Exploring how cyclic voltammetry reveals DNA-binding properties of anticancer metal complexes through electrochemical analysis.
Discover how simple solvents like DMF can precisely remove fluorine from fluorographene oxide (FGO), unlocking graphene's potential for advanced applications.
Exploring how metallothionein overexpression affects chemotherapy resistance through gene-specific DNA repair mechanisms in CHO cells.
Explore the fundamental principles of chemistry - atoms, bonds, reactions and more - that explain the world around us from coffee to DNA.
Discover how Cobalt-60 gamma radiation transforms starch-plastic copolymers, creating stronger, more water-resistant biodegradable materials.
How engineered polyoxometalates are solving big problems in clean energy, catalysis, and targeted drug delivery through advanced functionalization techniques.
Discover how roGFP enables real-time monitoring of cellular redox states through innovative one-wavelength microscopy techniques.
Exploring the biological paradox of oxygen - how reactive oxygen species (ROS) sustain life yet drive aging and disease through oxidative stress mechanisms.
Exploring how ferrocene-based peptides and amides are revolutionizing medicine, materials science, and biotechnology through their unique properties and applications.
Research on how cadmium telluride quantum dots trigger oxidative stress and genetic dysregulation in mammalian cells