Selenium-doped copper formate nanozymes

1. Selenium-doped copper formate nanozymes inhibit inflammation in mouse cells.

   “It acts on macrophages to reduce cellular ROS levels and lipid oxidation, thereby significantly inhibiting inflammation-related processes.”

   Cellsnanozymemacrophage

   Selenium-Doped Copper Formate Nanozymes with Antisenescence and Oxidative Stress Reduction for Atherosclerosis Treatment

   Nano letters·Jan 17, 2025

More on Inflammation

1. Selenium-doped copper formate nanozymes inhibit oxidative stress and ROS signaling in mouse cells.

   “It acts on macrophages to reduce cellular ROS levels and lipid oxidation, thereby significantly inhibiting inflammation-related processes.”

   Cellsnanozymemacrophage

   Selenium-Doped Copper Formate Nanozymes with Antisenescence and Oxidative Stress Reduction for Atherosclerosis Treatment

   Nano letters·Jan 17, 2025

More on Oxidative stress and ROS signaling

1. Selenium-doped copper formate nanozymes inhibit cellular senescence in mouse cells.

   “Notably, while inhibiting foam cell formation, Cuf-Se also alleviates endothelial cells senescence.”

   Cellsnanozymeendothelial cell

   Selenium-Doped Copper Formate Nanozymes with Antisenescence and Oxidative Stress Reduction for Atherosclerosis Treatment

   Nano letters·Jan 17, 2025

More on Cellular senescence

1. Selenium-doped copper formate nanozymes protect against atherosclerosis in mice (approximately 5-fold).

   “After intravenous administration, Cuf-Se effectively inhibits the formation of atherosclerosis in mice through the synergistic effects of antisenescence and antioxidant properties, reducing plaque area by approximately 5-fold.”

   Animalsnanozyme

   Selenium-Doped Copper Formate Nanozymes with Antisenescence and Oxidative Stress Reduction for Atherosclerosis Treatment

   Nano letters·Jan 17, 2025

More on Atherosclerosis