- May 24, 2019 - May 26, 2019
As “yoga therapy” enters the mainstream, concerns about scope of practice and teaching methods become more prevalent. Yoga teachers, however, are continually expected to work with clients/students to either prevent injury, or to guide them through asana after they’ve completed rehab. The more information on pathology, adaptation, recovery, pain science, and trauma sensitivity a teacher has, the better they are equipped to manage the gratifying responsibility of working with any population.
Classical asana meets current scientific research on stretching methods in this 2 day yoga therapy seminar led by Jules Mitchell MS ERYT500. This 2 day module provides a revolutionary look at asana acknowledging normal and natural human variation that challenges the conventional script for teaching poses. The process of individual modification is complex, ever changing and multivalent, however inquiring into the intention of the posture in addition to developing an understanding of your client’s needs and goals makes this process much simpler. In this module we will look at how to individually modify asana according to numerous variables including: symptomology, medical diagnosis, posture, biomechanics, conversation and intuition.
¥ Tendinopathies, ligament sprains, and muscle strains
¥ Osteoporosis and osteopenia
¥ Osteoarthritis and rheumatoid arthritis
¥ Hypermobility syndromes
¥ Histology and physiology
¥ Myofascial pain and fibromyalgia
¥ Chronic inflammation
This workshop, inclusive of the Science of Stretching, approaches yoga therapy from an orthopedic perspective where postures are compared and contrasted with common range of motion tests. Theories and practices in somatic education and restorative yoga balance the course curriculum, unifying the “ha” and “tha” of yoga.
Learn introductory and continuing concepts in biomechanics and how they apply to both active and passive postures. Develop a sense of how postures can be used as both assessments and as yoga therapy. Discuss the physiology and behavior of biological tissues and how they adapt to repeated mechanical stresses both acutely (short term) and chronically (long term). Potential neurological and chemical adaptations are included as stretching affects more than just flexibility, but also cellular biology and proprioception.
Experience how to best achieve desired outcomes in asana through manual adjustments, deliberate placement of props, and varying lengths of time in the poses. Analyze common cues and popular buzzwords in yoga and stretching to improve accuracy and clarify ambiguous instructions. Evaluate the benefits and dispel the myths of stretching to ultimately redefine what stretching means and what role it plays in yoga.
Jules Mitchell, MS, yoga educator, combines the tradition of yoga with her education in biomechanics to help people move better, age well, and feel supple. Her approach to asana is multi-modal and skill based, balancing the somatic (moving from within) aspects of yoga with exercise science. Active postures encourage strength at end range of motion while promoting joint health and tissue resilience. More gentle postures are rooted in restorative yoga, somatic education, and tai chi. Jules’ education programs apply scientific inquiry to the ancient teachings of yoga asana, pranayama, and meditation. She believes yoga therapy is an expansive practice, able to promote positive change in all human physiological systems.
Jules is currently writing her book, Yoga Biomechanics: Redefining Stretching, which is expected to become available in 2017. In the meantime, she educates the public about science, yoga, and stretching through her blog. Jules is a popular contributor to yoga teacher training programs nationwide, providing yoga schools with the most current research in her field. You can find her leading workshops at your favourite local studio or check out her classes online.
Saturday and Sunday 9:00am-6:00pm.
In addition to class room hours there will be assigned readings and corresponding assignments
Venue: Empowered Collective