The incidence of brain trauma suffered by troops in Iraq and Afghanistan is overwhelming so the Army is testing new technology that will measure blast force to give medics a read on when brain injuries may have occurred.
As beneficial as this will be to the military, the application for civilian usage could not be more timely. Brain trauma has risen exponentially in sports and this technology could help trainers and coachs assess how badly hurt an athlete may be. While football, with its brutal hits, has gotten most of the attention, ice hockey, soccer, lacrosse, baseball and volleyball have also seen increases. Youth sports in particular are requesting help because research has shown that repetitive injuries create cumulative damage even at the youngest ages.
Through purposeful screening or serendipity, DARPA has a history of successfully identifying military technologies with civilian benefits. It appears they may have done so again. JL
Gregg Zoroya reports in USA Today:
The Army will outfit a brigade of soldiers in Afghanistan in the next few weeks with gauges worn on their bodies that can alert medics to an explosion's severity — proof of possible brain injury.
It is the beginning of an effort over the next several months to wire up soldiers and vehicles with sensors, black boxes and digital cameras. The data may shed light on how blast exposures damage the brain, even when a soldier appears only dazed, researchers say. An estimated 300,000 troops have suffered mild brain injuries, mostly from blast, in Iraq and Afghanistan.
"(This) is the beginning of a process…that's going to lead us to collecting the data researchers need to untie this Gordian knot," says Gen. Peter Chiarelli, the Army vice chief of staff.
Sensors will measure blast effects from buried bombs known as improvised explosive devices that have killed nearly 3,000 troops in Iraq and Afghanistan and wounded about 30,000. The newest sensor, developed by the Defense Advanced Research Projects Agency (DARPA) for nearly $1 million, is about the size of the time piece on a wristwatch and weighs less than an ounce.
Soldiers will wear three — on the breast and shoulder of their body armor, and on a helmet strap against the back of their necks.
"It's an environmental sensor … like a dive watch," says Col. Geoffrey Ling, a DARPA scientist.
In addition to recording blast force and over-pressure, data that can be downloaded via a USB port, the device gives an immediate read of bomb severity, says Jeffrey Rogers, a DARPA physicist and one of the inventors.
After an explosion goes off near a soldier, a medic inserts a stylus or pen tip into a recessed hole on the device. A light flashes green, yellow or red, indicating whether the blast was strong enough to warrant further medical attention.
"We're really worried about the guy who's not complaining," Ling says.
A second blast sensor developed by the Army — worn inside the crown of the helmet and measuring how the head is whipped about in a blast — will be used by six brigades by December. That device cost more than $50 million to develop and produce, says Lt. Col. Jon Rickey, program manager.
By early next year, the Army also hopes to have 50 to 100 bomb-resistant vehicles in Afghanistan outfitted with sensors in the hull and seats connected to a "black box," says Gary Frost, of the Army's Rapid Equipping Force.
"We're attacking this from a lot of different directions," says Michael Leggieri, a Pentagon blast-injury research director. "It's like a puzzle putting all those pieces together."
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