGTGGCAATCCTAGAACCCCCCAACGAAGCGGA GAAGAGAGCTATCTGGAAATCCCAGGTACTCATTCCTTTCTCTGTTAATGGTACTTTACGCGCCATTTTGGGTCCTTTGA AAGTAGTGAAGCATGATAGGCCTAATAGTCTTCCTGAGGAACATGAATCGTTTCACCCTAGTGTTAGAGGAGAAGAGCTT ATTTTGGCTTTCCAACCCTCTTATCGCATGCCATTTCTCAATGACCCAAAAAGTGTAACACCCCATTTTCTGTTATTAGG TTATTTGTTATTTTATTTTAATTAGTATTATGGTATATGGTAATTTGATGAATTATGTGATTTTATTAGATAATTAAGTG ATTATGTGATATATGGAGTGAGTAAATTATTTAAATTATAAATGAGTGATATTTGTGATATAATTTAAATCTTATGTGAT ATAGTATAAGATTTAGCTAAATAAGGTTTTAGGGTTTAGTGTGAGTAATTGAGAGTGAGGCCCATTGTATGGCTATTTAA GGGTTAGGAGTGAAATAGA
CDS sequence (LotjaGi2g1v0095300.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTACCTTAATTTTGAACCTCACTCTCTGTTCCTCACACTTGTTGTGTTTTCCTTTTCAACCATTTTCATCGGCACCAC CACCTCCGTCACCCCAGGCTCCACCCTCTCCGCCTCCGACACCAGCCAGGCATGGTCCTCCTCGCCGAGCGCCCCCTTCT CCCTCCGCTTTCTCGCCGTCGAGCCACCCACCTCCCCTCCTTCCTTCACGGCCTCCATCGTCTACACCGGCGGGGCCCCC GTCGTCTGGTCCGCCGCTAACGGCACTGCTGTCGATTCCGGTGGGTCTTTCCAGTTCCTCTCTTCCGGCGCCCTTCGCCT CGTCAACGGCTCCGGCGCTACTGTCTGGGACTCCGGCACCGCAAATCTCGGCGCCACAAACGCCACCGTGGAAGAGAGCG GCAATCTGGTAATTTCTAATGGCTCCTGGAACTTCTGGTCTAGCTTTGACCATCCTGTTGATACTCTTTTGCCTACTCAG AATTTTACTGTTGGTAAGGTTCTGAAATCTGGGCCTTACTCATTTATGCTCACTAGTACTGGGAATTTGACCCTGAAGTG GAATGATAGCATTGAGTTCTGGAATCAGGTTTTGAATTCCTCTGTGAAAGAGAGTTTGAGTTCTCCTTCTTTGGGGTTGC TAACCAGTGGGGTTTTGCAGCTTTCTGATGCCAATTTTAGTACTCCTGTTACTGTTGCTTATAGTAGTGACTATGGGGGG AGTGATAATTTGAGGGTTTTAAAGTTAGATAGTGATGGGAATTTGAGGATTTATAGCACTTCTAGAGGTAGTGGAAACCC TAGTGCTACATGGGCTGCTGTTCAGGATCAGTGTGAGGTTTATGCTTACTGTGGGAATTATGGTATATGCAGTTATAACG ATTCCGGCCCGATTTGCGGGTGCCCATCTGAGAATTTTGAGATGGTTGATCCAAATGATAGCAGGCAAGGGTGTACGAGG AAGGTGAGTCTTGACAATTGTCAAGGGAATGTATCTATGTTGAGATTGGACCATACTCAGTTCTTGACTTATTCCCCTGA AACCGGGACACAGTCTTTCTTTGCTGGGACATCAGGGTGTAGTGGAAACTGTCTTTCAGGCTCTGATGCTTGTTATGCTT CTACTAGTTTGTCAGACGGCACGGGGCAATGTCACCAAAAACCATCAGGAAATCTTGTCAGTGGATATCATAATCCTGCG CTGCCTAGCACTTCTTTTGTCAAGGTTTGTCCACCAGTGGCTCAAAATCCGCCACCCTCGTCGGGCGGGACTGTGAAGGA AAAGAGTTCCAAGGTACCTGCTTGGGTGGTCGTGGTTGTTATTCTGGGTACCCTGATAGCTTTGGTTGCGTTTGAAGCTG GCCTGTGGATGTGGTGTTGTCGGAACAACGCGAGGTTCGGTGCTTTGTCTGCTCAGTATGCTCTTCTTGAGTATGCTTCT GGTGCACCAGTCCAGTTCTCGTACAAGGACCTCCAGCGCGCGACAAAGGGGTTCAAGGAGAAGCTTGGAGCCGGAGGATT CGGTGCTGTGTACAGAGGCATTCTTGTTAACAAAACTGTTGTGGCTGTGAAGCAGCTCGAAGGCATAGAGCAAGGTGAGA AGCAGTTCAGGATGGAAGTTGCAACAATAAGTAGCACTCATCATCTGAATTTGGTGAGGCTCATTGGATTTTGCTCAGAA GGGCGCCACAGGCTTCTAGTTTATGAGTTCATGAAAAACGGGTCTCTTGACAATTTGTTGTTCCTCGCACAAGGGAATTC AGGGAAATTGCTGAACTGGGAGTATCGATTCAACATAGCCCTGGGGACTGCAAGAGGCATCACATACCTTCACGAGGAGT GTCGCGACTGCATAGTCCACTGCGATATAAAGCCTGAGAACATTCTCTTGGATGAGAATTATGTTGCTAAAGTCTCTGAT TTTGGTCTTGCAAAGCTCGTTAACCCGAAGGACCATAGGCACCGAACCTTGACGAGCGTGAGGGGAACAAGAGGATATTT AGCACCAGAGTGGATTGCGAACCTTCCCATAACATCCAAATCTGATGTTTATAGCTACGGCATGGTTTTGTTGGAGATTG TGAGTGGTAAGAGGAACTTTGAAGTCTCAGAAGAAACAAATAGGAAGAAATTCTCTATTTGGGCTTATGAAGAGTTTGAG AAAGGAAACATCAAGGGAATCTTGGACAAAAGACTAGCTGACCAAGAAATTGATATGGAGCAAGTGATGAGAGCTATTCA GGTAAGCTTTTGGTGCATCCAAGAGCAGCCATCTCAGAGACCAGCAATGAGCAGAATAGTGCAAATGCTAGAAGGGGTGA AGGAGATTGAGAAGCCACCTGCTCCAAAATCATTGACTGAAGCAGCACCTGTTAGTGGAACCAGCACTTACATCAGCAGC AATGTCAGTGCATTCTCAACAGTTAGAGCTTCACCTCCTGGTCCTTCTTCCTCGTCATCATTCCTCAATAGTGTTGCTTC AACTTTAACCCCTGGAAGGAACCCAGATAAGGGAACATCATCCCTTTTACAATCAGAACCATGA
Protein sequence (LotjaGi2g1v0095300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MYLNFEPHSLFLTLVVFSFSTIFIGTTTSVTPGSTLSASDTSQAWSSSPSAPFSLRFLAVEPPTSPPSFTASIVYTGGAP VVWSAANGTAVDSGGSFQFLSSGALRLVNGSGATVWDSGTANLGATNATVEESGNLVISNGSWNFWSSFDHPVDTLLPTQ NFTVGKVLKSGPYSFMLTSTGNLTLKWNDSIEFWNQVLNSSVKESLSSPSLGLLTSGVLQLSDANFSTPVTVAYSSDYGG SDNLRVLKLDSDGNLRIYSTSRGSGNPSATWAAVQDQCEVYAYCGNYGICSYNDSGPICGCPSENFEMVDPNDSRQGCTR KVSLDNCQGNVSMLRLDHTQFLTYSPETGTQSFFAGTSGCSGNCLSGSDACYASTSLSDGTGQCHQKPSGNLVSGYHNPA LPSTSFVKVCPPVAQNPPPSSGGTVKEKSSKVPAWVVVVVILGTLIALVAFEAGLWMWCCRNNARFGALSAQYALLEYAS GAPVQFSYKDLQRATKGFKEKLGAGGFGAVYRGILVNKTVVAVKQLEGIEQGEKQFRMEVATISSTHHLNLVRLIGFCSE GRHRLLVYEFMKNGSLDNLLFLAQGNSGKLLNWEYRFNIALGTARGITYLHEECRDCIVHCDIKPENILLDENYVAKVSD FGLAKLVNPKDHRHRTLTSVRGTRGYLAPEWIANLPITSKSDVYSYGMVLLEIVSGKRNFEVSEETNRKKFSIWAYEEFE KGNIKGILDKRLADQEIDMEQVMRAIQVSFWCIQEQPSQRPAMSRIVQMLEGVKEIEKPPAPKSLTEAAPVSGTSTYISS NVSAFSTVRASPPGPSSSSSFLNSVASTLTPGRNPDKGTSSLLQSEP
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 | 8 | 8 | - | – | |
| Phobius | 1 | 37 | 37 | - | – | |
| PIRSF | 2 | 830 | 829 | 6.1E-222 | ||
| Phobius | 9 | 19 | 11 | - | – | |
| TMHMM | 10 | 32 | 23 | - | – | |
| Phobius | 20 | 37 | 18 | - | – | |
| ProSiteProfiles | 27 | 151 | 125 | 11.149 | ||
| SMART | 37 | 152 | 116 | 5.5E-4 | ||
| Phobius | 38 | 433 | 396 | - | – | |
| Gene3D | 71 | 148 | 78 | 8.3E-8 | ||
| SUPERFAMILY | 80 | 195 | 116 | 4.58E-18 | ||
| Pfam | 81 | 166 | 86 | 1.4E-12 | ||
| Gene3D | 152 | 276 | 125 | 2.2E-12 | ||
| ProSiteProfiles | 153 | 270 | 118 | 9.615 | ||
| SUPERFAMILY | 160 | 258 | 99 | 1.44E-5 | ||
| Pfam | 230 | 302 | 73 | 1.1E-8 | ||
| TMHMM | 434 | 456 | 23 | - | – | |
| Phobius | 434 | 458 | 25 | - | – | |
| Phobius | 459 | 847 | 389 | - | – | |
| Gene3D | 465 | 570 | 106 | 1.4E-31 | – | |
| PANTHER | 472 | 792 | 321 | 1.3E-131 | – | |
| PANTHER | 472 | 792 | 321 | 1.3E-131 | – | |
| SUPERFAMILY | 479 | 771 | 293 | 1.04E-77 | ||
| SMART | 496 | 770 | 275 | 5.8E-33 | ||
| ProSiteProfiles | 496 | 773 | 278 | 37.008 | ||
| Pfam | 499 | 768 | 270 | 2.3E-52 | ||
| CDD | 502 | 772 | 271 | 2.79112E-93 | – | |
| ProSitePatterns | 502 | 524 | 23 | - | ||
| Gene3D | 571 | 786 | 216 | 1.5E-61 | – | |
| ProSitePatterns | 618 | 630 | 13 | - | ||
| MobiDBLite | 806 | 847 | 42 | - | – |
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 LotjaGi2g1v0095300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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