“Rapid Fire” CE Session Anticipated to Draw Significant Interest; Researchers also Presenting Six Posters in San Antonio
SAN ANTONIO, November 7, 2018—With silicone hydrogel contact lenses moving past the two-decade mark, is there still ground to cover for this game-changing material? The Centre for Ocular Research & Education (CORE), which has played key roles in multiple pivotal contact lens advancements, believes the future will be defined by new applications, designs, manufacturing platforms, and wearer benefits—and is sharing those predictions at the 2018 American Academy of Optometry Annual Meeting.
Its continuing education session, Celebrating 20 Years of Silicone Hydrogels: the Past, Present and Future, is expected to attract substantial interest across the profession. Using the analogy of a child growing from infancy to its college years, four CORE scientists will cover distinct time periods in the evolution of silicone hydrogel lenses, and share how practitioners’ understanding of how to optimize their use has changed over time. The rapid fire session is capped by an informed look to the future, addressing topics that include:
- Improvements for additional comfort gains,
- Reductions in corneal inflammatory events and microbial keratitis,
- Capabilities to cost-effectively manufacture select designs at scale,
- Myopia control designs and the advent of smart contact lenses,
- Challenges of drug eluting contact lenses,
- Biosensing technologies, and their ocular and systemic applications,
- And the exploration of unique optical designs.
Lyndon Jones, PhD, DSc, FCOptom, FAAO, FBCLA, director of CORE, is making these forecasts on Thursday, November 8, from 3 – 4 pm CST in Room 217 A-B. He will be joined by colleagues Jill Woods, BSc (Hons), MCOptom, FAAO, Karen Walsh, BSc (Hons), MCOptom, PGDip, and Doerte Luensmann, PhD, Dipl. Ing. (AO), FAAO.
“By understanding how silicone hydrogel materials have changed over time and what the future holds, eye care professionals will be able to deliver more optimal experiences for their practices and patients,” said Dr. Jones. “This includes complex interactions with the ocular surface and tear film, leading to better recommendations for material, design and modality.”
In addition to its CE session, CORE is presenting six posters at Academy ‘18:
- Novel In-Vitro Method to Study Bacterial Interaction with Contact Lenses on Friday, November 9 from 10 a.m. – 12 p.m. (Board #140).
- Validation of Multifocal Soft Lens Power Calculator in OptiExpert: Application for clariti 1-Day Multifocal Lens Fitting on Friday, November 9 from 10 a.m. – 12 p.m. (Board #158).
- Method Optimization to Quantify Four Neuropeptides in the Human Tear Film on Friday, November 9 from 1 – 3 p.m. (Board #61).
- Physical Dimension and Optical Assessment of Currently Marketed Silicone Hydrogel Contact Lenses after Exposure to Cosmetics on Friday, November 9 from 1 – 3 p.m. (Board #157).
- Professional Collaboration for Patient-Centered Eye Care on Thursday, November 8 and Friday, November 9 (Board #20)
- Centre for Ocular Research & Education: Mission and Capabilities Overview on Thursday, November 8 and Friday, November 9 (Board #21)
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About the Centre for Ocular Research & Education (CORE)
The Centre for Ocular Research & Education (CORE) – formerly known as the Centre for Contact Lens Research – was established in 1988 at the University of Waterloo’s School of Optometry & Vision Science. Over the next three decades, the organization evolved from a three-person operation into a thriving hub of basic and applied research, collaborating with sponsors, agencies and academia on advanced biosciences, clinical research and education. Its uncompromising independence and results of the highest quality have been at the heart of many of the most prominent advances in eye health. Today, its approximately 50-person team serves a range of ophthalmic sectors, including medical devices, ocular pharmaceuticals, digital technology and others, with a focus on the anterior segment. For more information, please visit core.uwaterloo.ca.
MEDIA CONTACTS:
Aimee J. Lewis or Mike McDougall, APR, Fellow PRSA, McDougall Communications for CORE
aimee@mcdougallpr.com +1.585.414.9838 | mike@mcdougallpr.com +1.585.545.1815







Traditional ocular testing uses a vial or a test tube for early stage research, with later pre-clinical studies performed using an animal model. However, vials and test tubes do not remotely resemble the complex structure of the eye, leading to variable outcomes, and increasing regulation and public opinion is limiting animal experimentation. Incorporating OcuBlink to test concepts and prototypes at an earlier stage will minimize costs, reduce animal experimentation, and create deeper understanding of the underlying science of how new and existing products interact with the eye.
It was thrilling to unveil CORE Knowledge, the ultimate eye science game at ARVO 2018. Hundreds stopped by our booth to play and they were hooked in seconds to the rapid-fire, two-minute trivia game.
Clinicians, researchers, journalists, students and industry professionals answered more than 14,000 questions during ARVO 2018. High scorer Rajini Peguda from the School of Optometry and Vision Science at UNSW Sydney, emerged the grand champion, and Will Ngo, University of Alabama School of Optometry, and Eric Carlson, Aerie Pharmaceuticals, came in second and third, respectively. Match wits with ARVO winners and challenge others to see your name reign on the board!
CORE Knowledge was born out of 30 years of working with partners to make great contributions to advancing vision science and research. With the first edition now played by members of the optometry and ophthalmology communities around the world, we invite you to submit questions to future editions of CORE Knowledge. Questions may be submitted, along with four multiple choice options (including the correct answer indicated) via email to
CORE Knowledge is free and can be played online without downloading any software or applications. And there’s no limit to how often or how long you play. Go to