| Database | ID | Description |
|---|---|---|
| MobiDBLite | mobidb-lite | consensus disorder prediction |
| Gene3D | G3DSA:2.60.120.330 | - |
| Pfam | PF03171 | 2OG-Fe(II) oxygenase superfamily |
| PRINTS | PR00682 | Isopenicillin N synthase signature |
| PANTHER | PTHR47991 | OXOGLUTARATE/IRON-DEPENDENT DIOXYGENASE |
| SUPERFAMILY | SSF51197 | Clavaminate synthase-like |
| Pfam | PF14226 | non-haem dioxygenase in morphine synthesis N-terminal |
| ProSiteProfiles | PS51471 | Fe(2+) 2-oxoglutarate dioxygenase domain profile. |
| KOG | KOG0143 | Iron/ascorbate family oxidoreductases; [QR] |
| MapolyID | Mapoly0037s0086 | - |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpDOXC18 | Secondary metabolism enzyme | Provisional |
Sequences: |
Gene UTR + CDS + intron |
| >Mp3g11110.1 AAGCCAACGC GTGGGCAAAA TGCCCTCACA GATTTCACGT TGATCAGACC TGCGGTTCGC AATCAGATTG CACGCTAGGA TCGGCCGAAG GTCGTGTTCC CAGTCGTTAG GACGCATGCC GTTAGTCCAT TTCATGTTGA ATTGTTGAGC CCTCGTGGAA TTGCAGCAGA GACACTGGGT ACTTCGAGCT GGATGGGCAC GGAGGTACAA GCAGACATGA ACAATGGTCC AGTCCAAGAA ACTCAGACCT CCGGAGATAT AGGGGGAGCT CCAGTGATCG ACCTTACGGG TATAGAAGGC CCGAGTCGAG AAAGGATAAT GAGAGAAGTT TCTGCTGCCT GTGAAGAATG GGGGTTTTTC CAAGTGGTCA ATCATGGTGT AGACTTGGCT GTGATGAAAA GGGCCAAGGA CGCCTCCAAG GAGTTTTTCG CTTCACCAGA TGAGGAGAAG CTTAAATTTG CTATGAAGAA GAATGTTCAC TTTCACGGCT ATTTCAATCC TGACCTGATG GATAAAGATG TATCAAAATT TTCCTCAACG TACGAACACC TCTACTACGT CTTCTATCCG CCATTGCAGG AGCACAAGGA TCGGTGGCCA ACTATCCCGG AAGGCTTTGG GTAATTTCTG AAATCATCTG TTGCCTTGAA TTCATCTTGC CTGATCATAG TTTCAACGCA AGCCATAGTT TTTATTACTG AGATATTACA ATTCTATCAG CCTGCTGGTT GTAGAAGATG AGTGTCAGTG TTCTTCTAGA AAGCAGGGAA TGCAAGATTA CATCAACATC ATTCTGATTC CGATCAGATC ATAGCTCAAA ACGACATTAC TATTATTAGA AATGAATTAA TACTGCAAAT TTGTGTCATA TTCAATCTGG CATATAGGCC GGCCATGTAC GAGTACGTTG TGGAAAGTCG AGGGCTCGTC GAGAGGATTT TGGGCCTGTT GTCAGAATCT CTGGGTGTCG AAAGCCATGC TCTGTTCAAC GGGTTGAAAG GACCGGACGT GACTCAAAGC AATATGAACA TCAGTTTTTA CAATGCCAAG AAAGAAGGAG AAGGAGAAGA TCAAATAGCA CTCCTCGGAC ATACGGATCC AGGTGCGGTG ACTGTGGTCT ACTCGGACGA GGTGGTTGGA CTGCAAGTCC AGAAGGGTGA TCGTTGGCTG GATATTGAAC CAACACCAAA TTCACTGATC GTCAACTTGG GTGACCAACT CCAGGTTTGA GTATGCTTTT GGCGTGTGAT ACGAACAATG CCATCTTACC AGAAAGACAG ATGTGAATTT TCACTCGTAA TCGTTGGTCA TGCAAATTGC TCTTTACCCG GCTTTAATTT CCTCGGTCGT GTAATCAAAG TTCTAATGTT GATCCAGGCT GAAATATGAT CTGAAGATAC TAAGAAGATT GTTGATTTTG CAGATCATGA GCAACGGCAG GTTCATTAGT GGGAACCACA GGGTAGTGGA GAAGTCATCT AAGCGCCGAC TTTCAATTAT AAACTTCTAT TCGCCCAACA TGGATGCTAT AATAGGTCCT CTCGACGGGC TTCTGAGTGA ATCGAACCCA CCTGTCTACA AATCAACCCC GTATCGTGTA TACTTAGACA CTTTCCGTCA ACGGGCAAGG GCACAATTAC TCGATACCAT CAGCTCATTT AAGGTTCTCA GTCTCAGTGA TCAAGAACCT TCTTCTGAAT CCACTATTGG AACTGCCTCA ACTTCTTCTA CAATAGGTAC ATAAGACTTG ACCGTAAAGA GCATTAGATA TTCTTTTAAA CACACAACTT TGCGTAAGCG AAGAGTTTGT TCAGGTGAAC TAATCTGAGT GTTCGCATAT GTTTAGCTTC TCATCTTCAA AGCGTGTGAC GAAATAGACT TCCCTATTCC GCTCCACTTT TCTCGTTGTG GGTCTGCGGG AAGAAAATCC CTGGTCGCTA AATCCGCTGG ATGGGTAACT TCACACTGCT GCACTGCCAT ATCTACTCGC GCATCAGAAA AATGAGTGAA GAACAAAATG CATTTACAGG ACTGAGTGTT TTTCAGAATA GAAGATCTTA CTGTGCGAAA GGGTGTAAAT AGGCTCAAAC TCAAAACTTG ATATGCTTTT CATAACTTAC AAGTAAAACT TCTCCTGCGC GAAAACTATT GGAGTTGAAT GGAGTGAATG GTCTACTTGT CACTTGAAGG TTTGACCAGT TCACTCACAT ATTTCAACAT GTCAGGTGAG AGTACTTCGA GCACGGGTAT GCGCTAAGAG GCATGCCAGT ACTTCTCCTG ACGAGCATTT TGTGAGAGCA CGGGCTTCGC GGCCAGAGTG ACCCAACTCT GGTTTGTGCA CTGCAGCTCT GTTTCGCTTC AATCGCAGTG CCCAGTGAAG GCCGAATGAT CTTCAGTGAA TATATGTTTT CGTTAATGTT GCTATGCAAA CCTTCACAGG AAGCAATATA TGAAAGCAGT GCAGCAACGG ACCAGAAGCC AGCAGAAACA TTTCGATTCA TGAGTTAGAA GAGAGTACCG AAAAGAGTAA TGCTATATCA AAAGAGACCA TAAGACCCCA TCAACCGTTC TATGGATCAA TTCATTGGGT AGGAAGGCAA TAGGTCCTAT TACGTTTTTT AGTAATATAT GACAACTGTT TATTTAATAA TTTTTTTTAC TCCAATAGAT AAGAGCTCCT AGTAGAGGTT GAGTATATAT TATCCTACA |
mRNA UTR + CDS |
| >Mp3g11110.1 AAGCCAACGC GTGGGCAAAA TGCCCTCACA GATTTCACGT TGATCAGACC TGCGGTTCGC AATCAGATTG CACGCTAGGA TCGGCCGAAG GTCGTGTTCC CAGTCGTTAG GACGCATGCC GTTAGTCCAT TTCATGTTGA ATTGTTGAGC CCTCGTGGAA TTGCAGCAGA GACACTGGGT ACTTCGAGCT GGATGGGCAC GGAGGTACAA GCAGACATGA ACAATGGTCC AGTCCAAGAA ACTCAGACCT CCGGAGATAT AGGGGGAGCT CCAGTGATCG ACCTTACGGG TATAGAAGGC CCGAGTCGAG AAAGGATAAT GAGAGAAGTT TCTGCTGCCT GTGAAGAATG GGGGTTTTTC CAAGTGGTCA ATCATGGTGT AGACTTGGCT GTGATGAAAA GGGCCAAGGA CGCCTCCAAG GAGTTTTTCG CTTCACCAGA TGAGGAGAAG CTTAAATTTG CTATGAAGAA GAATGTTCAC TTTCACGGCT ATTTCAATCC TGACCTGATG GATAAAGATG TATCAAAATT TTCCTCAACG TACGAACACC TCTACTACGT CTTCTATCCG CCATTGCAGG AGCACAAGGA TCGGTGGCCA ACTATCCCGG AAGGCTTTGG GCCGGCCATG TACGAGTACG TTGTGGAAAG TCGAGGGCTC GTCGAGAGGA TTTTGGGCCT GTTGTCAGAA TCTCTGGGTG TCGAAAGCCA TGCTCTGTTC AACGGGTTGA AAGGACCGGA CGTGACTCAA AGCAATATGA ACATCAGTTT TTACAATGCC AAGAAAGAAG GAGAAGGAGA AGATCAAATA GCACTCCTCG GACATACGGA TCCAGGTGCG GTGACTGTGG TCTACTCGGA CGAGGTGGTT GGACTGCAAG TCCAGAAGGG TGATCGTTGG CTGGATATTG AACCAACACC AAATTCACTG ATCGTCAACT TGGGTGACCA ACTCCAGATC ATGAGCAACG GCAGGTTCAT TAGTGGGAAC CACAGGGTAG TGGAGAAGTC ATCTAAGCGC CGACTTTCAA TTATAAACTT CTATTCGCCC AACATGGATG CTATAATAGG TCCTCTCGAC GGGCTTCTGA GTGAATCGAA CCCACCTGTC TACAAATCAA CCCCGTATCG TGTATACTTA GACACTTTCC GTCAACGGGC AAGGGCACAA TTACTCGATA CCATCAGCTC ATTTAAGGTT CTCAGTCTCA GTGATCAAGA ACCTTCTTCT GAATCCACTA TTGGAACTGC CTCAACTTCT TCTACAATAG GTGAGAGTAC TTCGAGCACG GGTATGCGCT AAGAGGCATG CCAGTACTTC TCCTGACGAG CATTTTGTGA GAGCACGGGC TTCGCGGCCA GAGTGACCCA ACTCTGGTTT GTGCACTGCA GCTCTGTTTC GCTTCAATCG CAGTGCCCAG TGAAGGCCGA ATGATCTTCA GTGAATATAT GTTTTCGTTA ATGTTGCTAT GCAAACCTTC ACAGGAAGCA ATATATGAAA GCAGTGCAGC AACGGACCAG AAGCCAGCAG AAACATTTCG ATTCATGAGT TAGAAGAGAG TACCGAAAAG AGTAATGCTA TATCAAAAGA GACCATAAGA CCCCATCAAC CGTTCTATGG ATCAATTCAT TGGGTAGGAA GGCAATAGGT CCTATTACGT TTTTTAGTAA TATATGACAA CTGTTTATTT AATAATTTTT TTTACTCCAA TAGATAAGAG CTCCTAGTAG AGGTTGAGTA TATATTATCC TACA |
CDS |
| >Mp3g11110.1 ATGGGCACGG AGGTACAAGC AGACATGAAC AATGGTCCAG TCCAAGAAAC TCAGACCTCC GGAGATATAG GGGGAGCTCC AGTGATCGAC CTTACGGGTA TAGAAGGCCC GAGTCGAGAA AGGATAATGA GAGAAGTTTC TGCTGCCTGT GAAGAATGGG GGTTTTTCCA AGTGGTCAAT CATGGTGTAG ACTTGGCTGT GATGAAAAGG GCCAAGGACG CCTCCAAGGA GTTTTTCGCT TCACCAGATG AGGAGAAGCT TAAATTTGCT ATGAAGAAGA ATGTTCACTT TCACGGCTAT TTCAATCCTG ACCTGATGGA TAAAGATGTA TCAAAATTTT CCTCAACGTA CGAACACCTC TACTACGTCT TCTATCCGCC ATTGCAGGAG CACAAGGATC GGTGGCCAAC TATCCCGGAA GGCTTTGGGC CGGCCATGTA CGAGTACGTT GTGGAAAGTC GAGGGCTCGT CGAGAGGATT TTGGGCCTGT TGTCAGAATC TCTGGGTGTC GAAAGCCATG CTCTGTTCAA CGGGTTGAAA GGACCGGACG TGACTCAAAG CAATATGAAC ATCAGTTTTT ACAATGCCAA GAAAGAAGGA GAAGGAGAAG ATCAAATAGC ACTCCTCGGA CATACGGATC CAGGTGCGGT GACTGTGGTC TACTCGGACG AGGTGGTTGG ACTGCAAGTC CAGAAGGGTG ATCGTTGGCT GGATATTGAA CCAACACCAA ATTCACTGAT CGTCAACTTG GGTGACCAAC TCCAGATCAT GAGCAACGGC AGGTTCATTA GTGGGAACCA CAGGGTAGTG GAGAAGTCAT CTAAGCGCCG ACTTTCAATT ATAAACTTCT ATTCGCCCAA CATGGATGCT ATAATAGGTC CTCTCGACGG GCTTCTGAGT GAATCGAACC CACCTGTCTA CAAATCAACC CCGTATCGTG TATACTTAGA CACTTTCCGT CAACGGGCAA GGGCACAATT ACTCGATACC ATCAGCTCAT TTAAGGTTCT CAGTCTCAGT GATCAAGAAC CTTCTTCTGA ATCCACTATT GGAACTGCCT CAACTTCTTC TACAATAGGT GAGAGTACTT CGAGCACGGG TATGCGCTAA |
Protein |
| >Mp3g11110.1 MGTEVQADMN NGPVQETQTS GDIGGAPVID LTGIEGPSRE RIMREVSAAC EEWGFFQVVN HGVDLAVMKR AKDASKEFFA SPDEEKLKFA MKKNVHFHGY FNPDLMDKDV SKFSSTYEHL YYVFYPPLQE HKDRWPTIPE GFGPAMYEYV VESRGLVERI LGLLSESLGV ESHALFNGLK GPDVTQSNMN ISFYNAKKEG EGEDQIALLG HTDPGAVTVV YSDEVVGLQV QKGDRWLDIE PTPNSLIVNL GDQLQIMSNG RFISGNHRVV EKSSKRRLSI INFYSPNMDA IIGPLDGLLS ESNPPVYKST PYRVYLDTFR QRARAQLLDT ISSFKVLSLS DQEPSSESTI GTASTSSTIG ESTSSTGMR |
Sequences: |
Gene UTR + CDS + intron |
| >Mp3g11110.2 AAGCCAACGC GTGGGCAAAA TGCCCTCACA GATTTCACGT TGATCAGACC TGCGGTTCGC AATCAGATTG CACGCTAGGA TCGGCCGAAG GTCGTGTTCC CAGTCGTTAG GACGCATGCC GTTAGTCCAT TTCATGTTGA ATTGTTGAGC CCTCGTGGAA TTGCAGCAGA GACACTGGGT ACTTCGAGCT GGATGGGCAC GGAGGTACAA GCAGACATGA ACAATGGTCC AGTCCAAGAA ACTCAGACCT CCGGAGATAT AGGGGGAGCT CCAGTGATCG ACCTTACGGG TATAGAAGGC CCGAGTCGAG AAAGGATAAT GAGAGAAGTT TCTGCTGCCT GTGAAGAATG GGGGTTTTTC CAAGTGGTCA ATCATGGTGT AGACTTGGCT GTGATGAAAA GGGCCAAGGA CGCCTCCAAG GAGTTTTTCG CTTCACCAGA TGAGGAGAAG CTTAAATTTG CTATGAAGAA GAATGTTCAC TTTCACGGCT ATTTCAATCC TGACCTGATG GATAAAGATG TATCAAAATT TTCCTCAACG TACGAACACC TCTACTACGT CTTCTATCCG CCATTGCAGG AGCACAAGGA TCGGTGGCCA ACTATCCCGG AAGGCTTTGG GTAATTTCTG AAATCATCTG TTGCCTTGAA TTCATCTTGC CTGATCATAG TTTCAACGCA AGCCATAGTT TTTATTACTG AGATATTACA ATTCTATCAG CCTGCTGGTT GTAGAAGATG AGTGTCAGTG TTCTTCTAGA AAGCAGGGAA TGCAAGATTA CATCAACATC ATTCTGATTC CGATCAGATC ATAGCTCAAA ACGACATTAC TATTATTAGA AATGAATTAA TACTGCAAAT TTGTGTCATA TTCAATCTGG CATATAGGCC GGCCATGTAC GAGTACGTTG TGGAAAGTCG AGGGCTCGTC GAGAGGATTT TGGGCCTGTT GTCAGAATCT CTGGGTGTCG AAAGCCATGC TCTGTTCAAC GGGTTGAAAG GACCGGACGT GACTCAAAGC AATATGAACA TCAGTTTTTA CAATGCCAAG AAAGAAGGAG AAGGAGAAGA TCAAATAGCA CTCCTCGGAC ATACGGATCC AGGTGCGGTG ACTGTGGTCT ACTCGGACGA GGTGGTTGGA CTGCAAGTCC AGAAGGGTGA TCGTTGGCTG GATATTGAAC CAACACCAAA TTCACTGATC GTCAACTTGG GTGACCAACT CCAGGTTTGA GTATGCTTTT GGCGTGTGAT ACGAACAATG CCATCTTACC AGAAAGACAG ATGTGAATTT TCACTCGTAA TCGTTGGTCA TGCAAATTGC TCTTTACCCG GCTTTAATTT CCTCGGTCGT GTAATCAAAG TTCTAATGTT GATCCAGGCT GAAATATGAT CTGAAGATAC TAAGAAGATT GTTGATTTTG CAGATCATGA GCAACGGCAG GTTCATTAGT GGGAACCACA GGGTAGTGGA GAAGTCATCT AAGCGCCGAC TTTCAATTAT AAACTTCTAT TCGCCCAACA TGGATGCTAT AATAGGTCCT CTCGACGGGC TTCTGAGTGA ATCGAACCCA CCTGTCTACA AATCAACCCC GTATCGTGTA TACTTAGACA CTTTCCGTCA ACGGGCAAGG GCACAATTAC TCGATACCAT CAGCTCATTT AAGGTTCTCA GTCTCAGTGA TCAAGAACCT TCTTCTGAAT CCACTATTGG AACTGCCTCA ACTTCTTCTA CAATAGGTAC ATAAGACTTG ACCGTAAAGA GCATTAGATA TTCTTTTAAA CACACAACTT TGCGTAAGCG AAGAGTTTGT TCAGGTGAAC TAATCTGAGT GTTCGCATAT GTTTAGCTTC TCATCTTCAA AGCGTGTGAC GAAATAGACT TCCCTATTCC GCTCCACTTT TCTCGTTGTG GGTCTGCGGG AAGAAAATCC CTGGTCGCTA AATCCGCTGG ATGGGTAACT TCACACTGCT GCACTGCCAT ATCTACTCGC GCATCAGAAA AATGAGTGAA GAACAAAATG CATTTACAGG ACTGAGTGTT TTTCAGAATA GAAGATCTTA CTGTGCGAAA GGGTGTAAAT AGGCTCAAAC TCAAAACTTG ATATGCTTTT CATAACTTAC AAGTAAAACT TCTCCTGCGC |
mRNA UTR + CDS |
| >Mp3g11110.2 AAGCCAACGC GTGGGCAAAA TGCCCTCACA GATTTCACGT TGATCAGACC TGCGGTTCGC AATCAGATTG CACGCTAGGA TCGGCCGAAG GTCGTGTTCC CAGTCGTTAG GACGCATGCC GTTAGTCCAT TTCATGTTGA ATTGTTGAGC CCTCGTGGAA TTGCAGCAGA GACACTGGGT ACTTCGAGCT GGATGGGCAC GGAGGTACAA GCAGACATGA ACAATGGTCC AGTCCAAGAA ACTCAGACCT CCGGAGATAT AGGGGGAGCT CCAGTGATCG ACCTTACGGG TATAGAAGGC CCGAGTCGAG AAAGGATAAT GAGAGAAGTT TCTGCTGCCT GTGAAGAATG GGGGTTTTTC CAAGTGGTCA ATCATGGTGT AGACTTGGCT GTGATGAAAA GGGCCAAGGA CGCCTCCAAG GAGTTTTTCG CTTCACCAGA TGAGGAGAAG CTTAAATTTG CTATGAAGAA GAATGTTCAC TTTCACGGCT ATTTCAATCC TGACCTGATG GATAAAGATG TATCAAAATT TTCCTCAACG TACGAACACC TCTACTACGT CTTCTATCCG CCATTGCAGG AGCACAAGGA TCGGTGGCCA ACTATCCCGG AAGGCTTTGG GCCGGCCATG TACGAGTACG TTGTGGAAAG TCGAGGGCTC GTCGAGAGGA TTTTGGGCCT GTTGTCAGAA TCTCTGGGTG TCGAAAGCCA TGCTCTGTTC AACGGGTTGA AAGGACCGGA CGTGACTCAA AGCAATATGA ACATCAGTTT TTACAATGCC AAGAAAGAAG GAGAAGGAGA AGATCAAATA GCACTCCTCG GACATACGGA TCCAGGTGCG GTGACTGTGG TCTACTCGGA CGAGGTGGTT GGACTGCAAG TCCAGAAGGG TGATCGTTGG CTGGATATTG AACCAACACC AAATTCACTG ATCGTCAACT TGGGTGACCA ACTCCAGATC ATGAGCAACG GCAGGTTCAT TAGTGGGAAC CACAGGGTAG TGGAGAAGTC ATCTAAGCGC CGACTTTCAA TTATAAACTT CTATTCGCCC AACATGGATG CTATAATAGG TCCTCTCGAC GGGCTTCTGA GTGAATCGAA CCCACCTGTC TACAAATCAA CCCCGTATCG TGTATACTTA GACACTTTCC GTCAACGGGC AAGGGCACAA TTACTCGATA CCATCAGCTC ATTTAAGGTT CTCAGTCTCA GTGATCAAGA ACCTTCTTCT GAATCCACTA TTGGAACTGC CTCAACTTCT TCTACAATAG GTACATAAGA CTTGACCGTA AAGAGCATTA GATATTCTTT TAAACACACA ACTTTGCGTA AGCGAAGAGT TTGTTCAGGT GAACTAATCT GAGTGTTCGC ATATGTTTAG CTTCTCATCT TCAAAGCGTG TGACGAAATA GACTTCCCTA TTCCGCTCCA CTTTTCTCGT TGTGGGTCTG CGGGAAGAAA ATCCCTGGTC GCTAAATCCG CTGGATGGGT AACTTCACAC TGCTGCACTG CCATATCTAC TCGCGCATCA GAAAAATGAG TGAAGAACAA AATGCATTTA CAGGACTGAG TGTTTTTCAG AATAGAAGAT CTTACTGTGC GAAAGGGTGT AAATAGGCTC AAACTCAAAA CTTGATATGC TTTTCATAAC TTACAAGTAA AACTTCTCCT GCGC |
CDS |
| >Mp3g11110.2 ATGGGCACGG AGGTACAAGC AGACATGAAC AATGGTCCAG TCCAAGAAAC TCAGACCTCC GGAGATATAG GGGGAGCTCC AGTGATCGAC CTTACGGGTA TAGAAGGCCC GAGTCGAGAA AGGATAATGA GAGAAGTTTC TGCTGCCTGT GAAGAATGGG GGTTTTTCCA AGTGGTCAAT CATGGTGTAG ACTTGGCTGT GATGAAAAGG GCCAAGGACG CCTCCAAGGA GTTTTTCGCT TCACCAGATG AGGAGAAGCT TAAATTTGCT ATGAAGAAGA ATGTTCACTT TCACGGCTAT TTCAATCCTG ACCTGATGGA TAAAGATGTA TCAAAATTTT CCTCAACGTA CGAACACCTC TACTACGTCT TCTATCCGCC ATTGCAGGAG CACAAGGATC GGTGGCCAAC TATCCCGGAA GGCTTTGGGC CGGCCATGTA CGAGTACGTT GTGGAAAGTC GAGGGCTCGT CGAGAGGATT TTGGGCCTGT TGTCAGAATC TCTGGGTGTC GAAAGCCATG CTCTGTTCAA CGGGTTGAAA GGACCGGACG TGACTCAAAG CAATATGAAC ATCAGTTTTT ACAATGCCAA GAAAGAAGGA GAAGGAGAAG ATCAAATAGC ACTCCTCGGA CATACGGATC CAGGTGCGGT GACTGTGGTC TACTCGGACG AGGTGGTTGG ACTGCAAGTC CAGAAGGGTG ATCGTTGGCT GGATATTGAA CCAACACCAA ATTCACTGAT CGTCAACTTG GGTGACCAAC TCCAGATCAT GAGCAACGGC AGGTTCATTA GTGGGAACCA CAGGGTAGTG GAGAAGTCAT CTAAGCGCCG ACTTTCAATT ATAAACTTCT ATTCGCCCAA CATGGATGCT ATAATAGGTC CTCTCGACGG GCTTCTGAGT GAATCGAACC CACCTGTCTA CAAATCAACC CCGTATCGTG TATACTTAGA CACTTTCCGT CAACGGGCAA GGGCACAATT ACTCGATACC ATCAGCTCAT TTAAGGTTCT CAGTCTCAGT GATCAAGAAC CTTCTTCTGA ATCCACTATT GGAACTGCCT CAACTTCTTC TACAATAGGT ACATAA |
Protein |
| >Mp3g11110.2 MGTEVQADMN NGPVQETQTS GDIGGAPVID LTGIEGPSRE RIMREVSAAC EEWGFFQVVN HGVDLAVMKR AKDASKEFFA SPDEEKLKFA MKKNVHFHGY FNPDLMDKDV SKFSSTYEHL YYVFYPPLQE HKDRWPTIPE GFGPAMYEYV VESRGLVERI LGLLSESLGV ESHALFNGLK GPDVTQSNMN ISFYNAKKEG EGEDQIALLG HTDPGAVTVV YSDEVVGLQV QKGDRWLDIE PTPNSLIVNL GDQLQIMSNG RFISGNHRVV EKSSKRRLSI INFYSPNMDA IIGPLDGLLS ESNPPVYKST PYRVYLDTFR QRARAQLLDT ISSFKVLSLS DQEPSSESTI GTASTSSTIG T |