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Fabirkiewicz Ann M.: Understanding
Organic Chemistry

Understanding Organic Chemistry

Bridging Fundamental and Advanced Courses

This completely revised and updated fourth edition of the gold-standard reference on crop protection compounds covers in four volumes the most important herbicides, fungicides, and insecticides, their mode of action, and the research that led to their use in agriculture.

4 Volume Set

Modern Crop Protection Compounds

Fundamentals of Biology 1

From Molecules to the Biochemistry of Cells

How They Established Current Practice

A History of Forensic Science in 10 Publications

Green Protocols

Ionic Liquids in Biomass Processing

Studies in Natural Products Chemistry

Natural products in the plant and animal kingdom offer a huge diversity of chemical structures that are the result of biosynthetic processes that have been modulated over the millennia through genetic effects. With the rapid developments in spectroscopic techniques and accompanying advances in high-throughput screening techniques, it has become possible to isolate and then determine the structures and biological activity of natural products rapidly, thus opening up exciting opportunities in the field of new drug development to the pharmaceutical industry. Studies in Natural Products Chemistry covers the synthesis or testing and recording of the medicinal properties of natural products, providing cutting edge accounts of the fascinating developments in the isolation, structure elucidation, synthesis, biosynthesis and pharmacology of a diverse array of bioactive natural products.

Studies in Natural Products Chemistry: Volume 88

Updated and expanded information on the properties of pharmaceutical solids and their impact on drug product performance, quality, and stability Solid-State Materials in Pharmaceutical Chemistry provides readers with a comprehensive and up-to-date resource for understanding and controlling the solid-state properties of pharmaceutical materials, enabling the development of safe and effective medicines including small molecule compounds, peptides, proteins, and nucleotides. This new edition covers the significant transformations in the landscape of pharmaceutical research, development, and manufacturing since the previous edition was published, presenting both novel challenges and unprecedented opportunities. New chapters in this edition cover physical and chemical properties of RNA therapeutics, a frontier to many life-saving medicines and vaccines including Covid vaccines, and final stage drug substance manufacturing and control, addressing challenges in API process development including impurity purging, chiral separation, final form preparation, particle size reduction, and nitrosamine control. Readers will also find other updated topics including bulk and surface properties of solids, lipid nanoparticles, applications of pharmaceutical solvates in impurity purging and final form preparation, pharmaceutical cocrystal engineering to enable chiral separation, the emerging technique of microcrystal electron diffraction in solid form characterization, poor wettability of APIs, oral delivery of peptides such as semaglutide, injectable drug-device combination products, and N-nitrosamine control in drug product. This updated and revised Second Edition still features: <ul> <li>Physical and chemical properties of solid-state pharmaceuticals such as amorphous forms, mesophases, polymorphs, hydrates/solvates, salts, co-crystals, nano-particles, and solid dispersions</li> <li>Characterization techniques for solid form identification and physical attribute analysis such as X-Ray powder diffraction, thermal analysis, microscopy, spectroscopy, solid state NMR, particle analysis, water sorption, mechanical property testing, solubility, and dissolution</li> <li>Applications of pharmaceutical chemistry and physical characterization techniques in developing and testing drug substances and drug products for small molecules and biopharmaceuticals</li> </ul> This book is an essential resource on the subject for formulation scientists, process chemists, medicinal chemists, and analytical chemists. The book will also appeal to quality control, quality assurance, and regulatory affair specialists and advanced undergraduate and graduate students in pharmaceutical chemistry, drug delivery, material science, crystal engineering, pharmaceutics, and biopharmaceutics.

Properties, Characterization, and Applications

Solid-State Materials in Pharmaceutical Chemistry

Understanding failures and disasters using case studies and simple engineering techniques Decoding Disasters provides illustrated failure case histories on a multitude of technologies and shows how engineering analysis can explain and help professionals understand them. For each case, the analysis technique is included so that the reader can adapt and apply it to their own situation. Different techniques are developed to show how the methods can be applied in various disciplines. This book guides readers to determine what likely occurred in each case with a minimum amount of data and without speculating. Each example in this book states the problem, theorizes a conceptual cause, verifies the cause by analysis (i.e. a mathematical model) and actual data, shows the use of the various engineering equations, and documents a solution. In this comprehensive guide, readers will learn about: <ul> <li>Viewing disasters not solely as a matter of emergency response, but also more holistically as social constructs between natural extremes, human populations, and the built environment</li> <li>Economic, environmental, and human impacts of disasters</li> <li>How growth calculations can evaluate the past and present and be applied to likely future events</li> <li>Disasters stemming from shortcuts in the design process to meet the demands and needs of society</li> </ul> This book is an excellent learning resource not only for practicing engineers, but also government and regulatory officials who can enact changes to prevent future repeat failures.

An Engineering Approach to Understanding Technical Failures and Natural Catastrophes

Decoding Disasters

Advanced Biotechnology

Machine Learning and Big Data-enabled Biotechnology

Ozone Gas Sensing Technologies: Innovations and Challenges serves as a comprehensive guide to ozone gas sensors, exploring their critical role in environmental preservation, industrial safety, and healthcare applications. From the fundamental principles of ozone gas detection to the latest advances in sensor technology, this book presents a comprehensive and accessible account of the field for researchers, students and industry experts. Across fifteen chapters, readers will uncover a diverse array of ozone gas sensor types, including electrochemical, semiconductor, optical, and catalytic sensors, each offering their own specific advantages and challenges. Calibration methods and precision in measurements are examined to ensure accurate and reliable ozone detection. While detailing recent advances and successes, this book also addresses challenges and limitations in ozone gas sensing, such as interference and cross-sensitivity issues, opening the door for future improvements. Emphasizing practicality, the book equips industry professionals and researchers alike with valuable insights into designing and deploying effective ozone gas monitoring systems, making it an essential resource for anyone working in the field of ozone sensing. From environmental monitoring and air quality control to industrial processes and indoor air quality, this book sheds light on a wide range of applications where ozone gas sensors can play a pivotal role. As the world moves towards smart cities and sustainable living, this book explores emerging trends and the potential of ozone gas sensing technologies in shaping a greener future and will be an excellent guide to policy makers and any researchers working in towards more sustainable technologies.

Understanding Organic Chemistry

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