Advanced Management of Alcohol Withdrawal

EP 02 🎙 Special Series: ASAM's 57th Annual Conference This episode is part of a special three-part series spotlighting key sessions from ASAM’s 57th Annual Conference.   In this episode of ASAM Practice Pearls, In this episode of ASAM Practice Pearls, Dr. Stephen Taylor is joined by Drs. Tessa Steel and Melissa Weimer to discuss highlights from their Annual Conference session, Advanced Management of Alcohol Withdrawal: Case-Based, Evidence-Informed Solutions. Together, they explore the challenges of managing severe and resistant alcohol withdrawal syndrome (AWS), effective assessment tools, escalation strategies, and care considerations for high-risk or medically complex patients. ----more---- Looking for this episode's transcript? Download it HERE Get credit for listening! Claim your 0.5 CEs HERE Have an idea for a future episode? Share it with us at education@asam.org. Host Stephen M. Taylor, MD, MPH, DFAPA, DFASAM Dr. Stephen M. Taylor is ASAM's President and is board-certified in general psychiatry, child and adolescent psychiatry, addiction psychiatry, and addiction medicine. With over 30 years of practice experience, Dr. Taylor is dedicated to helping adolescents and adults overcome addiction and co-occurring psychiatric disorders. He has served as the Medical Director of the NBA and NBPA Player Assistance and Anti-Drug Program for 16 years and is the Chief Medical Officer of Pathway Healthcare, which operates multiple outpatient addiction and mental health treatment offices across six states.  Expert Melissa Weimer, DO, MCR, DFASAM Dr. Melissa Weimer is board-certified in Internal Medicine and Addiction Medicine, focusing on substance use disorders in hospital settings.  She is an Associate Professor of Medicine at Yale School of Medicine and currently the Medical Director of the Yale Addiction Medicine Consult Service (YAMCS) at Yale New Haven Hospital. Dr. Weimer has worked on local, state, and national levels to enhance access to evidence-based treatments for substance use disorders.  As an educator, she teaches healthcare students and professionals about substance use disorders and serves as the Associate Program Director of the Yale Addiction Medicine Fellowship program. She is also the Medical Director/Lead Trainer for the SAMHSA-funded Providers Clinical Support System-Medications for Alcohol Use Disorder. Expert Tessa Steel, MD, MPH Dr. Tessa Steel is an Assistant Professor, physician-scientist, and Pulmonary Critical Care Medicine doctor at Harborview Medical Center, a county safety-net hospital operated by the University of Washington in Seattle. She is board-certified in Internal Medicine, Pulmonary Medicine, and Critical Care Medicine. Her clinical and research interests include improving hospital-based treatments for alcohol withdrawal syndrome and using hospitalizations to help people with addiction launch their process of recovery.  📖 Show Segments 00:05 - Introduction  01:39  - Prevalence and Risk 02:54 - Assessment Tools and Common Pitfalls 08:41 - Escalating Pharmacological Strategy 17:02 - Intubation Decisions and ICU Considerations 21:57 - Key Takeaways 25:37 - Conclusion and Additional Learning Opportunity  📋 Key Takeaways Use the right tools to assess alcohol withdrawal: There are several tools that can be used to monitor alcohol withdrawal symptoms and severity, including CIWA-Ar, mMINDS, and RASS; however, it's important to note that CIWA-Ar is not appropriate for patients with altered mental status or inability to self-report. Instead, use mMINDS, RASS, or other objective tools. Treating alcohol withdrawal is about preventing brain injury, not just controlling agitation: Each withdrawal episode progressively upregulates NMDA receptors and worsens the risk of future brain hyperexcitation through a process called “kindling”. Inadequately treated brain hyperexcitation leads to neuron cell death, resulting in permanent brain damage. Therefore, effective management of alcohol withdrawal presents an opportunity to limit and prevent brain injury. Match your pharmacology to the physiology and know what each drug is actually doing: Benzodiazep