2374-C TARGETING CHRONIC VEGF-C SIGNALING MITIGATES DISEASE PROGRESSION IN NON-ALCOHOLIC STEATOHEPATITIS Jason Eng 1,2 , Seock-Won Youn 1 , Bhairavi Swaminathan 1 , Rahul Vadakath 1 and Jan Kitajewski 1,3 , (1)University of Illinois at Chicago, (2)Cleveland Clinic Foundation, (3)University of Illinois Cancer Center Background: The sinusoidal endothelial cells (LSECs) are critical regulators of homeostasis within the liver
Inflammasome and Mitochondrial Status Assessment by Imaging Flow Cytometry Inflammasome complex assembly was evaluated by detection of ASC speck formation by imaging flow cytometry, as previously described ( Flow Cytometry PBMCs were stained with the following list of fluorescently labeled antibodies against cell surface markers subsequently detected by flow cytometry: anti-CD14 BV605 (clone: M5E2), anti-CD16 PE-Cy7/BV711 (clone: 3G8), and anti-CD3 PE (clone: HIT3a) from BioLegend
115 Moreover, CR has been shown to modify the cancer stem cell (CSC) phenotype, reducing their carcinogenic and metastatic potential
Engelhardt, 2020
Detection limitations of these surface-based radar systems are due to the curvature of the Earth, terrain, and other obstacles that inhibit their range
Introduction Irons role as the protagonist in ferroptosis centres on its ability to cycle between ferrous and ferric states, enabling electron transfer and redox coupling with reactive oxygen species (ROS) generation such as hydrogen peroxide [1]
