Extracted from the Drug Abuse Handbook, 2nd edition, to give you just the information you need at an affordable price. Forensic Issues in Alcohol Testing offers concise and focused information specific to the interests of forensic scientists and clinical and forensic toxicologists. It analyzes the acute effects of alcoho

Everyday problems associated with the consequences of alcohol use disorders require answers, and it is for this reason Forensic Alcohol Test Evidence (FATE) was written. Forensic alcohol test evidence focuses on the evaluation, interpretation and application of the effects of alcohol or an alcohol test result to some legal issue such as a crime, accident or consequence of alcohol exposure. In FATE, many of the issues pertinent to a thorough forensic evaluation and trial testimony are discussed, but most importantly is the focus on consistent, unbiased, and comprehensive application of diverse scientific disciplines and research to questions of forensic interest. This requires evaluating behavioral, analytical, physiological, pharmacological and toxicological evidence in the puzzle; determining if the pieces go together; and reaching a conclusion to a reasonable degree of scientific certainty. The first chapter discusses what is forensic alcohol test evidence and why it is studied. Chapter 2 explores forensic alcohol evidence and what are the types of alcohol and quantitative expression of blood alcohol. Chapter 3 examines alcohol pharmacokinetics, alcohol pharmacodynamics site of alcohol action, and basic neurophysiology. Neuropharmacology of alcohol intoxication is also discussed. Chapter 4 covers laboratory and clinical-based tests of impairment. In Chapter 5, DWI high-risk behaviors and injuries are discussed. Chapter 6 defines alcohol and the law: drunk driving, visible intoxication, and aggression, while Chapter 7 covers the DWI investigation and arrest, elements of the DWI report, outside vehicle test, and obtaining blood samples. Chapters 8 and 9 describe alcohol-drug interactions and medical consequences and toxicological considerations. Chapters 10 and 11 pursue alcohol use, tolerance, dependence, and the need for standardization and estimating blood alcohol levels. The remaining two chapters cover accident reconstruction and neuropsychology. This book will be an essential tool and valuable resource for all law enforcement officers and investigators, forensic examiners and other professionals in the evaluation and interpretation of alcohol evidence in crimes and accidents.

Designed for graduate and advanced undergraduate courses, this book goes beyond the simple analysis of naming a drug or toxin, taking a mechanistic approach to their effects on the body. It provides an understanding of the mechanisms of action of drugs and toxins as well as their physiologic and pathologic consequences on the affected organ system. Case histories, photographs of gross pathology, and photomicrographs further illustrate the processes and effects of toxic substances on the body.

For even the most seasoned DUI lawyers, defending drunk driving cases has always presented special challenges. Today, mounting a successful drunk driving defense is more difficult than ever. That's why DWI attorneys rely on Drunk Driving Defense . Written by Lawrence Taylor and Steven Oberman, Drunk Driving Defense is generally considered to be the standard-bearing reference in the field. Clear explanations of key scientific and technological issues for DUI lawyers Drunk Driving Defense ensures that you Understand The chemical, biological and technological concepts and issues underlying drunk driving defense and prosecution. Rely on expert DUI lawyers Taylor and Oberman to bring you up to speed in key areas including: The key defects inherent in blood and breath analysis and testing. The correlation between blood alcohol concentration and actual impairment. The effects of stress and cold weather on alcohol absorption. How fermentation of the blood sample may raise blood alcohol levels. The effect of acetone in breath tests taken by diabetics and dieters. Possible errors in breath analysis due to RFI (radio frequency interference). The effect of trauma from an automobile accident on alcohol elimination Dozens of Practical DWI attorney tools to streamline and simplify drunk driving defense preparation Drunk Driving Defense, Sixth Edition contains dozens of practical tools to streamline and simplify the complex DUI defense process. And now, they are all included on a free bonus DWI Lawyer Resources CD-ROM so you can locate, review, and print them out in a matter of seconds, including: Dozens of quick-reference checklists to help DUI lawyers avoid critical missteps. Sample drunk driving defense motions including those to help DU I lawyers to facilitate discovery, appoint chemical experts, and suppress blood alcohol evidence. More than 150 pages of verbatim direct and DWI attorney cross testimony and statements. Sample arrest reports, instrument instructions and other forms use by police agencies. Comprehensive DWI attorney-client interview questionnaires for DUI lawyers. Detailed operator's manuals For The most current blood alcohol testing equipment: including the Intoxilyzer 8000. Try Drunk Driving Defense Risk-Free for 30 days. Your satisfaction is 100% guaranteed. If for any reason you are not completely satisfied, simply return it to us. FREE SHIPPING! Domestic Ground Shipping is Free when you pay by credit card

A unique answer to the perennial question--why do college students drink so much? Most American college campuses are home to a vibrant drinking scene where students frequently get wasted, train-wrecked, obliterated, hammered, destroyed, and decimated. The terms that university students most commonly use to describe severe alcohol intoxication share a common theme: destruction, and even after repeated embarrassing, physically unpleasant, and even violent drinking episodes, students continue to go out drinking together. In Getting Wasted, Thomas Vander Ven provides a unique answer to the perennial question of why college students drink. Vander Ven argues that college students rely on “drunk support:” contrary to most accounts of alcohol abuse as being a solitary problem of one person drinking to excess, the college drinking scene is very much a social one where students support one another through nights of drinking games, rituals and rites of passage. Drawing on over 400 student accounts, 25 intensive interviews, and one hundred hours of field research, Vander Ven sheds light on the extremely social nature of college drinking. Giving voice to college drinkers as they speak in graphic and revealing terms about the complexity of the drinking scene, Vander Ven argues that college students continue to drink heavily, even after experiencing repeated bad experiences, because of the social support that they give to one another and due to the creative ways in which they reframe and recast violent, embarrassing, and regretful drunken behaviors. Provocatively, Getting Wasted shows that college itself, closed and seemingly secure, encourages these drinking patterns and is one more example of the dark side of campus life.

Explore the brain and discover the clinical and pharmacological issues surrounding drug abuse and dependence. The authors, research scientists with years of experience in alcohol and drug studies, provide definitions, historic discoveries about the nervous system, and original, eye-catching illustrations to discuss the brain/behavior relationship, basic neuroanatomy, neurophysiology, and the mechanistic actions of mood-altering drugs. You will learn about: * how psychoactive drugs affect cognition, behavior, and emotion * the brain/behavior relationship * the specific effects of major addictive and psychoactive drug groups * new definitions and thinking about abuse and dependence * the medical and forensic consequences of drugs use Drugs, the Brain, and Behavior uses a balance of instruction, illustrations, and tables and formulas that will give you a broad, lasting introduction to this intriguing subject. Whether you're a nurse, chemical dependency counselor, psychologist, or clinician, this book will be a quick reference guide long after the first reading.

A unique book on recognition and investigation of criminal poisoning for investigators of all backgrounds and stages of their careers. Poisons: An Introduction for Forensic Investigators is a concise yet comprehensive overview of toxicants and unanticipated circumstances in which poisoning occurs. This book expands awareness of poisoning possibilities, heightens recognition of the toxic potential of many substances, and provides information to aid in focusing investigations. Poisons discusses life-threatening toxic substances and agents that modify behavior to achieve criminal goals. These include drugs that facilitate sexual assaults and robberies, and those found in medical child abuse and drug-product tampering. More than 230 case studies illustrate both unintentional and intentional poisoning and highlight situations where poisoning may not immediately be apparent. Information is included in pertinent criminal poisoning cases to illustrate the temperament of poisoners, their relationship to victims, their basis for poison selection, and their method of administration. Since Poisons is written by a single author, the discussions, format, educational level, and terminology remain consistent to aid crime scene investigators, homicide detectives, forensic scientists, death investigators, toxicologists, medical examiners, attorneys, and students. The book's more than 650 references are an asset to frame knowledge as well as a resource to return to again and again.

This is the handbook that professionals who deal with problems related to drugs and drug abuse have been waiting for. The impressive list of more than 80 contributors, each experts and leaders in their field, testifies to the importance of this outstanding new handbook. The volume contains detailed discussions of drug-related issues in criminalistics, pathology, and toxicology. Impairment testing and the pharmacokinetics of abused drugs are examined in detail, as is the field of workplace drug testing, the use of alternate testing matrices, drugs in sports, addiction medicine, and drug-related medical emergencies. The handbook focuses on the most urgent drug abuse-related problems of today An entire section is devoted to alcohol abuse, including a scientific appraisal of the most common drunk driving defenses, complete with sample calculations. Problems of postmortem toxicology are thoroughly detailed and an appendix lists key references for the most widely used analytic methods. An in-depth analysis of legal questions, including fetal rights and workplace testing Examination of the principles of addiction medicine and how doctors handle substance abuse problems A section addressing drug use by athletes, including a summary of current Olympic Committee Regulations regarding substance use and the latest information on detecting abuse of Human Growth Hormone and Erythropoietin Whether you are approaching the issue of drug abuse from a medical, psychological, toxicological, or legal perspective, the Drug Abuse Handbook is the most authoritative and complete resource available.

This issue of Clinics in Laboratory Medicine, titled Toxicology Testing, includes the following topics; Progress in Clinical Toxicology Testing, The Prescription Drug Abuse Epidemic, Substance Abuse Among Healthcare Professionals, Pain Management Drug Testing, Ethanol Biomarkers, Newly-emerging Drugs of Abuse, Synthetic Cannabinoids, Synthetic Cathenones, Immunoassay Methodology in Drugs-of-abuse Testing, Toxicology Testing in Alternative Specimen Matrices, Principles and Procedures in Postmortem Toxicology, and Pharmacogenetics and the Future of Toxicology Testing. Advances in toxicology testing are paving the way for major improvements in the way scientists evaluate health risks posed by toxic chemicals. Toxicity tests help scientists better understand how the human body carries out normal functions that are key to maintaining health. Therefore, this topic is important to the field of Laboratory Medicine.