Explore how cross-dehydrogenative coupling revolutionizes pharmaceutical chemistry by efficiently constructing imidazoheterocycles for drug development.
Discover how ratiometric fluorescence imaging using FITC-PEG-phospholipid is revolutionizing our understanding of cell surface pH and its role in cellular processes.
Explore how conjugated oligoelectrolytes (COEs) serve as molecular bridges between biology and electronics, revolutionizing antimicrobial treatments, biological sensing, and bioelectronics.
Discover how scientists created a synthetic PDE5 enzyme mimic using carbon nanotubes and corona phase molecular recognition technology.
How modern science battles illegal growth promoters in our food supply through advanced detection methods
Exploring how synthetic fabrics release microplastics during washing and wearing, with new research revealing how fabric color affects pollution levels.
Discover how the 5' untranslated region of BMV RNA3 controls the production of the 3a movement protein essential for viral infection in plants.
Discover how 2-D NMR spectroscopy and molecular modeling reveal the 3D structure of oligosaccharides and their crucial role in biological communication.
Explore how quantum computing, AI systems, and computational thinking are revealing the computational nature of our world, from quantum phenomena to autonomous scientific discovery.
A groundbreaking surgical study reveals that our next solution for complex hernias might not come from a factory, but from the patient's own body.