Explore how computational models are transforming our understanding of cell signaling and communication in biological systems.
Discover how cytological profiling is revolutionizing the identification of active compounds in Traditional Chinese Medicine through cellular analysis.
Discover how cancers develop resistance to irreversible EGFR inhibitors through the IGF-1R pathway and the promising combination therapies being developed.
Discover how CD47, the 'don't eat me' protein, plays a crucial role in acute kidney injury and could lead to groundbreaking treatments.
Discover how the Kalman Filter, originally developed for space missions, solves temperature sensitivity in Fiber Bragg Grating medical catheters for precise pressure measurements.
Explore the fascinating world of planarian regeneration and the groundbreaking experiments that revealed their incredible biological capabilities.
Discover how molecular biology is revealing the sophisticated chemical communication systems plants use for defense and survival in nature's complex ecosystems.
Explore the fascinating science behind book reviews - how psychology, neuroscience and consumer behavior influence our reading choices and experiences.
Discover how computational methods like atom-pair fingerprinting and scaffold network graphs are revealing unexpected connections between existing drugs to combat Ebola virus.
Explore how targeting enhancers and super-enhancers in CNS tumors represents a paradigm shift in brain cancer therapy and research.