Risks to the eyes from exposure to this light are negligible but blue light may have other effects on our health.
Blue wavelength light and macular degeneration.
Talk to an eye care professional about options about ways to protect your family and your eyes from blue light.
Macular degeneration is an eye condition that is caused by the harmful blue light from computers cell phones and the sun.
A harvard medical study states that high energy visible hev blue light has been identified for years as the most dangerous light for the retina.
Blue light information to download and print.
The fact that blue light penetrates all the way to the retina the inner lining of the back of the eye is important because laboratory studies have shown that too much exposure to blue light can damage light sensitive cells in the retina.
The lens naturally protects the eye from almost all ultraviolet light and some blue light.
We stare at our screens every day and the blue light emitted is causing serious problems for our eyeballs.
However the blue light emitted from the sun and the blue light emitted from electronic devices are significantly different.
There have been recent studies that show a correlation between increased exposure to blue light especially certain wavelengths and increased risk for age related macular degeneration amd.
Highly efficient less disposable light sources such as.
Macular degeneration is the leading cause of blindness in adults over 50.
Blue rays of light which have shorter wavelengths and more energy than other colors can damage our eyes over time they contribute to macular degeneration the primary cause of blindness.
This has been seen in experiments on mice.
There are types of iol that can protect the eye and retina from blue light.
It can also be genetic and passed down through family genes.
2 3 in an increasingly technological society we are exposed to more blue light than ever before.
Blue light exposure may increase the risk of macular degeneration.
Blue light and ultraviolet light place oxidative stress on the retinal pigments.
Prolonged exposure to the short wavelength light triggers toxic molecules to be generated in the eye s light sensitive cells that causes macular degeneration a condition which may result in.
One fear is that overexposure to blue light could lead to retinal damage as is seen in the development of age related macular degeneration amd.
So why take a chance on the unknown.
A low macular pigment density may represent a risk factor for age related macular degeneration by permitting greater blue light damage to the retina.
