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Neurophotonics Laboratory

Research

Research

NEUROPHOTONICS LAB IS INTERESTED IN EMERGING TOPICS

Our lab is driven to solve current outstanding problems in biomedicine such as cancer and neurodegenerative disease. in vivo is a word from Latin meaning 'in a living organism'. The in vivo visualization of disease progression and therapeutic monitoring of small animal models is critical for developing therapeutics in clinical medicine. We utilize biomedical optics and in vivo preclinical imaging spanning molecular, cellular, tissue-organ, and whole-body scales towards translational medicine. In particular, we create innovative in vivo optical imaging platforms and methodologies. Our approach provides fundamental insights into basic biology and translational medicine.

Available projects in Neurophotonics lab are listed below.

  1. - Optimized Light Control for in vivo Applications

    • Deep tissue light delivery in vivo

    • Super resolution microscopy

    • Fluorescence imaging based on compressed sensing

    - Functional Neurophotonics

    • Optogenetic neuromodulation

    • Functional optical imaging of brain

    - Molecular imaging & Sensing in vivo

    • Multi-channel fluorescence endoscopy

    • Real time monitoring of gene expression in conscious brain with optical fiber-based light-sensing device

    • Cerenkov luminescence imaging for cancer detection

    - Deep leaning based Image Processing

    • Biomedical Image Segmentation

    • Biomedical Image classification

    • Image enhancement with GAN

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