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.
The Mekong Delta’s economically significant fish species are threatened by fragmented research, hindering conservation. This monograph offers a solution: the culmination of a decade of research providing a holistic understanding of their genetics, ecology, and survival.
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.
Six chemical elements make up 98% of the human body, but what remains is equally important. This book is about the other elements that are vitally important for some animals and plants, as well as a few that are deadly or used as protection by others.
The Determination of a Lifespan
Human lifespan differs by as much as 30 years across the world due to factors like meals, disease, and genes. This book clarifies these factors and suggests how to live longer. It also surveys animals and plants living for 10,000 years or longer.
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.
Blindsight, Traumatic Brain Injuries, and the Brain
Advances in neuroscience are revolutionizing society. This book provides insight into the wonders of sensory experience, traumatic brain injuries, and diseases like Alzheimer’s, exploring the field from individual cells to the majestic organ now contemplating itself.
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.
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.
From spotted dogs to mosaic irises, genetic mosaics are all around us—in fact, we are all mosaics. But little is known about the genetic bases of their origin. This book overviews the mechanisms behind mosaicism, with examples illustrating their impact on our lives.
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.
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.
The biological role of heterochromatin, our non-coding DNA, is a mystery. This study of Q-heterochromatin variability in humans reveals that differences are related to environmental factors, not race, and that our ability to adapt to extreme conditions depends on its amount.
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.
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.
Eco-neurobiology investigates how environmental factors impact the brain. This book covers recent findings on how non-genetic factors—the food we eat, stress, and traumatic events—influence our minds, from everyday function to the development of disorders.
In 1830, John Williams wrote this pioneering study of the plants, animals, and agriculture of Llanrwst, north Wales. This new edition is reproduced verbatim but augmented by a biography of the author, a gazetteer of localities, and eight full-page colour plates.
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.
Evolution and I discusses and sheds light on human knowledge and evolution from a range of perspectives including morals and ethics, sex and gender, religion, artificial intelligence, and microorganisms, with often surprising conclusions illuminating who we are as humans.
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’.
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