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CORE Mural Experience

Final Version of MuralHundreds of our colleagues showed up to make their mark on our collaborative mural at the American Academy of Optometry’s 2017 meeting in Chicago.

We were delighted to have a chance to catch up with students, professionals, fellow academics and industry partners  to make our launch a huge success!

Click to see the mural unfolding in a series of photos and videos (Facebook photos, Google photos, YouTube videos)

The final artwork was transported back to our facilities in Waterloo and has now been permanently installed at the University of Waterloo’s School of Optometry & Vision Science.

CORE Installs ‘Collected Insight’ Mural at University of Waterloo School of Optometry & Vision Science

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Faculty, Staff, Students and Community Celebrate Rebranding of CCLR; Mural Collaboratively Created in Chicago Receives Permanent Home

WATERLOO, Ont., December 5, 2017—In mid-October, hundreds of the world’s foremost eye care professionals, researchers, students and industry leaders created a mural at the American Academy of Optometry’s annual meeting in Chicago, celebrating the launch of the Centre for Ocular Research & Education (CORE). During a packed celebration yesterday, the work was unveiled and permanently installed at the University of Waterloo’s School of Optometry & Vision Science.

Formerly known as the Centre for Contact Lens Research (CCLR), the new CORE name reflects the organization’s evolved focus on advanced biosciences, clinical research and education.

Titled Collected Insight, the 12-foot x 8-foot acrylic mural depicts the complexity and wonder of the eye and vision. Over the course of three days, Academy 2017 attendees donned protective lab coats and added their own artistic strokes to the massive canvas. Los Angeles-based artist John Park then transformed the cacophony of colors and shapes into the finished piece.

“Reaction to the CORE brand has been universally positive, as it better illustrates how we have broadened and deepened our offerings over the past 30 years, while at the same time advancing contact lens technologies and clinical knowledge,” said Lyndon Jones, PhD, FCOptom, FAAO, FBCLA, CORE’s director.

Download High Resolution Images from the Installation Using the Following Links:

CORE partners with contact lens innovators on programs that include materials formulation, care products, comfort initiatives, myopia control, dry eye, drug delivery, and education for both practitioners and patients. In more recent years, it has established a reputation for working with major and emerging pharmaceutical companies, digital technology giants, and academic institutions that value uncompromising independence and adherence to the highest quality standards.

“The Collected Insight mural and tonight’s celebration, attended by so many supporters and friends, shine a light on how success hinges on close partnerships. We have been fortunate to match the insights of our 50-person team with many of the world’s most brilliant scientists and clinicians, together achieving what would have once been deemed impossible,” noted Dr. Jones.

The mural is hung in the newest wing of the School of Optometry & Vision Science, immediately outside its main lecture theatre on the ground floor. The installation event was attended by a diverse group of faculty, staff, students, friends of CORE and members of the local community, many who have worked alongside CORE team members and/or have participated in CORE-led clinical trials.

CORE will begin using the brand on a widespread basis beginning in January 2018. For more information, please visit CORE.uwaterloo.ca.

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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 two decades, founding director Desmond Fonn developed the organization from a three-person operation into a thriving hub of basic and applied research, playing a significant role in the early development and testing of silicone hydrogel lenses and the role of oxygen in corneal health, along with many other initiatives related to the performance of contact lenses and solutions.

In 2011, Lyndon Jones was appointed director, and has continued to inspire the organization’s evolution. Today, its approximately 50-person team collaborates with sponsors, agencies and academia on advanced biosciences, clinical research and education, providing uncompromising independence and results of the highest quality. It 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 cclr.uwaterloo.ca.

 

MEDIA CONTACTS:

Mike McDougall, APR, Fellow PRSA
McDougall Communications for CORE
mike@mcdougallpr.com or +1.585.545.1815 (mobile)

Aimee J. Lewis
McDougall Communications for CORE
aimee@mcdougallpr.com or +1.585.414.9838 (mobile)

Centre for Contact Lens Research (CCLR) Renamed Centre for Ocular Research & Education (CORE)

COREFor nearly three decades, the world’s optometry and ophthalmology communities have partnered with the Centre for Contact Lens Research (CCLR) at the University of Waterloo’s School of Optometry & Vision Science on pioneering studies. Beginning in January 2018, the organization will adopt a new name: the Centre for Ocular Research & Education (CORE).

“We have been fortunate to work with a broad range of sponsors and collaborators on many of the most dynamic developments in the field,” said Lyndon Jones, PhD, FCOptom, FAAO, FBCLA, CORE’s director. “Every day, our team dedicates itself to improving global eye health and vision through advanced biosciences, clinical research and education. CORE reflects our capacity to do so with uncompromising independence, by adopting the highest quality standards, and collaborating with world leaders in diverse research areas. It speaks to who we have become without forgetting where we began.”

A new logo echoes CORE’s primary focus on the eye. Interlocking elements in distinct blue, green, and orange colours represent biosciences, clinical research and education expertise, coming together in support of its mission.

“We continue to partner with innovators in contact lens technologies on myriad programs, including materials formulation, care products, comfort initiatives, myopia control, dry eye, drug delivery and education. Yet we are also working with major and emerging pharmaceuticals companies, digital technology giants, and academic institutions around the world on complex and fascinating initiatives that hold incredible potential for vision correction and enhancement,” continued Jones.

The CORE brand was premiered at the American Academy of Optometry’s 96th annual meeting, which began today in Chicago. In conjunction, CORE commissioned Los Angeles-based artist John Park to co-create a massive 12-foot x 8-foot acrylic mural during the meeting, depicting the complexity and potential of the eye and sight.

On Wednesday, October 11 (4 – 7 p.m.) and Thursday, October 12 (11 a.m. – 6 p.m.), all badged attendees are encouraged to visit CORE booth #001 (turn right upon entering Hall D) in McCormick Place, slip on a protective lab coat, and add their own distinctive brush strokes to the one-of-a-kind portrait. The mural will be completed on the show floor on Friday, October 13, then formally unveiled at an evening reception. It will be permanently installed at CORE headquarters at the University of Waterloo’s School of Optometry & Vision Science in Waterloo, Ontario.

The official CORE name change will occur following final ratification by the University of Waterloo Board of Governors.

Click here for the Press Release

 

CCLR Invites Academy 2017 Attendees to Co-Create Massive Mural

When doors open to the McCormick Place exhibit hall at Academy 2017 in Chicago, attendees will have the chance to literally leave their mark at the meeting.  In celebration of its 30th anniversary in 2018, the Centre for Contact Lens Research (CCLR) commissioned Los Angeles-based artist John Park to co-create a massive 12-foot x 8-foot acrylic mural, which is focused on the complexity and wonders of the eye and sight.  Read more

Epidemiology: Pediatric myopia in Waterloo Region

CCLR researchers Mike Yang, Doerte Luensmann and Debbie Jones recently completed a cross-sectional myopia prevalence study targeting school children ages six to thirteen, in the first study to measure prevalence in a non-clinical Canadian population.

We know that the prevalence of pediatric myopia is growing worldwide, but until recently did not have any Canadian figures for comparison. CCLR researchers Mike Yang, Doerte Luensmann and Debbie Jones recently completed a cross-sectional myopia prevalence study targeting school children ages six to thirteen, in the first study to measure prevalence in a non-clinical Canadian population. The work was conducted in collaboration with the Canadian National Institute for the Blind and was partly funded by Essilor. Results were presented at the 2016 meeting of the American Academy of Optometry.1

The study took place at schools in the Waterloo Region, an area that comprises two mid-sized Canadian cities representing a large demographic cross-section of people. With roots in manufacturing and farming, the region has more recently seen the growth of a thriving high-tech industry with a median age of 38 years. As of 2012, 19.1% of the population was under the age of 14.2

Automated refraction, subjective refraction and visual acuity were tested at a first study visit at participating Schools, and those with a subjective of at least -0.50D in at least one eye were invited to attend a second visit that repeated these tests after cycloplegia, along with other biometric measures. Parents provided information about their child’s activities via a questionnaire.

One hundred sixty-six children completed the study. Myopia prevalence was 17.5% among the overall group, 6% among ages 6-8, and 29% among ages 11-13. The mean subjective spherical equivalent refraction in myopic children was -1.10D at ages 6-8, and -2.44D at ages 11-13. In this study, 34.5% of the myopic children were uncorrected, which represented 6.0% of the entire group of children. Mean axial length increased by 1.03mm from ages 6-8 to ages 11-13 (p < 0.01). Examination showed that one additional hour of outdoor time per week lowered the odds of a child having myopia by 14%.

  1. Yang M, Luensmann D, Fonn D, Woods J, Gordon K, Jones L, Jones D. Myopia prevalence in Canadian school children. American Academy of Optometry: E-abstract 165328.
  2. Statistics Canada, 2011 census.

CCLR at the American Academy of Optometry in Anaheim

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Our research team presented 14 papers or posters on a wide variety of topics at this year’s meeting of the American Academy of Optometry in Anaheim, California

Our research team presented 14 papers or posters on a wide variety of topics at this year’s meeting of the American Academy of Optometry in Anaheim, California including the results of a pilot study determining the prevalence of myopia in a mid-sized urban region of Canada, the first to measure myopia prevalence in a non-clinical Canadian population. We also presented the results of clinical studies looking at:

Researchers from our biological sciences laboratory presented on their design of a novel in vitro eye model designed to simulate blinking (click here for a summary: model eyeand its ability to measure the release of wetting agents from daily disposable contact lenses as well as in vitro work examining the quantity of lipid deposition and its distribution. We also presented in vitro work on lysozyme deposition.

New technology: A more realistic model eye

grad studentsWhile Chau-Minh Phan and Hendrik Walther were not the first to try to come up with a better in vitro system to test contact lens deposition and drug delivery, their tenacious approach in developing various iterations of the OcuFlow has produced a remarkable, patented device capable of simulating key aspects of the natural blink.

When it’s not practical to measure contact lens performance in vivo, what is the best way to simulate the ocular environment? While we can extrapolate results to predict in vivo lens performance, conventional in vitro methods are limited by conditions too far removed from the human eye.

While Chau-Minh Phan and Hendrik Walther were not the first to try to come up with a better in vitro system to test contact lens deposition and drug delivery, their tenacious approach in developing various iterations of the OcuFlow has produced a remarkable, patented device capable of simulating key aspects of the natural blink.

In addition to incorporating a range of motion representative of the lid’s vertical “blink” movement, the device is also able to take into consideration the intermittent air exposure that occurs between blinks and the potential to tailor and mimic fluid volume and flow of the natural tear film. Additionally, adjustable amounts of test solutions (i.e. artificial tears, protein and lipid solutions) can be released separately via separate sources, flow-through solution can be collected for in vitro analysis, and blink rate and extent of mechanical rubbing can be programmed.

See the video below and learn more about the OcuFlow here.

 

Listening to Music From the Web

Waterloo study finds kids’ eyesight worsening earlier and largely uncorrected

Nearsightedness in children increases nearly fivefold from Grade 1 to Grade 8, with almost a third of the cases going undiagnosed and uncorrected, according to new research.

The team from the University of Waterloo’s Faculty of Science and the CNIB found that near-sightedness, or myopia, increases from 6 per cent to 28.9 per cent over the age range studied. Children from the Waterloo Region and Waterloo Catholic District School Boards participated in the landmark study and overall, 17.5 per cent of them are near-sighted.

Historically, myopia started at age 12 or 13, but now it is showing up more often in kids six or seven years old,” said Dr. Mike Yang, lead investigator and clinical scientist with the Centre for Contact Lens Research (CCLR) at Waterloo. “Our eyesight as a population is deteriorating and at a much younger age.

What surprised researchers the most was the number of cases of myopia going undetected and uncorrected. Left untreated, the condition worsens until the age of 21. Since it starts earlier in children today, it is possible that they may experience a much greater decline in their eyesight over a lifetime compared with previous generations.

Kids don’t know they can’t see the blackboard,” said Deborah Jones, co-lead investigator on the study and a clinical professor at the School of Optometry and Vision Science at Waterloo. “This kind of gradual loss in eyesight easily goes unnoticed without regular eye exams.

According to the report, a child has more than double the risk of developing myopia if a parent has it. However, the study found that spending one additional hour per week outdoors significantly lowers the odds of children becoming near-sighted.

The researchers plan to extend the pilot study to populations nationwide, looking at eye health within different ethnicities and environmental settings.

“We expect to find the same results in children across the country,” said Keith Gordon, Vice-President Research, CNIB. “It’s important for children between the ages of six and 19 to get an eye exam every year, as recommended by the Canadian Association of Optometrists. However even with annual check-ups, parents need to ensure that their children spend less time in front of screens and more time outside, even if it’s just one extra hour a week.”

Lyndon Jones, professor in Waterloo’s School of Optometry and Vision Science and director of the Centre for Contact Lens Research, was the principal investigator on the project. The project development team included Keith Gordon, PhD, vice-president research at the CNIB, as well as Desmond Fonn, professor emeritus at Waterloo, Jill Woods, clinical research manager, and Doerte Luensmann, PhD, clinical scientist at CCLR.

CNIB is a registered charity, passionately providing community-based support, knowledge and a national voice to ensure Canadians who are blind or partially sighted have the confidence, skills and opportunities to fully participate in life. For more information, visit www.cnib.ca.

Lab Tour and Networking Session

Monday, October 24th,2016: 2-4pm – Lab Tour and Networking Session with the UW Centre for Contact Lens Research (CCLR) [Information and Registration]

There will be an introduction to the state-of-the-art laboratory facilities available at the centre and their capabilities of supporting:

  • Microbiology and Toxicology testing – bacterial adhesion and growth, biofilm testing, microbial identification, cytotoxicity testing, biocompatibility testing
  • Cell culture – cell identification/phenotype, immunohistochemistry,
  • Tissue analysis
  • Determination of inflammatory response in cells and biological fluids
  • Protein and lipid biochemistry and quantification – including colorimetric and fluorescent assays, UV-Vis, radiolabel methods, HPLC, MS
  • Biomaterial development, including drug delivery materials
  • Biomaterial characterization – microscopy techniques include SEM, TEM, AFM and confocal microscopy, spectroscopic techniques include XPS and FT-IR, measurement of contact angle, biomaterial wettability, water content, protein and lipid uptake, optical transmissibility

Speakers: