ANTIOXIDANT ENZYMES AND YOUR PET'S HEALTH

While the nutritional balance needed to maintain healthy cells has remained much the same for thousands of years, man's and their pet's foods have changed greatly. Food processing has lessened many vital elements available in commonly consumed pet foods. One class of elements eliminated almost entirely through food processing is enzymes. Vital elements that act as biological catalysts, particularly antioxidant enzymes, are crucial for the proper functioning of every cell in a pet's body.

Antioxidant enzyme deficiencies have been documented in hundreds of published medical research studies. Although produced in the body, deficiencies can occur due to poor nutrition and the excess stresses of aging, pollution, surgery, radiation, overexertion, and illness.

A pet's body produces antioxidant enzymes to protect them from cell damaging substances called free radicals. Excess free radicals come from environmental pollutants, radiation, illness, excess sun, overexertion, poor nutrition, aging and even emotional stress. All of these factors create a condition in which the animal's natural production of enzymes is less than is needed. The result of this enzyme deficiency is cellular damage often seen as inflammation and pain in the joints of animals along with skin conditions, food allergies and a wide variety of other diseases.

This cellular damage can be prevented if the proper enzyme complexes are present in amounts large enough to overcome the amount of free radicals. Stresses in the environment, poor nutrition and aging itself challenges a pet's enzyme needs. In providing the necessary enzyme complexes, Biovet's products are a major nutritional breakthrough in preventive health care for your pet.

Clinical and double blind studies have demonstrated the complete safety and effectiveness of BIOVET products in providing the nutritional tools necessary to maintain proper antioxidant enzyme levels. BIOVET live enzyme foods enhance and develop the natural health and vitality inherent in animals.