Multiphoton and Confocal Microscopy
Our research group employs confocal and multiphoton imaging techniques for a wide range of applications, from characterization of materials to in vivo cell imaging. We combine two-photon excitation fluorescence, second harmonic generation, and third harmonic generation to image different biological specimens. Additionally, we have applied confocal laser scanning imaging, incorporating real-time aberration correction via adaptive optics, for in vivo ophthalmic imaging in human subjects.
The incorporation of multiphoton imaging techniques enables us to achieve large penetration depths tissue imaging, granting us a non-invasive and precise perspective into biological structures. Additionally, our utilization of confocal laser scanning for in vivo ophthalmic imaging in human subjects showcases its potential for clinical applications.