Professor and Camille and Raymond Hankamer Chair, Opthalmology; Professor, Molecular Physiology & Biophysics, and Neuroscience, Baylor College of Medicine
The objective of our research is to understand mechanisms underlying retinal synaptic dysfunction and cell death in glaucoma and age-related macular degeneration (AMD). We plan to use the newly developed eight-channel patch clamp recording system. This system is the most powerful electrophysiological recoding apparatus in the world, which allows recording of eight retinal cells simultaneously for studying their inter-connections and light responses in animal models of glaucoma and AMD. Dr. Wu's group will continue studying mechanisms underlying retinal dysfunction and cell death in glaucoma and AMD. His lab will develop new Eight-channel patch clamp recording system, the multi-electrode arrays and data acquisition/analysis software that allows high throughput investigation on detailed functional connectivity maps and spatiotemporal response profiles of simultaneously recorded retinal ganglion cells. They will also develop new computerized optokinetic reflex recording system to study changes in motion sensitivity of visual neurons in healthy and diseased retinas. Moreover, they will study how glaucomatous and AMD insults alter synaptic connectivity and receptive fields of various types of retinal neuron.
Publications/Creative Works
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