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.
This is the first modern, extensive study of Late Cretaceous planktic foraminifera, a group of paramount importance for specialists in the oil industry and academia. This volume is dedicated to globotruncanids, describing 61 species with high-quality, spectacular photographs.
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.
Aimed at students, this clear and concise practical handbook is prepared in accordance with the latest syllabi. It explores the instruments and glassware handled during experiments and the calculations required to prepare chemical reagents and media.
The world is an internal model. This theory of mental evolution explains mathematics, the origin of time, and consciousness itself. It also explains the meaning of Paleolithic artifacts, the origin of language, and identifies strict limits of scientific knowledge.
Advances in Environmental Biotechnology
In a world grappling with climate change and resource scarcity, biotechnology emerges as a powerful tool. This book presents cutting-edge research from leading experts on solutions for waste management, bioenergy, and pollution, highlighting its potential for a greener future.
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.
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.
Explore aluminum nanocomposites produced by powder metallurgy for bulk and electron beam treatment for surfaces. This book covers nanoparticle roles in strengthening and microstructure, and includes structure formation simulations using MAGMASOFT®.
An Analysis of the Research on Sugarcane Yellow Leaf
For 30 years, sugarcane yellow leaf (SYL) has been known as a viral disease. After analyzing decades of confusing and contradictory research, the author argues it is a physiological syndrome. This book aims to disentangle the issue and show the truth behind the condition.
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.
This book shows how molecular biology reduces life to programs (genes) directing machinery (proteins). This approach is crucial to solving medical and agricultural problems for the future of humanity and will appeal to anyone wanting to understand “what is life?”.
Journey into the fascinating world of nanoparticles, microscopic wonders making giant strides in medicine, electronics, and environmental science. This book delves into how these tiny yet powerful particles behave differently, unlocking a future of endless possibilities.
This book, by the world’s best experts, covers the emerging field of membrane atg8ylation. Atg8ylation is to membranes what ubiquitylation is to proteins: a homeostatic process that guards and remodels them. Its downstream functions in health and disease remain to be defined.
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.
Basic Biology for Born Engineers
While the laws of physics rely on calculus, this approach fails for biology. Living things are not continuous; they are discrete and amazingly exact. This book presents a novel view of biology as the science of ‘living mosaics’, made of discrete, yet interacting, ‘tiles’.
Belonging to Earth
Global health threats reveal the deep interconnectedness of human, animal, and environmental health. This book’s fictional, evidence-based stories, rooted in true events, provide invaluable insights that will change the way we understand our place in the global ecosystem.
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.
This book studies the thermodynamic bases of protein structure and function. Moving from physical chemistry principles to current topics in biochemistry, it details protein stability, ligand interactions, and allostery in a language that is rigorous yet easy to read.
This book provides a new, interdisciplinary model of consciousness, offering a multidisciplinary bridge between the brain, mind, philosophy, self-consciousness, human identity, and free will.
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