Improve vision naturally with herbs vitamins supplements and foods

Improve Vision naturally without glasses, surgery or eye exercises using foods and diet, herbs, vitamins, and supplements, over the counter eye formula that helps improve acuity during the day and evening

Would you like to improve your vision in order to see things crisp, sharp, and beautiful? Do you find that some of the enchantment from looking has faded? As we age, our vision weakens. This is due to a number of factors, including, in part, to degeneration of nerve cells in the eyes or loss of pigment in the retina. A castle in Europe, a swan floating on a still pond, a delicate daisy, or rugged mountain scenery may not impress us as much. We lose our ability to notice fine details and differentiate subtle shades of colors or texture. Has this enchantment disappeared forever, or are there ways to improve vision naturally? Can certain vision problems be halted or reversed?
There are many herbs and supplements that can improve vision. Unfortunately, very little information has been published regarding the influence of different nutrients and herbs on vision. Some of the well-known herbs and supplements that can improve vision include lutein, zeaxanthin, bilberry extract, goji berries, and alpha lipoic acid.

Improve Vision Naturally
We are glad to report that the proper use of many nutrients can help restore, at least partially, the magic of seeing that some of you may have long forgotten existed. After you try Eyesight Rx or some of the other vision supplements listed below, you may even take a vision test on a Snellen chart to see if your vision is better. Some people use Eyesight Rx for improve blurry vision or night vision.

Supplements that Improve Vision
The lens, retina, macula, and other parts of the eye involved in vision can be protected with the proper intake of antioxidants. Almost all the antioxidants likely have a positive influence on eye health.

Vitamin C -- helps with long term healthy vision support but does not noticeably improve it
Vitamin E -- helps with long term healthy vision support but does not noticeably improve it

Substances in fruits and vegetables that help improve Vision, foods and diet
There are thousands of beneficial substances in fruits and vegetables that could be helpful. The two major categories are carotenoids and flavonoids.

Carotenoids are found in fruits and vegetables. Of the many carotenoids circulating in human bloodstream, only lutein, zeaxanthin, and lycopene are accumulated to any significant degree throughout the tissues of the eye. Good vision depends on more that just eating carrots since carrots contain mostly beta carotene.
   Lutein is a carotenoid which has become popular as a dietary supplement either by itself, or combined with zeaxanthin.
   Zeaxanthin and lutien play important roles in protecting eye tissue in the macula from damage by free radicals. Corn, eggs, green leafy vegetables, peppers, red grapes and pumpkins are some of the foods rich in lutein and zeazanthin.
   Lycopene is found mostly in tomatoes, watermelon, pink grapefruit, apricots, papaya, and guava.

Flavonoids are found in many fruits and vegetables, and in many herbs, including Bilberry, Eyebright, and Ginkgo biloba. Flavonoids help support healthy vision. Citrus bioflavonoids are flavonoids found in citrus fruits.

Herbs that Improve Vision
In addition to the above herbs, there are countless others with compounds that have an influence on blurred vision or general vision health support.

Additional Supplements that improve vision
Please keep in mind that there are a number of eye disorders, and if you happen to have a serious problem with vision you should visit your doctor.
The following is a list of supplements that improve vision. You are likely to notice the effects the very day you take them, and sometimes even within an hour or two. Generally, the higher the dose, the more obvious the visual improvement; but the risk for side effects would also increase as the dosage is increased. The mechanism of action of these supplements can involve several pathways, such as raising levels of brain chemicals, improving circulation to the eye, or altering the fatty acid composition of rods, cones, and brain cells. I often find that visual changes are not as apparent when one is in broad sunlight. Going indoors—for instance in a shopping mall—can help one become more aware of the visual enhancement. Late afternoon, early evening, and cloudy days, are also good times to notice the visual changes. I will list the most popular ones:

Fish Oils - Just like the rest of the cells in the brain, the cells of the retina — the rods and the cones — contain long-chained fatty acids. The most prominent of these fatty acids in the eye is an omega-3 fatty acid called DHA. In my experience, I have found that the omega-3 oils, generally found in fish and flaxseed, enhance visual perception. I notice improved color perception and depth of vision, enhanced night and distance vision, and overall enhancement in visual awareness after several days of taking flaxseed oil or fish oil capsules. In order to notice quicker results, i.e, within two or three days, the dosages need to be significant. For instance, most people need to take several grams of a combination EPA DHA fish oil supplement or a tablespoon or two of flaxseed oil. Once you notice an improvement, you can reduce your dosage of fish oils to one or two grams a day, or a teaspoon of flaxseed oil.

Acetyl-l-carnitine is an antioxidant involved in energy utilization within cells. A dose of 200 to 500 mg in the morning before breakfast works within two to three hours to induce a pleasant visual and mental clarity.

Improve Vision with diet and foods
Most everything that you do to improve your overall health will, in the long run, influence the health of your eyes. Some foods that improve vision include cold water fish, salmon or fish eggs or roe, and corn.

Silicone-Eyelid Closure to Improve Vision in Deeply Amblyopic Eyes.
J Pediatr Ophthalmol Strabismus. 2010: Hakim OM, El-Hag YG, Samir A.
Deep amblyopia is a recognized cause of monocular visual deficit in children with a high rate of poor compliance with conventional occlusion therapy. This study evaluates a new occlusion technique that can be used for children with failed amblyopia treatment. In a prospective study, surgical silicone-eyelid closure was done for 15 children (age: 4 to 6 years; median age: 5.2 years) with a history of deep amblyopia and poor compliance with occlusion methods. In this technique, the good eye was closed by passing one limb of a double armed 5-0 polypropylene suture from one eyelid margin through a silicone sleeve and through the corresponding eyelid margin. The other polypropylene limb was passed behind the silicone sleeve and then through the opposite eyelid margin to form a barrier between the sleeve and the cornea. After 2 to 4 weeks, the suture was cut and the silicone sleeve was removed. Preoperative visual acuity ranged between counting fingers at 1 meter and counting fingers at 4 meters. Following eyelid closure, visual acuity was improved to between 20/40 and 20/200 for 12 patients, whereas three patients did not improve. Complications were seen in 8 patients: marginal eyelid irritation and erythema in 6 and suture break in 2. Silicone-eyelid closure can be used safely and effectively for management of deep amblyopia. This technique affords a good option to restore vision in a deeply amblyopic eye and grants the child a lifetime of useful vision.