MpVg00350
Description
Annotation
| Database | ID | Description |
|---|---|---|
| PANTHER | PTHR31421 | - |
| SMART | SM01226 | GAGA_bind_2 |
| Pfam | PF06217 | GAGA binding protein-like family |
| MapolyID | MapolyY_B0017 | - |
Nomenclature
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpBPC2 | transcription factor, BBR/BPC (obsolete) | Published | |
| MpBPCV | transcription factor, BBR/BPC | Published |
This entry is obsoleted. Please use MpBPCV instead.
Associated Literature (AI-based literature mining, Beta-version)
V chromosome gametolog of BPCU; both share a conserved function required to induce sex organ development. bpcV haploid mutants failed to induce sex organ formation, and bpcU mutants complemented with BPCV developed male sex organs instead of female.
2 core 2 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 BBR/BPC-family TF assayed by ampDAP-seq; yielded the GAGAGA TFBM.
Iwasaki, M., et al. (2021a)
· Current Biology research experimental subject
V chromosome gametolog of BPCU; both share a conserved function required to induce sex organ development. bpcV haploid mutants failed to induce sex organ formation, and bpcU mutants complemented with BPCV developed male sex organs instead of female.
Levins, J., et al. (2025)
· New Phytologist 10.1111/nph.20454 research citation comparator
Cited as the Marchantia V-chromosome BPC gametolog promoting reproductive transition without sex-determining function; used as comparator for Riccia ortholog retention.
Bowman, J. L., et al. (2022)
· Plant Cell review citation background
BBR/BPC TF; required for transition to reproductive growth
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of MpVg00350 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 |
| >MpVg00350.1 TCTATATACT TTACCTAAAC ACGGTTGTTG CTCGTTAGTG ACTAGAAACT CGAGATTAAT AGTCGCTTCC AGTACGACAC TGTTTTCAAT CCAGCACCGG TCCGTTTTGT TTACATCGTT ACACCGGGAT CCGGTATTCG GATATATGCC TGTAACCTCT TAGGCCCTGA GTACATGGTA GCAACGCGAA ATTTGTAGAC GCCCTCCGAT TGCTGTGCCT CAAGATATGT ATGTTATTTG GCCAACGAAG ATTTCTCGAT TTGACGAGTT CATCTTTTGT GGCTGCAATG CATTTTTATC TTATCAGAGT TGGTCGGGCT CAAGTCAGAT AGTTCTGTGA CCTTGCGAGA GTTCAAGGTT TACTCCATAG TTTTCAGTTT ACTGTGACTC TGTTTGTTTG CTGTCAGTCG GTACAACGGA TTGACGCTCC TCCTCTCTGT GGTTGATCAG GTTGATGTTG CTTCTGAATT TCTTTTGAGT TTCGTGAGAG GCAGTATCAA TCAGACCCAG TGTATTCTCT CTGTTTCTGA GAAGAAAACT CAAGAGTACT GAAGGGCACG ATTGGTAGTC GAGAAGCACT TCTTTGCACC ATGCAATTGT CTATGTACGA TCCACGAAGC TCACATCAAG TCTATTTTTA TCTGTTCAAA ACTAATTTCT GAAGATACGT TTTGCCCTCA TGAGTTAAGA GGCAATGTTT GACTTCTGCG TTGCTGCCGA GCTCTATCAT CAGTCGAGAA ACAGACCGTC ACAAAATTAG CATCACAATT CATGTTGAAG TGCTGGGTTT CTAGGTTCTG AGAAATAGTG GTGCAATGTT TTGCGTATTC GCTGTCGAAT AGGGTTGCCT TAGTATAGTG TGTCCTGGAA CTTTTTGATG TTGTAGCTGT GTGGATGGGA ATGTGAGGGG AGAGGCGGGA TGTTTTGCAG GCATCATACG GACGCCGCCG TCCGGAAATT GATAACAATG ATTGCCGAAA GGGATGCGGC TATTCTGGAG AGAAATTCAG CTATTGCAGA AAAAGTCGCC GCTCGTGAAG AACGAGACAC TGCACTGCTC CAACGTGATA TGGCCTATGC AGACCGGGAC TCTGCCATCG AGGAGAGGGA CGCAGCAGTT GCGGCTCTTG AAATAGCAAT GACTGACCGA AATATTTTGG AGAAGAGAGT CGCAACGAAA GATTCCAAGT TATTTCAGTC ATTCAGTATG ACCAAGAATT GTACGCTTTT GGGAGCTATT CAGCCGTCCT CTCTTTCAAC ATCACGATTC AGTTCTATTG TTGCTGAGCA AAGCGACCTG TGCAGAAACG GAAGTTCCAA AGAAGATCAG GTTGGTTTGT CGAGGAAAAG GAAGATTGTT GTGAAATCAA CCCTAGATCG AACTTTACGA ACAAAAAGAT CTTACCTTTC TGCCAATGAA GAGCGAGGGC ACGAGATAGG TGATGGGGAG GAAACTGATC ACTACGCTCG GTCAAAGGAG GAAATATATG TGGAGAATGT ACGTTATCCT ATACCACATT GTTCATGTAC AGGTGTGAAG CAGCAGTGTT ACAGGTGGGG CAATGGAGGC TGGCAGTCCT CTTGCTGCAC TACTATGATC TCCATGTACC CGCTGCCGAT GAATCCAACC AAAAGGGGAT CAAGGTTGGC TGGTCGCAAA ATGAGTGCCG GTGCTTTTGA GAAGCTCCTG GAGAAGCTTG CTTTGGAAGG GGTCAACGTG AACTATCCTG TCGATCTGAA GGATCACTGG GCAAAGCATG GAACAAATCG CTATGTCACT CTCAGATGAA AAAGTGTGAG ACCCTAGCAG CTTTCATCGA ACTAAAAGGT ACGCATCAAC ACGTTCGACG TTGCAACGTT TAGAGTTTGC AGTAGTATAG GTCATAAGCT TAAACTTTTC ACTGCCTAAG TTGTGGTTTT TCTTAAAATT TAGAATTTTT TGCCTGGAGT ATGCTTTTAT ATTTATTTAA GCACTTGGGT AATTAGTGAA TGTGCCTTTA CTTGAACCTC AAGTTAGTTC ATGCCAGCCG GCTTGACTTC TACGAATGTT TTGAATGTAC CAGATTGGTT CCACAACAAG GGAAAAGCAT TATGATCAGC ATGCTGCCCG TACTTCCGCT TTTGCATGAG GAGGATGGAA TTAAAACCAC TTGAGAAGCA TTCTTCATTG ACTAGTTGTT GTTGCAATTG AAATTGTGGG AGTGGGGATA TTTCAGCACA CTTCAGCAAT CCTAGAGAGC AGCCTAACTG TGGTAAAAAA ACAGCAATTA CAACAAACTG TGACTCTCAG TTTTTTGTTT GAGCCGCCCC AATTTGGAAC TTTTGAAATG TTGCTCTTTG GCTCTTGTAC AATACATTTT TAAACTTCTT TATGTCTTGG GCCCAGCGAG GTCATCCTTT GACATTCAAT TCCTCTAATC GTACAATGCT CTTGAAGATA TTAGGGTGTA GTTTTAAAGT TTTACATGAA ATTTGTTTGA AGTGTTCGTA GTTACCTTTG CCCAGTTGTA CAAGATATGA CCGGCATTCA CGAATGAGTA CAGTATGATG TTTAAGTATT GGCATTACTT GTTAGTGCAA CAGCTGATTT GCGGGTGAAG AATTGTTGCG TTTTTGTTTA ATTTTTATCT TCGCCTG |
mRNA UTR + CDS |
| >MpVg00350.1 TCTATATACT TTACCTAAAC ACGGTTGTTG CTCGTTAGTG ACTAGAAACT CGAGATTAAT AGTCGCTTCC AGTACGACAC TGTTTTCAAT CCAGCACCGG TCCGTTTTGT TTACATCGTT ACACCGGGAT CCGGTATTCG GATATATGCC TGTAACCTCT TAGGCCCTGA GTACATGGTA GCAACGCGAA ATTTGTAGAC GCCCTCCGAT TGCTGTGCCT CAAGATATGT TGATGTTGCT TCTGAATTTC TTTTGAGTTT CGTGAGAGGC AGTATCAATC AGACCCAGTG TATTCTCTCT GTTTCTGAGA AGAAAACTCA AGAGTACTGA AGGGCACGAT TGGTAGTCGA GAAGCACTTC TTTGCACCAT GCAATTGTCT ATGCATCATA CGGACGCCGC CGTCCGGAAA TTGATAACAA TGATTGCCGA AAGGGATGCG GCTATTCTGG AGAGAAATTC AGCTATTGCA GAAAAAGTCG CCGCTCGTGA AGAACGAGAC ACTGCACTGC TCCAACGTGA TATGGCCTAT GCAGACCGGG ACTCTGCCAT CGAGGAGAGG GACGCAGCAG TTGCGGCTCT TGAAATAGCA ATGACTGACC GAAATATTTT GGAGAAGAGA GTCGCAACGA AAGATTCCAA GTTATTTCAG TCATTCAGTA TGACCAAGAA TTGTACGCTT TTGGGAGCTA TTCAGCCGTC CTCTCTTTCA ACATCACGAT TCAGTTCTAT TGTTGCTGAG CAAAGCGACC TGTGCAGAAA CGGAAGTTCC AAAGAAGATC AGGTTGGTTT GTCGAGGAAA AGGAAGATTG TTGTGAAATC AACCCTAGAT CGAACTTTAC GAACAAAAAG ATCTTACCTT TCTGCCAATG AAGAGCGAGG GCACGAGATA GGTGATGGGG AGGAAACTGA TCACTACGCT CGGTCAAAGG AGGAAATATA TGTGGAGAAT GTACGTTATC CTATACCACA TTGTTCATGT ACAGGTGTGA AGCAGCAGTG TTACAGGTGG GGCAATGGAG GCTGGCAGTC CTCTTGCTGC ACTACTATGA TCTCCATGTA CCCGCTGCCG ATGAATCCAA CCAAAAGGGG ATCAAGGTTG GCTGGTCGCA AAATGAGTGC CGGTGCTTTT GAGAAGCTCC TGGAGAAGCT TGCTTTGGAA GGGGTCAACG TGAACTATCC TGTCGATCTG AAGGATCACT GGGCAAAGCA TGGAACAAAT CGCTATGTCA CTCTCAGATG AAAAAGTGTG AGACCCTAGC AGCTTTCATC GAACTAAAAG ATTGGTTCCA CAACAAGGGA AAAGCATTAT GATCAGCATG CTGCCCGTAC TTCCGCTTTT GCATGAGGAG GATGGAATTA AAACCACTTG AGAAGCATTC TTCATTGACT AGTTGTTGTT GCAATTGAAA TTGTGGGAGT GGGGATATTT CAGCACACTT CAGCAATCCT AGAGAGCAGC CTAACTGTGG TAAAAAAACA GCAATTACAA CAAACTGTGA CTCTCAGTTT TTTGTTTGAG CCGCCCCAAT TTGGAACTTT TGAAATGTTG CTCTTTGGCT CTTGTACAAT ACATTTTTAA ACTTCTTTAT GTCTTGGGCC CAGCGAGGTC ATCCTTTGAC ATTCAATTCC TCTAATCGTA CAATGCTCTT GAAGATATTA GGGTGTAGTT TTAAAGTTTT ACATGAAATT TGTTTGAAGT GTTCGTAGTT ACCTTTGCCC AGTTGTACAA GATATGACCG GCATTCACGA ATGAGTACAG TATGATGTTT AAGTATTGGC ATTACTTGTT AGTGCAACAG CTGATTTGCG GGTGAAGAAT TGTTGCGTTT TTGTTTAATT TTTATCTTCG CCTG |
CDS |
| >MpVg00350.1 ATGCAATTGT CTATGCATCA TACGGACGCC GCCGTCCGGA AATTGATAAC AATGATTGCC GAAAGGGATG CGGCTATTCT GGAGAGAAAT TCAGCTATTG CAGAAAAAGT CGCCGCTCGT GAAGAACGAG ACACTGCACT GCTCCAACGT GATATGGCCT ATGCAGACCG GGACTCTGCC ATCGAGGAGA GGGACGCAGC AGTTGCGGCT CTTGAAATAG CAATGACTGA CCGAAATATT TTGGAGAAGA GAGTCGCAAC GAAAGATTCC AAGTTATTTC AGTCATTCAG TATGACCAAG AATTGTACGC TTTTGGGAGC TATTCAGCCG TCCTCTCTTT CAACATCACG ATTCAGTTCT ATTGTTGCTG AGCAAAGCGA CCTGTGCAGA AACGGAAGTT CCAAAGAAGA TCAGGTTGGT TTGTCGAGGA AAAGGAAGAT TGTTGTGAAA TCAACCCTAG ATCGAACTTT ACGAACAAAA AGATCTTACC TTTCTGCCAA TGAAGAGCGA GGGCACGAGA TAGGTGATGG GGAGGAAACT GATCACTACG CTCGGTCAAA GGAGGAAATA TATGTGGAGA ATGTACGTTA TCCTATACCA CATTGTTCAT GTACAGGTGT GAAGCAGCAG TGTTACAGGT GGGGCAATGG AGGCTGGCAG TCCTCTTGCT GCACTACTAT GATCTCCATG TACCCGCTGC CGATGAATCC AACCAAAAGG GGATCAAGGT TGGCTGGTCG CAAAATGAGT GCCGGTGCTT TTGAGAAGCT CCTGGAGAAG CTTGCTTTGG AAGGGGTCAA CGTGAACTAT CCTGTCGATC TGAAGGATCA CTGGGCAAAG CATGGAACAA ATCGCTATGT CACTCTCAGA TGA |
Protein |
| >MpVg00350.1 MQLSMHHTDA AVRKLITMIA ERDAAILERN SAIAEKVAAR EERDTALLQR DMAYADRDSA IEERDAAVAA LEIAMTDRNI LEKRVATKDS KLFQSFSMTK NCTLLGAIQP SSLSTSRFSS IVAEQSDLCR NGSSKEDQVG LSRKRKIVVK STLDRTLRTK RSYLSANEER GHEIGDGEET DHYARSKEEI YVENVRYPIP HCSCTGVKQQ CYRWGNGGWQ SSCCTTMISM YPLPMNPTKR GSRLAGRKMS AGAFEKLLEK LALEGVNVNY PVDLKDHWAK HGTNRYVTLR |
Gene structure:
Sequences: |
Gene UTR + CDS + intron |
| >MpVg00350.2 AAGATTTCTC GATTTGACGA GTTCATCTTT TGTGGCTGCA ATGCATTTTT ATCTTATCAG AGTTGGTCGG GCTCAAGTCA GATAGTTCTG TGACCTTGCG AGAGTTCAAG GTTTACTCCA TAGTTTTCAG TTTACTGTGA CTCTGTTTGT TTGCTGTCAG TCGGTACAAC GGATTGACGC TCCTCCTCTC TGTGGTTGAT CAGGTTGATG TTGCTTCTGA ATTTCTTTTG AGTTTCGTGA GAGGCAGTAT CAATCAGACC CAGTGTATTC TCTCTGTTTC TGAGAAGAAA ACTCAAGAGT ACTGAAGGGC ACGATTGGTA GTCGAGAAGC ACTTCTTTGC ACCATGCAAT TGTCTATGTA CGATCCACGA AGCTCACATC AAGTCTATTT TTATCTGTTC AAAACTAATT TCTGAAGATA CGTTTTGCCC TCATGAGTTA AGAGGCAATG TTTGACTTCT GCGTTGCTGC CGAGCTCTAT CATCAGTCGA GAAACAGACC GTCACAAAAT TAGCATCACA ATTCATGTTG AAGTGCTGGG TTTCTAGGTT CTGAGAAATA GTGGTGCAAT GTTTTGCGTA TTCGCTGTCG AATAGGGTTG CCTTAGTATA GTGTGTCCTG GAACTTTTTG ATGTTGTAGC TGTGTGGATG GGAATGTGAG GGGAGAGGCG GGATGTTTTG CAGGCATCAT ACGGACGCCG CCGTCCGGAA ATTGATAACA ATGATTGCCG AAAGGGATGC GGCTATTCTG GAGAGAAATT CAGCTATTGC AGAAAAAGTC GCCGCTCGTG AAGAACGAGA CACTGCACTG CTCCAACGTG ATATGGCCTA TGCAGACCGG GACTCTGCCA TCGAGGAGAG GGACGCAGCA GTTGCGGCTC TTGAAATAGC AATGACTGAC CGAAATATTT TGGAGAAGAG AGTCGCAACG AAAGATTCCA AGTTATTTCA GTCATTCAGT ATGACCAAGA ATTGTACGCT TTTGGGAGCT ATTCAGCCGT CCTCTCTTTC AACATCACGA TTCAGTTCTA TTGTTGCTGA GCAAAGCGAC CTGTGCAGAA ACGGAAGTTC CAAAGAAGAT CAGGTTGGTT TGTCGAGGAA AAGGAAGATT GTTGTGAAAT CAACCCTAGA TCGAACTTTA CGAACAAAAA GATCTTACCT TTCTGCCAAT GAAGAGCGAG GGCACGAGAT AGGTGATGGG GAGGAAACTG ATCACTACGC TCGGTCAAAG GAGGAAATAT ATGTGGAGAA TGTACGTTAT CCTATACCAC ATTGTTCATG TACAGGTGTG AAGCAGCAGT GTTACAGGTG GGGCAATGGA GGCTGGCAGT CCTCTTGCTG CACTACTATG ATCTCCATGT ACCCGCTGCC GATGAATCCA ACCAAAAGGG GATCAAGGTT GGCTGGTCGC AAAATGAGTG CCGGTGCTTT TGAGAAGCTC CTGGAGAAGC TTGCTTTGGA AGGGGTCAAC GTGAACTATC CTGTCGATCT GAAGGATCAC TGGGCAAAGC ATGGAACAAA TCGCTATGTC ACTCTCAGAT GAAAAAGTGT GAGACCCTAG CAGCTTTCAT CGAACTAAAA GGTACGCATC AACACGTTCG ACGTTGCAAC GTTTAGAGTT TGCAGTAGTA TAGGTCATAA GCTTAAACTT TTCACTGCCT AAGTTGTGGT TTTTCTTAAA ATTTAGAATT TTTTGCCTGG AGTATGCTTT TATATTTATT TAAGCACTTG GGTAATTAGT GAATGTGCCT TTACTTGAAC CTCAAGTTAG TTCATGCCAG CCGGCTTGAC TTCTACGAAT GTTTTGAATG TACCAGATTG GTTCCACAAC AAGGGAAAAG CATTATGATC AGCATGCTGC CCGTACTTCC GCTTTTGCAT GAGGAGGATG GAATTAAAAC CACTTGAGAA GCATTCTTCA TTGACTAGTT GTTGTTGCAA TTGAAATTGT GGGAGTGGGG ATATTTCAGC ACACTTCAGC AATCCTAGAG AGCAGCCTAA CTGTGGTAAA AAAACAGCAA TTACAACAAA CTGTGACTCT CAGTTTTTTG TTTGAGCCGC CCCAATTTGG AACTTTTGAA ATGTTGCTCT TTGGCTCTTG TACAATACAT TTTTAAACTT CTTTATGTCT TGGGCCCAGC GAGGTCATCC TTTGACATTC |
mRNA UTR + CDS |
| >MpVg00350.2 AAGATTTCTC GATTTGACGA GTTCATCTTT TGTGGCTGCA ATGCATTTTT ATCTTATCAG AGTTGGTCGG GCTCAAGTCA GATAGTTCTG TGACCTTGCG AGAGTTCAAG GTTTACTCCA TAGTTTTCAG TTTACTGTGA CTCTGTTTGT TTGCTGTCAG TCGGTACAAC GGATTGACGC TCCTCCTCTC TGTGGTTGAT CAGGTTGATG TTGCTTCTGA ATTTCTTTTG AGTTTCGTGA GAGGCAGTAT CAATCAGACC CAGTGTATTC TCTCTGTTTC TGAGAAGAAA ACTCAAGAGT ACTGAAGGGC ACGATTGGTA GTCGAGAAGC ACTTCTTTGC ACCATGCAAT TGTCTATGTA CGATCCACGA AGCTCACATC AAGTCTATTT TTATCTGTTC AAAACTAATT TCTGAAGATA CGTTTTGCCC TCATGAGTTA AGAGGCAATG TTTGACTTCT GCGTTGCTGC CGAGCTCTAT CATCAGTCGA GAAACAGACC GTCACAAAAT TAGCATCACA ATTCATGTTG AAGTGCTGGG TTTCTAGGTT CTGAGAAATA GTGGTGCAAT GTTTTGCGTA TTCGCTGTCG AATAGGGTTG CCTTAGTATA GTGTGTCCTG GAACTTTTTG ATGTTGTAGC TGTGTGGATG GGAATGTGAG GGGAGAGGCG GGATGTTTTG CAGGCATCAT ACGGACGCCG CCGTCCGGAA ATTGATAACA ATGATTGCCG AAAGGGATGC GGCTATTCTG GAGAGAAATT CAGCTATTGC AGAAAAAGTC GCCGCTCGTG AAGAACGAGA CACTGCACTG CTCCAACGTG ATATGGCCTA TGCAGACCGG GACTCTGCCA TCGAGGAGAG GGACGCAGCA GTTGCGGCTC TTGAAATAGC AATGACTGAC CGAAATATTT TGGAGAAGAG AGTCGCAACG AAAGATTCCA AGTTATTTCA GTCATTCAGT ATGACCAAGA ATTGTACGCT TTTGGGAGCT ATTCAGCCGT CCTCTCTTTC AACATCACGA TTCAGTTCTA TTGTTGCTGA GCAAAGCGAC CTGTGCAGAA ACGGAAGTTC CAAAGAAGAT CAGGTTGGTT TGTCGAGGAA AAGGAAGATT GTTGTGAAAT CAACCCTAGA TCGAACTTTA CGAACAAAAA GATCTTACCT TTCTGCCAAT GAAGAGCGAG GGCACGAGAT AGGTGATGGG GAGGAAACTG ATCACTACGC TCGGTCAAAG GAGGAAATAT ATGTGGAGAA TGTACGTTAT CCTATACCAC ATTGTTCATG TACAGGTGTG AAGCAGCAGT GTTACAGGTG GGGCAATGGA GGCTGGCAGT CCTCTTGCTG CACTACTATG ATCTCCATGT ACCCGCTGCC GATGAATCCA ACCAAAAGGG GATCAAGGTT GGCTGGTCGC AAAATGAGTG CCGGTGCTTT TGAGAAGCTC CTGGAGAAGC TTGCTTTGGA AGGGGTCAAC GTGAACTATC CTGTCGATCT GAAGGATCAC TGGGCAAAGC ATGGAACAAA TCGCTATGTC ACTCTCAGAT GAAAAAGTGT GAGACCCTAG CAGCTTTCAT CGAACTAAAA GATTGGTTCC ACAACAAGGG AAAAGCATTA TGATCAGCAT GCTGCCCGTA CTTCCGCTTT TGCATGAGGA GGATGGAATT AAAACCACTT GAGAAGCATT CTTCATTGAC TAGTTGTTGT TGCAATTGAA ATTGTGGGAG TGGGGATATT TCAGCACACT TCAGCAATCC TAGAGAGCAG CCTAACTGTG GTAAAAAAAC AGCAATTACA ACAAACTGTG ACTCTCAGTT TTTTGTTTGA GCCGCCCCAA TTTGGAACTT TTGAAATGTT GCTCTTTGGC TCTTGTACAA TACATTTTTA AACTTCTTTA TGTCTTGGGC CCAGCGAGGT CATCCTTTGA CATTC |
CDS |
| >MpVg00350.2 ATGTTTTGCA GGCATCATAC GGACGCCGCC GTCCGGAAAT TGATAACAAT GATTGCCGAA AGGGATGCGG CTATTCTGGA GAGAAATTCA GCTATTGCAG AAAAAGTCGC CGCTCGTGAA GAACGAGACA CTGCACTGCT CCAACGTGAT ATGGCCTATG CAGACCGGGA CTCTGCCATC GAGGAGAGGG ACGCAGCAGT TGCGGCTCTT GAAATAGCAA TGACTGACCG AAATATTTTG GAGAAGAGAG TCGCAACGAA AGATTCCAAG TTATTTCAGT CATTCAGTAT GACCAAGAAT TGTACGCTTT TGGGAGCTAT TCAGCCGTCC TCTCTTTCAA CATCACGATT CAGTTCTATT GTTGCTGAGC AAAGCGACCT GTGCAGAAAC GGAAGTTCCA AAGAAGATCA GGTTGGTTTG TCGAGGAAAA GGAAGATTGT TGTGAAATCA ACCCTAGATC GAACTTTACG AACAAAAAGA TCTTACCTTT CTGCCAATGA AGAGCGAGGG CACGAGATAG GTGATGGGGA GGAAACTGAT CACTACGCTC GGTCAAAGGA GGAAATATAT GTGGAGAATG TACGTTATCC TATACCACAT TGTTCATGTA CAGGTGTGAA GCAGCAGTGT TACAGGTGGG GCAATGGAGG CTGGCAGTCC TCTTGCTGCA CTACTATGAT CTCCATGTAC CCGCTGCCGA TGAATCCAAC CAAAAGGGGA TCAAGGTTGG CTGGTCGCAA AATGAGTGCC GGTGCTTTTG AGAAGCTCCT GGAGAAGCTT GCTTTGGAAG GGGTCAACGT GAACTATCCT GTCGATCTGA AGGATCACTG GGCAAAGCAT GGAACAAATC GCTATGTCAC TCTCAGATGA |
Protein |
| >MpVg00350.2 MFCRHHTDAA VRKLITMIAE RDAAILERNS AIAEKVAARE ERDTALLQRD MAYADRDSAI EERDAAVAAL EIAMTDRNIL EKRVATKDSK LFQSFSMTKN CTLLGAIQPS SLSTSRFSSI VAEQSDLCRN GSSKEDQVGL SRKRKIVVKS TLDRTLRTKR SYLSANEERG HEIGDGEETD HYARSKEEIY VENVRYPIPH CSCTGVKQQC YRWGNGGWQS SCCTTMISMY PLPMNPTKRG SRLAGRKMSA GAFEKLLEKL ALEGVNVNYP VDLKDHWAKH GTNRYVTLR |