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...d be updated by the Author/Curator according to current information on the family --> ...CBM77_RfPL1/9 affinity indicating a divalent cation independent binding mechanism <cite>Venditto2016</cite>. The only other example of a CBM that b

...d be updated by the Author/Curator according to current information on the family --> ...cium in the binding of SaCBM67 to its ligand <cite>Fujimoto2013</cite>. No binding to ʟ-galactose or ʟ-fucose was observed <cite>Fujimoto2013</cite>.

...ust be turned on in your browser''). To reset the page to be sorted by GH family, click the <span id="projectPage" style="color:blue">'''project page'''</sp ! '''Family'''

...d be updated by the Author/Curator according to current information on the family --> ...determinant for the specificity of ''Ct''CBM62, explaining why the ligand binding pocket targets galactose and arabinopyranose, as opposed to mannose, glucos

...d be updated by the Author/Curator according to current information on the family --> ...nal characterization has focused on the CBM87 module Agd3^CBM87. Binding of Agd3^CBM87 to soluble galactosaminogalactan from culture super

...alcarbohydrateorganisation.org/content/past-symposia XXIIIrd International Carbohydrate Symposium] in Whistler, Canada (July 23-28). Among others, [[User:Steve Wi ...bohydrate Bioengineering Meeting], held in Braunschweig, Germany (April 22-25), the suggestion was put forward that [[Bruce Stone|Bruce's]] encyclopedia

''Note: This page is an extension of the [[Glycoside Hydrolase Family 9]] page, which is focussed on a key subgroup enzymes from plants. Please ...ases"/endo-ß-1,4-glucanases revealed that these enzymes belong to the CAZy family [[GH9]] glycoside hydrolases <cite>Henrissat1991</cite>.

...] and [[GH30]] in [[Clan]] GH-A, yet there remain many unknowns about this family and its founding member - ''read more [[GH173|here]]!'' ...136]]''' page to [[Curator Approved]] status today. '''[[GH136]]''' is a family of bacterial lacto-''N''-biosidases that release lacto-''N''-biose I and la

...nd cleavage, IV) nucleotide elimination, and V) mutarotation. Members of a family share mechanism and conserved catalytic residues. Only two of the 14 famili ...cite>. Epimerases are thought to only epimerize every other residue in one binding event, which means that the G-block formers will need to bind the MG-produc