| Database | ID | Description |
|---|---|---|
| Coils | Coil | Coil |
| Pfam | PF13409 | Glutathione S-transferase, N-terminal domain |
| SUPERFAMILY | SSF52833 | Thioredoxin-like |
| Gene3D | G3DSA:1.20.1050.10 | - |
| Gene3D | G3DSA:3.40.30.10 | Glutaredoxin |
| SFLD | SFLDS00019 | Glutathione Transferase (cytosolic) |
| PANTHER | PTHR45374 | GLUTATHIONE S-TRANSFERASE TCHQD |
| SUPERFAMILY | SSF47616 | GST C-terminal domain-like |
| ProSiteProfiles | PS50404 | Soluble glutathione S-transferase N-terminal domain profile. |
| Pfam | PF00043 | Glutathione S-transferase, C-terminal domain |
| ProSiteProfiles | PS50405 | Soluble glutathione S-transferase C-terminal domain profile. |
| KEGG | K22077 | ganglioside-induced differentiation-associated protein 1 |
| KOG | KOG4420 | Uncharacterized conserved protein (Ganglioside-induced differentiation associated protein 1, GDAP1); [S] |
| MapolyID | Mapoly0004s0061 | - |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpGST35 | glutathione S-transferase | Published |
Caution: MBEX data are analyzed based on the v6.1 genome.
Link to the original image in MBEX
Sequences: |
Gene UTR + CDS + intron |
| >Mp3g16100.1 GGACTCTGAC TTTGCAGATC CCTTTGCGTA GTAGGTCGAT CATTGGTTGG GAGTGCGGAG CTTCGTTCCT GCCTTCCTAT CTTCGGGCGT GGGGAGGCTG CCGTTTGTCT TACTGACAGT GAAACGCGCG ATCTCGGAGG AACACGCGAG AGAGAACCAG CGGCAGCAAT TGAGATCGTA TACATACATC TAGACGAGCT GGAGCGAGGA AGAACGGACA TTTTTCAAGT GGGATTGATT CGGCTTGCGG TCAGAGGACA TAGGTTTGTG TATCGTGAAA TTCCAAGTGT GTGAAGTGGA CAGTATCTCT GACAGAACGA AGGGAGAAAT GGCCGGAGCG TTGCCAGTTT TCTACACTTA CCCGTTGGCT TTCAATCCAG CCAAGGCCAA AATTGCACTG GACGAGTGCA ATATCAAGGT ACGATTCACC TTTTCAATCC TCGCAGTGCT CCTCGTACTC TCCCTCGCTT GACAAACCGC AACATCGCTC AATTCTTCAC TGACGTGAGG TATCCGAGCT TCCACACAAT TTGAATACGC TTCAATCTGC TCCCCCTCAC GTGCCGTCTC ACTGAACGAG AACAATGACC ACTTTTCACA CATCCCACCG TCCATGCATT CCAGATTGTC AGATGCGTCG TGTAGTCAGA TTTCAAAACT GCTATCATTT TTGCAACTAA TCACCACGAG TCAGGACGAC ATCGAGTCGG TCTGTCGTGT CTTCGAGGAG AACGATGTCG ACATATTGAC ATATCGACAG CTAGTACACT TGCAGCGTAG TAAGGGCTGT ACTTTCAGTA TAGTTTAGGA GAGTTGATCA GGAAGTGAAC CAGCTCTGCA GTCAGATTGC ACTCATACGA TCGTTAGTAT AAGGTCATGG GGACTTACTA CTTGGTGCCA GCATGGAAAT TTATCCCAGA GAAAGAACAA ATACGGTGAT AGTGAGCAAT CACTGTACTT ATTCCCGAAT TCAATCTTGT GGTTGTTTTC TGGCAGTCTG TACGTCCATC GAGAATTTAG TTTGAATTTC ATCGGTCTAA ATTTATCCAT CTCCATCATT GTGCTTTGAT TTCAGTACGT CGAGAAGAAG ATTGACATCC TGAGTGGTCA ATCCTTGGAG CCATGGTTCC TGAAGCTGAA CCCCGGTGCG TGGGCTCCGA CGTTGGTTGT GGGCGAAAAT GTCATCTGCG AATCTGCAGA GATTGTCAAG TGAGTATGCA TTTTGATATC ACTAGCTCGA ATGAAGGGGC TCCATTTTGC TACCCAAGTA GAAACCGCGG ACTGAATGTC GTGCTTTGCT TCGGGTTTTC TCAGTTTCAA TGTCGAGCTT TTACTTACCT GAATGCATGT TCGTTCCAAG CGTTGGCTTC GGTGACAATA ACCTCTTGGT GTTGGCATGA TTAGGTGGGC TGACGCACAA GGAACTCCTC TGGGTGGGGA TAAGGTGGAC CGGCAGTTCA TTGATCAATG GGTCCAGAAG GTAGATAACT GGGACGGAAA TTTGTTTGCT GCAGCCTTCG GACCAGCTGG TGGTGTGTTG AAGATCACCA CGGAGCACAA GATCAAAATT TGTGAGGCTC AGGCCAAGAG GAATCCCGAC TTAGCAGAAC TGTACCAGAA GAAAGCTGCA GCAATGAAGG CACAAATCGA GGAACCCAAC GACAAGGCCA AATGCGAGGC CAACAAAGCC CAACTCATCA GTCTTCTGGA CGAAGCCGAA AGTCGACTAG CCACTACTTC ATATCTTGCA GGGGAAGAGT ATTCCATCGC CGACGTCATT TTCACCCCGT GCCTCTACCG CATCCCGCAA GTCAAGCTGG ACAAGGAGCT CATCGAGTCC AGGAACAACG TGCAGAAGTA CTGGGCGTCT CTCAAGAAGA GACCGAGCTA TAAGAAGGCC TTTGGCGTTT CAGAAAGTCC TCTGTCCACA GCCAGTACAG TGATCCCTGC TTTCGGAAAG ATCTTGCTCT CCAAGATCAC CAAAAAATAC TAACCACAAC TGAGCAGCTG TCTGTATCAG TTAGCATTTG AAGGTACATC CTTTGTTTCA AAGCAAGACG AGTCCTCGGC CTTTTATGAA CAGTCAAGAG CAACTTCAAA GTTGCAAGTG TTATGAGCGC TTTCGAGTGA ATGAATGTCT ATCTTGTTAC CGAGAGAAAG GTTTTTCTGA ACACCTTTTG TGTCAGTTCA GGGCTACTGG ACCAAAAAAA GGTAGCAGGA TTCAGTGAAC AGAGTGGACA TTTTCCGGAA ATCTCTAGTA AATCATTTCT GAAGGTCGGG GAGCTAGACT TTGTATATTA GATTCATTCG TATGTAATAT ATCAGACAAC CCATTAGCGT AGAGTGTCGA CGGGCTTATT TTCGGCTTTG AAAAAAATGC TGAATTTCTT TCCCGCGGCT GAAGTTCGCC AGCCTTGCAG TAAATTAGTA TTGTGTCTCC AAATGATGTG GTATGGCCGC CGATACTTTA CAGAATGTAG TGGTTTAAAT TGCAAGCTCT GGCTTCTTAT TGTAAAACTG AGCGGCAGTG AAGATCTTAT CGAAATTCAT TAAATGCTTA GTCTTCACAG TTGATGATAT T |
mRNA UTR + CDS |
| >Mp3g16100.1 GGACTCTGAC TTTGCAGATC CCTTTGCGTA GTAGGTCGAT CATTGGTTGG GAGTGCGGAG CTTCGTTCCT GCCTTCCTAT CTTCGGGCGT GGGGAGGCTG CCGTTTGTCT TACTGACAGT GAAACGCGCG ATCTCGGAGG AACACGCGAG AGAGAACCAG CGGCAGCAAT TGAGATCGTA TACATACATC TAGACGAGCT GGAGCGAGGA AGAACGGACA TTTTTCAAGT GGGATTGATT CGGCTTGCGG TCAGAGGACA TAGGTTTGTG TATCGTGAAA TTCCAAGTGT GTGAAGTGGA CAGTATCTCT GACAGAACGA AGGGAGAAAT GGCCGGAGCG TTGCCAGTTT TCTACACTTA CCCGTTGGCT TTCAATCCAG CCAAGGCCAA AATTGCACTG GACGAGTGCA ATATCAAGTA CGTCGAGAAG AAGATTGACA TCCTGAGTGG TCAATCCTTG GAGCCATGGT TCCTGAAGCT GAACCCCGGT GCGTGGGCTC CGACGTTGGT TGTGGGCGAA AATGTCATCT GCGAATCTGC AGAGATTGTC AAGTGGGCTG ACGCACAAGG AACTCCTCTG GGTGGGGATA AGGTGGACCG GCAGTTCATT GATCAATGGG TCCAGAAGGT AGATAACTGG GACGGAAATT TGTTTGCTGC AGCCTTCGGA CCAGCTGGTG GTGTGTTGAA GATCACCACG GAGCACAAGA TCAAAATTTG TGAGGCTCAG GCCAAGAGGA ATCCCGACTT AGCAGAACTG TACCAGAAGA AAGCTGCAGC AATGAAGGCA CAAATCGAGG AACCCAACGA CAAGGCCAAA TGCGAGGCCA ACAAAGCCCA ACTCATCAGT CTTCTGGACG AAGCCGAAAG TCGACTAGCC ACTACTTCAT ATCTTGCAGG GGAAGAGTAT TCCATCGCCG ACGTCATTTT CACCCCGTGC CTCTACCGCA TCCCGCAAGT CAAGCTGGAC AAGGAGCTCA TCGAGTCCAG GAACAACGTG CAGAAGTACT GGGCGTCTCT CAAGAAGAGA CCGAGCTATA AGAAGGCCTT TGGCGTTTCA GAAAGTCCTC TGTCCACAGC CAGTACAGTG ATCCCTGCTT TCGGAAAGAT CTTGCTCTCC AAGATCACCA AAAAATACTA ACCACAACTG AGCAGCTGTC TGTATCAGTT AGCATTTGAA GGTACATCCT TTGTTTCAAA GCAAGACGAG TCCTCGGCCT TTTATGAACA GTCAAGAGCA ACTTCAAAGT TGCAAGTGTT ATGAGCGCTT TCGAGTGAAT GAATGTCTAT CTTGTTACCG AGAGAAAGGT TTTTCTGAAC ACCTTTTGTG TCAGTTCAGG GCTACTGGAC CAAAAAAAGG TAGCAGGATT CAGTGAACAG AGTGGACATT TTCCGGAAAT CTCTAGTAAA TCATTTCTGA AGGTCGGGGA GCTAGACTTT GTATATTAGA TTCATTCGTA TGTAATATAT CAGACAACCC ATTAGCGTAG AGTGTCGACG GGCTTATTTT CGGCTTTGAA AAAAATGCTG AATTTCTTTC CCGCGGCTGA AGTTCGCCAG CCTTGCAGTA AATTAGTATT GTGTCTCCAA ATGATGTGGT ATGGCCGCCG ATACTTTACA GAATGTAGTG GTTTAAATTG CAAGCTCTGG CTTCTTATTG TAAAACTGAG CGGCAGTGAA GATCTTATCG AAATTCATTA AATGCTTAGT CTTCACAGTT GATGATATT |
CDS |
| >Mp3g16100.1 ATGGCCGGAG CGTTGCCAGT TTTCTACACT TACCCGTTGG CTTTCAATCC AGCCAAGGCC AAAATTGCAC TGGACGAGTG CAATATCAAG TACGTCGAGA AGAAGATTGA CATCCTGAGT GGTCAATCCT TGGAGCCATG GTTCCTGAAG CTGAACCCCG GTGCGTGGGC TCCGACGTTG GTTGTGGGCG AAAATGTCAT CTGCGAATCT GCAGAGATTG TCAAGTGGGC TGACGCACAA GGAACTCCTC TGGGTGGGGA TAAGGTGGAC CGGCAGTTCA TTGATCAATG GGTCCAGAAG GTAGATAACT GGGACGGAAA TTTGTTTGCT GCAGCCTTCG GACCAGCTGG TGGTGTGTTG AAGATCACCA CGGAGCACAA GATCAAAATT TGTGAGGCTC AGGCCAAGAG GAATCCCGAC TTAGCAGAAC TGTACCAGAA GAAAGCTGCA GCAATGAAGG CACAAATCGA GGAACCCAAC GACAAGGCCA AATGCGAGGC CAACAAAGCC CAACTCATCA GTCTTCTGGA CGAAGCCGAA AGTCGACTAG CCACTACTTC ATATCTTGCA GGGGAAGAGT ATTCCATCGC CGACGTCATT TTCACCCCGT GCCTCTACCG CATCCCGCAA GTCAAGCTGG ACAAGGAGCT CATCGAGTCC AGGAACAACG TGCAGAAGTA CTGGGCGTCT CTCAAGAAGA GACCGAGCTA TAAGAAGGCC TTTGGCGTTT CAGAAAGTCC TCTGTCCACA GCCAGTACAG TGATCCCTGC TTTCGGAAAG ATCTTGCTCT CCAAGATCAC CAAAAAATAC TAA |
Protein |
| >Mp3g16100.1 MAGALPVFYT YPLAFNPAKA KIALDECNIK YVEKKIDILS GQSLEPWFLK LNPGAWAPTL VVGENVICES AEIVKWADAQ GTPLGGDKVD RQFIDQWVQK VDNWDGNLFA AAFGPAGGVL KITTEHKIKI CEAQAKRNPD LAELYQKKAA AMKAQIEEPN DKAKCEANKA QLISLLDEAE SRLATTSYLA GEEYSIADVI FTPCLYRIPQ VKLDKELIES RNNVQKYWAS LKKRPSYKKA FGVSESPLST ASTVIPAFGK ILLSKITKKY |