is there any natural cure for farsightness
please if you know tell me
Answers
Natural Remedies for Farsightedness
When left untreated, the symptoms of farsightedness can be downright debilitating for people who depend upon their vision for their daily tasks (and who doesn’t?).
A few common symptoms of farsightedness are:
Aching eyes
Reading-induced headaches
Blurry vision
Eye strain
Though corrective lenses and LASIK surgery are viable options for dealing with the hassle of farsightedness, there are natural methods that can be effective in both preventing and treating this condition from developing or worsening!
First and foremost is common sense:
Wear sunglasses to avoid damage to your eyes: Ultra violet rays from the sun have always been damaging to our eyes. With the greenhouse effect allowing even more of these damaging rays to penetrate our atmosphere, it is even more important for us to protect our eyes. Make sure that the sunglasses you choose are rated to block out ultra violet rays.
Ensure that your lighting is adequate so that your eyes don’t need to work even harder to focus: Even in a room with an overhead light you may need an extra reading light focused on what you are reading. Natural light is also easier on your eyes as long as they are protected. However, many of us work during the day and cannot take advantage of this light. Consider placing a blue light filter on your device screens to protect your eyes. They can also reduce eye strain.
Eat nutritious foods that encourage healthy vision: Vitamins E, C, and A are needed for healthy eyes. There are also many other nutrients and minerals that can help protect your vision. For more information about the foods that provide these vitamins and nutrients you may want to read our blog post “Don’t Overlook Vitamins and Minerals for Eye Health.” You could also consider an eye health vitamin supplement to help ensure that you are getting all the necessary resources that your eyes need.
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Raman effect, change in the wavelength of light that occurs when a light beam is deflected by molecules. When a beam of light traverses a dust-free, transparent sample of a chemical compound, a small fraction of the light emerges in directions other than that of the incident (incoming) beam.