Explore the fascinating world of G-quadruplex DNA structures and their detection in mammalian cells. Learn about their architecture, biological significance, and research methods.
Explore how polymeric gene delivery systems are transforming genetic medicine by safely transporting therapeutic genes into cells.
Exploring pillararene-based supramolecular delivery systems for targeted cancer therapy with reduced side effects
Explore how cold atmospheric plasma and its reactive oxygen and nitrogen species are transforming medicine by fighting superbugs, healing wounds, and combating cancer.
Explore how chalcone derivatives containing epoxide SO2Me groups show promising anticancer effects through innovative molecular design and targeted mechanisms.
Explore the dual nature of mimosine, a plant compound with remarkable anticancer properties and its potential in modern medicine.
Explore the development of fully synthetic carbohydrate-based anticancer vaccines, from cancer's sugary disguise to clinical applications.
Discover how dialkynylimidazoles are redefining targeted cancer therapy through irreversible MAPK inhibition and molecular probing.
Explore how medicinal plants with antioxidant properties protect against fluoride-induced oxidative stress and cellular damage.
Explore how multicomponent reactions combined with isotope labeling are transforming drug development, medical imaging, and disease understanding.