Burhan Hamid - Böcker
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2 produkter
2 produkter
- Nyhet
1 641 kr
Kommande
Proteomics Driven Bioremediation: Strategies for Sustainable Environment explores the innovative use of microbial proteomics to address environmental health and agricultural sustainability. This comprehensive volume provides detailed insights into how proteomic techniques can be applied to remediate various environmental pollutants, offering eco-friendly solutions for managing contaminated sites. The book covers a wide range of topics, including the role of proteomics in studying the microbiome of polluted environments, recent developments in the bioremediation of pesticides and petroleum products, and the application of proteomics in managing heavy metals, dyes, and pharmaceutical wastes. It also examines integrative omics approaches, combining proteomics with metabolomics and genomics, to enhance bioremediation strategies. With a strong focus on practical implementation, the book highlights recent research data, updated figures, and case studies that demonstrate the effectiveness of proteomic tools in decontaminating polluted sites. It addresses the educational needs of undergraduate and postgraduate students, research scholars, teachers, and scientists working in the fields of omics, microbiology, biotechnology, bioengineering, environmental sciences, and pollution studies. This book is an essential resource for environmentalists, microbiologists, biotechnologists, agriculturists, and bioengineers. It provides valuable information on the eco-friendly management of environmental pollutants through emerging microbial proteomic strategies, making it a crucial reference for those involved in environmental microbiology, bioremediation, molecular biology, and sustainability.Provides comprehensive information on the role of proteomics in improving environmental health and agricultural sustainabilityHighlights recent research data and updated figures on the remediation of different environmental pollutants using emerging microbial proteomic strategiesExplores multidisciplinary approaches and proteomic tools applied in the decontamination of polluted sites, including their utility in health care
- Nyhet
Psychrophilic Microbiome
Diversity, Adaptation Strategies, and Biotechnological Potential
Inbunden, Engelska, 2026
1 532 kr
Kommande
Microorganisms form the very foundation of life on Earth. Without them, other living beings could not have existed or evolved. These tiny but powerful forms of life are found everywhere. They thrive in conditions where most other organisms cannot survive.This book explores one fascinating group of such microorganisms known as extremophiles—organisms that flourish in extreme environments. Among them are the psychrophiles, or cold-loving microbes, which can live and function in freezing conditions. Their remarkable ability to survive in such cold environments has opened new doors for scientific discovery and innovation. Psychrophiles produce special cold-active enzymes called psychrozymes, which remain efficient even at very low temperatures. These enzymes have exciting applications in biotechnology, environmental cleanup, and sustainable waste management.Through this book, readers will gain a deeper understanding of the psychrophilic microbiome—its diversity, how it adapts to the cold, and how its unique properties can be harnessed for human benefit. It presents clear explanations, authentic data, and the latest research on how these extraordinary microorganisms turn freezing temperatures into opportunities for life and innovation. It covers issues such as cold adaptation by cryophiles and adaptation strategies of cryophiles with authentic data. Key Features:Provides in-depth information on cold-habitats and diversity of psychrophiles.Offers new insight into molecular adaptation of psychrophiles in different cold environs.Provides significant information on biotechnological capabilities of psychrophiles and psychrozymes.Discusses utilization of psychrophiles for remediation of emerging environmental pollutants.Unfolds commercialization potential of psychrophilic microbiome.