This volume on interdisciplinary life sciences is for researchers across various scientific fields and anyone interested in the topic. It integrates disciplines to solve complex problems and is lavishly illustrated with flow charts, diagrams, and tables for easy learning.
Healing and Saving Technology
Physician, priest, and philosopher Rev Joseph Tham explores the ethical frontiers of medicine, technology, and faith. This anthology presents a rich tapestry of insights, bridging traditional Catholic teachings with contemporary debates on suffering, dignity, and human identity.
How Life Emerges from Inanimate Matter
This book describes how life emerges from inanimate matter. It analyzes this transition as it occurs in space, from simple particles to individuals; in time, through biological evolution; and in embryonic development, offering a unique, multi-disciplinary analysis of all three.
How Organic Pollutants Poison Our Health
Many of the infinite number of organic pollutants that poison our environment are derived from organic-based precursors and can dissolve into a folded protein. This work explains how proteins are made, folded, and function, and discusses the ways in which pollutants affect them.
Integrated Gas Sensing and Biomarker Detection
At the forefront of innovation, this book offers a deep dive into gas sensing technology, with a unique emphasis on integrating machine learning to enhance sensor performance. A multidisciplinary guide bridging chemistry, electronics, and AI for researchers and engineers.
Japanese Food for Health and Longevity
This book presents the scientific basis for why Japanese food is a source of health and longevity. It details how to produce traditional foods, the healthy substances they contain, and highlights the cultural aspects of these national dishes.
Jawless Fishes of the World
The first book to focus exclusively on various aspects of jawless fish species throughout the world, this volume provides an overview of a variety of related topics, including their taxonomy, zoogeography, phylogeny, molecular biology, evolution, and role in the ecosystem.
Kin Recognition in Protists and Other Microbes
This is the first volume on the genetics, evolution, and behavior of kin recognition in microbes. It covers how cells recognize kin and clones, the role of kinship in disease, and what microbial cooperation and cheating reveal about the origins of multicellularity.
Long Non-Coding RNA
Once dismissed as genomic “noise,” Long non-coding RNAs (LncRNAs) are now known to regulate genes and are involved in diverse diseases like cancer. As their mechanisms are still ambiguous, this book provides a comprehensive account of lncRNA research.
Measuring the Evolution Controversy
Why do so many people reject evolution? The authors postulate the “incompatibility hypothesis”: a fundamental conflict between scientific rationalism and supernatural belief. They test this by examining how education and religiosity impact evolution’s acceptance.
Molecular Strategies of Creatures to Survive in Acidic Environments
From bacteria to human cancer cells, organisms must survive in an “acidic world.” This book summarizes current research into the molecular mechanisms that allow life to thrive in acidic environments, opening up a new way of understanding life itself.
Nanotechnology Applications in Medicinal Plants and their Bionanocomposites
This first-of-its-kind book focuses on advances in nanomaterials and bionanocomposites for applications in medicinal plants and Ayurveda. Based on interdisciplinary research from experts, it provides knowledge for developing a sustainable form of Ayurveda.
This book explores recent advances in the decontamination of toxins in foodstuffs using probiotics. The authors provide insights into food detoxification, address critical challenges in applying these strategies, and offer content of value to the food and beverage industries.
Pharmaco-Biotechnology and Nanotechnology
This volume on pharmaceutical biotechnology covers nano-biotechnology for cancer detection, biosensors, pharmacogenetics, and nutrigenetics. It deciphers the interplay between diet, drugs, and genetics for improving human health. For students, researchers, and professionals.
Principles of Human Locomotion
What separates the living from the inanimate? This book seeks answers in the biology of human locomotion, exploring how our adaptations to physical exercise reveal the fundamental principles of life itself. A thought-provoking analysis for any curious mind.
This book details nonlinear impulse processes in semiconductors. Discover the synchro-photon effect: when a semiconductor element is switched on by an electric pulse and synchronously illuminated by photons, its switching speed increases by an order of magnitude.
Recent Developments in Plant Biotechnology
This volume explores advances in plant biotechnology, focusing on the use of lipids and proteins from plant tissues in industrial applications. The book discusses an emerging field of research and will appeal to readers in medical, biochemical, and biotechnological disciplines.
To meet challenges in health, agriculture, and industry, knowledge of genetic engineering is indispensable. This volume coherently presents comprehensive information from recent studies on its principles and applications for students and researchers in the biological sciences.
Revolutionizing Wound Management
This book explores advanced nanogels from tobacco stem for wound healing. With potent antimicrobial and antioxidant activities, these nano-formulations promote blood vessel formation and early wound contraction, emerging as powerful agents for enhanced healing and recovery.
Spatial Features of Ignition and Combustion
Discover new experimental and theoretical results on combustion, fire safety, and flame propagation. This book explores modern data analysis and advanced visualization of fast combustion processes, making it an essential resource for advanced students and scientists.