Mp1g03930
Description
Annotation
| Database | ID | Description |
|---|---|---|
| MapolyID | Mapoly0005s0214 | - |
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; 71 aa; no predicted signal peptide; FPKM 87.6177/104.321 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; 71 aa; no predicted signal peptide; FPKM 87.6177/104.321 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 Mp1g03930 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 |
| >Mp1g03930.1 AAGGGCGAAG GAAGGAGAAG GCGCGACGAG ACGAGACGAG AGGAGGCGAG GTTTGCTTGC CTGCTTGTCC GAAGCGGAGT GGAGGAGGGC ACGGTAGGAA TCCGTTTGGA GTTTGGCAGC AATGGCGGGA GGTATGGATG TGCACAAGAA CAAGTTTGTG GAGCAATGGG CCACCAACAG GGAAAATTTG GAATTGGCCT TCAAGTTTAA TCGGCGAACG GTTCCAATCT GCCTGCTCTT TGGGTTGTTC GTTCCTCTTA TCACTTACCA GGGCATCACA TCCGAATTCG TAAGTGATGA TTGTGTTTCT TTTGGGGTTT TCCATGTTCT TTACAGTTGA GAATTTTTCC TCCTCCCGTG TGAATGCCAA GATACTCTTT CTGATGATGT AGGCGAATTT GCCCTCGCAC ATGGTTTTCG TTAAGCCTCG ATCTAGGGTT CTGCATCGTA GTTTATTTAT CTGGATAATT GTGGTCGATC TACATGCGAA TGCGGTATGC CTCTTCTTGG GAAAAAAGTC TTTTGTGTTG ATTGCACAGT CCCAGGTAGA TGTCGACATC TACCTGGGAC TGTGTAAGGT GGGTTACCCG AGCTATTATT TTTCTTGAAT AGATCTGAGA TAATTCGAGG GTATTTTCTG CAGTCAAAAC TCTGTCGGCC ATCCAATTGG TTTTGAATCT TAGCAGGCAG TGGAAAGTGA TGTATCAGTT CCGCTTGGGG ACGGTCAAGT CATTTCGAGA CCTGAACGAG AGTCTAGAAA TGCGAGAGGG GCTTGGGCTG AGTAGGATCC TCGAACTCCT CGCGCTGTCG TAGCTCTCGT TTAAATAGTT TCAGTATCAA TCTCATCTTG GAGTTGTGTC TTGTGAGGAG AGTAAAAGGG GAAGCTATAC AGGGAACAGA GATGGCAGGC GGTATGGATG TTCATAAGAA TGAGTGGGTT GAGGCTTGGG CAAGTCACCG TGAAAATTTG GAACAGAAAT TTCGATTCAA TCGACGGTCC ATTCCTGTTT GCTTGCTCTT CGGGCTTTTA ACACCGATTT TTACGTATCA ATTTGTCAGA GACGAATTTG TGAGTGTTGC ATTCAAGAAT ACCACGTTGA TGTATATGCT ATTTAGACTT GAGGTCAGAT TCGAGAGATT GCCCAAGATT CAGGATAACT CAGAGACGAT GCAAATAAAC TGCAAACTAT ACTTATACTG TGAAGATATG TTACGAGACT TGTACTTCCA TCAACCAAAA TATTCACAAC AAAGCCCTCT GTTTTACAGG AAGTTCTTGT CGGGGTGCAT ACTAGGTTTC TTGCTGATTC CTGAGAGAAC TTTGTCACTT CCTGTGCCGA CTTCTTTGCT TGCTTCATTT GAAAGTAGCG ACCTTACATC CACCTTTAAG TACGAGCCAA CATACTTGAA TCTGCAGTAA CTGCTGTCAT GGCCTCGAAT ATCTGACAAC AGTTCTAACT AGTCACTTGA ATGTATGATG GGATATCGCT GTAAATGAAT TTTACACTTT CATATTGTGA AAAATCTCAA ATGTTAGAGA TCTGAGCCCC TGTTCAGAAC TTTGCCAGCT TATGTGATTG TACATCACCT TGCCTAACTC AATTTTAGGA ATGAAAGAAC TGTTGTGTTA GAAGCATTCC TCACAGGGTC GAGGGCTGAA GTTCTTCAGT TAAGCTAAGC TGCACGAACG ATTGAGTTGG GCTAAGGTGT ATTTCGAAAT TCTTTTAGAA AGATCGTTGG TCCGTGGATT ATCAGGAACT CTTGTCTTGA AACCTTGTCC GTCTTGTTCG TGCATAACGT CACAATGAGG ATTATTTTGA TTACTGAATA CACTATGTTG AAAGCTGTGT TTAGTTTATC TAACAGGTTT GGCTGCGCAT ATGTTGTTTG TCATTTTTAC TGGGTTTGAT CACTGTACAC ATTCTATTTA CATCAATTCA CATGCCATTT TGCTAGTGTC TTCGCCACCT TGTCCTTCGG TGCGTGGACA CCAAACTGTC AACATATTTT GGAGGTGTCC TGCTCTGAAC TAGAAGTTCT GAGTTCTTTT TGGTGCATCC TGTCCGACTT TAGCATTCGC AAAGAAATTA CTTTTTTCTG CCTCGTGAAA CTTTTTTTCA TATCTGCTGG TATTTATCAT TCCTCCTTTT CCTTGGGTCT TTGGCTGTTC AGGCCAAAGA CCCAAGGGCC TCATTGTGTA TGTAGTCATG TTTGACTGGT CTTATTGTTT CTGGTGAATT GCATCGCCTC TCTCATTGGA TACCTTATAT TCTTACACCC GCTCCAACGG CGTTTGTTCC TGCGACAGAG ACATCAAAGT AATCAATTTT GTCGTCAAAT CCTTACAAGT TTTTGTTTAC AAGTACTTTG CCATGCGCCT CATGTTTGGA TACCTTTTTA CCTATCAAAG AGTGCATATG ATACACAATT CTTGGGTTTT CATGAAGCTC CAAAGAACAA GTCCTGCATT TTATTTCGTA ATCAAATCGA TTTCCTGCAA GCGATTGAGT TCGGACTTTG AGTTGGATGT CCGGAATGTA TTTGTTGCTT TCGGCCCAGT TTATTGAGTT CTAAAAGGTT CACATTCAAA TCGAAAATTA TGTGGATGTG ACCTTACTTT TAAAAGGAGC TTGTAGTGAT GAACTTGTTG TGAGGGTGGC TAATGTGGAA AGTCGATCCT GAGACTTACT TTATCTTGTC CTCTATCATA GAGTTCCAGA TCTCGTTCAG TTACTTGATC GCGGTTCTCC TCAGTGTTTG ACCTAATACT CCCTTGAGCA GCTGTGAGTG TTGCCGTCTC ATAGCGACTA CGATGAAGCT CCTTGCCTGT TTTCTGGAGA ATCTTGTCTT GGGTGAAAGA ATCGATGCGA TATTGTTTTA CTGAAGATCA ATGTTCTTTC AAATTGTGCA GCATAAGCAG GATCAGATGG CCGGAAGAGC GCCACGCAAG TTTTTATAGA TGGATGAAGA TGTGACTCTG AAATGGAGAA TTTTGTTGAT AGATGTAAGC GTTGCGCGAA TACAAAACAC AAGGGACCCT GCGAGATTGG CCTTATGGGA CGATGTGTCT AAAGGAGCTC AGAGATCGTC CATCCACTGC ATTTAAGCAG CTAAAAGAGC ATATTATTCT GCTGTCCTTC CAATAAATTT GGTCTTACGT CTTGAGGGTT GCCAGGTTAC TGTCAAGTCA GTGTAGCGGA CACATTTAGC CCCTTGAATG CCTTCTTTGT TCAAAACTTT CACCAGTCGG TAGTCTGCAT AGAGAGCTTG AATGTCAAGT TTTAATAAAA TTGTGAAACT CTAGGTGAGT AATTTTGGTC |
mRNA UTR + CDS |
| >Mp1g03930.1 AAGGGCGAAG GAAGGAGAAG GCGCGACGAG ACGAGACGAG AGGAGGCGAG GTTTGCTTGC CTGCTTGTCC GAAGCGGAGT GGAGGAGGGC ACGGTAGGAA TCCGTTTGGA GTTTGGCAGC AATGGCGGGA GGTATGGATG TGCACAAGAA CAAGTTTGTG GAGCAATGGG CCACCAACAG GGAAAATTTG GAATTGGCCT TCAAGTTTAA TCGGCGAACG GTTCCAATCT GCCTGCTCTT TGGGTTGTTC GTTCCTCTTA TCACTTACCA GGGCATCACA TCCGAATTCC ATAAGCAGGA TCAGATGGCC GGAAGAGCGC CACGCAAGTT TTTATAGATG GATGAAGATG TGACTCTGAA ATGGAGAATT TTGTTGATAG ATGTAAGCGT TGCGCGAATA CAAAACACAA GGGACCCTGC GAGATTGGCC TTATGGGACG ATGTGTCTAA AGGAGCTCAG AGATCGTCCA TCCACTGCAT TTAAGCAGCT AAAAGAGCAT ATTATTCTGC TGTCCTTCCA ATAAATTTGG TCTTACGTCT TGAGGGTTGC CAGGTTACTG TCAAGTCAGT GTAGCGGACA CATTTAGCCC CTTGAATGCC TTCTTTGTTC AAAACTTTCA CCAGTCGGTA GTCTGCATAG AGAGCTTGAA TGTCAAGTTT TAATAAAATT GTGAAACTCT AGGTGAGTAA TTTTGGTC |
CDS |
| >Mp1g03930.1 ATGTGCACAA GAACAAGTTT GTGGAGCAAT GGGCCACCAA CAGGGAAAAT TTGGAATTGG CCTTCAAGTT TAATCGGCGA ACGGTTCCAA TCTGCCTGCT CTTTGGGTTG TTCGTTCCTC TTATCACTTA CCAGGGCATC ACATCCGAAT TCCATAAGCA GGATCAGATG GCCGGAAGAG CGCCACGCAA GTTTTTATAG ATGGATGAAG ATGTGA |
Protein |
| >Mp1g03930.1 MCTRTSLWSN GPPTGKIWNW PSSLIGERFQ SACSLGCSFL LSLTRASHPN SISRIRWPEE RHASFYRWMK M |