Mp1g05190
Description
Annotation
| Database | ID | Description |
|---|---|---|
| Gene3D | G3DSA:1.20.200.10 | Fumarase/aspartase (Central domain) |
| SUPERFAMILY | SSF48557 | L-aspartase-like |
| NCBIfam | TIGR01226 | phenylalanine ammonia-lyase |
| Gene3D | G3DSA:1.10.274.20 | - |
| Pfam | PF00221 | Aromatic amino acid lyase |
| PANTHER | PTHR10362 | HISTIDINE AMMONIA-LYASE |
| MobiDBLite | mobidb-lite | consensus disorder prediction |
| KEGG | K10775 | phenylalanine ammonia-lyase [EC:4.3.1.24] |
| KOG | KOG0222 | Phenylalanine and histidine ammonia-lyase; N-term missing; [Q] |
| MapolyID | Mapoly0005s0089 | - |
| GO | GO:0006559 | L-phenylalanine catabolic process |
| GO | GO:0003824 | catalytic activity |
| GO | GO:0005737 | cytoplasm |
| GO | GO:0016841 | ammonia-lyase activity |
Nomenclature
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpPAL10 | Secondary metabolism enzyme, Salicylic acid related protein | Provisional |
Associated Literature (AI-based literature mining, Beta-version)
Phenylalanine ammonia-lyase; recombinant MpPALs show PAL activity and wounding induces MpPAL expression, driving phenylpropanoid accumulation in M. polymorpha.
1 core 5 peripheral
Yoshikawa, m., et al. (2018)
· Phytochemistry research experimental subject
Phenylalanine ammonia-lyase; recombinant MpPALs show PAL activity and wounding induces MpPAL expression, driving phenylpropanoid accumulation in M. polymorpha.
Redkar, A., et al. (2022)
· New Phytologist research experimental comparator
Phenylalanine ammonia-lyase; defense readout.
Hernández-García, J., et al. (2024b)
· Proceeding of the National Academy of Sciences USA research experimental tool
Its promoter was used as a luciferase reporter target to assay MpMYB14/MpDELLA/MpMED15 coactivation.
Carella, P., et al. (2024)
· Current Biology research experimental background
Phenylalanine ammonia-lyase; MpMYB14-regulated phenylpropanoid defense gene (DEG).
Kubo, H., et al. (2018)
· Journal of Plant Research research experimental background
Phenylalanine ammonia-lyase (Mapoly0005s0089); MYB-regulated phenylpropanoid DEG.
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp1g05190 across the single-cell RNA-seq atlas. Cluster identities (right) annotate the same UMAP used for the feature plot (left).
Gene structure:
Sequences: |
Gene UTR + CDS + intron |
| >Mp1g05190.1 GCTCGAGGGC AGCGCCTACA TGAAGGCCGC GGCCAAGCTG CACGAGACCG ACCCGCTCAA GAAGCCCAAG CAGGATCGCT ACGCGCTGCG CACGTCGCCG CAGTGGCTCG GCCCGCAGAT CGAAGTGATC CGCGCGGCCA CGCACTCGAT CGAGCGCGAG ATCAATTCCG TCAACGACAA CCCGCTGATC GATGTGTCGC GCGACATGGC CGTGCACGGG GGCAACTTCC AGGGCACGCC CATCGGCGTG TCCATGGACA ACATGCGCCT GGCGCTGGGC GCAATCGGGA AGCTCATGTT CGCGCAGATG TCGGAGCTGG TGAACGACTT CTACAACAGC GGATTGCCGT CCAATTTGAC CGGGGGCCCG AACCCGAGTC TGGACTATGG CTTCAAGGGG GCGGAGATCG CCATGGCCTC CTACTGCTCC GAGCTGCTGT ACCTGGCCAA TCCCGTCACC ACGCACGTGC AGAGCGCGGA GCAGCACAAC CAGGACGTGA ATTCGCTGGG GCTCATTTCG GCCCGCAAGA CGGCAGAAGC GCTCGAGATA TTGAAGCTGA TGTCGGCGAC TTTCATGGTT GCGCTCTGTC AGGCCGTCGA TTTGAGGCAC CTGGAGGAAA TTATGCTCTC CAGCGTGAAG CAGGTGGTGT CGCAAGCGGC GAAGAAGACT CTGTTCGTCG ACGCGGAGGG AGTGCTCTTG CCGTCCCGTT TCTGCGAGAA AGATCTCCTG AAAGTCGTCG ATGACACTCC TCCCTTCACC TACATCGACG ATGCCACTCT CTCATCGTAC CCTCTGATGA CCAAATTGCG CGAGGCCCTC GTGGGCCACG CCATGGAGAA CTCGAAACTC GATGAGAGCT GCACGGTATT CCGGAGAATA GCCATTTTCG AGGAGGAATT GAAAGCCCAA TTAGAAGTGA CTGTCCCGCA GGTTAGACAG CAATTCGACA GTGGGCTCTC GACTATTCCG AACAAAATCA AGGAATGCAG AAGCTTCCCC GTGTACAACT TCGTGCGATC TTTGGGCACG AAGCTTCTCG TCGGAACCGA GACGAGGTCT CCCGGAGAAG ACATTCAGCT CGTGTACGAG GCCATAAACG ACGGAAAGCT GGCTGGCCCC TTGCTCTCAT GCCTGAGCGA CTGGTCAGGA ACGCCACTGC CGATCGATGG CTCCTGTAAG TGATGGAGTC GGTCGAGCAG ACATTGATCT CGTCACATCA TCATTATCAC CATTGTAAAT TCACAACTAC CTCTAGATTA GATTTGCAGA GTGCCAACAG TTATTTCGTT CGAGAGCAGC GCCCTCGATC GCACCGTCCT AGCGTCTGTG TGGCAGCAGC GCCCCCGTTT TGTAGATTGT TCTTGCAGTC TTTTCTCCTA TTCTTAGGTG CTGTACATAC ACGCTTACCG AGGAAGAGCA CAATTTTCAC TCTTCTGACA TAAAATCCGA GTTGCTCTAC AGATCTCTCT CACCGAGCGG GCTAGCGTTC GCTCGGGCCC CTGGCGATCG CAACCTCGTG ACGTGACACA CGACAAGGTT GCGATTCTCC ACGGGGGCAA AGATGTTTCT GAAAGTTAAA TAACGAGTTT TCTAATATTC GGAGTACATT ATGTCGGGCC GATGCACTTA GTGCCCAAAC ATGTATGGGA TGTGGAAGTT GAAGACATTC TGAGACGGGG TAAGGAAGAG AAGCAGTCTG ACCCGGACAA CTCTCCACTT AAAAGTGAAC AACAGGAATA AAGTTCATAA CTTGTGTCCA AACCCCCAGG ATGAAAAGGA AGGAATGAAA GTTTCTGAAC GCTTGTCTTA TTTCGTAGTT GTGCCCTGAT GAGGAATAAG GGAAAGAATA CCATATGCAG CAGTGAGGAG AAATAGTCAG CGAAGTACAG TCGCTCGACA TAGCTGATAT TGTCTGTAAC ATATGAAAAA GTTAGAGTCA GCCTATCAGT ATAATTGAAG CGAAGTATTT GAAAACGATG AACACTCAGA TACTCAGATA GCAAATGTTC ACACTTGTCA AGAGAGAAAA GTCAACCATG ATAGAGGATA CAGGTGAAGC TATAATACAC ATCCTTTGAA GACAGCAGAC ACTGCTCTGT GAAAACCGGT ACTTCCCAGA GAGCCACAGT CCTACAAATG GATGATATTA TGGATCATCC CCATCTCGTG CAACGCAAAA GCCAAACATG GCCGGGAAAT GTCCGAGGCA GGACGGCTGA TAAGTATCCT TTCATCAGCT GTAATTTCTG CAGAAACATC CATAATTGTG TATGATAGCA CAGTTGATAT AAATCATCAA ATCAACTCTA AGGCCGGTAT GGTTTTGACC AAGATGCTCT ATGAACTAAG GTGTGTTCAT ATATACCTGT ATGAAAGTGA TAGTAAAAAT AACTCATGTC TACCATGACA TGATCACACT TGCCAATAAA AACTCTATGC ACCATGCTCC TCCGTGCGGT TGTAGTACTA TTAATGCAGA GGCATTCAAA GGTGAGACCT TTCAAAAG |
mRNA UTR + CDS |
| >Mp1g05190.1 GCTCGAGGGC AGCGCCTACA TGAAGGCCGC GGCCAAGCTG CACGAGACCG ACCCGCTCAA GAAGCCCAAG CAGGATCGCT ACGCGCTGCG CACGTCGCCG CAGTGGCTCG GCCCGCAGAT CGAAGTGATC CGCGCGGCCA CGCACTCGAT CGAGCGCGAG ATCAATTCCG TCAACGACAA CCCGCTGATC GATGTGTCGC GCGACATGGC CGTGCACGGG GGCAACTTCC AGGGCACGCC CATCGGCGTG TCCATGGACA ACATGCGCCT GGCGCTGGGC GCAATCGGGA AGCTCATGTT CGCGCAGATG TCGGAGCTGG TGAACGACTT CTACAACAGC GGATTGCCGT CCAATTTGAC CGGGGGCCCG AACCCGAGTC TGGACTATGG CTTCAAGGGG GCGGAGATCG CCATGGCCTC CTACTGCTCC GAGCTGCTGT ACCTGGCCAA TCCCGTCACC ACGCACGTGC AGAGCGCGGA GCAGCACAAC CAGGACGTGA ATTCGCTGGG GCTCATTTCG GCCCGCAAGA CGGCAGAAGC GCTCGAGATA TTGAAGCTGA TGTCGGCGAC TTTCATGGTT GCGCTCTGTC AGGCCGTCGA TTTGAGGCAC CTGGAGGAAA TTATGCTCTC CAGCGTGAAG CAGGTGGTGT CGCAAGCGGC GAAGAAGACT CTGTTCGTCG ACGCGGAGGG AGTGCTCTTG CCGTCCCGTT TCTGCGAGAA AGATCTCCTG AAAGTCGTCG ATGACACTCC TCCCTTCACC TACATCGACG ATGCCACTCT CTCATCGTAC CCTCTGATGA CCAAATTGCG CGAGGCCCTC GTGGGCCACG CCATGGAGAA CTCGAAACTC GATGAGAGCT GCACGGTATT CCGGAGAATA GCCATTTTCG AGGAGGAATT GAAAGCCCAA TTAGAAGTGA CTGTCCCGCA GGTTAGACAG CAATTCGACA GTGGGCTCTC GACTATTCCG AACAAAATCA AGGAATGCAG AAGCTTCCCC GTGTACAACT TCGTGCGATC TTTGGGCACG AAGCTTCTCG TCGGAACCGA GACGAGGTCT CCCGGAGAAG ACATTCAGCT CGTGTACGAG GCCATAAACG ACGGAAAGCT GGCTGGCCCC TTGCTCTCAT GCCTGAGCGA CTGGTCAGGA ACGCCACTGC CGATCGATGG CTCCTGTAAG TGATGGAGTC GGTCGAGCAG ACATTGATCT CGTCACATCA TCATTATCAC CATTGTAAAT TCACAACTAC CTCTAGATTA GATTTGCAGA GTGCCAACAG TTATTTCGTT CGAGAGCAGC GCCCTCGATC GCACCGTCCT AGCGTCTGTG TGGCAGCAGC GCCCCCGTTT TGTAGATTGT TCTTGCAGTC TTTTCTCCTA TTCTTAGGTG CTGTACATAC ACGCTTACCG AGGAAGAGCA CAATTTTCAC TCTTCTGACA TAAAATCCGA GTTGCTCTAC AGATCTCTCT CACCGAGCGG GCTAGCGTTC GCTCGGGCCC CTGGCGATCG CAACCTCGTG ACGTGACACA CGACAAGGTT GCGATTCTCC ACGGGGGCAA AGATGTTTCT GAAAGTTAAA TAACGAGTTT TCTAATATTC GGAGTACATT ATGTCGGGCC GATGCACTTA GTGCCCAAAC ATGTATGGGA TGTGGAAGTT GAAGACATTC TGAGACGGGG TAAGGAAGAG AAGCAGTCTG ACCCGGACAA CTCTCCACTT AAAAGTGAAC AACAGGAATA AAGTTCATAA CTTGTGTCCA AACCCCCAGG ATGAAAAGGA AGGAATGAAA GTTTCTGAAC GCTTGTCTTA TTTCGTAGTT GTGCCCTGAT GAGGAATAAG GGAAAGAATA CCATATGCAG CAGTGAGGAG AAATAGTCAG CGAAGTACAG TCGCTCGACA TAGCTGATAT TGTCTGTAAC ATATGAAAAA GTTAGAGTCA GCCTATCAGT ATAATTGAAG CGAAGTATTT GAAAACGATG AACACTCAGA TACTCAGATA GCAAATGTTC ACACTTGTCA AGAGAGAAAA GTCAACCATG ATAGAGGATA CAGGTGAAGC TATAATACAC ATCCTTTGAA GACAGCAGAC ACTGCTCTGT GAAAACCGGT ACTTCCCAGA GAGCCACAGT CCTACAAATG GATGATATTA TGGATCATCC CCATCTCGTG CAACGCAAAA GCCAAACATG GCCGGGAAAT GTCCGAGGCA GGACGGCTGA TAAGTATCCT TTCATCAGCT GTAATTTCTG CAGAAACATC CATAATTGTG TATGATAGCA CAGTTGATAT AAATCATCAA ATCAACTCTA AGGCCGGTAT GGTTTTGACC AAGATGCTCT ATGAACTAAG GTGTGTTCAT ATATACCTGT ATGAAAGTGA TAGTAAAAAT AACTCATGTC TACCATGACA TGATCACACT TGCCAATAAA AACTCTATGC ACCATGCTCC TCCGTGCGGT TGTAGTACTA TTAATGCAGA GGCATTCAAA GGTGAGACCT TTCAAAAG |
CDS |
| >Mp1g05190.1 ATGAAGGCCG CGGCCAAGCT GCACGAGACC GACCCGCTCA AGAAGCCCAA GCAGGATCGC TACGCGCTGC GCACGTCGCC GCAGTGGCTC GGCCCGCAGA TCGAAGTGAT CCGCGCGGCC ACGCACTCGA TCGAGCGCGA GATCAATTCC GTCAACGACA ACCCGCTGAT CGATGTGTCG CGCGACATGG CCGTGCACGG GGGCAACTTC CAGGGCACGC CCATCGGCGT GTCCATGGAC AACATGCGCC TGGCGCTGGG CGCAATCGGG AAGCTCATGT TCGCGCAGAT GTCGGAGCTG GTGAACGACT TCTACAACAG CGGATTGCCG TCCAATTTGA CCGGGGGCCC GAACCCGAGT CTGGACTATG GCTTCAAGGG GGCGGAGATC GCCATGGCCT CCTACTGCTC CGAGCTGCTG TACCTGGCCA ATCCCGTCAC CACGCACGTG CAGAGCGCGG AGCAGCACAA CCAGGACGTG AATTCGCTGG GGCTCATTTC GGCCCGCAAG ACGGCAGAAG CGCTCGAGAT ATTGAAGCTG ATGTCGGCGA CTTTCATGGT TGCGCTCTGT CAGGCCGTCG ATTTGAGGCA CCTGGAGGAA ATTATGCTCT CCAGCGTGAA GCAGGTGGTG TCGCAAGCGG CGAAGAAGAC TCTGTTCGTC GACGCGGAGG GAGTGCTCTT GCCGTCCCGT TTCTGCGAGA AAGATCTCCT GAAAGTCGTC GATGACACTC CTCCCTTCAC CTACATCGAC GATGCCACTC TCTCATCGTA CCCTCTGATG ACCAAATTGC GCGAGGCCCT CGTGGGCCAC GCCATGGAGA ACTCGAAACT CGATGAGAGC TGCACGGTAT TCCGGAGAAT AGCCATTTTC GAGGAGGAAT TGAAAGCCCA ATTAGAAGTG ACTGTCCCGC AGGTTAGACA GCAATTCGAC AGTGGGCTCT CGACTATTCC GAACAAAATC AAGGAATGCA GAAGCTTCCC CGTGTACAAC TTCGTGCGAT CTTTGGGCAC GAAGCTTCTC GTCGGAACCG AGACGAGGTC TCCCGGAGAA GACATTCAGC TCGTGTACGA GGCCATAAAC GACGGAAAGC TGGCTGGCCC CTTGCTCTCA TGCCTGAGCG ACTGGTCAGG AACGCCACTG CCGATCGATG GCTCCTGTAA GTGA |
Protein |
| >Mp1g05190.1 MKAAAKLHET DPLKKPKQDR YALRTSPQWL GPQIEVIRAA THSIEREINS VNDNPLIDVS RDMAVHGGNF QGTPIGVSMD NMRLALGAIG KLMFAQMSEL VNDFYNSGLP SNLTGGPNPS LDYGFKGAEI AMASYCSELL YLANPVTTHV QSAEQHNQDV NSLGLISARK TAEALEILKL MSATFMVALC QAVDLRHLEE IMLSSVKQVV SQAAKKTLFV DAEGVLLPSR FCEKDLLKVV DDTPPFTYID DATLSSYPLM TKLREALVGH AMENSKLDES CTVFRRIAIF EEELKAQLEV TVPQVRQQFD SGLSTIPNKI KECRSFPVYN FVRSLGTKLL VGTETRSPGE DIQLVYEAIN DGKLAGPLLS CLSDWSGTPL PIDGSCK |