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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0690200 |
| Transcript ID | LotjaGi1g1v0690200.1 |
| Related isoforms 9 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Phenylalanine ammonia-lyase; TAIR: AT2G37040.1 PHE ammonia lyase 1; Swiss-Prot: sp|P27991|PAL1_SOYBN Phenylalanine ammonia-lyase 1; TrEMBL-Plants: tr|A0PBZ4|A0PBZ4_LOTJA Phenylalanine ammonia-lyase; Found in the gene: LotjaGi1g1v0690200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:125781156..125793731) extracted from Lotus japonicus Gifu genome v1.2.
CTCACTCTTCCCTTTACCTCTCAGGAAACCCACAACTCACCAAACTAACATTTCCACATTCAGCTCACCAATCTCTTCCT CATTTTCCCTTCTCATAACTCTAGCAAACTTAGTCCATTTTTCTTAAGATAATCAATCTTGTAAGTGAGAGATCATATAT ACTAAGATGGCACCAACCACCAACAGCAACCACGAGAGCCTAAATAGTTCCATCTTCTGCACTGCTGCTAAAGCAGGCAG TGATCCCTTGAGTTGGGGTGTAGCAGCAGATTCGATGAAGGGGAGCCACCTGGATGAGGTCAAGCGCATGGTGGCTGAGT ACAGGAAGCCTGTGGTCAAGCTAGGCGGGGAAACTCTGACCATAGCTCAGGTAGCTGCCATTGCAGCAAACGACCAAGGC GTAAGCGTTGAGCTGTGCGAATCAGCTAGAGCTGGCGTTAAGGCGAGCAGTGACTGGGTGATGAACAGCATGAACAATGG CACTGACAGTTACGGTGTCACCACCGGCTTTGGCGCCACCTCCCACCGCAGAACCAAAAATGGCAATGCTTTGCAGCTAG AACTCATTAGGTAATAACTCAATTCCAATTTCAGCACACATAACTAACTACTTGCAGTTTAATTTATTTTCCATCCACTT CCTAATTAATTCATTCCTAACTCCTAATTGATTAGTCATCAGATATACATATACATTTCATTAAATAAAAGTTGTTGATG TTAATATGTTCTTGTTCTTCAGGTTTCTGAATGCTGGAATATTTGGCAATGGTACAGAAACAAGTCACACACTACCACAG CCTGCAACTAGAGCAGCGATGCTAGTGAGGATCAACACTCTTCTCCAAGGATACTCAGGCATTAGGTTTGAAATTCTAGA AGCTATCACCAAGCTCATCAACAACAACATCACCCCATGTTTACCACTTCGTGGTACTGTCACGGCCTCCGGTGATCTGG TCCCTCTTTCTTACATTGCCGGCTTGCTTACTGGCCGACAAAACTCCAAAGCTGTTGGACCATCTGGCAAGGTACTTAAT GCCAAGGAAGCTTTCCAATCAGCTGGCATAGACTCAGGGTTCTTTGAATTGCAGCCCAAGGAAGGGCTTGCTCTTGTTAA TGGCACTGCTGTTGGTTCTGGGTTAGCTTCTATTGTTCTCTTTGATGCGAACATTTTGGCTATACTGTCTGAAGTTTTAT CGGCTATTTTTGCCGAAGTGATGCAAGGGAAACCTGAATTTACCGACCATTTGACACATAAGTTAAAGCACCACCCTGGC CAAATTGAGGCTGCTGCTATCATGGAGCACATTTTGGATGGAAGTTCCTACATGAAAGCTGCAAAGAAGTTGCATGAGGT GGATCCTTTGCAAAAGCCAAAACAAGATCGATATGCACTTAGAACTTCACCTCAGTGGCTTGGCCCTCTGATTGAAGTGA TTCGATTCTCAACAAAGTCGATCGAGAGAGAGATTAATTCTGTGAACGACAACCCTTTGATTGATGTTTCCAGAAACAAG GCCTTGCACGGTGGTAATTTCCAAGGGACCCCTATTGGAGTTTCCATGGACAACACACGTCTGGCCCTTGCAGCAATTGG AAAACTCATGTTTGCTCAGTTCACTGAGCTTGTGGATGACCACTACAACAATGGCTTACCTTCAAATCTCACTGCTAGTA GAAATCCCAGCTTGGATTACGGTCTTAAGGGAGCTGAAATTGCAATGGCTTCTTATTGCTCTGAACTCCAATATCTTGCA AATCCAGTCACAACTCATGTCCAAAGTGCTGAGCAACACAACCAAGACGTGAACTCTTTGGGTTTGATTTCTTCTAGAAA AACCAACGAAGCCGTTGAGATCCTTAAGCTCATGTCTTCCACATTCTTGATTGCACTTTGCCAAGCAATTGACTTGAGGC ATTTGGAGGAGAACTTGAAATACTCAGTGAAGAGCACTGTAAGTCAAGTTGCCAAGAGGACTCTTACCACAGGTGTCAAC GGAGAACTCCATCCTTCCAGGTTTTGTGAAAAAGATTTGCTGAAGGTGGTCGATAGGGAAGCTGTATTTGCCTACATTGA TGACCCTTGCCTTGCTACTTACCCATTGATGCAGAAACTGAGGCAAGTGCTTGTGGATCATGCTTTAGTAAATGGAGAAA ACGAGAAGGACTCAAAGACATCAATCTTTCAAAAGATTGCAACTTTTGAGGATGAGTTGAAGAGTCTCTTGCCAAAGGAG GTTGAAAGTGCAAGGGCTGCATATGAGAGTGGCAATCCAACAATTTCAAACAAGATTAACGAATGCAGGTCTTATCCATT GTACAAGTTTGTGAGGGAGGAGCTGGGAACTGAGTTGCTAACTGGTGAAAAGTCCAGGTCACCAGGCGAGGAGTGTGACA AATTGTTCACAGCAATATGCCAGGGTAAAATTATTGATCCTCTTTTGGAATGCCTTGGGGAGTGGAACGGTGCCCCTCTT CCAATATGCTAACTTTATTAGTAACTTTTAGAAATGGTTTCTTTGTATCTTCGCAAGGGAAGCATTAATCATTCAGATTA TCAAGTCCTTAGCAAACTAATAAGGAAAACTCCATCTCAATTTCCTCGATGTGAAAGAGGAGCTTGTAATTTAATATTAT ATAATAGAATTTTTAGTTGTTTGCCAGAGCTTTGAGTATCACTATATTATAATACATAGTTTCATGTCTTTGAAACTGCA AACATTTTTCTTTATGTTGTATTTAGTTGAGTTCAAGTTTGTTTCTTAAGATCAGCATTACCTCAGCTTTTGGAAAATCA CATCTAATCGTGTGGAATTACAACTGAAGACAAGGGCAAACAGTATATTCAAATACTCGTTAGTCAGCACATTTAACAGC AGCGAGGGGCTGGAGTCTTTAGTTCATTTAGCATATTTTGTCTATAATTCAGCAAAGAGTGTCTTTTCTCCATTCAGAAA ATGGACAATTAGACACAGCAATCATTTCTCACTTTCATGTTTTGATGCCTAAAAATATCTGTTTTCATCAGCACATGTAT AACCAATTTTAGTGTATGAGTTTCAGATGATGTTTCCCACCCTTTGTTCACTTGTTGTTCTAGCTATATCTTTTCTTGAT TTTGTAAATTTTATACAATCTTCAAAAATTGTGCCAACAATAGGTTTAACCATGACAATGGTTTGATCAAATGAAATGTC CCTATTCACATGCTTTGGTATTTTACTTTTGTTATAATGAACTCTGCACAGCTTTATATCTTTCTTCCTTGCATCCTGCT CCAAAATGTAGTGTCTCTTACCATCCCTACCCCACTGAAAATGAAATCCTCCAAAGATTCTTTAAAATTCACTCCACTTT CTTGAAGACAATTTACTGATACTCATTGCACTAGATGCCTACAGTCCCTCCACTAATTCAGAATTTTGTAGAAGGTATAT TAGCCAGGTCAGGTAGCTAAACATTTGAAAACCAAAGTCATCAGAGAAAGGAAACTATGTTTGTACAACCTGTCAGTATG TTTTACTTATCCTACTTATCACTGATGTTGCACATTTGCAATAGAATTAACTTTGAAGCAAATATTGACATGATACTCTG GGTTGTCAAAGGGTTAACCACCAATTATGTAAATTGCTCAAATCTTTGAGCAGGAATATGAGAGGTATGGTTCCATGATA CATGACAATTGGAAAAGCTAGGCATTGCCACTGTACAGGGGAAACATATTTAGTAGGGCTATTAAGATTTAAGAGGTGCA TATGCATGAAACAGCACGACACCAATAATATAAGGCATTCAATACATCAACAAATCTTCTGTCTAGGTACAGTACTTTCT ACAAGCAATAAAGTTTAATGTAGAATATGGAATTATGGCTAAACATGTGGCAATAGGCTAATTGCACCATACTAATTATT AGGTGTGTAAAAAGTAATTTTAGGATGTACTCACTTGCCTTTGAGATAGACATCTGTGGTACCTGGGCTTTAGCCTTTTT GTGCTGGGCCTTTACGCTTTTAATATGATCCACCTTTGACCCAAAAAAAGATCTTATATCAGCAATGAGGGATCAAAAGC AGTAATGAAGCAGAAGTTAACCATTGACCAAAAAAAAAAAGCAGAAGTTAACCAGAATAGCAGGGAGCACTAGTTTTGGA CACATTGTCATGCACTAAGCAACAATAGAAGCCAGTTCAACATACTATCACATAGAGGATTTAATTTTTAAGGTAGAGTT TTCAATTTTTTCCCTGATGTAATTTTTTTCTTTTTAGGTAGAGGAGTTGAATGAATCAAGTTGAGCTAATGAACCAGACA GAACTCCAAATCAAATAAATTAAATTAAACTGGTTTAGATAGTTGTTAAAACTTGACCTACATGTTTAGCTTTTTCGTTG ACTGAATACACCAAACCATGAAACTTATTAGTAGAATATTAGATAAAATAATATGATTGTCATGTTGGTTGAAAAAATTA CAAAATAAAAACCAAGCCGTCTAAATTATTAGAATTCGGTGTGATGTAGAGGCTTGACTTGACTACGTTTGGAGTTGAAC TAGCAAGAGTGGTGTTCCCACATTGCTTCCTTCGTCTAATGCTGACCCCAACAACCTACCTCCACATTTCGTTTGGAAAC ACAGCAGCCACGTTGCAAGATCATAGCCGCTGGTAAAGGGAGTAGCAATCCTACGGATATAATTAGTTTTCCACCAACCC CCTTTCTAACAGAGCCCGCCAATCCTATTCTACCTAACAAAACCACATGACACACACACCACATTCTCTATAAATTCCCA CTCACCATTCCCTTCATCTCTCAGGAAATCAACAACCCTCCTAAGTATTTCCACATTCAACACAACAATCTCTACCTCAT AACTTGAGCAAGCCAGCTCCATTTGTGTTTCAATAATCAATCTTCCAAGTAAACTATTTATCAGTTTGCATTTTTAAGAT GGCACCAACCACCAACGGCCACCACCAAAGCCAAACCGATTCCATCTTTTGCACTACAGCTAAAACTGGCAGTGATCCCT TGAGTTGGGGTGTAGCGGCGGAGTCAATGAAGGGGAGCCATCTAGACGAGGTCAAGCGCATGGTGGCGGAGTACAGGAAG CCGGTGGTCAAGCTTGGCGGAGAGACCCTGACAATAGCTCAGGTGGCTGCCATTGCCGCAAACGACAGCGTGAGCGTTGA GCTGTGCGAATCAGCTAGAGCCGGCGTTAAGGCGAGCAGTGACTGGGTCATGAACAGCATGAACAACGGCACTGACAGTT ACGGAGTCACCACCGGATTCGGGGCCACCTCCCACCGTAGAACCAAAAATGGCAATGCTTTGCAGCTAGAACTCATCAGG TACTATACTATACTAACTCAAATCCACACTCATCATAACTAACTAGTACTAATTAATTAATCATCATATTTACAATTACA TTCATTGTATAAAAGTTGTTGATGTTTATATATTATTGTTCTTCAGGTTTTTGAATGCTGGAATATTTGGCAATGGTACC GAGACAAACCACACACTGCCACAGCCTGCAACCAGAGCAGCCATGCTAGTGAGGATCAACACTCTTCTCCAAGGGTACTC AGGCATTAGATTTGAAATCCTAGAAGCTATCACCAAGCTCATCAACAACAACATCACCCCATGTTTACCACTTCGTGGTA CTGTCACGGCTTCTGGTGATCTTGTCCCTCTTTCCTACATTGCTGGTTTGCTTACTGGCCGACAAAACTCCAAAGCTGTA GGACCCTCTGGCGAGGTGATTAATGCCAAGAAAGCTTTCCAATTGGCTGGCATTGACTCAGGGTTCTTCGAATTGCAGCC CAAGGAAGGGCTTGCCCTTGTGAATGGTACTGCTGTTGGTTCAGGGTTAGCTTCTATTGTTCTATTTGATGCTAACGTAT TGGCTATACTAGCTGAAGTTCTATCGGCTATTTTCGCTGAAGTGATGCAAGGGAAACCTGAATTCACTGACCATTTGACA CATAAGTTGAAGCACCACCCTGGCCAAATTGAGGCTGCTGCTATCATGGAGCACATCTTGGATGGAAGTTCCTACATGAA GGCAGCAAAGAAGTTGCACGAGGTGGATCCCTTGCAAAAGCCAAAACAGGATCGTTATGCACTCAGAACTTCCCCACAGT GGCTTGGCCCTCTGATTGAGGTGATTCGATTCTCAACAAAGTCAATCGAGAGAGAGATTAATTCTGTGAACGACAACCCT TTGATTGATGTCTCCAGAAACAAGGCCTTGCACGGTGGTAATTTCCAAGGAACCCCTATTGGAGTTTCCATGGACAACAC ACGCCTGGCGCTTGCAGCAATTGGCAAACTCATGTTTGCTCAATTCACTGAGCTGGTGGATGATCATTACAACAATGGGT TGCCTTCAAATCTCACAGCAAGTAGAAATCCCAGCTTGGATTATGGTCTCAAGGGAGCTGAAATTGCCATGGCTTCTTAT TGCTCAGAACTCCAATATCTTGCAAATCCCGTCACAACCCATGTGCAAAGTGCTGAGCAACACAACCAAGATGTGAACTC TTTGGGTTTGATTTCTTCTAGAAAAACCTATGAAGCCATTGAGATCCTTAAGCTCATGTCTTCCACATTCTTGATTGCAC TTTGCCAAGCAATTGATTTGAGGCATTTGGAGGAGAACTTGAAACACTCAGTGAAGAGTACTGTCAGTCAAGTTGCCAAG AGGACTCTTACCACTGGTGTTAGCGGAGAACTCCATCCTTCCAGGTTTTGTGAAAAAGATTTGCTGAAGGTGGTCGATAG GGAAACTCTATTTGCCTACATCGATGACCCCTGCCTTGCTACTTACCCATTGATGCAAAAGCTGAGGCAAGTGCTTGTGG ATCATGCGTTAGTAAATGGAGAAAATGAGAAGGACTCAAAGACATCAATCTTTCAAAAGATTGGAAGTTTTGAGGATGAG TTGAAGAGTCTACTGCCAAAGGAGGTTGAAAGTGCAAGGGCTGCATATGAGAGTGGCAATCCAGCAATTCCAAACAAGAT CAATGAATGCAGATCTTACCCACTGTACAAGTTTGTGAGGGAAGAGTTGGGAACTGAGTTGCTAACTGGTGAAAAGTCCA GGTCACCAGGTGAGGAGTTTGACAAACTGTTCACAGCAATATGCCAGGGTAAAATTATAGATCCTCTTTTGGAATGCCTT GGGGAGTGGAACGGTGCTCCTCTTCCAATTTGTTAACTTTACTAGTTTCTTCAGGATATGTTTTCTTTGTACTTATGCTA CTGTAACTTTATTCATTTGCTTTATCAAGCCTTGGGCAAAATAATATGGAAAACTAATTTGCGGAATATGGAATTATGGC TAAACATGTTACTAGGCTATAGCTATTTGTACCAAACTAATTTGTGGAATTTCTCCACAATATGCTAACTTTAAAGATCA AATTCCCTGTACAGGTATGACATTGAACTCTTAAGCAAGGTAAACAGGAAATAAAACTAAATAAGGATAGAAAGAAAGAG AACAAATAAACCCTGGCATTGCTCATCAACTTTTAATATCTGCTAAACAACCACCTGGAATGTCCCCATCCAAAGCAACC TCAAGATCAATAAACCACTAAATCATGATATGTGACATATATATCAAAGCAGAAAGACAAGAGATAAAAGTAGATTTTTG CAAAAGCTGGGTGCGAGGGGAAATGATGAGAATCTGACATTAAATCAGAATAAGCCTGCAGACCCTAAACCAAGTTCTAT AAATTTCATCTCACCTTATTCAAATAAAAAAACCAGAATACCAACCATTAAAAGTTAGTCTAATATTTTGGAATTGCTCT TAAATTTCAGCAAGCTAGTAGTTTGATTACCTGGCTTTTACCAAAAAGAGACTTATGTGAGAAACATGTTACAGACAACA TGTTACAGAACATTTTCCCACCCTTTCCCAAAACTTATGCATCATAGATGCAGTTCAGTATATTAAGATCACCAACTCAG ACCAGAATCTTTGGTTTTTAGCTTATCTGAAACCAATTCAGGGAAGTAACAACACTTCAGTCTAGTACAGATAGAGGAGT AGAATCAAATGAAATCAATGTATAAGTTTTACATTTATACACCAATTTTAGGCCACTAGTTTGTTTTAATCCAATGTCTG CGAAGAATGCAAATCTTATATGTAAAATCCAACGCTAATTAGGGAAAAGGGATAAGCTCTAGACAGAATAAAACTATAAT TGTTTCTAAAACTCTTACAGTTCGAGAGAAGACATTTTACCATGCTATGTGATGTGATGTGAGGTTTAAACTTCAGAATA TAGTGATTTGTACCCTTTGCATCATACGTGTAATTGTTAAGTAATCTTATACTTTTTCTACCTCTTCCCACCGTTTTTGT CTGCTCACCTGTGCTTTCTGCTTTGAACTTCACTATGTTCATAATCCTGTTTGTCTTACCTCTCATTTCCACTCTGTTTT TGTTCTTATTTTTTCTCTATTCTATCTCTATCACATCACTTATGCTATCACTCATTTCTCTCTCTTATATTTCTTTCAAA AAGTGTAGAGGGTAAAAGTATGAAGAGAACATTAATCTTCTGTTTTTCCTTCTTTTCTCATTCAATCGTATTATTAAGTA CAAGAGCTCTTAAACTTATATCAAATAAAAATTTCAAAAAAAAATTGCATTTTGTTAAATCCCGAATATATATATATATA TATATATATATATATATATTTAATTAAAATAAAAACAAAATTACTATTTGATTCACATTTTTTATCAATATTTATATTTT CTTTCTAAGGTGTATAATTGTCAATTATGATATGAGTATAATTCATTTACACTCTTATAATTTTCCACTTCATTTACTTT TTCTTAATTATATACACATAACATAAGGGGTAAGCCCTTCTAAGAAAATGAGAAGAAAAAAAAAATGGTAGTCCGTCCAT CCAATCAGAACCATCCCAGAATGAAGTCTATAGATTAATCAACAAATTAATAACAGCAGAAGTGCAAAAAACCAGAACCA CTAAAAGAAAACCAGCCAAATGAGAAATAAACCAAAATAGCAGGGGACACCAGTTTTGAACACCATGGTCATGCCTTAAG CAACAAAAGAAGCCGGCTCAGCATAATATTTTTCTTTGTATTTCATCTCATCTCCACATATATTCTCTTCTTAATTATTT CTTATTTTTCTATCATATTACATATCGTCTCTCTCATTTTCTCTTTTTTTTTCCTTTCTCCCACTTGGTATAAGTATGGG AGAAGTGTGAATAACAACTTATTCATCATAATATAGAAGATGTTAACGTTTAAGAAAGAATTTTCTATTTTTTTCACTGA AGTAATTTTTTTCTTTTTAGGCACATGAGTTGCTTGAATAAAGCTGTGCTACTTAATCGAACAGTACTCCAAGAGTCCAA GTCAAATAGATTAAACTGGTTTAGATAATTGTTTCCTTTGATGTCAAAACTTGACCCATGCACGTGCTTTAGCTTACGTT GACTGAAACCAAACCGTGAAAACTTGGTATGTTACATTTGATCCTCACGTTGATTGAGAAAAACTACAAAAAAACAAACC AAGCCGTCAAAAGAATACTGTGTGGTACATGCTTGACTTGACTGTGTTTGGTGTACCTCGCAGATTCCTTCCTCTTCCAA CTACCTTCTCATTTCGTTTGGAGGACACAGCAGCCACATCTACCAACAAGCTTGAACAAATCTTGGAGTGACACGTAGCA GGATCCAAGTCGCTCGTGAAGGAATGGCAATCAGACGGCCATTATAAATTTTTCACCAACCCCCTTTCTGTCCTATCTAC CTAACAGCTACGCATGACTCACACACCAATCTTCCTATAAATGCCCACTCACTCTCCATTCATCTCTCAGGAAATCAACA ATTCTCCTAAGTATTTCCACATTTAACACAACAATCTCTTCTCTCCCTCATAACTTGAGCAAGCTAGCTCCATTTTTTGT TACGATAATCAATCTTTCAAGTATAATATCTATCAGTTTGCAATAATATTAAGATGGCACCAACCACCAATGGCCACCAC CAGAGCCAAAATGATTCCATCTTCTGCACAGCTGCTAAAGCCGGCAGTGATCCCTTAAGTTGGGGTGTAGCAGCAGAGTC AATGAAGGGGAGCCACCTGGACGAGGTCAAGCGCATGGTGGCAGAGTACCGGAAGCCGGTGGTCAAGCTTGGCGGAGAGA CTCTCACAATAGCTCAGGTGGCTGCCATCGCCGCAAACGACCAAGGCGTGAGCGTTGAGCTTTGTGAATCAGCTAGAGCT GGCGTCAAGGCAAGCAGTGACTGGGTGATGAACAGCATGAACAACGGCACTGACAGTTACGGTGTCACCACCGGCTTCGG CGCCACTTCCCACCGTAGAACCAAAAATGGCAATGCTTTGCAGCTAGAACTCATCAGGTACTATAATATACTAACTCAAT TCCACACTCATCATAACTAACTACTAATTAATTAATCATCTTATTTGCAATTACATTCAATGTATAAAAGTTGTTGATGT TTATATATTCTTGTTCTTCAGGTTTTTGAATGCTGGAATATTTGGCAATGGTACCGAGACAAACCACACACTGCCACAGC CTGCAACCAGAGCAGCCATGCTAGTGAGGATCAACACTCTTCTCCAAGGATACTCAGGCATTAGATTTGAAATCCTAGAA GCTATCACCAAGCTCATCAACAACAACATCACCCCTTGTTTACCACTTCGTGGTACTGTCACGGCTTCTGGTGATCTAGT CCCTCTTTCCTACATTGCTGGTTTGCTTACTGGCCGACAAAATTCCAAAGCCGTTGGACCATCCGGCGAGGTGGTTAATG CCAAGGAAGCTTTCCAATTGGCTGGCATTGACTCTGGGTTCTTTGAATTGCAGCCTAAGGAAGGGCTTGCCCTTGTAAAT GGCACTGCTGTTGGTTCTGGGTTAGCTTCTATTGTTCTCTTTGATGCTAATGTATTGGCTATACTATCTGAAGTTCTATC AGCTATTTTTGCCGAAGTCATGCAAGGGAAACCTGAATTCACTGACCATTTGACTCATAAGTTGAAGCACCACCCTGGCC AGATTGAGGCTGCTGCTATCATGGAGCACATCTTGGATGGAAGTTCCTATATGAAAGCAGCAAAGAAGTTGCACGATGTG GACCCTTTACAAAAGCCAAAACAAGATCGATATGCACTTCGTACTTCTCCACAATGGCTTGGTCCTCTGATTGAAGTGAT TCGATTCTCAACAAAGTCAATCGAGAGAGAGATTAACTCTGTGAATGACAACCCTTTGATTGATGTTTCAAGAAACAAGG CCTTGCACGGTGGTAATTTCCAAGGAACCCCTATTGGAGTTTCCATGGACAACACACGCCTGGCTCTTGCAGCAATTGGC AAACTCATGTTTGCTCAATTCACTGAGCTTGTGGATGATCATTACAACAACGGGCTGCCTTCAAATCTCACAGCTAGTAG AAATCCCAGCTTGGATTATGGTCTCAAGGGAGCTGAAATTGCCATGGCTTCTTATTGCTCCGAGCTCCAATATCTTGCGA ATCCAGTCACAACTCATGTCCAAAGTGCTGAGCAACATAACCAAGATGTGAATTCCTTGGGTTTGATTTCTTCTAGAAAA ACGTATGAAGCCATTGAAATCCTTAAGCTCATGTCTTCCACATTCTTGATTGCACTTTGCCAAGCAATTGACTTGAGGCA TTTGGAGGAGAACTTGAAACACTCGGTGAAGAGCACTGTAAGTCAAGTTGCCAAGAGGACTCTGACCACTGGTGTTAATG GGGAACTCCATCCTTCCAGGTTTTGTGAAAAAGATTTGCTGAAGGTGGTCGATAGGGAAACTCTATTTGCCTACATTGAT GACCCATGCCTTGCTACTTACCCATTGATGCAAAAACTGAGGCAAGTGCTTGTGGACCATGCATTAGTAAATGGAGAAAA CGAGAAGGACTCAAAGACATCAATCTTTCAAAAGATTGCAACTTTCGAGGATGAGTTGAAGAGTCTCTTGCCTAAGGAGG TCGAAAGCGCAAGGGCTGCATATGAGAGTGGAAATCCAGCAATTCCAAACAAGATAAATGAATGCAGATCTTACCCACTG TACAAGTTTGTGAGGGAGGAGCTGGGAACTGAGTTGCTTACTGGTGAAAAGACCAGGTCTCCGGGCGAGGAGTTTGACAA ATTGTTCACAGCAATATGCCAGGGTAAAATTATTGATCCACTTATGGAATGCCTTGGAGAGTGGAACGGTGCCCCTCTTC CAATTTGTTAATTTTACCAGTCATTTTTTTATATGATTTCTTTGTATTTATAAAGCGTAACATTAGTCATTTGTTTTATC AATTCTTGTAACCACTGCGTGTAGACCAAAATAGCTGCACAGCTTTGTAATAAATCTATTACTTTCTCTATATGTATCCT ATTTTCTCACACTAACAGGGCATCAGCTAACTAAAGAAGTCTACGGCTTTAAGGTTTGCGTCGCTTCTCCCTACTTCTAA ACGTCACGCCTCACCC
CDS sequence (LotjaGi1g1v0690200.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCACCAACCACCAACAGCAACCACGAGAGCCTAAATAGTTCCATCTTCTGCACTGCTGCTAAAGCAGGCAGTGATCC CTTGAGTTGGGGTGTAGCAGCAGATTCGATGAAGGGGAGCCACCTGGATGAGGTCAAGCGCATGGTGGCGGAGTACAGGA AGCCGGTGGTCAAGCTTGGCGGAGAGACCCTGACAATAGCTCAGGTGGCTGCCATTGCCGCAAACGACAGCGTGAGCGTT GAGCTGTGCGAATCAGCTAGAGCCGGCGTTAAGGCGAGCAGTGACTGGGTCATGAACAGCATGAACAACGGCACTGACAG TTACGGAGTCACCACCGGATTCGGGGCCACCTCCCACCGTAGAACCAAAAATGGCAATGCTTTGCAGCTAGAACTCATCA GGTTTTTGAATGCTGGAATATTTGGCAATGGTACCGAGACAAACCACACACTGCCACAGCCTGCAACCAGAGCAGCCATG CTAGTGAGGATCAACACTCTTCTCCAAGGATACTCAGGCATTAGATTTGAAATCCTAGAAGCTATCACCAAGCTCATCAA CAACAACATCACCCCTTGTTTACCACTTCGTGGTACTGTCACGGCTTCTGGTGATCTAGTCCCTCTTTCCTACATTGCTG GTTTGCTTACTGGCCGACAAAATTCCAAAGCCGTTGGACCATCCGGCGAGGTGGTTAATGCCAAGGAAGCTTTCCAATTG GCTGGCATTGACTCTGGGTTCTTTGAATTGCAGCCTAAGGAAGGGCTTGCCCTTGTAAATGGCACTGCTGTTGGTTCTGG GTTAGCTTCTATTGTTCTCTTTGATGCTAATGTATTGGCTATACTATCTGAAGTTCTATCAGCTATTTTTGCCGAAGTCA TGCAAGGGAAACCTGAATTCACTGACCATTTGACTCATAAGTTGAAGCACCACCCTGGCCAGATTGAGGCTGCTGCTATC ATGGAGCACATCTTGGATGGAAGTTCCTATATGAAAGCAGCAAAGAAGTTGCACGATGTGGACCCTTTACAAAAGCCAAA ACAAGATCGATATGCACTTCGTACTTCTCCACAATGGCTTGGTCCTCTGATTGAAGTGATTCGATTCTCAACAAAGTCAA TCGAGAGAGAGATTAACTCTGTGAATGACAACCCTTTGATTGATGTTTCAAGAAACAAGGCCTTGCACGGTGGTAATTTC CAAGGAACCCCTATTGGAGTTTCCATGGACAACACACGCCTGGCTCTTGCAGCAATTGGCAAACTCATGTTTGCTCAATT CACTGAGCTTGTGGATGATCATTACAACAACGGGCTGCCTTCAAATCTCACAGCTAGTAGAAATCCCAGCTTGGATTATG GTCTCAAGGGAGCTGAAATTGCCATGGCTTCTTATTGCTCCGAGCTCCAATATCTTGCGAATCCAGTCACAACTCATGTC CAAAGTGCTGAGCAACATAACCAAGATGTGAATTCCTTGGGTTTGATTTCTTCTAGAAAAACGTATGAAGCCATTGAAAT CCTTAAGCTCATGTCTTCCACATTCTTGATTGCACTTTGCCAAGCAATTGACTTGAGGCATTTGGAGGAGAACTTGAAAC ACTCGGTGAAGAGCACTGTAAGTCAAGTTGCCAAGAGGACTCTGACCACTGGTGTTAATGGGGAACTCCATCCTTCCAGG TTTTGTGAAAAAGATTTGCTGAAGGTGGTCGATAGGGAAACTCTATTTGCCTACATTGATGACCCATGCCTTGCTACTTA CCCATTGATGCAAAAACTGAGGCAAGTGCTTGTGGACCATGCATTAGTAAATGGAGAAAACGAGAAGGACTCAAAGACAT CAATCTTTCAAAAGATTGCAACTTTCGAGGATGAGTTGAAGAGTCTCTTGCCTAAGGAGGTCGAAAGCGCAAGGGCTGCA TATGAGAGTGGAAATCCAGCAATTCCAAACAAGATAAATGAATGCAGATCTTACCCACTGTACAAGTTTGTGAGGGAGGA GCTGGGAACTGAGTTGCTTACTGGTGAAAAGACCAGGTCTCCGGGCGAGGAGTTTGACAAATTGTTCACAGCAATATGCC AGGGTAAAATTATTGATCCACTTATGGAATGCCTTGGAGAGTGGAACGGTGCCCCTCTTCCAATTTGTTAA
Protein sequence (LotjaGi1g1v0690200.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAPTTNSNHESLNSSIFCTAAKAGSDPLSWGVAADSMKGSHLDEVKRMVAEYRKPVVKLGGETLTIAQVAAIAANDSVSV ELCESARAGVKASSDWVMNSMNNGTDSYGVTTGFGATSHRRTKNGNALQLELIRFLNAGIFGNGTETNHTLPQPATRAAM LVRINTLLQGYSGIRFEILEAITKLINNNITPCLPLRGTVTASGDLVPLSYIAGLLTGRQNSKAVGPSGEVVNAKEAFQL AGIDSGFFELQPKEGLALVNGTAVGSGLASIVLFDANVLAILSEVLSAIFAEVMQGKPEFTDHLTHKLKHHPGQIEAAAI MEHILDGSSYMKAAKKLHDVDPLQKPKQDRYALRTSPQWLGPLIEVIRFSTKSIEREINSVNDNPLIDVSRNKALHGGNF QGTPIGVSMDNTRLALAAIGKLMFAQFTELVDDHYNNGLPSNLTASRNPSLDYGLKGAEIAMASYCSELQYLANPVTTHV QSAEQHNQDVNSLGLISSRKTYEAIEILKLMSSTFLIALCQAIDLRHLEENLKHSVKSTVSQVAKRTLTTGVNGELHPSR FCEKDLLKVVDRETLFAYIDDPCLATYPLMQKLRQVLVDHALVNGENEKDSKTSIFQKIATFEDELKSLLPKEVESARAA YESGNPAIPNKINECRSYPLYKFVREELGTELLTGEKTRSPGEEFDKLFTAICQGKIIDPLMECLGEWNGAPLPIC
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 | 12 | 716 | 705 | 0.0 | – | |
| PANTHER | 12 | 716 | 705 | 0.0 | ||
| Gene3D | 25 | 262 | 238 | 5.9E-95 | ||
| SUPERFAMILY | 26 | 716 | 691 | 3.85E-263 | ||
| TIGRFAM | 26 | 705 | 680 | 0.0 | ||
| CDD | 62 | 526 | 465 | 0.0 | ||
| Pfam | 64 | 534 | 471 | 8.2E-153 | ||
| ProSitePatterns | 198 | 214 | 17 | - | ||
| Gene3D | 263 | 705 | 443 | 2.2E-217 | – | |
| Gene3D | 529 | 643 | 115 | 2.2E-217 |
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 | Catalytic activity | Catalysis of a biochemical reaction at physiological temperatures. In biologically catalyzed reactions, the reactants are known as substrates, and the catalysts are naturally occurring macromolecular substances known as enzymes. Enzymes possess specific binding sites for substrates, and are usually composed wholly or largely of protein, but RNA that has catalytic activity (ribozyme) is often also regarded as enzymatic. | ||
| Cellular component | Cytoplasm | All of the contents of a cell excluding the plasma membrane and nucleus, but including other subcellular structures. | ||
| Biological process | L-phenylalanine catabolic process | The chemical reactions and pathways resulting in the breakdown of phenylalanine, 2-amino-3-phenylpropanoic acid. | ||
| Molecular function | Ammonia-lyase activity | Catalysis of the release of ammonia by the cleavage of a carbon-nitrogen bond or the reverse reaction with ammonia as a substrate. |
Expression pattern of LotjaGi1g1v0690200.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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