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Feathers are discarded in large quantities at industrial poultry-processing plants as a waste by-product leading to environmental pollution. Because of the insoluble nature of keratin and its resistance to enzymatic digestion by animal, plant and many known microbial proteases, use of feathers as a source of value-added products has been very limited. Most feather wastes however is land filled or burned, which involves expenses and cause environmental problems. Traditional methods such as steam and pressure and strong alkali or acid usually used in processing feathers required significant…mehr

Produktbeschreibung
Feathers are discarded in large quantities at industrial poultry-processing plants as a waste by-product leading to environmental pollution. Because of the insoluble nature of keratin and its resistance to enzymatic digestion by animal, plant and many known microbial proteases, use of feathers as a source of value-added products has been very limited. Most feather wastes however is land filled or burned, which involves expenses and cause environmental problems. Traditional methods such as steam and pressure and strong alkali or acid usually used in processing feathers required significant energy and resulted in destruction of some essential amino acids. Microbial degradation of feathers may provide a viable alternative for improving feathers utilization because it is ecologically safe, low-cost and offers mild reaction conditions. In an attempt to resolve this dilemma, fungal degradation of feather may overwhelm these problems and provide available alternative for improving feathers utilization.
Autorenporträt
Assistant Lecturer of Microbiology at Botany and Microbiology Depart, Faculty of Sci, Assiut Univ. B.Sc. of Botany "2006", diploma of Microbiology "2008" and M.Sc. of Microbiology "2011" Botany and Microbiology Depart, Fac of Sci, Assiut Univ. My current research interests are in the areas of environmental biotechnology and bioenergy production.