Titlebook: Microbial Diversity in Ecosystem Sustainability and Biotechnological Applications; Volume 1. Microbial Tulasi Satyanarayana,Bhavdish Narai

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Importance of Cyanobacterial Taxonomy in Biotechnological Applicationsal vital functions, namely photosynthesis, nitrogen fixation, cellular assembly and disintegration, stress acclimation, and defense against predators. Herein, we review the Clp, FtsH, Deg/HtrA, Ctp, and SppA proteases, which under regular and photooxidative stress conditions maintain the integrity o

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Microbial Treatment of Waste by Culture-Dependent and Culture-Independent Approaches: Opportunities on the edge of being the fifth largest economy in the world. In the last five decades, its metropolitanization has increased by approximately 10% and would further rise to 20% by 2026. The increasing urbanization and evolving lifestyles, food habits, and standards prompt such exponential expansion

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Diversity of Polysaccharides in Cyanobacterias with non-saccharide components. In cyanobacteria, polysaccharides are found as storage molecules, in cell envelopes, and as extracellular polysaccharides (EPS). Storage molecules exist as glycogen and cyanobacterial starch and exhibit lowest diversity. As part of the cell envelope, lipopolysacchar

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Halocin Diversity Among Halophilic Archaea and Their Applicationsel products. In recent years, studies on systematics have intensified and identified many new genera and species. Haloarchaea belonging to class Halobacteria are divided into three orders: Halobacteriales, Haloferacales, and Natrialbales consisting of more than 48 genera and 216 species. Haloarchaea

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Apekcha Bajpai,Seema Rawat,Bhavdish N. Johri Wil­ These positive and encouraging comments over the helm Kriz. The physiological information was writ­ past nine years, since the publication of the first ten by Esmail Koushanpour, except for Chapter 12 edition, gave us the impetus to consider the prepa­ which was jointly written. Chapters 1 thr

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Tanmoy Debnath,Ritu Rani Archana Kujur,Romit Mitra,Subrata K. Das individual researchers. Second, physiologists employ physicochemical methods to carry out experiments, a procedure that originated in a temporary constellation of certain philosophical systems at the beginning of the nineteenth century (see next section).

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