Stanford's Technology Cools Athletes, Soldiers Inside Out

When people exercise, their muscles consume energy and generate heat as a byproduct. When enough heat accumulates internally, it can limit exercise performance. Two Stanford biologists have developed a method for cooling that maximizes heat transfer through the palms of the hands. The idea is to engorge confluences of arteries and veins located there by mechanically drawing blood into them. The technology was used by some athletes during training for the Olympic Games in Athens, and it may soon find its way into attire for military personnel and others who work in extreme heat.

If you want to include this story in your blog, copy and paste this formatted text:

<p><a href="http://www.physorg.com/news1396.html">Stanford's Technology Cools Athletes, Soldiers Inside Out</a></p> <p>When people exercise, their muscles consume energy and generate heat as a byproduct. When enough heat accumulates internally, it can limit exercise performance. Two Stanford biologists have developed a method for cooling that maximizes heat transfer through the palms of the hands. The idea is to engorge confluences of arteries and veins located there by mechanically drawing blood into them. The technology was used by some athletes during training for the Olympic Games in Athens, and it may soon find its way into attire for military personnel and others who work in extreme heat. </p>