How efficient is resveratrol as an antioxidant of the Mediterranean diet, towards alterations during the aging process?
Study Goal
The researchers aimed to evaluate the efficiency of resveratrol (RSV) from red wine in preventing aging-related alterations, particularly its protective effects on brain aging, neuro-inflammation, and ocular diseases.
Results Summary
The study found that red wine, as a rich source of RSV, has protective effects against brain aging, reduces neuro-inflammation by influencing microglial cells, and exhibits anti-inflammatory effects in ocular diseases. These benefits are attributed to the high concentration of RSV in grape skin and red wine.
Population
Elderly individuals (focus on brain aging) and general implications for Mediterranean diet followers.
Effective Dosage
Not specified
Duration
Not specified
Interactions
None mentioned
| Intervention | Direction | Endpoint | Population | Dosage | Impact | Claim # |
|---|---|---|---|---|---|---|
Mediterranean diet (MD) | decrease | diseases including cardiovascular pathologies, cancer | - | - | has been proven to prevent | #1 |
Mediterranean diet (MD) | decrease | aging | - | - | has been proven to prevent | #2 |
RSV (resveratrol) | decrease | brain aging | elderly | - | protecting effect on | #3 |
RSV (resveratrol) | neutral | the microglial cells playing a central role in the neuro-inflammation | - | - | role on | #4 |
RSV (resveratrol) | decrease | ocular diseases | - | - | anti-inflammatory effects on | #5 |
Mediterranean diet (MD) is the most relevant nutritional aspect of the multisecular Mediterranean civilisation which includes wine as an element of health and wellbeing when consumed with moderation. Mediterranean meals provide food micronutrients which include polyphenols, especially resveratrol from grape and red wine. MD, also called Cretan diet, has been proven to prevent diseases including cardiovascular pathologies, cancer, and to prevent aging. Interestingly, the grape and more precisely in grape skin contains the highest concentration of RSV. In consequence, red wine is the most concentrated food source of RSV found in the human diet. This review topic deals to how efficient is RSV towards alterations during the aging process; obtained from recent data of clinical trials, preclinical studies, and cell culture approach; especially RSV protecting effect on brain aging of elderly; its role on the microglial cells playing a central role in the neuro-inflammation; and in its anti-inflammatory effects on ocular diseases.