Exploring the synthetic chemistry of catharanthine and other anti-leukemic alkaloids for leukemia treatment through advanced chemical synthesis.
Discover how breast cancer uses the liver's portal system as a hidden highway for metastasis and how laparoscopy-assisted biopsy helps diagnose this stealthy invasion.
Discover how scientists are combining β-Carbolines and Bisindoles to create novel hybrid molecules as potential targeted anticancer therapies.
Explore how supramolecular chemistry on water-soluble carbon nanotubes is revolutionizing targeted drug delivery in cancer treatment, antimicrobial therapy, and tissue engineering.
Explore the fascinating science of photochromic materials, from light-activated molecules in transition lenses to smart windows and secure inks.
Explore how bead-immobilized molecular beacon-equipped DNA nanobiosensors are transforming early cancer detection through nanotechnology and molecular engineering.
Discover how template-assembled synthetic G-quadruplexes are revolutionizing our understanding of DNA architecture and enabling breakthroughs in medicine and nanotechnology.
Explore how pyrazole-based compounds are revolutionizing EGFR-targeted cancer therapy through precise molecular design and innovative treatment approaches.
Scientific reassessment of cyanide water quality criteria based on new research about freshwater and saltwater sensitivity, toxicity mechanisms, and analytical methods.
Explore the science behind porphyric pesticides - light-activated insecticides with applications in agriculture and medicine. Learn about their chemistry, mechanism, and environmental benefits.