Most people treat this as a matter of preference. Glasses, if you do not mind the frames. Contacts, if you would rather not deal with them.
Most people treat this as a matter of preference. Glasses, if you do not mind the frames. Contacts, if you would rather not deal with them.
Most people treat this as a matter of preference. Glasses, if you do not mind the frames. Contacts, if you would rather not deal with them.
After spending time on your digital devices (laptop, desktop, smartphone, etc.) Do your eyes feel tired, gritty, or a little blurry? If so, you are not alone.
We all use our eyes every day to work, play, and view our world. With over 80 percent of the world perceived through our eyes, taking proper care of them becomes critical.
New research from Nagoya University in Japan has identified a previously overlooked risk associated with widely used eye ointments.
Reduced blood flow and impaired neurovascular coupling are well-known features of glaucoma, the main cause of non-curable blindness, affecting 80 million people worldwide in 2020. The mechanisms behind these abnormalities are now known, thanks to new research by a team led by Adriana Di Polo, professor of neuroscience and ophthalmology at Université de Montréal. The findings by Luis Alarcon-Martinez and Yukihiro Shiga, both post-doctoral fellows in Di Polo’s laboratory and co-authors of the study, reveal that nanotubes connecting pericytes are damaged in glaucoma leading to neurovascular failures.
Changing environmental factors as well as changing gene-environment interactions could be to blame for increasing rates of myopia, also known as nearsightedness or shortsightedness.
Phil Zeitler, MD, PhD, has been treating kids with type 2 diabetes for more than 20 years. He and a team of researchers published a paper in the TODAY2 Study in the New England Journal of Medicine on the long-term complications of type 2 diabetes. (TODAY stands for Treatment Options for type 2 Diabetes in Adolescents and Youth). The first phase of the study took place from 2004 -- 2011; phase two from 2011 -- 2020. Both studies involved more than 550 participants from across the country.
New insight on how people with retinal degenerative disease can maintain their night vision for a relatively long period of time has been published today in the open-access eLife journal. The study suggests that second-order neurons in the retina, which relay visual signals to the retinal ganglion cells that project into the brain, maintain their activity in response to photoreceptor degeneration to resist visual decline -- a process known as homeostatic plasticity.
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