Exploring how aldehyde and nitro modifications to 1,2,3-triazole compounds enhance their anticancer properties through cell line studies and in silico analysis.
Discover how Anisina, a first-in-class drug targeting cancer's cytoskeleton, enhances chemotherapy effectiveness by 20-fold in neuroblastoma treatment.
Exploring the versatile chemistry and therapeutic applications of cyclohexane-1,3-dione (CHD) in drug discovery and medicinal chemistry.
Analysis of record-breaking M&A deals, AI-driven strategies, and geopolitical factors reshaping the 2025 corporate landscape
Explore how molecular scalpels using siRNA technology are revolutionizing cancer treatment and stem cell engineering with unprecedented precision.
Discover how a revolutionary chemical platform enables the creation of multivalent antibody fragments with enhanced cancer-fighting capabilities.
Explore how engineered multifunctional protein tags like mfGFP and pFAST are transforming cellular imaging with combined capabilities for visualization, purification, and detection.
Discover how 99mTc-labelled low molecular weight inhibitors are transforming prostate cancer detection through precise PSMA targeting and SPECT imaging.
Exploring how fumaric acid derivatives target NF-kappaB to revolutionize treatment for autoimmune diseases like multiple sclerosis and psoriasis.
Exploring the next generation of platinum-based cancer therapies combining DNA-targeting with gene regulation capabilities.