Digital-Intelligent High-End Bioimaging

Dynamic life processes at the subcellular scale in living cells are highly transient and spatially complex. Conventional microscopes struggle to combine ultra-high resolution, large field-of-view throughput and low phototoxicity, creating a critical barrier to understanding in both the life sciences and clinical medicine. Built on close coordination of optics, mechanics, software and algorithms, this direction targets the bottlenecks of observing living cells in action. It has independently broken through the space-bandwidth product limit of large fields of view, achieved fast super-resolution computational imaging and developed AI-based reconstruction algorithms, building a digital-intelligent instrument system that integrates rapid sample imaging, large-scale image analysis and data mining. The system captures the nanoscale network features of dynamic interactions among multiple organelles with high precision, and provides the core equipment and standardized spatiotemporal benchmarks for targeted drug screening, rapid classification of pathogenic phenotypes and intelligent digital cell modeling.