Infinity2 Nutrition

Enzyme Applications in Sports Injuries

The Healing Nature of Proteolytic Enzymes
Proteolytic enzymes have powerful applications to many health problems and conditions that face people of all ages, including problems with joint pain and sports injuries. These conditions are very closely linked to impairment of the immune system and to the stresses put on the body that destroy its ability to fight various ailments, including pain and injury.

Research shows that formulas containing highly concentrated proteolytic enzymes are able to break down undigested protein, cellular debris and toxins in the blood; provide a buffering system to prevent accumulation of acid waste; break up waste protein occurring in an area of injury; help inflammation and circulation; and help the body fight muscle spasms.

For an in-depth look at how specific conditions are affected by proteolytic enzymes the following rationales are offered, as well as an introduction to the healing combination of proteolytic enzymes and antioxidant therapy:

Sports Injuries:
Proteolytic enzyme formulas, such as Infinity2's Cytolyse, have demonstrated the ability to remove toxic waste and excess free radicals in the bloodstream that inhibit recovery from injury. As a result, Proteolytic enzymes build up immune system efficiency to help the body heal faster by seperating red blood cells. This instantly increases oxygen availability and nutrient deliverance to the damaged tissue site, as well as makes it less prone to injury in the long-run.

And again, because Proteolytic enzymes go to the source of the problem, they don't have the temporary "Band-Aid" effect of most other healing aids commonly used to deal with pain associated with injury. In fact, Proteolytic enzymes have been used by professional sports teams in every major sport for their proven anti-inflammatory and healing properties.

Joint Pain:
Joint pain can result when too many CICs (Circulating Immune Complexes) collect in the body's tissues, most commonly in joint tissue. This accumulation of antigen-antibody complexes that the body's detox mechanism should have taken care of, but for some reason has not, can provide the trigger for joint inflammation. Of course, the direct response to these toxic accumulations is for the immune system to send white blood cells to attack and break up the inflammatory waste products. However, in the process, healthy tissue often is attacked as well, putting the body in a state of autoimmunity. Supplemental proteolytic enzymes can go to the source of joint pain and break up the waste accumulations causing the painful conditions.

This approach is much more effective and health-promoting than the temporary relief from joint pain offered by most prescription and over-the -counter medications.

Cytolyse and Life Force Super Antioxidant:
Given this cutting-edge research and its significance in the sports arena, Infinity developed the product Cytolyse, which contains the highly effective proteolytic enzymes discussed. Many people, athletes and seriously injured individuals, have already experienced great benefits from using this formula. In fact, the Phoenix Suns, Miami Heat, Philadelphia Eagles, New York Yankees, Houston Rockets and many other professional teams and athletes have given testimonials concerning the use of Cytolyse. They believe that the proteolytic enzymes contained in Cytolyse have helped them give up using harmful non-steroid anti-inflammatory drugs.

Cytolyse proteolytic enzyme formula is often consumed along with Life Force Super Antioxidant to help combat the extra free radicals produced in the body when pain and injury are present. Our research and double-blind studies show that antioxidants enhance the effects of proteolytic enzymes by aggressively supporting the body in attacking the free radicals aggravating the conditions in question.

By combining the two formulas and selecting a dosage level for each based on the specific needs of the individual, the powerful synergistic effect that results can significantly aid the natural healing mechanisms of the body.

Technical Bulletin