Monthly Members’ Webinar – Functional Adaptation and Fascia
Practical details Date: 20th April 2023Time: 19.00 – 20.00 UK timePresenters: Kevin Prunty MSc NMTTitle: Functional Adaptation and Fascia Summary: Health and skill related components of fitness have been utilised by trainers, coaches and therapists universally to measure physical movement and capacity and set goals for health and human performance. What are the key adaptations needed? How do…
Til Luchau: Hands-On the Hand: Fascial Approaches for Our Own and Others’ Hands
Join Til Luchau for an engaging 1-hour course in hands-on approaches for caring for our own hands, and for our clients’ hands. Drawing from his influential Advanced Myofascial Techniques (AMT) series, this information-packed course combines amazing graphics, follow-along hands-on technique demonstrations, updated fascial research findings, and real-life questions and answers. Til will lead you through…
Karen Kirkness: Constrain to Set Free: Fascia and Complexity
Spirality in nature is everywhere we look, and resides in every movement we make. To be spiral is to curl, to resonate with vibration, to converge and expand with the breath. Spirals are found universally, leaving a twirling pattern in biologic tissue, pea tendrils, the horns of ruminant animals, weather formations and the motion of…
James Earls: Understanding Fascia in Movement
We all know that fascia can act as a spring, but it does so much more than that. This presentation will show how fascial tissue helps increase our power output to jump and throw further, how it contributes to all kinds of normal, everyday movements to improve efficiency, and how it helps us absorb forces…
Monthly Members’ Webinar – Movement and language: a discussion around biotensegrity as it applies to athletic performance and injury reduction.
Practical details Date: 24th November 2022Time: 19.00 – 20.00 UK timePresenters: Lisa Babiuk and Paul ThornleyTitle: Movement and language: a discussion around biotensegrity as it applies to athletic performance and injury reduction. Summary: The biomechanical model has been based on the concept that we can dissect parts, study how they work and then, once everything is analysed,…