Mp8g05750
Description
Annotation
| Database | ID | Description |
|---|---|---|
| ProSiteProfiles | PS51273 | Glutamine amidotransferase type 1 domain profile. |
| ProSiteProfiles | PS51130 | PdxT/SNO family profile. |
| Hamap | MF_01615 | Pyridoxal 5'-phosphate synthase subunit PdxT [pdxT]. |
| NCBIfam | TIGR03800 | pyridoxal 5'-phosphate synthase glutaminase subunit PdxT |
| Gene3D | G3DSA:3.40.50.880 | - |
| PANTHER | PTHR31559 | PYRIDOXAL 5'-PHOSPHATE SYNTHASE SUBUNIT SNO |
| FunFam | G3DSA:3.40.50.880:FF:000038 | Predicted protein |
| Pfam | PF01174 | SNO glutamine amidotransferase family |
| SUPERFAMILY | SSF52317 | Class I glutamine amidotransferase-like |
| ProSitePatterns | PS01236 | PdxT/SNO family family signature. |
| CDD | cd01749 | GATase1_PB |
| KEGG | K08681 | pyridoxal 5'-phosphate synthase pdxT subunit [EC:4.3.3.6] |
| KOG | KOG3210 | Imidazoleglycerol-phosphate synthase subunit H-like; [H] |
| MapolyID | Mapoly0081s0077 | - |
| GO | GO:1903600 | glutaminase complex |
| GO | GO:0008614 | pyridoxine metabolic process |
| GO | GO:0042819 | vitamin B6 biosynthetic process |
| GO | GO:0042823 | pyridoxal phosphate biosynthetic process |
| GO | GO:0004359 | glutaminase activity |
| GO | GO:0005829 | cytosol |
Nomenclature
No gene symbols are registered for this gene.
Associated Literature (AI-based literature mining, Beta-version)
UVB-induced DEG, pyridoxal 5'-phosphate synthase subunit (annotation).
0 core 1 peripheral
Clayton, W. A., et al. (2018)
· Plant Journal research experimental background
UVB-induced DEG, pyridoxal 5'-phosphate synthase subunit (annotation).
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp8g05750 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 |
| >Mp8g05750.1 GAATGATGCG GCGGTTCAGA GCAACGAGGT TAGGGAGGGA GCTAGTGCTT GTGTGGCGTC CACGTCCAAG GCGAGAAATA GTAGAATGCA ATGGAGAGGC AGAGGAGATG GTAGCGGTTG GACGGTGAGA AGTAAGTTTT GTACCAGTGG ACAGAGAGCG GTAGAGACAG GATCTGTGGC CCAACCATTT TTACTTGGCG TCTGGATGCA GGTTCGGGTG GGGATGCAGC TCCTTCTGAA ACCGACTGAA TATGACACAG ATGAGATCCG AGGAATTGTT CAGGTGGTTG TAGTGACGTG ATGTGAATGC GATTGTACGA TTGTTGACAG AGCGCAGCGA GGTTCCAGCA CTTGTGACAA TTCTTGCTAA GCCCTGGGCC CAGGGAGTCG TCGGGCAGAC AGGGCAGAGT AGTGAAGAAT TGGCTATTTG TGCTTGCTTC CTGTGTGAGA GCCAGTGTGA GAGTGTGCCT TCGCGCCTCG AGTGAGGCCT TCATTCTGCG CGTTGTAGCT TGGAGTGAAT CTTACAAGTG GAACTTGAAA AAAGGCATTT GTGTAGCGAT AGCTGTAGGT GCGAGAGGAA GGCAGAGATG GCTGTCGGAG TCCTTGCCTT GCAGGGCTCT TTCAAGGAGC ACATTGTTGG TGAGTTGGAT TCGAATGTGT CGTATATAAA TTTTGATGAA CATATGAACA CATTTGATTG TACAGAATTT TTCCAGCGGT GGAAATGCGA GACTTAACAT TCGTGTTTCT TTGGGGCCTT CCTGCTACAC ACGTTTATCT AACTACAGTA GAATTTTCGA ACGCTTCATA AATTCAGACA TGTTTTGGTC GGTTTTTCTT TTCAGCCTTG AGAAAGCTCG GAGTGGATGC CGTGGAAGTT AGGAAGCCGG AGCAGTTGAG TGGTCTGTCA GGCTTAATTA TTCCCGGTGG AGAGAGCACT ACTATGGCCA AGCTCGCCGA GCAGTATAAG CTTGTGAGTC TCGAAACACT TCAGCTCTGA GTATGTTAGC ATCGTTCTCA TGAAACATAT TTTGGGTAAA GAGTCCTGGA CCTAATAACA ATGAAGTCTT GAATGGGACC AAGTGTAAGG CCGTACGCCG AGGGTAGGAT TTTGTTTCAA AGAGTTTTTT AATTTAGAAT CTCAATCCAT ATGTTTTCCA TGAATTTCAG ATTTTTTAAG ACTATAATGT TTTTAAATTC GGCTGTTCTT CAACTGACAG AGGCACGTAC GTAATCACAA TTTGAGTTCC GAAGTTCTTT CCACATTCAA TCTGACCGCA GATTTTACGT ACTCTTCGCA GATTCCAGCT TTGAAAGACT TTGGGATCAG CGGAAAGCCA ATCTGGGGCA CATGTGCGGG TCTTATTTTC TTGGCAGACA AAGCTGTTGG TCAGTACTCG GTTTCCTGAA GTCAGATGAA ATTCATGGCC GTTTGAAGTG CTCGATGAAT TTAAGTTAAC TCCCGGTGAT GGCCTTTTTA CTTTTCCTTA GTTTTAAAAC TTAGATTCGG GACTAAGAAT GGTCTCTATT CGTTGAGAAG ATGGTCTGTA GGAACTCGAG ATAGCTTTAG TCGCATCATC GTTAATCTGC TCCATAATCT TGCAGGTCAA AAGATCGGAG GTCAGGCACT TCTTGGAGGG TTGGACTGTA CGGTTCATCG GAATTATTTT GGAAGTCAGG TAATTGCAAT TAGAAAGAGA TTTTATCGCT CTTTTTGTGA CTCGTTGAAC GAATCCATCC TTGTAATCTG CTAGGTAAAT CATCTCGTAC TTGTGCTTAC GCCCACAGTT TTCAACTTTT AATCAAGAAC GCTGATACAT GTCTCGTTTC ACCTCAGTTG AACAGTTTTG AGACAGAATT GCCTGCTCCT CCAGCTCTTG CGGAGATTGG AGGCTCCGAA AACTTTCGTG CAGTATTTAT TCGAGCGCCA GCCATTGTCG ATGCTGGCCC AAATGTAGAA GTTCTGGCTG CGCTTGACGT ACCATCAGGA GAATCTGGAG CATCATCACC GGGAAATGAG GTACGGATGA TATCACTCAA GTACAGAGAG TTCAAGTCTT CTATCAACTT CCTACAAGTT GTATTAAGAA TTGTCAAAAG CGTAGTACTG CTTTTCAAAA GTTTGACCCC CGTAAAATGG CTGCTTCGTG CAGGCAGAAG AGAAAGGACA GAAAGTAATT GTAGCAGTGC GACAGGGCAA TCTCCTTGCC ACAGCCTTCC ATCCCGAACT CACTGGCGAC ACTCGCTGGT AAATTTCAAT CAGATGTTTA TATCATTGGA TCGATTCACT TGCCATATTA CAGTTGTTCT TTGCATGTCT GTGTTTAGTA TTTTGACTCT CTGTCATGTG TGGACTCGCA GGCATAGCTT ATTTTTGAAA ATGGTTCCAA AGGGTGGGAA AGCGGATGTT CCAGTGAAAG CAGTGGAAGA ATCAGCTAGC TTGATCCGGC CGTTCACAGA CCCCAAGGAT CTTCCCGTTT TTAGGGACGC ATCTTTTTTG GTTTTTGAGT GAGGAGGTCA CTTTTAAGTA ACTTTCCGTA AGGACGTTAC AATGGGTGTT GTACTTCTAA TTAGACATCA TTCTTTCTGT ATCTATCAAT CTTGCCTTAA TAAAAGAAGG CGGGGCATTC TTTTC |
mRNA UTR + CDS |
| >Mp8g05750.1 GAATGATGCG GCGGTTCAGA GCAACGAGGT TAGGGAGGGA GCTAGTGCTT GTGTGGCGTC CACGTCCAAG GCGAGAAATA GTAGAATGCA ATGGAGAGGC AGAGGAGATG GTAGCGGTTG GACGGTGAGA AGTAAGTTTT GTACCAGTGG ACAGAGAGCG GTAGAGACAG GATCTGTGGC CCAACCATTT TTACTTGGCG TCTGGATGCA GGTTCGGGTG GGGATGCAGC TCCTTCTGAA ACCGACTGAA TATGACACAG ATGAGATCCG AGGAATTGTT CAGGCATTTG TGTAGCGATA GCTGTAGGTG CGAGAGGAAG GCAGAGATGG CTGTCGGAGT CCTTGCCTTG CAGGGCTCTT TCAAGGAGCA CATTGTTGCC TTGAGAAAGC TCGGAGTGGA TGCCGTGGAA GTTAGGAAGC CGGAGCAGTT GAGTGGTCTG TCAGGCTTAA TTATTCCCGG TGGAGAGAGC ACTACTATGG CCAAGCTCGC CGAGCAGTAT AAGCTTATTC CAGCTTTGAA AGACTTTGGG ATCAGCGGAA AGCCAATCTG GGGCACATGT GCGGGTCTTA TTTTCTTGGC AGACAAAGCT GTTGGTCAAA AGATCGGAGG TCAGGCACTT CTTGGAGGGT TGGACTGTAC GGTTCATCGG AATTATTTTG GAAGTCAGTT GAACAGTTTT GAGACAGAAT TGCCTGCTCC TCCAGCTCTT GCGGAGATTG GAGGCTCCGA AAACTTTCGT GCAGTATTTA TTCGAGCGCC AGCCATTGTC GATGCTGGCC CAAATGTAGA AGTTCTGGCT GCGCTTGACG TACCATCAGG AGAATCTGGA GCATCATCAC CGGGAAATGA GGCAGAAGAG AAAGGACAGA AAGTAATTGT AGCAGTGCGA CAGGGCAATC TCCTTGCCAC AGCCTTCCAT CCCGAACTCA CTGGCGACAC TCGCTGGCAT AGCTTATTTT TGAAAATGGT TCCAAAGGGT GGGAAAGCGG ATGTTCCAGT GAAAGCAGTG GAAGAATCAG CTAGCTTGAT CCGGCCGTTC ACAGACCCCA AGGATCTTCC CGTTTTTAGG GACGCATCTT TTTTGGTTTT TGAGTGAGGA GGTCACTTTT AAGTAACTTT CCGTAAGGAC GTTACAATGG GTGTTGTACT TCTAATTAGA CATCATTCTT TCTGTATCTA TCAATCTTGC CTTAATAAAA GAAGGCGGGG CATTCTTTTC |
CDS |
| >Mp8g05750.1 ATGACACAGA TGAGATCCGA GGAATTGTTC AGGCATTTGT GTAGCGATAG CTGTAGGTGC GAGAGGAAGG CAGAGATGGC TGTCGGAGTC CTTGCCTTGC AGGGCTCTTT CAAGGAGCAC ATTGTTGCCT TGAGAAAGCT CGGAGTGGAT GCCGTGGAAG TTAGGAAGCC GGAGCAGTTG AGTGGTCTGT CAGGCTTAAT TATTCCCGGT GGAGAGAGCA CTACTATGGC CAAGCTCGCC GAGCAGTATA AGCTTATTCC AGCTTTGAAA GACTTTGGGA TCAGCGGAAA GCCAATCTGG GGCACATGTG CGGGTCTTAT TTTCTTGGCA GACAAAGCTG TTGGTCAAAA GATCGGAGGT CAGGCACTTC TTGGAGGGTT GGACTGTACG GTTCATCGGA ATTATTTTGG AAGTCAGTTG AACAGTTTTG AGACAGAATT GCCTGCTCCT CCAGCTCTTG CGGAGATTGG AGGCTCCGAA AACTTTCGTG CAGTATTTAT TCGAGCGCCA GCCATTGTCG ATGCTGGCCC AAATGTAGAA GTTCTGGCTG CGCTTGACGT ACCATCAGGA GAATCTGGAG CATCATCACC GGGAAATGAG GCAGAAGAGA AAGGACAGAA AGTAATTGTA GCAGTGCGAC AGGGCAATCT CCTTGCCACA GCCTTCCATC CCGAACTCAC TGGCGACACT CGCTGGCATA GCTTATTTTT GAAAATGGTT CCAAAGGGTG GGAAAGCGGA TGTTCCAGTG AAAGCAGTGG AAGAATCAGC TAGCTTGATC CGGCCGTTCA CAGACCCCAA GGATCTTCCC GTTTTTAGGG ACGCATCTTT TTTGGTTTTT GAGTGA |
Protein |
| >Mp8g05750.1 MTQMRSEELF RHLCSDSCRC ERKAEMAVGV LALQGSFKEH IVALRKLGVD AVEVRKPEQL SGLSGLIIPG GESTTMAKLA EQYKLIPALK DFGISGKPIW GTCAGLIFLA DKAVGQKIGG QALLGGLDCT VHRNYFGSQL NSFETELPAP PALAEIGGSE NFRAVFIRAP AIVDAGPNVE VLAALDVPSG ESGASSPGNE AEEKGQKVIV AVRQGNLLAT AFHPELTGDT RWHSLFLKMV PKGGKADVPV KAVEESASLI RPFTDPKDLP VFRDASFLVF E |
Gene structure:
Sequences: |
Gene UTR + CDS + intron |
| >Mp8g05750.2 GAATGATGCG GCGGTTCAGA GCAACGAGGT TAGGGAGGGA GCTAGTGCTT GTGTGGCGTC CACGTCCAAG GCGAGAAATA GTAGAATGCA ATGGAGAGGC AGAGGAGATG GTAGCGGTTG GACGGTGAGA AGTAAGTTTT GTACCAGTGG ACAGAGAGCG GTAGAGACAG GATCTGTGGC CCAACCATTT TTACTTGGCG TCTGGATGCA GGTTCGGGTG GGGATGCAGC TCCTTCTGAA ACCGACTGAA TATGACACAG ATGAGATCCG AGGAATTGTT CAGGTGGTTG TAGTGACGTG ATGTGAATGC GATTGTACGA TTGTTGACAG AGCGCAGCGA GGTTCCAGCA CTTGTGACAA TTCTTGCTAA GCCCTGGGCC CAGGGAGTCG TCGGGCAGAC AGGGCAGAGT AGTGAAGAAT TGGCTATTTG TGCTTGCTTC CTGTGTGAGA GCCAGTGTGA GAGTGTGCCT TCGCGCCTCG AGTGAGGCCT TCATTCTGCG CGTTGTAGCT TGGAGTGAAT CTTACAAGTG GAACTTGAAA AAAGGCATTT GTGTAGCGAT AGCTGTAGGT GCGAGAGGAA GGCAGAGATG GCTGTCGGAG TCCTTGCCTT GCAGGGCTCT TTCAAGGAGC ACATTGTTGG TGAGTTGGAT TCGAATGTGT CGTATATAAA TTTTGATGAA CATATGAACA CATTTGATTG TACAGAATTT TTCCAGCGGT GGAAATGCGA GACTTAACAT TCGTGTTTCT TTGGGGCCTT CCTGCTACAC ACGTTTATCT AACTACAGTA GAATTTTCGA ACGCTTCATA AATTCAGACA TGTTTTGGTC GGTTTTTCTT TTCAGCCTTG AGAAAGCTCG GAGTGGATGC CGTGGAAGTT AGGAAGCCGG AGCAGTTGAG TGGTCTGTCA GGCTTAATTA TTCCCGGTGG AGAGAGCACT ACTATGGCCA AGCTCGCCGA GCAGTATAAG CTTGTGAGTC TCGAAACACT TCAGCTCTGA GTATGTTAGC ATCGTTCTCA TGAAACATAT TTTGGGTAAA GAGTCCTGGA CCTAATAACA ATGAAGTCTT GAATGGGACC AAGTGTAAGG CCGTACGCCG AGGGTAGGAT TTTGTTTCAA AGAGTTTTTT AATTTAGAAT CTCAATCCAT ATGTTTTCCA TGAATTTCAG ATTTTTTAAG ACTATAATGT TTTTAAATTC GGCTGTTCTT CAACTGACAG AGGCACGTAC GTAATCACAA TTTGAGTTCC GAAGTTCTTT CCACATTCAA TCTGACCGCA GATTTTACGT ACTCTTCGCA GATTCCAGCT TTGAAAGACT TTGGGATCAG CGGAAAGCCA ATCTGGGGCA CATGTGCGGG TCTTATTTTC TTGGCAGACA AAGCTGTTGG TCAGTACTCG GTTTCCTGAA GTCAGATGAA ATTCATGGCC GTTTGAAGTG CTCGATGAAT TTAAGTTAAC TCCCGGTGAT GGCCTTTTTA CTTTTCCTTA GTTTTAAAAC TTAGATTCGG GACTAAGAAT GGTCTCTATT CGTTGAGAAG ATGGTCTGTA GGAACTCGAG ATAGCTTTAG TCGCATCATC GTTAATCTGC TCCATAATCT TGCAGGTCAA AAGATCGGAG GTCAGGCACT TCTTGGAGGG TTGGACTGTA CGGTTCATCG GAATTATTTT GGAAGTCAGG TAATTGCAAT TAGAAAGAGA TTTTATCGCT CTTTTTGTGA CTCGTTGAAC GAATCCATCC TTGTAATCTG CTAGGTAAAT CATCTCGTAC TTGTGCTTAC GCCCACAGTT TTCAACTTTT AATCAAGAAC GCTGATACAT GTCTCGTTTC ACCTCAGTTG AACAGTTTTG AGACAGAATT GCCTGCTCCT CCAGCTCTTG CGGAGATTGG AGGCTCCGAA AACTTTCGTG CAGTATTTAT TCGAGCGCCA GCCATTGTCG ATGCTGGCCC AAATGTAGAA GTTCTGGCTG CGCTTGACGT ACCATCAGGA GAATCTGGAG CATCATCACC GGGAAATGAG GTACGGATGA TATCACTCAA GTACAGAGAG TTCAAGTCTT CTATCAACTT CCTACAAGTT GTATTAAGAA TTGTCAAAAG CGTAGTACTG CTTTTCAAAA GTTTGACCCC CGTAAAATGG CTGCTTCGTG CAGGCAGAAG AGAAAGGACA GAAAGTAATT GTAGCAGTGC GACAGGGCAA TCTCCTTGCC ACAGCCTTCC ATCCCGAACT CACTGGCGAC ACTCGCTGGT AAATTTCAAT CAGATGTTTA TATCATTGGA TCGATTCACT TGCCATATTA CAGTTGTTCT TTGCATGTCT GTGTTTAGTA TTTTGACTCT CTGTCATGTG TGGACTCGCA GGCATAGCTT ATTTTTGAAA ATGGTTCCAA AGGGTGGGAA AGCGGATGTT CCAGTGAAAG CAGTGGAAGA ATCAGCTAGC TTGATCCGGC CGTTCACAGA CCCCAAGGAT CTTCCCGTTT TTAGGGACGC ATCTTTTTTG GTTTTTGAGT GAGGAGGTCA CTTTTAAGTA ACTTTCCGTA AGGACGTTAC AATGGGTGTT GTACTTCTAA TTAGACATCA TTCTTTCTGT ATCTATCAAT CTTGCCTTAA TAAAAGAAGG CGGGGCATTC TTTTCA |
mRNA UTR + CDS |
| >Mp8g05750.2 GAATGATGCG GCGGTTCAGA GCAACGAGGT TAGGGAGGGA GCTAGTGCTT GTGTGGCGTC CACGTCCAAG GCGAGAAATA GTAGAATGCA ATGGAGAGGC AGAGGAGATG GTAGCGGTTG GACGGTGAGA AGTAAGTTTT GTACCAGTGG ACAGAGAGCG GTAGAGACAG GATCTGTGGC CCAACCATTT TTACTTGGCG TCTGGATGCA GGTTCGGGTG GGGATGCAGC TCCTTCTGAA ACCGACTGAA TATGACACAG ATGAGATCCG AGGAATTGTT CAGGTGGTTG TAGTGACGTG ATGTGAATGC GATTGTACGA TTGTTGACAG AGCGCAGCGA GGTTCCAGCA CTTGTGACAA TTCTTGCTAA GCCCTGGGCC CAGGGAGTCG TCGGGCAGAC AGGGCAGAGT AGTGAAGAAT TGGCTATTTG TGCTTGCTTC CTGTGTGAGA GCCAGTGTGA GAGTGTGCCT TCGCGCCTCG AGTGAGGCCT TCATTCTGCG CGTTGTAGCT TGGAGTGAAT CTTACAAGTG GAACTTGAAA AAAGGCATTT GTGTAGCGAT AGCTGTAGGT GCGAGAGGAA GGCAGAGATG GCTGTCGGAG TCCTTGCCTT GCAGGGCTCT TTCAAGGAGC ACATTGTTGC CTTGAGAAAG CTCGGAGTGG ATGCCGTGGA AGTTAGGAAG CCGGAGCAGT TGAGTGGTCT GTCAGGCTTA ATTATTCCCG GTGGAGAGAG CACTACTATG GCCAAGCTCG CCGAGCAGTA TAAGCTTATT CCAGCTTTGA AAGACTTTGG GATCAGCGGA AAGCCAATCT GGGGCACATG TGCGGGTCTT ATTTTCTTGG CAGACAAAGC TGTTGGTCAA AAGATCGGAG GTCAGGCACT TCTTGGAGGG TTGGACTGTA CGGTTCATCG GAATTATTTT GGAAGTCAGT TGAACAGTTT TGAGACAGAA TTGCCTGCTC CTCCAGCTCT TGCGGAGATT GGAGGCTCCG AAAACTTTCG TGCAGTATTT ATTCGAGCGC CAGCCATTGT CGATGCTGGC CCAAATGTAG AAGTTCTGGC TGCGCTTGAC GTACCATCAG GAGAATCTGG AGCATCATCA CCGGGAAATG AGGCAGAAGA GAAAGGACAG AAAGTAATTG TAGCAGTGCG ACAGGGCAAT CTCCTTGCCA CAGCCTTCCA TCCCGAACTC ACTGGCGACA CTCGCTGGCA TAGCTTATTT TTGAAAATGG TTCCAAAGGG TGGGAAAGCG GATGTTCCAG TGAAAGCAGT GGAAGAATCA GCTAGCTTGA TCCGGCCGTT CACAGACCCC AAGGATCTTC CCGTTTTTAG GGACGCATCT TTTTTGGTTT TTGAGTGAGG AGGTCACTTT TAAGTAACTT TCCGTAAGGA CGTTACAATG GGTGTTGTAC TTCTAATTAG ACATCATTCT TTCTGTATCT ATCAATCTTG CCTTAATAAA AGAAGGCGGG GCATTCTTTT CA |
CDS |
| >Mp8g05750.2 ATGGCTGTCG GAGTCCTTGC CTTGCAGGGC TCTTTCAAGG AGCACATTGT TGCCTTGAGA AAGCTCGGAG TGGATGCCGT GGAAGTTAGG AAGCCGGAGC AGTTGAGTGG TCTGTCAGGC TTAATTATTC CCGGTGGAGA GAGCACTACT ATGGCCAAGC TCGCCGAGCA GTATAAGCTT ATTCCAGCTT TGAAAGACTT TGGGATCAGC GGAAAGCCAA TCTGGGGCAC ATGTGCGGGT CTTATTTTCT TGGCAGACAA AGCTGTTGGT CAAAAGATCG GAGGTCAGGC ACTTCTTGGA GGGTTGGACT GTACGGTTCA TCGGAATTAT TTTGGAAGTC AGTTGAACAG TTTTGAGACA GAATTGCCTG CTCCTCCAGC TCTTGCGGAG ATTGGAGGCT CCGAAAACTT TCGTGCAGTA TTTATTCGAG CGCCAGCCAT TGTCGATGCT GGCCCAAATG TAGAAGTTCT GGCTGCGCTT GACGTACCAT CAGGAGAATC TGGAGCATCA TCACCGGGAA ATGAGGCAGA AGAGAAAGGA CAGAAAGTAA TTGTAGCAGT GCGACAGGGC AATCTCCTTG CCACAGCCTT CCATCCCGAA CTCACTGGCG ACACTCGCTG GCATAGCTTA TTTTTGAAAA TGGTTCCAAA GGGTGGGAAA GCGGATGTTC CAGTGAAAGC AGTGGAAGAA TCAGCTAGCT TGATCCGGCC GTTCACAGAC CCCAAGGATC TTCCCGTTTT TAGGGACGCA TCTTTTTTGG TTTTTGAGTG A |
Protein |
| >Mp8g05750.2 MAVGVLALQG SFKEHIVALR KLGVDAVEVR KPEQLSGLSG LIIPGGESTT MAKLAEQYKL IPALKDFGIS GKPIWGTCAG LIFLADKAVG QKIGGQALLG GLDCTVHRNY FGSQLNSFET ELPAPPALAE IGGSENFRAV FIRAPAIVDA GPNVEVLAAL DVPSGESGAS SPGNEAEEKG QKVIVAVRQG NLLATAFHPE LTGDTRWHSL FLKMVPKGGK ADVPVKAVEE SASLIRPFTD PKDLPVFRDA SFLVFE |