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The Model Health Show · June 3, 2026 · 1h 22m

Why Your Body Gets Stuck in Pain & How Movement Heals Faster - With Dr. Tom Walters

Dr. Tom Walters, board-certified orthopedic physical therapist and author of Rehab Science, explains why pain is more about the nervous system than tissue damage. He breaks down the biopsychosocial model, the pain-avoidance cycle, and why hurt doesn’t equal harm. The conversation covers practical tools like nerve flossing, nervous system regulation, and strength training to build a resilient, pain-free body.

This summary was generated from show notes and public descriptions, not from a full transcript review. Details may contain inaccuracies.

Canon

Pain is not simply a measure of tissue damage; it's a complex output of the nervous system designed to protect you.
When we fear movement after an injury, we avoid it, which leads to muscle weakness, joint stiffness, and often more pain, creating a self-reinforcing loop.
Hurt Does Not Equal Harm00:15:30
The sensation of pain (hurt) does not necessarily mean that tissue damage (harm) is occurring, especially in chronic pain.
The Biopsychosocial Model of Pain00:29:52
Pain is influenced not just by biological factors but also by psychological and social ones, meaning thoughts, emotions, and environment all play a role in pain perception.
Reducing nervous system arousal through techniques like deep breathing or graded exposure can lower the sensitivity of the pain system and promote healing.
Physical and Emotional Pain Share Neural Pathways00:58:28
The brain processes physical and emotional pain in overlapping regions, explaining why emotional stress can worsen physical pain and why rejection can feel as severe as a physical injury.
Building strength creates a more resilient musculoskeletal system, making you less likely to get injured in daily life and more capable of healing faster if you do.

Highlights

Nerve Flossing Mobilization00:48:15
Nerve flossing is a gentle mobility technique that glides a nerve back and forth through its surrounding tissues to reduce pain and improve nerve function.

References

Rehab ScienceTom Waltersguest's book
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