Insight to getting better responses from “Manual Therapy”

A core observation This is a physiological response, not  a neurological response, so there is no tolerance build up. The effect of the observations below is autoimmune conditions are responsive to a process which reduces the sympathetic system of the body. In brief, I have repeatedly observed that a patient’s flexibility changes according to the parasympathetic state of the practitioner, even when the patient shows no measurable autonomic change themselves (no change in galvanic skin response, GSR). This suggests that something is being conveyed through therapeutic touch that is not mediated via the patient’s own autonomic nervous system, and therefore may bypass conventional neurological explanations. If you are a patient, whatever your normal response to “manual therapy” then you would naturally expect an enhanced response when the mammalian ‘Dive Reflex” activity is engaged.  Step-by-step observations Using a standard straight-leg raise (SLR) assessment as a reference point: 1. Practitioner parasympathetic activation When the practitioner sequentially activates their own parasympathetic state using pleasant stimuli (for example, a sweet taste, an agreeable smell, or music):

• The patient’s SLR range increases sequentially
• The change is measurable and repeatable
• GSR shows parasympathetic activation in the practitioner
• No GSR change is detected in the patient

This indicates that the patient’s increased flexibility is not driven by their own autonomic shift. 2. Patient parasympathetic activation When the patient themselves is sequentially stimulated with pleasant taste, smell, or sound:

• A GSR change is detected in the patient
• Further increases in SLR occur sequentially

This confirms what we would normally expect: when the patient’s autonomic system shifts, tissue relaxation follows. 3. Introduction of diamagnetic material When diamagnetic material (such as copper braid or water, approximately 11 kg equivalent) is introduced to the practitioner, not the patient:

• The patient again becomes more flexible
• Adding more diamagnetic material produces further increases in SLR
• No GSR change is detected in either practitioner or patient

This strongly suggests that the relaxation effect is not autonomic or neurological in origin, but mediated by another physical property intrinsic to touch itself. (water shift) What can be deduced? From these observations, several deductions can reasonably be made:

• The practitioner’s parasympathetic activation can induce relaxation in the patient without an autonomic shift in the patient
• Diamagnetic materials can produce a similar effect without autonomic change in either party
• The mechanism involved is therefore unlikely to be sympathetic or parasympathetic signalling within the patient
• The findings are more consistent with a biophysical transmission through touch, likely involving changes in water tension and the diamagnetic properties of the practitioner’s tissues

Why water matters Water is:

• Central to the mammalian dive reflex
• Strongly diamagnetic
• The dominant medium of the intra-uterine, submerged state in which our nervous system originally formed

The dive reflex appears to return tissues toward an infant-to-adult baseline state — effectively knocking out excessive sympathetic tone. In utero, there is no fight-or-flight processing; development occurs in a fluid-dominant, non-defensive environment. These observations suggest we may have uncovered both:

• A mechanism underlying therapeutic touch, and
• A way to amplify the relaxing effect of touch by exploiting the dive reflex and the non-cognitive properties of water

This relationship with water is not something we consciously perceive. It does not require belief, intention, or understanding. It is inevitable, because it is physiological. Why this matters now To my knowledge, these observations are not described in osteopathic, physiotherapy, or manual therapy literature, despite touch being foundational to all these professions. If substantiated, they raise important questions:

• What have manual therapists been unknowingly utilising for decades?
• What may be lost as hands-on therapies are increasingly reduced to mechanical or diagnostic frameworks?
• How might the power of touch itself be better understood, preserved, and responsibly developed?

The purpose of sharing this I am not asking for endorsement of a theory or the adoption of a technique. I am simply inviting curiosity:

• To acknowledge the novelty of these observations
• To explore them further
• Or to help investigate them in a way appropriate to the profession

In any community, around 10% are innovators — people drawn to new questions and willing to challenge established assumptions. If that is you, I am happy to share what I have learned over more than twenty years of working with the dive reflex and diamagnetic materials, particularly water. Your existing skills do not need replacing. They simply gain a new upstream context. If you are a client, then whatever your normal response to treatment the addition go the dive refelx will increase your response, in the willing  patient.  Touch may be doing far more than we have ever consciously realised.