IndraLab

Statements


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"LRP6 forms a complex with LDLR, clathrin, and autosomal recessive hypercholesterolemia protein, and is required for clathrin mediated vesicular LDL uptake."

sparser
"Here, we further show that Wnt ligand stimulation induces conformational change of the Frz-LRP6 complex and leads to hexamer formation containing the core LDLR domain-mediated LRP6 homodimer that is stabilized by two pairs of Wnt3a and Frz8, that is, Wnt3a-Frz8-LRP6-LRP6-Frz8-Wnt3a."

sparser
"It was shown that LRP6 (WT) forms a complex with LDLR and autosomal recessive hyperlipidaemia protein (ARH), which upon stimulation with LDL undergoes a clathrin-mediated internalization process ( xref )."

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"Further analysis revealed that LRP6 forms a complex with LDLR, clathrin, and ARH and undergoes a clathrin-mediated internalization after stimulation with LDL [52]."

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"Once LDL-C binds to LDLR, LRP6 forms a complex with LDLR, LDLRAP1, and clathrin to initiate a clathrin dependent endocytosis."

sparser
"LRP6 can form a complex with LDLR, facilitating receptor-mediated endocytosis of LDL particles [ xref , xref ], and also directly bind apolipoprotein E-containing lipoproteins."

sparser
"In vitro evidence showed that LRP6 knockdown in LDLR-deficient CHO cells caused a modest reduction of LDL binding and uptake, while its knockdown in regular CHO cells resulted in a much greater decline in LDL levels, suggesting an interaction between LRP6 and LDLR."

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"Furthermore, co-localization and complex formation between LRP6 and LDLR in LRP6 mutant fibroblast showed impaired internalization of LDL particles."

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"In vitro evidence showed that LRP6 knockdown in LDLR-deficient CHO cells caused a modest reduction of LDL binding and uptake, while its knockdown in regular CHO cells resulted in a much greater decline in LDL levels, suggesting an interaction between LRP6 and LDLR."