hangzhou massage service strokes deliver interruptive mechanical stimulation to the soft tissues and cause a fluctuation of interstitial pressure in the extracellular space. Massage increases the interstitial pressure and stimulates the flow of interstitial fluid, which carries the charged particles around the structures with fixed electrical charges -- collagen, cellular membranes, etc. As a result, a stronger electrical field develops between these structures and charged particles, which move with the flow of interstitial fluid caused by the fluctuation of interstitial pressure during massage strokes. Thus, an additional amount of stimulating electrical energy is produced in the massaged area.

Both of these events, in equal degree, are responsible for the collagen deposit at the injured site and, more important, the proper orientation of collagen fibrils[body massage in hangzhou]. Basset concluded "tension exerts a major influence on the alignment of collagen bundles in tendons, fascia, ligaments and arteries.
Myers et al. (1984) in an experimental study on human cartilage showed that changes in the extracellular fluid movement and structure of collagen fibers are mostly produced when mechanical stimulation is applied in the form of direct compression. When mechanical stimuli were applied to produce a pure shear deformation bmk4dlg, no changes of these parameters were detected. This matches exactly with the clinical observations of the therapeutic impact of different massage techniques. The healing potential of effleurage and light friction on the tissues' regeneration is significantly lower compared to strong friction, compression, vibration and kneading techniques.

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