Discover how the electrospray microarray platform is revolutionizing cell science by generating millions of perfectly uniform, cell-like compartments for advanced biological research.
Discover how trifluoromethoxylation of pyridines and pyrimidines is revolutionizing pharmaceutical and agrochemical development through advanced synthetic chemistry.
Explore how polarized light microscopy reveals hidden molecular structures through birefringence, with applications across geology, biology, medicine, and cutting-edge research.
Exploring how scientists are mastering atomistic control over biological and synthetic nanostructures, pushing boundaries in medicine, electronics, and materials science.
Discover how phenothiazine exposure causes sex-specific differences in steroid receptors in Fundulus heteroclitus, revealing unexpected endocrine disruption effects.
Explore how single-cell proteomics and metabolomics are revolutionizing our understanding of cellular diversity and function in health and disease.
Explore how evolutionary engineering has transformed GFP into sophisticated calcium biosensors, enabling real-time visualization of cellular signaling processes.
Discover how transition-metal-catalyzed reactions with trifluoro diazo compounds are revolutionizing drug discovery by adding powerful trifluoromethyl groups to complex molecules.
Discover how scientists are transforming hydrogels into tough, smart materials for revolutionary medical applications.
Explore how media channels shape our perception through McLuhan's theories, Gerbner's experiments, and modern research on digital media effects.