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Industrial Microbiology - Microbes in Action (Hardcover)
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Industrial Microbiology - Microbes in Action (Hardcover)
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This is a collection of twenty different articles from across the
globe divided into four basic themes of microbial fertilisers,
microbial metabolites, microbes in health and microbial fuels. The
first chapter discusses removal of undesirable compounds from soil
by a process called rhizoremediation. Sustainability of the
ecosystem is greatly needed, which is pertinently covered in the
first sub-theme of this volume. The second sub-theme of this
collection focuses on diverse types of microbial metabolites with
chapters on biosurfactants, carotenoids, organic acids, antibiotics
and biosensors, each of which is important and significant in its
own way. The third sub-theme of the book is enriched by a
discussion on microbes in health with four chapters, each
explaining probiotics, direct fed microbials (DFMs), the role of
microbes in the production of vaccines, and survival mechanisms of
human pathogenic fungi. The chapter on probiotics elucidates the
role of microbiota in development of the immune system and their
influence on the development of atopic conditions. Finally, the
importance of probiotics as a simple but powerful tool that may
influence human health by modulating the microbiota is introduced.
In the review on DFMs, dissemination and efficacy of Bacillus
direct-fed microbial candidates in the gastrointestinal tract of
broiler chickens and their effect on health and performance
parameters in different poultry diets is discussed as well. Next in
this book, vaccines are analyzed, which have reduced the harmful
impact of pathogenic microbes on human life. A discussion about
long-chain polyunsaturated fatty acids (LC-PUFAs), such as the
omega-3 fatty acids eicosapentaenoic acid (EPA) and docosahexaenoic
acid (DHA) that provide significant health benefits is introduced.
LC-PUFAs can be recovered from many marine organisms, transgenic
plants, fungi and many microorganisms, but the largest amount is
currently extracted from fish. Finally, biological fuels like
biodiesel and bioethanol, which can be generated by efficient
utilization of the biotransforming ability of various
microorganisms such as microalgae, cyanobacteria and yeasts, are
covered in the fourth sub-theme of this volume with six engrossing
chapters. One of the chapters discusses the use of waste water for
growth of microalgae. Integration of waste water treatment with
microalgae performs nutrient incorporation to algal biomass, and
waste water remediation as additional benefit are also presented.
Thus, the dual-process system provides the potential for energy and
effective waste water treatment at lower costs compared to chemical
treatment methods.
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