Discover how scientists clone Class I MHC molecules through in vitro expression and purification to advance immunology research.
Explore how precision oncology, immunotherapy, and AI are revolutionizing cancer treatment through targeted approaches and personalized medicine.
Explore how higher-order cocrystals are transforming pharmaceutical science through advanced molecular engineering and high-throughput screening methods.
Explore how rCUDA and architecture-aware scheduling revolutionize molecular dynamics simulations through optimized GPU resource sharing and computational efficiency.
Explore how NSF Engineering Research Centers drive innovation through collaboration, tackling society's biggest challenges with cutting-edge technology.
Explore the fascinating chemical constituents of Artabotrys petelotii, a tropical climbing plant with remarkable therapeutic potential and complex sesquiterpene compounds.
Discover how the new compound LAS-54 combined with epinephrine is set to revolutionize pain relief with longer-lasting, safer local anesthesia.
Explore how rational drug design is revolutionizing Alzheimer's treatment through targeted molecular approaches and multi-target therapeutics.
Discover how the hidden parts of a book - front and back matter - shape our understanding and enhance the reading experience through scientific analysis.
Explore how semantic web technology like Open PHACTS is transforming mobile health applications and drug discovery through connected data integration.