07/05/2026
CLINICAL PERSPECTIVE · TRAUMA & THE BODY
The Body Isn't Where Trauma Lives. It's Where Trauma Shows Up. Reconsidering what we were taught — and finding a more honest framework for working with tissue and the nervous system.
My training led me to believe that emotions were embodied in tissue in some meaningful form. Not that grief was stored as a physical blockage in the thoracic spine — but that the body participated in emotional experience so intimately that the two became inseparable. That a person's history of fear, loss, or overwhelm left a physical imprint that skilled hands, in the right conditions, could meet.
I am revising that. Not the work — the explanation. Because there is a difference between emotions being embodied — expressed through the body, inseparable from it — and emotions being stored in tissue, waiting to be released. The first is true. The second, the science no longer supports.
"The body doesn't keep the score. Your brain keeps the score — and your body is the scorecard."
— LISA FELDMAN BARRETT, NEUROSCIENTIST & AUTHOR OF HOW EMOTIONS ARE MADE
Why we believed it
This idea didn't come from nowhere. Practitioners across disciplines were observing the same thing: that certain touch, in certain people, would produce emotional responses far larger than the physical intervention warranted. Those responses needed explaining. In the absence of a better framework, "the body holds emotion" was intuitive, clinically useful, and — at the time — important. It gave bodywork a legitimate seat at the trauma table when mainstream medicine wasn't offering one. We needed to establish that the body mattered before we could afford to be precise about how.
What we still need to keep
The somatic tradition got something fundamentally right: you cannot think your way out of a survival response. Emotions are not just mental events — they are whole-body experiences. Every emotion has a physiological signature: a change in heart rate, breath, muscle tone, skin conductance. The body is not the backdrop to emotional life. It is where emotional life happens. You cannot reason with a nervous system running a threat pattern below conscious awareness. The body has to be part of the work — not because trauma is stored there, but because the body is the primary channel through which the brain's threat responses are both expressed and updated. We were right about the what. We were imprecise about the why.
What the neuroscience says
Trauma is encoded in the brain — in learned threat associations, implicit memory, and the neural circuits that govern how we respond to danger. The body expresses those patterns: muscle guarding, breath restriction, a braced jaw, a collapsed chest. These are not residues sitting in tissue. They are a nervous system doing exactly what it learned to do to survive.
The brain is not a passive receiver of information — it is a prediction engine, continuously running models of what is safe and what is dangerous, and updating them against new experience. Trauma is a heavily weighted prediction. The brain expects threat, and the body responds accordingly — often before conscious thought has caught up.
Chronic stress also changes the body at a cellular level — altering stress hormone regulation, accelerating biological ageing, sustaining low-grade inflammation. These effects persist long after the original threat has passed, influencing how tissue heals, how pain is processed, and how the body responds to touch. A person carrying chronic threat exposure isn't just neurally wired differently. Their biology has been reshaped by what they've been through.
What this means at the table
Tissue tension in a traumatised nervous system is a symptom, not the source. Manual release may create temporary relief and open a window for regulation — but if the brain's underlying prediction doesn't change, the pattern returns. Our work is most effective when we understand it as new sensory input to a nervous system that has learned to expect danger. Not extraction. Information.
The chronically guarded shoulder, the hypertonic psoas, the client who braces during cervical work — these are not structural problems first. They are protective responses generated by a brain that hasn't yet received sufficient evidence that things are safe. Slow, co-regulated contact gives the nervous system time to revise that assessment. The pace, the pressure, the quality of presence — these become clinical variables, not just manner.
And the language we use matters too. "Your nervous system learned a protective pattern that shows up as tension here" is more accurate — and more empowering — than "trauma is stored in your tissue." One frames the client as someone whose brain is doing its job, capable of learning something new. The other can, unintentionally, frame them as a vessel of accumulated damage waiting to be emptied.
The revision
I still believe emotions are embodied — that they are inseparable from the physical experience of being alive. What I no longer believe is that they are stored in tissue, waiting. The distinction is subtle but it changes how we work, what we say, and what we believe our hands are actually doing.
The body is not where trauma lives. It is the most eloquent expression we have of what the brain has learned to expect. Understanding that is not a retreat from somatic work. It is an invitation to do it with more precision, more honesty, and — I think — more care.
Key references
Barrett, L.F. (2017). How Emotions Are Made. Houghton Mifflin Harcourt.
van der Kolk, B. (2014). The Body Keeps the Score. Viking.
Porges, S.W. (2011). The Polyvagal Theory. W.W. Norton.
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