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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0365900 |
| Transcript ID | LotjaGi2g1v0365900.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Kinase family protein; TAIR: AT3G45780.1 phototropin 1; Swiss-Prot: sp|O48963|PHOT1_ARATH Phototropin-1; TrEMBL-Plants: tr|Q5DW44|Q5DW44_PHAVU Phototropin; Found in the gene: LotjaGi2g1v0365900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:86340257..86353814) extracted from Lotus japonicus Gifu genome v1.2.
CAAACACTCAGAGTGAGAAATGAGTAGTGAAAAAAGAAAAATTCATCTCATATATGATAGAATAGATTTGAACAAGTTGA TCAAAGAATAGTTATTTCAGCACTCAGTAGGCAACCACATCAAATGGGTAAACATCAATCATTATTTCCAGCCAAACTTT ATGTGAAAATTACAAACTTATTACTGAATCTTGAGGATTATTTGTGGACATGTGTCTCCAGCATCTACCAGCATGGTCTC AAGTGTCCACTTCTCAAACCTATCTCTGTGACCATGCTTTTGAGCAAGCTCTTGTTTTCCTTAATCAGGCAACTATTGCA CAAGGTAGTGGGTATATTAATAATCAATTTTCCTCACCCAAAAATGAGTAGATTTTTCATTTTTCCCATCTTGGTTGTCT GATATTGCTTTTGTTAGCCCACCATCTCAGACATAGAAACACAAGCAGTGTTGTCCTGAGATCTCTCTTGTTGCTTTACT TGCATGATAACACTTTTCCAGACTGTCAGTTACTGTCACCAGAAATCATTGAAGGTAAGACTTAGTTAAGAGGCAACATA AGAGGTCACGGTTTGGTTAAAAATTTGAGGTTCCTAATGTTTTAGGACTTGAAAGTGAGCTCAGTGAAGAGGGTGTAGTG TAGGCCTACAGAGTTATAGGATTCTGTGCAACAGCCATGTGAAATTTGTATACACAGGGATGGGAACCCAAACCTTTAAG ACAATTATTAGTTTCCCCTTTATATTTTTATTCTAATACTTATGACTTGTCCTCCTATCATTATAGGTCATTTCTAGAAA TGAACTTCTAGTTGTTTATATATACTGTGTGCTTTAATTTATTGAAGAAAAAGCAGAACAGAACACAAGTCCAAAACACT TCCCAGCAGCCAATTTCAGAATTCCTGATCCAGCACAGTTAAACTCAGGTATTTCCTATTCTAATATGCACTATACTACA TCTTATTTTCAGTCATGTTTATATTTATGTAGCAATTCTCCAACTGTGTTCTCTAATCCCAACAGCTAATAAATCATGCA AGTTTGGGAAGTTGTTCTTATTAGAGATTGTTAGATTGATTATCAATTATCCAGCAAGCAAACCATGCAGTTTTCCTTAA ATTCTTTTCCAGGCTAACATAAGAAACATTCTTGGTTAAGCAGCAGAGCTTGCATCAATGACCATCACAAGCAAGCAATG TCCTTTTCCATCACGGGTCCTCCTCTCGGGATTTCCTTCTCTGGCTTTTGGGGACACTTTTTCTCTGACATAATTAGCTA ACAACCCAAACTTTGTCCTAGTCCCAGTGTTGATGCATTGAATGGTGTCCCCTCCAAGTGAAAACATGGATGCCCATCTC CTCCATTCATTTCAATCCTATCCCACAATCTGTATACACAAACTATCCTGAAAACATGTGAGATGCTCACAATTAGCCCC AGACAACTCATCCCAAGTCCCTCTCATATCACATCCCAATGTCATTCCAACTATTATCACTACCCCACCATTTCTTAATT GCTCCACAAAAGTGCAAAACTCAGATGAAACTTAACAACAGCACAACACCTAAACTTTGAATTTTCCACTTATAACATGT TTGGTTTCACGATTTACACAGAATCCAATGCAGGTAGCTAGGTAGCTTCTAATCAGAAGTAACTCTAAACTCTAAAGTAT TTCATGGTAGAACTAAAGTACCAACCATGCTACAAATAGGGTAGATTAGATTAACCAATCTTATTGACTTTCATATATCA AGTTCAGAGATACACTATATTGATTCTTACAGATGAAAAAGTTAGGATTGAATATTCTTACTAGTGATTCAACAACAAAA TGCAGAGCTTCTATTAGTATATCATTCATCAACAAAATTTGTATGATTAATTATATTTGTTTTCTGAGGAGATTTTTACA TGTGAATGGAACAGAAACTGAGAGCAATGGAGGCATTTCCAAGAGACCCTCGTGGCTCACTTGAAGTATTCAACCCTTCC TCTTCCCTCACCACCGAGAAGCCAACCAACTCGCCGTTACGCACCCAACACTCCTGGAAGGATTGGAAAGACCCAACACG CGCCGACGACCCTCCAAAGCCAATCGCCGGTTCAAATGCCGATGAAGTCGCGGTCGCAATCAGTGACCCTCCAACCTCCT GGATGGCAATCAGTGAAACTGCGTCACCTCCACCGGTGGTCAGAGAATCCGCGGCGGCGCAGAGGGCGGCGGAGTGGGGT TTAGTGCTGAAAACAGACGCGGAGACAGGGAAGCCGCAGGGAGTGGGGGTTCGGAGCTCCGGCGGGTCGAGAAGGGACTC GAAGACCTCCGTGAGAAGCTCCGGCGAGTCGTCAGATGACGGCGGCGGGGAGTACCGGGGAATACCGAGGGTGTCGGAGG ATTTGAGGGATGCGTTGTCGGCGTTTCAACAGACATTCGTGGTGTCGGATGCTACCAAACCCGATTACCCGATATTGTAT GCGAGTGCCGGGTTTTTTAAGATGACGGGTTATACTTCCAAAGAGGTCATAGGGAGGAACTGGTATGCATGCTGTTACTA TTACTATTTTCTTTCTCCCTTTCTTCTTCTTCTTCTTCTTCTCATAATTTAATTTTCCATCCCTTTAGTATATAACTAAT TGAAAGACGAAAAGTATTGATAGACATACACCTTTTGGGACGTCCTTCATACATACTGCTTTGCGACTATTTGTAACCGT CACAAAATGTCAGAGGTTAAAAACCATCACAAAATAGTATGTTTGATTGTTTGAAGATGTCTAACAGAAAATGCATGTCT ATGTATCATCACTCGTATAATTTGTATATAACTCTAAGCTTTCAAGTCACTTTTTACTCAAATTTAAATTTCCAATGATT TAATTGTTACAATTTTAATCAGTTCACCACTTTTTATCCACTAAAATCATGAAATTATCATGTTCTAATCAAAATATTCA TGAATTTTAAATTTTCCACTTAAAACTTATTGAGTAAAAGATAAAAGTGTATGTAACCCTTCAAATCCTAATATCACATT TTGCAAAATCTTTCTAATTTTATTAAATATTCACTATAATTTTAATTTGTAAACCTTTAAAATTATTTTATGTTACAAGT CTATCACTAATCCTCTCAAATTTAAATGAAAAATGAGAACTGAGAATTTTGATAGAATTTTTTTTGATCAAATGATATAT TTGTTTAGTTTTAAAAATTGACAAATTTGACTTTCCCAAAAGAGGACTAAGACTATACTTAGTACAAACTAAATGAACCA AAACACAATTAAGCCTAAATTGAAATATTAATAAATGTCTTAATGATAAATATTAAAAAGAGTTACAAATTAAATTCATA CAACAATCTTTTCACCTTTTATAACCATAATATTACTTTATATCCATATCTATCTCCATCACACCAACCATTTTTTTAAA CAATGACACTGCAACCATATTATCTCCACTTTTCTCATATCACTTTTTAGTTTTTTAATAAAAAATTCATGGAAAATAAA CATGCGCATAATTCATACACTTAACATACATGCAGAGTGAAAAATGAAAATAAAAGACATAAATAATGAATATAATTTAT GATGGATGTGATAAACTAATAAAAGAGAAAATTAAGATGTGTGTGGGTTGCCTTCGCTATTTGGATTAAAAATTATACAA ATGCATGTTATTATAATATTATGTAAAAGAAAGTTAACACTTGTGATATTTTTTGTAAACACAAACTCATTCCCTCAAAT TTAATTGTGTTAAACTTTAAACAAGCGGTTCATTAGACTCATGGGTCGGGTCGGGTCGGGGGTGCAGTCGGTTTATGCAG GGATTAGATACTGATCCAGAGGACGTGGCTAAGATAAGAGAAGCACTGCAAGGTGGAGAGAGTTATTGTGGAAGGTTACT AAACTACAAGAAGGATGGGACTCCCTTTTGGAACCTTCTCACTATTTCCCCGATCAAGGACGACAATGGCAATGTCCTTA AATTTATAGGGTATGTATGTTTTTCTTATAAGTTATAATTGAATCTAGCTTAGCTAATTTTTTTGGATATTTTTGTTGTC ACTATATATTCTTGGTTTGTTTGATATTGGCATGGTTGGGACCATACATTACAGTGACAAGAAATTGACTCGTCGTTAGT TTGATCAAACAGTAGTGTGTCACATTTCAATTCCCTTTCCATTTCACTCCATCTTAATCTTTGGATTTTTCCTTAAAGCT TATCCAATGTGTTTTGTTTTGTTTGACTGAAAATGTGATTAGAATGCAAGTGGAGGTTAGCAAGCACACTGAGGGGTCCA AGGAAAAGATGCTACGTCCCAATGGATTGCCTGAATCCTTGATTCGATATGATGGTATGTATTGGAAATGTCTAAATACT TTCAATAAAAGTACTAAAAATAAAAATGATAATACTATCTATGCTATAAAATAATTATTTATAGTATATATATTTATTTT AAATATTAAATTTCTCAACTATTTTTTTAGCTTACCTTGTACCAATATTTATGTTTATTTAACGAAAGTTTTCTGGCGTT TACAAAAAATTAATTATTTTATCAAATTCTAACAATTATTTTTTTTTCTTCAAAAAAAATTAAGAAATGTAGAAAGGAAG AGCATACAATTTTTTTATACAGAAGTAATGCATTTAGGGTTTTATAATTTAAGATGAAATCACATTTTTTTATCCCATTG ATATATTTGTGTTATATAACTAAAAAAAAGACATTAGTATGATAATTATAAATTTAAAAATGATATTGTCCAAGAAATTT ACTGAACTGAAAAAAAATTGAAATTGAATGAATGGTATATACTTTTCACATTTTTAACTACGGGCAAATGACCAATTGAT GATAGAGGACCATAATTCAATAACTCATTTGCTGCCAAACTTTCAGAACCTTGCATTTTTTCCTTAATTACTAGAGCGCT ATAAAAATGGCCCCTATCACCAATGTTTTTTTCAGTGTTTTACATATGTCCCGGCCCTTTTAAGGTTAAGACTAATTCAT TTGAGAAACTGTTATGCTCTGTTTGTTTCTAAGGATTTTGGAGGGAGCGAAGTGGGTGGGAAGGATTTTGACTGGAAAAT AGAGTTCCTTCAAACATATATAACTTTTTGGCATTTTAACTTGTGTTCATAAACTTGAAAGTAATTGTCTTGACCAAATT ATTGTTGCAGCACTAAACACTTGAAGAAAAATCAAACCTATGTATAACTGGTGTTCTTCTCGGAGTAAAACTAATTCAGA CACATAACATGTAGTAAAAAGTTACGTGAGATCATCATCATTCATCACACATCTTCTAACACCTTGTGTATTCCTCAGCT CGTGAGAAAGAGAAAGCAAACTCCTCAGTCACCGAGCTGGTTCAAGCCGTACGTCGCCCAAGAGCACTCAGTGAATCAAC AAACCGTCCCTTGTTCATCAAAAAGCCAACAACAACACGCGATGCTGATCAAGACAAACCAGACAAGAAGCCATCAAGGA GAAAATCTGAGAGTGTTGCTTCTTCCAGACGCAAATCACACTCCGGCGGAGACACAATGCAGCGAATCTCCGAGCTCCCC GAGAAGAAAAACAAGAACTCACGCCGTCGTTCTTTCATGGGGTATGGCAATCTTATTTGTTACATATGATATCTTTATGT TCCAGTCAACAAAATTTTATGCATTTGAATTATATTTCATTACTTTGTTTAATTTTGATGCTTCAGGTTCGTCAGGAAAA GTATGTCCAATTTTGAAAGCTTCCATGATGAAGAAGTTGCTGATGAGGGCTCTGATTCTAGTGAGGATGATGGCAGGACT GATAGCTTTGATGACTACAAAGTACAAAAGAGGGAAAAGAGAAAGGGTCTTGATCTTGCTACCACGCTTGAACGTATCGA GAAGAACTTTGTCATTACTGATCCGAGGCTACCTGACAACCCCATTGTAAGTTTTTATGTTTGCTCCAAAAATGTTGCAC TTCAGTGTGTGACTCATGCAATTGAGATGAAGAAGTTGTCGGAGGGTAAAGTTTTTATTTGGTTTTGTAGATCTTTGCTT CTGATAGCTTCTTAGAGCTTACGGAATATAGCCGCGAAGAAATCTTGGGAAGAAATTGCAGGTATGCCTTAAATTGATAT ATCATTAGTTCATTACCATGAAAACAAATATTAAAAGACTTAGCCGCTTATGTTCATATATACCAACTAAAATTGTTAAA GTCTCACATACTAGTGATATGACAAAAATAGTCTTATAAAGTGTAGAGCAATCATCACCTATGAGTTAGCTTTTGAGGTC GAGTTAGGCATTACCTGAATTCTAACATTGTTTCATCAGCAGATGTCCTATCCTACAAACTTCACTCTCTAGATGTTCAT CCCAAGTGTTTGGGGTGTGTTAAGGACTCACAGTCAGTAGAGATATGGTTAAATTAGTCATTATATATGGTAGAGCAAAT TTTATTCCTGAGCTAATGTGAGGTGAAAGCTTCTGAAAATTTAACAAGCTTGATCATACCTTAAGATGATCTACAAGGTG TACGCCTAATGCCAAAATTCTGTGCTATTTATTCATGTATGCCATTTGGTGATACAGGTTTCTGCAAGGACCTGAGACTG ATCCAGCAACTGTGAAAAAAATTAGACAGGCTATTGACAACCAAACAGATGTTACTGTGCAGCTTATTAATTATACAAAG AGTGGTAAGCTTATTTAATATTTCTACTGGGAAATTCATTTTAATAACCCAATTTATTTAATATTGGGGTTTTTTAGGTA TTACATGAACTGTTATTATAGCAATATTTAGTTCAAATGATGAAAACCTATTCAATGTCACACTATGCTGTTATCTTCAA ATTTCATCTTGAATATTACCTGTATGAGTACTAGTAGTTCAAAAACAAAATGTTCATTGTATTTCCCTGTTTTCAAATCC TGGATCTTTCTCTTAGTCTGCAAAGGAATATAATTACTTACCAAAGGATGTTAGATAATGTTGCTATAATATTCCACTCG CTATTGAAGATTTCTCTTATCAATTCAGGTAAAAAGTTCTGGAACCTATTTCATTTACAACCAATGCGTGATCAGAAGGT ACAGTTTATTGAAATCCTCCAAAGGTGTTGTATATTAATGTCTTGCATATAATGACTTCTGTTTTAGGTAGTTAATCAGA TTCCCTTTGCCAAAATCTTTGAATAGAAACAAAGTTTAACTAGTTTCTGTTTTCCTTCTTTTGTTTAACAGGGAGAGGTA CAGTATTTTATTGGGGTTCAACTTGATGGTAGTCAACATGTGGAGCCTCTTCACAACTGCATTAAAGAAGATACAGCAAA GGAGGGAGAACATTTGGTTTGGTTTCTATTCAAGTGCTTCATTAGTTTAACATAATTAAAATCTTCATTTTTCTTCTGGG TTTTAATATCCTTAACATAGTCAAAGAGAGGCTTTTGATCTGAAAGTCTTTAAAAGCTTACAGTATCCAATTTCCATTTT GTTCAATTTGCTGGTATTTTCCATGTTATAACAAGTTTGTTTGACATCCATTCACAGGTAAAACAAACAGCAGAAAATGT TGATGATGCATTGAGAGAACTCCCAGATGCAAATTTGGTAATATTTCCTGATTATCTTTGTCCTCTGAATTTTTTTTTAA TTCAATTTCATAATTAACCTTTTGGCTACGTTTAGAAACCAGATGATTTATGGATGAATCATTCAAAACTGGTTCACCCC AAACCTCACAGGAAGGATGCTGATGCTTGGAGAGCTATTCAGAAGGTTGTGCTTTTGTACTCGAAATTGTGTCATATTTT CCTGAATTTCTTGTTATTGAATTACCAGCATAAACAAATAACATTGACATAGGTGGTAAACATTTCAGCACGCATTTTAT ATTTTTTATGGCTTGCATTATTGTTTCGCTTGCTCTCTAGTTTCTTAGATTTTGGAAAATGGTATTTTTTTTATTAAAGA TGATTGAATTGGTAAAACATGGTATGAAAGATCCTTCTTTGTTCCATATAGTTGTCATATTTTGGATTTTCTTCCCAGTT GCTTTTGAAATATCTCAAGTAAGTTATGTTTGGCCAATTGATTATGTGACCATGGTTTTGCAGATCCTAGATAATGGAGA ACAGATAGGCTTAAAGCATTTCAAACCAATTAAGCCTTTGGGATCAGGAGATACTGGCAGGTTTTTTCTTGTTTCTCTTT TCAAACAACTCAACATTTCAAATGTTCTTGAAGCCTTGAACAGCTTGCACAAGGATTAAATCAATTACAAGCTGAAATAA ATTGCAACCATATAGATGTGGTATTCTGGACTCTTATAACTAAGATGAGATCTGAGAATACAAATCTGAAATTATACATT CCTAGTATGTCCAATCCATTTTAGCATGATGGACTTCAGCTGCAACAACCACTTTTGAACTCGCATTTTTATAATGATTT AATTGCTCCAAACATTAGCACTGATCAGTAAAGTGAAACCGTCTAGGTGCTGTTTAACTAGTAATTATAATATTTTGCCA ATTGAATTTCAGTATATAAAAAAGACTTGTAGATGACAACTCGAGTGAGCTCATATTCTAAAACCTTATAACTTTCTTCA CTGATTTAGTATGAAGTGTTTCAATGTTTATTATATGACTTCTCTACTTCCTTTCAGTGTCCATCTGGTGGAGCTATGTG AAACTGGTCAATATTTTGCCATGAAGGCTATGGAGAAGGGTGTTATGCTCAATCGTAACAAGGTACTGAGTATGATCATT AGAGGTGTCCATATCTCTCTTTTTACCTTTTGGTCTTCTTGTCACCTCTCACTATCAAAAGTTTTAGAAATGTTACCATG GAAGTTGTTCTGTAGTGTATTGGCTTCACTTTCTTGGCCTTTTGGTAATACATTTTACTTTATATCACTTTATTATAATA AAAAAAATTAACCCATTGATTTACTTTTAAAAATAACTAAAACTACAGGTGCATAGAGCTTGCACAGAGAGAGAAATCCT GGACATGTTGGACCACCCTTTTCTTCCTGCATTATATGCTTCCTTTCAGGTATGGAACTCCAGTATTACCTCAAAGCAAA ATAGTTATTCATTATCAATGACTAGAGGGACCGAGAGGAATATAGGATCTTTATGAATGCTTGATCACTTCCACCTGCAA GCCTGTGATTATAAAGCACACATATGTCACTAGCTCTTTAACATACACCTTTTCTTACACTATGGTTTCACATATCATAT ACACAGTCTTTACTTACATTGATGGCTTTATTTCCTTTTTCATTTAATTCAAAAGTTAATAGATAACAAATAATGCCCAC TTTGCTACTTTACTTACCATAAAATGAATTAATCAATTCCTTGATACTTGACTAATTCGCAGACCAAAACACATGTTTGT TTAATAACTGATTACTATCCTGGAGAACTATTCATACTTCTTGACCGACAACCAGCAAAGGTTCTCAGGGAAGACTCAGT AAGGTATACCATGCTACTATACAAAGTGTCTACTATTTATAGCATAAGTTCAGATTACGAAGAAAATCTAAATTGGTAGC AGCCTAGCAGGGAAATGAAGAGGTTTGAAAATAATCACAGGCTTCCTTATATTGTAAATGCTAAATTTTCTTGTATGCTC ACAACAGAGAACAGCAAGCTCTTCAAGTCAATCATAATAAATTGATTCTTTGACATAAATTCATTTTTTATTTATCTTTC TTATTTTGCGTCCAAATCTTTCATTTTAAACCATATCCAGGTCATTATGGATATCCCTATTTTACAGACTTCTCTTATTT GAGGTCTTTCAGTCTTTCACTTTGCTGCACTAAGGAATTTTTGTCTCTCTGTTTATTTGCTTTCACTCTTATATCTATAT CGCTTGATTTTATTGAATTGACAATATTTGGACATTTTATATCAATTCTTTTGTGGTTTCATGTCCACTTCGCCATTTTT GTGCACAGGAATAATATAATTTCTTTCAAATGGATTTAAATTCTTATTAACCTTTTGTATTTGTTTTAATGTAACTTTAT TAAATAATTGTTAATACTTAATACCCAGTACTGAAATAGATTATCCATCTTCAACAATGTCAGCTACCTGAGTTTCTTTA CTTTCCTGTTACTGACATAAAGTGATTGATAATAATAGATTTTATGCTGCTGAAGTAGTTGTTGCATTGGAGTACCTCCA TTGTCAAGGTAGGCTCTCAGTCATTTGTTGTTTGTTTTCTGGGAATTGATAATAGACATTGAGAAGTTCTTAGTGCATTG GCTAACTCCCGCTACAATGTACTAAACGACTTTTCTTACAACTTATGAGGTCTTAGAATTTGACCTATTAGCAATTATAT TGATCCTTTGCTATTGCGAAGTTCTGTCCTAGTAAGAAATTTTGTCACTTTTGAATTATATTTTGTATGCTAAAACACTC AAATAACATTCTGAATAATTATTGTTTGTTGTTAATTTACAGGGATCATATATCGGGATTTGAAGCCAGAAAATGTGTTA CTCCAGAGCAGCGGACATGTCTCCCTAACAGATTTTGATTTATCATGTTTAACATCTTGCAAACCACAGGTATCTGAGAG ACAAACTTCAGACAGTGAAGTTTTTTATTTAGAAGTAATACTTTTATAACTACTGAAACAATTATTTATGTGTCTGATTG CATTATTTACAGCTTGTAATTCCAGCTACAAATGAAAAAAAGGGACAGCAGAAAGGCCAACAGGCTCCTGTATTTATGGC TGAACCAATGAGAGCATCAAATTCTTTTGTTGGCACAGAAGAGTACATAGCACCGGTATGTTGTCAAGGGCTTGGAGAGG ATTTGCAGTTTTTATCCAATTCTTCTTGATTAGCTTACCAATTAGACATGTATTCTTATTCCAATATACAGAGTAGAGAT CTAGTTCTTTTTGTCTTAGAATATAACTTCATTGCATTTGTGCTATTGAAACTTACTTTGAATTTCAGTTCATTTGTGAC AATTCATTAATGTTTGTGCAGGAAATTATAACAGGTTCAGGCCATACTAGTGCAGTTGATTGGTGGGCTCTTGGTAATTT TTAATTCTTATTATAACTGAAGGCAATTAGGCAACTAATCAATTTTGAAAAATCAGACCTTTTGAAAACTGAAAAGGAAA AGCGGAGTGTTTTTTATATTTGTTTATTTGATATATTTATGTTTTTTGGCAGATAACAAATTAGAAAAGTTAGATGTCCT ATCAATAAAAACTTTTGTATTAATTGGATCAGATATTAGCATTTAACCTTTTTTTCTGCATATAGTATGGTATTCTGTAA GTTGAGCTTAGTCCTCTTCATTTTTCTTTAACATTTGCCTTGGTCACCTCTTTTCCCCTTGAGCCATGTCTTTTTTGCTA ATTTCCCTAATTGAGTGGATTTTATGAGAAGGAGATAAGAATAAAGTGAAAAAAGATAATCAAAAGTATTGAGATGCTAA AGATAAACATTCAACTCTCATCCTTATTGCATCTTTGTAATGGTAAAGATGATTGTCACTGATTGAAACCACAGGCTGTA TTTTGACCTGTTAGTCCTTCACATAAAGAACTATACCAGTATGATTTGTATGGATATTAAACATATTTTCACTACTTGGA TTGCTTTTTTCAGGAATTCTTCTATATGAAATGTTGTATGGTTACACTCCATTCAGGGGAAAAACTAGGCAAAGAACATT TGCAAATATTCTCCACAAGGATCTTAAATTTCCAAAAAGTAAACAGGTGAGATTTTTCTCCTGCACAATTGGTTGCAATT CAGTGAATCATGTATTAATGTTCAAGCAATCCTCACTAGTAGTTATCTACCAATATGCTTTCAGACTAAGCTGCAAAGCA ATATAACAATAGGCTTAATCTCAGGAATTTAAAAATTTGGACTGTTCAGATGAAATATCAACTTTTTAGATCATTAGATG AAATAACAAAAATCTCATCCGATCAGACTTTTGTCATGAGTTACATGCATCATGCAGAATGAAAAACCTCCAAAAGTTCG AATTCACCTGTGACTTGCAAATGAATTAGATAACAATCAAGTGTGTGATTCATGATGCAGGTAAGTCTGAGTGGAAAACA GTTAATGTACCGGTTGTTGCAGAGAGACCCCAGTAGCAGATTGGGCTCAAAGGAAGGAGCAAATGAAATTAAGCGCCATC CCTTCTTCCGGGGTATCAACTGGGCCCTAGTTCGTTGCACGGTAACATGAGTCAACATTATTAGCATTAGCTTCCATTTT GTTGTATGTTCTTTCCCTTCATCCTCTATTTGCCAATATCTGTTTGATTGGTTAAAAAATCTTCCTTTTCCAGAAACCTC CTGAGCTTGATGCTCCTCTCTTTGGGACAACTGAAGAAGAAAAGAAAGCCAAATATGTAGATCCTGTGAAAGAGGATATG AGTGTCTTCTGAAAGGTCTCTTTGCCTATCAGTCTCTCACACACTTGTAGTTAAAATTGCATGTCTGTCTCTCTTTTAAT AAGTACAACTCTCGAATGTTTGGATCAACTTATGTTTCTCAGAATCAATTATGTCATTCAGAGTCTATTGAATTTGACTC TATAATTAATTGTAAAAGTATTTCCAATCATGCACTGAATATTTATTAATAAAGAAATAGACATAAGATTTCACATTTTA CAATTTATTGTGACATAGGAAGAGGGTCCTCCTGATCCTAGCTAAAGCATTTTGTACTGATCTGTAGGTTAAAGGATGAC TTCATATCAAATTCAGGAGTACAGAATGAGTTATTTGGATTCTTGAGCAATTAATGGAATTTTGAACTCTCTTGGTGGCT AAGGCTTGAGGCTAGTCCAGTTCAGCAATCAAAGCTTGATTATATAGTTGCATGTTTCATTGTAATTTATGAATGGTGTG ATGAGATGTTTCTAATTTGCCAATTGATGGTGTAAATTTGTTCTTGTCATAATTTATTTTGTGATTTTCCTTTTATGTGT CCCTCTTCTCCTTTCTCATCATTTCCACCATACATTCCAACAGATAACAAACCATTTGTTGGACTAATTTGTGTATGATT AACTCCCCTTTAATCATGACATGACACATTGTCCTACCTACCTACGTTGTTAACGAAGTGGTTAATGGAGATTTACAACA TTTATTGAAGTTTGTGCAACTTGCCTGGCCAGGGTTTGGGGTCATTGTATGTACAGTTGCAAACACTTGTCAGTCAGTGA CCTCCACTCAGAACTCTAGTACGAATCCACATGAGAGTAAACAGAACTCATTGTTTATTTATATTCAATTATAATAACGA GGATGTAATGTAATTATATCATAGCTCATAAACCCTTAGACACTCAAAAAGGGTGGGAGACTAGCATATTAAGGAGCAAA CTTTAAACGTAATTCTTCACTAATCATGTTTGAGCTGTTTGGCTACTTCCATTTTCCTTTTCCTGTTAAAATCAAGTGTT ACAATTCATAGTGTATGTATGAACCACATTAGTGAAAG
CDS sequence (LotjaGi2g1v0365900.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAGGCATTTCCAAGAGACCCTCGTGGCTCACTTGAAGTATTCAACCCTTCCTCTTCCCTCACCACCGAGAAGCCAAC CAACTCGCCGTTACGCACCCAACACTCCTGGAAGGATTGGAAAGACCCAACACGCGCCGACGACCCTCCAAAGCCAATCG CCGGTTCAAATGCCGATGAAGTCGCGGTCGCAATCAGTGACCCTCCAACCTCCTGGATGGCAATCAGTGAAACTGCGTCA CCTCCACCGGTGGTCAGAGAATCCGCGGCGGCGCAGAGGGCGGCGGAGTGGGGTTTAGTGCTGAAAACAGACGCGGAGAC AGGGAAGCCGCAGGGAGTGGGGGTTCGGAGCTCCGGCGGGTCGAGAAGGGACTCGAAGACCTCCGTGAGAAGCTCCGGCG AGTCGTCAGATGACGGCGGCGGGGAGTACCGGGGAATACCGAGGGTGTCGGAGGATTTGAGGGATGCGTTGTCGGCGTTT CAACAGACATTCGTGGTGTCGGATGCTACCAAACCCGATTACCCGATATTGTATGCGAGTGCCGGGTTTTTTAAGATGAC GGGTTATACTTCCAAAGAGGTCATAGGGAGGAACTGTCGGTTTATGCAGGGATTAGATACTGATCCAGAGGACGTGGCTA AGATAAGAGAAGCACTGCAAGGTGGAGAGAGTTATTGTGGAAGGTTACTAAACTACAAGAAGGATGGGACTCCCTTTTGG AACCTTCTCACTATTTCCCCGATCAAGGACGACAATGGCAATGTCCTTAAATTTATAGGAATGCAAGTGGAGGTTAGCAA GCACACTGAGGGGTCCAAGGAAAAGATGCTACGTCCCAATGGATTGCCTGAATCCTTGATTCGATATGATGCTCGTGAGA AAGAGAAAGCAAACTCCTCAGTCACCGAGCTGGTTCAAGCCGTACGTCGCCCAAGAGCACTCAGTGAATCAACAAACCGT CCCTTGTTCATCAAAAAGCCAACAACAACACGCGATGCTGATCAAGACAAACCAGACAAGAAGCCATCAAGGAGAAAATC TGAGAGTGTTGCTTCTTCCAGACGCAAATCACACTCCGGCGGAGACACAATGCAGCGAATCTCCGAGCTCCCCGAGAAGA AAAACAAGAACTCACGCCGTCGTTCTTTCATGGGGTTCGTCAGGAAAAGTATGTCCAATTTTGAAAGCTTCCATGATGAA GAAGTTGCTGATGAGGGCTCTGATTCTAGTGAGGATGATGGCAGGACTGATAGCTTTGATGACTACAAAGTACAAAAGAG GGAAAAGAGAAAGGGTCTTGATCTTGCTACCACGCTTGAACGTATCGAGAAGAACTTTGTCATTACTGATCCGAGGCTAC CTGACAACCCCATTATCTTTGCTTCTGATAGCTTCTTAGAGCTTACGGAATATAGCCGCGAAGAAATCTTGGGAAGAAAT TGCAGGTTTCTGCAAGGACCTGAGACTGATCCAGCAACTGTGAAAAAAATTAGACAGGCTATTGACAACCAAACAGATGT TACTGTGCAGCTTATTAATTATACAAAGAGTGGTAAAAAGTTCTGGAACCTATTTCATTTACAACCAATGCGTGATCAGA AGGGAGAGGTACAGTATTTTATTGGGGTTCAACTTGATGGTAGTCAACATGTGGAGCCTCTTCACAACTGCATTAAAGAA GATACAGCAAAGGAGGGAGAACATTTGGTAAAACAAACAGCAGAAAATGTTGATGATGCATTGAGAGAACTCCCAGATGC AAATTTGAAACCAGATGATTTATGGATGAATCATTCAAAACTGGTTCACCCCAAACCTCACAGGAAGGATGCTGATGCTT GGAGAGCTATTCAGAAGATCCTAGATAATGGAGAACAGATAGGCTTAAAGCATTTCAAACCAATTAAGCCTTTGGGATCA GGAGATACTGGCAGTGTCCATCTGGTGGAGCTATGTGAAACTGGTCAATATTTTGCCATGAAGGCTATGGAGAAGGGTGT TATGCTCAATCGTAACAAGGTGCATAGAGCTTGCACAGAGAGAGAAATCCTGGACATGTTGGACCACCCTTTTCTTCCTG CATTATATGCTTCCTTTCAGACCAAAACACATGTTTGTTTAATAACTGATTACTATCCTGGAGAACTATTCATACTTCTT GACCGACAACCAGCAAAGGTTCTCAGGGAAGACTCAGTAAGATTTTATGCTGCTGAAGTAGTTGTTGCATTGGAGTACCT CCATTGTCAAGGGATCATATATCGGGATTTGAAGCCAGAAAATGTGTTACTCCAGAGCAGCGGACATGTCTCCCTAACAG ATTTTGATTTATCATGTTTAACATCTTGCAAACCACAGCTTGTAATTCCAGCTACAAATGAAAAAAAGGGACAGCAGAAA GGCCAACAGGCTCCTGTATTTATGGCTGAACCAATGAGAGCATCAAATTCTTTTGTTGGCACAGAAGAGTACATAGCACC GGAAATTATAACAGGTTCAGGCCATACTAGTGCAGTTGATTGGTGGGCTCTTGGAATTCTTCTATATGAAATGTTGTATG GTTACACTCCATTCAGGGGAAAAACTAGGCAAAGAACATTTGCAAATATTCTCCACAAGGATCTTAAATTTCCAAAAAGT AAACAGGTAAGTCTGAGTGGAAAACAGTTAATGTACCGGTTGTTGCAGAGAGACCCCAGTAGCAGATTGGGCTCAAAGGA AGGAGCAAATGAAATTAAGCGCCATCCCTTCTTCCGGGGTATCAACTGGGCCCTAGTTCGTTGCACGAAACCTCCTGAGC TTGATGCTCCTCTCTTTGGGACAACTGAAGAAGAAAAGAAAGCCAAATATGTAGATCCTGTGAAAGAGGATATGAGTGTC TTCTGA
Protein sequence (LotjaGi2g1v0365900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEAFPRDPRGSLEVFNPSSSLTTEKPTNSPLRTQHSWKDWKDPTRADDPPKPIAGSNADEVAVAISDPPTSWMAISETAS PPPVVRESAAAQRAAEWGLVLKTDAETGKPQGVGVRSSGGSRRDSKTSVRSSGESSDDGGGEYRGIPRVSEDLRDALSAF QQTFVVSDATKPDYPILYASAGFFKMTGYTSKEVIGRNCRFMQGLDTDPEDVAKIREALQGGESYCGRLLNYKKDGTPFW NLLTISPIKDDNGNVLKFIGMQVEVSKHTEGSKEKMLRPNGLPESLIRYDAREKEKANSSVTELVQAVRRPRALSESTNR PLFIKKPTTTRDADQDKPDKKPSRRKSESVASSRRKSHSGGDTMQRISELPEKKNKNSRRRSFMGFVRKSMSNFESFHDE EVADEGSDSSEDDGRTDSFDDYKVQKREKRKGLDLATTLERIEKNFVITDPRLPDNPIIFASDSFLELTEYSREEILGRN CRFLQGPETDPATVKKIRQAIDNQTDVTVQLINYTKSGKKFWNLFHLQPMRDQKGEVQYFIGVQLDGSQHVEPLHNCIKE DTAKEGEHLVKQTAENVDDALRELPDANLKPDDLWMNHSKLVHPKPHRKDADAWRAIQKILDNGEQIGLKHFKPIKPLGS GDTGSVHLVELCETGQYFAMKAMEKGVMLNRNKVHRACTEREILDMLDHPFLPALYASFQTKTHVCLITDYYPGELFILL DRQPAKVLREDSVRFYAAEVVVALEYLHCQGIIYRDLKPENVLLQSSGHVSLTDFDLSCLTSCKPQLVIPATNEKKGQQK GQQAPVFMAEPMRASNSFVGTEEYIAPEIITGSGHTSAVDWWALGILLYEMLYGYTPFRGKTRQRTFANILHKDLKFPKS KQVSLSGKQLMYRLLQRDPSSRLGSKEGANEIKRHPFFRGINWALVRCTKPPELDAPLFGTTEEEKKAKYVDPVKEDMSV F
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 |
|---|---|---|---|---|---|---|
| MobiDBLite | 1 | 60 | 60 | - | – | |
| MobiDBLite | 13 | 34 | 22 | - | – | |
| PANTHER | 62 | 961 | 900 | 0.0 | – | |
| PANTHER | 62 | 961 | 900 | 0.0 | – | |
| MobiDBLite | 101 | 146 | 46 | - | – | |
| ProSiteProfiles | 149 | 220 | 72 | 12.453 | ||
| SMART | 151 | 220 | 70 | 0.12 | ||
| Gene3D | 163 | 319 | 157 | 4.9E-47 | – | |
| Pfam | 170 | 266 | 97 | 1.8E-20 | ||
| SUPERFAMILY | 170 | 262 | 93 | 1.06E-24 | ||
| CDD | 176 | 265 | 90 | 2.45139E-9 | ||
| TIGRFAM | 176 | 270 | 95 | 7.2E-12 | ||
| ProSiteProfiles | 223 | 277 | 55 | 12.235 | ||
| SMART | 226 | 268 | 43 | 2.8E-6 | ||
| MobiDBLite | 310 | 381 | 72 | - | – | |
| MobiDBLite | 327 | 379 | 53 | - | – | |
| MobiDBLite | 397 | 423 | 27 | - | – | |
| Gene3D | 420 | 584 | 165 | 1.1E-49 | – | |
| ProSiteProfiles | 431 | 504 | 74 | 11.359 | ||
| SMART | 433 | 502 | 70 | 0.11 | ||
| CDD | 446 | 546 | 101 | 2.56641E-12 | ||
| SUPERFAMILY | 447 | 546 | 100 | 4.47E-25 | ||
| Pfam | 454 | 546 | 93 | 2.2E-20 | ||
| TIGRFAM | 456 | 546 | 91 | 8.7E-11 | ||
| ProSiteProfiles | 505 | 559 | 55 | 12.182 | ||
| SMART | 508 | 550 | 43 | 2.9E-8 | ||
| SUPERFAMILY | 619 | 936 | 318 | 2.05E-78 | ||
| CDD | 630 | 937 | 308 | 0.0 | – | |
| Gene3D | 631 | 714 | 84 | 1.9E-93 | – | |
| ProSiteProfiles | 632 | 918 | 287 | 44.23 | ||
| SMART | 632 | 918 | 287 | 7.1E-90 | ||
| Pfam | 634 | 918 | 285 | 1.6E-61 | ||
| ProSitePatterns | 638 | 661 | 24 | - | ||
| Gene3D | 715 | 930 | 216 | 1.9E-93 | – | |
| ProSitePatterns | 752 | 764 | 13 | - | ||
| Coils | 961 | 961 | 1 | - | – |
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 | 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. |
Expression pattern of LotjaGi2g1v0365900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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