Journal of medical toxicology : official journal of the American College of Medical Toxicology
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The increased use of opioid pain medication has been mirrored by the increased misuse and abuse of these drugs. As part of a multidisciplinary approach to this epidemic, pharmaceutical companies, with the encouragement of the Food and Drug Administration, have increased the development of abuse-deterrent formulations. While all have the goal of treating pain while mitigating misuse and abuse, there are different technologies utilized to impart the abuse-deterrent properties. The goal of this paper is to review the basis of abuse-deterrent formulations, the different types and approaches of some of the abuse-deterrent products, and their current regulatory status in the USA.
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Prescription opioid analgesic misuse and addiction are a significant public health concern in the USA. Through their concurrent roles as prescribers and public health stewards, medical toxicologists (MTs) have a unique perspective on this issue. They represent a physician group with a particular interest in prescription drug monitoring programs (PDMPs) because of their subspecialty knowledge of the negative consequences of opioid overprescribing in terms of misuse, diversion, addiction, and overdose death. ⋯ Barriers to use included time and complexity required to access relevant information. MTs prescribe opioids primarily to patients in the Emergency Department (ED) for acute pain or acute exacerbations of chronic pain. MTs are generally aware of PDMPs, although many were unaware of or not using their state-based PDMPs when prescribing opioids in clinical practice.
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Opioid analgesic misuse has risen significantly over the past two decades, and these drugs now represent the most commonly abused class of prescription medications. They are a major cause of poisoning deaths in the USA exceeding heroin and cocaine. Laboratory testing plays a role in the detection of opioid misuse and the evaluation of patients with opioid intoxication. ⋯ The sensitivity of testing methods also varies considerably across the spectrum of opioid drugs. An understanding of opioid metabolism and method sensitivity towards different opioid drugs is therefore essential to effective use of these tests. Improved testing algorithms and more research into the effective use of drug testing in the clinical setting, particularly in pain medicine and substance abuse, are needed.