New Supplement Relieves Endometriosis Symptoms

Grand Rapids, MI, November 30, 2007 --(PR.com)-- More than five million American women live with endometriosis, a condition that causes them heavy or irregular periods, painful bowel movements and urination, pain during intercourse, lower back pain and, in some cases, infertility. Until now, many of them could only find relief through invasive surgical procedures, including hysterectomy.

Endovin™, a new supplement from the physician-lead research team at Micronutra Health™, offers a safe, natural herbal alternative with no negative side effects. In surveys, 95% of women who took Endovin™ reported positive results with alleviation of their endometriosis symptoms.

Endovin™ contains the following active ingredients:
• B6 Pyridoxine HCL to break down excess estrogen that stimulates endometrial tissue growth.
• Vitamin E to relieve menstrual cramping and balances hormone levels.
• Magnesium to reduce abdominal inflammation and relax abdominal muscle hyper-contraction. Magnesium deficiency contributes to uterine blood and tissue migration.
• Chasteberry extract to correct hormonal imbalance and reduce endometriosis pain.

MicroNutra Health™ uses a proprietary, 12-step extraction and synergistic blending process that increases bio-availability (absorption) by as much as seven times more than other supplements with the same ingredients.

“The women we’ve surveyed about using Endovin™ reported that they were pain free within days. They’ve seen reduction in ovarian cysts and endometrial tissues. Because they find relief from the pain and anxiety caused by endometriosis, they sleep better and have more energy—in short, they get their lives back,” says Oscar Deerfield, product development, Micronutra Health™.

MicroNutra Health™ seeks to provide the world with progressive health products derived from the finest all-natural ingredients Mother Earth has to offer. Inspired by the genius of Nobel Prize winner, Dr. Linus Pauling, they are dedicated to optimizing global health at the cellular level.

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