Mp1g26760
Description
Annotation
| Database | ID | Description |
|---|---|---|
| FunFam | G3DSA:1.20.1050.10:FF:000004 | Glutathione S-transferase F2 |
| SFLD | SFLDG01154 | Main.5: Phi-like |
| CDD | cd03053 | GST_N_Phi |
| FunFam | G3DSA:3.40.30.10:FF:000016 | Glutathione S-transferase F2 |
| SUPERFAMILY | SSF47616 | GST C-terminal domain-like |
| PANTHER | PTHR43900 | GLUTATHIONE S-TRANSFERASE RHO |
| Pfam | PF13409 | Glutathione S-transferase, N-terminal domain |
| Pfam | PF00043 | Glutathione S-transferase, C-terminal domain |
| Gene3D | G3DSA:1.20.1050.10 | - |
| ProSiteProfiles | PS50404 | Soluble glutathione S-transferase N-terminal domain profile. |
| SUPERFAMILY | SSF52833 | Thioredoxin-like |
| SFLD | SFLDS00019 | Glutathione Transferase (cytosolic) |
| Gene3D | G3DSA:3.40.30.10 | Glutaredoxin |
| ProSiteProfiles | PS50405 | Soluble glutathione S-transferase C-terminal domain profile. |
| CDD | cd03187 | GST_C_Phi |
| KEGG | K00799 | glutathione S-transferase [EC:2.5.1.18] |
| KOG | KOG0867 | Glutathione S-transferase; [O] |
| MapolyID | Mapoly0002s0202 | - |
| GO | GO:0006749 | glutathione metabolic process |
| GO | GO:0005737 | cytoplasm |
| GO | GO:0043295 | glutathione binding |
| GO | GO:0004364 | glutathione transferase activity |
Nomenclature
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpGST15 | glutathione S-transferase | Published |
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp1g26760 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 |
| >Mp1g26760.1 TAGCCATGGA AAATACAGTA CTTTCTCGTG GAATTTAGAT CGAGCCTCAT CTTGAAGCAA TATCCGGCAT TTTGTTTGCA TTTGGATTCG CGTTCGACTG CGGTTTAGGC TTCGCTCGTT TGGGCCAAGT GCAAGGCCAA AGCATCATTC ATCGAATCAT TCGTTTGGTA GAAAGTTTTT GGCGCATCAT ATGCCGTGGA ATCGGATGGG GACTGAAATT TCGTAAGATG TAAATATTCG GACGAGTTCG AATTGCGACG GTTTGGGGAG TCTGACGAGG GCGAGCGAAG CGTCATGAGC CGCGCGCCAA ATGGTCGACC GAACTACGTG CTGCATCGCT TGACAGTGGG GCTGACGTTT CGTGCCTTTC TTTATCGATG AGTGCAGGGA AAGAGCATCT TTCCCCTTTC TTTCTCTGTC TCGATGAGCA ATTAATTAGA TAGTGGTGAA TTGCAGAACC TGTGGGTTTC ATGAGCTGCG AGCACGACCA CGACATGGCG ACCGCCAGTT CCGTGGTTCC AAAAGTCAAG CTCTTCGGAG CTCCTTACTC CACTTGCACT AGCAGAGTCA TCATGTGTCT CATGGAAAAG CAGGTCGACT ACGACCTGCA GGTGGTCGAC ATCGCCAAGA CTCAGGACCA CAAGAAGCCG GAGTTTCTGG CCATGCAGGT GAGATTGGAT CCTCCGTTTC TCCAGAGCTT TGTTTACTGG TCGACCTTTG ACCGACTGAT TGTTGATGTT GTTTACAAAG AAGTGCTGCC CGTAGGCTCA GACGACTGTC GACCGACCGA TAGACTTGTA TATCGCAAAA CTTACTGAAA TTGTACGTTC CGTTGTGTTC AGCCATTCGG AATGATTCCC GTCCTCCAGG ACAAAGACAT TCAAGTATTC GGTAAGTGCG GCGAGCAGCT CATGCCAAAA CCTCTTTAAT ACTATAAATG TGGGTGGGCA TGCACGCAGA TAGAGTTATA GAACTGACAG CACTCTGACA ACTCCGTATC TAACATCACA ACCTAATCGA CCACAAATTG GAATTCTTGA CGAGGAACGT GAATTTACGA ACATAAGTAA CATAAATTAC ATTAATTTCT CTGTCCAGAG TCTCGAGCTA TCGTCCGATA CATCGCTCGC AAGCACGAAG GCCATGGCAC ACCACTGTAC GGGACGTCCG AGAAAGACAG AGCCATGGTC GAGCAATGGT TGGAAGTCGA AGCTCAGAAT TACAACCCGG CGATAGCACC TGCCGTATGG CACCTGGTGC ACGCGCCCCT CTTCGGTCAA CAAGGCGATC CGGCAATTGC AGCAACCAGT CTTCAGAAGT TGGAGAAGGT GTTGGATGTA TACGAAGGAG TGTTGTCCAA GTCCAAATAC CTGGCAGGAG ATTTTTTCAG TTTGGCAGAT CTGTCCCATA TTCCCTTCAC TCACTACCTA ATCAATGATG GAGGCAAAGG TGAAATTTAC GATAAGAGGC CCCATGTGAA AGCGTGGTGG ACATCAATTT CCACTCGTCC CACGTGGAAG AAGCACCTTT CCAACGCATT CCCCGGTAGA ACGTTTCCGT AACGTGTGAT CACATGAAAA GGGCTGCTGA AGAGTAGGCA CCCCAAGGCA TGTTCTCCTC TACGAAGCGA AACCTTATTT CTTCCGTCAG TAGGCACAAT CGAATGACAG TACTTCCAGC GGAAGTCATA CGAGCACTCT AGGTGCAGAG GGAATGTTGG ATGATTCATT AGGGTTCATT TGGAAACCCA TCAAGTGTTG CCGTGTTCCA CATCGAGTCC AGATTTCAAT TCAGAAGCCG TGATCCCAAA CTCACTAAGA CTCGGTGATA ACAAATGATG ATAATTTAAC TTTATCATTA AATTATTTAA TAGGTGTAAC AGGACAGAAC TGGCTCAAAC GATGGTAGGG CCAGTGCTGT GCAGTATCAA TGTACATTTC AGCGTAAGTT CAGGCAATTC AAGTTTTACT GTAAACTGGC ATCTTTCAAG TTAGCCCGAA TGTGTACAAT AGAACAAGAG CGAACGCCAA TATGCAGTGG AGATTGTTCA ACATCCGCTA GTTCGTCAAT GGGTCCAGTC ATCTTTTTCA GCACCATAAG ATGAAGGAAG GCAAGA |
mRNA UTR + CDS |
| >Mp1g26760.1 TAGCCATGGA AAATACAGTA CTTTCTCGTG GAATTTAGAT CGAGCCTCAT CTTGAAGCAA TATCCGGCAT TTTGTTTGCA TTTGGATTCG CGTTCGACTG CGGTTTAGGC TTCGCTCGTT TGGGCCAAGT GCAAGGCCAA AGCATCATTC ATCGAATCAT TCGTTTGGTA GAAAGTTTTT GGCGCATCAT ATGCCGTGGA ATCGGATGGG GACTGAAATT TCGTAAGATG TAAATATTCG GACGAGTTCG AATTGCGACG GTTTGGGGAG TCTGACGAGG GCGAGCGAAG CGTCATGAGC CGCGCGCCAA ATGGTCGACC GAACTACGTG CTGCATCGCT TGACAGTGGG GCTGACGTTT CGTGCCTTTC TTTATCGATG AGTGCAGGGA AAGAGCATCT TTCCCCTTTC TTTCTCTGTC TCGATGAGCA ATTAATTAGA TAGTGGTGAA TTGCAGAACC TGTGGGTTTC ATGAGCTGCG AGCACGACCA CGACATGGCG ACCGCCAGTT CCGTGGTTCC AAAAGTCAAG CTCTTCGGAG CTCCTTACTC CACTTGCACT AGCAGAGTCA TCATGTGTCT CATGGAAAAG CAGGTCGACT ACGACCTGCA GGTGGTCGAC ATCGCCAAGA CTCAGGACCA CAAGAAGCCG GAGTTTCTGG CCATGCAGCC ATTCGGAATG ATTCCCGTCC TCCAGGACAA AGACATTCAA GTATTCGAGT CTCGAGCTAT CGTCCGATAC ATCGCTCGCA AGCACGAAGG CCATGGCACA CCACTGTACG GGACGTCCGA GAAAGACAGA GCCATGGTCG AGCAATGGTT GGAAGTCGAA GCTCAGAATT ACAACCCGGC GATAGCACCT GCCGTATGGC ACCTGGTGCA CGCGCCCCTC TTCGGTCAAC AAGGCGATCC GGCAATTGCA GCAACCAGTC TTCAGAAGTT GGAGAAGGTG TTGGATGTAT ACGAAGGAGT GTTGTCCAAG TCCAAATACC TGGCAGGAGA TTTTTTCAGT TTGGCAGATC TGTCCCATAT TCCCTTCACT CACTACCTAA TCAATGATGG AGGCAAAGGT GAAATTTACG ATAAGAGGCC CCATGTGAAA GCGTGGTGGA CATCAATTTC CACTCGTCCC ACGTGGAAGA AGCACCTTTC CAACGCATTC CCCGGTAGAA CGTTTCCGTA ACGTGTGATC ACATGAAAAG GGCTGCTGAA GAGTAGGCAC CCCAAGGCAT GTTCTCCTCT ACGAAGCGAA ACCTTATTTC TTCCGTCAGT AGGCACAATC GAATGACAGT ACTTCCAGCG GAAGTCATAC GAGCACTCTA GGTGCAGAGG GAATGTTGGA TGATTCATTA GGGTTCATTT GGAAACCCAT CAAGTGTTGC CGTGTTCCAC ATCGAGTCCA GATTTCAATT CAGAAGCCGT GATCCCAAAC TCACTAAGAC TCGGTGATAA CAAATGATGA TAATTTAACT TTATCATTAA ATTATTTAAT AGGTGTAACA GGACAGAACT GGCTCAAACG ATGGTAGGGC CAGTGCTGTG CAGTATCAAT GTACATTTCA GCGTAAGTTC AGGCAATTCA AGTTTTACTG TAAACTGGCA TCTTTCAAGT TAGCCCGAAT GTGTACAATA GAACAAGAGC GAACGCCAAT ATGCAGTGGA GATTGTTCAA CATCCGCTAG TTCGTCAATG GGTCCAGTCA TCTTTTTCAG CACCATAAGA TGAAGGAAGG CAAGA |
CDS |
| >Mp1g26760.1 ATGAGCTGCG AGCACGACCA CGACATGGCG ACCGCCAGTT CCGTGGTTCC AAAAGTCAAG CTCTTCGGAG CTCCTTACTC CACTTGCACT AGCAGAGTCA TCATGTGTCT CATGGAAAAG CAGGTCGACT ACGACCTGCA GGTGGTCGAC ATCGCCAAGA CTCAGGACCA CAAGAAGCCG GAGTTTCTGG CCATGCAGCC ATTCGGAATG ATTCCCGTCC TCCAGGACAA AGACATTCAA GTATTCGAGT CTCGAGCTAT CGTCCGATAC ATCGCTCGCA AGCACGAAGG CCATGGCACA CCACTGTACG GGACGTCCGA GAAAGACAGA GCCATGGTCG AGCAATGGTT GGAAGTCGAA GCTCAGAATT ACAACCCGGC GATAGCACCT GCCGTATGGC ACCTGGTGCA CGCGCCCCTC TTCGGTCAAC AAGGCGATCC GGCAATTGCA GCAACCAGTC TTCAGAAGTT GGAGAAGGTG TTGGATGTAT ACGAAGGAGT GTTGTCCAAG TCCAAATACC TGGCAGGAGA TTTTTTCAGT TTGGCAGATC TGTCCCATAT TCCCTTCACT CACTACCTAA TCAATGATGG AGGCAAAGGT GAAATTTACG ATAAGAGGCC CCATGTGAAA GCGTGGTGGA CATCAATTTC CACTCGTCCC ACGTGGAAGA AGCACCTTTC CAACGCATTC CCCGGTAGAA CGTTTCCGTA A |
Protein |
| >Mp1g26760.1 MSCEHDHDMA TASSVVPKVK LFGAPYSTCT SRVIMCLMEK QVDYDLQVVD IAKTQDHKKP EFLAMQPFGM IPVLQDKDIQ VFESRAIVRY IARKHEGHGT PLYGTSEKDR AMVEQWLEVE AQNYNPAIAP AVWHLVHAPL FGQQGDPAIA ATSLQKLEKV LDVYEGVLSK SKYLAGDFFS LADLSHIPFT HYLINDGGKG EIYDKRPHVK AWWTSISTRP TWKKHLSNAF PGRTFP |
Gene structure:
Sequences: |
Gene UTR + CDS + intron |
| >Mp1g26760.2 TTAAAAACTA AGGTTATATG GGCAGTCTAT TCTCATTTCG ATGCATAACA AATTGATTGC ATGGGGCTGC GCTCGGATGG TGGCTGATTA ATGCTAAGTG TAAAATTTGG ATTCAGTAAC TTGAGTTATT CCCTTGATTC GCAGTTAATC ACCAGAGTCA ATCTTAATTT GGTAAATGGT AATTTGCAAC ACGATCTGAT ATCAACCTAT CTCAAGGTAC TGTGGTACTG TACTGTACTT GTTGTGAATA GACTTAACGG TCCTCGATGC TGAGAGCTAT TGCTGTTCAG ATGTTTTACT TGAAGCCTAT CAGGATCAGT TAGTTAGTGC CAGCAGTGTG TACGGCGTAC TTCCCACTAC TGAGTAAGAA ACTGCAATTA GCAATTAGCC TGGTAAGAAC ATAGGAATCG ACTGCGCAGT AGGCTCTTGT CGCTCTTCCC GAACGTGATC TAGCCATGGA AAATACAGTA CTTTCTCGTG GAATTTAGAT CGAGCCTCAT CTTGAAGCAA TATCCGGCAT TTTGTTTGCA TTTGGATTCG CGTTCGACTG CGGTTTAGGC TTCGCTCGTT TGGGCCAAGT GCAAGGCCAA AGCATCATTC ATCGAATCAT TCGTTTGGTA GAAAGTTTTT GGCGCATCAT ATGCCGTGGA ATCGGATGGG GACTGAAATT TCGTAAGATG TAAATATTCG GACGAGTTCG AATTGCGACG GTTTGGGGAG TCTGACGAGG GCGAGCGAAG CGTCATGAGC CGCGCGCCAA ATGGTCGACC GAACTACGTG CTGCATCGCT TGACAGTGGG GCTGACGTTT CGTGCCTTTC TTTATCGATG AGTGCAGGGA AAGAGCATCT TTCCCCTTTC TTTCTCTGTC TCGATGAGCA ATTAATTAGA TAGTGGTGAA TTGCAGAACC TGTGGGTTTC ATGAGCTGCG AGCACGACCA CGACATGGCG ACCGCCAGTT CCGTGGTTCC AAAAGTCAAG CTCTTCGGAG CTCCTTACTC CACTTGCACT AGCAGAGTCA TCATGTGTCT CATGGAAAAG CAGGTCGACT ACGACCTGCA GGTGGTCGAC ATCGCCAAGA CTCAGGACCA CAAGAAGCCG GAGTTTCTGG CCATGCAGGT GAGATTGGAT CCTCCGTTTC TCCAGAGCTT TGTTTACTGG TCGACCTTTG ACCGACTGAT TGTTGATGTT GTTTACAAAG AAGTGCTGCC CGTAGGCTCA GACGACTGTC GACCGACCGA TAGACTTGTA TATCGCAAAA CTTACTGAAA TTGTACGTTC CGTTGTGTTC AGCCATTCGG AATGATTCCC GTCCTCCAGG ACAAAGACAT TCAAGTATTC GGTAAGTGCG GCGAGCAGCT CATGCCAAAA CCTCTTTAAT ACTATAAATG TGGGTGGGCA TGCACGCAGA TAGAGTTATA GAACTGACAG CACTCTGACA ACTCCGTATC TAACATCACA ACCTAATCGA CCACAAATTG GAATTCTTGA CGAGGAACGT GAATTTACGA ACATAAGTAA CATAAATTAC ATTAATTTCT CTGTCCAGAG TCTCGAGCTA TCGTCCGATA CATCGCTCGC AAGCACGAAG GCCATGGCAC ACCACTGTAC GGGACGTCCG AGAAAGACAG AGCCATGGTC GAGCAATGGT TGGAAGTCGA AGCTCAGAAT TACAACCCGG CGATAGCACC TGCCGTATGG CACCTGGTGC ACGCGCCCCT CTTCGGTCAA CAAGGCGATC CGGCAATTGC AGCAACCAGT CTTCAGAAGT TGGAGAAGGT GTTGGATGTA TACGAAGGAG TGTTGTCCAA GTCCAAATAC CTGGCAGGAG ATTTTTTCAG TTTGGCAGAT CTGTCCCATA TTCCCTTCAC TCACTACCTA ATCAATGATG GAGGCAAAGG TGAAATTTAC GATAAGAGGC CCCATGTGAA AGCGTGGTGG ACATCAATTT CCACTCGTCC CACGTGGAAG AAGCACCTTT CCAACGCATT CCCCGGTAGA ACGTTTCCGT AACGTGTGAT CACATGAAAA GGGCTGCTGA AGAGTAGGCA CCCCAAGGCA TGTTCTCCTC TACGAAGCGA AACCTTATTT CTTCCGTCAG TAGGCACAAT CGAATGACAG TACTTCCAGC GGAAGTCATA CGAGCACTCT AGGTGCAGAG GGAATGTTGG ATGATTCATT AGGGTTCATT TGGAAACCCA TCAAGTGTTG CCGTGTTCCA CATCGAGTCC AGATTTCAAT TCAGAAGCCG TGATCCCAAA CTCACTAAGA CTCGGTGATA ACAAATGATG ATAATTTAAC TTTATCATTA AATTATTTAA TAGGTGTAAC AGGACAGAAC TGGCTCAAAC GATGGTAGGG CCAGTGCTGT GCAGTATCAA TGTACATTTC AGCGTAAGTT CAGGCAATTC AAGTTTTACT GTAAACTGGC ATCTTTCAAG TTAGCCCGAA TGTGTACAAT AGAACAAGAG CGAACGCCAA TATGCAGTGG AGATTGTTCA ACATCCGCTA GTTCGTCAAT GGGTCCAGTC ATCTTTTTCA GCACCATAAG ATGAAGGAAG GCAAGA |
mRNA UTR + CDS |
| >Mp1g26760.2 TTAAAAACTA AGGTTATATG GGCAGTCTAT TCTCATTTCG ATGCATAACA AATTGATTGC ATGGGGCTGC GCTCGGATGG TGGCTGATTA ATGCTAAGTG TAAAATTTGG ATTCAGTAAC TTGAGTTATT CCCTTGATTC GCAGTTAATC ACCAGAGTCA ATCTTAATTT GGTAAATGGT AATTTGCAAC ACGATCTGAT ATCAACCTAT CTCAAGAACC TGTGGGTTTC ATGAGCTGCG AGCACGACCA CGACATGGCG ACCGCCAGTT CCGTGGTTCC AAAAGTCAAG CTCTTCGGAG CTCCTTACTC CACTTGCACT AGCAGAGTCA TCATGTGTCT CATGGAAAAG CAGGTCGACT ACGACCTGCA GGTGGTCGAC ATCGCCAAGA CTCAGGACCA CAAGAAGCCG GAGTTTCTGG CCATGCAGCC ATTCGGAATG ATTCCCGTCC TCCAGGACAA AGACATTCAA GTATTCGAGT CTCGAGCTAT CGTCCGATAC ATCGCTCGCA AGCACGAAGG CCATGGCACA CCACTGTACG GGACGTCCGA GAAAGACAGA GCCATGGTCG AGCAATGGTT GGAAGTCGAA GCTCAGAATT ACAACCCGGC GATAGCACCT GCCGTATGGC ACCTGGTGCA CGCGCCCCTC TTCGGTCAAC AAGGCGATCC GGCAATTGCA GCAACCAGTC TTCAGAAGTT GGAGAAGGTG TTGGATGTAT ACGAAGGAGT GTTGTCCAAG TCCAAATACC TGGCAGGAGA TTTTTTCAGT TTGGCAGATC TGTCCCATAT TCCCTTCACT CACTACCTAA TCAATGATGG AGGCAAAGGT GAAATTTACG ATAAGAGGCC CCATGTGAAA GCGTGGTGGA CATCAATTTC CACTCGTCCC ACGTGGAAGA AGCACCTTTC CAACGCATTC CCCGGTAGAA CGTTTCCGTA ACGTGTGATC ACATGAAAAG GGCTGCTGAA GAGTAGGCAC CCCAAGGCAT GTTCTCCTCT ACGAAGCGAA ACCTTATTTC TTCCGTCAGT AGGCACAATC GAATGACAGT ACTTCCAGCG GAAGTCATAC GAGCACTCTA GGTGCAGAGG GAATGTTGGA TGATTCATTA GGGTTCATTT GGAAACCCAT CAAGTGTTGC CGTGTTCCAC ATCGAGTCCA GATTTCAATT CAGAAGCCGT GATCCCAAAC TCACTAAGAC TCGGTGATAA CAAATGATGA TAATTTAACT TTATCATTAA ATTATTTAAT AGGTGTAACA GGACAGAACT GGCTCAAACG ATGGTAGGGC CAGTGCTGTG CAGTATCAAT GTACATTTCA GCGTAAGTTC AGGCAATTCA AGTTTTACTG TAAACTGGCA TCTTTCAAGT TAGCCCGAAT GTGTACAATA GAACAAGAGC GAACGCCAAT ATGCAGTGGA GATTGTTCAA CATCCGCTAG TTCGTCAATG GGTCCAGTCA TCTTTTTCAG CACCATAAGA TGAAGGAAGG CAAGA |
CDS |
| >Mp1g26760.2 ATGAGCTGCG AGCACGACCA CGACATGGCG ACCGCCAGTT CCGTGGTTCC AAAAGTCAAG CTCTTCGGAG CTCCTTACTC CACTTGCACT AGCAGAGTCA TCATGTGTCT CATGGAAAAG CAGGTCGACT ACGACCTGCA GGTGGTCGAC ATCGCCAAGA CTCAGGACCA CAAGAAGCCG GAGTTTCTGG CCATGCAGCC ATTCGGAATG ATTCCCGTCC TCCAGGACAA AGACATTCAA GTATTCGAGT CTCGAGCTAT CGTCCGATAC ATCGCTCGCA AGCACGAAGG CCATGGCACA CCACTGTACG GGACGTCCGA GAAAGACAGA GCCATGGTCG AGCAATGGTT GGAAGTCGAA GCTCAGAATT ACAACCCGGC GATAGCACCT GCCGTATGGC ACCTGGTGCA CGCGCCCCTC TTCGGTCAAC AAGGCGATCC GGCAATTGCA GCAACCAGTC TTCAGAAGTT GGAGAAGGTG TTGGATGTAT ACGAAGGAGT GTTGTCCAAG TCCAAATACC TGGCAGGAGA TTTTTTCAGT TTGGCAGATC TGTCCCATAT TCCCTTCACT CACTACCTAA TCAATGATGG AGGCAAAGGT GAAATTTACG ATAAGAGGCC CCATGTGAAA GCGTGGTGGA CATCAATTTC CACTCGTCCC ACGTGGAAGA AGCACCTTTC CAACGCATTC CCCGGTAGAA CGTTTCCGTA A |
Protein |
| >Mp1g26760.2 MSCEHDHDMA TASSVVPKVK LFGAPYSTCT SRVIMCLMEK QVDYDLQVVD IAKTQDHKKP EFLAMQPFGM IPVLQDKDIQ VFESRAIVRY IARKHEGHGT PLYGTSEKDR AMVEQWLEVE AQNYNPAIAP AVWHLVHAPL FGQQGDPAIA ATSLQKLEKV LDVYEGVLSK SKYLAGDFFS LADLSHIPFT HYLINDGGKG EIYDKRPHVK AWWTSISTRP TWKKHLSNAF PGRTFP |