SEATTLE – Feb. 21, 2014– A multi-center study led by Fred Hutchinson Cancer Research Center has found that high-dose supplementation with both the trace element selenium and vitamin E increase the risk of high-grade prostate cancer. But importantly, this risk depends upon a man’s selenium status before taking the supplements.

These findings, published in Journal of the National Cancer Institute, are based on data from the Selenium and Vitamin E Cancer Prevention Trial, or SELECT, a rigorously executed, randomized and placebo-controlled trial conducted by the SWOG cancer research cooperative group that involved more than 35,000 men. The study sought to determine whether taking high-dose vitamin E (400 IU/day) and/or selenium (200 mcg/day) supplements could protect men from prostate cancer.

The trial, which began in 2001 and was designed to last 12 years, stopped early, in 2008, because it found no protective effect from selenium and there was a suggestion that vitamin E increased risk. While use of the study supplements stopped, men were still followed and after an additional two years the men who took vitamin E had a statistically significant 17 percent increased risk of prostate cancer.

Today, the U.S. Environmental Protection Agency (EPA) announced proposed revisions to the Worker Protection Standard in order to protect the nation’s two million farm workers and their families from pesticide exposure.

“Today marks an important milestone for the farm workers who plant, tend, and harvest the food that we put on our tables each day,” said Gina McCarthy, EPA Administrator. “EPA’s revised Worker Protection Standard will afford farm workers similar health protections to those already enjoyed by workers in other jobs. Protecting our nation’s farm workers from pesticide exposure is at the core of EPA’s work to ensure environmental justice.”

The biggest ever stem cell trial involving heart attack patients has got under way in London. The study, which will involve 3,000 patients in 11 European countries, should show whether the treatment can cut death rates and repair damaged tissue after a heart attack.

Cells in our body are constantly dividing to maintain our body functions. At each division, our DNA code and a whole machinery of supporting components has to be faithfully duplicated to maintain the cells memory of its own identity. Researchers at BRIC, University of Copenhagen, have developed a new technology that has revealed the dynamic events of this duplication process and the secrets of cellular memory.

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