Weill Cornell Medicine Events

"From Cations to Small Molecules: An Atomic-Level Understanding of How to Fine-Tune m-Opioid Receptor Signaling for the Development of Safer Opioid Therapies"

Marta Filizola, Ph.D.
Graduate School of Biomedical Sciences Dean and Professor

With an average of 130 Americans dying every day, and opioid drugs still representing the gold standard for pain management, there is an urgent need to identify innovative solutions to prevent life-threatening opioid overdoses and treat opioid use disorders. Clinical opioid drugs inhibit nociceptive signaling but also cause respiratory depression by targeting a G-protein coupled receptor, specifically the µ-opioid receptor (MOPr) subtype. An atomic-level understanding of the molecular mechanisms at the basis of this diversity of MOPr signaling is essential for discovering analgesics with reduced adverse effects. This presentation includes an overview of recent studies we have carried out in the lab using enhanced molecular dynamics simulations in combination with Markov state models, information theory and/or machine learning analyses to investigate how different cations and small molecules specifically modulate the conformational plasticity of MOPr, with the ultimate goal of understanding how to fine-tune opioid receptor signaling toward desired therapeutic pathways and away from those regulating adverse effects.

Thursday, October 24 at 4:00pm to 5:00pm

Weill Auditorium
1300 York Ave New York, NY 10065

Event Type

Lecture/Seminar

Departments

Brain and Mind Research Institute

Mission

Research

Photo Alt Text

brain

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