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Return to Virginia Business - January 2002

This tourniquet bandage has new twists

When the Department of Defense offered Virginia Common-wealth University a $300,000 grant to modify the traditional tourniquet, Marcus E. Carr didn't think much of the idea. "We responded with, 'Let's not do the tourniquet again. Let's do something different,'" says the professor of internal medicine, pathology and biomedical engineering.

Carr's concerns were that in the heat of battle, combat medics aren't always available. Wounded soldiers often have to fend for themselves. The military wanted VCU to explore putting beepers on tourniquets that would go off every 15 minutes - signaling when it was time to release pressure. Carr and his team thought the idea impractical and burdensome.

Instead, they came up with an alternative. Rather than modifying the tourniquet - an imprecise contraption used to compress blood vessels and stop bleeding - Carr and his team started from scratch looking for something easy and convenient enough for soldiers in the field to use without medical supervision.

Their idea is the BioHemostat bandage. Made up of a flexible surface with large pores on the outside and a water-loving polymer on the inside, the bandage can absorb about 1,400 times its weight and has a special clotting agent. When inserted into a wound, the device expands, effectively stopping arterial bleeding, while still allowing blood to flow to other parts of the body. "This stuff works very quickly, within two minutes," says Carr. And it's lightweight enough that every soldier can carry one in his pocket.

Carr sees potential civilian uses for the device as well. On the drawing board is an external bandage for emergency first aid kits which, like a Band-Aid, would have a Teflon layer that wouldn't stick to the wound. You basically place it on the wound and close it with Velcro, Carr says. Like the BioHemostat, the bandage's polymer would then swell up, stopping the bleeding while delivering antibiotics and analgesics.

- Leila Marija Ugincius




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