<p>Dr. Scott Waldman's research at Thomas Jefferson University explores the mechanisms underlying visceral pain and how neuropod cells communicate with innervating spinal neurons. His work focuses on the role of the specific protein GUCY2C as a mediator of activity and a potential therapeutic target for treatment. </p>

Dr. Scott Waldman's research at Thomas Jefferson University explores the mechanisms underlying visceral pain and how neuropod cells communicate with innervating spinal neurons. His work focuses on the role of the specific protein GUCY2C as a mediator of activity and a potential therapeutic target for treatment.

<p>Dr. Scott Waldman's research at Thomas Jefferson University explores the mechanisms underlying visceral pain and how neuropod cells communicate with innervating spinal neurons. His work focuses on the role of the specific protein GUCY2C as a mediator of activity and a potential therapeutic target for treatment.&nbsp;</p>

Episode 37: Targeting Visceral Pain

Because all who eat, do so to move. We move in search of the next meal, the next idea, the next big thing. Join us as we uncover what moves experts on gut brain matters.

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Episode 37: Targeting Visceral Pain

Episode 37: Targeting Visceral Pain