Product details
Package Dimensions: 4.57 x 2.6 x 1.02 inches; 0.85 ounces
Date First Available: October 15, 2024
ASIN: B0DK45NJ81
Best Sellers Rank: #226,400 in Pet Supplies (See Top 100 in Pet Supplies) #342 in Small Animal Health Supplies #895 in Handmade Pet Supplies #2,749 in Horse Health Supplies
About this item
Eye drops formulated with hyaluronic acid and L-carnosine deliver numerous advantages for the eye health of dogs. These include promoting better moisture, alleviating symptoms of dry eye, enhancing the stability of the tear film, offering antioxidant protection, and aiding in the management of age-related eye conditions.
Such eye drops are invaluable for a range of eye disorders. They not only provide relief from the discomfort of dry eyes and irritation but also support older dogs' eyes facing issues like diminished vision and cataracts. They serve as an effective part of both preventive care and therapeutic strategies, significantly improving ocular comfort and health.
The synergistic effect of combining hyaluronic acid with L-carnosine in these eye drops amplifies their individual properties. Hyaluronic acid's superior moisturizing effect is complemented by the antioxidative strength of L-carnosine, offering a holistic approach to eye care.
The joint action of hyaluronic acid and L-carnosine in the eye drops significantly impacts various aspects of eye health. Hyaluronic acid provides soothing lubrication to reduce irritation, while L-carnosine's antioxidative qualities help minimize inflammation and shield cells from damage. This dual action helps preserve the health and integrity of the eyes, countering both environmental stress and age-related deterioration.
Cataract Prevention: Cataracts, which cause the eye's lens to become cloudy, are a common issue in older dogs. Oxidative stress and damage from free radicals are thought to be contributing factors in the development of cataracts. It is believed that L-carnosine can protect the lens proteins from harmful glycation and protein cross-linking, processes commonly involved in the formation of cataracts.
