lipoproteins

The important factor js number of ApoB tagged lipoproteins (ApoB) and not mass of cholesterol within those lipoproteins.

When people use that term, it generally refers to low-density lipoproteins, which are an endogenous transportation mechanism for cholesterol in your body.

These tiny particles, called lipoproteins (lipid plus protein), contain some cholesterol to help stabilize the particles.

Baseline blood lipoproteins were only available in 4,549 participants and, therefore, not included as covariates.

This subsequently results in the liver producing more triglycerides and lipoproteins that clog the circulatory system and the inflammation itself promotes hypertension.

I'm referring to apolipoproteins bound to lipids and cholesterol (at which point we can call them lipoproteins).

Concentration of ApoB-carrying lipoproteins in the bloodstream as the driver of heart disease is one of the most strongly proven facts in medicine.

I subscribe to the idea that LDL causes heart disease: > Low-density lipoproteins cause atherosclerotic cardiovascular disease.

But there is no difference between saturated and unsaturated fats since they are all transported in lipoproteins once they are in the blood.

People don't even care about the atherosclerotic effect of saturated fats and lipoproteins that we've known for half a century.

There are alternative theories of the function of lipoproteins in the blood.

ApoB is the main protein found in the low-density lipoproteins (LDL).

For other readers: To expand on this, the paper in the parent comment is “Low-density lipoproteins cause atherosclerotic cardiovascular disease.

It’s not the cholesterol itself that’s “good” or “bad”, but there are lipoproteins in the body that transport the cholesterol that have differing effects on CVD risk.

"Fats" don't flow in, lipoproteins do at high blood pressure parts.

Those in beef fat aren't quite as powerful at boosting LDL and those in chocolate and cocoa butter have an even smaller impact." HDL and LDL are lipoproteins: "...fats must somehow get from your digestive system to your cells...like oil and water, fats and blood don't mix.

Lipoproteins can bind to the endotoxin, and clear it or at least stop immune cells from reacting to it.

Lipoproteins are generally classified by the balance of fat and protein they contain.