What Massage Therapy Education Should Stop Teaching
The Short Version
Looking for the comprehensive version? Read the full audit, including the complete inventories, detailed discussion, and references.
The science relevant to massage therapy has changed considerably over the past several decades, but much of massage therapy education has not kept pace. Traditional explanations are still repeated in schools, continuing education courses, handouts, and textbooks long after the evidence supporting them has weakened—or, in some cases, never materialized.
The problem is not that massage therapists should stop using familiar techniques or stop talking about what they observe and experience. It is that technique, observation, experience, and explanation are different things. A client can feel better after massage without that improvement proving that a muscle was lengthened, fascia was released, posture was corrected, cortisol was reduced, or trauma was discharged from the body.
Modernizing massage education therefore does not require replacing one rigid story with another. It requires being more careful about what we claim to know while remaining curious about what we do not.
Five Ideas That Clarify Most of the Problem
1. Experience is not mechanism. A client may genuinely feel that something “released,” opened, softened, or became more aligned. That experience is real. It does not tell us what physically happened in the tissues or why the person feels different.
2. Observation is not explanation. A therapist may feel firmness or resistance, see an elevated shoulder, or notice limited movement. Those observations do not by themselves identify a dysfunction, establish the cause of pain, or reveal an underlying tissue state. The same caution applies to the therapist’s tactile experience: feeling something is not the same as objectively identifying what it is.
3. A model is not a fact. Models of trigger points, fascia, posture, autonomic regulation, or trauma may help organize ideas. Their usefulness does not make them literal descriptions of biological reality.
4. The therapist does not have privileged access to the client’s body or inner experience. We cannot know from posture, muscle tone, breathing, tears, or tissue feel what another person’s pain means, what emotion they are experiencing, whether they feel safe, or whether their body is “holding trauma.”
5. A useful guideline is not a universal rule. “Never break contact,” “always encourage deep breathing,” and “the client should completely relax” turn potentially useful conventions into absolutes. Good education teaches reasoning, not ritual.
The Structural-Mechanical Story
There is no single structural theory that all massage therapists believe. Some emphasize muscles, others fascia, posture, alignment, trigger points, or tissue restrictions. But a common family of explanations begins with the idea that something is mechanically out of balance and that the therapist can identify and manually correct it.
The story often runs something like this: muscles become “tight,” “short,” “long,” or imbalanced; fascia becomes restricted or adhered; these problems alter posture or pull structures out of alignment; the resulting posture or misalignment causes pain; the therapist detects the problem through palpation, posture, or movement; treatment mechanically corrects it; and improvement afterward confirms that the correction occurred.
Each step requires more caution than massage education has traditionally given it. “Tight” is especially messy: it can mean contracted, stiff, firm to palpation, subjectively tight, anatomically shortened, or even lengthened and pulled taut. These are not the same phenomenon. A muscle that feels tight is not thereby shown to be shortened, and increased range of motion after massage does not prove that the muscle was mechanically lengthened.
The same problem occurs with fascia. Fascia is real and worth teaching, but ordinary differences in tissue feel do not establish a fascial restriction, adhesion, shortening, or “densification.” A 2026 systematic review found very-low-certainty evidence suggesting no effect of myofascial release techniques on tissue stiffness and concluded that the familiar stiffness-reduction mechanism was inaccurate (Kunz et al., 2026). An experience of “release” can be meaningful without establishing that fascia was mechanically released.
Posture also deserves a more careful treatment. Posture is observable, variable, contextual, and worth discussing. What should go is the automatic progression from “I see this posture” to “this is a dysfunction” to “this is causing your pain” to “I can correct it manually.” An umbrella review found no consensus that spinal posture or physical exposures causally produce low-back pain (Swain et al., 2020).
And the psoas deserves special mention. It is an important muscle, but massage education should stop giving it unique status as an explanation for low-back pain, pelvic alignment, chronic stress, or stored trauma. Tenderness or perceived tightness does not establish those stories, and feeling better after psoas work does not prove that the muscle was “released” or alignment restored.
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The Trauma and Emotional-Release Story
Continuing education often introduces a different family of claims. Trauma or emotions are said to be stored in the body, muscles, or fascia; bodily signs supposedly reveal where they are held; massage accesses or releases them; crying, trembling, memories, or other emotional responses are interpreted as trauma processing; increased body awareness or mindfulness is treated as inherently therapeutic; and special hands-on techniques are presented as ways to process or resolve trauma.
Trauma can profoundly affect learning, memory, perception, relationships, autonomic responses, and responses to bodily sensation. That is not the same as trauma being literally stored in fascia, muscles, organs, or particular body regions. Nor can tension, breathing, posture, tears, laughter, or responses to touch tell a therapist what psychological meaning lies behind them.
Clients may experience emotion, memories, relief, or a sense of “release” during massage. Those experiences can be genuine without demonstrating that trauma was released, processed, completed, or healed. Emotional intensity is not evidence of therapeutic progress, and trauma-informed massage should not become amateur trauma therapy.
Body awareness also needs nuance. Paying attention to bodily sensations—and mindfulness practices that emphasize such attention—can be useful for some people in some circumstances. More internal attention is not automatically better, however, and can sometimes amplify pain, anxiety, symptom monitoring, or distress. The relevant question is whether this kind of attention is useful for this person, in this context, for this purpose.
There is likewise no established pressure, stroke, sequence, fascial technique, body region, or vagus-nerve technique that specifically treats trauma. What makes massage trauma-informed is primarily how the interaction is conducted: agency, choice, consent, predictability, collaboration, boundaries, and responsiveness to the individual client.
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Physiology: Stop Reaching for Easy Explanations
Massage education has also accumulated physiological explanations that sound scientific because they name a biological process: massage “flushes toxins,” removes lactic acid, boosts immunity, increases circulation in a way that explains broad clinical effects, or reduces cortisol and therefore explains reductions in stress, anxiety, depression, or pain.
Naming a physiological variable does not establish a mechanism. Cortisol is a useful example. A quantitative review found that between-group effects of massage on cortisol were generally small and nonsignificant and could not account for massage’s larger effects on anxiety, depression, and pain (Moyer et al., 2011). A 2026 scoping review found cortisol responses across manual-therapy studies to be mixed and highly variable (Cao et al., 2026). Someone can feel less stressed after massage without cortisol reduction being the explanation.
More broadly, finding that some physiological measure changes after manual therapy does not establish that the change caused the clinical outcome. Recent reviews find responses across many biological domains, but the quality and clinical significance of the evidence vary substantially, with particularly weak support for many familiar biomechanical mechanisms (Keter et al., 2025; Cook et al., 2026).
Some Terms Need Reframing Rather Than Banning
Not every problematic term belongs on a prohibited-word list. “Myofascial release” can remain the name of a familiar technique without requiring us to teach that fascia literally releases. “Trigger point” can be taught as a clinical term or model without presenting a discrete pathological lesion as settled fact. “Nervous-system regulation” can be useful when we specify what is changing rather than using regulation as an all-purpose explanation.
“Deep tissue massage” is another kind of problem. It is a familiar but poorly defined label. It may mean greater pressure, greater perceived intensity, slower or more focused work, attempts to affect anatomically deeper tissues, or simply a particular style of massage. A client asking for “deep tissue” may simply mean that they prefer firm pressure. Educators can retain the familiar term while teaching students to clarify what clients mean and avoiding the assumption that greater pressure is inherently more therapeutic, reaches a special therapeutic “depth,” or produces greater mechanical change.
Other traditions may need more substantial reconsideration. Reflexology, for example, is built around mapped correspondences between areas of the feet or hands and organs or body regions for which there is no reasonable anatomical or physiological basis. Preserving a pleasant foot or hand massage does not require preserving the map.
What Should We Teach Instead?
Moving away from outdated explanations does not leave us with nothing to teach about how massage works. Touch is sensory input. Pressure, movement, temperature, texture, rhythm, and the broader context of touch are processed by the nervous system and can influence perception, movement, pain, arousal, and experience.
Perception, however, is constructed rather than a direct readout of the tissues. What either the client or therapist feels should not automatically be interpreted as an objective mechanical event. Tactile and proprioceptive illusions are useful reminders that a perception can be vivid and genuine without being a literal representation of what is happening in the tissues.
That does not mean “sensory processing” should become the new explanation for every massage outcome. Human responses to touch are complex, variable, and shaped by biological, psychological, social, and contextual factors that we are still working to understand. Massage can be valuable without breaking adhesions, realigning the body, flushing toxins, resetting the nervous system, activating the vagus nerve, or releasing stored trauma.
The next generation of massage therapists should learn the profession’s techniques and traditional theories while also learning to distinguish technique from theory, observation from explanation, experience from mechanism, association from causation, and confidence from evidence.
The replacement for an outdated story does not always have to be another story. Sometimes “we know massage can influence this, but we do not yet know exactly why” is the most scientifically accurate—and most interesting—thing we can teach.
For the Full Audit
The comprehensive version examines the claims individually, includes three At-a-Glance inventories, distinguishes different evidence problems, and provides the full reference list. This short version is intended as an overview, not a substitute for the detailed argument and supporting evidence.
Explore the neural mechanisms behind internal body awareness and discover how interoception influences emotion, decision-making, trauma, and social connection.
References Cited in This Short Version
Cook, C., Keter, D., Bullock, G., Burns, J., Green, C., Loghmani, M. T., Winkelstein, B., Rossettini, G., & Reed, W. R. (2026). Appropriate translational designs for determining causal force-based (manual therapy) treatment mechanisms. Musculoskeletal Science and Practice, 84, 103600.
Cao, A. T., Alanazi, M. S., Billings, R., & Reed, W. R. (2026). Physiological changes of cortisol and oxytocin following manual therapy: A scoping review. Frontiers in Rehabilitation Sciences, 7, 1719735.
Keter, D. L., Bialosky, J. E., Brochetti, K., Courtney, C. A., Funabashi, M., Karas, S., Learman, K., & Cook, C. E. (2025). The mechanisms of manual therapy: A living review of systematic, narrative, and scoping reviews. PLOS ONE, 20(3), e0319586.
Kunz, K. F., Löbell, R., Rodrigues, D. R., Vaz, M. A., Geremia, J. M., Petter, G. N., & Glänzel, M. H. (2026). Do manual and instrument-assisted myofascial release techniques truly change tissue stiffness? A systematic review and meta-analysis of randomized controlled trials with GRADE assessment. Journal of Bodywork and Movement Therapies, 48, 382–396.
Moyer, C. A., Seefeldt, L., Mann, E. S., & Jackley, L. M. (2011). Does massage therapy reduce cortisol? A comprehensive quantitative review. Journal of Bodywork and Movement Therapies, 15(1), 3–14.
Swain, C. T. V., Pan, F., Owen, P. J., Schmidt, H., & Belavy, D. L. (2020). No consensus on causality of spine postures or physical exposure and low back pain: A systematic review of systematic reviews.
Author
Dr. Mark Olson holds an M.A. in Education and a Ph.D. in Neuroscience from the University of Illinois, specializing in Cognitive and Behavioral Neuropsychology and Neuroanatomy. His research focused on memory, attention, eye movements, and aesthetic preferences. Dr. Olson is also a NARM® practitioner, aquatic therapist, and published author on chronic pain and trauma-informed care. He offers a variety of courses at Dr-Olson.com that provide neuroscientific insights into the human experience and relational skill training for professionals and curious laypersons.
