This exhibit showcases the applications of synchrotron radiation in precision medicine, featuring multiscale structural analysis and 3D imaging from molecules to cells and tissues. Topics include protein structure determination, cellular organelle imaging, infrared spectroscopy for disease diagnosis, small-angle X-ray scattering (SAXS) for drug delivery research, and photonic chip technologies for biomedical diagnostics. These advanced techniques demonstrate the vital role of synchrotron radiation in biomedical research and biotechnology innovation.

Synchrotron radiation enables multiscale 3D imaging and structural analysis from atoms to tissues, overcoming the limitations of conventional imaging technologies. By integrating structural biology, spectroscopy, and advanced imaging techniques, it provides deeper insights into biological systems and accelerates precision diagnostics, drug development, and biomedical innovation.

Synchrotron radiation technology provides high-resolution structural analysis and advanced imaging capabilities for applications in drug discovery, biomarker detection, medical device development, and precision diagnostics. By enabling detailed characterization of biomolecular structures, drug delivery systems, and advanced materials, it enhances R&D efficiency and product performance, accelerating technology validation, commercialization, and innovation in the biomedical industry.