Given what I've come to know about the nature of arterial plaque from the various posts and threads on the topic, I've become interested in finding out if anyone has been able to classify plaque. My online searches fail to give me answers, and I wonder if anyone here has better sources or better search skills that would provide some answers.
I'm given to think that there are different kinds of arterial plaques, and that knowing what type of plaque one's arteries. arterioles, and arterial capillaries one has would be very helpful. Matching a treatment specific to the type of plaque would be more effective than having a generalized approach to removing plaque.
If a plaque is mere calcification (if that counts as a plaque, which I argue it would), for example, it would perhaps merely involve magnesium and vitamin b6, and vitamin K2, as well as enabling oxidative metabolism to provide endogenous CO2 production which would transport calcium out of cells; among other things.
If the plaque involves the accumulation of cholesteryl esters from PUFA, then it would need the use of cyclodextrins to help macrophages to eat away the cholesteryl esters, as Ray Peat has mentioned in a recent 2019 newsletter.
If the plaque is the accumulation in the arterial walls of the remnants of a continuing skirmish between the protagonists - antigens and antibodies - from chronic bacterial infection and white blood cells responding to eliminate it, and calcium biofilms being formed by bacteria for protection, then the treatment would involve both biofilm busters and proteolytic enzymes to eat away the plaque.
But this is just my take on arterial plaques, and I'd like to get a more professional take on it. Some articles on this that's a step up from a simple Google search (that usually ends up with a poor take on it) would be very much appreciated.
I'm given to think that there are different kinds of arterial plaques, and that knowing what type of plaque one's arteries. arterioles, and arterial capillaries one has would be very helpful. Matching a treatment specific to the type of plaque would be more effective than having a generalized approach to removing plaque.
If a plaque is mere calcification (if that counts as a plaque, which I argue it would), for example, it would perhaps merely involve magnesium and vitamin b6, and vitamin K2, as well as enabling oxidative metabolism to provide endogenous CO2 production which would transport calcium out of cells; among other things.
If the plaque involves the accumulation of cholesteryl esters from PUFA, then it would need the use of cyclodextrins to help macrophages to eat away the cholesteryl esters, as Ray Peat has mentioned in a recent 2019 newsletter.
If the plaque is the accumulation in the arterial walls of the remnants of a continuing skirmish between the protagonists - antigens and antibodies - from chronic bacterial infection and white blood cells responding to eliminate it, and calcium biofilms being formed by bacteria for protection, then the treatment would involve both biofilm busters and proteolytic enzymes to eat away the plaque.
But this is just my take on arterial plaques, and I'd like to get a more professional take on it. Some articles on this that's a step up from a simple Google search (that usually ends up with a poor take on it) would be very much appreciated.
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