| Database | ID | Description |
|---|---|---|
| SUPERFAMILY | SSF49899 | Concanavalin A-like lectins/glucanases |
| ProSiteProfiles | PS51762 | Glycosyl hydrolases family 16 (GH16) domain profile. |
| PANTHER | PTHR31062 | XYLOGLUCAN ENDOTRANSGLUCOSYLASE/HYDROLASE PROTEIN 8-RELATED |
| PIRSF | PIRSF005604 | EndGlu_transf |
| Gene3D | G3DSA:2.60.120.200 | - |
| Pfam | PF06955 | Xyloglucan endo-transglycosylase (XET) C-terminus |
| CDD | cd02176 | GH16_XET |
| ProSitePatterns | PS01034 | Glycosyl hydrolases family 16 active sites. |
| Pfam | PF00722 | Glycosyl hydrolases family 16 |
| KEGG | K08235 | xyloglucan:xyloglucosyl transferase [EC:2.4.1.207] |
| MapolyID | Mapoly0203s0003 | - |
| GO | GO:0048046 | apoplast |
| GO | GO:0010411 | xyloglucan metabolic process |
| GO | GO:0044042 | glucan metabolic process |
| GO | GO:0004553 | hydrolase activity, hydrolyzing O-glycosyl compounds |
| GO | GO:0005975 | carbohydrate metabolic process |
| GO | GO:0042546 | cell wall biogenesis |
| GO | GO:0016762 | xyloglucan:xyloglucosyl transferase activity |
| GO | GO:0005618 | cell wall |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpGH16.21 | Cell wall related protein | Provisional |
Sequences: |
Gene UTR + CDS + intron |
| >Mp3g10440.1 ATGGGGAGGA TGAAGATAAA ATTGGTGCTT TTGCTATGCA CTACTTTATT CATCTCTATG GCCCAAGCCT CGAAGTTTTG GGATGACTTC TACGTCAATT TTGGTGACTG GAATGTCAAC TACCGCAACG ATAATGCTGA CAGTGGGAAC ATCGTGGTTA ACCTTGGTCT TGACAACACT AGTGGTAATC TCCACCCTTA CAATTGCATT GCTCCTGGAA ACTGGAAGCA ACTCCTGAAC TTGGATACAA AATCGATTCA GGATGTTACA TCCTTTCTGT TGAAACTCTC GAACTAATTC GCTGCCTTCA TGTTGCTTGA CAGGGTCTGG GTTTAGATCC AAATACCCGT TTCTTTACGG TCATATTGGC ATGAAATTGA AACTCGTCGG TGGCAATTCG GCTGGTACGG TCACTTCATA CTACGTAAGT AATTACGTCC AGATTGAAAT CGGCCTCTCT AAAAAGACAG AAGTCATTAT CATTGGCAGA AAGGTGTTTG TGTCAAAAGC AATTACAGTT TGTTCTCGTC TTGTTTTAAA GTTTTGAGAA ATCTTGATCG TCTTCTCCAC TCGGAGCATA ACACGTCACA TCACCACATT GTCCGGTGCG GGCTTGCAGC TTGCCTCGGT GTTTGAGAAA TGGTGTGAGT TGGACTTCGA GTTTCTCGGA AACGTCAGTG GAGAACCGTA CATCCTTCAA ACGAATGTTT TCGCCGAGGG CAAAGGTGAC CGAGAGCAGC GCATCTACCT CTGGTTCGAT CCCACCGAGG ACTATCACTA CTACGGCATT TTGTGGAACC AGAATCTGAT CCTGTAAGAT TGCCAGAGAC CCTTTCTCCA GTTCCCTGGA GTATTTTAAT ACGATTGTCG ACTGCGCTCA ATGGGATACA GAGGCGGATT TGTGGACACA GAGCTCGATC CTGTCTTATT CTCTGAACGA TTGTTGCATC TCACATACCA AATGTAGAAT TCTAAGCTCG AATTTCATCT GCAACAAGTC ACTCAAATCT TCCACGTGCT CGCGTTGCAG ATTTATGGTC GATGACGTGG TCATCCGAGT GTTTCACAAC AGCAAGGATC TGGAAATCCC GTACCTGGAG TACCAGCCCA TGTACGTCTA TTCAAGCATC TGGAACGGAG AACGATGGGC AACTCGCGGG GGTGCAGACA AGACCGACTG GTCTCTGCAG CCATTCATCG CGTCGTACAA GGACTTTGAC GTGGATTCGT GCGCAGCTCA CAGCGAAGGC AACGACAAGG ATGACTCGCA CAGATGTTAC AACAAGCTGT ACAGCAGCTG GTATGGAGGT GCCGATGCCG GAAAGCTGAC GAACAAACAG ATCGACGACT TGAAGCGCAT CCAGTACAAT TACGTGATCT ACGACTACTG CACGGATGCT GAACGCTTCG ACGAGACACC CAAGGAATGC TCCAGAAACT GGCCCCAGAG CTACCCAGCT TGA |
mRNA UTR + CDS |
| >Mp3g10440.1 ATGGGGAGGA TGAAGATAAA ATTGGTGCTT TTGCTATGCA CTACTTTATT CATCTCTATG GCCCAAGCCT CGAAGTTTTG GGATGACTTC TACGTCAATT TTGGTGACTG GAATGTCAAC TACCGCAACG ATAATGCTGA CAGTGGGAAC ATCGTGGTTA ACCTTGGTCT TGACAACACT AGTGGGTCTG GGTTTAGATC CAAATACCCG TTTCTTTACG GTCATATTGG CATGAAATTG AAACTCGTCG GTGGCAATTC GGCTGGTACG GTCACTTCAT ACTACCTTGC CTCGGTGTTT GAGAAATGGT GTGAGTTGGA CTTCGAGTTT CTCGGAAACG TCAGTGGAGA ACCGTACATC CTTCAAACGA ATGTTTTCGC CGAGGGCAAA GGTGACCGAG AGCAGCGCAT CTACCTCTGG TTCGATCCCA CCGAGGACTA TCACTACTAC GGCATTTTGT GGAACCAGAA TCTGATCCTA TTTATGGTCG ATGACGTGGT CATCCGAGTG TTTCACAACA GCAAGGATCT GGAAATCCCG TACCTGGAGT ACCAGCCCAT GTACGTCTAT TCAAGCATCT GGAACGGAGA ACGATGGGCA ACTCGCGGGG GTGCAGACAA GACCGACTGG TCTCTGCAGC CATTCATCGC GTCGTACAAG GACTTTGACG TGGATTCGTG CGCAGCTCAC AGCGAAGGCA ACGACAAGGA TGACTCGCAC AGATGTTACA ACAAGCTGTA CAGCAGCTGG TATGGAGGTG CCGATGCCGG AAAGCTGACG AACAAACAGA TCGACGACTT GAAGCGCATC CAGTACAATT ACGTGATCTA CGACTACTGC ACGGATGCTG AACGCTTCGA CGAGACACCC AAGGAATGCT CCAGAAACTG GCCCCAGAGC TACCCAGCTT GA |
CDS |
| >Mp3g10440.1 ATGGGGAGGA TGAAGATAAA ATTGGTGCTT TTGCTATGCA CTACTTTATT CATCTCTATG GCCCAAGCCT CGAAGTTTTG GGATGACTTC TACGTCAATT TTGGTGACTG GAATGTCAAC TACCGCAACG ATAATGCTGA CAGTGGGAAC ATCGTGGTTA ACCTTGGTCT TGACAACACT AGTGGGTCTG GGTTTAGATC CAAATACCCG TTTCTTTACG GTCATATTGG CATGAAATTG AAACTCGTCG GTGGCAATTC GGCTGGTACG GTCACTTCAT ACTACCTTGC CTCGGTGTTT GAGAAATGGT GTGAGTTGGA CTTCGAGTTT CTCGGAAACG TCAGTGGAGA ACCGTACATC CTTCAAACGA ATGTTTTCGC CGAGGGCAAA GGTGACCGAG AGCAGCGCAT CTACCTCTGG TTCGATCCCA CCGAGGACTA TCACTACTAC GGCATTTTGT GGAACCAGAA TCTGATCCTA TTTATGGTCG ATGACGTGGT CATCCGAGTG TTTCACAACA GCAAGGATCT GGAAATCCCG TACCTGGAGT ACCAGCCCAT GTACGTCTAT TCAAGCATCT GGAACGGAGA ACGATGGGCA ACTCGCGGGG GTGCAGACAA GACCGACTGG TCTCTGCAGC CATTCATCGC GTCGTACAAG GACTTTGACG TGGATTCGTG CGCAGCTCAC AGCGAAGGCA ACGACAAGGA TGACTCGCAC AGATGTTACA ACAAGCTGTA CAGCAGCTGG TATGGAGGTG CCGATGCCGG AAAGCTGACG AACAAACAGA TCGACGACTT GAAGCGCATC CAGTACAATT ACGTGATCTA CGACTACTGC ACGGATGCTG AACGCTTCGA CGAGACACCC AAGGAATGCT CCAGAAACTG GCCCCAGAGC TACCCAGCTT GA |
Protein |
| >Mp3g10440.1 MGRMKIKLVL LLCTTLFISM AQASKFWDDF YVNFGDWNVN YRNDNADSGN IVVNLGLDNT SGSGFRSKYP FLYGHIGMKL KLVGGNSAGT VTSYYLASVF EKWCELDFEF LGNVSGEPYI LQTNVFAEGK GDREQRIYLW FDPTEDYHYY GILWNQNLIL FMVDDVVIRV FHNSKDLEIP YLEYQPMYVY SSIWNGERWA TRGGADKTDW SLQPFIASYK DFDVDSCAAH SEGNDKDDSH RCYNKLYSSW YGGADAGKLT NKQIDDLKRI QYNYVIYDYC TDAERFDETP KECSRNWPQS YPA |