Mp1g15010
Description
Annotation
| Database | ID | Description |
|---|---|---|
| MapolyID | Mapoly0033s0160 | - |
Nomenclature
No gene symbols are registered for this gene.
Associated Literature (AI-based literature mining, Beta-version)
Validated target of MpmiR11737a by degradome analysis, with the cleavage site mapping to its 3'-UTR. RT-qPCR shows its transcript level inversely correlates with the miRNA and is strongly upregulated in reproductive organs.
1 core 0 peripheral
Aggarwal, B., et al. (2024)
· RNA Biology research experimental subject
Validated target of MpmiR11737a by degradome analysis, with the cleavage site mapping to its 3'-UTR. RT-qPCR shows its transcript level inversely correlates with the miRNA and is strongly upregulated in reproductive organs.
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp1g15010 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 |
| >Mp1g15010.1 TCTCCCCTTA CGCTTCTCCC TTTTTTGCAT TTTACCATCC GTGCCCGAAT TCCGACTCTT TTTCCTCGTG CATGAGGATT CTGCGCAAGA AATTTCGACA GTGGGTATCT GAAAAGGCAT GCACAGCTGA AAGGGTTTGG AAGAGCTTTA GTAGGTGTTC CTCCCTTTCC ACCGATACCT TTAGCCTCGT ACTTAAATTG GCACGAATAA ATGATTTGTC GTGCCATCAG TTTGCTTAAA TCAATATAGC TCTGGTACCA CCGCAGTCAT CAGAACGATG ATGAACGATG GCGACTCGTG TGTGACATGA CATCCAAAGA TTTGAACGTG TCAAAGAGAA CAGTTTTAAA GGCAGTAAAG GCATCCGCAT GAGTTCCAGC ATCAGCAGTC CAGCACCCTT TGTACTTGCA ACTACGGCTG CTCTTCGTCA CACTTCATTT GTGGCACTGC TCACGATTTA TTCAGAGAAA GCCCCTCACT CTTCACCCGC AATTTGGTTG TGGACGTGCT GCAGTCGAGA AATGTCGTTC GCAACGCGCT GTCGTGAAAA TGGGCAATAC ACAGTACAGT ACATTGCTGC CGTCTCCTCT ACTCACTTAC AAGGGTTCGG ACATTTGAAG GACTCAGTGA TCGCTTCATT ACGTGAGACG ATCGACGAGT GCTTTGACAT GGTTCGACAA CTTGCTGTCG CTCTTCTTTA CATCGCCCTC GACAAAAGTC AGAAAATGGA AGCGGCGGAG ACGACGCGCA TGAAGAAGAG TCATCAACGC TCGCGGTTCA GCAAACTAAA GGACGACTCG GCTTGCTTCG AGTCGTCCTT CATCAAACGC GAATAGAATG ACCTCTGGAG TCTCCGGCGC CTACAGAAGT TGGTTTCTTC TACGACTTAT TCCCGGAATA AATTCTTACT GCGTCGGAGT AGAAGCTGGC TTTGATCCCG GAGCGACGCA TTGGACACCG ACAAATGTAT TCCTCAGAGG CTTTGGTCAC TGCTATTGCC TCTTCACTCA CTTGGAGAGT GTACACAACA AGGATTGTCT GCACGTCATT ACCTTTCGAT TCATTTTGTT GCCTACGCTA CTGATGGTGT GTGCTTGGTG AGATGACTCG AAGACCTCAT CCTGTCACGT AACGCCACTC GTCATTGAGG TCATTTCATT CAGCGAGATA ATAGTTCTCA GTAGATTACG AGACAGGCGG ACTTCGGACT ATACTCAAAA TTTGTACATA ACTTACTGGC GCCTTGTATT TTGCCCGCTG TTCACTGTGA TCAGCGTTCA GTTGAAGCTA CATATCTGGG TTTCTAAGAC TCTTGGGTGT GGGAACCACA TTGTTTGAAA GTCATGAAGG GGAGTTGCTC TGGTCGTTGT AGAAAAGCTC GAATACGAAG TTCGTAATAT CTGCAGTATT TCCTGCTTTG GGCGAATATG TCGATGACTT TTAGAGCGGA ACTAGAATGT TATGCACTTT GTACTCTTCA GTTTGTGGCA TTTCTCTAAT TTCTAAAAGC TGATGCTGGC AGTAATATCA TATTCTCATG GATATTATGA AGCGGAATGA ACGCTGTCTT CAGATCAACT GGCGAATGCG TCGGATCTCT CATATCTTTC CGTGGGCAAT TGTATTCAGT TCCCTAAAAT CCTACTTAAT AAATCGACGA AATTGCCATC CATCCATTGT TGATGGATAA ACAAC |
mRNA UTR + CDS |
| >Mp1g15010.1 TCTCCCCTTA CGCTTCTCCC TTTTTTGCAT TTTACCATCC GTGCCCGAAT TCCGACTCTT TTTCCTCGTG CATGAGGATT CTGCGCAAGA AATTTCGACA GTGGGTATCT GAAAAGGCAT GCACAGCTGA AAGGGTTTGG AAGAGCTTTA GTAGGTGTTC CTCCCTTTCC ACCGATACCT TTAGCCTCGT ACTTAAATTG GCACGAATAA ATGATTTGTC GTGCCATCAG TTTGCTTAAA TCAATATAGC TCTGGTACCA CCGCAGTCAT CAGAACGATG ATGAACGATG GCGACTCGTG TGTGACATGA CATCCAAAGA TTTGAACGTG TCAAAGAGAA CAGTTTTAAA GGCAGTAAAG GCATCCGCAT GAGTTCCAGC ATCAGCAGTC CAGCACCCTT TGTACTTGCA ACTACGGCTG CTCTTCGTCA CACTTCATTT GTGGCACTGC TCACGATTTA TTCAGAGAAA GCCCCTCACT CTTCACCCGC AATTTGGTTG TGGACGTGCT GCAGTCGAGA AATGTCGTTC GCAACGCGCT GTCGTGAAAA TGGGCAATAC ACAGTACAGT ACATTGCTGC CGTCTCCTCT ACTCACTTAC AAGGGTTCGG ACATTTGAAG GACTCAGTGA TCGCTTCATT ACGTGAGACG ATCGACGAGT GCTTTGACAT GGTTCGACAA CTTGCTGTCG CTCTTCTTTA CATCGCCCTC GACAAAAGTC AGAAAATGGA AGCGGCGGAG ACGACGCGCA TGAAGAAGAG TCATCAACGC TCGCGGTTCA GCAAACTAAA GGACGACTCG GCTTGCTTCG AGTCGTCCTT CATCAAACGC GAATAGAATG ACCTCTGGAG TCTCCGGCGC CTACAGAAGT TGGTTTCTTC TACGACTTAT TCCCGGAATA AATTCTTACT GCGTCGGAGT AGAAGCTGGC TTTGATCCCG GAGCGACGCA TTGGACACCG ACAAATGTAT TCCTCAGAGG CTTTGGTCAC TGCTATTGCC TCTTCACTCA CTTGGAGAGT GTACACAACA AGGATTGTCT GCACGTCATT ACCTTTCGAT TCATTTTGTT GCCTACGCTA CTGATGGTGT GTGCTTGGTG AGATGACTCG AAGACCTCAT CCTGTCACGT AACGCCACTC GTCATTGAGG TCATTTCATT CAGCGAGATA ATAGTTCTCA GTAGATTACG AGACAGGCGG ACTTCGGACT ATACTCAAAA TTTGTACATA ACTTACTGGC GCCTTGTATT TTGCCCGCTG TTCACTGTGA TCAGCGTTCA GTTGAAGCTA CATATCTGGG TTTCTAAGAC TCTTGGGTGT GGGAACCACA TTGTTTGAAA GTCATGAAGG GGAGTTGCTC TGGTCGTTGT AGAAAAGCTC GAATACGAAG TTCGTAATAT CTGCAGTATT TCCTGCTTTG GGCGAATATG TCGATGACTT TTAGAGCGGA ACTAGAATGT TATGCACTTT GTACTCTTCA GTTTGTGGCA TTTCTCTAAT TTCTAAAAGC TGATGCTGGC AGTAATATCA TATTCTCATG GATATTATGA AGCGGAATGA ACGCTGTCTT CAGATCAACT GGCGAATGCG TCGGATCTCT CATATCTTTC CGTGGGCAAT TGTATTCAGT TCCCTAAAAT CCTACTTAAT AAATCGACGA AATTGCCATC CATCCATTGT TGATGGATAA ACAAC |
CDS |
| >Mp1g15010.1 ATGAGTTCCA GCATCAGCAG TCCAGCACCC TTTGTACTTG CAACTACGGC TGCTCTTCGT CACACTTCAT TTGTGGCACT GCTCACGATT TATTCAGAGA AAGCCCCTCA CTCTTCACCC GCAATTTGGT TGTGGACGTG CTGCAGTCGA GAAATGTCGT TCGCAACGCG CTGTCGTGAA AATGGGCAAT ACACAGTACA GTACATTGCT GCCGTCTCCT CTACTCACTT ACAAGGGTTC GGACATTTGA AGGACTCAGT GATCGCTTCA TTACGTGAGA CGATCGACGA GTGCTTTGAC ATGGTTCGAC AACTTGCTGT CGCTCTTCTT TACATCGCCC TCGACAAAAG TCAGAAAATG GAAGCGGCGG AGACGACGCG CATGAAGAAG AGTCATCAAC GCTCGCGGTT CAGCAAACTA AAGGACGACT CGGCTTGCTT CGAGTCGTCC TTCATCAAAC GCGAATAG |
Protein |
| >Mp1g15010.1 MSSSISSPAP FVLATTAALR HTSFVALLTI YSEKAPHSSP AIWLWTCCSR EMSFATRCRE NGQYTVQYIA AVSSTHLQGF GHLKDSVIAS LRETIDECFD MVRQLAVALL YIALDKSQKM EAAETTRMKK SHQRSRFSKL KDDSACFESS FIKRE |