The Ker Acupressure Injury Release Technique – Overview
The first section describes and explains the Ker Acupressure Injury Release (KAIR) technique, which is a simple manual injury release process which combines and modifies the healing approaches of acupuncture and acupressure.
For comparison, acupuncture identifies points of pain on the skin and desensitises their underlying nerve filaments by inserting sterile needles into them. This technique manages pain symptoms and can be profoundly effective, but it does not address the permanent underlying soft tissue injury which is being indicated by its nerve pain signals. Standard acupressure also desensitises points of pain, this time by using hand pressure to stimulate the local release of endorphins, which are naturally occurring chemical pain killers. Again, this technique does not resolve the underlying causal injury.
The KAIR technique uses a concept from physics. It is based on the principle that the kinetic movement energy transferred into soft tissue by a contact blow can remain trapped indefinitely in the cell tissue which absorbed it on impact. The injured soft tissue will remain misaligned in the position it assumed at the moment of impact until the trapped kinetic energy sustaining this tissue distortion is released.
The injury release technique works by using warm hand pressure to coax the kinetic energy trapped in the injured soft tissue to transmute (change its form) and to leave the site of the injury as heat. This process releases the physical cell distortion of the tissue injury permanently and returns each cell at the injury site to its original position, dimensions and functionality. It can also release trapped nerve impulses whose neural pathways had previously been blocked by their nerve’s own soft tissue compression and distortion, thereby reinstating their free movement and permanently turning off the pain signals which were previously flagging the nerve’s injury for attention.
Physical exercise will not release trapped kinetic energy from soft cell tissue. Muscle tissue warms up during exercise, but this is only from the heat produced by cell metabolism as able-bodied soft tissue cells burn their supply of nutrients and produce their waste products, one of which is the heat of their combustion process. Disabled soft tissue cells are unable to join in with this process, not least because they cannot move to metabolise nutrients, excrete their waste products or reproduce themselves in mitosis for tissue regeneration. All they can do is to travel as immobilised passengers in patches of traumatised soft tissue within healthy muscle tissue as it moves, so what exercise can actually do is conceal impact trauma in soft tissue instead of resolving it.
The second section describes the application of the technique to soft tissue impact trauma injuries in different parts of the body.
The technique illustrates that the human body is a marvel of resilient engineering in its ability to withstand and accommodate an astonishing spectrum of soft tissue injuries. It also makes the point that the trapped kinetic energy of any violent physical contact will cause a soft tissue injury for the recipient which can last a lifetime.
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