Drug detoxification
Medical intervention to drug overdose From Wikipedia, the free encyclopedia
Medical intervention to drug overdose From Wikipedia, the free encyclopedia
Drug detoxification (informally, detox) is variously construed or interpreted as a type of "medical" intervention or technique in regards to a physical dependence mediated by a drug; as well as the process and experience of a withdrawal syndrome or any of the treatments for acute drug overdose (toxidrome). The first definition however, in relation to substance dependence and its treatment is arguably a misnomer and even directly contradictory since withdrawal is neither contingent upon nor alleviated through biological excretion or clearance of the drug. In fact, excretion of a given drug from the body is one of the very processes that leads to withdrawal since the syndrome arises largely due to the cessation itself and the drug being absent from the body; especially the blood plasma, not from ‘leftover toxins’ or traces of the drug still being in the system.
Some addiction medicine practitioners use the term withdrawal management instead of detoxification.[1][2]
A detoxification program for physical dependence does not necessarily address the precedents of addiction, social factors, psychological addiction, or the often-complex behavioral issues that intermingle with addiction.[3]
The United States Department of Health and Human Services acknowledges three steps in a drug detoxification process:[4]
Richard B. Resnick MD was the first scientist to investigate the idea of accelerated detox under anesthesia. In 1977,[6] he published a paper detailing the first procedures using Naloxone and clonidine. Shortly afterward, physicians began discussing anesthesia to reduce pain during rapid detox. Norbert Loimer, MD, Ph.D. published a paper in the '80s outlining the success of opiate detoxification under general anesthesia. Resnick and Loimer's early research served as the foundation for all forms of detoxification under sedation procedures used today. While physicians' protocols significantly differ, they still adhere to the principles described in the early publications.[7] The combined use of clonidine and naltrexone was found to be a rapid, safe, and effective treatment for abrupt withdrawal from methadone, as detailed in a paper published in The American Journal of Psychiatry in 1986.[8]
Since then, numerous clinics around the world have implemented detoxification under sedation procedures to assist patients in overcoming opioid use disorder. These procedures involve the administration of anesthesia and other medications to facilitate rapid detoxification of the body, effectively reducing the painful and uncomfortable symptoms of withdrawal. While the effectiveness of rapid detox has been a subject of debate, it remains a popular treatment option for certain individuals grappling with opioid addiction. The pioneering efforts of Resnick and Loimer have paved the way for ongoing research and advancements in this field, ultimately aiding more individuals on their journey to recovery.
The concept of "detoxification" comes from the discredited autotoxin[9] theory of George E. Pettey and others. David F. Musto says that "according to Pettey, opiates stimulated the production of toxins in the intestines, which had the physiological effect associated with withdrawal phenomena. [...] Therefore treatment would consist of purging the body of toxins and any lurking morphine that might remain to stimulate toxin production in the future."[10][11]
Naltrexone therapy, which critics claim lacks long-term efficacy and can actually be detrimental to a patient's long-term recovery, has led to controversy. Additionally, there have been many questions raised about the ethics as well as safety of rapid detox following a number of deaths resulting from the procedure.[12][13][14]
Some researchers say that relapses to injection use of illicit opioids during or following repeated detoxification episodes carry the substantial potential for injury associated with uncontrolled drug use and include drug overdose, infections, and death.[15]
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