Event Registration - Fascia Research Society
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11:00 AM - 12:30 PM EST
FRS Summer Webinar Series - Andrzej Pilat
8/16/2023 - 8/16/202311:00 AM - 12:30 PM EST
Event Description
Webinar Description:
What happens to fascial tissue during therapeutic procedures?
Myofascial Induction TM and communication through the fascial system
Clinical trials increasingly support the need to include fascial approaches in treatment protocols. The fascial structure constitutes a complex biological system, which, as a network, links all the systems of the body. In living organisms, movement is a condition that encompasses the entire organism at all levels of complexity – from the molecular level to interaction with the environment.
Touch and movement are two of the most powerful therapeutic tools, facilitating the complex process of mechanotransduction. The result is a reciprocal reaction of the fascial system that involves the body with different responses, i.e., electrical, electronic, metabolic, biochemical, metabolic, and finally physiological changes, including emotion.
In 2021, the Nobel Prizes in physics and medicine were awarded to scientists who investigated the systemic behaviors in biological structures and dynamics of cellular sensors (PIEZOS) that react to mechanical stimuli in the skin and internal organs by controlling the relationship between the senses and the environment. The prestigious awardees demonstrate the participation of PIEZOS in the neuroscientific phenomena of interoception, proprioception and nociception.
In the workshop, the aforementioned concepts will be analyzed from the microstructure
Biography:
Director of the School of Myofascial Therapies “Tupimek”, international lecturer and author of the book "Myofascial InductionTM. An anatomical approach to the treatment of fascial dysfunction"
Details
The FRS Summer Webinar Series is a FRS Member Only Event
Join TodayWebinar Description:
Webinar Description:
What happens to fascial tissue during therapeutic procedures?
Myofascial Induction TM and communication through the fascial system
Clinical trials increasingly support the need to include fascial approaches in treatment protocols. The fascial structure constitutes a complex biological system, which, as a network, links all the systems of the body. In living organisms, movement is a condition that encompasses the entire organism at all levels of complexity – from the molecular level to interaction with the environment.
Touch and movement are two of the most powerful therapeutic tools, facilitating the complex process of mechanotransduction. The result is a reciprocal reaction of the fascial system that involves the body with different responses, i.e., electrical, electronic, metabolic, biochemical, metabolic, and finally physiological changes, including emotion.
In 2021, the Nobel Prizes in physics and medicine were awarded to scientists who investigated the systemic behaviors in biological structures and dynamics of cellular sensors (PIEZOS) that react to mechanical stimuli in the skin and internal organs by controlling the relationship between the senses and the environment. The prestigious awardees demonstrate the participation of PIEZOS in the neuroscientific phenomena of interoception, proprioception and nociception.
In the workshop, the aforementioned concepts will be analyzed from the microstructures level to the anatomical planes demonstrated in examples of fascial anatomy from non-embalmed cadavers and the usefulness of these concepts in therapeutic processes.
Biography:
Director of the School of Myofascial Therapies “Tupimek”, international lecturer and author of the book "Myofascial InductionTM. An anatomical approach to the treatment of fascial dysfunction"
What happens to fascial tissue during therapeutic procedures?
Myofascial Induction TM and communication through the fascial system
Clinical trials increasingly support the need to include fascial approaches in treatment protocols. The fascial structure constitutes a complex biological system, which, as a network, links all the systems of the body. In living organisms, movement is a condition that encompasses the entire organism at all levels of complexity – from the molecular level to interaction with the environment.
Touch and movement are two of the most powerful therapeutic tools, facilitating the complex process of mechanotransduction. The result is a reciprocal reaction of the fascial system that involves the body with different responses, i.e., electrical, electronic, metabolic, biochemical, metabolic, and finally physiological changes, including emotion.
In 2021, the Nobel Prizes in physics and medicine were awarded to scientists who investigated the systemic behaviors in biological structures and dynamics of cellular sensors (PIEZOS) that react to mechanical stimuli in the skin and internal organs by controlling the relationship between the senses and the environment. The prestigious awardees demonstrate the participation of PIEZOS in the neuroscientific phenomena of interoception, proprioception and nociception.
In the workshop, the aforementioned concepts will be analyzed from the microstructure
Biography:
Director of the School of Myofascial Therapies “Tupimek”, international lecturer and author of the book "Myofascial InductionTM. An anatomical approach to the treatment of fascial dysfunction"