“While we have been a very oncology-focused company, ophthalmology is an area where there’s a huge amount of opportunity,” Carole Ho, director of Early Clinical Development at Roche’s biotech unit Genentech told Reuters in an interview prior to the data being published. There are currently no approved treatments for geographic atrophy, a leading cause of blindness in adults over 55, which gradually causes vision loss in the macula, making it harder to read, drive and recognize people’s faces. More than 8 million people worldwide are affected by the disease and the numbers are expected to rise as the ranks of the elderly swell, making it a lucrative space for drugmakers. Results of the phase II clinical trial presented at the American Society of Retina Specialists in Toronto on Tuesday found lampalizumab reduced this type of atrophy by 20.4 percent at 18 months in patients with this dry form of AMD.
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Could Google Glass Hurt Your Eyes? A Harvard Vision Scientist And Project Glass Advisor Responds
Mann eliminated the discomfort by revamping the product, which he calls Digital EyeTap , so that it sits directly in front of the eye. For more about Manns experience wearing computerized eyewear and a more detailed explanation of his concerns, see this excellent article in the March issue of IEEE Spectrum. When I spoke to Mann and Fateh, neither had had the opportunity to try out Google Glass. I relayed their concerns to Google.Babak Parviz, the head of the project, told me that the team has taken the possibility of side effects seriously since the beginning of the project in order to design a product thats safe, visually and otherwise. After some prodding, Google put me in touch with Eli Peli, a professor of ophthalmology at the Harvard Medical School and a senior scientist at the Schepens Eye Research Institute. Peli has been conducting research on the use and impact of head-mounted displays for two decades, and he has been consulting with the Glass team for nearly two years.
For the original version including any supplementary images or video, visit http://www.forbes.com/sites/eliseackerman/2013/03/04/could-google-glass-hurt-your-eyes-a-harvard-vision-scientist-and-project-glass-advisor-responds/
Technique from astronomy will change the way eye care professionals think about vision
Wavefront OpticsFrom the Observatory to Your Optometrists Office The aim of this lecture, and its publication in Optometry and Vision Science, is to help make advances in these areas of optometric science broadly accessible to educators, clinicians, and patients by explaining in simple terms the underlying optical concepts of wavefront aberrometry, according to Dr Thibos. He presents and illustrates the key concepts underlying the application of wavefront measurement in evaluation of subtle, higher-order visual abnormalities. Historically, optometrists and ophthalmologists have focused on the two most prominent causes of vision problems from out-of-focus images: spherical errors and astigmatism. However, there are a wide range of subtle, higher-order errors that can affect not only the clarity of a patients vision but also the doctors view as he or she examines the back of the eye. In the past two decades, optometry and ophthalmology researchers have borrowed techniques for measuring and correcting these higher-order abnormalities, explains Anthony Adams, OD, PhD, Editor-in-Chief of Optometry and Vision Science. Astronomers already used these techniques to enable a clear telescopic view of planets and stars, undistorted by the focusing aberrations resulting from the earths atmosphere. Dr Thibos writes, Our change in mind-set engendered by wavefront concepts has the power to alter our way of thinking about many clinical issues that are fundamentally optical in nature. He summarizes key principles of wavefront optics and their clinical applications to vision correction. Dr Thibos foresees important uses such as monitoring changes in optical quality in eyes with deterioration of the tear film (eg, causing dry eyes), assessing the outcomes of advanced vision-correcting (refractive) therapies, and tracking the progression of visual abnormalities in growing eyes.
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Transitions Optical And MLB Hall of Famer Cal Ripken, Jr. Hit A Homerun By Making Healthy, Enhanced Vision A Reality For Hundreds Of Children In-Need
received visits from Transitions Optical and industry partner VSP Vision Care’s 40-foot long mobile eyecare clinic nicknamed “Eyenstein,” onboard which the children received comprehensive eye exams conducted by local VSP optometrists, and if prescription eyeglasses were required, chose a brand new pair of eyeglass frames fitted with Transitions adaptive lenses. For any children not seen on the mobile clinic, vouchers for free eyewear fitted with Transitions lenses, redeemable at local VSP eye doctor locations, were provided. Approximately one-third of the children examined required prescription eyewear, which is even more than the American Public Health Association average statistic that one in four children has an undiagnosed vision problem that can interfere with the ability to read and learn. In addition, Cal Ripken, Jr. led baseball clinics at each event with multiple skills stations to demonstrate how healthy, enhanced vision impacts performance on the field.
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