2023年11月16日
HKU Ophthalmology cordially invites you to join the following Distinguished Lecture: "Reflections on 30 years as a Glaucoma Clinician Scientist - OCT Assessment of the ONH tissues in Myopia and Glaucoma" by Professor Claude F. Burgoyne
Speaker: Professor Claude F. Burgoyne
Glaucoma Clinician and Surgeon (Retired)
Emeritus Senior Scientist and Van Buskirk Chair for Ophthalmic Research
Past Director, Optic Nerve Head Research Laboratory
Legacy Devers Eye Institute / Legacy Research Institute
Legacy Health, Portland, Oregon USA
Moderator: Professor Christopher K.S. Leung, Chairperson, Department of Ophthalmology
Date: 16 November 2023 (Thursday)
Time: 18:00 – 19:00
Venue: 1/F, Boardroom, Daniel & Mayce Yu Administration Wing, Faculty of Medicine Building, 21 Sassoon Road
The College of Ophthalmologists of Hong Kong: 1 passive CME point
Registration
For HKU Members (HKU Portal login is required): https://hkuems1.hku.hk/hkuems/ec_hdetail.aspx?ueid=91150
For Guests: https://hkuems1.hku.hk/hkuems/ec_hdetail.aspx?guest=Y&ueid=91150
All are welcome.
About the Speaker
Professor Burgoyne is a Glaucoma clinician and surgeon, Van Buskirk Chair for Ophthalmic Research and Director of the Optic Nerve Head Research Laboratory at the Devers Eye Institute in Portland. For the past 10 years his laboratory has been NIH funded to study the effects of aging and experimental glaucoma on the load-bearing connective tissues of the non human primate optic nerve head within 3D histormophometric reconstructions.
He is currently a co-investigator with Dr. Downs on NIH funded collaborations to expand this work to the young and old human eye and to implement IOP telemetry within the experimental glaucoma model.
Building upon their 3D histomorphometric capabilities, his laboratory is now using Spectral Domain Optical Coherence Tomography (SD OCT) of the deep tissues of the optic nerve head to visualize and quantify 3D OCT optic nerve head reconstructions.
The longterm goal of his work is to build a clinical science to predict how an individual human optic nerve head will respond to a given level of intraocular pressure.