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Rice straw, in Egypt, is a potential feed during the fall and winter for many small-scale livestock owners. Use of rice straw as an animal feed is limited by its low nutritive value, mainly attributable to the crystalline structure of the cellulose fibrils surrounded by hemicellulose, and by the presence of lignin, which prevents enzymes penetration. Biological delignification of straws by white-rot fungi may be a promising way to improve their nutritive value. Fungal lignocellulolytic enzymes break the polysaccharide-lignin complex resulting in higher degradation of the straw, which may…mehr

Produktbeschreibung
Rice straw, in Egypt, is a potential feed during the fall and winter for many small-scale livestock owners. Use of rice straw as an animal feed is limited by its low nutritive value, mainly attributable to the crystalline structure of the cellulose fibrils surrounded by hemicellulose, and by the presence of lignin, which prevents enzymes penetration. Biological delignification of straws by white-rot fungi may be a promising way to improve their nutritive value. Fungal lignocellulolytic enzymes break the polysaccharide-lignin complex resulting in higher degradation of the straw, which may create a more nutritious feed. Pleurotus ostreatus fungi can grow on straw and decompose its structural carbohydrate and reduce indigestible cell wall components and increase cell wall digestibility. Feeding biodegraded (spent) rice straw to dairy goats can improve goat's performance and increase producers profitability.
Autorenporträt
Dr. A.E. Kholif is a researcher at the Dairy Science Dep., National Research Centre, Egypt since 2013. He obtained his MSc at 2008 and PhD at 2013 in the field of dairy animal nutrition. Dr. Kholif have many scientific articles, all published in international peer-reviewed journals. He awarded a postdoc fellowship in Mexico during 2015 for one year