Cannabis and Khat in Drug Discovery: The Discovery Pipeline and the Endocannabinoid System provides comprehensive coverage of two important psychoactive plants: Khat and Cannabis. Initial research has found that compounds and derivatives from Cannabis and Khat are found to have promising properties that can be used for the discovery, design and development of potential drug leads against various diseases. This book extensively discusses the drug discovery and allied sciences of these compounds in the drug discovery pipeline, including basic research and computer aided modeling in ligand-drug interactions and their interactions with the endocannabinoid system. Categorized into sections including, chemical analyses and bioassays, medicinal chemistry, chemical biology and pharmacology, clinical applications, and policy and regulations, this book covers the methods and protocols involved and will be of interest to students, researchers, policymakers and all those involved in drug discovery research. Covers the medicinal chemistry, pharmacology and biological chemistry of cannabis, khat, their constituent compounds and metabolites Presents both the adverse and the beneficial entities to health and drug discovery Includes detailed methods and protocol information to allow easy replication and application

A volume in the Emerging Issues in Analytical Chemistry series, The Analytical Chemistry of Cannabis: Quality Assessment, Assurance, and Regulation of Medicinal Marijuana and Cannabinoid Preparations provides analytical chemistry methods that address the latest issues surrounding cannabis-based products. The plethora of marketed strains of cannabis and cannabinoid-containing products, combined with the lack of industry standards and labelling requirements, adds to the general perception of poor quality control and limited product oversight. The methods described in this leading-edge volume help to support the manufacturing, labelling, and distribution of safe and consistent products with known chemical content and demonstrated performance characteristics. It treats analytical chemistry within the context of the diverse issues surrounding medicinal and recreational cannabis in a manner designed to foster understanding and rational perspective in non-scientist stakeholders as well as scientists who are concerned with bringing a necessary degree of order to a field now characterized by confusion and contradiction.

Drugs and the Future presents 13 reviews collected to present the new advances in all areas of addiction research, including knowledge gained from mapping the human genome, the improved understanding of brain pathways and functions that are stimulated by addictive drugs, experimental and clinical psychology approaches to addiction and treatment, as well as both ethical considerations and social policy. The book also includes chapters on the history of addictive substances and some personal narratives of addiction. Introduced by Sir David King, Science Advisory to the UK Government and head of the Office of Science and Technology, and Nora Volkow, director of the National Institute on Drug Abuse in the USA, the book uniquely covers the full range of disciplines which can provide insight into the future of addiction, from genetics to the humanities. Written for a scientific audience, it is also applicable to non-specialists as well. Provides an unique overview of what we know about addiction, and how scientific knowledge can and should be applied in the societal, ethical, and political context Applies the state-of-the-art research in fields such as Genomics, Neuroscience, Pharmacology, Social Policy and Ethics to addiction research Includes a preface by Sir David King, Science Advisory to the UK Government and head of the Office of Science and Technology, and in introduction by Nora Volkow, director of the National Institute on Drug Abuse in the USA

This book presents a well-balanced view of the potential medical use of cannabinoids in pain. It comprehensively covers the current challenges with medical cannabis utilization and provides recommendations for research and future directions. Organized into nine sections, the book begins with an introduction to medical cannabis, including its history, regulations, and the general attitudes of pain physicians on cannabis. Section two explores the biological effects of marijuana via the endocannabinoid system and its complex structure of receptors and enzymes. Sections three, four, and five then delve further into pharmacology and the mechanisms of action applicable to cannabinoids in managing pain. Timely and socially conscious, section six examines the benefits of substituting opioids with cannabinoids for preoperative management. Echoing the book's well-rounded content, sections seven and eight consider the challenges with medical cannabis, including safety and quality control, brain development risks, vaping hazards, and withdrawal. The book then closes with a look at the future of cannabis in medical research. Thoroughly and equitably composed, Cannabinoids and Pain is an invaluable resource for primary care physicians, pain and palliative care physicians, and oncologists.

In light of the recent emergence of Novel Psychoactive Substances (NPS) on a global scale, this book provides a timely analysis of the social and economic impact of the NPS phenomenon, and of the global policy and regulatory responses to it. It presents the first comprehensive overview of the international regulation, policy and market structure of the NPS phenomenon, offering a guide to inform legislative discussions and demonstrating from a comparative perspective the different approaches used to address the rise of NPS to date. It covers topics such as organized crime, drug markets, clinical evidence on NPS, and different regulatory approaches also in less explored settings such as prisons and sport environments. Overall, this highly informative and well-structured repository of different experiences with NPS policy, law and regulation offers an essential primary source of evidence for anyone interested in the area of drug and NPS policy, health economics and p ublic health.

For the majority of its history, the cultivation of cannabis did not stand out, at least compared to the cultivation of other illegal plants. Cannabis plantations, like coca bush or opium poppy plantations, were typically large in size, grown by local farmers in a handful of developing (producing) countries, processed and then exported to industrial (consuming) nations. While cocaine and heroin are still produced in a handful of developing countries, cannabis cultivation is increasingly universal. From Europe to the Americas and Oceania, import substitution in cannabis markets has been noticed in almost every developed country around the world, with a notable aversion for discrimination. Geographical, technological, cultural and economic factors help to explain why (indoor and outdoor) domestic cultivation is well established, and why the nature and extent of cultivation varies so dramatically across the western, developed nations. As we start the second decade of the 21st century, the new cannabis industry continues to fascinate both casual and academic observers of the drug scene. Researchers around the world have become increasingly interested in the phenomenon, aiming to describe, and potentially explain, the rapid switch from importation to domestic production in their own countries. In bringing together some of the world's leading experts on cannabis cultivation this book contains sixteen chapters that take an interdisciplinary look at global trends in cannabis cultivation. It will serve as an exemplar for wider discussions of key theories and concepts relating to the spread not just of cannabis cultivation, but also of illegal markets more generally, the actors that operate within these markets and the policies and practices that are employed in response to developments within these markets.

A Comprehensive Guide to Toxicology in Preclinical Drug Development is designed for toxicologists who need a thorough understanding of the drug development process. This multi-contributed reference will provide a detailed picture of the complex and highly interrelated activities of preclinical toxicology in both small molecules and biologics --