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Inflammation in its many forms is perhaps the most general and fundamental reaction in all-possible pathological conditions, for there is hardly any disease condition, which would not include in its course at least some inflammatory phase.
After an injury, circulation in the tiny blood vessels is slowed by small blood clots. The body’s defenders, leukocytes, or white corpuscles rush in and deposit fibrin, an elastic enzyme, around the affected area until an inflammatory membrane has been laid down. Edema (the accumulation of fluid) and pain follow. The classical symptoms of inflammation are: redness, swelling, heat and pain, which are secondary symptoms, after the initial changes have taken place.
At the moment any injury occurs, a series of defense actions begin. The object is the elimination of the harmful damage, or to prevent its further spreading in the organism, by isolation of the offender, and to restore the original physiology as far as possible. All of these defense reactions are grouped together under the elective name of inflammatory reactions. An inflammatory condition should be treated according to the severity, the extent, the cause and the state of reaction of the organism.
Synthetic “inflammation inhibitors” which are active at certain points during the course of the inflammation reactions are available. They are sometimes associated with undesirable side effects such as insomnia, depression, systemic fungal infection, increased calcium excretion, gastrointestinal irritation visual complaints, fever and fatigue. These “inflammation inhibitors are divided mainly into two groups: steroids, which are usually salicylic acid derivatives, and the Non-steroids, which are usually salicylic acid derivatives such as butazolidine, indomethacin and others.
The other class of anti-inflammatory agents is made up of enzymatic inflammation inhibitors; they are proteolytic enzymes which are highly active substances usually found in the body itself. They are non-toxic and may be used in every kind of inflammation, making them desirable for therapeutic and prophylactic application, i.e., sports injuries. Proteolytic enzymes can be used for an extended period of time for continuous therapy, usually without any restrictions, and there are no undesirable side effects.
The therapeutic use of proteolytic enzymes provides a reliable inhibition of inflammation, with fibrinolytic effect, which leads to lessening of edema and reductions in pain.
Many athletes, such as football players, and boxers who are being exposed to the possibility of injuries, take proteolytic enzymes prior to their activities to protect against the effects of sports injuries.
When using proteolytic enzymes, a larger immediate dosage followed by a decreasing dosage seems to work well in sport injuries and helps reduce the consequence of subluxations, contusions, compressions or lacerations.
The disabling effects of sprains and strains to knees and muscle groups are usually controlled and relieved by proteolytic enzymes. Fractures tend to heal much more rapidly and with fewer complications if proteolytic enzymes are used, and hematomas and bruises disappear in a shorter time
Proteolytic enzymes promote natural healing safely and effectively by restoring circulation to the area of the injury.
A combination of proteolytic enzymes, which includes Pancreatin, Bromelain, Papain, and Trypsin/alpha Chymotrypsin, along with associated digestive enzymes Lipase and Amylase, has proved enormously helpful in accelerating the body’s healing process in injuries and inflammations, from arthritis to surgical wounds.