How Does It Work?
Learn how Fibrovita works to boost the body's ability to break down excess fibrin & painful adhesions in women with fibroids, ovarian cysts, endometriosis, and breast lumps
1. The affected area is inflamed
Whether the instigating condition is fibroids, ovarian cysts, endometriosis, or breast lumps, the body's initial response is to trigger inflammation, the process by which the body sends white blood cells and other substances, including fibrin, to the affected area.
2. Fibrin arrives at the site of inflammation
Fibrin is a fibrous protein involved in the clotting of blood and in protecting tissues identified by inflammation. When fibrin reaches the site of inflammation, it creates a barrier to prevent further spread of damaged or abnormal cells. When excess fibrin is present, it can form fibrous bands called adhesions.
3. Adhesions are formed by excess fibrin
Adhesions are internal scar tissue that can result from fibrin build up in breast & uterine fibroids and at the site of endometriomas and recurrent or collapsed cysts. Adhesions are the primary cause of pain in sufferers of endometriosis and ovarian cysts and also make it difficult for the body to break down the abnormal fibrin accumulations in fibroids & breast lumps.
4. Fibrin & adhesions are targeted for degradation
After the fibrin and/or adhesions have served their purpose, plasmin is sent to the affected site to break down these artifacts. Plasmin is the only enzyme the body produces that can degrade these fibrin accumulations but it is not always powerful enough on its own to resolve the problem.
5. Fibrovita helps your body break down fibrin & adhesions
Fibrovita increases the fibrinolytic activity (fibrin-degrading) in the blood by encouraging increased plasmin production as well as by mimicking plasmin itself.
With a more robust plasmin response, the body is better able to break down accumulated fibrin - whether in the form of fibroids or adhesions - allowing the immune system to clean up the site and direct the debris to be processed as waste by the liver and kidneys.