True Health Recovery
How many friends or family members do you know who are struggling with their health? Probably more than you think. And there's a good chance you're in the same boat, whether it's dealing with anxiety, depression, endometriosis, PCOS, acne, eczema, psoriasis, autoimmune issues, thyroid problems, Lyme disease, brain fog, or just plain fatigue. Trust me, you're not alone. These days, living with health symptoms has become the unfortunate norm.
Most people just learn to live with their health issues, accepting them without questioning why there hasn't been more progress in medical research. But more and more often, these symptoms begin to seriously affect people's quality of life, stripping away the joys and freedoms they once took for granted. They find themselves part of a "hidden army" of sufferers, possibly confined to their homes or even hospitalized, as they bounce from one doctor to another, losing hope and their spark along the way.
The truth is, no one is immune to health issues. Given what we face in today's world and its impact on our bodies, it's possible that anyone could suddenly start showing symptoms out of the blue.
That's where Dr. Hugh Wegwerth D.C. comes in. Join him in his enlightening podcast as he shares groundbreaking, ahead-of-the-curve medical insights that millions around the globe are already using to heal and conquer chronic illnesses. But a heads-up: if you prefer to stay in the dark about these issues, then this podcast might not be for you.
True Health Recovery
Cell Membrane Detoxification Could Be Why You're Still Sick
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@drhughwegwerth
@drhughwegwerth
@drhughwegwerth
In This Episode:
If you’ve been dealing with chronic illness, fatigue, or mystery symptoms, this episode might change everything for you. Dr. Hugh breaks down cell membrane detox in a way anyone can understand—and shows why this could be the missing piece to real healing.
What You'll Learn:
- What a cell membrane is and why it matters for your health
- Why healing your membranes can calm inflammation and boost energy
- How 30 trillion cells in your body depend on one key building block
- The special nutrient called phosphatidylcholine that helps repair broken cells
- How your mitochondria, nucleus, and other organelles rely on a strong lipid bilayer
- Why antioxidants like astaxanthin and vitamin E are game changers
- A look inside top products Dr. Hugh uses with chronic illness clients
- What happens when membranes can't let nutrients in or toxins out
- Why energy problems often start with poor cell structure
- The step-by-step protocol to restore healthy membranes and reduce inflammation
Key Takeaway:
If you've never focused on healing your cell membranes, you're missing a powerful key to reversing chronic inflammation, fatigue, and pain. This episode is your crash course in bringing common sense back to health—starting at the cellular level.
Resources Mentioned:
- Phosphatidylcholine products from Quicksilver Scientific
- Ultra Binder for detox support
- Vitamin C, bitters, and kidney support blends
Want More?
Reach out to Dr. Hugh at his clinic for help getting started.
Where there is help, there's hope.
Listen now and learn how to build stronger, healthier cells—starting today.
A community. This is Doctor Who, and what I want to talk about today is what I'm going to call cell membrane detoxification. And this is a critical component. I've been doing lots of research and helping people that have chronic illness, chronic disease. And this is a huge missing component. So I think you're going to get a lot of value out of this. Now if you're watching this on YouTube, if you could greatly give me a thumbs up and if you could subscribe to my channel would be awesome. I've been on YouTube for, I don't know, over ten years. I have over a thousand videos and this content can help people. I just need some community engagement to help spread the word of my channel. So thumbs up and subscribe to the station and let's get into this. So what am I talking about when I talk about cellular membrane healing? What we really want to get down to is this right here is let's bring some common sense back to health. If we can bring common sense back to health, you are going to get better. And when when we talk about common sense health, we have to do some education. Right. So we're going to be talking about your cell membranes, but not only your cell membranes is when God designed us. We have 30 trillion cells. So every cell membrane we're going to be talking about the bilayer in there. And then also all the different organelles within the cell. They have the same bilayer bilayer structure. So if you don't have a good membrane you're going to be chronically inflamed. And all these different components right here have the cell membrane that we need to make sure is functioning optimally and is healthy. So this is your whole entire cell. So what we're going to be spending really time on is the fossil title bilayer right here. And this is the structure of our cells. But not only is it the outer structure of our cells right here, it's also the outer structure of the mitochondria. It's the outer structure of this right here the endoplasmic reticulum. This part right here the Golgi apparatus right here, which is that thing right there. Lysosomes, which are basically things that break things up. Lysosomes. You can see the lysosome right there. And then guess what the cell nucleus is all made up of. This structure right here. So how important is it to have good cell structure. It is critical especially with chronic illness. Now I want to read this to you here. So this comes from the internet. So foster title colon. So this is what we're really going to be spending our time on. Here is a product called fossil title choline. It's a critical component of cell membranes acting as a major building block and contributing to membrane validity and function. It is the most abundant phospholipid in mammals, making up roughly 40 to 60% of the total phospholipids. So this is very, very critical. We need to make sure that you are having that you have enough phosphorus alkaline in your diet in your supplements because if you do not, your cells become crusty and your cells cannot get things out of the cell and into the cell. But not only is it the cell, it's the nucleus, it's the endoplasmic reticulum, it's the liposomes. It's all these different organelle structures within the cell that have this same bilayer. So we want to make sure that this bilayer is definitely healthy. Now in here you can see this picture right here. This is just the lipid bilayer. And you can see how they have these two layers that come together. And that is the structure right in there. Now the product that I'm going to be talking about is what we call exactly the membrane. And so if your membranes are not well or if you have chronic illness, not only are your membranes not well, but all the organelles in the cells are not healthy. And this will be the root cause of a lot of people's chronic illness. So you can see in here it has a massive dose of fossil alkaline 460mg. Now not only does it have that, but it also has other components in there. Astra Zanten, which is an antioxidant. So this is a really cool study right here. So you can see here this is the fossil title bilayer right a layer here and then a layer here. So the outer the the outer layer right here is this is basically this is water soluble. And then the inner layer right here is water soluble. So you can see here it says hydrophilic right here hydrophilic. That means that it likes water. And then you see the fatty acids. So this is the fat. The middle part is the fat. And then the outside is the water water soluble product. And the fossil title choline is basically these little heads right in here. Now the aster xanthan that's also in this product right here the the asterisk right here. You can see that right there. So you can see this Astro Zanten right here. You can see how it goes through the whole entire bilayer, right? So goes through the water soluble and then the fat and then the water soluble. Now why is this so important? This is so important because not a lot of anti antioxidants are fat soluble and water soluble. And AstraZeneca is. And what they've shown in this study right here this light you see the astro xanthan and you see these little electrons right here. So the astro xanthan can actually allow electrons electrons to move from this layer right here the the outer layer to the inside layer. So you see how these electrons are. You can see here it goes either or either or. You see all these electrons right here. And they move up and they come out in to the outside right here. Now why is this important? Because electrons are needed for energy production. Electrons are needed for ATP. Electrons are needed for mitochondria. So all these things are very, very critical. So it's an antioxidant. And it also pushes electrons in and out of the cell. Now this product also has a couple other things in here. It has vitamin E which is a fat soluble antioxidant. Fat soluble. Right. So we have antioxidants that can be fat soluble and water soluble. And then we only have a very, very few that can be both fat and water soluble. Right. So vitamin E is strictly fat. Astra's Zanten is that special antioxidant that is fat and water soluble. So this is where it's really, really critical. This is why it helps the cell membranes so much. And this is the content you want to geek out and see where I got the research. Now Quicksilver Scientific's. So this is a Quicksilver scientific product. I've been having some of the most success clinically with chronic illness, with, uh, scientific's, with Quicksilver Scientific's. They have patents on the delivery system. So these are this is a very specific delivery system on how to get these nutrients into your body. So this right here is this is another product. This is just pure PC. So just pure PC is this this right here. Fossil title colon. It doesn't have these other structures in here which are very critical as well. Now I love these pictures. I kind of want to geek out on some of these pictures. Here is you can see what I'm looking at right in here. Is this right here. You see this? This is the cell membrane or I'm sorry, not the cell membrane. This is the mitochondria. So you see that layer right there? That whole layer is that fossil title calling that bilayer. So all the mitochondria are this bilayer. And you need to have fossil title colon in that bilayer to get nutrients in and out, not only to get nutrients out, but to get electrons in and out of the nucleus and all parts of your body. Now, when God designers, check this out, we have basically a 30 trillion cells and within one cell, let's just take the heart. Within one cell we can have 2000 2000 mitochondria. So this is pretty crazy. So within one cell we can have 2000 mitochondria. And this whole entire outside of the mitochondria. Is that bilayer. See these little what they call these little Christy Christy these little lines. That is the bilayer as well. And then we have this right here. We have this rough endoplasmic reticulum. So what the heck is that? So if we look way up in here, you can see this part right in here. That's the rough endoplasmic reticulum. Why is that so critical? Because the structures in your nucleus here, the structures in your cell, I should say, just aren't like free floating hanging around. They have some like structure to them, just like a house has a frame. So there's a lot of these organelles within the cell that will contribute to making the cell have some kind of structure to it. So in here this is just another picture I think these are really cool pictures. So you can see right here we have the nucleus. So the nucleus. So that whole layer right in here is all that bilayer phosphate alkaline. And then you can see what we here what we have here is the air which is called the endoplasmic reticulum. You can see how that's just kind of diffuse holding things together. And all these little lines here have that bilayer. This is why that bilayer is so so critical. Here's just some more pictures I really like these pictures here. So the nucleus. So again the nucleus has that bilayer. And then we have the endoplasmic reticulum. We have both smooth and rough. At the end of the day it's just the communication within the cell. We have all these mitochondria. All the mitochondria are fossil alkaline the bilayer. So you can see all these organelles are super, super critical to make sure that you have enough phosphate. And if you have chronic illness, at any rate, you're not getting enough, um, phosphate tidal cooling in here. Check out the mitochondria okay. The mitochondria again this has the fossil tidal choline the bilayer the endoplasmic reticulum that has the bilayer. Here's another mitochondria. I mean, these slides are just really, really cool. Now I want to geek out a little bit here. So what we have right here is we have this right here, which is which is the nucleus right here or. Yeah, this whole thing right here. This is the nucleus. Now you can see this, which is really cool. You see how the nucleus right here. If I blow this up, you can you see how it actually opens up and produces the. This is what we call the endoplasmic reticulum. So what happens here? The nucleus itself isn't fully encapsulated. There's a little slit on on one of the sites. And then the endoplasmic reticulum starts to form there. So the endoplasmic reticulum literally is just an extension of the cell nucleus. Now what happens in here. Why is it called the rough endoplasmic reticulum. You see these little bubbles right here. These are ribosomes. These are ribosomes. Now what the heck happens in the ribosomes? Check this out. This is where RNA is produced, right? So we have DNA and we have RNA. So within the cell we have the cell nucleus. And then right besides the cell is the rough endoplasmic reticulum which has the RNA the mRNA the messenger. And that is guess what. That's the fossil bilayer right. So we're talking about genetics here. We're actually talking about getting down to the genetic code when we talk about rehabbing your cell membranes. So this is a really great product that I've been having success with. This is a Quiksilver. So they have a product right here called bitters. This helps your gallbladder. We have the kidney support. You got to detox this stuff out with the cell membrane. And then we also have vitamin C. All these things right here are things that help support your cell membranes and decrease the overall inflammation in your cell membranes. And then once you do a protocol right here, then you actually when the toxins start to come out of your cell, you want to grab those, you want to grab those with some binders. So this is a great binder here. It's called the ultra binder. And you can see here that it has a variety of different binding agents. In this you sip this, so you take these particles and then you sip these things. And this really starts healing your cell membranes. Like if your cell membranes are not healthy, you're not going to be well, if you have chronic inflammation, you're going to be well. If you have pain anywhere in your body, like on a chronic level, your cell membranes are not healthy. And if you've never tried to heal your cell membranes with a specific program, a protocol, this could be a missing link when it comes to your vitality and you getting well. So with that being said, I hope this brought some value to you, value to you, and if you want to reach out, feel free to reach out and contact me or us. My clinic and remember is where there is help. There's hope. Take care. Bye bye.