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The variety of viewpoints expressed in this book illustrate the many contro versies surrounding MDMA [1]. On the one hand, the proponents ofMDMA use believe this agent offers a unique psychoactive effect that may have important clinical applications, especially in the field of psychotherapy. On the other hand, the scientific data concerning the neurotoxic effects of the drug are unequivocal. The most striking feature of the human information of MDMA is the paucity of data that has been generated on the drug since it was patented in 1914. As pointed out by Beck (Chapter 6) and others, a clear need exists for better epidemiological and clinical data on MDMA. In the absence of such data, arguments both for and against the cotinued use ofMDMA with humans will be difficult to support. Unfortunately, the currently available data must be used to develop rational policies for potential human users of MDMA. At the present time, there are no data indicating that recreational doses of MDMA permanently damage the human brain. Nonetheless, based on a review of the contents of this book as well as on informal discussions with approximately 200 recreational users of MDMA, the following personal observations suggest that MDMA is radically different from other recreational drugs.
Ecstasy is an extremely popular drug among youth, it is extremely is easy to get, and it is not complicated to make. Ecstasy use and the manufacture of it are illegal, but there are a couple of good reasons to synthesize your own MDMA or MDA. The use of ecstasy, specifically in high quantities, can lead to neurotoxicity and memory deficits. Most ecstasy users are polydrug users, so the drug is not typically abused. This book discusses the physiological effects of the drug, how the demographics of the drug's use have changed, and how to produce ecstasy. Despite being made illegal in the 1970s by most Western governments, ecstasy still remains an extremely popular drug today, and it is currently be used in laboratory settings with other psychoactive drugs in conjunction with cognitive therapy to treat individuals suffering from PTSD.
Cohen, a researcher whose work on MDMA has been published in several scholarly journals, gives a balanced and impartial view of the drug's past and present history, covering the structural significance, legal controversy, and adverse reactions surrounding it. Accessible to general readers and partiers as well as researchers, educators, and medical professionals. Paper edition (unseen), $19.95. Annotation copyrighted by Book News, Inc., Portland, OR
The history of ecstasy, its discovery and use and social implications.
Presents the history, physical properties and physiological effects of the drug Ecstasy, trends and attitudes about Ecstasy among teens, information about prevention and more.
The authors have produced the first "on the ground" study (not just clinical or chemical) of MDMA (3, 4-methylenedioxymethamphetamine), or "ecstasy" as it is frequently designated. A psychoactive substance related to both the amphetamines and mescaline, MDMA has become popular in recent years as one of the new "designer" drugs. First used in therapeutic treatment, its recreational or street use has increased in recent years. The authors track the efforts (with psychiatrists and researchers in opposition) of the DEA to ban the drug.
Finally - a book that covers all aspects of the illicit use of cocaine, amphetamines, ecstasy and/or designer drugs such as GHB, written by two experts in their field. The use of these drugs remains a continuous threat in health and medical care delivery, and this book will be an essential asset to the physician who may have to face the evaluation of patients whose use of these drugs compromises an effective treatment plan for other health issues. The book has been conceived to fill the void in existing physician reference materials, and provides a comprehensive review of the theoretical knowledge and scope of pharmacotherapy in individuals who are hooked on a psychoactive substance. While detailed scientific information is obtainable in other major articles, the book's straightforward format and style, along with its illustrations, will make for easy reading as emphasis is put on information specifically related to drugs that occur most abused in today’s society. The information provided is based on clinical practice rather than pure experimental data, which will give the physician more effective tools useful in their daily practice. Many mechanisms of action of abuse are described in detail and references are provided to direct the reader to further sources for additional information. As a special feature, the book incorporates uncluttered tables and charts, which result in immediate clarification of the mode of action on the central nervous system and the reason for misuse, thus avoiding usual long and fatiguing text in common reference books. The book aims to give the reader a clear and concise plan on what to do when being faced with an overdose situation. A well-organized Table of Contents rapidly leads the reader from general pharmacological issues to the specific overdose syndrome and its management. Additionally, significant emphasis is placed on the practical do's and don’ts for physicians, with special reference to the predictive signs of aberrant drug-related behavior and the identification of the drug diverter by using urine drug screening.
As recent statistics show, more than 100 million people on the planet have used MDMA. After cannabis, it is the second most used drug worldwide. Yet there are many misconceptions surrounding the drug, which have affected attempts to use it as a legitimate and highly effective therapeutic aid. Despite the enormous extent of its use, and abuse, MDMA produced neither a large number of medical complications nor social harm on a larger scale, and has very limited addictive potential. In The History of MDMA, Torsten Passie aims to explore a deeper and more differentiated understanding of MDMA and its history. He has conducted personal interviews with most of the people significant in the history of MDMA and provides a lot of new material to present the first comprehensive overview of the history of MDMA in Europe and the U.S. This not just as it is perceived in the public mind, but also in terms of its history as an underground drug, the research into it, political responses to it, its spread, and its medical use. Passie brings these multiple narratives and levels of its history and their complex interactions together in order to make this book an essential reading for anyone interested in the topic.
Seminar paper from the year 2009 in the subject Psychology - Biological Psychology, grade: A (100%), New College Durham (Duke University, Department of Psychology and Neuroscience), course: Behavior and Neurochemistry, language: English, abstract: It is the aim of this paper to review and integrate relevant empirical findings and theoretical discussions concerning the molecular and cellular mechanisms and effects of MDMA-induced 5-HT neurotoxicity in laboratory animals. 3,4-methylenedioxymethamphetamine (MDMA) is a derivative of the synthetic psychostimulant methamphetamine (METH). It also shares some structural and pharmacological properties of mescaline, a naturally occurring psychedelic hallucinogen. At the molecular level, all three substances resemble the monoamine neurotransmitters epinephrine (E) and dopamine (DA). They mimic the neurophysiological actions and effects of E and DA, as well as serotonin (5-HT). METH and MDMA do so by binding to, and reversal of monoamine-specific transporter proteins at the presynaptic plasma membrane. While the psychological effects of METH are mainly due its action as a DA release agent and reuptake inhibitor, MDMA primarily affects the serotonergic system. It has a high affinity for the serotonin-specific transporter (SERT), which carries it into the presynaptic neuron. Inside the cell, MDMA inhibits the vesicular monoamine transporter type 2 (VMAT2), pre-venting intracellular 5-HT from being stored in synaptic vesicles. In addition, MDMA phos-phorylates SERT, which causes a reversal of its reuptake function and, hence, non-exocytotic efflux of 5-HT by the means of passive diffusion. Because neurotransmitter release normally only occurs in case of an action potential, and the released transmitter is partly reabsorbed and recycled, the reverse functioning of SERT depletes 5-HT stores. The equivalent effect of METH via reversal of the DA transporter (DAT) has been linked to its neurotoxic properties (Yamamoto & Zhu, 1998).