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

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Biofilm Linked Microbial Prospecting of Bioremediation,o the enduring nature and toxicity of these metal ions. Bioremediation, particularly through microbial processes such as microbial biofilms, has emerged as a prominent and sustainable approach for mitigating heavy metal pollution. This method is favored for its perceived safety, effectiveness, and p

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Microbial-Based Recovery of Metals from E-Waste,cal and electronic equipment, our insatiable thirst for the newest gadgets, and the rapid advancements in technology have led to the production of enormous amounts of e-waste on a global scale. This trash includes valuable and environmentally hazardous materials. The presence of heavy metals in e-wa

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Assessing Technical and Commercial Aspects of Soil Microbiome and Microbial Enzymes in Formation ofbiotic relationship with plants, the soil microbiome is crucial for biological nitrogen fixation, promoting plant development, and fostering disease or insect resistance. Microbes and legume-producing plants have a unique symbiotic relationship, and the microbes are essential to the fixation of atmo

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Microbial Biosensors: Design, Types and Applications,itative analytical data matching the target concentration. By leveraging the high specificity and intimate interaction between biological molecules and the target substances, numerous studies have been conducted to develop biosensors with better accuracy and sensitivity. These sensors recognize subs

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Revolution in Microbial Bioprospecting via the Development of Omics-Based Technologies,crobial resource exploration. Omics approaches, encompassing genomics, metagenomics, transcriptomics, proteomics, and metabolomics, have revolutionized our ability to unravel the genetic and functional diversity of microorganisms. These technologies enable comprehensive analyses of microbial communi

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Microbial Nanowires: Future of Bioenergy Applications,es facilitate the transfer of electrons between the bacteria and other cells or electrode surfaces, allowing for the generation of electrical current. The production of microbial nanowires is thought to involve specialized protein machinery that assembles the filaments and incorporates redox-active

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