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Two-photon Light-Sheet/FRAP Microscopy
We develop two-photon scanned light-sheet based microscopy with high volumetric imaging speed to investigate diffusion processes in the extracellular matrix or matrical materials.
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High resolution Imaging in Orthopedics
We develop imaging devices and methods to evaluate structures and functions in musculoskeletal tissues, such as articular cartilage, meniscus, and ligaments.
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Image Processing and Deep Learning
We develop image processing algorithms, including deep learning-based algorithms, to improve the accuracy and the speed of quantitative image analysis.
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Nonlinear Optical Microscopy
We build novel laser scanning microscopes which utilize nonlinear optical signals from biological organisms for studying cell and tissue functions.
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STED Superresolution Microscopy
We develop wavefront shaping techniques to improve the stimulated emission depletion efficiency in imaging thick tissues with STED microscopy.
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Structural and Functional Imaging of Cardiac Muscles
We use advanced optical microscopy such as two-photon scanned light-sheet, second harmonic generation, and STED microscopies to study structures and functions of cardiac muscles with high spatiotemporal resolution.