In growing mice, Cordyceps sinensis-functionalized selenium nanoparticles increased bone mass through gut microbes that raised the metabolites kynurenic acid and ...
A new review details how bacteria, fungi, algae and plant extracts can synthesize selenium nanoparticles that boost crop nutrition, protect ...
A new rat study reports that chitosan-coated selenium nanoparticles carrying Mucuna pruriens seed extract improved motor function, antioxidant levels, and ...
Selenium nanoparticles made with Crataegus songarica extract averaged 83 nanometers and showed antifungal, anticancer, anti-inflammatory and antidiabetic activity in laboratory ...
A hyperbranched poly-D-mannose-stabilized selenium nanocomposite remained stable for 34 days and inhibited Staphylococcus aureus biofilms completely at 8.1 micrograms per ...
A new University of Aveiro study shows that selenium nanoparticles leave biochemical fingerprints of oxidative stress and altered biotransformation in ...
Mannose-modified selenium nanoparticles target GLUT1-high inflammatory synovial cells in osteoarthritis, restoring selenoprotein antioxidant defenses, suppressing glycolysis, and easing pain and ...
A non-pathogenic soil bacterium uses its metal-resistant biofilm scaffold to convert toxic selenite into valuable crystalline selenium nanorods at ambient ...
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