Addiction Science Network
Addiction Science Network
ASNet Primer on Psychopharmacology (part-4)
ASNet Primer on Psychopharmacology (part-4)
ASNet Primer on Psychopharmacology (part-4)
Saturday 6th October 2012
Understand how chronic drug use changes brain physiology, leading to tolerance, dependence, and sensitization. A must-listen for anyone curious about addiction.
53 minutes
Informative
Educational
Thought-provoking
Raw
Engaging
About this podcast
Author:
Addiction Science Network
Overview:
Categories:
Understanding Addiction & Recovery
Navigating Alcohol Dependency
Nutritional Pathways to Recovery
Navigating Intimate Relationships
Family Recovery from Addiction
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Episodes:
20 (View all)
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Get the buttons here!Decoding Drug Addiction: Brain Changes and Recovery Challenges
Both psychological dependence and what we describe as physical dependence both have a physiological basis. That's psychological, but that's to deny that it has a physiological underpinning which is really important to understand, because in the end it's the neurochemicals that you bring in exogenously in the form of the drug which upset the neurochemicals which are in the brain.
Ever wondered how repeated drug use alters the brain? This episode of the ASNet Podcast dives deep into the fascinating world of addiction science and psychopharmacology. It breaks down complex concepts like tolerance, dependence, and withdrawal reactions, making them easy to understand. You'll learn how chronic drug use can change brain physiology and why these changes make quitting so tough.
The episode doesn't stop there; it also introduces the intriguing idea of sensitization, where drugs like cocaine become more potent with repeated use. With real-life examples from opioids and stimulants, this episode is a must-listen for anyone curious about the science behind addiction. Whether you're an academic, a professional in the field, or someone affected by addiction, this episode offers valuable insights into the neuroadaptive effects of addictive substances and how they disrupt brain chemistry.