| Database | ID | Description |
|---|---|---|
| KEGG | K08235 | xyloglucan:xyloglucosyl transferase [EC:2.4.1.207] |
| PANTHER | PTHR31062:SF210 | XYLOGLUCAN ENDOTRANSGLUCOSYLASE/HYDROLASE PROTEIN 12-RELATED |
| ProSitePatterns | PS01034 | Glycosyl hydrolases family 16 active sites. |
| Gene3D | G3DSA:2.60.120.200 | - |
| Pfam | PF06955 | Xyloglucan endo-transglycosylase (XET) C-terminus |
| PIRSF | PIRSF005604 | EndGlu_transf |
| SUPERFAMILY | SSF49899 | Concanavalin A-like lectins/glucanases |
| ProSiteProfiles | PS51762 | Glycosyl hydrolases family 16 (GH16) domain profile. |
| PANTHER | PTHR31062 | XYLOGLUCAN ENDOTRANSGLUCOSYLASE/HYDROLASE PROTEIN 8-RELATED |
| Pfam | PF00722 | Glycosyl hydrolases family 16 |
| MapolyID | Mapoly0149s0004 | - |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpGH16.25 | Cell wall related protein | Provisional |
Sequences: |
Gene UTR + CDS + intron |
| >Mp3g20390.1 CTTCATGATT CAAATCTTCT GGAGTCAATG TTCTCCTTCG CTCTGAAGTC AGAATCTTGA ATGCAGAGAG AGTTTGTCAG GAGAAGATTT CACCGAGCTG TATAGTTTGC AAGTGGTTAA AATGAAATTG AGTTTCATTA TACTGGTTTT GGCTGCCACA TCCGTAGCGG TGGTGCAGGG ATCGAAGTTT TGGGATGACT TTTACGTCAA CTTTGGAGAT GGCAAAGTGC AGTATCCAGG ATATGATACC GGAAGTAGCA TTGCTTTGGG TTTAGACAAC ACCACTGGTA CTGTTCCTGC TGTTGGCGTG ATGATCAAAC TGTGTTTTTC AAAGTTTTGT TTATTCTCCC GAAACATCCC TTGTCATGAC AATGCAATGC ATTAGGGATA AAGTTGGAGT CTGAAGCTTG ATTATTGTGT GTTGCAGGAT CTGGATTCCA GTCGAAGTAC CCCTACTTGT ATGGGAACCT CTCCATGCAG CTAAAGCTCG TTGGAGGCAA CTCTGCGGGA ACTGTTACTT CCTACTATGT AAGAAATAGA TGCTAAATAC TGTCGCTCTC CTGCTCAAGT CCACAATGTC ACCGGATAAT TTTTCCGTGT TGAGTGGAAA CAGGCATATA TGTGATTTGT GATTGGCATA AGAAAAATAT GGGAATGCCT CAATATTTGA GACACTTGAA ATTCGTAAAA TATAGAAAAG ACATGCTCCC TGAAATTATC TCAATCCAGA GTCTCTGATC GACAATATTG ACTCTGTCAT TAGTGTCTAC AGAGCCTGTC TTGTCCTGCC GACAACTTGT GTGTTGAGTG CAGCGTATGC AATGTACTCA TTACAAGATT TTTACAGTTA TTGCTTCATG TCTGTCAAAC CAATGCAGAT GGCTTCCGAC AGAACCCAGT ATCCAAAGTG GTGCGAGCTA GATTTTGAAT TCTTGGGTAA TACTTCCGGA GAGCCTTACA TCCTGCAGAC CAATGTGTTC TCTGAAGGAG TAGGAAACAG GGAGCAGCGT ATCTACCTGT GGTTCGATCC CACTGCTGAT TACCATCAGT ACGGAATCCT GTGGAACCAG GACCTCATTC TGTGAGTATC TGCACAGACT GTTATCTATT TTCTCCCTGC AATTATCGAA TGTGGTCCTT TACGCCGTCG ACAACCTCCA ATTGAGTACG TGATTCACTG AGTCAGCCTT TTTCGAAAAA CTGAGGTGTT CTGCACCAAA TCTTCTGCAG GTTTTTGGTC GACAGCCGCG TCATCAGGGT CTTCCACAAC GCAGCAGATC TCGGCATTCC TTACTTGGAT TATCAACCTA TGTACATCTA TTCTAGCATC TGGAACGGAG AATCGTGGGC GACTTGTGGT GGCGGAGTGA AAACGGACTG GAGCCTTCAG CCTTTCCTTG CATCTTACAC CAATTTCAAC GTGTGGAATG CTTGTGAGAT GAGGGATTAC ACACAGAGCT CTTCACATGC TTGCTTTGAA AAGCTGTACA GCAGCTCGTA TGGTCAGGCC CCGAATCTAG CTCTGACACA ATCTCAAATT GACGATCTGA GATGGATTAA GTACAATTAT GTGATCTACG ATTACTGCAC CGATCTGAAG AGGTTCAACT GGACGGCTCC ACCAGAGTGT GCCAGAAACT GGCCTTAGGA TTTTAAAGAG GAACATTTAG ATACGATTCT TCTTATTAAC GACAATTAAC AATTTTACAA TCACTCGGAG |
mRNA UTR + CDS |
| >Mp3g20390.1 CTTCATGATT CAAATCTTCT GGAGTCAATG TTCTCCTTCG CTCTGAAGTC AGAATCTTGA ATGCAGAGAG AGTTTGTCAG GAGAAGATTT CACCGAGCTG TATAGTTTGC AAGTGGTTAA AATGAAATTG AGTTTCATTA TACTGGTTTT GGCTGCCACA TCCGTAGCGG TGGTGCAGGG ATCGAAGTTT TGGGATGACT TTTACGTCAA CTTTGGAGAT GGCAAAGTGC AGTATCCAGG ATATGATACC GGAAGTAGCA TTGCTTTGGG TTTAGACAAC ACCACTGGAT CTGGATTCCA GTCGAAGTAC CCCTACTTGT ATGGGAACCT CTCCATGCAG CTAAAGCTCG TTGGAGGCAA CTCTGCGGGA ACTGTTACTT CCTACTATAT GGCTTCCGAC AGAACCCAGT ATCCAAAGTG GTGCGAGCTA GATTTTGAAT TCTTGGGTAA TACTTCCGGA GAGCCTTACA TCCTGCAGAC CAATGTGTTC TCTGAAGGAG TAGGAAACAG GGAGCAGCGT ATCTACCTGT GGTTCGATCC CACTGCTGAT TACCATCAGT ACGGAATCCT GTGGAACCAG GACCTCATTC TGTTTTTGGT CGACAGCCGC GTCATCAGGG TCTTCCACAA CGCAGCAGAT CTCGGCATTC CTTACTTGGA TTATCAACCT ATGTACATCT ATTCTAGCAT CTGGAACGGA GAATCGTGGG CGACTTGTGG TGGCGGAGTG AAAACGGACT GGAGCCTTCA GCCTTTCCTT GCATCTTACA CCAATTTCAA CGTGTGGAAT GCTTGTGAGA TGAGGGATTA CACACAGAGC TCTTCACATG CTTGCTTTGA AAAGCTGTAC AGCAGCTCGT ATGGTCAGGC CCCGAATCTA GCTCTGACAC AATCTCAAAT TGACGATCTG AGATGGATTA AGTACAATTA TGTGATCTAC GATTACTGCA CCGATCTGAA GAGGTTCAAC TGGACGGCTC CACCAGAGTG TGCCAGAAAC TGGCCTTAGG ATTTTAAAGA GGAACATTTA GATACGATTC TTCTTATTAA CGACAATTAA CAATTTTACA ATCACTCGGA G |
CDS |
| >Mp3g20390.1 ATGAAATTGA GTTTCATTAT ACTGGTTTTG GCTGCCACAT CCGTAGCGGT GGTGCAGGGA TCGAAGTTTT GGGATGACTT TTACGTCAAC TTTGGAGATG GCAAAGTGCA GTATCCAGGA TATGATACCG GAAGTAGCAT TGCTTTGGGT TTAGACAACA CCACTGGATC TGGATTCCAG TCGAAGTACC CCTACTTGTA TGGGAACCTC TCCATGCAGC TAAAGCTCGT TGGAGGCAAC TCTGCGGGAA CTGTTACTTC CTACTATATG GCTTCCGACA GAACCCAGTA TCCAAAGTGG TGCGAGCTAG ATTTTGAATT CTTGGGTAAT ACTTCCGGAG AGCCTTACAT CCTGCAGACC AATGTGTTCT CTGAAGGAGT AGGAAACAGG GAGCAGCGTA TCTACCTGTG GTTCGATCCC ACTGCTGATT ACCATCAGTA CGGAATCCTG TGGAACCAGG ACCTCATTCT GTTTTTGGTC GACAGCCGCG TCATCAGGGT CTTCCACAAC GCAGCAGATC TCGGCATTCC TTACTTGGAT TATCAACCTA TGTACATCTA TTCTAGCATC TGGAACGGAG AATCGTGGGC GACTTGTGGT GGCGGAGTGA AAACGGACTG GAGCCTTCAG CCTTTCCTTG CATCTTACAC CAATTTCAAC GTGTGGAATG CTTGTGAGAT GAGGGATTAC ACACAGAGCT CTTCACATGC TTGCTTTGAA AAGCTGTACA GCAGCTCGTA TGGTCAGGCC CCGAATCTAG CTCTGACACA ATCTCAAATT GACGATCTGA GATGGATTAA GTACAATTAT GTGATCTACG ATTACTGCAC CGATCTGAAG AGGTTCAACT GGACGGCTCC ACCAGAGTGT GCCAGAAACT GGCCTTAG |
Protein |
| >Mp3g20390.1 MKLSFIILVL AATSVAVVQG SKFWDDFYVN FGDGKVQYPG YDTGSSIALG LDNTTGSGFQ SKYPYLYGNL SMQLKLVGGN SAGTVTSYYM ASDRTQYPKW CELDFEFLGN TSGEPYILQT NVFSEGVGNR EQRIYLWFDP TADYHQYGIL WNQDLILFLV DSRVIRVFHN AADLGIPYLD YQPMYIYSSI WNGESWATCG GGVKTDWSLQ PFLASYTNFN VWNACEMRDY TQSSSHACFE KLYSSSYGQA PNLALTQSQI DDLRWIKYNY VIYDYCTDLK RFNWTAPPEC ARNWP |