In addition, niacin modestly lowers LDL-C levels. LDL-C circulates in the blood as a heterogeneous population of various sized particles, with smaller LDL particles widely considered to be more ...

ApoB is a marker of the risk of atherogenic particles, especially LDL risk, and cannot substitute the whole lipid profile, especially at baseline examination. Thus, as this article suggests ...

Some LDL particles are smaller and more prone to oxidation, a process that makes them more likely to contribute to plaque formation. LDL cholesterol can be further categorized based on the type ...

3) Size of LDL particles matters — small, dense, bb-like LDL particles are particularly harmful, compared to large, fluffy, ping-pong-like particles. Blood tests that measure these things are ...

Low density lipoprotein (LDL) is one of several lipoprotein particles that transport cholesterol (a lipophilic molecule) through the aqueous environment of the blood. Other cholesterol carriers ...

So-called ‘bad’ cholesterol is cholesterol carried by particles known as low-density lipoproteins (LDLs). Too much of it may cause health problems since LDL particles can penetrate the ...

Here's what has been determined so far. LDL particles enter the artery through the blood. An overabundance of LDL particles can lead to them getting trapped in the lining of the artery. The LDL ...

Bad' LDL particles carry cholesterol from the liver to the peripheral tissues (and can deposit cholesterol in arteries), whereas 'good' HDL particles ferry excess cholesterol back from the tissues ...

LDL-C particles and macrophages progressively accumulate into a lipid core, while SMCs produce extracellular matrix proteins that comprise the fibrous cap. [Pahwa R, et al. StatPearls. 2022;3a ...