New research supports overwhelming
eye-opening advantages to a diet rich in green leafy vegetables.
Spinach, rapine, kale, collard greens, and other green vegetables
have been shown to defend aging eyes from visually impairing cataracts.
To test the limits and potency of these vegetables, researchers
evaluated human eye cells before and after the clinical trial.
Eyes treated with the antioxidants: lutein and zeaxanthin demonstrated
were found less damaging than after the exposure to ultraviolet
rays. The elements contained in sunlight are deemed as a primary
contributor to cataracts. The eye disorder transpires when the
proteins in the lens of the eye starts to clump together. Then
a milky cloud will formulate obscuring the afflicted person’s
vision.
Approximately, more then 16 million Americans are diagnosed
with cataracts. Based on the findings of medical research, the
higher the exposure rate to sunlight, the more susceptible an
individual is to cataracts.
Despite researcher’s correlation between the green leafy antioxidants
and its health advantages, the precise amount needed has not
been determined. The reason investigators have been unable to
determine how antioxidants in the bloodstream travel to the
eye cells. Since the exact amount has not been assessed, physicians
are recommending the following foods because they are opulent
in lutein and zeaxanthin:
Broccoli
Collard greens
Kale
Spinach
Turnip
Researchers theorize that substantial evidence supports people
who consume a lot of vegetables and fruits have a reduce risk
of acquiring age-related cataracts. To prove the hypothesis,
researchers at Ohio State University in Columbus cultivated
human lens cells in a laboratory test. Next, they left a few
alone and added zeaxanthin, lutein and even vitamin E to compare
the results.
Next the ocular cells were exposed to ultraviolet (UV) radiation
to replicate the effects of sunlight. The results showed the
lens cells mixed with zeaxanthin and lutein to be less damage
than the UV-exposure of cells that were not protected by antioxidants.