Mp6g04560
Description
Annotation
| Database | ID | Description |
|---|---|---|
| SUPERFAMILY | SSF53383 | PLP-dependent transferases |
| Gene3D | G3DSA:3.40.640.10 | - |
| Gene3D | G3DSA:3.90.1150.10 | Aspartate Aminotransferase, domain 1 |
| PANTHER | PTHR43795 | BIFUNCTIONAL ASPARTATE AMINOTRANSFERASE AND GLUTAMATE/ASPARTATE-PREPHENATE AMINOTRANSFERASE-RELATED |
| Pfam | PF00155 | Aminotransferase class I and II |
| ProSitePatterns | PS00105 | Aminotransferases class-I pyridoxal-phosphate attachment site. |
| CDD | cd00609 | AAT_like |
| PRINTS | PR00753 | 1-aminocyclopropane-1-carboxylate synthase signature |
| KOG | KOG0256 | 1-aminocyclopropane-1-carboxylate synthase, and related proteins; [T] |
| MapolyID | Mapoly0034s0060 | - |
| GO | GO:0003824 | catalytic activity |
| GO | GO:0009058 | biosynthetic process |
| GO | GO:0006520 | amino acid metabolic process |
| GO | GO:0008483 | transaminase activity |
| GO | GO:0030170 | pyridoxal phosphate binding |
Nomenclature
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpACS | 1-aminocyclopropane-1-carboxylate synthase 1, ethylene related, possible ortholog to AtACS | Published | |
| MpACS1 | 1-aminocyclopropane-1-carboxylate synthase, ethylene related, possible ortholog to AtACS | Published |
Associated Literature (AI-based literature mining, Beta-version)
ACC synthase; ACC (the ethylene precursor) has ethylene-independent functions — Mpacs1 Mpacs2 mutants show apical-notch/gemmae defects not explained by ethylene.
1 core 2 peripheral
Li, D., et al. (2020a)
· Nature Plants research experimental subject
ACC synthase; ACC (the ethylene precursor) has ethylene-independent functions — Mpacs1 Mpacs2 mutants show apical-notch/gemmae defects not explained by ethylene.
Tong, M., et al. (2022)
· Molecular Plant research citation background
Review on ethylene-biosynthesis evolution: cites that yeast expressing MpACS1/MpACS2 show ACC-synthase-like activity (Li 2020; Xu 2021).
Katayose, A., et al. (2021)
· Plant and Cell Physiology research experimental comparator
ACC synthase; ACC-biosynthesis context.
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp6g04560 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 |
| >Mp6g04560.1 ACAAATGGTT CCGGAACCAT TTGTAGCCTA TTCTCATCCA TAATCACACT TGCCCACCCA TGAACAATAA TGTAGAACCC ATATACACCC AATTCAACTC TGTTGCCCAT TCGAATTGAC AGTTGTGCAA ATTTCAGCCC TGCGGAAGCT TGTGTCCTTT TCCGGAACTC CCTACTGCCT CGCAGCCGTG AATTCTGAGA TTCTGGTCAA GTTATGCTTC CAAGAGGGCT GCACGGAGCG ATTTTCCAAA GCGTGAGTGA AAAGAATGCA GTCAGCTGAG GTCACACTTC CAGATTCCGA GAGGGCTTTC AGGATGCGAG TGAGAGTGTG TGAAGGTCTT GCTCGAGTAA AACATATTTT TCTATGCGAT CCAGCTTTTA TGTCGATTTC TGACCCATGG ATTTATAAAT CACGGGATCG CTGAGACTGA GCATACGTGC GAGAATTGAG AACCCGAGCA GCAGGGGTGG TGCAGAGATT ATGCATACGC AAGACGAGGA CGTTGCCACT GCACATGTTG CCAAACGAGC TCTCGCCGTC GTTAATGACG ACAAACACGT TGAGGCTTAC TACATGGGAT GGCATGAAGC GCAATCGAAT CCCTACGATG CAGTGCAAAA TCCTGGAGGA TGCATCCAAC TCGGCTTGTC AGAGAACACG GTAATTGTCG TGCCTTCGAC AATAGCAGAA CTTACTCGAT CTCTTTCATT TCTGAGTATC AATCAACATC TGAAGTTGTG CGAGGCCTTT ATCAAGATCC GGGAGCAGTA AGCAACTGAA TGTGTTAATA TGAATTGGAG CAGCATATTG ACGCTTACCA CAATCGTAGA AGATGTTCGC CTGCGAGTGC CTGTGAAGCA CTCAACTCAT AGTCCACTTG ATATCACAAT TGACTGTGTT GTCCATGGAT CTCTAATCTC AAAGCTGTTA GTACTTTGAG TCGTCTCAGA AGGATGTCCA TCCTTTACTT GCTAGAAAAA AGCTCGCTTC CTCGCGTTAT GTAATGTGAT AATTAACTGG CTTTCAAGAT GAGTTCATTT TGAAGCAGCA ACAGAGGAGT TTCTCTTCTC TTTGTTTCTG TTCACAAGTT ATTTGGCATG TTGTTTATAA CAAGTTTTGT CATTCGATTG AGTATGTGTC GTTTTTCTAG TGTGTGGAGA TCATATCCTT ATATCTGGTG TGAGAACAGC CTTATTTTAC CGAGCATACA AGATTGAGGC GAAACCTTCA GCTATACTTG TTTCATATTG GTGTTGTTTC AGTTGTCTCT TGATCTGCTC GACGATTGGT TTTCCACTCA CAGTACGGCT CCAGCTCTGG AGCTAGAAAA CGTCCTCAAC TTCAAGGCTA TTGCGGGCTA CCCGGATGTT TACCATGGTC TGCTTATTTT TCGAAATGTA AGTTAAACCA TTTATTTGAG AGGTATTCAA AATGTCGAGG CTGCACCTTG ATTGACCTTC GATACATTTT GTGGTTAGTT GGAACTATTC CTGAGCTTCA GGGCAACTGG GACATATATT CTTCTAACTC AGACATCAAA GTTCTGGTGG TCAGAGATGA CATCTATTTC TGTCCTGGTA GCAGCTAATG GCAAACTTCA TGAATGAGCT CTATGGTGGA GCAGTATCTT TTGATCCCGA AAAAATGGTC ATAACTACGG GTGCAACTTC AGCTATTGAG ATCCTGGCGT TCTGCCTGGC TGACCCCGGC GATGTCTTTC TAGTTCCAGC ACCTTACTAT CCAGGGTATG TTAGCGTCTT CATCATTCGA AAATCAGATT GTCCTCGTCT ATCAATTCCA AGTCGGTGTG ATGTGATTTG GTGTTTCGCT TTTGTGAGTC CTGCAGAGAT TGGTTTGGTC CTCAGCTCAT TCACATTATT TAGATGTCCA GAAGGGATCA TGGGAGTCCA GACGGATGTC TAAGCTGCAT ATATTGAGGA CCAAGAGGTC AAGGTCTAGC ATGTCTTGAG GTTTGCCTCA GAAGTCTGAA CCATATGCTG TTGTCGCAGA TTCGAAAGGG ATATCAGGTT TCGCAGCCAG GTGGACCTTG TGCCTGTTCC AAGCTTCAGT TCAGACGGGT TTGCCGTGAC AAGGGCAGCT CTAGAGCAGG CATTCGAGGA TGCTGTCAGC CGTGGACGCA AGGTGAAGGC TGTTCTGATG ACGTCACCGT CAAATCCCCT CGGTATGACA TACAGTCGAG ACCAGCTATC TGTGATTCTC GACTTCATCG GCCAGAAAGA CATGCATCTC ATTTGCGATG AGATATACGC AGGTTCAGTT TTCGGCACCA CTGAGTTTAT CAGCATTGCT GAGCTTGTAA TGCCACCTCG TGTCGACCCT AACCGGGTTC ACATCATATA CGGCCTGTCA AAAGTTCTAG GCATCCCTGG ATTTCGTGTT GGACTCCTGT ATTCCTGGAA CAGTCTTGTC CTGGATGCAG CAAAGAAGCT CACTCGCTTC AGCTCTGTGC CAACCCTCAC TCAGCAGATT CTAATTTCTC TCTTGTCCGA TACACACTTT CTTCGACTGT TTCTATCTGA GAATCTCAAA AGACTACAAC AGAGATGGAG ACTCGTAAGC CATGGATTGC AAGAAGCCGG GTTAGAGTTT GTGAATTGCA CGGCTGGGTT CTTTTGCTGG GTCAACATCG GCAAGGTTGC ATCCGTGCAG ACCAAAGAGC AAGAACTAGA ACTGTGGAGT AAGTTGCTTC ACGTGGAAGG TTTAAACGTC ACTCCTGGAT CAGCCTGTCA GTGCTCAGAG CCTGGTTGGT TCAGGCTCTG CTTTGCTTAC GTTGACGATC AAACTATGAG TGTTGCACTC GATCGTATCA AGAGATTCAC AGCTTCTCTC TAGCAAAATA CTCTGGATCA TGGTATTGAT GAATGTAGTC TCAAGACGGA GTACCTTTTC AGCACTGCCA AGATCTAGGA CACTCGTCAA GTCAATCAGT CGCGATTATG TGGACGAGAT GCGAGAGAAT GAGATATGCT TTCGGAAGCC GGAGTAACAG CTTGGGCTTT GAATTTGAGT CCTGAGGTAT CACTAGACAC GAAGGGTTGA GTGTCTCACT CGATCGCCCT CGGATGTAGG CTTGTTTACA TGCGATGTGG AGTTTCTCAG TGCCACCGTG AATGGTCGGA CTTATGGATT ACCCAGAACA GTTTAATTTT ATCCCTGTCC |
mRNA UTR + CDS |
| >Mp6g04560.1 ACAAATGGTT CCGGAACCAT TTGTAGCCTA TTCTCATCCA TAATCACACT TGCCCACCCA TGAACAATAA TGTAGAACCC ATATACACCC AATTCAACTC TGTTGCCCAT TCGAATTGAC AGTTGTGCAA ATTTCAGCCC TGCGGAAGCT TGTGTCCTTT TCCGGAACTC CCTACTGCCT CGCAGCCGTG AATTCTGAGA TTCTGGTCAA GTTATGCTTC CAAGAGGGCT GCACGGAGCG ATTTTCCAAA GCGTGAGTGA AAAGAATGCA GTCAGCTGAG GTCACACTTC CAGATTCCGA GAGGGCTTTC AGGATGCGAG TGAGAGTGTG TGAAGGTCTT GCTCGAGTAA AACATATTTT TCTATGCGAT CCAGCTTTTA TGTCGATTTC TGACCCATGG ATTTATAAAT CACGGGATCG CTGAGACTGA GCATACGTGC GAGAATTGAG AACCCGAGCA GCAGGGGTGG TGCAGAGATT ATGCATACGC AAGACGAGGA CGTTGCCACT GCACATGTTG CCAAACGAGC TCTCGCCGTC GTTAATGACG ACAAACACGT TGAGGCTTAC TACATGGGAT GGCATGAAGC GCAATCGAAT CCCTACGATG CAGTGCAAAA TCCTGGAGGA TGCATCCAAC TCGGCTTGTC AGAGAACACG TTGTCTCTTG ATCTGCTCGA CGATTGGTTT TCCACTCACA GTACGGCTCC AGCTCTGGAG CTAGAAAACG TCCTCAACTT CAAGGCTATT GCGGGCTACC CGGATGTTTA CCATGGTCTG CTTATTTTTC GAAATCTAAT GGCAAACTTC ATGAATGAGC TCTATGGTGG AGCAGTATCT TTTGATCCCG AAAAAATGGT CATAACTACG GGTGCAACTT CAGCTATTGA GATCCTGGCG TTCTGCCTGG CTGACCCCGG CGATGTCTTT CTAGTTCCAG CACCTTACTA TCCAGGATTC GAAAGGGATA TCAGGTTTCG CAGCCAGGTG GACCTTGTGC CTGTTCCAAG CTTCAGTTCA GACGGGTTTG CCGTGACAAG GGCAGCTCTA GAGCAGGCAT TCGAGGATGC TGTCAGCCGT GGACGCAAGG TGAAGGCTGT TCTGATGACG TCACCGTCAA ATCCCCTCGG TATGACATAC AGTCGAGACC AGCTATCTGT GATTCTCGAC TTCATCGGCC AGAAAGACAT GCATCTCATT TGCGATGAGA TATACGCAGG TTCAGTTTTC GGCACCACTG AGTTTATCAG CATTGCTGAG CTTGTAATGC CACCTCGTGT CGACCCTAAC CGGGTTCACA TCATATACGG CCTGTCAAAA GTTCTAGGCA TCCCTGGATT TCGTGTTGGA CTCCTGTATT CCTGGAACAG TCTTGTCCTG GATGCAGCAA AGAAGCTCAC TCGCTTCAGC TCTGTGCCAA CCCTCACTCA GCAGATTCTA ATTTCTCTCT TGTCCGATAC ACACTTTCTT CGACTGTTTC TATCTGAGAA TCTCAAAAGA CTACAACAGA GATGGAGACT CGTAAGCCAT GGATTGCAAG AAGCCGGGTT AGAGTTTGTG AATTGCACGG CTGGGTTCTT TTGCTGGGTC AACATCGGCA AGGTTGCATC CGTGCAGACC AAAGAGCAAG AACTAGAACT GTGGAGTAAG TTGCTTCACG TGGAAGGTTT AAACGTCACT CCTGGATCAG CCTGTCAGTG CTCAGAGCCT GGTTGGTTCA GGCTCTGCTT TGCTTACGTT GACGATCAAA CTATGAGTGT TGCACTCGAT CGTATCAAGA GATTCACAGC TTCTCTCTAG CAAAATACTC TGGATCATGG TATTGATGAA TGTAGTCTCA AGACGGAGTA CCTTTTCAGC ACTGCCAAGA TCTAGGACAC TCGTCAAGTC AATCAGTCGC GATTATGTGG ACGAGATGCG AGAGAATGAG ATATGCTTTC GGAAGCCGGA GTAACAGCTT GGGCTTTGAA TTTGAGTCCT GAGGTATCAC TAGACACGAA GGGTTGAGTG TCTCACTCGA TCGCCCTCGG ATGTAGGCTT GTTTACATGC GATGTGGAGT TTCTCAGTGC CACCGTGAAT GGTCGGACTT ATGGATTACC CAGAACAGTT TAATTTTATC CCTGTCC |
CDS |
| >Mp6g04560.1 ATGCATACGC AAGACGAGGA CGTTGCCACT GCACATGTTG CCAAACGAGC TCTCGCCGTC GTTAATGACG ACAAACACGT TGAGGCTTAC TACATGGGAT GGCATGAAGC GCAATCGAAT CCCTACGATG CAGTGCAAAA TCCTGGAGGA TGCATCCAAC TCGGCTTGTC AGAGAACACG TTGTCTCTTG ATCTGCTCGA CGATTGGTTT TCCACTCACA GTACGGCTCC AGCTCTGGAG CTAGAAAACG TCCTCAACTT CAAGGCTATT GCGGGCTACC CGGATGTTTA CCATGGTCTG CTTATTTTTC GAAATCTAAT GGCAAACTTC ATGAATGAGC TCTATGGTGG AGCAGTATCT TTTGATCCCG AAAAAATGGT CATAACTACG GGTGCAACTT CAGCTATTGA GATCCTGGCG TTCTGCCTGG CTGACCCCGG CGATGTCTTT CTAGTTCCAG CACCTTACTA TCCAGGATTC GAAAGGGATA TCAGGTTTCG CAGCCAGGTG GACCTTGTGC CTGTTCCAAG CTTCAGTTCA GACGGGTTTG CCGTGACAAG GGCAGCTCTA GAGCAGGCAT TCGAGGATGC TGTCAGCCGT GGACGCAAGG TGAAGGCTGT TCTGATGACG TCACCGTCAA ATCCCCTCGG TATGACATAC AGTCGAGACC AGCTATCTGT GATTCTCGAC TTCATCGGCC AGAAAGACAT GCATCTCATT TGCGATGAGA TATACGCAGG TTCAGTTTTC GGCACCACTG AGTTTATCAG CATTGCTGAG CTTGTAATGC CACCTCGTGT CGACCCTAAC CGGGTTCACA TCATATACGG CCTGTCAAAA GTTCTAGGCA TCCCTGGATT TCGTGTTGGA CTCCTGTATT CCTGGAACAG TCTTGTCCTG GATGCAGCAA AGAAGCTCAC TCGCTTCAGC TCTGTGCCAA CCCTCACTCA GCAGATTCTA ATTTCTCTCT TGTCCGATAC ACACTTTCTT CGACTGTTTC TATCTGAGAA TCTCAAAAGA CTACAACAGA GATGGAGACT CGTAAGCCAT GGATTGCAAG AAGCCGGGTT AGAGTTTGTG AATTGCACGG CTGGGTTCTT TTGCTGGGTC AACATCGGCA AGGTTGCATC CGTGCAGACC AAAGAGCAAG AACTAGAACT GTGGAGTAAG TTGCTTCACG TGGAAGGTTT AAACGTCACT CCTGGATCAG CCTGTCAGTG CTCAGAGCCT GGTTGGTTCA GGCTCTGCTT TGCTTACGTT GACGATCAAA CTATGAGTGT TGCACTCGAT CGTATCAAGA GATTCACAGC TTCTCTCTAG |
Protein |
| >Mp6g04560.1 MHTQDEDVAT AHVAKRALAV VNDDKHVEAY YMGWHEAQSN PYDAVQNPGG CIQLGLSENT LSLDLLDDWF STHSTAPALE LENVLNFKAI AGYPDVYHGL LIFRNLMANF MNELYGGAVS FDPEKMVITT GATSAIEILA FCLADPGDVF LVPAPYYPGF ERDIRFRSQV DLVPVPSFSS DGFAVTRAAL EQAFEDAVSR GRKVKAVLMT SPSNPLGMTY SRDQLSVILD FIGQKDMHLI CDEIYAGSVF GTTEFISIAE LVMPPRVDPN RVHIIYGLSK VLGIPGFRVG LLYSWNSLVL DAAKKLTRFS SVPTLTQQIL ISLLSDTHFL RLFLSENLKR LQQRWRLVSH GLQEAGLEFV NCTAGFFCWV NIGKVASVQT KEQELELWSK LLHVEGLNVT PGSACQCSEP GWFRLCFAYV DDQTMSVALD RIKRFTASL |