Fascia Congress
http://www.fasciacongress.org/2012/
The meeting started with a welcome and blessing from the
First Nations of BC and it was a beautiful way to begin the program. Topics
included:
Fascial Anatomy
Changes in Fascia Related to Repetitive Motion Disorders
Adaption of Tendinous Connective Tissues to Exercise
Mechanical Loading & Fascial Changes
Scars and Adhesion
Fluid Dynamics
Interfacial Fluid
Myofascial Trigger Points
Developing Clinical Trials for Bodywork and Massage
The presenters were excellent and included researchers such
as Carla Stecco, Geoffrey Bove, Robert Schleip, Paul Standley, Maureen Simmonds
Leon Chaitow, Jay P. Shah, Jean Claude Guimberteau, Karen J. Sherman, Gerald
Pollock, Helen Langevin, Diane Lee, Raúl Martinez Rodriquez, Antonio Stecco, Hal
Brown, Susan Chapelle, Michael Diamond, Michael Kjaer, Rolf K. Reed, Michael
Kuchera , Andrjez Pilat, , Gil Hedley, Lisa M. Hodge and many more wonderful
people.
In attendance were many leaders in the massage field but
more importantly where many disciplines represented- chiropractors, physical
therapists, DO’s MD’s, ND’s structural integration practitioners, massage
therapist and others that were interacting in a peer processes of support instead
of turf battles.
I had the chance to
go to dinner with many of the speakers and interact with them on in a relaxed
manner and what a great bunch of people.
As many of you know I have had a long term mentor relationship with Dr.
Leon Chaitow and he has opened many doors for me and given me the opportunity
to interact with many of the experts in this field. I have been following the work of the Stecco’s
for years and it was really fun to meet and spend time with Carla Stecco. She is a beautiful person inside and out with
a sweet and gentle manner but has no problem standing her ground when
discussing fascia anatomy and manipulation.
I got to meet Gerald Pollock who I have also followed for years. He researches water and his findings about
how water can act as a liquid crystal and well as generate electrical charge. I
encourage all to learn more about the research he is performing. http://depts.washington.edu/bioe/people/core/pollack.html. Fascia is highly water dependent and by
understanding the multiple properties of water we can better understand the
physiology of fascia.
Very pragmatically, I did not learn anything brand new and
that is great. To me this means that I am well informed and current. I am also pleased that when I compare the
information at the meeting to what I have included in the textbooks I write
that almost all the information is in there.
It continues to make me wonder how those textbooks can be used in many massage
classes and yet the information does not get integrated into massage therapy
professional practice. Some of the reasons include: students not reading their
textbooks, students being overwhelmed with too much information in too short of
a school time and a lack of motivation to develop critical thinking skills. I
also know that if an instructor is not familiar with a piece of information
they will gloss over it. For those that
are teaching that is really a no no. We
must follow the research and adapt as more information becomes available.
There are a couple of clear principles I gleaned from the presenters:
·
Too much of a good thing becomes a bad thing
·
Body layers and parts should slide and slip
around.
·
Fascia can get thick and sticky
·
Inflammation is a big problem when it does not
resolve. Chronic inflammation contributes
to fascia getting thick and sticky
·
Fascia responses to cyclic loading and goes from
thick and sticky to slippery and sliding.
·
Deform the shape of the tissue and the cells
respond.
·
It takes about 90 seconds of continuous loading
of tissues to elicit a change- This means that during massage if we perform a
gliding stroke in an area it should begin a bit before the binding tissue
(thick and stuck), slowly drag through the area making sure the tissues change
shape (use a lot less lubricant) and then stop a little past the bind. This should take about 90 seconds. The change direction and do it again. Think- with the tissue grain and a crossed
the tissue grain. If the tissue is able to respond- and not all tissue is-it
should be more slippery and sliding.
·
We need to explain what we do using mechanical
forces- tension, shear, torsion, compression, etc. We need to describe how we are creating the
mechanical forces with pounds of pressure, direction, drag, speed, anatomy
targeted, frequency, duration and so forth.
·
Let’s support the researchers with clearly
thought out questions and describe what we do in clear generic and common
language.
·
A variety of connective tissue types connect
everything to everything so you need to massage the whole body.
·
We need to stop putting strange names on methods
that are basically the same and trademarking the application of mechanical
force application.
·
Fascia is a tissue type and not the answer to
every pathology. Let’s not get gimmicky or
overemphasis one particular process.
·
Let’s not explode basic research finding into
more than what they are and let’s not turn possibilities into facts.
·
Let’s continue to explore the possibilities.
·
Let’s continue the dialog among the various
professionals that move soft tissue around purposefully and with an outcome in
mind and the researchers.
·
Let’s partner actively with researchers who have
access to the facilities and equipment to do the research.
·
Let’s support research financially- it is
expensive. The best way we have as massage therapists is the Massage Therapy
Foundation. If we all gave the
Foundation each year what we charge for one massage there would be resources
for research.
My main question is:
What is fascia release? I heard a hundred descriptions at
the meeting.
I suggest that there are ways of adapting introduction of
mechanical forces into soft tissue ( you can call it what you want- I call it
massage) that more influence the properties of this tissue type primarily
speed-slow, work in and out of bind, and target areas with a large amount of
fascia such as the lumbar dorsal fascia, the musculotendinous junctions, scalp
and plantar fascia while working with the whole body.
Finally there was one small group of individuals researching
how much force we apply when we apply massage and I hope they continue with their
focus. This topic speaks to body
mechanics and ergonomics.