Paul Saladino· MD
and chylomicrons unlike v LDLs the ones we were talking about earlier they actually get cleared by the liver relatively quickly unless you have some kind of disease that keeps them in play
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The evidence is convergent. Multiple independent sources reach the same conclusion, the underlying mechanism is well-characterized, and even the field's most cautious voices treat it as worth doing.
and chylomicrons unlike v LDLs the ones we were talking about earlier they actually get cleared by the liver relatively quickly unless you have some kind of disease that keeps them in play
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they bind to either a PO be a 100 that's on the VLDL but LDL receptors won't bind tape will be 48 in the chylomicron but they bind to a PO e and kylos and vldls typically
which is why the chylomicron half-life is minutes and the Veolia half-life is a couple of hours
the purpose the functional purpose of chylomicrons and VLDL is to deliver energy in a form of triglycerides thetaba sites and Maya sites and phospholipids not to deliver cholesterol to any darn cell in your body
chylomicrons as they lose their triglycerides and phospholipids they become smaller column microns chylomicron remnants which are for the most part if you're lucky cleared by April we reset there somewhere but there's chylomicron remnants floating around
the kyos and the vldls that carry Triggs they're the big triglyceride carrying particles yes they screw up the hdls and ldls by sending trigs over there but normally those particles should deliver the trigs to the muscle cells where they lose trigs and then they get smaller