Trauma Release Exercises (TRE): Why We Shake After Stress and How the Nervous System Recovers
What are Trauma Release Exercises?
Trauma Release Exercises (TRE®) are a series of movements designed to trigger involuntary shaking, also known as neurogenic tremors. These tremors are thought to help regulate the nervous system after chronic stress by reducing protective muscle tension, improving body awareness and encouraging a shift from survival mode back towards recovery.
Although research into TRE is still developing, neuroscience provides several plausible explanations for why shaking may help regulate the body’s stress response. This article explores what current evidence tells us—and what remains theoretical.
Why Modern Stress Keeps the Nervous System Switched On
Why Do Humans Shake After Trauma or Stress?
Other Natural Ways to Regulate the Nervous System
Do Trauma Release Exercises Actually Release Trauma?
Frequently Asked Questions
Are Trauma Release Exercises backed by research?
Research is still emerging. Early studies suggest TRE may improve perceived stress, anxiety, body awareness and autonomic regulation. Larger, high-quality clinical trials are still needed before stronger conclusions can be drawn.
Why do humans shake after trauma?
Shaking is an involuntary motor response generated by the nervous system. Scientists believe it may help reduce protective muscle tension, increase sensory feedback to the brain and support the transition from a state of threat towards safety.
Why do humans shake after trauma?
Shaking is an involuntary motor response generated by the nervous system. Scientists believe it may help reduce protective muscle tension, increase sensory feedback to the brain and support the transition from a state of threat towards safety.
What is a neurogenic tremor?
A neurogenic tremor is an involuntary rhythmic contraction of muscles generated by the nervous system rather than conscious control. Similar tremors occur naturally after fear, intense exercise, childbirth and some emotional experiences.