The Analysis Of Controlled Substances

Presenting new developments in sampling and drug profiling, this book also provides practical information on how to carry out analysis, what the results mean and how they can be used as court evidence and for drugs intelligence purposes. * Includes case-studies with full data and spectra, helping readers to identify substances * Accessibly organized by class of compound * Contains an up-to-date list of the newest drugs

Provides a self-teaching reference text for forensic chemistry laboratories and law enforcement agencies world-wide. The text includes sections on the importance of physical examinations of drugs and their wrappings; and the use of gas and high-performance chromatography.

The Handbook of Forensic Drug Analysis is a comprehensive chemical and analytic reference for the forensic analysis of illicit drugs. With chapters written by leading researchers in the field, the book provides in-depth, up-to-date methods and results of forensic drug analyses. This Handbook discusses various forms of the drug as well as the origin and nature of samples. It explains how to perform various tests, the use of best practices, and the analysis of results. Numerous forensic and chemical analytic techniques are covered including immunoassay, gas chromatography, and mass spectrometry. Topics range from the use of immunoassay technologies for drugs-of-abuse testing, to methods of forensic analysis for cannabis, hallucinogens, cocaine, opioids, and amphetamine. The book also looks at synthetic methods and law enforcement concerns regarding the manufacture of illicit drugs, with an emphasis on clandestine methamphetamine production. This Handbook should serve as a widely used reference for forensic scientists, toxicologists, pharmacologists, drug companies, and professionals working in toxicology testing labs, libraries, and poison control centers. It may also be used by chemists, physicians and those in legal and regulatory professions, and students of graduate courses in forensic science. Contributed to by leading scientists from around the world The only analysis book dedicated to illicit drugs of abuse Comprehensive coverage of sampling methods and various forms of analysis

Examines the chromatographic and nonchromatographic methods available to identify, measure, and screen for nonmedical drug use, highlighting the latest technologies in immunochemical analysis, biosensors, thinlayer gas chromatography, high-performance liquid chromatography, and capillary electrophoresis. A comprehensive alphabetic listing of over 400 controlled-use drugs is provided.

Aimed at undergraduate and postgraduate taught programmes, the book includes methods for drug analysis and comparison using physical, biologically based, comparative and numerical techniques.

With the rapid spread of drug use and abuse in this country over the last decade, events relating to drugs have become increasingly prominent in the court of law as well as in society in general. It is anticipated that throughout the 1980s this problem will continue to be one of the major social problems in the United States. With the complexity of the Federal and state laws and their interrelationships, and with the increasing demand for the expert chemist or toxicologist, or both, in the courtroom, more education for these people relating to drugs must be implemented. The prosecuting and defense attorneys are also in need of accurate toxicological information to adequately handle cases in which drugs playa role. This book is intended to be a practical as well as an educational book-a resource tool for the active forensic chemist, as well as for the student. It is with the forensic chemist in mind that the material on controlled substances and substances found in cases of drug abuse has been arranged in a systematic order for quick and easy reference. This section includes synonyms, pharma ceutical preparations, biochemistry and/or pharmacognosy, toxicology and/or pharmacology, and how the substance is controlled under Federal law. Under the concept of scientific consideration as compared with the Federal law, this book enables one to deal with some of the major conflicts in the American legal system concerning scientific evidence and how it is presented in a court of law.

Revised and updated edition that analyses how the Office of National Drug Control Policy employs statistics to misleadingly claim the War on Drugs is a success. First published in 2007, Lies, Damned Lies, and Drug War Statistics critically analyzed claims made by the Office of National Drug Control Policy (ONDCP), the White House agency of accountability in the nation’s drug war since 1989, as found in the six editions of the annual National Drug Control Strategy between 2000 and 2005. In this revised and updated second edition of their critically acclaimed work, Matthew B. Robinson and Renee G. Scherlen examine seven more recent editions (2006–2012) to once again determine if ONDCP accurately and honestly presents information or intentionally distorts evidence to justify continuing the drug war. They uncover the many ways in which ONDCP manipulates statistics and visually presents that information to the public. Their analysis demonstrates a drug war that consistently fails to reduce drug use, drug fatalities, or illnesses associated with drug use; fails to provide treatment for drug-dependent users; and drives up the prices of drugs. They conclude with policy recommendations for reforming ONDCP’s use of statistics, as well as how the nation fights the war on drugs. Praise for the First Edition “Lies, Damned Lies, and Drug War Statistics is surprisingly easy to read, and Robinson and Scherlen have done a huge favor not only to critics of current drug policy by compiling this damning critique of ONDCP claims, but also to anyone interested in how data is compiled, presented, and misused by bureaucrats attempting to guard their domains. It should be required reading for members of Congress.” — Drug War Chronicle Book Review “The authors have performed a valuable service to our democracy with their meticulous analysis of the White House ONDCP public statements and reports. They have pulled the sheet off what appears to be an official policy of deception using clever and sometimes clumsy attempts at statistical manipulation. This document, at last, gives us a map of the truth.” — Mike Gray, author of Drug Crazy: How We Got into This Mess and How We Can Get Out “Robinson and Scherlen make a valuable contribution to documenting how ONDCP fails to live up to basic standards of accountability and consistency.” — Ethan Nadelmann, Executive Director, Drug Policy Alliance

Forensic chemists and toxicologists work with drugs and poisons, but they each start with different evidence. Forensic chemists working in a crime lab must determine if the physical evidence they receive is an illegal substance such as marijuana or cocaine. They are also responsible for samples—including fire debris, soil, paint, glass, explosives, and fibers—obtained from suspected arson crimes. Toxicologists, on the other hand, work with biological evidence such as blood, saliva, urine, and feces, using analytical chemistry to identify chemical traces and unmetabolized drugs. They often work in labs associated with a medical examiner’s office or a hospital. Drugs, Poisons, and Chemistry, Revised Edition touches on all aspects of forensic chemistry, including how it developed and what it includes today. This useful eBook covers a short history of forensic chemistry, detailing the story of arsenic and those who developed effective tests to detect it. Delving into the tools and techniques used by forensic chemists—ranging from such familiar tools as the microscope to slightly more obscure tools as the use of antibodies to detect toxins—this comprehensive resource provides a thorough examination of these three main areas of forensic chemistry. Chapters include: History and Pioneers Scientific Principles, Instrumentation, and Equipment Toxicology: Drugs and Poisons in the Body Forensic Drug Analysis Conclusions: The Future of Drugs, Poisons, and Chemistry.