Findings from an international study suggest that women with a waist size of more than 34 inches are more likely to develop cancer of the womb than women who boast slimmer waistlines.

The study, funded in part by the British charity Cancer Research UK, sized up 223,000 women worldwide and determined that women with a waistline less than 31 inches have half the risk of developing womb cancer than their heavier counterparts.

There has been a significant rise in cases of womb cancer in Britain. And the link between the disease and weight gain is most prevalent among postmenopausal women who have never used hormone replacement therapy or the birth control pill.

According to the National Sizing Survey conducted in 2004, the average British woman now has a 34-inch waist. This is more than six inches bigger than the average size of a woman in the 1950s, says Dr. Lesley Walker of Cancer Research UK.

"Women are larger than they were when they existed on a wartime diet and were generally more active and this is having serious consequences," Walker says.

More than 6,000 women in the UK are diagnosed with womb cancer each year. The disease kills about 1,000 annually.

When Denise Ashford was 14 weeks pregnant, a fetal ultrasound scan revealed signs of a tumor in her unborn child. Her child had cancer. The young mother, only 19 years old at the time, was counseled on having an abortion. The cancer her baby had was neuroblastoma, a cancer that forms in nerve tissue of the adrenal gland, neck, chest, or spinal cord. Ashford, and the father Peter Thomas, refused to consider aborting the baby -- they said they would hang on for a miracle.

Each week, tests were done to watch how the unborn baby's tumor was growing. Within weeks, the tumor had begun to shrink.

"The doctors told us that sometimes in very small children this type of tumor can shrink over time. But then over the next four weeks, we were given some even more unbelievable news -- the tumor had disappeared altogether," stated Ashford.

Kiah Thomas came into this world at 6 pounds 1 ounce, and celebrates her fifth birthday as a happy healthy child. At the time of her birth, doctors said it was very rare for cancer to be detected in a baby before birth and then for it to disappear. But it happens. Called spontaneous remission, regression or miracles, stories of cancer patients defying the greatest of odds or having cancer suddenly disappear have always been told, as anecdotal evidence of mysteries we do not fully understand or have yet to seriously study.

For more information about spontaneous remission, the Institute of Noetic Sciences has compiled the largest database of medically reported cases of spontaneous remission in the world by reviewing over 3,500 references, from more than 800 journals in 20 languages, as a step towards expanding our knowledge and understanding of a real phenomenon that occurs, and yet, no one can explain.

Prostate cancer has been on the rise for the last thirty years. A small but growing group of scientists are beginning to prove with research what environmentalists and activists in the cancer community have been saying for some time -- the link between environmental toxins that mimic estrogens in the body and reproductive cancer is not coincidental. University of Illinois at Chicago and the University of Cincinnati researchers have just completed a study that shows a direct link between the chemical, bisphenol A or BPA -- that leaks from plastic products we use in daily life -- to the development of prostate cancer in later life.

According to the researchers, these findings could have major implications for human disease, and could, at least in part, explain why the prostate cancer rate has surged. Used for about half a century, BPA is a key component in the manufacture of polycarbonate plastic and is one of the world's most widely used industrial chemicals. Unlike carcinogenic chemicals that can cause profound damage to DNA and trigger cancer, BPA seems to cause subtle changes that are passed from one generation to the next generation. It all starts in the womb. To read more, go here.