Honestly man, I know you’re sceptical, but it seems like you’re missing the forest for the trees here.
You have a positive CAC, which is growing yearly.
You’re talking about lead chelation and heavy metals, but you’re also sitting there with a LDL-C of 115 mg/dl or maybe 150 mg/dl and not treating it.
This makes absolutely no sense because the evidence of ApoB causing ASCVD for you is orders of magnitude stronger than the evidence for heavy metals. With ApoB of 90/LDL-C of 115 mg/dl you can easily build enough plaque to cause a heart attack and kill you - in fact, that’s pretty much the average trajectory that kills the average person in their 70’s or early 80s. A level of 150mg/dl accelerates process that even more and kills you earlier.
Your body actually isn’t that smart. Humans are the only species who have LDL-C this high. We get atherosclerosis from “normal” or “average” circulating LDL-C, and no other species does this. That appears to be more of an evolutionary glitch more than anything deliberate or advantageous. It looks like LDL-C might play some sort of role in the response to bacterial infection, and Lp(a) doesn’t have any obvious biological function but maybe can assist with wound healing. But, looking at the bigger picture, heart disease kills 1/4 of all people and bacterial infection and wound healing just isn’t that big of a deal in 2025.
There are people with genetic disorders of PCSK9 walking around with almost no circulating LDL-C/ApoB for their whole lifetime, and they have no heart disease, but also have no other deficits. There are also people who have reduced their LDL-C/ApoB to negligible levels with medications and they also don’t suffer from anything.
Also, there is value in the Cleery vs CAC. In your case, your CAC score is increasing every year, but is that because you’re continuing to lay down more plaque, or maybe this is a “good” thing because your soft plaque (i.e. vulnerable to rupture and kill you) is actually stabilising? Without the full CTCA, you don’t know. (IMO, if your LDL-C is 115-150mg/dl, you’re building plenty of plaque and some of it is calcifying.) CTCA can see the soft and calcified plaque. However, if you’re determined not to treat your high LDL-C then I agree it wouldn’t add value. But if you have an open mind, and you can actually see the soft and hard plaque, maybe it will push you over the edge into dealing with the LDL-C?
That all sounds absolutely awesome. I think you’re adding years to his life!!