First Electrochemical Insights Into Ensartinib Oxidation
Researchers report the first electrochemical investigation of the anticancer drug ensartinib, revealing adsorption-controlled oxidation at a nanostructured electrode.
Tag: Nanostructures
Programmable DNA Nanostructures Advance Quantitative Fluorescence Biosensing Across Biological Diagnostics
A comprehensive review analyzes how programmable DNA nanostructures and scaffolded DNA origami advance quantitative fluorescence biosensing from molecular design to ...
Bismuth Oxide Doping in Polymer Films Enhances Photocatalytic and Antibacterial Properties
Researchers found that incorporating bismuth oxide into polyvinylpyrrolidone thin films reduced the optical band gap, achieved a 75.60 percent degradation ...
Urchin-Shaped Copper Oxide Microspheres Blend Two Crystal Phases in One Particle
Researchers synthesized urchin-like microspheres containing both CuO and Cu2O phases and traced a copper-rich core giving way to a more ...
Needles Beat Flowers: How One Deposition Trick Doubles Supercapacitor Power
A comparative study shows that CBD-grown needle-like Zn(OH)2 thin films deliver nearly double the specific capacitance of SILAR-grown microflower films, ...
Copper Oxide Nanostructures Achieve Oil-Water Separation Without Organic Modifiers
Researchers have synthesized urchin-like copper oxide nanostructures that are superhydrophobic and superoleophilic without organic modifiers, enabling highly efficient oil-water separation ...
Transforming Cellulose: Innovations and Applications Unveiled
Cellulose, one of nature’s most abundant biopolymers, serves an essential role in the structural integrity of plant cell walls. Its ...
