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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0690300 |
| Transcript ID | LotjaGi1g1v0690300.1 |
| Related isoforms 10 | |
| 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|A0PBZ3|A0PBZ3_LOTJA Phenylalanine ammonia-lyase; Found in the gene: LotjaGi1g1v0690300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:125802348..125817468) extracted from Lotus japonicus Gifu genome v1.2.
CTTTTATTTTATTCACTTATCCAAAGCGTTAAAACTTGGGCCTTACAAAACTTGACTTGCTAGTGCTTAAAGGAAATTGA AGCTTCTTTTGCTTAGCAATTGGACAAATGTCACAAGAATGTGTTTTATTACAATGAACATATGGAAAAAGGTCCTTAAT GGACTGATCCTTTACACAAGAAGGATGCCCTAGTCTATAGTGCCATAGGTTTGAATTATTAGACACTGAACTATTTACAA GGCTATTCACAAAGCTATTTACATGAGATTTATGGATAGAGTTGGAAGACTTGACCGAAGCAAGGTAGGCATCAATGATG GGAGCACTGGCTTGATTTCTGAAGATGTACAACCCTCTAATTGCCTTAGCTGTGCCAATCATCTTCCAAGCATTGGAATC CTGTATCAAACAATCATCATTTTCCAAAGTCAGCTTAAACTTCATGCATTTAACCAATGTGTAAACTGATATCAAATTAT AGGTAAAATCTGGCAAATACAACACATTAGTGAGCACTAAAGTATCTGAGACTCTAATTGTGCCCTTGATTGTTGCAATG CATATAGTGCCATTGGGAAGAGACACCCTGACAGGAGAAATCTTCTTGTAAGTGATGAAACAAGCAAGATTAGTGCAAAT ATGATCTGTGGCTCCAGTGTCCACAACCCAAATTAAAAATTTACCATTCTTGGTGGTGATGGCAATCTTGGAACAAGCAT TCACACTGGCTGTTTGGGAATCCTGAGAAGGCAAGAGAGCTAGCAAAGTGTTGTACTGATCTTGTGTGGACCCAAATTTG CAAGGTTGATCTTGAGGATATGCAGCTTGATCGTCCTTATTGACATGGACACAATTAGCAGATTTAGGAGGATACTTCCT GGACTTGTACCCTGGAGGAAACCCATGCTTTCTGTAGCATTCCTCAATGGTATGACCCATCTTCCCACAATGTGTACACT TCTTAGAGTTGTACCTTCCAGAATTGCCAGCAGATCCATAATTACTAGAAGAATTAGGCTTGCTCATGGTAGTTTCCTTA GAAGCCATCATGGCATTAGCACCTGCAACATTCTCTGTAACAAATTGCCTTTCCTGCTGAGCTATCATGGCAAAAACGCG ATTGACATTCGGAAGGGAATCAAGAAGCATCAACTGAGAACGAACACCAGAATATTGATCGTTTAGACCACGCAAGAATC GAACAACCTGATTTTTATTGCACTCTTCACCAATCTTCCTAAGAGCTCCACAAGAACATGATGGATTGCAAGTACATACC GGAAGAGGATTGAGGATGTCCAATTCATCCCAGAGTGTCTTCATCGAGGTGTAGAATTTCGAAATTGAGCTATCCCCTTG ACGTAATCCAAAGATTTCTTCTTGGATCTCAGAAATTCGAAACAAATCTGCTTGAGAAAACCTCTCGCGCAATTCATTCC ATACATCGGTAGCTTTGTCACGCCAGAGAACAGATTGTGCAATTTCAGGGGTGGGGACTAGGGTGGGGAACTTTCAAAGT GGTCCACGGGTGGACCAGAGGACAATTTTGACTTTTCCCCTTCCTTTACCTTTACCTTTTCCTCTTCCTCTCCCTTCTTC CCATCACCGTTGCTAGCTTCTCAACCACCATTTCTTGACGAAAATCTTCAGTATCAAATCCACACCCAACATTCAATCTA TTCAAATGCAAATAGCTAAAAACCTTCAAATCAATCATACAATCCCATCACAGAAAACCCATAAGAACCCAATTCATAAA CAAAAATTCGTGCGAGAAAGATGGAATCTTTTTTTTTTTTCGAAAATTAAACTTGGCAAGCACTCACTTAGATGACTGGG GTACACGTTCGTCAAGTCAATTTATACAACAAAATGTTGATGCCCTAACATTTAATTTTAGGTGGACTTTTTATTCCTCA AGTCTCAAACTAAATTTTCCTCAAATAATTGATAGAGGAAGAATGAGTTGCGGTAAGACTTAGAAGTTTGACATCAGAAC AAAACAACCATCTATTGTTAACAGTAAACCTGATTCTAATCCTTTTTCAACCCCAGTATCGGTATCTGGCTCAAAACCTT AGCGTCAAGAACTGCATACTGCTCTTCGTATTGGGCTGAAATTGTTCCAGCGAGATGTGTTAGTGTTTGTGTTGATCTGC AACTTGATTCCCTGAAATCCCAACCGGGAAGCCATCAGAGGCGCAATCAGCCACATCGGGGTCGGGGCTCGCGGGGGAGG AGGCGGAGTATGGGCTGAGCTCCGGCGGAAGGTGGTGGTTGTGGCGGAGAGAAGAACCAGTGAGAAAGGGAGAAGAAGAG GGAGAGGGGTCTATTTACTCTATTGCCCTTTTATCATCCGTCAAATCCTAACCATTCAATAAAAGAATATTCTAAGATTC TGAGATCTAACGATGTAGGATGATGGTCCACCGGTGGACCAGTCTCAAAGTTCCCCACCCATGTTAGGTACGTATGAAGG GAAAATGTAAACAATGGAAGTCCAAACGTGCATGAGTCTTGTTTTATAAAAGGAGTGTGAACTTCTAGTCCTAAAAGTAC GAAGTGTGAACTTAAAAATAAAGGATGAAGACTTTATAAATCACAAGACAAATTTTAAGTGTGGATTGCATGTTAATTGG AGCACTGAGTAAGCAGTAGGTATAGCTTGACAGTTGACTGAATCCCACGTTGTAATGGGGCAACTATGACTTGCGATATT ATCAAATATCAAGTTGTTAGTCCAAAAAGAAATGGATTTGCATTTCTGTCAAATATACTTGACCTCGATTACGATATTGG TCATGCACATGCTGTAGCCTTTAGTTGACTGAGTTAACGAAAACTTGTAAAATCATAAATTATTAGATAGATAAATTGAT GTGATTGTCATTGTTTATTGAAATTATAAAATAACAACCAAGCCGTCAAAATTATTAGTCTAAATTATTGATTTTGTCAC ACTTCATTTTCTATTACATATTATTTTCACTCATCTTTTCTTCATATATTGCAATCTTTTATTCTATCACATCATCTATT ATATATCTTGGTGCCCACTAGGGTGGGCAACTTTTAAACTGGTCCACGGGTGCACCAGCCTTTCAAGCAGTTAGATATAA GAATATTGGAATATTCCTTAATTGAATGGCTAGGATTAGATGAGGGATAAAAGGATAAAAATGTAATTGATAACCCCTAA GTCAGTCCCCATCTTCTTCTCTCTGAGTCTCTAGTTTTGAAAGAGTGTAGATCTGTTTCTCTTTGATTGTGTCTTCACCA GTGCCCAAACTGTGTTTGAGATTTAGAACGAAGCTAAATTTGAAAGCTCAACCACTCTTCTTCCCTAGATGATCAACAAT TAATCTAAAACCAAATCATTTTCTTTTAAAATTGAAGGCATGAAAGCTAGAGAAATTATCGAAAGCAACTTGAGTTCTTG GTACTGAAAAAAATGGTTTCGATGGAAACACAATATGGTGAATAAAAACAAAACATATGGCAAAAACTCGCCATGAATTA AGGAAGACAGGTTCAAGGGAGTTATGCACAATGAATTCTGCAAATTTGCATACACCAACTTGCATACATCACAGTAATAA AAATAAATCATTCTTCGGTACCAAAATGGCCGTGTTTGAATTGATTAAGGTGAGCATTTGCTTCATCAACTTCGCCCTCA ACCCATTAACCTCCCAAACAACATGTCTGTGACAAAGATCCAGATTTGACTCCCAAACTCGCCGATTTGACTCGCAAGTC GCTGGATTGCGACTCGCAGGAAACGCTGGTGGTGAACCTGATGCTGTGACCACCGGCAAAGATTCAGATTTCCACATGCA TCTCCGATCCATTTCAGATTCAGATCCACCATTTTCTGTAATTGCTTGTCTTTTTTTCTCATAAAGATTGGATCTTTATG GGTTTGTAACAGATCTTGGTTCAGAAACAGAACTAGAAACTGAAGGATTTGAAGATGACAACGACGGAGTTGACGGTGGC AGAGGAGGAGGAGGTTGGTGGGGTTTCGCCGGAAAATAGAGGAGAAGATGGTGGTGGCGGCCTCCTCCATGGTTGCTTCC AGAAGAAGAACAAACGTGAGGAAGATTGAGAGAGATGCGTGAGCGTGACTGAGCGTTTCTTTTTAGGATTTAATTTTTTT TAGCTTTTGTAAATTACCAATATAACCATGAGTGCACCGGTGGACCAGTTTGAAGGTTTTCCACCCTAGTGGGCACCATA TATCTTTTCATATATCGTGCATATATATATATATATATTAATAATTAACTGACATATAATTAAATTGTGTTGATCACTAT GAGATATTTCACTTTTGTGACAACTTTTGCTGTCAATGCACTTTATGACGGTTAAAAATCATCACAAATATGAATGTCTA ATAATGAGCTGCGTTGTTTATACGTTCAACCAAATTTTTTTTATATATAAAAGTGTGTTAGGAGTGTAAAAAAATATTAT TTAATAGATTAAATGTATTGATTCATTTACACTTCACTTTCTATTATATCACAATTTTAGTCATCTTCTTTTCATATATG AGTATCTTTTTTACGTTCTTCATTTAGACAACTCTTATTATATCTCTCATTTATTTTCTTCATATCATCATATCTATCAT GAATTATGTAGGGTGTTCAGAGTGTGTACTGTAATGAGACATTATTATTGATTAACATAAGGTAAGGTGTGATGTGGAGG CTTAACTAACCTTAAGAAAATAGAATGGTGTGTCCCTCGTTGCTTCCTTCCATTCCAACTACCTCCCCCTCATTTCCGTT GAAGCCACATTGCATGATCCTAGCCGCTAATAAGGGAGTGGACAATCGAACAGCCATAATTAATTCTCCACCAACACCAT TTCTATTCTCTTTATAAATACCCACTCACTCTATCAGACAATCATCCCCAAATTAACATTTCCACTAGTTTCTTCTTCAA TACGCCAATCTCTTAATCTCCTCAGTTTAATCTTTAATCACATCTAATCACTTTCCATTATTTCTTAATTAAGATTAACA TGGCCCCAAACACCAACGCCACGCAAAACGGTTCCATCTTCTGCAACACTGTCAAAACCGCCGCCACTGATCCGTTAAGT TGGGGGGTCGCGGCGGAGTCCATGAAAGGGAGCCACCTCGACGAGGTCAAGCGCATGGTGGCGGAGTACCGCAAGGCGGT GGTCAAGCTTGGCGGAGAGACTCTCACAATAGCTCAGGTAGCTGCCATCGCCGCAAACCACCAAGGCGTGAGCGTTGAGC TTTGTGAATCAGCTAGAGCTGGCGTTAAGGCGAGCAGTGACTGGGTCATGAACAGCATGAACAACGGCACTGACAGTTAC GGTGTCACCACCGGCTTCGGCGCCACCTCCCACCGCAGAACCAAAAATGGCAATGCTCTGCAGCTAGAACTCATCAGGTA CTATACTATACTATACTAACTCAATTCCACACATATTGCATTGTATACAAGTTGTTGATTAATCATCATATTTACAATTG CATTGTATCAAAGTGTTGATGTTTATATATTAATTCTTGTTGTTCAGGTTTTTGAATGCTGGAATATTTGGCAATGGTAC TGAATCAACTCACACCTTGCCACAGCCTGCAACTAGAGCAGCAATGCTAGTGAGGATCAACACACTTCTCCAGGGATACT CAGGCATTAGGTTTGAAATCCTTGAAGCCATCACCAAGCTCATCAACAACAACATCACCCCATGTTTACCACTTCGCGGT ACCGTCACGGCTTCCGGTGATTTGGTCCCACTTTCTTACATTGCTGGTTTGCTAACCGGCCGGCCGAACTCCAAAGCTGT TGGACCTTCCGGTGAGGTGGTTAATGCCAAGGATGCTTTCCAATTGGCTGGCATTGACTCAGGGTTCTTTGAATTGCAGC CCAAGGAAGGGCTTGCTCTTGTTAATGGTACTGCTGTTGGTTCAGGGTTAGCTTCTATTGTTCTATTTGATGCTAACATA TTGGCTATACTGGCTGAAGTTCTATCGGCTATTTTCGCTGAAGTGATGCAAGGGAAACCTGAATTTACTGACCATTTGAC ACATAAGTTGAAGCACCACCCTGGCCAAATTGAGGCTGCTGCTATCATGGAGCACATTTTGGATGGAAGTTCCTACATGA AGGCAGCAAAGAAGTTGCACGAGGTGGATCCTTTGCAAAAGCCAAAGCAAGATCGATATGCACTTCGTACTTCTCCACAA TGGCTCGGTCCTCTGATTGAAGTGATTCGATTCTCAACAAAGTCGATCGAGAGGGAGATCAACTCAGTGAACGACAACCC TTTGATCGATGTTTCCAGAAACAAGGCCTTGCACGGTGGTAATTTCCAAGGAACCCCTATTGGAGTTTCCATGGACAACA CACGTCTGGCTCTTGCAGCAATTGGCAAACTCATGTTTGCTCAGTTCACTGAGCTGGTTGATGATCATTACAACAATGGC TTACCTTCAAATCTCACTGCTAGTAGGAATCCTAGCTTGGACTATGGTTTCAAGGGAGCTGAAATTGCCATGGCTTCTTA TTGCTCCGAGCTCCAATATCTTGCGAATCCGGTCACCACTCATGTCCAAAGTGCTGAGCAACACAACCAAGATGTGAACT CTTTGGGTTTGATTTCATCAAGAAAAACCAACGAAGCCATTGAGATCCTTAAGCTCATGTCTTCCACATTCTTGATTGCA CTTTGCCAAGCAATTGACTTGAGGCATTTGGAGGAGAACTTGAAATACTCAGTGAAGAGCACAGTAAGTCAAGTTGCAAA GAGGACTCTTACCACAGGTGTCAACGGAGAACTCCATCCTTCTAGATTTTGTGAAAAAGATTTGCTGAAGGTGGTCGATA GAGAAACTCTATTTGCCTATATTGATGACCCATGCCTTGCTACTTACCCATTGATGCAAAAACTGAGGCAAGTGCTTGTG GACCATGCGTTAGTAAATGGAGAATACGAGAAGGACTCAAAGACATCAATCTTTCAAAAGATTGCAACTTTTGAGGATGA GTTGAAGAGTCTCTTGCCTAAGGAGGTCGAAAGCGCAAGGGCTGCATATGAGAGTGGAAATCCAGCAATGCCAAACAAGA TAAATGAATGCAGATCTTACCCACTGTACAAGTTTGTGAGGAAGGAGCTGGGAACTGAGTTGCTAACCGGTGAAAAGACC AGGTCTCCGGGTGAGGAGTGTGACAAATTGTTCACAGCAATATGCCAGGGTAAAATTATTGATCCACTTCTGGAATGCCT CGGAGAGTGGAACGGTGCCCCTCTTCCAATTTGTTAACTTGCCTGCCAGTTATGTTTAGGAAATGTATTCTTTGTATTTA TGCAAATGTAACGTTAATCATTTGATTTATCAAGCCTTGGGCAAAATAATATGGAAAACTTCATTTTAGTTTCCTTGATG TCATGGAGGAACTTGTAACACTACAGAAAAACACAAGAGTTCAGCTTCAGTGGCACTTTATATCTAGCATTTAAGAAATT AGATTGAATCACTATCACGTGTATGCAACTCTTATTCGTTAAGAATTAATAACATTGTATACTGATTTAGAGCCATTCTT GTGTTTCTTCTTTGTTCTCCAGTTTTTGACAATAGGGATTTTGCCGATAAAGCTTCCTAGACCTGATCTAAGTGTATGAA CTTCAATGATCTGAAGGAAATTTCAGGTGCTCCTTTCTTGTTAAGAAGCCCACCTATCTAAAGAACTAGAAACATTGGTG AGTACTCATTTCAAGATCTGTTTAACTTGACTCTGCTTACCGATTTGCAATTGTTCACAAATGCTGATTTTGTCATTATT TACAGTTAATGAGGTCTAGAAATTTCAAAGGGTTTTTGTTTTCAAGAATTTATCTGGCGTCGCTCAAGTTTTGGATCTAG CCTGGTCAGTTTTTCTATGGCTTTCACACTGGCATTATGATAACTTGTAGGCTCGACCTGAGGAGCCTAATTGTTATGTT AATAAATTGTCTCGGAAAAGAATTTCACTTGCTTATACAATGGATAGGACCTATTCAGTTGAAGTTTCTCGAAACCGCAC TTGTTTATTACCAATTTAGTTACCTATCTGCAATCTAGAGGATCGTTCCAATGGCCGAGAGTAACCAAGTTGACACCCTG TGACTCCAAGGTACAGAGACTTTATAGCATATATGCTACTTCTTCATTGGATTTAATGTGTTCGTTGGATAGAAATATTT GAAACTTACCACATTTAGAGCTTCCTTTTTTTACTCTTCTGATGAATAACTTCATTGTAGGTTTAGTTAGTTATAGCTTT TCTTTTACTGAGAAGAAAGATATTTGAGGTGTAAAATTTGTATCGGTGAGACTTAAAATGAAAATAATTTTGAAAGTTGA GGTGTAAGATATTTGAGGTGTCGTTTGCATCCCTTTGTTTCCATGCCTGTGCTCCTGACTCTTCTCACATGGTTCATGTA CTGATTTCCACTCCTGATACTTGGGAAGCTCATCTTTCAGTTTTGTTGCTTGAGGACATTGTGGGGATCCTCAGTCACCT TCCCTTGCTTCATTCTCTGTTTAGAAAAGAAACATGTCTTAGTGTTGGTTCAAAGAAGAATGGTGAATAAAGACAAAATG AGTTGCAGTTGCCATAAAATTGGTTAAATAAAAAACTCCTTTTTGTTGGAACTTTTTTCTTTATTGGAAATTGTGAAACA TTGATCCTGAATATGAAATAGTTTTTTTTTTTCCCTTATAAAGTGGCAATATTATGTAAGTTTGCCTAAAATTTATGCAA GATCATAGTTCTAAATTTATGTTAGTTGTCCTCTTTTGACCTGTAGTGCAGAGGAGCATAATTGGAATAGGGGGCTCTTG GGCAGAGTTTGTTGATTATTTTGCAACTTCCCTCAAGTCAGAAGATCTCAAGCTGGTAGAGGTGAATTCAAACTCATGGT AGCTAATACTCTTATTACTCCTACTCTTCGCTCCTTCTTTTGAAACTTTTAATAGTAAAAGTATTACAGGATATGTTATT TATGAAGACATTTAATTGCTAAAGTGTGTAACCATAGCCTTATGTATTTCTTATTTTCAAACATACACTCAGTTCTATCT AATCCATGAGACTCTTTGGGCTGAGGAAATTGATGATTTGTGACCTTGGCATTGTTCATGAGACTCATAAAGTGATCTCT TTTTAATTTAACACGAAACTGGTTTGAAATGTTTAATTTGAAGATGATTGGTGCTCTGAACTCCCTTCTTTTTAAATTAT TTAATTATTTAAGAGTATTTTATCCTGATATAAGTGAGCATTGTAAAAATTCATGGTATTGAACCTGATACACAGTTCAT ATTCTCTTTATGAGTTGCAGGATATCATTTATGTGCTTTCATTATTTAATTTTGATTTTATGTTTGCTGTTATTCATACC TTCAATGTAACAGCTTCATATGTTTTGGTTCTTTCTCTTCCATTATAATTTTTGTTTTATGATTTATTATTTGTCCAGAG TTTCAGGGTATATGTGTATATGTATCTTATTTTCAGCATAGTTTGATTACAGTTCTTATTGCTGAAGCGATCTAGGGGTT TAAGACTTCTAGTAAATAATTTGTGGCACTTAATACCAGCATTTAGACAAAAGCCGCCACAAAACAACTTGTGGAATCCG TGGTTCTGGCATTCTAGTGAAGTGCCAGTAATAAACTCTGTGGCCCTCAGAAATGCCACAATTGTTATTTTCAGCTGCCA CTATTTGTAGTGCAACACATAATTTAGTACTAGAACATGGCATCTTACTGACATCATATTTGTTTATTTGATATAAAATT AATAAAGTTATACTATTTTCTCTTGTTCATTTGTTATTCTATTCTAAGTCTAATTAACTGTTTTATTTGACGTCTGGAAA CATGTTTAACAGACTTCCTGTAGATTGTGAAAGTAGAAACCCATGAAAGAAAGCCACAATTACGATGAGCAGAAAGGTAC ACATATATCCATGAGGTCTTCAAACGTGCTCACATCAAGAAGAATGACCAGACATGGGTCAGTAAAAGGTTTGAATATAC TTGGGTTGGTATAATTTAGTATTCACTAGATTACTTCTAATTTGTTATATGAATAGTAATATTAATACTATTTGAACACA CTAAGTTTGAGGAGCAAATGATTCAATCCTCATATGATTCCCATAGGGGGGGCGTCAACAGAGGTTGACTCATCCACTGA TGTGTAATTATCGATTGAGAAACAAGTGGAAAATGCTAGGGACGAATATATGACACATTTGATATGTCTGCGCGTTACAA ACCTGGGGTTGCTTCCCCGATACAAGAGCCATCATGACCTTCTCACCCGGGGTCTCAGGATTCTCAAACGAACACTAAGT TTCAGGAGATGATGCTCAAGGTGCACATGGTGCTACAGGAGAATGTTGTGCTCCGACAGAAGCTGAACCAGCAAGAGACC CAAACAGCAGAGCATCACCAGTGGACAACTTCACCGTATGCAGCCTTTGTTGTGGAGGTTGCAGAGTTGAGGGCTTAACA AGATGGTGGTGCTCATGCTGCTGCTCCTCAATTTCCTACTTACGAAGAGGAGGAGGAGGTAATTATCATTAGTTAAAAAT AACAAGTTTATCTATGGTCTAAGCCATCGGTAATATGGTGGTCAAAGCCGTCGGTATTGTATCGACGATTTTGGTTGTAG GAAGTGTATCGAAGGGCACAACTGTTGGTAACTTTTGGAAGCTTTCGGTAAGTTACATATGCCTTTCTAAAAAACCGTCA GTAAAAAGTTATCGGTGAGCTCTATACCTACAGAAACAGAGTGGTCGATAGACCATCGGAAATATTCAATTACTGACAGG TTTTTCCCTTACCAATGGCTTATGGTTGTCGGTAATCAACAATTTTCTTGTAGTGTCTTGGTTCCTTGAGATTTTTTTTG GGGCTGGACATTTCTTGATCTAAGACAGATCATTCTTAATAAGAGGAAGTATACACTTGAACTCCTTAAAGATTCAAGCC AGTTTCCACACCTTGTACTTCATATGCTAGATTGCATACTAATCAAGGAAAGCCTTATTGTCCATCTGCTTATCGAAGAT TAGTTGGAAGGTTTCTCTATTACACAACTAACTACACGGCCTGACATTTGTTATGTTGCCAGCAGGTAAGTCAATTTGTT CATGATCCTAGAGAAGCACATTTTGATGTTGCCATAAGAGTTCTCCTACAAAGGGCATTTTCTTCTCAACCTCCAGGATC TCCACATTTTAGCTTCTTTGTACTGATTCTTGCAGGTCTAATTCATTTACTTCGAGTGCGTACTACAGCTCAATTAGCAC ATGCTTTCACAAAACCACTGCATTCTAATTCTATTCATGAGTTCCTGTCCAAGTTGGGCCTTCAGGACCTTCATAGTCCA AGTCCAACTTGGGGGGAATATTAGAGTGTTAGTGGTACTGTTAGCTATTTTTGACCAAAAAAAAAAACTCTGTTAGCTAT TAGTTGTTGAAGAGTTCGTTAGGGGAAATGTAAGAAATAAAAAGTCCAAACGTGAGTCTTTTTTTAAATAAAAAATGAGT GTGAACTTCTAGTCCTAAAAATACAGAATCAGGTGTGTACTTAAAAATACAGAATGGTGACATTATAAATAGAGATAAAT GTAAAATCATATGTAATATGTTAATTGTGGATCTCATGTAAGCAGCTGGTATAGCTTGACTGCGTCAAACATACTAATGG GGTAGCACATCAAGTCAATGTTAGTCCAAAATATATATTAAAAAAAGGACAGTATTTCTGTCTAAACTTGACCCCAATTG CGATATAGGGTCATGCACATGCTTTAGTAGCTTTTAAGTTGACTGAATTAGCCAACCATGAGATTAGAGTTATTACTAAT ATAGTATTAGATAAATTGATTTGATACATGTTGATTGAAAAAATTATAAAAAAAAAAGAATGCAAGCCGTGACAATTATC GGTGTGATCGATGTTGTTGAGAAGGAGACTTGACTAACGATATGTGTTTCCCTCGTTACTTCCTTCTAACAACCTCCTCA TTTCCTGAACAATAAACAAACTCACATCACTTTCCTCTCTCTATAAATGGCAATGCCCACTCACTCTTCCCTTCACCTCT CATAAAATCTACAATCCCAAATTCATACTTCTGCTACTACATTCATCACAGCAAGCTCTTAAGTCTTAACCAAACACTTA TATTTCACTTCCATTTTTTTGTTTCCAGATCATATCTAATCAGCTTGCATTATTTATTAATTAAGATAAAGATGGCACCA AACACAAACCAGACACAAAACGGTTCCTTCATCTGCACTGCTGCTAATGGTACTGCTACTGCTACTGATCCCTTAAGTTG GGGTGTGGCAGCGGAGTCAATGAAGGGGAGCCACCTGAACGAGGTGAAGCGCATGGTGGCGGAGTACCGGAAGCCGGTGG TCAAGCTTGGCGGAGAGACTCTGACAATAGCTCAGGTAGCTGCCATCGCCGCAAACGAACAAGGCGTGAGCGTTGAGCTG TGTGAATCAGCTAGAGCTGGAGTTAAGGCGAGCAGTGACTGGGTGATGAACAGCATGAACAACGGCACTGACAGTTACGG TGTCACCACCGGCTTCGGCGCCACCTCCCACCGCAGAACCAAAAATGGCAATGCTTTGCAGCTAGAACTCATCAGGTACT ATACTATACTAACTCAATTCCACACTCATCATAACTAACTACAAGCTGTTTATATGTTGTTGATTAATCATCATATTTAC AATTGTATTGTATAAAAGTTGTTGATGTTTATATATTCTTGTTCTTCAGGTTTTTGAATGCTGGAATATTTGGCAATGGT ACTGAGTCAACTCACACCCTGCCACAGCCTGCAACTAGAGCAGCCATGCTAGTGAGGATCAACACTCTTCTCCAAGGATA CTCAGGCATTAGATTTGAAATCCTTGAAGCAATCACCAAGCTCATCAACAACAACATCACCCCATGTTTACCACTTCGCG GTACCGTCACGGCCTCTGGTGATTTAGTCCCTCTTTCTTACATTGCCGGCTTGCTTACCGGCCGACCGAACTCCAAAGCT GTTGGACCATCCGGCGAGGTTCTTAATGCTAAGAATGCTTTCCAATTGGCTGGCATAGACTCTGGTTTCTTTGAATTGCA GCCTAAGGAAGGGCTTGCCCTTGTTAATGGTACTGCTGTTGGTTCTGGGTTAGCTTCGATTGTTCTATTTGATGCGAACG TATTGGCTATACTGGCTGAAGTTCTATCAGCTATTTTCGCCGAAGTGATGCAAGGGAAACCTGAATTCACTGACCACTTG ACTCATAAGCTGAAGCATCACCCTGGACAAATTGAGGCTGCTGCTATCATGGAGCACATTTTGGATGGGAGTTCCTACAT GAAAGCAGCAAAGAAGTTGCACGAGGTGGATCCTTTGCAAAAGCCAAAACAAGATCGATATGCACTTAGAACTTCACCTC AGTGGCTTGGTCCTCTGATTGAAGTGATTCGGTTCTCAACAAAGTCGATCGAGAGAGAGATTAATTCTGTGAACGACAAC CCTTTGATTGATGTTTCCAGAAACAAAGCCTTGCATGGTGGTAATTTCCAAGGAACCCCAATCGGAGTTTCTATGGACAA CACACGCCTGGCTCTTGCAGCGATTGGCAAACTCATGTTTGCTCAATTCACTGAGCTTGTGGATGATCATTACAACAACG GGTTGCCTTCAAATCTCACAGCAAGTAGAAATCCCAGCTTGGATTATGGTCTAAAGGGAGCTGAAATTGCCATGGCTTCT TATTGCTCCGAGCTCCAATATCTTGCGAATCCAGTCACAACTCATGTCCAAAGTGCTGAGCAACATAACCAAGATGTGAA TTCCTTGGGTTTGATTTCTTCTAGAAAAACAAATGAAGCCATTGAAATCCTTAAGCTCATGTCTTCCACATTCTTGATCG CACTTTGCCAAGCAATTGACTTAAGGCATTTAGAGGAGAACTTGAAGTACTCGGTGAAGAGCACTGTAAGTCAAGTTGTG AAGAGGACTCTTACCACAGGTGTCAACGGAGAACTCCATCCTTCTAGATTTTGTGAAAAAGATTTGCTGAAGGTGGTCGA TAGGGAAACTCTATTTTCCTATATTGATGATCCTTGCAGCGCTACATACCCGTTGATGCAAAAACTAAGGCAAGTGCTTG TCGATCACGCACTAGTAAACGGAGAAAACGAGAAGGACTCGAAGACATCAATCTTTCAAAAGATTGCAACTTTTGAGGAT GAGTTGAAGAGTCTCTTGCCAAAGGAGGTTGAAAGTGCAAGGGCTGCATATGAGAGTGGAAATCCAACAATTCCAAACAA GATCAATGAATGCAGATCTTACCCGCTATACAAGTTTGTGAGAGAGGAGTTGGGAACCGAGTTGCTAACCGGTGAAAAGA CCAGATCACCAGGCGAGGAGTGTGACAAGTTGTTCACAGCAATATGCCAGGGTAAAATTATTGATCCTCTTTTGGAATGC CTTGGGGAGTGGAACGGTGCCCCTCTTCCAATTTGTTAACTTACAAGTTATGTTTAGGAAATGCATTCTTTGTATTTAAG CAAATGCAATGTTAGTCATTTGATTTATCAAGCCTTGGGCAAAATAATATGGAAATCTTCATCTTAGTTTCCTTGATGTC AAGGAGGAACTTGTAATTGAATATTGCAATAGAAGTTTTAGTTATTTTTCAAAGAATACAAAATACAAAAATTAAGTCAT AATTTATCATAACCAGAGCATTTACTTTGATATTAAGGTCTCTCTTGGATTGTAGGCTGTCAAGCGACTCAAGTAAATAT GAATAATTTTGTAATAGAGATGACTAGATTTTAGCCACCTATAAGTTGTAATCTATCACCTCTGTGTAGTAGGGGCTTGA TTTGGAGACATTGATTCAGAGAACCAGGGACTACAAGAAAGAGTATGGGGGTTCATTTGTTTCAGTTGTTCACTTGGTTC TTGGTTTTACCCAAGATCAACGATTTGGGAAGCAGTTGTTTAGATGATATTTTTAAACATCCCAGCAGGCTCTAAAATCT G
CDS sequence (LotjaGi1g1v0690300.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCCCCAAACACCAACGCCACGCAAAACGGTTCCATCTTCTGCAACACTGTCAAAACCGCCGCCACTGATCCGTTAAG TTGGGGGGTCGCGGCGGAGTCCATGAAAGGGAGCCACCTCGACGAGGTCAAGCGCATGGTGGCGGAGTACCGCAAGGCGG TGGTCAAGCTTGGCGGAGAGACTCTCACAATAGCTCAGGTAGCTGCCATCGCCGCAAACCACCAAGGCGTGAGCGTTGAG CTTTGTGAATCAGCTAGAGCTGGCGTTAAGGCGAGCAGTGACTGGGTCATGAACAGCATGAACAACGGCACTGACAGTTA CGGTGTCACCACCGGCTTCGGCGCCACCTCCCACCGCAGAACCAAAAATGGCAATGCTCTGCAGCTAGAACTCATCAGGT TTTTGAATGCTGGAATATTTGGCAATGGTACTGAGTCAACTCACACCCTGCCACAGCCTGCAACTAGAGCAGCCATGCTA GTGAGGATCAACACTCTTCTCCAAGGATACTCAGGCATTAGATTTGAAATCCTTGAAGCAATCACCAAGCTCATCAACAA CAACATCACCCCATGTTTACCACTTCGCGGTACCGTCACGGCCTCTGGTGATTTAGTCCCTCTTTCTTACATTGCCGGCT TGCTTACCGGCCGACCGAACTCCAAAGCTGTTGGACCATCCGGCGAGGTTCTTAATGCTAAGAATGCTTTCCAATTGGCT GGCATAGACTCTGGTTTCTTTGAATTGCAGCCTAAGGAAGGGCTTGCCCTTGTTAATGGTACTGCTGTTGGTTCTGGGTT AGCTTCGATTGTTCTATTTGATGCGAACGTATTGGCTATACTGGCTGAAGTTCTATCAGCTATTTTCGCCGAAGTGATGC AAGGGAAACCTGAATTCACTGACCACTTGACTCATAAGCTGAAGCATCACCCTGGACAAATTGAGGCTGCTGCTATCATG GAGCACATTTTGGATGGGAGTTCCTACATGAAAGCAGCAAAGAAGTTGCACGAGGTGGATCCTTTGCAAAAGCCAAAACA AGATCGATATGCACTTAGAACTTCACCTCAGTGGCTTGGTCCTCTGATTGAAGTGATTCGGTTCTCAACAAAGTCGATCG AGAGAGAGATTAATTCTGTGAACGACAACCCTTTGATTGATGTTTCCAGAAACAAAGCCTTGCATGGTGGTAATTTCCAA GGAACCCCAATCGGAGTTTCTATGGACAACACACGCCTGGCTCTTGCAGCGATTGGCAAACTCATGTTTGCTCAATTCAC TGAGCTTGTGGATGATCATTACAACAACGGGTTGCCTTCAAATCTCACAGCAAGTAGAAATCCCAGCTTGGATTATGGTC TAAAGGGAGCTGAAATTGCCATGGCTTCTTATTGCTCCGAGCTCCAATATCTTGCGAATCCAGTCACAACTCATGTCCAA AGTGCTGAGCAACATAACCAAGATGTGAATTCCTTGGGTTTGATTTCTTCTAGAAAAACAAATGAAGCCATTGAAATCCT TAAGCTCATGTCTTCCACATTCTTGATCGCACTTTGCCAAGCAATTGACTTAAGGCATTTAGAGGAGAACTTGAAGTACT CGGTGAAGAGCACTGTAAGTCAAGTTGTGAAGAGGACTCTTACCACAGGTGTCAACGGAGAACTCCATCCTTCTAGATTT TGTGAAAAAGATTTGCTGAAGGTGGTCGATAGGGAAACTCTATTTTCCTATATTGATGATCCTTGCAGCGCTACATACCC GTTGATGCAAAAACTAAGGCAAGTGCTTGTCGATCACGCACTAGTAAACGGAGAAAACGAGAAGGACTCGAAGACATCAA TCTTTCAAAAGATTGCAACTTTTGAGGATGAGTTGAAGAGTCTCTTGCCAAAGGAGGTTGAAAGTGCAAGGGCTGCATAT GAGAGTGGAAATCCAACAATTCCAAACAAGATCAATGAATGCAGATCTTACCCGCTATACAAGTTTGTGAGAGAGGAGTT GGGAACCGAGTTGCTAACCGGTGAAAAGACCAGATCACCAGGCGAGGAGTGTGACAAGTTGTTCACAGCAATATGCCAGG GTAAAATTATTGATCCTCTTTTGGAATGCCTTGGGGAGTGGAACGGTGCCCCTCTTCCAATTTGTTAA
Protein sequence (LotjaGi1g1v0690300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAPNTNATQNGSIFCNTVKTAATDPLSWGVAAESMKGSHLDEVKRMVAEYRKAVVKLGGETLTIAQVAAIAANHQGVSVE LCESARAGVKASSDWVMNSMNNGTDSYGVTTGFGATSHRRTKNGNALQLELIRFLNAGIFGNGTESTHTLPQPATRAAML VRINTLLQGYSGIRFEILEAITKLINNNITPCLPLRGTVTASGDLVPLSYIAGLLTGRPNSKAVGPSGEVLNAKNAFQLA GIDSGFFELQPKEGLALVNGTAVGSGLASIVLFDANVLAILAEVLSAIFAEVMQGKPEFTDHLTHKLKHHPGQIEAAAIM EHILDGSSYMKAAKKLHEVDPLQKPKQDRYALRTSPQWLGPLIEVIRFSTKSIEREINSVNDNPLIDVSRNKALHGGNFQ GTPIGVSMDNTRLALAAIGKLMFAQFTELVDDHYNNGLPSNLTASRNPSLDYGLKGAEIAMASYCSELQYLANPVTTHVQ SAEQHNQDVNSLGLISSRKTNEAIEILKLMSSTFLIALCQAIDLRHLEENLKYSVKSTVSQVVKRTLTTGVNGELHPSRF CEKDLLKVVDRETLFSYIDDPCSATYPLMQKLRQVLVDHALVNGENEKDSKTSIFQKIATFEDELKSLLPKEVESARAAY ESGNPTIPNKINECRSYPLYKFVREELGTELLTGEKTRSPGEECDKLFTAICQGKIIDPLLECLGEWNGAPLPIC
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 | 4 | 715 | 712 | 0.0 | – | |
| PANTHER | 4 | 715 | 712 | 0.0 | ||
| Gene3D | 23 | 261 | 239 | 3.2E-95 | ||
| SUPERFAMILY | 24 | 715 | 692 | 7.46E-262 | ||
| TIGRFAM | 24 | 704 | 681 | 0.0 | ||
| CDD | 60 | 525 | 466 | 0.0 | ||
| Pfam | 62 | 530 | 469 | 1.8E-152 | ||
| ProSitePatterns | 197 | 213 | 17 | - | ||
| Gene3D | 262 | 704 | 443 | 1.9E-218 | – | |
| Gene3D | 528 | 642 | 115 | 1.9E-218 |
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 LotjaGi1g1v0690300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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