Hi SAM, amazing work. Would you please do a (short) piece on successful/unsuccessful state of the art blood purification/normalization regimes that you are involved in?
Just doing a quick blood cleanse is a contradiction in terms—because even if your blood is clean, your tissues are still full of toxins. And you start drawing the toxins that have been released out of the tissues. In addition, you need ways to “cleanse” the tissue as well. And to do that, you have to break down structures that have already formed. So binding substances is important here—to do that, you need to know what these structures are made of—and how they’re connected—because unfortunately, a quick fix won’t do the trick. For anyone who doesn’t use any detoxification or detox program—too many of them already have kidney problems—because the accumulation of substances in the body, or the level of contamination, is very high. This means, first and foremost, keeping an eye on kidney function and not overloading them. Because if you really go deeper, it can backfire very quickly.
So, unfortunately, just writing a quick article won’t cut it. And I don’t want to provide instructions here that aren’t tailored, only for tons of people to try them out on a whim—and for it to end in disaster.
I share what I find here on Substack—but I don’t offer medical advice. The topic is far too complex for that, and week after week we discover new connections and information that completely overturn previous approaches.
So here I’ll limit myself to preventing the individual components from binding together and getting them out of the body—such as how Novalytic breaks down hydrogels, Insuless for kidney function and as a protective agent that can be applied, Apo Lactoferrin for iron binding, and possibly a few others.
Since our environment is also highly contaminated—it’s like the following example:
You have a bucket full of water that is dyed red. Now you put a sponge in it and it is supposed to soak up water—but without the red dye. Since it absorbs the red dye anyway, it tries to bind it with binding agents and wring it out again. And at the same time, it absorbs more red dye. You see how difficult that is? That is exactly the situation we are in—we are the sponge—and the air, water, and food are the colored bucket.
Hi SAM, amazing work. Would you please do a (short) piece on successful/unsuccessful state of the art blood purification/normalization regimes that you are involved in?
Just doing a quick blood cleanse is a contradiction in terms—because even if your blood is clean, your tissues are still full of toxins. And you start drawing the toxins that have been released out of the tissues. In addition, you need ways to “cleanse” the tissue as well. And to do that, you have to break down structures that have already formed. So binding substances is important here—to do that, you need to know what these structures are made of—and how they’re connected—because unfortunately, a quick fix won’t do the trick. For anyone who doesn’t use any detoxification or detox program—too many of them already have kidney problems—because the accumulation of substances in the body, or the level of contamination, is very high. This means, first and foremost, keeping an eye on kidney function and not overloading them. Because if you really go deeper, it can backfire very quickly.
So, unfortunately, just writing a quick article won’t cut it. And I don’t want to provide instructions here that aren’t tailored, only for tons of people to try them out on a whim—and for it to end in disaster.
I share what I find here on Substack—but I don’t offer medical advice. The topic is far too complex for that, and week after week we discover new connections and information that completely overturn previous approaches.
So here I’ll limit myself to preventing the individual components from binding together and getting them out of the body—such as how Novalytic breaks down hydrogels, Insuless for kidney function and as a protective agent that can be applied, Apo Lactoferrin for iron binding, and possibly a few others.
Since our environment is also highly contaminated—it’s like the following example:
You have a bucket full of water that is dyed red. Now you put a sponge in it and it is supposed to soak up water—but without the red dye. Since it absorbs the red dye anyway, it tries to bind it with binding agents and wring it out again. And at the same time, it absorbs more red dye. You see how difficult that is? That is exactly the situation we are in—we are the sponge—and the air, water, and food are the colored bucket.
Have a nice day
SAM
Thank you for that, brilliant, and eminently sensible!