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Titlebook: Bioprospecting of Microbial Resources for Agriculture, Environment and Bio-chemical Industry; Pinki Saini,Pragya Mishra Book 2024 The Edit

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期刊全称Bioprospecting of Microbial Resources for Agriculture, Environment and Bio-chemical Industry
影响因子2023Pinki Saini,Pragya Mishra
视频video
发行地址Advances knowledge of microbial production of bioenergy and high-value compounds such as pharmaceuticals.Offers solutions to challenges in mass production of microbe-derived compoundss.Presents recent
图书封面Titlebook: Bioprospecting of Microbial Resources for Agriculture, Environment and Bio-chemical Industry;  Pinki Saini,Pragya Mishra Book 2024 The Edit
影响因子.Recent years have seen a sharp rise in novel resistant pathogenic microorganisms. Bioprospecting, or the systematic identification, evaluation and exploitation of the diversity of life in a certain place, is a means of mining microorganisms for what is known as exploitable biology, or valuable genetic information. This information can then be used in the development of novel antibiotics, enzymes, food sources, and energy sources, all of which are of pressing industrial interest across agricultural, nutraceutical, pharmaceutical, biomedical and bioenergetic fields. Microbe-derived bioactive compounds are currently of significant use to the development of sustainable approaches in environmental protection efforts. However, production challenges currently pose a barrier to the large-scale commercialization of microbe-derived products. .Bioprospecting of Microbial Resources for Agriculture, Environment and Bio-Chemical Industry .is a much-needed review of the current achievements and emerging challenges facing the field of microbe-derived compound production. It covers established knowledge while also proposing solutions to various limitations,and introducing the application of microb
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Seaweeds as Potential Source of Bioactive Compounds,ajority of scientific interest. This review’s main subjects included substances such as metabolites and different kinds of seaweed and their properties. The primary focus of this chapter is given to key metabolites and properties of seaweeds.
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Adrian J. Brearley,Alexander N. Krots metals from different types of e-waste appears to be cost-effective. The development of technology to recycle or remove metals from this E-waste is therefore urgently needed. The exploration and extensive information on microorganism-based technology for the extraction of basic and precious metals from e-waste is provided in this chapter.
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Microbial-Based Recovery of Metals from E-Waste,s metals from different types of e-waste appears to be cost-effective. The development of technology to recycle or remove metals from this E-waste is therefore urgently needed. The exploration and extensive information on microorganism-based technology for the extraction of basic and precious metals from e-waste is provided in this chapter.
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Bioprospecting of Extremophiles for Industrial Enzymes,enzymes. These organisms can be either simple (prokaryotic) or complex (eukaryotic) and include microalgae, fungi, lichens, protists, animals, and plants. They manage to survive in harsh conditions like high temperatures, extreme pH levels (acidic or alkaline), high salinity, and intense pressure. T
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Bioprospecting of Microalgae Derived Commercial Significant Compounds,e environments which can also perform photosynthesis, hence referred to as photoautotrophs A recent analysis projects that the worldwide market for algal products would reach a value of more than 5.38 billion US dollars by 2025. Market value for microalgal fuels is anticipated to rise significantly.
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