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 indispensable guide to fermentation technology. Written by experts, this book lucidly explains the fundamentals of industrial processes, from upstream and downstream processing to quality control. Essential for students and professionals in industrial microbiology.
This casebook addresses the intersection of business strategy with biotechnology and pharmaceuticals. It highlights recent trends and opportunities in the life sciences, featuring advancements in fields like AI and showcasing novel applications of strategic management theory.
The God Molecule
Transfer RNA (tRNA) is a molecular fossil that tells the story of the evolution of the genetic code and the origin of life. Analysis of its pre-life sequences provides clear insights into how life began and shows why tRNA is required to generate life on Earth or another planet.
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®.
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.
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.
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?”.
This book is a comprehensive guide to colloidal and supramolecular drug delivery systems, designed to conquer pharmacokinetic impediments. It covers their classification, preparation, characterization, and the regulatory strategies required to launch them in the market.
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.
This book addresses the limits of cancer diagnosis with new imaging and non-imaging methods. It unveils radio tomosynthesis for breast and brain anomalies and Fourier-transform infrared spectroscopy (FTIR) for a range of cancers, all augmented by machine learning algorithms.
This unique study shows how species have always exchanged genetic information. Describing the consequences of interspecies hybridization at both morphological and molecular levels, it is a vital resource for biologists, breeders, and researchers in agriculture and genomics.
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.
Glow Discharge Polymerization
This book describes the local mechanisms of polymer synthesis in the main zones of glow discharge. These zonal mechanisms are so different that polymerization rates can differ by hundreds of times, creating polymer films with unique structures and signs of radiation damage.
This book explains the fundamental processes of evolutionary genetics, such as mutation, natural selection, and speciation. It provides an up-to-date overview of the field, discussing the theories of Darwin and Mendel, adaptation, and the origin of new genes.
The Genome of an Organism
This book explains the fundamental processes of evolutionary genetics, such as mutation, natural selection, and speciation. It provides an up-to-date overview of the field, discussing the theories of Darwin and Mendel, adaptation, and the origin of new genes.
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.
Evolution is the mesh that connects every biological phenomenon. This book highlights how evolutionary science provides practical applications and tools to deal with current problems concerning humanity, such as disease, food production, and environmental destruction.
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.
This book describes the biogenic and green synthesis of gold, palladium and platinum nanoparticles. The biological synthesis of metal nanoparticles is a strategy employed to protect against toxic effects, explaining their properties and synthesis mechanisms.
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