In this video, Gary Brecka and a patient (Speaker A) walk through a live Inus Phoresis plasmapheresis session. The machine separates whole blood from plasma, passes the plasma through specialized filters, and returns the cleaned blood to the patient. The focus is on a lipid‑phorésis filter that removes genetically elevated cholesterol proteins—VLDL, lipoprotein(a) [Lp(a)], and ApoB—for which no approved drugs currently exist. The patient discusses managing these markers with slow‑release niacin and bergamot oil while awaiting future pharmacologic options. After the treatment, the patient shows a pre‑ and post‑procedure blood sample: the pre‑treatment venous blood displays rouleaux formation (stacked red cells indicating low oxygenation), whereas the post‑treatment sample shows dispersed cells, suggesting improved oxygen exchange and overall cellular health. The patient reports feeling “amazing,” noting mild post‑procedure puffiness and bandages, and emphasizes the dramatic visual and subjective improvement.
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So I'm deep in the procedure right now. I feel amazing. I got my feet up a little bit. Uh, you can see the machine running right there. The blood is leaving one side of my body. It's being filtered, um, separated. The whole blood and the plasma is being separated and then returned into the other side. This is the Inus Phoresis machine right here. What this machine is going to do is separate her whole blood from her plasma. It's going to filter her plasma.
See these, these different filters here. And then it's going to return it back into the other side.
So the first filter I did was more for, um, the lipid protein. So the bad cholesterols, the oxidized cholesterols like VLDL, very low density lipoprotein, also lipo little a, ApoB. These are two cholesterol proteins that I have, um, they're genetic. My LDL cholesterol is great, but the lipo little a is high and lipo B, which there's no pharmacological solution for right now.
I did the lipid phoresis and I'm going to do the toxin phoresis later. So I have the, uh, Lipo, which is the Lipo and ApoB. Those are, uh, the proteins that are genetically linked. Um, right now there, there's no pharmacological solution for them. There may be early next year. Um, I've been able to manage them somewhat. I obviously managed all the other lifestyle factors. I managed them somewhat with slow-release niacin and bergamot oil. But until there's a pharmacological solution, you can actually filter those directly out of the blood with this lipid phoresis. Guys, I just finished my treatment. I'm a little puffy. I've got my, uh, bandages on. Um, but I wanna show you the difference between my blood before and after the treatment.
So this is actually my blood that we drew before the treatment. So this is venous blood and you see these, how the red blood cells are all stacked together like this is called rouleaux. So it's low oxygen in this venous blood and I'll show you what it looked like immediately after the treatment. You can really see the difference. It's absolutely night and day and I can feel it. But now all this surface area the cell has, to exchange with its outside environment, to eliminate waste, repair, detoxify, regenerate, exchange oxygen and other gases. So this is a phenomenal result.
