Naturalizing History
A new evolutionary framework for understanding our past. This book offers a radical approach to history and political theory, revealing fresh insights into the scientific revolution, revolutionary ideology, and the rise of constitutional government.
Bacteriophages are powerful tools in genetic medicine. This book explores their use to create targeted gene delivery systems, vaccines, and immunotherapeutics, highlighting phage-based platforms as cost-effective, scalable alternatives to traditional viral vectors.
Studying the Mosquito
Featuring chapters by eminent researchers, this book explores novel mosquito control methods. It provides valuable insights into recent interdisciplinary concepts, from AI and ML to immunology, making it an asset for researchers, biologists, and medical personnel.
High blood pressure, the “silent killer,” is a leading preventable cause of heart attack, stroke, and kidney disease. This guide offers health professionals a clear path to tackling this silent epidemic through advances in diagnosis, risk management, and patient-centered care.
Plants and Microorganisms
Explore modern achievements in plant and microbial biotechnologies and their interplay. This collection shows how research shapes industrial fields like agriculture, medicine, and food production, making it an essential resource for researchers, practitioners, and students.
The Impact of Genomic Variations on Human Health
Genomics is changing how we understand, predict, and treat disease. This book explores how advances in sequencing, data science, and AI are creating personalized medicine, while looking at the crucial problems of equity, ethics, and access.
This book examines the molecular underpinnings and clinical implications of epigenetics in cancer. It explores epigenetic therapeutics that target the alterations driving cancer’s onset and spread, covering the latest developments, biomarkers for diagnosis, and future prospects.
An Encyclopedia of the Applications of Nanotechnology
A groundbreaking guide to sustainable agriculture using nanomaterials from bio-wastes. Blending theory with practical protocols, it offers eco-friendly and economically viable solutions for modern farming challenges. Essential for students and researchers.
Chemistry for a Better Tomorrow
Chemistry is the unseen architect of progress, turning elements into life-saving medicines, sustainable materials, and clean energy solutions. This book highlights breakthroughs that convert obstacles into opportunities, engineering a brighter tomorrow—one molecule at a time.
The Galápagos for University Students
An essential field guide for students and instructors. Explore the Galápagos through thought-provoking questions on Darwin, conservation, and climate change, complete with discussion prompts and projects for on-site observation.
This validated finite element (FE) human head model predicts traumatic brain injuries (TBI) in vehicle collisions. With improved biofidelity, the model predicts injury types and severity, helping to better understand injury mechanisms and develop advanced restraint systems.
Explore the revolutionary role of nanotechnology in transforming modern medicine. This book focuses on how nanotechnologies enhance early disease detection, precision diagnostics, and personalized treatment, offering a forward-looking roadmap for reshaping healthcare.
The Physics of Living Systems
Cells are smart. The penalty for failure is death. Constrained by the Laws of Physics, they turn what could be a molecular cacophony into a symphony without a conductor. Understanding this beautiful and awe-inspiring process is the goal of this book.
Exploring Nanostatistics
Explore Nanostatistics, where data science, nanotechnology, and machine learning converge. This guide uses advanced statistical models and AI to address real-world challenges in sustainability, healthcare, and technology, equipping you to shape the future at the nanoscale.
Beyond Sustainable Materials
Global experts explore cutting-edge advancements in nanofabrication and biopolymers for sustainable innovation. This book covers energy and biomedical applications, showing how materials science can address global challenges and align with sustainability goals.
Pleotropic Phytochemicals
This book addresses challenges in the clinical use of plant-derived bioactives, presenting advanced drug delivery systems using micro- and nanotechnologies to enhance therapeutic efficacy, reduce side effects, and improve patient outcomes.
Pleiotropic Phytochemicals
This book addresses challenges in the clinical use of plant-derived bioactives, presenting advanced drug delivery systems using micro- and nanotechnologies to enhance therapeutic efficacy, reduce side effects, and improve patient outcomes.
This book provides a comprehensive understanding of nanozyme catalysis mechanisms and their applications. As stable, low-cost, and reusable alternatives to natural enzymes, nanozymes are used in food and biological analysis, sensing, and more. An ideal choice for readers.
Nanotechnology is reshaping biomedical innovation and environmental sustainability. This book explores practical applications that tackle global issues, from tailored medicine and next-generation diagnostics to nanomaterials that fight pollution and create sustainable energy.
Sap Beetles of Northeast India
This book details the Nitidulidae fauna of Northeast India, a biodiversity hotspot. A taxonomic monograph, it serves as a resource for students and professional entomologists, providing keys, illustrations, descriptions, distribution maps, and life history data for all species.
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