On May 13, 2020, TechShield Anti-Reflective Coatings introduced a new line of AR coatings with anti-bacterial technology. These enhancements break new ground in the optical industry as the first-ever anti-reflective coatings for ophthalmic lenses in the United States with ISO-certified anti-bacterial technology.*
As hundreds of thousands of bargain hunters wreak havoc on malls and outlets across America this Black Friday, savvy online shoppers will be avoiding chaos and potential bodily harm by waiting until Cyber Monday to score their holiday deals.
This is part four in a four-part series guest-written by nationally recognized blue light expert, Gary Morgan, OD.
Over the course of the past three blog posts, we have examined why closer working distance, large pupils, and clear crystalline lenses contribute to children being more vulnerable to the adverse effects of blue light.
So with the “why’s” out of the way, let’s examine the “how’s,” as in, how to help children reduce their blue light exposure and combat digital eye strain.
This is part three in a four-part series guest-written by nationally recognized blue light expert, Gary Morgan, OD.
In parts one and two of this series, we discussed two primary factors affecting blue light exposure: proximity of the light source and pupil size. These factors increase retinal luminance in children viewing blue-light emitting devices more than they do adults.
The third factor affecting retinal luminance is the density of the ocular media that light is passing through. In the eye, the only media that significantly changes density is the crystalline lens.
This is part two in a four-part series guest-written by nationally recognized blue light expert, Gary Morgan, OD.
When considering the impact of blue light on children, most of us immediately think of behavioral tendencies that lead to increased exposure. When we see little Johnny or Suzie immersed in a three-hour game of Minecraft on a tablet eight inches from their eyes, many of us think about the potential consequences of all that screen time on their eyes.
But there are less obvious physiological factors that come into play when considering blue light exposure, and why children are at increased risk.
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