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The Creators of the MyoTool
John Seivert PT, MS, GDMT, FAAOMPT, CSCS
A
1984 graduate of Northern Arizona University, John went on to complete
the Graduate Diploma in Manipulative Therapy (GDMT) in 1991 and a
Masters in Physiotherapy in 1996 from Curtin University of Technology in
Perth, Australia. He is a Fellow of the American Academy of Orthopaedic
Manual Physical Therapists (FAAOMPT) and a member of the American
Physical Therapy Association (APTA), the Institute for the Advancement
of Orthopaeidic Physical Therapy (IAOPT), and the National Strength &
Conditioning Association (NSCA).
Since 1991, John has taught Manual
Therapy Courses to physicians and other medical professionals around the
nation and world. He is the owner of Seivert Physical Therapy in Grass
Valley, California (seivertphysicaltherapy.com).
"Our goal in designing the MyoTool, was to create a tool that would
reproduce as closely as possible the soft tissue and joint mobilization
techniques that we use in the clinic. These techniques have been proven
to be effective and can now be performed at home, whenever needed, using
the MyoTool.”
Matthew
Johansen PT, OCS
Matthew
graduated with his Masters in Physical Therapy degree from the
University of Utah in 1999.
He worked in diverse
patient treatment settings, including outpatient orthopedics,
neurological rehabilitation, acute care, and wound care prior to
specializing in orthopedic and manual physical therapy. He participated
in three year-long manual therapy courses and acquired training in
Australian, Norwegian, McKenzie, and Osteopathic approaches.
In 2003 he
was board certified as an orthopedic clinical specialist (OCS) by the American
Physical Therapy Association. In 2004, Matt underwent training at the
prestigious Kaiser Hayward Fellowship in Orthopaedic Manual Physical
Therapy. He is a member of the APTA and American Academy of Orthopedic
Manual Physical Therapists.
“While inventing the MyoTool, John and I spent countless hours modifying
and improving its design. The shape of the MyoTool and the size,
position, and configuration of each knob is the result of these efforts
and allows an incredibly versatile and individualized way to treat the
stiffness, discomfort, and stress in our bodies.”
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