Mp3g00220
Description
Annotation
| Database | ID | Description |
|---|
Nomenclature
No gene symbols are registered for this gene.
Associated Literature (AI-based literature mining, Beta-version)
Listed among the 17 putative peptide-encoding genes retrieved by this study's screen of the top 1,000 antheridia-expressed genes (no functional annotation; 89 aa; no predicted signal peptide; FPKM 88.5917/97.2983 in the two antheridia replicates). Not characterized further - MpRALF1 (Mp7g07270) was the candidate pursued.
0 core 1 peripheral
Zhang, Y., et al. (2026)
· Nature Plants research experimental background
Listed among the 17 putative peptide-encoding genes retrieved by this study's screen of the top 1,000 antheridia-expressed genes (no functional annotation; 89 aa; no predicted signal peptide; FPKM 88.5917/97.2983 in the two antheridia replicates). Not characterized further - MpRALF1 (Mp7g07270) was the candidate pursued.
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp3g00220 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 |
| >Mp3g00220.1 AGAAACCCGC TCAGAAGGCT CCGGTTGCTG TCATAAGCCT CAACGTCGAA GCCCGCACTC GCGCTGAGTC CAGGTGTGGC TGGCACTGCG CAAGACAGTC GGATAGCACG TTGAAAGCTG CTTCAGCACG AGAGCGTGTC AATCCTCCAG CTTTGCGCTG TTTCTGGCTC GACGGTGCTT GACATTGGAC GAGGCTAGCA CTCGGTCGGC GTCAGGGAGA GCTTTTGGCA GGCGTGCCTG CAGAAGAGCG AGGCGAAGTT CGTTGGGCTT GAATGTTGTA CAGCGTTCTG CAACTTCTGA TCAGGGATTG CATCAGGGAT TTTGTTGGAA AACGTCCAAG TACGGCTCGC CCTGCCTGTC AGTTCTGCAT GGACGGGCGA GCAGTCGCTA GCTCACTCAG TCACTCTGCA TCAACGACAA AGGAACGAGT TGCGATCAGG AACTGGTCAT TGATACATTC TTGCTTCACG CGGCGTTCAG CAACAAATCT TCTGTGAACA ATGTTCGCCT CGCGACCTAA ACCGGGTAAG CACAATCAGA AACTGACGAA ACGAGGCGTG CAATGCCGCC ATTTCTTCAG ATTCATCAGA TGCCGTTTCT TCAGACTGGA AGAACGTGAG GCTGCCACCA TCAGAGTGGC CGTGGGAAAA ATCTTTTCTA TATTGCCGTG CTAGCATCGC CCATAACTAT CACATGCAGC ACTATGTGTC CAGATGGTCA CCGGTGATAT GCTGCAGGTA CGGTTTGAGT ACTGGAAAGA GCAACTGCAA AGAATGTTGG AAGATCATGT ACCGGTACTA TTACTTCTTC TTCTTACTTA AGAAGACCTC GGTCTATCGC AGCGAAGTTT GTCTGCACGA TGGGCACTTA ATGCTTCCAG ACAAGAGAAA CTATGGAAGA CGAGCCCACA GACAAGAATG TCCTACCTAA TGTTCACTGC CGCACACTTG ATGAATATTA GACACACAGC GCAGTAAGAG AGCAAAGTTT AGTAACTTTC GTCGAACTTG GTTAAGTACT TTGACTTGAA GAGAAGGGGA GGCAAATTAG TTGCCATAGC TATCCAAGAC TTAACCATCC ATTCTCCAGT GATTAAACTT CCAAACTAAC TGTAGTCATA CCATGAGGGA GTTGCGAGAA AGTACCTCTC GACTTCGTCG TATGAAGCAG ATAACTGTAC TGAACACAAA AGTCAAGGCA CAGAGTAAGT ACGTACAGTA TCCAGCCGGA AGCGAGGTGA GGTAGAATTA AGCCATGTTG AAAAGTATGT CAATCTGCCA TTCGAGAAAG CGTGGACCTA TGACTATGTT TAGCAGACAC ATTTCTATGG AGGTACTCGG ACCGAAACTG TGAGTGCGCC ATCTAAGACA TGAGCTGTAC ATTTGAAGCA ACGGTAGTTC CGCGGGAGGA AATATTTCTT GAATGATGAA GATCCATGAT CTGAGCATTG TGGGAAGCGA TGACTTCATC ATATTGCATT AAACGTGACA ATCGCCCATA CTGTTCTAGT GCAATTGCCT TGTCAATTTG TCCCCGCCAC TCATCCGAAG AAAGTCTAAG CGTGGTATTG CTATGACGTT CTTTCCTAAA ATTTTCTATC TTCTTTTTAA AATCATTATT CATTATATCT CTTTCCAGGT CGCCGGACCC TTTCCGATTC GACTTGCTTT GGCTGAGAAA AAGAACCTGC CGTCCAGATC CCGACCTCTC GAACTGTTCG TCACGAACGT GTCAAGTCTA CAGGAGATCC TTCGTGCTCA TGTTGCAGGT ACGATTACAG TACTTTGTGC AGCAGAGAAC TCAGATTTGG AGTCCACTTG CTATCAGAGC AGATAACGCA ACAGATCCTG CCTTGTTGGC CTCTCTGCTG GTCATATGGT GAACACAGTA TGTTAGCTTA GTGGTCTCTA TCTGAATTGG TTGAGTTAGA TGCTTATCTC CTCTCTCCTT TCTCCTTTTA TCCACAAATC CTGCAGGAAT AGCTGCAGCT TTGGTCGAAA TTTATTTCCA GATTCCTTCA ACTGAAGAAT TCTATAAGTC ACAACCGGCT CAAATACCAA CTGGGTAATG GGAAAGGAAT TCATACGTGT GGTAAGGAGA ACTATATTAC TCTAGTATTG AGAGGTTTGA TAGAGATGTG GAGTTGGGCA ATTCCAGGTT TTATTCTGGT AAATTGGAGA TGGTTTGCCC CTTAAATCAC AACAATGAGT TCCCCTACAT TTAACTTCGT CTTCTCCGAT TGGCCAATAT GCGAAGAACC TCCTATTTAC CTTGATGGAG AGTTTCAATA GTCTATACAT TCTTTATTAG GGGATGTGTC GATGCAAGTA CTAAAAAGGT CATATAAATG TATCCAATAG CATGCAGTTT GCAAAACTTT CTCCAAGAAG TAAGCTATTG GATTTTGGTT GAATTATCAT GGGTTGGGAA AATAATAGTG TGAGTTAAAA CTCACATAAT TAGTGAGTTT CCGCTTTGGT TTCTATAGCC AACTATGTTT TCAACTATGA AATGAGACCA TACAAAGAAG ATTAGCATGC CCCTGCACAA GGATGACACT CACAAATCGA AAAATGGTCC ATAGATCAAA TGATTGTGAG ATTAACTTAA TTAGTGTAGG GTGCACATGA GTCCGCATCA TAGTGACCCT TAATTCCATT GATGATGATG TGATTGGTGT ATCAAAATAA TAAATACATA CGCATTATGG AAGTAAAGTG AGTATGACTT GCACTCAACT CGGGACAACT TGTGACAAAA ATTCCGGGTT GTAAGACACA AAGTTTATCA AAGAATACAA TACTTGAAGA AACGAAACAC GTTGCTTCTA ATTTCTTCAC TTCAACTTTT GCATACTTCA ATCACTGTTA TTTAAGATGC AAACATAGAA TGAAGTATGT ATATCAATTT GATATAATTT TTCTTATAGA ATTTTAAATT TCATGTATTT AATGCTATAC ATACTGGTGG GTTTAGCTGG TGTAACTCAC GATAGACATT CACGTTGGGT GATTACGGAC ATTAGATGCA ATATTCCCAT CGTCAATTCT ACTGGGGTAG AGCCCCTACT TACCCCTTGG TTTTTTCCAT TCAAGACTTG ATGAACTCTT CTCATTCTTT TGGCTTTATT ACTCGGCTTG CTTGTTAGTT GTGTGGAGAA CTAACCAAAA GTTAAAATAT GTCAATGGCC TCGTTTGGAT CGAAAGAGCG GGAGAGAGTG CGGTTGCTTT TCTGGCTACG GATCGCACTT TTCGTGATGG AGTGGGGACT GTTACGTACA GTACAGGAGC ATTTATTTCT TCAGGCTTGT CATAGAGAAG ATACCAGAAC GACTCTATGT CTTCTTACCT GATATGATCA CGATGCATGC GGATAACGAG AATTTGAAAT TGGTGTGAAC CCTTAACAGC CAACGTCCCT TTCCCTAGAT CGAGGTGGCC AGTCTCACAG TGGCGCAATC TTGAGATGCG CAGGAGTAAG GACGGGGATC CATCCTGAAA TCTTAAACGT TTAAACTCCC ACTCCCCTTC ACCGTACCAT CGCCGCATTC ACTTAGAGGA AAATGATCCT CTGCGTTCAT AATCAGTGGT CACCATGGGA AGAAGCAACC GGATCATCAG GTTACTTCAT CTGGCCACTG CATTACTGTC CCGGCTTTCC TGAGTATATA CCTTCACGGT CCAAAGGTCT CTGAGGGTTT TTGTCGAACG CATGGCAGTG GATGAATTTG TCGTGACTAA GTAGACACCA GGTTCGGCAG TCAGTTCGAC TCTGCTGCCA TGCTTCCACG CTTCCACTTG ACTTCACTCG ATCTACGAAC TGCTACATGA ACTATGATAC GTACGTATTT TAGTACGGTA GTTTTGAACA CAAAGGTTTG TATGATCCCA AGGACCCAAG ATCGAGAGGC ATTCTGTTTG CAGTGGTGTC CAACCGTATT GCGTAGAAAC TCATTGTGAT GTAAGACTTC TAAACACTAA GTTCTCGGGT GCAGTGCAGT GTGTAGAATT CACGGGCCCT GTCGGGGAAA AGCTGAAGGC GGTCGGGTTT TGCTAAACCC CGGGCGAGGG TGATGGCGAG GGCGAATGGA TTCCAGACGG GACTGCTCGA TGGATGGACT ATGGACCATG GGTGAAGGGA GTGATGGCTC TGACTGACGG CAAGCGGTCG TGGGACTGAC TGTTGACGTT CCTCCTTTGC ACTGACTCGT GCCACAGTCG GACACGCAGT CCTGTACATC GGAGGATCCA ATTTTTCCAA TCCTGTGCGG TAAGAGCATC CAAAAAAGCT TCCAATATGC CTCTCTTTAT GTGATGATTT AGATGATGAT GACTTCAGTC CCTCATGATG GAGGAAACTT GGGCTCTGGT CTCGTTGCTG TCATACGAAA TGCTTTTCAA GCAAAAGGAG CTGTTCCTTT GCTACAAACA AATTACTGTG CCTGCCTATT CTATCTATGC CAATACAATA TTGTTAAAGT T |
mRNA UTR + CDS |
| >Mp3g00220.1 AGAAACCCGC TCAGAAGGCT CCGGTTGCTG TCATAAGCCT CAACGTCGAA GCCCGCACTC GCGCTGAGTC CAGGTGTGGC TGGCACTGCG CAAGACAGTC GGATAGCACG TTGAAAGCTG CTTCAGCACG AGAGCGTGTC AATCCTCCAG CTTTGCGCTG TTTCTGGCTC GACGGTGCTT GACATTGGAC GAGGCTAGCA CTCGGTCGGC GTCAGGGAGA GCTTTTGGCA GGCGTGCCTG CAGAAGAGCG AGGCGAAGTT CGTTGGGCTT GAATGTTGTA CAGCGTTCTG CAACTTCTGA TCAGGGATTG CATCAGGGAT TTTGTTGGAA AACGTCCAAG TACGGCTCGC CCTGCCTGTC AGTTCTGCAT GGACGGGCGA GCAGTCGCTA GCTCACTCAG TCACTCTGCA TCAACGACAA AGGAACGAGT TGCGATCAGG AACTGGTCAT TGATACATTC TTGCTTCACG CGGCGTTCAG CAACAAATCT TCTGTGAACA ATGTTCGCCT CGCGACCTAA ACCGGGTAAG CACAATCAGA AACTGACGAA ACGAGGCGTG CAATGCCGCC ATTTCTTCAG ATTCATCAGA TGCCGTTTCT TCAGACTGGA AGAACGTGAG GCTGCCACCA TCAGAGTGGC CGTGGGAAAA ATCTTTTCTA TATTGCCGTG CTAGCATCGC CCATAACTAT CACATGCAGC ACTATGTGTC CAGATGGTCA CCGGTGATAT GCTGCAGGTA CGGTTTGAGT ACTGGAAAGA GCAACTGCAA AGAATGTTGG AAGATCATGT ACCGGTACTA TTACTTCTTC TTCTTACTTA AGAAGACCTC GGTCTATCGC AGCGAAGTTT GTCTGCACGA TGGGCACTTA ATGCTTCCAG ACAAGAGAAA CTATGGAAGA CGAGCCCACA GACAAGAATG TCCTACCTAA TGTTCACTGC CGCACACTTG ATGAATATTA GACACACAGC GCAGTAAGAG AGCAAAGTTT AGTAACTTTC GTCGAACTTG GTTAAGTACT TTGACTTGAA GAGAAGGGGA GGCAAATTAG TTGCCATAGC TATCCAAGAC TTAACCATCC ATTCTCCAGT GATTAAACTT CCAAACTAAC TGTAGTCATA CCATGAGGGA GTTGCGAGAA AGTACCTCTC GACTTCGTCG TATGAAGCAG ATAACTGTAC TGAACACAAA AGTCAAGGCA CAGAGTAAGT ACGTACAGTA TCCAGCCGGA AGCGAGGTGA GGTAGAATTA AGCCATGTTG AAAAGTATGT CAATCTGCCA TTCGAGAAAG CGTGGACCTA TGACTATGTT TAGCAGACAC ATTTCTATGG AGGTACTCGG ACCGAAACTG TGAGTGCGCC ATCTAAGACA TGAGCTGTAC ATTTGAAGCA ACGGTAGTTC CGCGGGAGGA AATATTTCTT GAATGATGAA GATCCATGAT CTGAGCATTG TGGGAAGCGA TGACTTCATC ATATTGCATT AAACGTGACA ATCGCCCATA CTGTTCTAGT GCAATTGCCT TGTCAATTTG TCCCCGCCAC TCATCCGAAG AAAGTCTAAG CGTGGTATTG CTATGACGTT CTTTCCTAAA ATTTTCTATC TTCTTTTTAA AATCATTATT CATTATATCT CTTTCCAGGT CGCCGGACCC TTTCCGATTC GACTTGCTTT GGCTGAGAAA AAGAACCTGC CGTCCAGATC CCGACCTCTC GAACTGTTCG TCACGAACGT GTCAAGTCTA CAGGAGATCC TTCGTGCTCA TGTTGCAGTG TGTAGAATTC ACGGGCCCTG TCGGGGAAAA GCTGAAGGCG GTCGGGTTTT GCTAAACCCC GGGCGAGGGT GATGGCGAGG GCGAATGGAT TCCAGACGGG ACTGCTCGAT GGATGGACTA TGGACCATGG GTGAAGGGAG TGATGGCTCT GACTGACGGC AAGCGGTCGT GGGACTGACT GTTGACGTTC CTCCTTTGCA CTGACTCGTG CCACAGTCGG ACACGCAGTC CTGTACATCG GAGGATCCAA TTTTTCCAAT CCTGTGCGGT AAGAGCATCC AAAAAAGCTT CCAATATGCC TCTCTTTATG TGATGATTTA GATGATGATG ACTTCAGTCC CTCATGATGG AGGAAACTTG GGCTCTGGTC TCGTTGCTGT CATACGAAAT GCTTTTCAAG CAAAAGGAGC TGTTCCTTTG CTACAAACAA ATTACTGTGC CTGCCTATTC TATCTATGCC AATACAATAT TGTTAAAGTT |
CDS |
| >Mp3g00220.1 ATGACGTTCT TTCCTAAAAT TTTCTATCTT CTTTTTAAAA TCATTATTCA TTATATCTCT TTCCAGGTCG CCGGACCCTT TCCGATTCGA CTTGCTTTGG CTGAGAAAAA GAACCTGCCG TCCAGATCCC GACCTCTCGA ACTGTTCGTC ACGAACGTGT CAAGTCTACA GGAGATCCTT CGTGCTCATG TTGCAGTGTG TAGAATTCAC GGGCCCTGTC GGGGAAAAGC TGAAGGCGGT CGGGTTTTGC TAAACCCCGG GCGAGGGTGA |
Protein |
| >Mp3g00220.1 MTFFPKIFYL LFKIIIHYIS FQVAGPFPIR LALAEKKNLP SRSRPLELFV TNVSSLQEIL RAHVAVCRIH GPCRGKAEGG RVLLNPGRG |