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ABOUT VASYLI MEDICAL. In 1987, VASYLI Medical introduced custom heat-moldable orthotics, designed together with some of the world’s foremost biomechanics experts. A snap to fabricate in the clinic, these products revolutionized medical orthotics for professionals who treated lower-limb disorders. But this was just the beginning.
TOM McPOIL. PHYSICAL THERAPIST SPECIALIZING IN FOOT & ANKLE. Tom McPoil received his certificate in physical therapy from Children’s Hospital of Los Angeles and his PhD in kinesiology from the University of Illinois. He currently is a professor in the School of Physical Therapy at Regis University in Denver, CO.
The VASYLI Medical story began more than 35 years ago. It was inspired by professionals dedicated to creating innovative products grounded in the scientific principles of lower-limb biomechanics. In collaboration with leading biomechanics experts, Vasyli has developed a collection of custom heat moldable orthotics to treat a variety of ...
THINK TANK™. The VASYLI Think Tank™ was founded in 2011 to foster collaboration and cooperative thought among a leading group of health professionals specializing in the field of lower limb biomechanics. Each member is recognized as an authority in his or her chosen field of practice.
VASYLI Medical's Advisory Board brings together a prestigious group of internationally renowned practitioners and academics, each personally invited by Phillip Vasyli to help inform the work of the VASYLI Think Tank™.
Russell Volpe is a professor in the departments of Pediatrics and Orthopedics at the New York College of Podiatric Medicine. For 13 years, he served as chair of the Department of Pediatrics, where he has been on the faculty since 1985. He is also a diplomat of the American Board of Podiatric Orthopedics and Primary Podiatric Medicine.
The VASYLI + McPoil tissue stress relief prefabricated foot orthotic is the result of a collaboration between Phillip Vasyli and Prof. Thomas G. McPoil, PhD, PT, ATC. In 1995, together with Gary Hunt, Tom introduced the concept of load deformation curve, which became the basis of a tissue stress model.
