Titlebook: Extremophilic Enzymatic Processing of Lignocellulosic Feedstocks to Bioenergy; Rajesh K. Sani,R. Navanietha Krishnaraj Textbook 2017 Sprin

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Cocker

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Kristopher L. Giles,Nathan R. Walkerme with special emphasis on Lock and Key Theory and Induced Fit Hypothesis. Different units of enzyme activity (Katal, IU, Turnover number), different models of enzyme kinetics, types of enzymes inhibition and different strategies for immobilization of enzymes are addressed. Finally, the chapter des

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Ashok K. Dhawan,Rajinder Peshinility of cellulose towards hydrolytic enzymes. The effects of pretreatment on the different lignocellulosic polymers depends on the type of pretreatment itself and the conditions used. This chapter outlines the most common physical, chemical, physicochemical, and biological pretreatment technologies

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Exemplary Application of Concept,y useful extremophilic xylanases involves designing of tailored xylanases using protein engineering and computational tools. This chapter focuses on sources, properties and development of extremophilic xylanases.

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electrolyte

The Proposal and Authorization-to-Proceed,philic chitinases production. Molecular biology and genetic engineering have only helped in the expression and understanding of extremophilic chitinases so far. This chapter focuses on the various sources of chitinases, their production and catalytic mechanisms, extremophilic chitinases molecular st

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Extremophilic Enzymatic Processing of Lignocellulosic Feedstocks to Bioenergy