How Do Visceral Fasciae Structure Visceral Space? Learn Integral Anatomy with Gil Hedley
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- čas přidán 7. 05. 2023
- www.gilhedley.com In this video I illustrate the pattern of fascial layering that characterize the structure of visceral space, including fibrous, parietal and visceral layers~ Enjoy!
I go into much further detail on this topic in both the free and paid memberships on my site, illustrating with on camera dissection.
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Site: Join www.GilHedley.com for free and affordable Integral Anatomy resources, as well as an always-expanding library for continuing education credit.
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Interested in Willed Body Donation? Go to: www.anatomicalresearch.org/ - Věda a technologie
Oh Gil, you are WONDERFUL!
I just adore watching, like and learning with you.
I love your metaphors of kittens and pucks. It makes everything so very vivid and.real and accessible
Thank you
Thank you
Thank you.
This is the 1st time i have got to catch up on some of your videos in a while, and i am just as ignoted as ever.
I will be sending this post off around the place to my friends now.
You are the Best - such a treat
Xxx
Ahh I'm so happy to share in your excitement for learning with you Virginia, and thank you for sharing with your friends, I'm on a mission to inspire widespread appreciation for the gift of our bodies, and welcome the help!
Thank you! Clears up lots of contradictions that I have come across about the fascia and internal organs! Yay!
Excellent descriptions here. In particular, really appreciated "All the words are different, but the pattern repeats." This is your superpower!
I am gratified to know I am hitting the mark, it keeps me going to keep on working for clarity, thank you!
Great imagery-as always: kittens in a sack and a hockey puck. Who knew they'd be so helpful in learning anatomy? Thank you for bringing all this info to light in such an easy to understand way.
Haha if if works, let's use it!! :)
Thank you for such accessible and practical anatomy information ❤
Thank you so much for this wonderful and memorable presentation, "Kittens in a sack" 😅❤
I especially appreciate the short written explanations on the upper left side of the frame, they somehow help my brain keep the info better than just by listening.
So happy to have found your channel : ) 👏
Thank you for that feedback, it is helpful to me to know those captions are of service!
So clearly articulated. Thank you for making concepts like these exciting and easy to understand
Thank you kindly Nancy!
oh mummy , i am just out of your unline zooom class .....Captain was an unbelieve man in life
and what a flight around the Human body ,
he gave us . i have been watching every month , about Captain .
i really had to struggle to stop crying , as i think all of us where the same .....so moving honestly....,...the sensory nerves yous discovered hiding, is truly outsanding on so many levels .
honestly tonight , you guys gave us so many new ways of thinking and exporing our bodies .........Captain , wow what a joureny tonight.
Wonderful to hear this from you Marguerite, when folks are touched, I know we are hitting the right notes xoxoxo
Thanks Gil
You bet, thanks for watching Paula!
Thanks Doc Gil. 🫶🏼
You're most welcome Lee!
Kittens cuddling in a sack. You’re amazing and great Gil!!
We've all got 'em! Thanks Vik!
As A Canadian, I appreciate the hockey puck analogy ;-). I continuously love your wonderful teachings. Fibrous + Serous layers + Serous fluid = MAGICAL body! Thank you xx
Thank you my dear, I continuously love you!
@@somanaut And I you! xoxo
This is extremely interesting!!!!
Is the Cerebrospinal fluid the serous fluid of the brain, or is the CSF something else?
Thanks for making this so simple to understand, and so interesting at the same time.
On this analogy, yes, but the CSF is not a homologue to the serous fluid, they have different components: CSF is more watery than serous fluid, and CSF also creates a fluid layer of greater depth than the serous fluid. Good question, it helped me to think and clarify!!
wow what a wrap , going to have to go over again, really unbelieve how all the membranes and fluids understand forning diffent sections.....wow gil thats unbeleieuble ......does are hearts have like the Blood Brain Barrier ......you always give us a ton of questions, to get us cyriuos/////belfast ireland
I'm glad you enjoyed this one Marguerite! And no, not as you imagine, the heart does not have the likes of the "blood brain barrier," which is not a function of membranes as you might imagine, but might require another video for me to explain the difference!! xoxo
profound visualization of the visceralization...is that word? Anyway, you always inspire.
Haha I think you have coined a new one Anna, it works for me!
Is serous fluid water in the fourth state (structured water)?
That's a very interesting question Jeff! Serous fluid has more components than water (sort of...depending on the water...), lets say it carries certain proteins, Ph, salinity etc. whereby we would distinguish it from water, and it is also watery enough to share many if not most of its properties. Also, serous fluid, being a relatively thin layer creating gliding adhesion between two layers of serous membranes, will have a very high degree of surface contact which as we know from Gerald Pollack's research will generate "exclusion zones," which is the structural state that we associate with water in a 4th state. I think it is likely that serous fluid then could be a likely place for the water contained there to form exclusion zones, but I'm not sure I'd put it exactly that "serous fluid is water in the fourth state," for precisions sake. I think biological systems are extremely conducive to generating water in its fourth state though, and considering this likelihood can open many many doors of exploration into reframing biological functions. Thanks for adding this to the conversation Jeff, you really got my wheels turning which I enjoy!
@@somanaut food (water) for thought.
“Kittens in a sack, playing with each other!” Aristotle would admire your use of Nature to explain our complexities. 😂. Dr Gerald Pollack calls this playful wiggling ‘Reptation’ (Cells, Gels and the Engines of Life 2001, p.125).
Playful wiggling changes pH of tissues, ion channels open. There are lots of benefits to playfulness. 😊
We gotta make time to play! I love Gerald Pollack, his work is super affirming of many things I say with no back-up, kind of a relief!
Oh Gil,
I will be cuddling my kitten 😸 😸 🐱 😽 from now on ..
I am so hard on my own body .
I need to get all fluffy and learn to Respect my own body .
That's for the lovely tools 🔧 😀
Belfast Ireland 🇮🇪 😎
Enjoy the cuddles, we all deserve them!