Current Funding
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- Understanding neural control of the ocular surface Link
- Optical tools to assess the role of hemodynamics in the development of congenital heart defects Link
- Characterization of the Properties and Mechanisms of Photobiomodulation-Induced Axonal Block and Evaluation as a Treatment for Neuropathic Pain Link
- 3D optical histopathology for head and neck intraoperative consultation Link
- Mapping the autonomic pathways in 100 human vagus nerves (MAP-100VN)
- Zeiss Lightsheet 7 Link
- Tools to study corneal nerve signaling Link
- 3D Microscopy with Ultraviolet Surface Excitation (3D-MUSE) Link
- Identifying and protecting alcohol-sensitive epigenetic changes in congenital heart disease Link
- 5D impulse mapping in the embryonic heart Link
Some Past Funding
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- Infrared neuromodulation reveals a new understanding of ganglion organization Link
- Optical tools to assess the role of hemodynamics in the development of congenital heart defects Link
- Defining gastric vagal mechanisms underlying emetic activation using novel electrophysiological and optical mapping technology Link
- Fully optical high throughput screening platform for drug induced arrhythmias Link
- Integrated imaging of the form and function of the beating embryonic heart Link
- Cardiac radiofrequency ablation catheter with integrated OCT imaging Link
- A neurophotonic approach to controlling pain Link
- Optical pacing of the embryonic heart Link
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