Title : Binding of high density lipoproteins to cell receptors promotes translocation of cholesterol from intracellular membranes to the cell surface.

Pub. Date : 1987 Sep 25

PMID : 2820959






7 Functional Relationships(s)
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Compound Name
Protein Name
Organism
1 HDL3 and TNM-HDL3 were found to be equally effective in causing efflux of plasma membrane cholesterol radiolabeled with [3H]cholesterol. Tritium HDL3 Homo sapiens
2 HDL3 and TNM-HDL3 were found to be equally effective in causing efflux of plasma membrane cholesterol radiolabeled with [3H]cholesterol. Tritium HDL3 Homo sapiens
3 However, HDL3 was much more effective than TNM-HDL3 in causing efflux of [3H]cholesterol associated with intracellular membranes. Tritium HDL3 Homo sapiens
4 However, HDL3 was much more effective than TNM-HDL3 in causing efflux of [3H]cholesterol associated with intracellular membranes. Tritium HDL3 Homo sapiens
5 By measuring movement of endogenously synthesized [3H]cholesterol to the plasma membrane, and into the medium, we found that HDL3 induced a rapid movement of [3H]cholesterol from a preplasma membrane compartment to the plasma membrane that preceded [3H]cholesterol efflux. Tritium HDL3 Homo sapiens
6 By measuring movement of endogenously synthesized [3H]cholesterol to the plasma membrane, and into the medium, we found that HDL3 induced a rapid movement of [3H]cholesterol from a preplasma membrane compartment to the plasma membrane that preceded [3H]cholesterol efflux. Tritium HDL3 Homo sapiens
7 By measuring movement of endogenously synthesized [3H]cholesterol to the plasma membrane, and into the medium, we found that HDL3 induced a rapid movement of [3H]cholesterol from a preplasma membrane compartment to the plasma membrane that preceded [3H]cholesterol efflux. Tritium HDL3 Homo sapiens