Research Update and Application in Manual Therapy
Workshop with dr. Robert schleip
July 14 & 15th 2020
special pricing for lodging at Aloft Hotel is available for workshop participants
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Catered Lunches are provided and inclusive with Registration
$475 after April 15th 2020
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About the workshop
Fascia forms a body-wide interconnected network of fibrous collagenous connective tissues. This network envelops and connects all organs, muscles, nerves and vessels. While being largely neglected in the past, the fascial web recently gained new scientific attention based on new measurement technologies. New research findings suggest that fascial tissues significantly influence muscular force transmission; they also form the basis of our perception of our own body (proprioception) as well as of many myofascial pain syndromes.
This workshop begins with an update on new insights regarding the biomechanical functions of the body-wide fascial network. This background will then be applied to a new understanding for treating several common musculoskeletal dysfunctions.
▪ Indications for fascia generated low back pain. Manual techniques for releasing adhesions in each of the three layers of thoracolumbar fasciae.
▪ Palpatory and/or ultrasound diagnosis of fascial neck pain. Feldenkrais inspired myofascial release work on the nucheal fascia.
▪ The magic heel-pad: fostering its force transmitting role between Achilles tendon and plantar fascia
▪ Working with thoracic kyphosis, hyperlordosis and scoliosis from a fascial perspective
▪ Achilles tendon and elbow region pathologies: Manual techniques and suggested self- help exercises for daily life.
▪ Activating the interoceptive function of fascia. Understanding the interplay between insular cortical function and fascial tonicity, and specific manual approaches for this connection.
In addition to cutting edge research information from a body worker’s perspective, the workshop will include specific hands-on instruction on different approaches and working techniques aimed at stimulating different neural receptors in fascia (particularly Ruffini and Pacini corpuscles) as well as providing adequate fluid shear to fascial fibroblasts in order to influence their metabolic behavior.
This will include work on the dense layer of the Fascia profunda (‘diving suit’), on muscular septae, and on adhesions within the “Superficial shearing zone” at the bottom of the Superficial fascia. During many of these techniques, the clients will be instructed to support the hands-on work with active micro movement participations from the inside, thereby making the tissue work more specific, more cooperative and more sustainable. Guidelines for the best orchestration of such micro movement participations will be given and integrated into clinical sessions.
About dr. Robert schleip PhD MA
Robert Schleip PhD MA directs the Fascia Research Project of Ulm University in Germany.
Having been a Rolfing instructor and Feldenkrais practitioner for over 20 years, he felt frustrated with the speculative nature of scientific explanations backing up most areas of current bodywork. When he entered the field of connective tissue science as an active laboratory researcher in 2003, he became so thrilled that he soon became one of the driving international forces in the newly emerging field of fascia research.
His own research findings on active contractile properties of human fasciae have been honored with the Vladimir Janda Award of Musculoskeletal Medicine. He is research director of the European Rolfing Association, and co-initiator of the 1st Fascia Research Congress hosted at Harvard Medical School (Boston 2007) as well as of the subsequent congresses
Who is this workshop for?
Physical therapists, osteopaths, alternative practitioners, massage therapists, medical doctors, yoga and sports teachers, and other therapeutic professions
▪ Fascia – the tensional network of the human body. Schleip R. et al. (eds). Elsevier, Edinburgh, UK
▪ Fascia in sport and movement. R.Schleip & A. Baker. Handspring Publishing,
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7328 W University Ave, Suite F
Gainesville FL 32607
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