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Ashrafuzzaman Mohammad: Biophysics of
Life

Biophysics of Life

Origin and Evolution

Polyphenol Nutraceuticals and Healthcare

Advances in Quantum Chemistry

Hungarian Quantum Chemistry: Part A - Early and Recent History: Volume 93

Industrial and Environmental Microbiology

Impacts, Detection and its Remediation

Xenobiotics in Environment

Implications for Health and Disease

Recent Advances in Bioelectromagnetism and Subtle Energies

Structural Biology of Amyloid Fibrils is a comprehensive reference on the structure of protein aggregates in different neurodegenerative diseases and their molecular bases. Chapters describe these structures in detail, highlighting their similarities and differences across different disease states, alongside an unprecedented overview of current developments and new hypotheses emerging in amyloid fibril structure, stability and mechanisms of formation. This volume also discusses how amyloid structure may affect the ability of fibrils to spread to different sites in a prion-like manner, as well as their role in disease. Featuring chapters on NMR, X-ray crystallography, and Cryo-EM methods, and discussing the structure of amyloid fibrils obtained directly from patients, the book allows readers to understand how polymorphism is associated with disease phenotype and how fibril structure affects and influences the cellular environment. Understanding the molecular architecture of amyloid fibrils and oligomers will be an important step towards developing therapeutic interventions based on targeting the fibrils and oligomers themselves, or the processes that generate them.

Structural Biology of Amyloid Fibrils

Progress in Biochemistry and Biotechnology

Applied Enzyme Technology: Environmental Sustainability, Waste to Wealth, and Circular Economy explores the intersection of biochemistry and sustainable development through the lens of enzyme technology. This book begins with an introduction to the fundamentals of enzymes and their applied technologies, setting the stage for a deeper exploration into their crucial roles across various sectors. Structured around the core principles of biochemistry, the chapters unfold the essential role of enzymes in catalyzing processes that support environmental sustainability, the conversion of waste materials into valuable assets, and the principles underpinning circular economies. Through biochemically focused case studies, readers are presented with pragmatic insights into enzyme applications that demonstrate significant environmental benefits without stepping into the broader realms of public health or environmental science. Designed to serve as an indispensable resource for biochemists, researchers, and industry professionals, this book emphasizes enzyme technology's biochemistry-driven applications. It aims to enrich the reader's understanding of how enzyme technology can be harnessed within specific biochemical parameters to address some of today's most pressing environmental challenges. Furthermore, while acknowledging the interdisciplinary nature of enzyme technology, this book encourages a collaborative approach rooted in biochemical expertise. It offers a forward-looking perspective on the biochemical innovations that drive the future of sustainable industrial practices, ensuring that the narrative remains focused on biochemical solutions and their direct implications. "Applied Enzyme Technology: Environmental Sustainability, Waste to Wealth, and Circular Economy" is a critical guide for those dedicated to exploring biochemical strategies for sustainability. It provides a focused exploration of enzyme technology's potential to revolutionize environmental sustainability, guided by the principles of biochemistry.

Enzyme Technology for Environmental Sustainability, Waste to Wealth, and Circular Economy

A Practical Introduction

Membrane Protein Bioinformatics

This book provides undergraduate life science students taking a general physics class with physics that is directly relevant to the life sciences. It develops the basic concepts of physics in a manner that they can be directly used to explain the 'engineering' of living organisms, from the operation of the skeleton to the interaction between DNA and proteins. Topics such as the physics of statics, elasticity, fluids, and physical chemistry that are rich in life-science applications are emphasized. A clear understanding of this material should provide students with a solid foundation for future biochemistry, molecular biology, and physiology students. It should prepare life science students for tests, such as the MCAT exam.

Physics In The Life Sciences: Physics For Life Science Students

Impact of Stressors of Emerging Concern

Aquatic Food Webs in the Anthropocene

Fundamentals of Biology 1

From Molecules to the Biochemistry of Cells

Foundations of Biochemistry and Biophysics

This textbook covers the physical properties of nucleic acid underlying the biological functions of DNA and RNA. It looks at the variety of nucleic acid structures observed in nature, thermodynamic and energetic principles that govern the formation and behavior of those structures, and the ways proteins recognize and manipulate nucleic acids. It

This textbook covers the physical properties of nucleic acid underlying the biological functions of DNA and RNA. It looks at the variety of nucleic acid structures observed in nature, thermodynamic and energetic principles that govern the formation and behavior of those structures, and the ways proteins recognize and manipulate nucleic acids. It

Physical Principles in Nucleic Acid Chemistry

Biophysics of Life

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