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.
the half-life of an LDL particle is about a day now it can be longer but that's a pathologic state which gets back to this a possi three thing that's interesting yeah you can have a pathologic state where LDLs will hang around longer
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the half-life of an LDL particle is about a day now it can be longer but that's a pathologic state which gets back to this a possi three thing that's interesting yeah you can have a pathologic state where LDLs will hang around longer but if you look at the actual kinetic studies and brown and gold scene did this work and this is part of the work I believe that they want to know about prize for the kinetics of LDL are pretty well understood using very elegant tracers and we'll link to that paper because I actually had to go back and look at it because I was surprised by Ron's answer when he said that the LDL particle half-life is really only a day under non pathologic states
Given that the half-life of his LDL is a day
you know the LDL low density lipoproteins you know half-life is like about a day maybe closer to two days not what is commonly discussed is two to four days that's incorrect the residence time might exceed that it might be at that level total residence time but not the half-life