The landscape of drug discovery is being revolutionized by an unexpected frontier: targeting the intricate interfaces between proteins using nanoparticles. Historically deemed “undruggable,” these protein-protein interaction cavities present formidable challenges to conventional small-molecule therapeutics due to their often shallow and expansive geometries. However, groundbreaking research led by Professor LI Yang from the Shenzhen Institute of
In an extraordinary leap forward for cardiovascular medicine, researchers Xu, L., Jiang, L., Wu, R., and collaborators have unveiled a groundbreaking nanotechnology-based therapeutic strategy aimed at combating myocardial ischemia-reperfusion injury (MIRI). This work, published in Nature Communications in 2026, pioneers the use of Prussian blue nanoparticles (PBNPs) engineered to modulate an intricate form of programmed
In a groundbreaking advancement at the intersection of biology and electronics, researchers at Penn State University have developed an innovative memory device that harnesses the exceptional storage capabilities of synthetic DNA integrated with quasi-two-dimensional perovskite semiconductors. This biohybrid approach promises to revolutionize low-power memory technology, offering an ultra-efficient pathway for future electronics, artificial intelligence, and
In the realm of microbiology and nanoscience, a fascinating group of bacteria stands out for its extraordinary navigational capabilities. These tiny organisms possess an internal biological compass, formed by chains of magnetic nanoparticles, enabling them to orient themselves with remarkable precision using the Earth’s magnetic field. Recently, a research team from the University of Basel,
Almost a century ago, magnetic lenses were first incorporated into an electron microscope(1). Since then, electron microscopy has advanced from barely surpassing the optical diffraction limit(2) to employing aberration corrected lenses that resolve features smaller than fifty picometers(3), close to the Bohr radius of a hydrogen atom. These extraordinary gains in precision, stability, and versatility
The landscape of drug discovery is being revolutionized by an unexpected frontier: targeting the intricate interfaces between proteins using nanoparticles. Historically deemed “undruggable,” these protein-protein interaction cavities present formidable challenges to conventional small-molecule therapeutics due to their often shallow and expansive geometries. However, groundbreaking research led by Professor LI Yang from the Shenzhen Institute of
In an extraordinary leap forward for cardiovascular medicine, researchers Xu, L., Jiang, L., Wu, R., and collaborators have unveiled a groundbreaking nanotechnology-based therapeutic strategy aimed at combating myocardial ischemia-reperfusion injury (MIRI). This work, published in Nature Communications in 2026, pioneers the use of Prussian blue nanoparticles (PBNPs) engineered to modulate an intricate form of programmed
In a groundbreaking advancement at the intersection of biology and electronics, researchers at Penn State University have developed an innovative memory device that harnesses the exceptional storage capabilities of synthetic DNA integrated with quasi-two-dimensional perovskite semiconductors. This biohybrid approach promises to revolutionize low-power memory technology, offering an ultra-efficient pathway for future electronics, artificial intelligence, and
In the realm of microbiology and nanoscience, a fascinating group of bacteria stands out for its extraordinary navigational capabilities. These tiny organisms possess an internal biological compass, formed by chains of magnetic nanoparticles, enabling them to orient themselves with remarkable precision using the Earth’s magnetic field. Recently, a research team from the University of Basel,
Almost a century ago, magnetic lenses were first incorporated into an electron microscope(1). Since then, electron microscopy has advanced from barely surpassing the optical diffraction limit(2) to employing aberration corrected lenses that resolve features smaller than fifty picometers(3), close to the Bohr radius of a hydrogen atom. These extraordinary gains in precision, stability, and versatility