… The large-scale industrial use of polysaccharides to obtain … the major sources of agro-industrial
residues, physico-chemical … Estimations of global industrial residue production based on …

… For production of ruminant feed from agricultural, agro-industrial, and woody residues as
those analyzed in this work, it is essential that the hydrolysis and consumption of these …

… It is well understood that biomass with high polysaccharide content is ideal for biofuel
production. Based on compositional analysis, holocellulose content was found to be greater in …

… , also called delignification, aims to increase the accessibility and digestibility of the
polysaccharides for posterior enzymatic hydrolysis.124 The main reagents used are sodium, …

… of functional foods, agro-industrial wastes might have the … Monomeric composition analysis
of cell wall polysaccharides … in the context of waste plant biomass carbohydrate analysis, …

… Accumulation of this biomass in large quantities every year … lignin as well as polysaccharides
found in cellulose and … agro-industrial residues, they utilize the polysaccharides after …

… Such an approach to polysaccharide waste biomass … Recently several examples of the reuse
of agro-industrial residues for the … of waste polysaccharides to this issue will be presented. …

… lignocellulosic biomass. Agro-industrial biomass comprised on lignocellulosic waste is an
… (2) steps to convert enzymatic hydrolysis to break down polysaccharide to simple sugars (3) …

… Lignocellulose residues are the most abundant renewable biomass on Earth. Their utilization
by fungi through biotechnological approaches could allow self-sustainable processes and …

… ) to break down plant cell wall polysaccharides after cultivation on lignocellulosic substrates
which … As, lignocellulosic biomass are biodegradable and serve as an economical source for …