Teaching is a fine art. You are the kind of teacher that could have kept me from the boredom of school. I lost so much time sitting there and suffering.
I really get this I was able to vislse the fasias first.. Loved the flash cards appearing I really need organise my time So I can relay 100 percent Belfast Ireland ❤️🍀😀🇮🇪
recently had a training, regarding myths in therapy, in which it was said that fascia can not stick together and that this is one of the biggest false myths for fascia, also these should not be able to shorten. your statement on this? thanks
Your trainer may have been mis-informed on a number of counts, possibly by one of a few teachers out there who insist that fascia is, among other things, "non-living; clinically irrelevant, etc., and that folks who teach otherwise are unethical hucksters, etc., etc." (There are also folks who will insist to their dying breath that the earth is flat, and no reasoning will convince them otherwise. To each hi/r own!) I would say as kindly as I can that such teachings and teachers have not quite finished their homework. Fascia science is quite interesting and fast accumulating. I am a part of a large community of folks working hard to produce an entire International Fascia Research Congress devoted to the topic that meets every three years with academics from over 27 countries for the past 15 years. This group hails from prestigious universities all over the planet and is a very prolific community of researchers and clinicians. Of course naysayers literally write off our entire endeavor and say "nothing that comes of that group has any merit" while generally providing no counterargument, just flat out dismissal. Not sure how to handle that kind of stance, I generally just keep on keeping on regardless of the occasional "cat calls" from the gallery :) I have been dissecting for three decades and have worked my way through hundreds and hundreds of bodies and I can assure you fascia can be agglomerated in a number of different ways as a result of inflammatory processes, scarring, injury, chronic stasis, chronic dehydration, etc. Horses have been sent to the glue factory for many years in order to harvest the abundant elements of the fascial system to use it to produce...glue! Have you ever played with marshmallows and turned them into taffy? Same idea! Fascia agglomerates (sticks) under non-ideal conditions. Ideally it is relatively slippery. Further, there are amongst the cells found in fascia a class called "myofibroblasts" which differentiate from fibroblasts. These cells have prolongated elements which are actively contractile, capable of shortening fascia in time periods much longer than the quick contractility of skeletal muscles tissue. Myofibroblasts also do not "tire" the way that skeletal muscle cells do, enabling them to hold the "tone" of fascia for a very long time. See the research of Robert Schleip, Ph.D., and many others. Thank you for watching and for asking this valuable question, I appreciate the opportunity to respond, and I am glad you are open enough to listen to multiple takes on this topic!
thank you very much for this detailed answer. the day before yesterday i had a training with robert schleip and tom myers about fascia and the nervous system and i also asked this question there, unfortunately it was not answered due to the many questions. as a structural integrator i have learned that fascia can stick together and i feel it in practice, but i am, just as you say, open and not dogmatic in my search. when such statements come, i do not close my eyes, but listen and wish for a discourse from both sides. the training that was about the above statement was given by people who, in my opinion, are very capable of passing on the current state of research. they give training courses all over germany for physiotherapists and doctors, etc. it was clearly stated that fasciae do not stick together, and one was taught how to talk respectfully with therapists who claim such things and to try to convey the truth to them. if it's ok, i'll copy your answer, or a part of it, forward it to them and i'm curious about the answer/reason.
Do the fibers of deep fascia always cross perpendicularly? In your drawing and the pictures shown in your videos the fibers are crossing perpendicularly. Btw, thanks so much for all the knowledge you share, Gil!
No they actually cross at a variety of angles, I mentioned I might do a video on that in passing! There are some places that form distinct right angle grids, and, I happened to select that pattern for this quicky illustration. I appreciate your question very much, as I do want to elaborate further on this issue, thanks for watching and commenting!
![Blox Fruits Dragon Rework Update [Full Stream]](http://i.ytimg.com/vi/EqDAp8udhm0/mqdefault.jpg)
Teaching is a fine art. You are the kind of teacher that could have kept me from the boredom of school. I lost so much time sitting there and suffering.
Thank you so much Gypsy, I appreciate your interest :)
So fantastical. Fascia is the fibre optics of our bodymind.
I think that may literally be true!
Thank you very much for sharing Gil.
You are most welcome George, I appreciate your interest!
I really get this
I was able to vislse the fasias first..
Loved the flash cards appearing
I really need organise my time
So I can relay
100 percent
Belfast Ireland ❤️🍀😀🇮🇪
You gotta teach me how to put emos in replies!!!
@@gilhedley449 🐝❤️🔮💡💪💪💪🐝👾😉🙃🇮🇪
phone should be a button
On keypa6
With a smiley face
Emoji city
Hundreds of them in it... 🦁🐺🐒🐵🦍🦌🐽🐽🐽🐷🐖
Facinating
🙂 Thanks for watching!
recently had a training, regarding myths in therapy, in which it was said that fascia can not stick together and that this is one of the biggest false myths for fascia, also these should not be able to shorten. your statement on this? thanks
Your trainer may have been mis-informed on a number of counts, possibly by one of a few teachers out there who insist that fascia is, among other things, "non-living; clinically irrelevant, etc., and that folks who teach otherwise are unethical hucksters, etc., etc." (There are also folks who will insist to their dying breath that the earth is flat, and no reasoning will convince them otherwise. To each hi/r own!) I would say as kindly as I can that such teachings and teachers have not quite finished their homework. Fascia science is quite interesting and fast accumulating. I am a part of a large community of folks working hard to produce an entire International Fascia Research Congress devoted to the topic that meets every three years with academics from over 27 countries for the past 15 years. This group hails from prestigious universities all over the planet and is a very prolific community of researchers and clinicians. Of course naysayers literally write off our entire endeavor and say "nothing that comes of that group has any merit" while generally providing no counterargument, just flat out dismissal. Not sure how to handle that kind of stance, I generally just keep on keeping on regardless of the occasional "cat calls" from the gallery :) I have been dissecting for three decades and have worked my way through hundreds and hundreds of bodies and I can assure you fascia can be agglomerated in a number of different ways as a result of inflammatory processes, scarring, injury, chronic stasis, chronic dehydration, etc. Horses have been sent to the glue factory for many years in order to harvest the abundant elements of the fascial system to use it to produce...glue! Have you ever played with marshmallows and turned them into taffy? Same idea! Fascia agglomerates (sticks) under non-ideal conditions. Ideally it is relatively slippery. Further, there are amongst the cells found in fascia a class called "myofibroblasts" which differentiate from fibroblasts. These cells have prolongated elements which are actively contractile, capable of shortening fascia in time periods much longer than the quick contractility of skeletal muscles tissue. Myofibroblasts also do not "tire" the way that skeletal muscle cells do, enabling them to hold the "tone" of fascia for a very long time. See the research of Robert Schleip, Ph.D., and many others. Thank you for watching and for asking this valuable question, I appreciate the opportunity to respond, and I am glad you are open enough to listen to multiple takes on this topic!
thank you very much for this detailed answer.
the day before yesterday i had a training with robert schleip and tom myers about fascia and the nervous system and i also asked this question there, unfortunately it was not answered due to the many questions.
as a structural integrator i have learned that fascia can stick together and i feel it in practice, but i am, just as you say, open and not dogmatic in my search. when such statements come, i do not close my eyes, but listen and wish for a discourse from both sides.
the training that was about the above statement was given by people who, in my opinion, are very capable of passing on the current state of research. they give training courses all over germany for physiotherapists and doctors, etc.
it was clearly stated that fasciae do not stick together, and one was taught how to talk respectfully with therapists who claim such things and to try to convey the truth to them.
if it's ok, i'll copy your answer, or a part of it, forward it to them and i'm curious about the answer/reason.
@@gilhedley449 Great response!
Do the fibers of deep fascia always cross perpendicularly? In your drawing and the pictures shown in your videos the fibers are crossing perpendicularly. Btw, thanks so much for all the knowledge you share, Gil!
No they actually cross at a variety of angles, I mentioned I might do a video on that in passing! There are some places that form distinct right angle grids, and, I happened to select that pattern for this quicky illustration. I appreciate your question very much, as I do want to elaborate further on this issue, thanks for watching and commenting!
@@gilhedley449 Thank you so much!
👍😊
:)