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Description Laminin‐5 expression in HBMECs was not affected by autophagy inhibitors. HBMECs were treated with 5 mM 3‐MA or 20 μM chloroquine for 24 hr. (A) mRNA expression levels for the β3 (left panel) and γ2...
Article Title: Atg7 Silencing Inhibits Laminin‐5 Expression to Suppress Tube Formation by Brain Endothelial Cells
Publication Title: The Anatomical Record -
Description Atg7 knockdown reduced expression of the β3 and γ2 chains of laminin‐5 in HBMECs. HBMECs were stably transfected with Atg7‐targeting shRNAs (Atg7‐shRNA#1 and Atg7‐shRNA#2) to establish...
Article Title: Atg7 Silencing Inhibits Laminin‐5 Expression to Suppress Tube Formation by Brain Endothelial Cells
Publication Title: The Anatomical Record -
Description NF‐κB agonist restored laminin‐5 expression levels in Atg7‐depleted HBMECs. (A) Cell lysates were prepared from Atg7‐depleted HBMECs. Western blotting was performed using antibodies against p‐IKKβ...
Article Title: Atg7 Silencing Inhibits Laminin‐5 Expression to Suppress Tube Formation by Brain Endothelial Cells
Publication Title: The Anatomical Record -
Description Exogenous laminin‐5 rescued tube formation and migration by Atg7‐depleted HBMECs. (A) Tube formation assays were performed with Atg7‐depleted HBMECs in the presence or absence of 10 ng/mL...
Article Title: Atg7 Silencing Inhibits Laminin‐5 Expression to Suppress Tube Formation by Brain Endothelial Cells
Publication Title: The Anatomical Record -
Description Activation of NF‐κB restored tube formation by Atg7‐depleted HBMECs. (A) Tube formation assays were performed with Atg7‐shRNA‐transfected HBMECs in the presence of 10 μg/mL betulinic acid....
Article Title: Atg7 Silencing Inhibits Laminin‐5 Expression to Suppress Tube Formation by Brain Endothelial Cells
Publication Title: The Anatomical Record