| Database | ID | Description |
|---|---|---|
| Pfam | PF06955 | Xyloglucan endo-transglycosylase (XET) C-terminus |
| Gene3D | G3DSA:2.60.120.200 | - |
| PANTHER | PTHR31062 | XYLOGLUCAN ENDOTRANSGLUCOSYLASE/HYDROLASE PROTEIN 8-RELATED |
| SUPERFAMILY | SSF49899 | Concanavalin A-like lectins/glucanases |
| PIRSF | PIRSF005604 | EndGlu_transf |
| ProSitePatterns | PS01034 | Glycosyl hydrolases family 16 active sites. |
| ProSiteProfiles | PS51762 | Glycosyl hydrolases family 16 (GH16) domain profile. |
| Pfam | PF00722 | Glycosyl hydrolases family 16 |
| KEGG | K08235 | xyloglucan:xyloglucosyl transferase [EC:2.4.1.207] |
| MapolyID | Mapoly0071s0084 | - |
| 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 |
|---|---|---|---|
| MpGH16.35 | Cell wall related protein | Provisional |
Sequences: |
Gene UTR + CDS + intron |
| >Mp5g15260.1 TTCTATTCTC TCTCGATCTA CTTCAGTGGC ATCTAGTTCG AGAAGAGAGT GGGAGTTGTA GTAGCGCTAT ACATACCATC AACCGCCACT TTGTAGTCGA CAACATTAGA CAAGTCTTCA CGCCATTTTA GTACCAGGCA CACTAAGCAA TTGCTTCGCT GCAGATCAGG ACATTACCAT TGACTCTCGT CAGTAATTTC ATCTCTTTTG ATACTGAAAG AAGATGAAGC CCTTATCAAT TCTGGTTTGC GTTATAGTAC TTTTTAGCTC GGTCGCTCAT GCGTCCAAAT TTTGGGATGA CTTTTTTGTA AATTTTGGAG GCATGAACGT CAAGTATCCC GGTAGAGACA CAGGCAGCAC TGTACAACTT GGTCTTACCA ACCGAACCGG TAAGTTGATA CTTCTCAAGT TTAGCGGCTG ATGTCACTGT CACAAGCTCC TGAGTAATCG TTTGTCCTGT TAATACTCTC TTTACGATGT ATCGTCGACT GATTATGGAT AGAAGCTAGC ATTCTAGAGT ACGTGGTTGA TAAGGGTGTG TATGCCAAAT AGGTGTTCGG TCGCTGATTC CTGGATGATC TGTCTGGAAC TTAGGATCTG GATTTCGATC AAAGTATCCG TATTTGTACG GCCATCTTTC TATGAAAGTC AAACTGGTGG GAAACAACTC CGCCGGTACC GTGACGTCGT ACTATGTAAG TAGCTTGTTG CAAATTGGTT TCAGTTCTCT CCATGAGTAG AATGATTATG GGATCATTAC ATCTGCAGGT ACACGTTCAT TTTGAGAAAC AACATACATT CTTGTACCAC ACATTGCAGA TACTTGCGTG TTGGCCCTCC GGGTACAATA CCCATAACTT CATGGCTCTA CTTGACTACA GCTCCTGATT CAGATGTGCA GCTGAGTGAT TCATTCATTG TTGTCTTTGC AGATGGCTTC AGTGTACAAG AAATGGTGTG AACTCGACTT CGAGTTTCTG GGAAATGTTT CAGGGCAGCC ATACATTCTT CAAACCAATG TCTTTGCTCT CGGAGAAGGC AATAGGGAAC AGCGTATTTT TCTGTGGTTT GATCCTACGG CTGACTTTCA TGACTACGGC ATTCTGTGGA ATCAAAACCT CATTCTGTAA GTGCTGGATA CTGAATTTGA AGAATTTCAA GCCATCCCAT CTGATGAGAT GCTTTCAGAC GAGTTCCATG CAAGTTTCTT GGCTATGATT CCCTAAGTGT CAACCGCCCG ACTCCTCGCC ATTGAACCTC GTTATTGCGC ATCATTATAC TAACGATGAC CCCAACTTGA ATGCTGCAGG TTTTTGGTGG ACAATCGGGT CATCCGAGTC TTCCATAATT CCAAGGACCT CGGAATTCCA TACCTGGAAT ATCAACCAAT GTACATCTAC TCTAGCATCT GGAACGGGGA GTCGTGGGCG ACTCGTGGAG GTCGTGTGAA AACAGACTGG AGTCAGCAAC CTTTCCTTGC ATCGTACACT GCTTTCAACG TTTCGAACGC CTGCGTGGTC AAGAGCGTCA CAAATTCTAC CCGATGGAGC AGCTCGCACA ATTGTTACAG GCAGTTGTAT AGGAGTCCAT ACGGTAGGGC TCCCAACCTC AACTTGACGC AAACTCAAAT CGACGACCTC CGATGGATTC AAAAGGGATT TGTGATCTAC GACTACTGCA CAGATTTGAA GAGGTTCAAG GGTGTGGCTC CTCCAGAGTG TGCCAGGAAC TGGCCTTAGA CTTTCAGAAG GTTATATTCA TTCCCACATG CTCACCACTA AACTATTTTC AGTGGACAGC ACTGCTAAGA TGATCTTCGA TGATCGAATA ATCGAATGAT CATGTGAACC AGCCAAGGTT TTTTATTTCT TTCTCTAAGT TCCTAGAGAT GACAGGACCA GGAGAAGCAT TGAACCTTTT TTCTTGAAAG AGTGGCTGTG TCAGACTTAT TGGTATGAAC TACATAGACT CACGACCTTG GCATTCTACC GGATATCGAT CAGAATGTCT CACTTATTAG GATTCGATGG CAGGGAGCTC GGTAGGTCGC TGATGTACAA GCCAGAGACT GATTGGAAAA ACTAATTAAT TAGGTGAGGA AGCAGCTTAT CGACGGCAGC TCTAGTTGAT AGTGGATTTC TGTTTCCAAG CTAGATGACC TTTTTGTTAC AGGGAAAAAT AGCAATGCAG AGTATCTGGA CAGACATTGG TGCATAGAGT TGATAAAAAC ACAATTTAAT TAGCTTTTGA GTGATATATT ACTCGTAGGA TGGGTAGGAT ACTCTTTGAA AGTATGCTCC TGCATACGTT CTTTTTCTAA GTGGGTTTCG GTTGTCATTC TTGTC |
mRNA UTR + CDS |
| >Mp5g15260.1 TTCTATTCTC TCTCGATCTA CTTCAGTGGC ATCTAGTTCG AGAAGAGAGT GGGAGTTGTA GTAGCGCTAT ACATACCATC AACCGCCACT TTGTAGTCGA CAACATTAGA CAAGTCTTCA CGCCATTTTA GTACCAGGCA CACTAAGCAA TTGCTTCGCT GCAGATCAGG ACATTACCAT TGACTCTCGT CAGTAATTTC ATCTCTTTTG ATACTGAAAG AAGATGAAGC CCTTATCAAT TCTGGTTTGC GTTATAGTAC TTTTTAGCTC GGTCGCTCAT GCGTCCAAAT TTTGGGATGA CTTTTTTGTA AATTTTGGAG GCATGAACGT CAAGTATCCC GGTAGAGACA CAGGCAGCAC TGTACAACTT GGTCTTACCA ACCGAACCGG ATCTGGATTT CGATCAAAGT ATCCGTATTT GTACGGCCAT CTTTCTATGA AAGTCAAACT GGTGGGAAAC AACTCCGCCG GTACCGTGAC GTCGTACTAT ATGGCTTCAG TGTACAAGAA ATGGTGTGAA CTCGACTTCG AGTTTCTGGG AAATGTTTCA GGGCAGCCAT ACATTCTTCA AACCAATGTC TTTGCTCTCG GAGAAGGCAA TAGGGAACAG CGTATTTTTC TGTGGTTTGA TCCTACGGCT GACTTTCATG ACTACGGCAT TCTGTGGAAT CAAAACCTCA TTCTGTTTTT GGTGGACAAT CGGGTCATCC GAGTCTTCCA TAATTCCAAG GACCTCGGAA TTCCATACCT GGAATATCAA CCAATGTACA TCTACTCTAG CATCTGGAAC GGGGAGTCGT GGGCGACTCG TGGAGGTCGT GTGAAAACAG ACTGGAGTCA GCAACCTTTC CTTGCATCGT ACACTGCTTT CAACGTTTCG AACGCCTGCG TGGTCAAGAG CGTCACAAAT TCTACCCGAT GGAGCAGCTC GCACAATTGT TACAGGCAGT TGTATAGGAG TCCATACGGT AGGGCTCCCA ACCTCAACTT GACGCAAACT CAAATCGACG ACCTCCGATG GATTCAAAAG GGATTTGTGA TCTACGACTA CTGCACAGAT TTGAAGAGGT TCAAGGGTGT GGCTCCTCCA GAGTGTGCCA GGAACTGGCC TTAGACTTTC AGAAGGTTAT ATTCATTCCC ACATGCTCAC CACTAAACTA TTTTCAGTGG ACAGCACTGC TAAGATGATC TTCGATGATC GAATAATCGA ATGATCATGT GAACCAGCCA AGGTTTTTTA TTTCTTTCTC TAAGTTCCTA GAGATGACAG GACCAGGAGA AGCATTGAAC CTTTTTTCTT GAAAGAGTGG CTGTGTCAGA CTTATTGGTA TGAACTACAT AGACTCACGA CCTTGGCATT CTACCGGATA TCGATCAGAA TGTCTCACTT ATTAGGATTC GATGGCAGGG AGCTCGGTAG GTCGCTGATG TACAAGCCAG AGACTGATTG GAAAAACTAA TTAATTAGGT GAGGAAGCAG CTTATCGACG GCAGCTCTAG TTGATAGTGG ATTTCTGTTT CCAAGCTAGA TGACCTTTTT GTTACAGGGA AAAATAGCAA TGCAGAGTAT CTGGACAGAC ATTGGTGCAT AGAGTTGATA AAAACACAAT TTAATTAGCT TTTGAGTGAT ATATTACTCG TAGGATGGGT AGGATACTCT TTGAAAGTAT GCTCCTGCAT ACGTTCTTTT TCTAAGTGGG TTTCGGTTGT CATTCTTGTC |
CDS |
| >Mp5g15260.1 ATGAAGCCCT TATCAATTCT GGTTTGCGTT ATAGTACTTT TTAGCTCGGT CGCTCATGCG TCCAAATTTT GGGATGACTT TTTTGTAAAT TTTGGAGGCA TGAACGTCAA GTATCCCGGT AGAGACACAG GCAGCACTGT ACAACTTGGT CTTACCAACC GAACCGGATC TGGATTTCGA TCAAAGTATC CGTATTTGTA CGGCCATCTT TCTATGAAAG TCAAACTGGT GGGAAACAAC TCCGCCGGTA CCGTGACGTC GTACTATATG GCTTCAGTGT ACAAGAAATG GTGTGAACTC GACTTCGAGT TTCTGGGAAA TGTTTCAGGG CAGCCATACA TTCTTCAAAC CAATGTCTTT GCTCTCGGAG AAGGCAATAG GGAACAGCGT ATTTTTCTGT GGTTTGATCC TACGGCTGAC TTTCATGACT ACGGCATTCT GTGGAATCAA AACCTCATTC TGTTTTTGGT GGACAATCGG GTCATCCGAG TCTTCCATAA TTCCAAGGAC CTCGGAATTC CATACCTGGA ATATCAACCA ATGTACATCT ACTCTAGCAT CTGGAACGGG GAGTCGTGGG CGACTCGTGG AGGTCGTGTG AAAACAGACT GGAGTCAGCA ACCTTTCCTT GCATCGTACA CTGCTTTCAA CGTTTCGAAC GCCTGCGTGG TCAAGAGCGT CACAAATTCT ACCCGATGGA GCAGCTCGCA CAATTGTTAC AGGCAGTTGT ATAGGAGTCC ATACGGTAGG GCTCCCAACC TCAACTTGAC GCAAACTCAA ATCGACGACC TCCGATGGAT TCAAAAGGGA TTTGTGATCT ACGACTACTG CACAGATTTG AAGAGGTTCA AGGGTGTGGC TCCTCCAGAG TGTGCCAGGA ACTGGCCTTA G |
Protein |
| >Mp5g15260.1 MKPLSILVCV IVLFSSVAHA SKFWDDFFVN FGGMNVKYPG RDTGSTVQLG LTNRTGSGFR SKYPYLYGHL SMKVKLVGNN SAGTVTSYYM ASVYKKWCEL DFEFLGNVSG QPYILQTNVF ALGEGNREQR IFLWFDPTAD FHDYGILWNQ NLILFLVDNR VIRVFHNSKD LGIPYLEYQP MYIYSSIWNG ESWATRGGRV KTDWSQQPFL ASYTAFNVSN ACVVKSVTNS TRWSSSHNCY RQLYRSPYGR APNLNLTQTQ IDDLRWIQKG FVIYDYCTDL KRFKGVAPPE CARNWP |