Explore how PEG-paclitaxel conjugates revolutionize lung cancer therapy by transforming a potent toxin into targeted treatment with reduced side effects.
Discover how Bacillus cereus from Tagetes minuta rhizosphere shows remarkable potential for chromium bioremediation through bioaccumulation mechanisms.
Discover how targeting cellular inhibitors of apoptosis could lead to a cure for chronic hepatitis B infection by eliminating the persistent viral reservoir.
Discover how the 2025 Nobel Prize-winning research on regulatory T cells is transforming our understanding of the immune system and revolutionizing medicine.
Explore how emulsion reactor technology is revolutionizing the preparation of molecular imaging probes for advanced medical diagnostics.
Discover how Miami's unique calcareous soils naturally immobilize arsenic, reducing its bioavailability and potential health risks.
Explore how peptide-targeted photodynamic therapy is transforming cancer treatment with precision medicine approaches using light-activated drugs.
Explore the three-dimensional structure of GCAP-2, a calcium-sensitive modulator protein essential for vision and light adaptation in photoreceptor cells.
A groundbreaking approach where ancient plants meet modern medicine to combat cancer using green-synthesized silver nanoparticles.
Exploring the renewed potential of estramustine phosphate in treating hormone-refractory prostate cancer through dual-mechanism action and clinical evidence.