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Eye Pressure Control Supplement
Eye Pressure Control Supplement
0759Eye Pressure Control SupplementSize
Sans nano-particulesSans glutenVegan
Eye Pressure Control
Hearing and vision health
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62.00 €(67.13 US$) in stock
Eye Pressure Control is an essential, natural eye health supplement.
  • Helps optimise the health of the ocular vascular network.
  • Improves blood supply to the optic nerve.
  • Helps maintain optimal intraocular pressure.
  • Supports eye health by combatting ageing.
  • 100% natural source, produced exclusively from French and Italian ingredients (pine bark and bilberries respectively).
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Branch of bilberries

Eye Pressure Control Supplement - Natural Extract to Improve Eye Health

Eye Pressure Control is an essential natural formulation delivered in vegetarian capsules for maintaining eye health and preventing age-related deterioration of the eye’s vascular system. It consists of two completely natural, patented extracts - Mirtoselect®, an extract of bilberries harvested from European forests, and Pycnogenol®, an extract of maritime pine bark, from the Landes de Gascogne in France.

Who is Eye Pressure Control aimed at?

This eye health supplement is for:

  • Those with a family history of glaucoma, cataract and AMD.
  • Those looking for natural ways of preventing or minimising the risk of age-related eye problems.
  • Those keen to preserve their visual acuity.
  • Those wishing to give their visual performance a temporary boost.
  • Those suffering from diabetes or hypothyroidism.
  • Those with either low or high blood pressure and those with existing heart problems.
  • Those with existing eye problems (myopia, diagnosed cataract, chronic uveitis, etc.).
  • Those who’ve suffered a major injury to the eye.

What is MirtoSelect®?

MirtoSelect® is an authentic bilberry extract (Vaccinium myrtillus) standardised to 36% anthocyanins. It is obtained exclusively from fresh bilberries harvested when ripe, between July and September.

During the Second World War, empirical observations that consumption of bilberries improved the night vision of pilots led to scientific investigation of the fruit’s ophthalmologic properties. Over the last few decades, numerous benefits have been identified (1-6), with bilberries shown to:

  • Improve retinal sensitivity.
  • Preserve visual function.
  • Maintain lachrymal function.
  • Improve vascular circulation in the eye.
  • Relieve ocular fatigue (following intensive use of the eyes).
  • Combat ageing of the eyes.

We now know that these benefits are due to the berries’ anthocyanin content.

Anthocyanins are found in many fruits, in some root or leafy vegetables and in red wine, but it is bilberries which are the best dietary source (7). Part of the large flavonoid family, anthocyanins are antioxidant compounds exclusive to the plant kingdom.

Anthocyanins’ mechanisms of action

Powerful antioxidant activity. The anthocyanins in bilberries are potent antioxidants which like all vitamins for eye health neutralise reactive oxygen species, particularly superoxide anion (O2-), and reduce lipid peroxidation (8), a process which encourages fatty acids to turn ‘rancid’.

Anthocyanins can prevent light-induced photo-oxidation, particularly that involving lipofuscin (9), a pigment that accumulates over time in the cells of the retinal epithelium. This oxidation itself generates phototoxic free radicals, leading to chronic oxidative stress which is particularly harmful to the eyes (10). However, this process too can be stemmed by anthocyanins.

Anthocyanins also appear to increase ocular levels of endogenous antioxidants (ie, those made by the body), such as glutathione, vitamin C and superoxide dismutase (11).

Anti-inflammatory properties. Recent studies show that anthocyanins can halt the expression of genes which contribute to inflammation, and instead encourage the expression of those that fight it (12). This is a particularly useful property since inflammation is thought to play a role in many diseases, especially atherosclerosis, a major risk factor for glaucoma.

Inhibition of phosphodiesterase. The anthocyanins in bilberry (cyanidin, delphinidin and malvidin) slow down the activity of an enzyme which is very active in the eye called phosphodiesterase (13). This enzyme is responsible for inactivating a cell messenger which stimulates neurons and increases the brain’s glucose supply. By inhibiting phosphodiesterase, anthocyanins thus provide a temporary boost to this messenger, resulting in stimulation of neurons and photoreceptor cells. This mechanism partly explains the improvements in visual acuity observed in studies and empirical data among those who consume bilberries and bilberry extracts.

Effect on arterial vasomotricity. Vasomotricity is the ability of an artery to modulate its size. It’s an essential property for healthy blood flow but one which can often be impaired by the formation of fatty deposits on the inner lining of blood vessels. These vessels then find it harder to respond to biochemical signals and gradually deteriorate. Anthocyanins may thus have a positive effect on this property which is directly involved in visual function (14).

Note : ‘bilberry’ refers solely to the shrub known scientifically as Vaccinium myrtillus, while ‘blueberry’, which is often used as a universal name for blue-coloured berries, is a cultivated hybrid of several American species. The latter’s pulp is greenish in colour, while that of bilberry is blue. Bilberries are juicier than blueberries, and have a far higher content of anthocyanins.

How is MirtoSelect® produced?

Bilberries are undoubtedly the most precious of the berry species: they are extremely difficult to cultivate and much more delicate than other berries (making them more susceptible to damage and difficult to transport).

The bilberries used for this extract are thus harvested from wild plants before being frozen, sorted, cleaned and then purified in a way that preserves all their active substances and guarantees optimal efficacy of the fruit’s anthocyanins (15).

What is Pycnogenol®?

Pycnogenol® is an extract of maritime pine bark (Pinus pinaster) with a standardised content of proanthocyanidins or oligoproanthocyanidins (OPC), a group of antioxidant compounds found in certain plants.

Thanks to the work of Jacques Masquellier, we now know that it was the proanthocyanidins in pine bark which cured the crew of Jacques Cartier’s ship, ice-bound for several weeks on the St. Lawrence river. They were suffering from a mystery disease not known at that time: scurvy.

As a result of almost 160 clinical studies and 420 research papers, we now have a better understanding of the proanthocyanidins in pine bark and their effects on the human body. These compounds play a beneficial role in blood vessel walls, encouraging them to dilate. This is an important function since defects in the blood vessels that supply nutrients to photoreceptors and cells of the retinal pigment epithelium are a factor in the most common sight problems. These defects result in hypoxia which triggers the release of substances that contribute to the development of vision problems and lead to a cascade of reactions harmful to visual function as a whole. In most cases therefore, glaucoma is the result of insufficient blood reaching the optic nerve, related to atheromatous plaques present on the walls of the blood vessels supplying this nerve.

Pycnogenol® is produced from the bark of a unique species of pine that grows exclusively in the Landes de Gascogne in south-west France. No pesticides or herbicides are used and all felled trees are replaced, as required by French forestry law.

Why are the eyes subject to so much oxidative stress?

Of all the body’s tissues, it is the retina which undergoes the greatest regeneration. This inevitably involves constant production of free radicals. In addition, the retina is particularly exposed to the sun’s UV rays which themselves generate potentially harmful free radicals.

Although these free radicals are targeted by both endogenous and exogenous antioxidants, some slip through the net and manage to damage the body’s cells, proteins and fatty acids. Highly-concentrated in eye cell membranes as well as in photoreceptor cones in the macula, polyunsaturated fatty acids (PUFAs) are particularly vulnerable. Over time, the micro-damage caused by free radicals accumulates and causes ageing of the eyes and numerous functional problems.

The rate of deterioration depends on the extent of free radical generation (which in turn depends on several lifestyle-related factors), as well as the amount of vitamins for eye health and other antioxidants provided by the diet: the lower the intake of these valuable compounds, the more likely these free radicals are to slip through. A persistent imbalance between free radical production and antioxidant defences is referred to as oxidative stress. It manifests in structural and functional changes and is a key factor in the development of eye diseases (16).

For various reasons, this imbalance becomes more pronounced over time, leading to the accumulation of a specific pigment called lipofuscin (17). Composed of lipids and proteins, lipofuscin sensitises epithelial cells to blue light and triggers significant production of singlet oxygen (18) and free radicals (19), reactive oxygen species that damage our cells and trigger apoptosis (20). Membrane fluidity is also affected by advancing age as a result of cumulative free radical damage. This gradually manifests in the form of a chronic inflammatory response which is accompanied by the production of pro-inflammatory mediators (21)…

Ensuring good nutrition for eye health in the form of an adequate intake of exogenous antioxidants such as anthocyanins or proanthocyanidins is therefore an excellent way of preventing this vicious circle from developing.

For these antioxidants to succeed in reaching the structures of the eyes, it’s also necessary to ensure optimisation of the retinal vascular network: the functional integrity of photoreceptor cells depends on healthy retinal capillary function – and not only for the circulation of antioxidants. Photoreceptors require significant levels of oxygen and constantly produce large amounts of waste products which need to be rapidly eliminated to prevent a deterioration in photoreceptor function. In the absence of such conditions, there’s a risk that diseases such as glaucoma and AMD will develop rapidly (22).

Frequently-asked questions

Can Eye Pressure Control be combined with other supplements?

The eye has a hydrolipid barrier: it therefore needs to be supplied with water-soluble antioxidants such as anthocyanins, as well as lipid-soluble ones such as carotenoids, in order to protect the PUFA-rich retina. Lutein, zeaxanthin and meso-zeaxanthin are the three carotenoid pigments most highly-concentrated in the retina: they’re also responsible for the macula’s yellow colour. Eye Pressure Control combines very well with other supplements available to buy at Supersmart Lutein 20 mg, Smart Eyes or Macula Plus, a top of the range formulation with a high carotenoid content.

Are there any other measures that can be combined with taking Eye Pressure Control?

  • Avoid using corticosteroids in the form of eye drops or oral solutions.
  • Prioritise nutrition for eye health by eating a diet high in fresh fruit and vegetables.
  • Avoid drinking excessive amounts of fluid at any one time to prevent sudden increases in intraocular pressure.
  • Reduce your intake of caffeine and don’t smoke.
  • Take regular exercise, avoiding activities which are overly intensive and yoga postures and exercises that involve lowering the head as this can increase pressure in the eyes.
  • Protect the eyes from the sun’s UV rays by wearing sunglasses that filter out 100% of UV light.

When should you take Eye Pressure Control?

To prevent any stomach problems, Eye Pressure Control should ideally be taken with, or just after, food.

Buy Eye Pressure Control capsules to improve eye health.

Daily dose: 1 capsule
Number of doses per pack: 30

per dose

Mirtoselect® (extract of bilberry Vaccinium myrtillus standardised to 36% anthocyanins) 70 mg
Pycnogenol® (extract of maritime pine bark from Les Landes) 40 mg
Alpha tocopherols 100 IU
Other ingredients: acacia gum.
Mirtoselect®, Indena, Italy. Pycnogenol®, Horphag, Switzerland.
Directions for use
For adults only. Take 1 capsule a day.
3.8 /5 9 reviews
4.1 / 5
4.2 / 5
Value for money
3.6 / 5

Reviews 9
22 %

Anne-Mie Rysman
eye pressure control, goed om de oogdruk te normaliseren
le produit reste cher
Anne-Mie Rysman
Product is duur om regelmatig te gebruiken !
Ne suffit pas pour diminuer la pression dans l'oeil
Très bon produit , laboratoire sérieux, livraison rapide
Pas d'effet notable après 4 mois...
Bon complément pour contrôler la pression des yeux
ALEXIS Stephane
pas d'avis
Víctor Rubio Fernandez
Excelente producto
  1. Kim E.S., J. Clinical Evaluation of Patients with Nonproliferative Diabetic Retinopathy Following Medication of Anthocyanoside: Multicenter Study, Korean Ophthalmology Soc., 2008;49(10):1629-1633.
  2. Mazzolani F. et al., The effect of oral supplementation with standardized bilberry extract (Mirtoselect®) on retino-cortical bioelectrical activity in severe diabetic retinopathy, Minerva Oftalmol 2017 June;59(2)_38-41
  3. Riva A, Togni S et al. The effect of a natural, standardized bilberry extract (Mirtoselect®) in dry eye: a randomized, double blinded, placebo-controlled trial. Eur Rev Med Pharmacol Sci. 2017 May;21(10):2518-2525.
  4. Kajimoto O, Sasaki K, Takahashi T. Recovery effect of VMA intake on visual acuity of pseudomyopia in primary school students. J New Rem & Clin 2000;49:72-79. [Article in Japanese]
  5. Virno M, Pecori Giraldi J, Auriemma L. Antocianosidi di mirtillo e permeabilità dei vasi del corpo ciliare. Boll Ocul. 1986;65:789–95.
  6. Karlsen A et al. Anthocyanins Inhibit Nuclear Factor-kB Activation in Monocytes and Reduce Plasma Concentrations of Pro-Inflammatory Mediators in Healthy Adults, J. Nutr. 2007, 137, 1951-1954.
  7. Nutrient U.S. Department of Agriculture, A.R.S., USDA Database for the Flavonoid Content of Selected Foods, Release 3.0 2011.
  8. Shumin Li, Adam J. Case et al. Over-expressed copper/zinc superoxide dismutase localizes to mitochondria in neurons inhibiting the angiotensin II-mediated increase in mitochondrial superoxide, Redox Biol. 2014; 2: 8–14. Published online 2013 Nov 18. doi: 10.1016/j.redox.2013.11.002
  9. Sparrow JR, Vollmer-Snarr HR, Zhou J, Jang YP, Jockusch S, Itagaki Y, Nakanishi K. A2E-epoxides damage DNA in retinal pigment epithelial cells. Vitamin E and other antioxidants inhibit A2E-epoxide formation. J. Biol. Chem., Vol. 278, Issue 20, 18207-18213 (2003).
  10. Sparrow JR, Vollmer-Snarr HR, Zhou J, Jang YP, Jockusch S, Itagaki Y, Nakanishi K. A2E-epoxides damage DNA in retinal pigment epithelial cells. Vitamin E and other antioxidants inhibit A2E-epoxide formation. J. Biol. Chem., Vol. 278, Issue 20, 18207-18213 (2003).
  11. Yao N. Protective effects of bilberry (Vaccinium myrtillus L.) extract against Endotoxin-induced uveitis in mice. J. Agric. Food Chem., 2010, 58 (8), pp 4731–4736.
  12. Chen, Jihua, Uto, Takuhiro, Tanigawa, Shunsuke, Kumamoto, Takuma, Fujii, Makoto and Hou, De-Xing. “Expression Profiling of Genes Targeted by Bilberry (Vaccinium myrtillus) in Macrophages Through DNA Microarray”, Nutrition and Cancer, 60:1,43 – 50 (2008)
  13. Perretti C, Magistretti MJ, Robotti A, Ghi P, Genazzani E (1988) Vaccinium myrtillus anthocyanosides are inhibitors of AMPc and GM-Pc phosphodiesterases Pharmacol Res Comm 20(Suppl 2) 150 (PDF) Different brands of bilberry extract: A comparison of selected components. Available from: https://www.researchgate.net/publication/242267405_Different_brands_of_bilberry_extract_A_comparison_of_selected_components [accessed Jun 27 2018].
  14. Piovella F., Ricetti M. M., Almasio P., Feoli F. R., Pesenti Campagnoni M., Castagnola C., Min. Angiol. 6, 135 (1981)
  15. Prior R.L. et al., Antioxidant Capacity As Influenced by Total Phenolic and Anthocyanin Content, Maturity, and Variety of Vaccinium Species, J. Agric. Food Chem. 46, 2686 (1998).
  16. Desmettre T. Stress oxydant et DMLA. Réalités ophtalmologiques 2004 ; n° 111.
  17. Sundelin S, Wihlmark U, Nilsson SE, Brunk UT. Lipofuscin accumulation in cultured retinal pigment epithelial cells reduces their phagocytic capacity. Curr Eye Res 1998 ; 17 : 851-7.
  18. Rozanowska M, Wessels J, Boulton M, Burke JM, Rodgers MA, Truscott TG, et al. Blue light-induced singlet oxygen generation by retinal lipofuscin in non-polar media. Free Radic Biol Med 1998 ; 24 : 1107-12
  19. Boulton M, Dontsoy A, Jarvis-Evans J, Ostrovsky M, Svistunenko D. Lipofuscin is a photoinductible free radical generator. J Photochem Photobiol 1993 ; 19 : 201-4.
  20. Eldred GE. Lipofuscin fluorophore inhibits lysosomal protein degradation and may cause early stages of macular degeneration. Gerontology 1995 ; 41 (Suppl. 2) : 15-28.
  21. Beatty S, Koh H, Phil M, Henson D, Boulton M. The role of oxidative stress in the pathogenesis of age-related macular degeneration. Surv Ophtalmol 2000 ; 45 : 115-34
  22. Kuroki M, Voest EE, Amano S, Beerepoot LV, Takashima S, Tolentino M, et al. Reactive oxygen intermediates increase vascular endothelial growth factor expression in vitro and in vivo. J Clin Invest 1996 ; 98 : 1667-75.

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