To use power of biophotonics system for medical diagnostics and guided therapy, my research interests is focused on:
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Conducting noninvasive in vivo diagnosis and guided therapy using optical imaging technologies (functional SS-OCT & biomechanical Brillouin microscopy) in the following diseases:
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Ophthalmic Diseases |
Neurodegenerative Diseases |
Heart Diseases |
Cancerous Diseases |
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Retina degenerative diseases |
Cornea diseases |
Multiple sclerosis (MS) |
Atherosclerosis |
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Age-related macular degeneration (AMD) Optic neuritis (ON) Color blindness Glaucoma |
Keratoconus
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Super-high resolution optical microscopy for characterizing organelle structure/function e.g. live cancer cell
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Noninvasive monitoring of 3D engineered tissue structure/composition/function using optical microscopy
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Second harmonic generation spectral domain OCT by utilizing nanoprobes
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Point of care optical imaging using miniaturized biosensors
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Ultra-high speed wide band tunable laser source
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Polarization sensitive SS-OCT
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Phase speckle contrast SS-OCT
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Functional SS-OCT
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Optical Phase Coherence Microscopy (OPCM)