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Showing 1 to 4 of 4 for “"QP501-801 Animal biochemistry"”.
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Oil palm residue biodelignification by bacillus cereus ligninase from coptotermus curvignathus gut for handsheet production
Conventional methods used to delignify lignin using mechanical and chemical process consumed high energy and environmentally unfriendly. Meanwhile, the demand for paper substantially increased with declined wood fibres. In this study, Bacillus cereus isolated from termite species Coptotermes …
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Evaluation of ligninolytic enzymes of (coptotermes curvignathus) gut bacteria for oil palm residues biodelignification
Lignin degradation is imperative for the maximum utilization of cellulose either for pulp processing or biofuel production. Conventional methods employed in dissolving lignin involve the use of chemicals and bleaching agents with the release of highly toxic effluents, which have deleterious effects …
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Application of bacterial ligninase enzymes from rynchophorus ferrugineus’s gut consortium in agropulp biodelignification
Lignin is a complex phenylpropanoid heteropolymer entangled around cellulose and hemicellulose fibre. It is recalcitrant towards degradation, thus pose a major problem in obtaining good quality fibre. Moreover, the conventional degradation methods (chemically and mechanically) consume vast amount …
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Characterization of botryococcus sp. and identification of carbohydrates metabolic related enzymes toward lipid production
The advancement of microalgal biofuels is faced with challenges among which is low strain performance in lipid production. Alternatively, the carbohydrate production in microalgal cells could be manipulated to increase the lipid content thereby maximizing the overall biofuel production. This work …