Mp6g16800
Description
Annotation
| Database | ID | Description |
|---|---|---|
| SUPERFAMILY | SSF118290 | WRKY DNA-binding domain |
| MobiDBLite | mobidb-lite | consensus disorder prediction |
| Pfam | PF03106 | WRKY DNA -binding domain |
| PANTHER | PTHR32096 | WRKY TRANSCRIPTION FACTOR 30-RELATED-RELATED |
| Gene3D | G3DSA:2.20.25.80 | WRKY domain |
| ProSiteProfiles | PS50811 | WRKY domain profile. |
| SMART | SM00774 | WRKY_cls |
| MapolyID | Mapoly0467s0001 | - |
| GO | GO:0006355 | regulation of DNA-templated transcription |
| GO | GO:0003700 | DNA-binding transcription factor activity |
| GO | GO:0043565 | sequence-specific DNA binding |
Nomenclature
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpWRKY14 | transcription factor, WRKY | Published |
Associated Literature (AI-based literature mining, Beta-version)
In transcriptome analysis of the inducible MpSTG-GR line, MpWRKY14 was the most strongly upregulated gene after 2-h DEX treatment, identifying it as an early MpSTG-responsive target.
3 core 1 peripheral
Zenker S, Wulf D, Meierhenrich A, Viehoever P, Becker S, Eisenhut M, Stracke R, Weisshaar B, Brautigam A. (2025)
· Plant Physiology research experimental subject
M. polymorpha WRKY TF assayed by ampDAP-seq here; yielded TFBM TTGAC (27,902 binding sites), showing conserved WRKY binding specificity.
Sakai Y, Takami H, Yamaoka S, Kato H, Fukaki H, Kohchi T, Ishizaki K. (2025)
· The New phytologist research experimental subject
In transcriptome analysis of the inducible MpSTG-GR line, MpWRKY14 was the most strongly upregulated gene after 2-h DEX treatment, identifying it as an early MpSTG-responsive target.
Wu, T.-Y., et al. (2021)
· Nature Plants research experimental subject
WRKY TF; knockout increases salt sensitivity.
Jeon, H.-W., et al. (2024)
· New Phytologist research experimental comparator
WRKY TF (Mp6g16800); MpNPR-dependent, SA-nonresponsive gene.
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp6g16800 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 |
| >Mp6g16800.1 CAACTCGACC CGAGAGCTCA GAGGGGACAG AGCGCCTGCT TCCTTCGGAG AGCGAGACCC GGTCCTTTTT CGAACTGGAC ACCCAAACTT GCACGCAGTC GTCCACTTCG GGGGCGCACT CTGCTGCTCT CTCTCTCATG ATTGTTCGTT CCGTGCGCGC GCACACTCTG GTTTAGATCT GCAGCCATCG TAGAGAAATT CAGCAAGGTC ATCCGCTTGC TTTCGACTCC GCCCAGCGCG ACTCGCAGTA CCAATTCCAT GGCCACGGGC GGCTCGAAAG CTCAAGACCA GCTTGTAGCG AAAGCCGGAA ATCTGAGTTT GCTGCTGTCA GGCGACGATT GCCACACGCC AGGCCGTATG CAATTCACCA GTCCGACCAC GAGCCCATGC GACACTCCTC TGAGCAGCAG TGGCCTCTCC GAGGGCGGCT CTCCCGTGAG GCCCAACCAA GTCGCTCCCG ATTCCGACGA GGACACCGTC GGCAATCTCT CGCGCCGCCA GTCTCACGAC GTTTCCACCA GCGCCACCGA TCCCGACCTC AGCGACAAAC CAGCTCTGCC CAAGAAGCGG TCAGTAATGC TGTCGATCTC CTCATGCTTT CTGCACTTTG ACGAGGCCGC ACTGCATGTC TGCATTCGCA GAATGCCGAG TCGAACAATT TCTTCGGGTT TCTACGATTT TTAATTCGAG TACATTCGGC TCAGAATGTC GGCTGACGGG CTCTGGTTTT TTTTCCTTGT GCGCAGAAAA TATTTTCCCA AAGGTATTTT GTATCAGACG AAACAACGGG CGATTGGTAC GGGTGACCCC GCGAACTATG GCCCCCCGGA CGACGGCTAC ACATGGCGCA AATATGGGCA GAAGGACGTT AAGAAGTCCA GCTATCCGAG GTTCGTTCAC ACTTTAGCCC GACCCCAACA TTGCTCTGCA GAGAAGTCAT TGCGGTGATT CTGAAGCACT CGATGTCGAA TGGACGTTGA TTGTGTGTGT GCGTGTGTGT ATTAATTAGG CTTGGATTTG GTTCGAGTAG CGAATCATCA TCTTGGCCTC GGGGCTTGCT ATGAGAAACA GAACAGAAGA AATGTAAGCA GTTGAGGAAT GGATTGAGTG TTGATTTATG GGCCGGACGA CAATGTTTGC TCATTTGTTT AAATTTGGTG TCGATGCAGA AGCTACTACC GATGCACGAC TCTCACGTGC CCTTCCAGAA AACGGGTGCA ACGCTCGGAC GAAGATCCGA GCTACTACGA TGTGACGTAC CAAGGCCACC ACATCTGCCC GCTCTTGGAG CAGCGAACCT GGCACATCGG TTTGGCACCA TCGCACATCG CAATCCACGA GCTACTCGCT AGGTGTTGCA TTTAGATAGA GTCAACTGTT ATCAGAGACG AAATCACGAG CTGGGGGTGA TCTGACAGAT GACGTTTCTA CCAAGCACTT CCAAAATGTG CACCTGGTTC AGTCAACGCG CCTAAGGCCT GCGTCCAGTC GTGGGACTGA CTCTACTCTG CGACCCCTCT CGTAGTCAAA AGTGTCTTCA CGTGCATGCT TTGCAGATCT CTTCGTTGTG TGTCCAACTT GCCCAAATTT TCCTACTCGC CACGCGTGAA TCCACGTGTC AAGCCACGCG TGTCTTCCAC GCTTGCGTGT TGTGCTCCGC GTGACGTCTG CACCACGTGA CAATTGTCGA TTCAACCACG TCTCACATCT CGTTTTGGGC CCGCCAAAAG GCTACCACTT GTCGATCTAT TGTGAGACTC GTATCTACGT GGCTTAATTT GTCACGTCAC AGCATCACGT GGCAACGTTC GCGCGTTCAG AGTTGATGTG GTGAGACGAT GATTGACATG GTGGAGGCGA GGCTCTTGGG CATTTGCAGT TGATCTTAAG GCGTACAATT TCCAGCTTCG TGAAGTGTAT GCTTCAATCT GAATACAATT TTGGACACCA CCAAAGTGAT TTTTTCAGTT GTTCAGCTTG AAGTGGACCT CTCCTCAGCT ACTGGTGGTC ATGTTCATTA CTTCAATGCA AAGATTTCAC CACCCAATTT GAATGAATGT TTCTGAACAG TAATGCTGGA CTTTTGATGT TCGAGTTTAT CGCGGCCTTG TCTTGGCTCT AATAAGGCCA ACAATTTCAA CTAAGTTTTG |
mRNA UTR + CDS |
| >Mp6g16800.1 CAACTCGACC CGAGAGCTCA GAGGGGACAG AGCGCCTGCT TCCTTCGGAG AGCGAGACCC GGTCCTTTTT CGAACTGGAC ACCCAAACTT GCACGCAGTC GTCCACTTCG GGGGCGCACT CTGCTGCTCT CTCTCTCATG ATTGTTCGTT CCGTGCGCGC GCACACTCTG GTTTAGATCT GCAGCCATCG TAGAGAAATT CAGCAAGGTC ATCCGCTTGC TTTCGACTCC GCCCAGCGCG ACTCGCAGTA CCAATTCCAT GGCCACGGGC GGCTCGAAAG CTCAAGACCA GCTTGTAGCG AAAGCCGGAA ATCTGAGTTT GCTGCTGTCA GGCGACGATT GCCACACGCC AGGCCGTATG CAATTCACCA GTCCGACCAC GAGCCCATGC GACACTCCTC TGAGCAGCAG TGGCCTCTCC GAGGGCGGCT CTCCCGTGAG GCCCAACCAA GTCGCTCCCG ATTCCGACGA GGACACCGTC GGCAATCTCT CGCGCCGCCA GTCTCACGAC GTTTCCACCA GCGCCACCGA TCCCGACCTC AGCGACAAAC CAGCTCTGCC CAAGAAGCGA AAATATTTTC CCAAAGGTAT TTTGTATCAG ACGAAACAAC GGGCGATTGG TACGGGTGAC CCCGCGAACT ATGGCCCCCC GGACGACGGC TACACATGGC GCAAATATGG GCAGAAGGAC GTTAAGAAGT CCAGCTATCC GAGAAGCTAC TACCGATGCA CGACTCTCAC GTGCCCTTCC AGAAAACGGG TGCAACGCTC GGACGAAGAT CCGAGCTACT ACGATGTGAC GTACCAAGGC CACCACATCT GCCCGCTCTT GGAGCAGCGA ACCTGGCACA TCGGTTTGGC ACCATCGCAC ATCGCAATCC ACGAGCTACT CGCTAGGTGT TGCATTTAGA TAGAGTCAAC TGTTATCAGA GACGAAATCA CGAGCTGGGG GTGATCTGAC AGATGACGTT TCTACCAAGC ACTTCCAAAA TGTGCACCTG GTTCAGTCAA CGCGCCTAAG GCCTGCGTCC AGTCGTGGGA CTGACTCTAC TCTGCGACCC CTCTCGTAGT CAAAAGTGTC TTCACGTGCA TGCTTTGCAG ATCTCTTCGT TGTGTGTCCA ACTTGCCCAA ATTTTCCTAC TCGCCACGCG TGAATCCACG TGTCAAGCCA CGCGTGTCTT CCACGCTTGC GTGTTGTGCT CCGCGTGACG TCTGCACCAC GTGACAATTG TCGATTCAAC CACGTCTCAC ATCTCGTTTT GGGCCCGCCA AAAGGCTACC ACTTGTCGAT CTATTGTGAG ACTCGTATCT ACGTGGCTTA ATTTGTCACG TCACAGCATC ACGTGGCAAC GTTCGCGCGT TCAGAGTTGA TGTGGTGAGA CGATGATTGA CATGGTGGAG GCGAGGCTCT TGGGCATTTG CAGTTGATCT TAAGGCGTAC AATTTCCAGC TTCGTGAAGT GTATGCTTCA ATCTGAATAC AATTTTGGAC ACCACCAAAG TGATTTTTTC AGTTGTTCAG CTTGAAGTGG ACCTCTCCTC AGCTACTGGT GGTCATGTTC ATTACTTCAA TGCAAAGATT TCACCACCCA ATTTGAATGA ATGTTTCTGA ACAGTAATGC TGGACTTTTG ATGTTCGAGT TTATCGCGGC CTTGTCTTGG CTCTAATAAG GCCAACAATT TCAACTAAGT TTTG |
CDS |
| >Mp6g16800.1 ATGGCCACGG GCGGCTCGAA AGCTCAAGAC CAGCTTGTAG CGAAAGCCGG AAATCTGAGT TTGCTGCTGT CAGGCGACGA TTGCCACACG CCAGGCCGTA TGCAATTCAC CAGTCCGACC ACGAGCCCAT GCGACACTCC TCTGAGCAGC AGTGGCCTCT CCGAGGGCGG CTCTCCCGTG AGGCCCAACC AAGTCGCTCC CGATTCCGAC GAGGACACCG TCGGCAATCT CTCGCGCCGC CAGTCTCACG ACGTTTCCAC CAGCGCCACC GATCCCGACC TCAGCGACAA ACCAGCTCTG CCCAAGAAGC GAAAATATTT TCCCAAAGGT ATTTTGTATC AGACGAAACA ACGGGCGATT GGTACGGGTG ACCCCGCGAA CTATGGCCCC CCGGACGACG GCTACACATG GCGCAAATAT GGGCAGAAGG ACGTTAAGAA GTCCAGCTAT CCGAGAAGCT ACTACCGATG CACGACTCTC ACGTGCCCTT CCAGAAAACG GGTGCAACGC TCGGACGAAG ATCCGAGCTA CTACGATGTG ACGTACCAAG GCCACCACAT CTGCCCGCTC TTGGAGCAGC GAACCTGGCA CATCGGTTTG GCACCATCGC ACATCGCAAT CCACGAGCTA CTCGCTAGGT GTTGCATTTA G |
Protein |
| >Mp6g16800.1 MATGGSKAQD QLVAKAGNLS LLLSGDDCHT PGRMQFTSPT TSPCDTPLSS SGLSEGGSPV RPNQVAPDSD EDTVGNLSRR QSHDVSTSAT DPDLSDKPAL PKKRKYFPKG ILYQTKQRAI GTGDPANYGP PDDGYTWRKY GQKDVKKSSY PRSYYRCTTL TCPSRKRVQR SDEDPSYYDV TYQGHHICPL LEQRTWHIGL APSHIAIHEL LARCCI |