Month: March 2020

Beyond Biomechanics and Pain Science: The role of human touch

Currently, there is a vast interest in pain science in manual therapy. The biopsychosocial framework suggested that lifestyle and psychosocial factors are the essential components of musculoskeletal treatment. Thus, in physiotherapy, there is a trend that pain education and exercise therapy are being recommended as evidence-based treatments. In contrast, manual therapy is considered as a

Myofascial Force Transmission Across the Knee Joint

Myofascial continuity has been hypothesized and verified in cadaveric studies. This continuity means that local tissue modification can affect adjacent structures. If the linkages between two muscles are stiff enough, they may transmit force. However, myofascial force transmission has been mostly demonstrated in cadaveric studies, where significant mechanical interactions between constituents of myofascial chains have

Fascia therapy decreases unbound water

The capacity of fascia to soften or harden in response to mechanical stimuli has attracted new research interest. For example, isometric stretching could alter the water content of fascia and can have an impact on the viscoelasticity of tissues. It was hypothesised that a healthy ground substance in fascia contains abundant proportion of water  “bound” to glycosaminoglycan (GAG).