· Real-time observation of dynamic biological processes involving cells and molecules under low-light and in vivo imaging conditions (using sCMOS cameras for long-term, real-time monitoring).
· Transient processes driven by biomechanics, such as cellular mechanical responses, tissue impacts, and transient changes at biological interfaces (captured using high-speed cameras).
· The sCMOS camera Gloria 1605 captured single-molecule fluorescence signals at the level of only 20 photons and achieved verification of sub-nanometer localization accuracy for single molecules.
· The sCMOS camera Gloria 6504 is applied to various wide-field imaging systems such as spinning-disk confocal, light-sheet microscopy, and flow cytometers, supporting long-term, high-dynamic observation of living cells.
· The sCMOS camera Gloria 6504 is integrated into the SIM super-resolution microscopy system, enabling sub-100 nanometer resolution imaging of cellular samples at 100 fps.
· High-speed cameras capture transient processes such as microfluidic flow, droplet generation, and interactions.
