Ketamine: Use and Abuse, 1st Edition (Hardback) book cover

Ketamine

Use and Abuse, 1st Edition

Edited by David T. Yew

CRC Press

415 pages | 40 B/W Illus.

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pub: 2015-03-16
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Description

Increasing use of ketamine as a recreational drug in Asia, Europe, and America is a great burden on society at large, leading to aspirational strain, unemployment, and crime. These societal effects have led to growing interest among researchers and clinicians in ketamine’s effects on various systems of the body. Ketamine: Use and Abuse reviews the acute and chronic effects of ketamine on both adult and developing animals and humans.

Providing an exhaustive review of the literature, the book is supplemented by the introduction of new data and research. Topics include:

  • The pharmacological properties of ketamine
  • The impact of ketamine on various organ systems, including the central nervous system and the gastrointestinal, respiratory, adrenal, and renal systems
  • Developmental neurotoxicity in the developing brain
  • Postmortem toxicology
  • The epidemiology of misuse and patterns of acute and chronic toxicity
  • The psychosocial aspects of ketamine addiction
  • Clinical applications at acceptable doses, including possible contribution to the treatment of depression

The contributions in this book represent an initiative to investigate the different facets of ketamine beyond the known psychosocial factors related to addiction and its traditional use as an anesthetic agent. The broad-based coverage is designed to promote heightened attention on the subject and encourage further research into beneficial clinical uses.

Table of Contents

Ketamine use and misuse—Impacts on the nervous system: An overview

David T.W. Yew

Clinical applications and side effects of ketamine

Ou Sha, Yue Hao, Eric Yu-Pang Cho, and Li Zhou

Diverse pharmacological properties of ketamine

Ismail Laher, Xin Zhang, Ping Chung Leung, and Willmann Liang

Developmental neurotoxicity of ketamine in the developing brain

Chaoxuan Dong

Ketamine—Epidemiology of misuse and patterns of acute and chronic toxicity

Shwetha S. Rao, David M. Wood, and Paul I. Dargan

Imaging the effects of ketamine use and abuse in the brain

Qi Li, Sherry K.W. Chan, Lin Sun, Wai-Chi Chan, Eric Y.H. Chen, and Pak C. Sham

Does sniffing drugs affect the respiratory system? An example being ketamine

Maria S.M. Wai, Jacqueline C. Lam, Lawrence K. Hui, and David T.W. Yew

Long-term ketamine use causes damage to the pancreas and adrenal glands

Wai Ping Lam, Tan Sijie, Lok Hang Lam, Yeak Wan Wong, and Chun-Mei Wang

Ketamine uropathy: Hong Kong experience

Peggy Sau Kwan Chu, Chi Fai Ng, and Wai Kit Ma

Ketamine and the lower urinary tract: Summary of pathophysiological evidence in humans and animal models

Hong Chai Tang, Phoebe Y.H. Lam, and Willmann Liang

Postmortem toxicology of ketamine

James Watterson

The antidepressant effects of ketamine and the underlying mechanisms

Nan Wang and Jian-Jun Yang

Social correlates of ketamine and other psychoactive drug abuse in Hong Kong

Yuet-Wah Cheung

Mechanisms of ketamine-induced neuroplasticity: Potential effects on brain and behavior

Vincenzo Tedesco, Ginetta Collo, and Cristiano Chiamulera

The influence of ketamine on our understanding of depression

Andrew M. Perez

Clinical testing for ketamine: How it inspires the need to develop emerging drugs-of-abuse analysis in a clinical laboratory

Magdalene H.Y. Tang, Calvin Y.K. Chong, Doris C.K. Ching, and Tony W.L. Mak

About the Editor

Professor David T. Yewis the professor emeritus of anatomy in the School of Biomedical Sciences, Chinese University of Hong Kong. He has engaged in research of human and animal neuroscience, drug discovery, and drug toxicology, using various techniques of pathology, immunocytochemistry, cytochemistry, and imaging. Professor Yew’s area of specialty is research on neurodegeneration, particularly damage to the nervous system brought about by ketamine abuse, and is now one of the major global leaders in this area.

Subject Categories

BISAC Subject Codes/Headings:
MED057000
MEDICAL / Neuroscience
MED071000
MEDICAL / Pharmacology
MED096000
MEDICAL / Toxicology