Mp7g14930
Description
Annotation
| Database | ID | Description |
|---|---|---|
| Gene3D | G3DSA:3.40.47.10 | - |
| SUPERFAMILY | SSF53901 | Thiolase-like |
| CDD | cd00831 | CHS_like |
| PANTHER | PTHR11877 | HYDROXYMETHYLGLUTARYL-COA SYNTHASE |
| FunFam | G3DSA:3.40.47.10:FF:000025 | Chalcone synthase 2 |
| Pfam | PF00195 | Chalcone and stilbene synthases, N-terminal domain |
| PIRSF | PIRSF000451 | PKS_III |
| FunFam | G3DSA:3.40.47.10:FF:000014 | Chalcone synthase 1 |
| Pfam | PF02797 | Chalcone and stilbene synthases, C-terminal domain |
| KEGG | K00660 | chalcone synthase [EC:2.3.1.74] |
| MapolyID | Mapoly0009s0178 | - |
| GO | GO:0009058 | biosynthetic process |
| GO | GO:0030639 | polyketide biosynthetic process |
| GO | GO:0016746 | acyltransferase activity |
| GO | GO:0016747 | acyltransferase activity, transferring groups other than amino-acyl groups |
Nomenclature
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpPKS2 | polyketide synthase MpPKS2/MpSTCS1A | Published | |
| MpSTCS1A | polyketide synthase MpPKS2/MpSTCS1A | Published |
Formerly registered as MpPKS/CHS21 until 2025-09-09.
Associated Literature (AI-based literature mining, Beta-version)
RT-Q-PCR profiled MpSTCS1A across tissues and after UV-B; highly expressed in female archegoniophore (~4x antheridiophore) and strongly UV-B-induced (~100-fold at 12 h), correlating with bibenzyl distribution and antioxidant activity. Implicated as a bibenzyl biosynthetic enzyme.
2 core 1 peripheral
Zhang, J.-Z., et al. (2022a)
· Antioxidants research experimental subject
RT-Q-PCR profiled MpSTCS1A across tissues and after UV-B; highly expressed in female archegoniophore (~4x antheridiophore) and strongly UV-B-induced (~100-fold at 12 h), correlating with bibenzyl distribution and antioxidant activity. Implicated as a bibenzyl biosynthetic enzyme.
Zhu, T.-T., et al. (2022)
· New Phytologist research experimental subject
Stilbenecarboxylate synthase (type III PKS; MpSTCS1A=Mapoly0009s0178/MpPKS2); together with polyketide reductase MpPKR catalyzes an indispensable step in lunularic acid biosynthesis. Enzyme activity/substrate preference characterized.
Zhou Y, Hamiaux C, Andre CM, Cooney JM, Schwinn KE, van Klink JW, Bowman JL, Davies KM, Albert NW. (2025)
· The New phytologist research experimental background
Bis-bibenzyl biosynthetic gene, unaffected in Mppr10.5.
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp7g14930 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 |
| >Mp7g14930.1 GAAAACGTGC GAATACTTTG CGAGAAGCAG TGACTCAGAT AGTGTCGCCA GACACCAGTA TACATACTTC GCAGTTCCGA ATTCAGAACA CAACACTGAG CATCATCAGC ACTTCAGATC TTCAGAGATC AGGAGTGTTC TTCTGCGAGT ACCTGAACGG AAGGGAGTTT CAAAACGGTT TCACTCGGAA TACAATCAGA AAGAGTTCCA GTGCACAGCT TGAAACATGG CCAACAATGG AAATGTTTCG TATAGACACC AGCGGGCTGT TGGGCCAGCG ACGGTTCTTG CCATCGGCAA GGCCACTCCT CCAACTGCGT ATCCTCAGAG CGAATACCCG GATTTCTTCT TTGATGTCAC CAACACTAGT CACAAGACTG AGCTCAAGGC CAAGTTCGCT CGAATTTGTA AGTCTCGCTG ACTGTACATC TTTCTCTTGG ATAGGATGTC TTCTTCTATC GTAAGAACCA GACTTTTAGA GCATTTTTCA ACTAGGACAC ATTAGCTCTT ACCGTCATTA CAGCTCCTGC TCGCCTTGCA GACTTCCTTA TTTGTGGTGG TAAATCATGT GATCCTCTGA TAGTATATAA GTCATGGTAT CGAAAGAAGA TTTTCCGAAT TAAATTTAAC AATTTCTGTC TCTCCGTTCT TTCTGTTCAG GTAAGAATTC AGGAATCAAC AAAAGGTATT TCCATTGTAC AGAGGAGATT TTGAAGGCCA ATCCTTCAAT GTGCTCGTAC AAGGATCCTT CACTTGATGT TCGCCAGGAC ATAGCAATCA GGGAGGTGCC CAGACTGGCA GAGAAGGCGG CTGTTGAGGC GTTGGCAGAA TGGGGCCAAC CCAGAGATCA GATCACCCAC GTGGTGTTCG CAACCACGAG TGGAGTGAAC ATGCCCGGAG CCGATCTCAC TCTCACCAGG CTGCTGGGCT TGAACCCCAA CGTGAACCGA ACCATGCTGT ACCAACAAGG GTGCTTCGGA GGAGCCACCG TTCTGCGAGT GGCGAAAGAT CTCGCCGAGA ACAACAAAGG CGCTCGAGTT CTCACTGTCG TGAGTGAGCT CACGTGTGTA ACTTTCCGTG CTCCCAACGA AGAGCATCTG GACAATCTGG TGGGCTCTGC CATCTTCGGT GATGGAGCTT CAGTCCTCAT CATCGGATCA GATCCCGTAC CCGAGGTAGA GAAGCCCCAG TTCGAGATTC ACTGGTCTGG AGAGACGATT CTGCCCGAAA GCGACGGTGC GATTGAGGGC AGGCTGACTG AAGCGGGACT GATCTTCCAC CTGCTGAAGG ATGTTCCCGG TCTGATTTCC AGAAATACCC TCCCTATCTT CAACAAGGCG ATCGAGGTGG CAGGATCTCC AGGCTGGAAT GATCTTTTCT GGTGTGTGCA CCCAGGAGGT CGAGCCATTC TGGACGAAGT GGCGAAAACT CTGAGCTTGA AGCCAGAGAA GATGGAGGCC ACGAGAGAAA TTCTGTACAA CTACGGGAAC ATGTCAGGTG CTAGTGTGCT GTTCGTACTG GATCAAATGC GCAGGCGGTC GGCCGAGAAG AAAAGCAGCA CCACCGGAGA AGGATGTGAG TGGGGACTCG TCGTGGGATT TGGACCTGGC CTGACAGTAG AAGTATCGGT CCTCAGGGCA ATTGCCACCG GTCATTGATC ACTCGCTCGA GGTTATTTAA AATTTAGTGG TAGGTTTTAA ATATCGGTCA AATTTTGGTT ATCATAGCTA GATCTCTTCT TCCAACCTTC ATTCAAGTCC TAATCCAATT CCAGGGATCC ATTACGCTCT GGACGATTAC ATTTATTATT CTTAGTCTTG CACAGCAAGA CGATGCCTCA TAGCAGTAGA TATTATAATC TTTGGTCAAA GAACCAATCT GGTGACGACT TGTACTATAC AAATGTGAAC AATGTACAAC AACTTAATGA AAGTCTTTTT TCGGAAGCAA TTCTCGTAGC CGCC |
mRNA UTR + CDS |
| >Mp7g14930.1 GAAAACGTGC GAATACTTTG CGAGAAGCAG TGACTCAGAT AGTGTCGCCA GACACCAGTA TACATACTTC GCAGTTCCGA ATTCAGAACA CAACACTGAG CATCATCAGC ACTTCAGATC TTCAGAGATC AGGAGTGTTC TTCTGCGAGT ACCTGAACGG AAGGGAGTTT CAAAACGGTT TCACTCGGAA TACAATCAGA AAGAGTTCCA GTGCACAGCT TGAAACATGG CCAACAATGG AAATGTTTCG TATAGACACC AGCGGGCTGT TGGGCCAGCG ACGGTTCTTG CCATCGGCAA GGCCACTCCT CCAACTGCGT ATCCTCAGAG CGAATACCCG GATTTCTTCT TTGATGTCAC CAACACTAGT CACAAGACTG AGCTCAAGGC CAAGTTCGCT CGAATTTGTA AGAATTCAGG AATCAACAAA AGGTATTTCC ATTGTACAGA GGAGATTTTG AAGGCCAATC CTTCAATGTG CTCGTACAAG GATCCTTCAC TTGATGTTCG CCAGGACATA GCAATCAGGG AGGTGCCCAG ACTGGCAGAG AAGGCGGCTG TTGAGGCGTT GGCAGAATGG GGCCAACCCA GAGATCAGAT CACCCACGTG GTGTTCGCAA CCACGAGTGG AGTGAACATG CCCGGAGCCG ATCTCACTCT CACCAGGCTG CTGGGCTTGA ACCCCAACGT GAACCGAACC ATGCTGTACC AACAAGGGTG CTTCGGAGGA GCCACCGTTC TGCGAGTGGC GAAAGATCTC GCCGAGAACA ACAAAGGCGC TCGAGTTCTC ACTGTCGTGA GTGAGCTCAC GTGTGTAACT TTCCGTGCTC CCAACGAAGA GCATCTGGAC AATCTGGTGG GCTCTGCCAT CTTCGGTGAT GGAGCTTCAG TCCTCATCAT CGGATCAGAT CCCGTACCCG AGGTAGAGAA GCCCCAGTTC GAGATTCACT GGTCTGGAGA GACGATTCTG CCCGAAAGCG ACGGTGCGAT TGAGGGCAGG CTGACTGAAG CGGGACTGAT CTTCCACCTG CTGAAGGATG TTCCCGGTCT GATTTCCAGA AATACCCTCC CTATCTTCAA CAAGGCGATC GAGGTGGCAG GATCTCCAGG CTGGAATGAT CTTTTCTGGT GTGTGCACCC AGGAGGTCGA GCCATTCTGG ACGAAGTGGC GAAAACTCTG AGCTTGAAGC CAGAGAAGAT GGAGGCCACG AGAGAAATTC TGTACAACTA CGGGAACATG TCAGGTGCTA GTGTGCTGTT CGTACTGGAT CAAATGCGCA GGCGGTCGGC CGAGAAGAAA AGCAGCACCA CCGGAGAAGG ATGTGAGTGG GGACTCGTCG TGGGATTTGG ACCTGGCCTG ACAGTAGAAG TATCGGTCCT CAGGGCAATT GCCACCGGTC ATTGATCACT CGCTCGAGGT TATTTAAAAT TTAGTGGTAG GTTTTAAATA TCGGTCAAAT TTTGGTTATC ATAGCTAGAT CTCTTCTTCC AACCTTCATT CAAGTCCTAA TCCAATTCCA GGGATCCATT ACGCTCTGGA CGATTACATT TATTATTCTT AGTCTTGCAC AGCAAGACGA TGCCTCATAG CAGTAGATAT TATAATCTTT GGTCAAAGAA CCAATCTGGT GACGACTTGT ACTATACAAA TGTGAACAAT GTACAACAAC TTAATGAAAG TCTTTTTTCG GAAGCAATTC TCGTAGCCGC C |
CDS |
| >Mp7g14930.1 ATGGCCAACA ATGGAAATGT TTCGTATAGA CACCAGCGGG CTGTTGGGCC AGCGACGGTT CTTGCCATCG GCAAGGCCAC TCCTCCAACT GCGTATCCTC AGAGCGAATA CCCGGATTTC TTCTTTGATG TCACCAACAC TAGTCACAAG ACTGAGCTCA AGGCCAAGTT CGCTCGAATT TGTAAGAATT CAGGAATCAA CAAAAGGTAT TTCCATTGTA CAGAGGAGAT TTTGAAGGCC AATCCTTCAA TGTGCTCGTA CAAGGATCCT TCACTTGATG TTCGCCAGGA CATAGCAATC AGGGAGGTGC CCAGACTGGC AGAGAAGGCG GCTGTTGAGG CGTTGGCAGA ATGGGGCCAA CCCAGAGATC AGATCACCCA CGTGGTGTTC GCAACCACGA GTGGAGTGAA CATGCCCGGA GCCGATCTCA CTCTCACCAG GCTGCTGGGC TTGAACCCCA ACGTGAACCG AACCATGCTG TACCAACAAG GGTGCTTCGG AGGAGCCACC GTTCTGCGAG TGGCGAAAGA TCTCGCCGAG AACAACAAAG GCGCTCGAGT TCTCACTGTC GTGAGTGAGC TCACGTGTGT AACTTTCCGT GCTCCCAACG AAGAGCATCT GGACAATCTG GTGGGCTCTG CCATCTTCGG TGATGGAGCT TCAGTCCTCA TCATCGGATC AGATCCCGTA CCCGAGGTAG AGAAGCCCCA GTTCGAGATT CACTGGTCTG GAGAGACGAT TCTGCCCGAA AGCGACGGTG CGATTGAGGG CAGGCTGACT GAAGCGGGAC TGATCTTCCA CCTGCTGAAG GATGTTCCCG GTCTGATTTC CAGAAATACC CTCCCTATCT TCAACAAGGC GATCGAGGTG GCAGGATCTC CAGGCTGGAA TGATCTTTTC TGGTGTGTGC ACCCAGGAGG TCGAGCCATT CTGGACGAAG TGGCGAAAAC TCTGAGCTTG AAGCCAGAGA AGATGGAGGC CACGAGAGAA ATTCTGTACA ACTACGGGAA CATGTCAGGT GCTAGTGTGC TGTTCGTACT GGATCAAATG CGCAGGCGGT CGGCCGAGAA GAAAAGCAGC ACCACCGGAG AAGGATGTGA GTGGGGACTC GTCGTGGGAT TTGGACCTGG CCTGACAGTA GAAGTATCGG TCCTCAGGGC AATTGCCACC GGTCATTGA |
Protein |
| >Mp7g14930.1 MANNGNVSYR HQRAVGPATV LAIGKATPPT AYPQSEYPDF FFDVTNTSHK TELKAKFARI CKNSGINKRY FHCTEEILKA NPSMCSYKDP SLDVRQDIAI REVPRLAEKA AVEALAEWGQ PRDQITHVVF ATTSGVNMPG ADLTLTRLLG LNPNVNRTML YQQGCFGGAT VLRVAKDLAE NNKGARVLTV VSELTCVTFR APNEEHLDNL VGSAIFGDGA SVLIIGSDPV PEVEKPQFEI HWSGETILPE SDGAIEGRLT EAGLIFHLLK DVPGLISRNT LPIFNKAIEV AGSPGWNDLF WCVHPGGRAI LDEVAKTLSL KPEKMEATRE ILYNYGNMSG ASVLFVLDQM RRRSAEKKSS TTGEGCEWGL VVGFGPGLTV EVSVLRAIAT GH |