Glazorol Intensive, 60 caps.

Glazorol Intensive is a bioactive complex whose active components regulate the work of the eye at the cellular level and thus protect visual function from changes caused by microcirculatory disordersthus avoiding overwork of the visual analyser and preserving visual acuity. Clinically proven effect!

Indications:

• Increased visual fatigue;
• Decreased visual acuity;
• Intense and prolonged loads on the visual organ;
• Prevention of age-related eye diseases;
• Disturbance of color perception;
• Complex treatment of incipient cataract;
• Myopia (nearsightedness) of medium and high degree.

The energy exchange of the eye is optimized by amino acids, vitamins and trace elements. Vitamin C and quercetin strengthen the smallest blood vessels of the eye, called capillaries. The tonifying action of Asian Centella (Gotu Kola), combined with the circulation-enhancing activity of Ginkgo biloba, increases the oxygen content in the tissues of the eyeball and has a beneficial effect on the work of the brain.

Antioxidants of different origin (vitamin C, carotenoids, glutathione and Aronia extract) stabilize the membranes of the cells of the visual organ and protect against the destructive action of free radicals. The carotenoids in calendula extract (lutein and zeaxanthin) purposely prevent photooxidative processes in the central part of the retina, which is responsible for visual acuity, and thus reduce the risk of its degeneration.

The components of the complex play an important role in the basic biochemical processesrelated to the functioning of the eyes. They have an immunostimulating effect, protect cells from aging and damage, which contributes to improving visual function and accelerates recovery after eye surgery.

Zeaxanthin и Lutein have potent antioxidant activity and need to be constantly supplied with food or eye complexes as they are not synthesised in the body. Central visual acuity depends on the concentration of these compounds in the macula of the retina. When light, especially the short-wavelength part of the spectrum, passes through the pupil and strikes the retina, a cascade of redox reactions is triggered with the formation of free radicals. Plant pigments essentially act as optical filters, having the ability to selectively absorb more than 70% of the aggressive solar radiation, reducing the destructive effect of active oxygen on the membranes of cellular structures, thereby preserving vision.

Astaxanthin is a powerful antioxidant that can penetrate the membrane of the eye cells and protect it both from the outside and the inside, thanks to the unique structure of the molecule. It prevents the occurrence of inflammatory processes, improves capillary blood flow and elasticity of the lens.

Anthocyanins from blueberries (related to plant pigments) restore impaired microcirculation and increase the rate of regeneration of the photosensitive retinal pigment rhodopsin, which is found in the membranes cells responsible for vision at dusk. Under the influence of light, rhodopsin changes its structure to transmit nerve stimulation to the brain and then returns to its original form.

Beta-carotene is provitamin A, which plays an important role in ensuring the full functioning of the body at any age. It has a pronounced antioxidant effect, is responsible for visual acuity, especially twilight vision, promotes tissue growth and renewal, is involved in the regulation of the immune system and helps reduce the risk of developing cancer.

Hesperidin and Ginkgo biloba extract improve blood circulation and strengthen retinal capillaries, helping to adapt to prolonged visual stress. Superoxide dismutase is one of the main enzymes of intracellular anti-radical defense, neutralizes free radicals, protecting cell membranes from destruction.

Zinc is involved in almost all vital processes: it is part of hormones, enzymes and vitamins, zinc is used by all our cells, including as part of the membranes of retinal cells, which are responsible for vision at dusk. It activates visual functions in the absence of light and supports the structure of the optic nerve. Selenium ensures optimal blood supply to the eye and protects the ocular structure under prolonged stress.

Vitamins and amino acids provide nutrition to the cells of the organ of vision. In their deficiency, the eyes become more vulnerable to stress and the negative influence of sunlight, the risk of developing eye diseases and degenerative changes in the structures of the eye increases.