WOW! where can I find more information about how to work with interstitial fluids??? Thank you!

Wow, love this explanation 👏 ❤

TeD talk or narrate children’s books and meditational mantras. I could listen to it forever

I meant Trains not chains

What's s somatic psychotherapist? I'm curious to know what you do

Alberto; I am one too. It is working on the Body-Mind-connection. There is so much we can help the mind by helping the Body - either calming the Body - Heart - Mind - or as often to help the mind out of a frozen state. When the Body feels good the Mind follows. I see this each and every time. It is amazing work without meds.

Bingo!

I mean... the physical materials themselves are all held together by electrostatic forces, but that's not the same as magnetic forces exactly. You kinda have to look at chemistry and materials science more than anything electromagnetic, at least for the structural stuff. Action potentials in the nervous system are certainly electrochemical, but again, not really magnetic so much. I'm a little embarrassed to admit that it was only in my twenties that I learned, when someone pointed it out to me, that positive and negative electrical charges are different from North and South magnetic poles. They both follow a "opposites attract, likes repel" rules, but different ones! I think if we want good theories of the nervous system, then we're gonna need a lot more than mechanically structural principles. We're gonna need to learn a lot about self-organizing systems. Though fields of one kind or another might play a part, I personally don't think magnetic fields have much to do with biology. Then again, I could be wrong. It's tricky stuff, after all.

Science of fascias. Look it up

Myofascial science: kzfaq.info/get/bejne/qMdzdciCks28lqc.html

Simon Maslaveckas Definitely not new, but it is not "common sense" up until this point unfortunately. In relation to human biomechanics, tensegrity has not been adopted anywhere. Atleast not in regards to slings and what not... I do get where you're coming from though. Thank you for watching

+functionalpatterns Well responded. You saved my fingers. ^^ Thanks for uploading Thomas' explanation.

It is new in its approach. It's the emerging science of fascias. Fascias keeps our body together through tensional integrity (tensegrity). Without fascias, our body would collapse. As a researcher of the University of Ulm, Robert Schleip, says if you take every else out (bones, muscles, etc), our body would still be standing. Fascias also provides us with proprioception (our sense of body position in space). Futhermore, most of the time when we're have pain in muscles, tendons, ligaments, etc, it's acually our fascias telling us we're hurt. Fascias have 6 times more nerve ending than our muscles. And all nerves have to go through fascias in order to connect with organs and other parts of our body. For centuries, fascias have been ignored and dismissed as "useless" envelopes to organs. Fascias science has been picking up only over the last decade or so. And the knowledge Tom is promoting is commonly accepted among fascia academic fascia researchers. It's facts at this point. But fascia science hasn't caught up yet to the general medical, biological, biomechanical community. It's still in its infancy. The first Fascia Research congress was only held in 2009 at Harvard. What Tom saying here is far from ideological. It's just that it's not common knowledge yet in the scientific community, not to mention the general population. But this will change within the next 20 years. Academic seminar from a University of California: kzfaq.info/get/bejne/qMdzdciCks28lqc.html

Agree!!