Category: Articles

Pleasant Deep Touch, with Comments by Robert Schleip, PhD

New research shows that deep pressure elicits similar pleasantness and calming effect as the affective C-tactile touch. Touch perception and cortical activation patterns for these two different types of touch are similar but distinct. The peripheral sensory afferents that transduce these sensations are different. The Social-Affective Touch Hypothesis proposes that gentle stroking and deep pressure

Pleasant Deep Pressure

A new research shows that deep pressure elicits similar pleasantness and  calming effect as the affective C-tactile touch. Touch perception and cortical activation patterns for these two different types of  touch are similar but distinct. The peripheral sensory afferents that transduce these sensations are different. The Social-Affective Touch Hypothesis proposes that gentle stroking and deep pressure are

Hands-on treatments on pain in athletes

  Injuries in sports are common, and the resulting pain limits the athletes’ activity. But pain has a weak connection to the degree of injury but a strong connection to the perception and body image. The main goal of treatment for sportspersons is pain relief and return to play as quickly as possible. Therapies in

Pain inhibition is not affected by exercise-induced pain

Pain is a complex process which involves the activation of central nervous system modulatory pathways that can attenuate or enhance the perceived pain via descending inhibitions or facilitations, respectively. Following an injury, nociceptive signal is transmitted to the dorsal horn of the spinal cord along primary afferent fibres. The signal is mediated to the Central

Cell receptors in facial tissue

Cell receptors in facial tissue are exposed to an abundance of extracellular signals. The signal is recognised by the receptors, and this signal is decoded according to a complex pathway of intracellular signalling. This signal is translated to an appropriate response by the cell. According to the linked receptor, the signal molecules can respond differently.

The cellular components of fascia

Fascia (plural fasciae) is a web of connective tissue under the skin that attaches, stabilises, encloses, and separates muscles and other internal organs.  Fascia is the most pervasive, but perhaps least understood network of the human body. From a macroanatomy point of view, scientists are interested in the science of the continuity of myofascia, gliding