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Carbohydrate-binding modules (CBMs) are a set of tools that can be used as molecular probes for studying plant cell walls and cellulose-based substrates. CBMs from enzymes of bacterial and fungal origin present a range of recognition capabilities for crystalline and amorphous cellulose. Here cellulose-directed CBMs have been used to visualize and quantify crystallinity changes in cellulose II-based...
To understand the effect of alkali treatment on sorption behaviour of cellulose II fibres, samples were continuously pre-treated using NaOH over a concentration range of 0.0–7.15moldm −3 , with varying tension; treated substrates were dyed with hydrolysed C. I. Reactive Red 120. Greatest adsorption of dye occurs for cellulose II fibres treated with 2.53 and 3.33moldm −3 aqueous NaOH...
Cellulose is a linear 1,4-β-glucan polymer where the units are able to form highly ordered structures, as a result of extensive interaction through intra- and intermolecular hydrogen bonding of the three hydroxyl groups in each cellulose unit. Alkali has a substantial influence on morphological, molecular and supramolecular properties of cellulose II polymer fibres causing changes in crystallinity...
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