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Potential amylase enzymes have many industrial applications that are found in biological sources like animal, plants and
microorganisms. Fungi and bacteria hold tremendous potential to produce the α-amylases using agriculture by-products under
solid state fermentation (SSF). Agro-industrial residues such as rice bran, wheat bran, sugar cane bagasse, corn leaf, barley,
orange peel, wheat straw, rice straw is abundant and cheapest carbon source. SSF using agro-industrial residues is currently
used in a range of applications including classical applications such as antibiotics production, enzymes, composting, biosurfactants and biofuel production. Microbial α-amylases have several applications in paper, food, pharmaceutical, detergent,
and textile industries. The enzyme α-amylase is meritorious due to their properties such as thermostability, Ca2+
-independent
pH stability and pH profile which play important role in the development of bioprocess of different products. This review is
focused on physiochemical properties of the bacterial α-amylases fermentation, structural and functional aspects of agro
industrial residues and by products for α-amylase production.
Munir Ahmed Khan, Fazal ur Rehman, Hasina Wali, Mujeeb-ur-Rehman, Kafait Ullah Khan, Mohammad Ayub, Habib-ur-Rehman, Sidra Mengal. (2021) BIOPROCESSING of AGRICULTURAL WASTES for VALUE ADDED BACTERIAL AMYLASE PRODUCTION, Pakistan Journal of Agricultural Sciences, Volume 58, Issue 1.
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