Exploring how nanotechnology and electronic nanodevices are revolutionizing cancer drug resistance detection and treatment monitoring.
Discover how metallothionein, a cellular protein known for metal detoxification, plays a crucial role in protecting DNA from nitrogen mustard damage.
Discover how quantitative NMR technology is revolutionizing herbal medicine quality control in the Japanese Pharmacopoeia through precise standardization of marker compounds.
Explore how AI technologies are transforming health risk assessment from reactive to predictive approaches in pharmaco-toxicological sciences.
Explore how alginate beads from seaweed are revolutionizing controlled drug delivery systems in modern medicine.
Explore how graphical abstracts are transforming scientific communication through visual storytelling, increased research impact, and enhanced accessibility.
Explore the fascinating science behind tracking dioxins - among the most toxic substances ever created - and protecting our environment from their invisible grasp.
Explore how topological indices and graph theory are revolutionizing HIV drug design through computational analysis of Tenofovir's molecular structure.
Explore the remarkable science behind inulin - a versatile plant-based carbohydrate revolutionizing nutrition and medicine through its unique properties and applications.
Explore how Russian scientists joined the global QSAR community and how computational methods are revolutionizing drug discovery through molecular structure analysis.