Over the last decade advances in veterinary medicine have nearly doubled the canine life span. The technological innovations we now offer for pets, parallel those available for people, reaching far beyond our previous expectations. What are the factors limiting longevity in pets? What impact do anti-oxidant supplementation and dietary intervention have on lengthening healthy life spans for pets? Successful techniques for rejuvenating the body and lengthening life spans in people have been documented. Would similar strategies prove effective for dogs?
George, a 7 year old Dalmatiannot only suffered from severe arthritis, he was also paralyzed, due to a spinal injury. Surgery cost was estimated at $4000, with no guarantee of success and little hope of him everwalking again. George’s owners, Don and Pam Brennan were devastated and sadly carried George out of the office that day on a stretcher. He couldn’t even stand up to go to the bathroom. With tears streaming down their faces, they knew it was the end. They spent that night together saying their final goodbyes.
The next morning a friend told them about ongoing clinical trials of an anti-aging pet product. This was their last chance. They had nothing to lose, so they gave it a try.
Within 30 days, George was out in the front yard playing with the other dogs. He was back to the way he used to be, playful like a puppy. George enjoyed several healthy, happy years thereafter. Pam and Don were thrilled-they got their dog back!
Anti-Aging medicine, although not yet formally recognized by the American Veterinary Medical Association, is the newest clinical medical specialty offered to human physicians. So, why wouldn’t this be applicable for veterinarians as well?
When scientists unraveled the genetic code, they discovered that the canine’s genetic makeup is almost identical to ours. Consequently, it seems that physiologically the two species share similar mechanisms relative to the aging process. Recent research validates this fact.
Anti-aging medicine, the “optimum” of wellness and longevity, employs extensive therapies and treatment in the preventative health care field far beyond annual vet checks and blood chemistry. A profound paradigm shift in the way the veterinary establishment views aging and age related disease is now underway.
Pet owners are demanding a radically different approach to how vets view and treat aging pets. Demographics of human aging necessitated a change from the current disease based model of medicine, to a more preventative, proactive approach. Why should aging in pets be viewed any differently?
Instead of waiting until a pet is sick or is showing signs of illness, they could visit their vets, perhaps 2-3 times a year, to monitor potential illnesses or conditions—BEFORE they occur.
What is Aging?
Aging represents the accumulation of adverse changes in cells and tissues that increase the risk of death. Aging changes can be attributed to development, genetic defects, environmental factors, disease, and inborn aging processes. At a molecular level, the process of aging has been linked to a number of events including damage byfree radical reactions, deteriorating immunological function, senescent genes, and chromosome changes.
Theories of Aging
Although five aging theories of aging currently exist, Dr. Denman Harmon’s Free Radical Theory of Aging is the most universally accepted. As a result, substantial recent research has been focused on modulating or enhancing the capability of cells to defend against oxidative damage, at both the cellular and molecular level.
Cellular defenses are collectively called antioxidant defense, and represent the ability of a compound to protect the body from oxidants, thereby inhibiting oxidative damage. The body’s natural antioxidant defense system is complex and includes enzymes (such as superoxide dismutase, catalase, reductase, and glutathione peroxidase), free radical scavengers (such as carotenoids, ascorbic acid, and tocopherols), and metal chelators.
Antioxidants have been shown to act synergistically and have sparing effects in which one antioxidant protects another against oxidative destruction. Antioxidants protect biomolecules by scavenging, and protect the body by repairing oxidized tissues, destroying badly damaged molecules and replacing them with new ones.
Biomarkers of oxidative DNA damage and lipid peroxidation have been used to establish the fact that antioxidants play a protective role in human health and disease. Similar studies in veterinary medicine lacked funding and as such, have been limited. But times are changing and generous donations from pet loving establishments have helped this become a new reality for pets.
Veterinarians now have access to a wide array of nutriceuticals and diagnostics which potentially allow them to offer similar anti-aging strategies and therapies for pets.
The demand for vets to incorporate and utilize anti-aging protocols in practice is increasing and a handful of forward thinking clinicians are jumping onto the band wagon.
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