IndraLab
Statements
sparser
"However, ligand binding to LRP1, a member of LDLR family, transactivates the Trk receptors through an SFK-dependent pathway in PC12 cells and neurons [ xref ], demonstrating that apolipoprotein E-receptors have neurotrophic activity that is dependent on Trk receptor transactivation."
sparser
"For example, interactions with the LDL receptor and Lrp1 support the M6PR-independent delivery of cathepsin D to lysosomes ( xref ), whereas glucocerebrosidase, whose loss causes a lysosome storage disorder known as Gaucher’s disease, is routed through a LIMP-2–dependent mechanism ( xref )."
sparser
"Finally, siRNA-CaP-rHDL was prepared by
incubating siRNA-CaP-LNC with apolipoprotein E3 (ApoE3), which was previously
confirmed to be responsible for binding to low-density lipoprotein receptor
(LDLR) and low-density lipoprotein receptor-related protein 1 (LRP1) that are
expressed in the BBB, blood–brain tumour barrier (BBTB) and glioblastoma
cells xref xref xref xref xref ."
sparser
"None of the LDLa repeats of LRAD3 contains all of the necessary acidic amino acids that are required for generating an acidic pocket capable of docking lysine side chains that protrude from certain LDL receptor family member ligands, such as the receptor associated protein (RAP) ( xref ) ( xref ), suggesting that potential ligands are likely to be distinct from those that interact with the LDL receptor or LRP1."
sparser
"It is unclear whether the apoC-III 0a and apoC-III 0b glycoforms affect the affinity of TRLs for SDC1, but in previous studies the absence or presence of murine apoC-III 0a on TRLs did not seem to affect the capacity of SDC1 to mediate TRL clearance. xref This thus suggests no preferential binding of apoC-III 0a to HSPGs. xref Combined, these observations support the idea that the apoC-III 0a glycoform (or murine apoC-III) is a very potent inhibitor of TRL binding to LDLR and LRP1 and shifts clearance of apoC-III 0a bearing TRLs to SDC1 by default (and not by greater affinity)."
reach
"Such an effect of vitronectin was thought to be attributable to its ability to bridge interaction between endothelial cell basement membrane GAGs and the low-density lipoprotein receptor (LRP-1) bound by the vitronectin binding partner PAI-1 on the surface of circulating neutrophils."
sparser
"Another effect of reduced recycling of apoE4 is due to the tight binding of apoE4 to LDLR and LRP1 in the endosomal compartment [ xref ], which in turn affects the interaction of the amyloid precursor protein (APP) and LRP1 that is crucial for the generation of Aβ [ xref , xref ]."
sparser
"As PBCA nanoparticles require specific binding of LDLR and LRP1 to trigger clathrin-dependent transcytosis and thus cross the BBB, the decreased expression of these receptors and clathrin in brain endothelial cells of aged mice ( xref ) may underlie the molecular basis of the reduced blood–brain transport of nanocarriers."