Support for visual well-being and the physiological management of ocular aging, within the scope of prevention and complementary support to standard ophthalmic clinical practice.
Systemic Ophthalmology, Nutrition, Supplementation and Lifestyle as a complement to traditional clinical care.
Targeted supplementation and the provision of specific nutrients may offer useful support to physiological cellular defense processes.
Ocular homeostasis is influenced even by the gut. Managing the gut-eye axis may help support the control of systemic inflammation.
Lifestyle optimization that may help support the body's natural defenses against oxidative stress and chronic inflammaging.
EyeLongevity® is a descriptive framework inspired by the principles of Systemic Ophthalmology. It does not represent a stand‑alone therapy and does not in any way replace conventional medical or surgical care. In agreement with the specialist, selected systemic factors (such as low‑grade chronic inflammation, oxidative stress and metabolism) may be considered as possible general support elements for visual well‑being, always within individualized clinical pathways guided by standard ophthalmic practice.
Dr. Alberto Lanfernini, Ophthalmologist – Dr. Annalisa Moscariello, Ophthalmologist
Faenza and Ravenna
Eye floaters are often a sign of a vitreous body undergoing oxidative stress and structural dehydration. Their management, subject to careful specialist medical monitoring of the fundus, may benefit from the support of proper nutrition, targeted antioxidant supplements, and adequate systemic hydration.
In dry eye syndrome, artificial tears represent the primary topical therapy. EyeLongevity® complements this with an investigation into systemic cofactors: gut microbiota support and the evaluation of metabolic imbalances that can exacerbate ocular surface inflammation.
Recurrent blepharitis can be fueled by chronic tension, pro-inflammatory diets, and microbiota alterations. The systemic approach associates indispensable local therapies with supportive nutritional protocols and oxidative stress management.
Prolonged exposure to digital devices alters blinking patterns and can affect circadian rhythms, causing visual fatigue (asthenopia). In addition to optical correction and ergonomics, visual comfort is supported by optimizing tear film stability.
The aging of the visual system is mediated by the progressive alteration of cellular maintenance mechanisms (main hallmarks), such as retinal methylome stability, mitochondrial efficiency, and retinal pigment epithelium proteostasis—processes that can be influenced by environmental and dietary factors.