Related Experiment Videos
Drug Misuse in the Veterinary Setting: an Under-recognized Avenue
Akhil Anand1, Avinash Hosanagar2,3
1Alcohol and Drug Recovery Center, Center for Behavioral Health, Department of Psychiatry and Psychology, Cleveland Clinic, Cleveland, OH, USA. ananda3@ccf.org.
Current Psychiatry Reports
|January 6, 2021
Summary
Veterinary prescription drug misuse is a growing public health issue. Veterinarians are a significant, yet overlooked, source of diverted medications, necessitating further investigation and awareness.
Area of Science:
- Veterinary medicine
- Public health
- Pharmacology
Background:
- Prescription drug misuse is a significant public health concern.
- Current regulations primarily focus on human healthcare providers, overlooking veterinary sources.
- Veterinarians prescribe controlled substances to millions of animal patients annually in the USA.
Purpose of the Study:
- To highlight the overlooked role of veterinary practices in prescription drug misuse.
- To underscore the need for increased awareness and investigation into drug diversion from veterinary settings.
- To inform human healthcare providers about this potential source of diverted prescription drugs.
Main Methods:
- Review of existing evidence on drug misuse in veterinary settings.
- Analysis of reported drug diversion patterns.
- Examination of prescribing trends for controlled substances in veterinary medicine.
Main Results:
- Evidence indicates drug misuse occurs within the veterinary field, acknowledged by practitioners.
- Analgesics are commonly implicated in diversion, with a rising trend in veterinarian opioid prescribing.
- The extent of prescription misuse in veterinary settings is likely underestimated.
Conclusions:
- Veterinary drug diversion is a significant issue requiring further research and attention.
- Human healthcare providers should be aware of veterinary drug misuse as a potential channel for prescription drug access.
- Interdisciplinary collaboration is needed to address this public health challenge effectively.