Mp5g09160
Description
Annotation
| Database | ID | Description |
|---|---|---|
| Pfam | PF01738 | Dienelactone hydrolase family |
| SUPERFAMILY | SSF53474 | alpha/beta-Hydrolases |
| PANTHER | PTHR17630 | DIENELACTONE HYDROLASE |
| Gene3D | G3DSA:3.40.50.1820 | alpha/beta hydrolase |
| KEGG | K01061 | carboxymethylenebutenolidase [EC:3.1.1.45] |
| KOG | KOG3043 | Predicted hydrolase related to dienelactone hydrolase; [R] |
| MapolyID | Mapoly0095s0043 | - |
| GO | GO:0016787 | hydrolase activity |
Nomenclature
No gene symbols are registered for this gene.
Associated Literature (AI-based literature mining, Beta-version)
DIENELACTONE HYDROLASE LIKE PROTEIN1 (Mp5g09160), the focal gene; a negative regulator of the KAI2-ligand (KL) signaling pathway. Its expression is induced by the KL signal; dlp1 mutants and DLP1ox lines show altered KL-pathway output.
2 core 3 peripheral
Komatsu, A., et al. (2025)
· Nature Communications research experimental subject
Dienelactone hydrolase-like protein gene, one of three DEGs selected for further qPCR validation. Induced by (-)-GR24, characterized as a responsive gene of KAI2-dependent signaling.
Kameoka, H., et al. (2023)
· Current Biology research experimental subject
DIENELACTONE HYDROLASE LIKE PROTEIN1 (Mp5g09160), the focal gene; a negative regulator of the KAI2-ligand (KL) signaling pathway. Its expression is induced by the KL signal; dlp1 mutants and DLP1ox lines show altered KL-pathway output.
Yao, J., et al. (2021)
· New Phytologist research experimental comparator
DIENE LACTONE HYDROLASE-LIKE PROTEIN1 (DLP1); KAI2-response marker regulated MpMAX2-dependently.
Komatsu, A., et al. (2023)
· Current Biology research experimental comparator
DLP1; negative regulator of the KL pathway (referenced).
Kodama, K., et al. (2022)
· Nature Communications research experimental tool
Used as a KAI2-dependent transcriptional marker; qRT-PCR showed GR24 induction only in AtD14-overexpressing lines, not WT.
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp5g09160 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 |
| >Mp5g09160.1 CTATCTTCTG GACCATGAGC AAGTGGAATG ATGAGATTCA GGAGATGGAC TACGCTTGTG AAATTAAACT TACTTCAGCT AACAATTATT ACGACGAGTT TTTTTTAGTA AGAATCACCC AGAAGGACAA GCAGACATAG ACTGGAAACG AGGGCTGGAA AGTTCAAGCA TCGGACCGTC GCCAGAGTTT TGATTCTCAA TAAGAAGAGC AGCAACTCCT CCCCTTGGAG TGTGGATTAT CATTCCTATC ACAAGCACAT ACAGTACAGT GTGCAGGAAG TCGCAGTGCA CTCAGACTCA GAACTTTCTA AGGAATGGCT CCAGGTGACT GCTGCGTGCC ACCGCCTCCT TCTGCGTATG AAGGCAACGG TGTGCATGAA AACTGGGACG GGGTTGATGT CTATGCTTCT GGATCTTCCA CTTCCTCATC TGCAATTGTT TTTATCTGCG ATATATACGG TATGTAAGGC GTCGTTAACC TGGGTACTGC TTCTAATTAA TGCGATGCTA ACAAATATCA ACACTTCCGA TGAGGAAATT ACGATTGCAA GTTAGTTCTT CAAATTCAAT TTGCCGCAAC TATTGTGAGG ATCCTAGAAA TCAGAACGAA TGCAGTCCCC ACTTCTATAT CTCCAACTCT TCTTACAGAC GATTAAAACT TTCAAGAATA CTGTCAGTCT AACTTGACAG CATTCGGTTT GCCTTCAGAA GAATATCTGT TGTTTTTCTT CCACACCCGT CGTTATTTCT TCCGTCTCTG CCTGGAGAAA TTTCTCCAGG CAGAGACATT ACATTCTTCA ATGAGTCCAA CTCCACGTAT GATTTATTAA GGCTGGATGA TAGACTCATT CTCATTCAAT TTCCGTTTCT ACGTTTCTTG TGCCTCCGTT TCATGAACTT TAACTGTCTA CGAGGAAAGC TCTCCGTGTA TCAACTATCG TTACCTTTTC TATAAACAAA TAATTCGTGT CAAAATATGT GATACTGTCA GGAATGTTCC CGTGAATGTA AGCACAAAAT TATTCCTACT TCAGGTTCAT ATAATAATCT ATTATGATCG AAATCTTTCG ACATGTGCAC ATAATGATGT TCAGCCTATG GTGAACTACA TGTTGACAGT GAGATTTGTA CATCGTACTA TGCTCAACGT ATTGATATTC CAAGATTCTT AATTACCGAG ATGTAGAGCA GTTTCTGACT CACCACTCCG AAAATGTGTG CAGGATATGA AGTCCCGCAA GCAAGGTCAG TAATAAATTC AGTATTCAGT TTTTAGCTTG GCAATGAGAC CTAGTAATCT GTTCGTTTCA ACATAGTTAC ATTTTTTTTT AAATATTCGT AATCTGGGGT ACATGTCAGT CGTGACGGGG CGGTGTAAAA CTCCATGATC ATGATTATTA GATACGATTG AGACAGGAAG ATTATGGTCG GGACCTATTC GATGGACACA TATTAATATC TTAGTTCATG TTTCTACAGA AATCTGGCTG ACAAACTTGG AGCTACCGGC CACTATGTGA TAGTCCCAGA TTTTTTCGAC AAAGACTTCT TCTATTCACC GAATCCTGAG AATTTATACG AGGGACTTCC AGAATGGCTT GGGAGACATC CTCAGGTAAG AGATTTCCAG CGCGCTACAA AGTACGAATG ACAGGACGTC ACGTCCTCTC AACTTCTCAG TTTTCGGAGA TAATTCTAAC TGTAAGGGAC TTCGGCTTAG CAAATATTTT CGGTTGTATC ATCCATCAGA TATTTTATGA AGCTGACCTT TCTATCTTTC TCGTATTTTG TCAAAACTTA AGGAGGTTTC TCTTCACATT GGTGTAGCCT TGGGTTGTTA TTTGACATTA CTCCTGGGAC CATATGTGTT TTGCAGCCGC AGGCTATTGA GAGAGCCTCT AAAATGATTG ATATACTACG TACCAAGGGT GTGAAGAAAG TTGGAGTTAT GGGAAATTGC TGGGGAGGTA ACCATCTTGA ACGAAATTTC CAGTTAATCT GGACTATTTT TTTAAGTACT GCCTTTGAGT GAAGATGCAG GTCACTACAT CCATGTCGTG AACATTAATC CTCACTGAAC AACCTCATTT TCCTCCATCC GTCGAAACTG AAGCTTTTTC TTGAAGGTGG TCCACTTTCT CATACCTCTG ACACTGATAT GGACTCTTCA GGACTACTAG TCCCAAGGAC TCCCTTCGAG AGTTGAGGAC GGTCATAGTC TTTGGTTGTC TGACTGTCTA GGTCGTGAAT AATCGTTTAC TAAACCTATT CAGTTCTGTA CCTTCCCCAC CGTAATTGTG TGATCTTCCC CTGCCCACTA AAGCTATTTA CAATAGCTTG AGAGTTGTAT TGTGTTCTAC TGCTTACACT TTTCTAATCA ACTCAGCAGC ATATGGCAGT ATTCTCTTGG TACCTGATCC TGACAATTTT CATGCTATTG ACTTCCAATG CTTTCGTAAA TCCCAAGTCC CTTTGAAGTT GGTCAAAAGT ATTGCCTTAA AAGCGAGACG AGTTTTTTAT GGTGCACACA AAAGTGGAGG AATCCCAGTG GAAAGTAGAT TTCTAATCAT CTCGTGCTCG AAAGAAATGT TTTGTTTACC GCCCAGCATG CACTGCAAGG AACTGTATGA ATAACGTGGC TTATGTGAAC CTAATGTTTT CCTGATTTTG TGCATCAGGT TTCAGACTAG AGTACGCATT CGAAATTTGA ATAGTGTCAT TAGATTCTTA GTTTTTCCTG ATATTTTAAT CAGTTAAGAG GTCAATGGAC CAATTCTGGT AACCTTACTG AGTATCTTGA TCTTTGGAGT ACTTTTTATC TGCCGATGGA TCCAAGAAAG ATGCATGGTC AAAAGGTCAG ATAGCATAGA CTGGCAGATT TGTTATTGGA CAATGCCATT GATGTAGCCC GTTCGACTAG CAAACATTTT CATGACCATC GCAACTGTCA ACCGATCAGA TTCGGCTTGT TGTATGAGAT GCTGGCTCGC TTGAAGATGT GTAACTTGCA CATTGTTGTC AGTGTAAGGC TAGCTAACGT CGTCGTCAAA ATCGTCATTC GGGTTTCTAA TTTTTGTTAG TGGATATGGA TGCTATTAAT GAGGTGCTGA TACTGGTGAA ATTGTTTTGT GAATCTTACA GCGAAGATCG CCATCAGTTT GCTATTCGGA GACAAGGGAG ACAAGGGCGC CGATGCTGGG GTCATGAACC ATCCCTCATT CCTCACACAC GACGATGTGA AAGGTAAGAG TTCTCGTCTG TGGCCTTCCT CTCTTTCTCA CCGGATTGCA CGCAAAGATA TTTAGTAAAG ACCGGATCCT ACGCACGATT TTGTGCTAAT TTTTTTGTCT TTGTATTGCC AGCGGTGAAA GTTCCTCTAG CCATACTCGC CGCCGGTATA GACTTCATCA CCCCACCAGA AATGGCGAGA GAGTTCGCCG AGATTCTTGC CAATCACCCT GAGGTATGTA CCTGCTTGAA AGTGCATTAG AACTCTTCCT TGCTCATTAT GCAAAATGAA GCTATTGATT CCCGCACAGT ACATGCAGAG TAGTCGGATA AATAATAGTC GGATAAATAA GAGCTACTGA TATGGACATG AAAATCCTTG GACCTCGTCC AGTTCAAGTC AATTGGGCTG AATCCAGATC CTGACTGTCA AATACTAAAT TTTACTTGGA ATTTGTTCCA TATACGTAGT CTTATCGCAG TGCCATGCAA CGTAATTCTG ATACAGACCC ATGTCCAGAT CTTCGTAGGC TAGCTTGGAC GGGCTTCAAG GTCATGTTGC ACTCTAAAGT CTTGAGTCAC AATCAGATCT TCATATTCAC GGCAGTCAAT GATAGCAAGT CAAAAACTGG TTTCAAGATA GAGAAGCTGT GCAAGCACAG CATTAGGTTA GGGATCCAGT CGACCCCACG ACTGACTGCA AGGCCGTATG CAATGGAAAG CTTAAGCCTT GTTTACTTCT GCTGGCGTCC TACCATCATG TGGCTCCCTG TCGTCATATA CGTGAGACGA CGATTGGATC ACAAGTCGTG AATCTCATTA CCCATCTACC TTTTTGGTGA CGGAGGTGGA AATTCCTGGT TGTCGGACTT CTGGCGAGTC GTATTGTGGT CTTAGTATAG AAGTGGAGGC GAGAGGGCTC TTATTTTGAG CCCACTTGTG CACGAATCTT ACGTCCGAGG AAAGAAAGAA ATTTCCTGTC TTAGCGAACT TGACAGGAAG AAGCATATTA TATTTAGTAC AGGTTGACTA CGGCTGCTAA ACAAATGGAC GATCGATGGT CATCGGGTTG TGGGAACCGG TAGATTTGAC TCGGAATCCT GACATAGAAT AGTAGGCGTG GGGGGATGTA TGGACGCGAT GCAGGAAGAG GGTGACTGTG CAATGGGATT CATTATGTTG CGGTCAAGAT TGAAATCTGA TCGAGACTGC AATCACAATC GTGCACACAG GAATTTAACC TATCACCAAA GCATACATCA ACTCAAACGT AGTATAGCCG AAGGGAAGAA GTCTATTTCC AGCTGAAACC ATCTGAAGGA AAGACCCCTG CTGTAAAGAT GTATCCGCGG TAAAGTGTTT TTGCCTTTAT CTCGTCTGGG AATACTCGGA GGCAAAACAC GAGTTTTTGG ACTCGAAGGC CGGCTGCTTG TCAAGGGCGA GGAGCTCTTC ACAAGGAGCG TGTGTATCTT TGCATAGCAG AGATGGAAAG AATTTTAGAG AAGGTGCTCA CTGTGAAACT CAATTTCATT AAGTACACTT GAAGTCCAAT GCTGCTGTCT AGAGTTCGTC AAGCAGGATA ACTGTAGCTG TCAATCTCGA CTTGACCTTC ATTGAGGCAG CTCGCAATCA CACGATGAAC AGCCGACCAT GTCTCCGACC AGGCATGCCC ATCATGTAAA TTCCTGATTC TGTATGTCCG GGTGTCCCTG ATACGAGACA TCTGTCGGAG GTCAAAGTTT GAGTCAAGTA CGTGCAGATT AGAATTCTAA CTTCAACCCA CTGAGTAAGA TGACGCAAAG GTCAATGAGC GGAGAGATAG ATACGTTTTA AGAATGAGTT TCAAGCTCTT AGCACAGTGT GCCTATCGTG AATGCAATGG AGCTTCACGG GAGAAAAGAA GACATGGCTT CATTGGTAGA GTCCATGGGT TCCAACCGAA TGTGGATATC CTAATCTGGT CGCTGTCAGA TGGGAGTTAT TTCTCTTCAA TTACTGATAC AGCCCGAAGG CACAGCAGAT CTAGCCCGGC GTGAGGATCA TGATAAAAAC GCAGAAGAAA GTCCACTTAT GCAGATATCG ATCTGCCCGT CACGATTAGA CTTTTTTCTG CGTGTTCATC ATGGCCATGG TGTGTCCACC GGGGCATGCA TTGTTCATCA TTCAGCTCAG CGCTGAAGGC CGTTCATTGG AACTAGTCTT CTTCCTTTTG TTTTTCAAAG GATACAATTG CTTGCTGAAA GTTGCGATCG TTGCCATCGC TAGCGAGTGT TGTTCCAGCT GCCATTTCTG GAATATGTGG ATTGAATGGG AAGAAAACAA TCCAGGACAG AACCATCCAA TTGTACGGTC AGAGCGGATG TCGCGTTCCA GTGGGCGATT TTCTGAGAAA ATTTCTGGAG ACGACGCAAA TGTTTATTGA TCAACTAGAC TTTTGGCCAA TTTTTTGGCA GAATCAGATT CATGTGATAC TGCGGCGGCA GTTATGGAGT CCTAGTTCTC TGCTTTCGGC TTACAATGAC ATACAGCTAC CCAGGCCTCG GTGAAATTTG TTAACATCGT TCTCACAACT GGTGAATCGA GAAGTTTCAC TGCTCTTGGT CTCTTAATCT GGGATTCTAA ATCGGCCTGC TTTCGTGGCA ACCTTTCTTG CCGAAGTCAA TCTCAACGGA ATGTATCGTA AGAGATGAAA ATGAATTGTC ATTCGGTTTG TCGCACCCTA AACGAACGAC ATGTACTAAC TGCTGGGTTT TTTAGTTAGA ACGTGAATAA TCTGTAAAGC TTTCTATTTC GCACTTTGTA GCGAGATGCC GGTTATCTGA AGTTTTACAG ATTTACTGCG CCGGTTAAAG TAGTTTCAGG GAATAGTGAA AGCAGACCAT TGGATTGGGG ATTGACTGCT TGTATGCTGT GTCGAATATT TTTCAATGAT TGCGAGTGAG TGGCCAGATG TGATTATGGA CATTGATCAT CATCACGAAA TATTTGTATC GCAGGTTGGA GACAGATCTT TCGTGAAGGT TTTTGAAGGA GTCGAACATG GATGGACAAC CCGATACGAC ACAGGCGACC AGACTGCTTG CCAGAGAGCC GAAGAAGCTC ACCAAGACGC CATTTCGTTC TTCGGCAAAT ATCTGCAATA ATAATCCGAT ACTGAGCTAA CCTGCTGCTT AGAATAAACA AGTATTTCTT CTGTTTTCAT TTTATTCATG AAGAAATTTA GAAAAAACAG AAAAAAAGTA TATTTATGCC ACCGTAACGT ATCGGCACTA GTTACGGGAC GAAGGAGGCA ATTAGAGAAC CTTGCGTCTG CTATAGCTAG GGTGAACCTC TAGCGATTCT GTCGTAGTTC GAATCCAGCT CCAGTGTGGG GTCTACTTTC GCCTCATTTG CCAATAAGTG ACAGCTAGTC CGACGTTCCG AGTAATGTTC CTGCTCCTGG AAACCAAAGG AAGAAAGTGC AGAGAATACC TTTTCTCTTA TTCTCAGTAA AGTGACTGTC TTGAAATGTC AAACTCGTGC GAGTACCTTT TTGTTGCAGT TAACCTTTTC A |
mRNA UTR + CDS |
| >Mp5g09160.1 CTATCTTCTG GACCATGAGC AAGTGGAATG ATGAGATTCA GGAGATGGAC TACGCTTGTG AAATTAAACT TACTTCAGCT AACAATTATT ACGACGAGTT TTTTTTAGTA AGAATCACCC AGAAGGACAA GCAGACATAG ACTGGAAACG AGGGCTGGAA AGTTCAAGCA TCGGACCGTC GCCAGAGTTT TGATTCTCAA TAAGAAGAGC AGCAACTCCT CCCCTTGGAG TGTGGATTAT CATTCCTATC ACAAGCACAT ACAGTACAGT GTGCAGGAAG TCGCAGTGCA CTCAGACTCA GAACTTTCTA AGGAATGGCT CCAGGTGACT GCTGCGTGCC ACCGCCTCCT TCTGCGTATG AAGGCAACGG TGTGCATGAA AACTGGGACG GGGTTGATGT CTATGCTTCT GGATCTTCCA CTTCCTCATC TGCAATTGTT TTTATCTGCG ATATATACGG ATATGAAGTC CCGCAAGCAA GAAATCTGGC TGACAAACTT GGAGCTACCG GCCACTATGT GATAGTCCCA GATTTTTTCG ACAAAGACTT CTTCTATTCA CCGAATCCTG AGAATTTATA CGAGGGACTT CCAGAATGGC TTGGGAGACA TCCTCAGCCG CAGGCTATTG AGAGAGCCTC TAAAATGATT GATATACTAC GTACCAAGGG TGTGAAGAAA GTTGGAGTTA TGGGAAATTG CTGGGGAGCG AAGATCGCCA TCAGTTTGCT ATTCGGAGAC AAGGGAGACA AGGGCGCCGA TGCTGGGGTC ATGAACCATC CCTCATTCCT CACACACGAC GATGTGAAAG CGGTGAAAGT TCCTCTAGCC ATACTCGCCG CCGGTATAGA CTTCATCACC CCACCAGAAA TGGCGAGAGA GTTCGCCGAG ATTCTTGCCA ATCACCCTGA GGTTGGAGAC AGATCTTTCG TGAAGGTTTT TGAAGGAGTC GAACATGGAT GGACAACCCG ATACGACACA GGCGACCAGA CTGCTTGCCA GAGAGCCGAA GAAGCTCACC AAGACGCCAT TTCGTTCTTC GGCAAATATC TGCAATAATA ATCCGATACT GAGCTAACCT GCTGCTTAGA ATAAACAAGT ATTTCTTCTG TTTTCATTTT ATTCATGAAG AAATTTAGAA AAAACAGAAA AAAAGTATAT TTATGCCACC GTAACGTATC GGCACTAGTT ACGGGACGAA GGAGGCAATT AGAGAACCTT GCGTCTGCTA TAGCTAGGGT GAACCTCTAG CGATTCTGTC GTAGTTCGAA TCCAGCTCCA GTGTGGGGTC TACTTTCGCC TCATTTGCCA ATAAGTGACA GCTAGTCCGA CGTTCCGAGT AATGTTCCTG CTCCTGGAAA CCAAAGGAAG AAAGTGCAGA GAATACCTTT TCTCTTATTC TCAGTAAAGT GACTGTCTTG AAATGTCAAA CTCGTGCGAG TACCTTTTTG TTGCAGTTAA CCTTTTCA |
CDS |
| >Mp5g09160.1 ATGGCTCCAG GTGACTGCTG CGTGCCACCG CCTCCTTCTG CGTATGAAGG CAACGGTGTG CATGAAAACT GGGACGGGGT TGATGTCTAT GCTTCTGGAT CTTCCACTTC CTCATCTGCA ATTGTTTTTA TCTGCGATAT ATACGGATAT GAAGTCCCGC AAGCAAGAAA TCTGGCTGAC AAACTTGGAG CTACCGGCCA CTATGTGATA GTCCCAGATT TTTTCGACAA AGACTTCTTC TATTCACCGA ATCCTGAGAA TTTATACGAG GGACTTCCAG AATGGCTTGG GAGACATCCT CAGCCGCAGG CTATTGAGAG AGCCTCTAAA ATGATTGATA TACTACGTAC CAAGGGTGTG AAGAAAGTTG GAGTTATGGG AAATTGCTGG GGAGCGAAGA TCGCCATCAG TTTGCTATTC GGAGACAAGG GAGACAAGGG CGCCGATGCT GGGGTCATGA ACCATCCCTC ATTCCTCACA CACGACGATG TGAAAGCGGT GAAAGTTCCT CTAGCCATAC TCGCCGCCGG TATAGACTTC ATCACCCCAC CAGAAATGGC GAGAGAGTTC GCCGAGATTC TTGCCAATCA CCCTGAGGTT GGAGACAGAT CTTTCGTGAA GGTTTTTGAA GGAGTCGAAC ATGGATGGAC AACCCGATAC GACACAGGCG ACCAGACTGC TTGCCAGAGA GCCGAAGAAG CTCACCAAGA CGCCATTTCG TTCTTCGGCA AATATCTGCA ATAA |
Protein |
| >Mp5g09160.1 MAPGDCCVPP PPSAYEGNGV HENWDGVDVY ASGSSTSSSA IVFICDIYGY EVPQARNLAD KLGATGHYVI VPDFFDKDFF YSPNPENLYE GLPEWLGRHP QPQAIERASK MIDILRTKGV KKVGVMGNCW GAKIAISLLF GDKGDKGADA GVMNHPSFLT HDDVKAVKVP LAILAAGIDF ITPPEMAREF AEILANHPEV GDRSFVKVFE GVEHGWTTRY DTGDQTACQR AEEAHQDAIS FFGKYLQ |