When Michael Higgins first started working with lacrosse players in Baltimore nearly two decades ago, protective headwear was a far cry from the high-tech helmets now found in college locker rooms around the country.
“Back then, it was suspension helmets—a couple pieces of cloth on top of the helmet,” says Mr. Higgins, who directs the Athletic Training Education Program at Towson University and specializes in research on helmets and brain injuries. “They didn’t have the harder shell as the ones do today, and the front cages were not as strong. None of them really had a chin guard the way the new ones do now.”
Major advances in the strength and design of lacrosse helmets have since made them safer and more effective in preventing major injuries like skull fractures. But Mr. Higgins thinks the helmets worn by male players in this fast-growing sport still lag behind the headwear of another game where colliding bodies are commonplace.
“Lacrosse helmets are behind football helmets,” Mr. Higgins says. “But they’re getting there.”
On Monday, Mr. Higgins will join two other experts on sport-related brain injuries, Kevin Guskiewicz and Jason Mihalik, both of the University of North Carolina at Chapel Hill, to talk about the role of helmets in reducing the risk of concussion at the annual meeting of the National Athletic Trainers’ Association in New Orleans. Their presentation is one of several focused on preventing, diagnosing, and treating head injuries among athletes of all ages.
Athletic trainers, in particular, have to be intimately familiar with all the quirks of various types of protective equipment, including helmets, Mr. Higgins says. Not only do these sports-medicine professionals need to understand the protective capabilities of headwear—they also need to know how to safely remove a helmet from an injured athlete without putting him at risk for spine injuries. That’s why a cordless screwdriver is often among an athletic trainer’s many tools: They can use it to remove a helmet’s face mask and administer CPR.
But that’s a worst-case scenario. A more chronic challenge, Mr. Higgins says, is the athletic trainer’s task of educating coaches, athletes, and parents on the limits of even the fanciest protective gear.
Helmets do not provide complete protection from concussions, says Mr. Higgins, who has also published research on the role of genetics in athletes’ risk for traumatic brain injuries. “You can get a concussion from shaking your head,” he points out. It’s not that the helmets aren’t doing what they’re supposed to—it’s that the precise causes of concussion still vex many medical researchers, even after years of energetic research. Indeed, as Mr. Higgins’s co-presenter, Mr. Guskiewicz, has found in his own research on the mysterious brain injury in football, sometimes the hardest hits to the head fail to cause a concussion—while jolts of a far lesser impact can cause concussions that linger for weeks.
Still, it’s tempting, for many people, to place far too much faith in helmets’ ability to prevent concussions altogether, Mr. Higgins says. “You can make the best helmet in the world,” he says. “Is it going to protect you from a concussion? Probably not. But people don’t understand that.”
In the lacrosse world, enthusiasm for protective gear has opened up a heated debate that Mr. Higgins plans to address at the athletic trainers’ meeting this week: Should women wear helmets?
Mr. Higgins thinks not. “If the game is refereed and played the way it should be played, there’s no need for helmets,” he says. Women, who wear protective eye gear but no helmet, do not body-check in their version of the game. Introducing helmets may make the game rougher and provide players with a false sense of security.
“If I have a helmet on, I’m going to be a bit more aggressive,” he says. “If you feel more protected offensively, a player may just dive through there and take chances they wouldn’t have taken if they didn’t have the helmet on.”
Research into the effectiveness of helmets continues as the technology progresses and as medical researchers learn more about this puzzling, but common, injury. Football still leads the way: Last month, researchers at Virginia Tech-Wake Forest University’s School of Biomedical Engineering and Sciences published findings from a study rating the effectiveness of five common football helmets in reducing concussion risk. Using a five-star system—“just like cars,” says Mr. Higgins, who would like to do similar research someday for lacrosse helmets—the researchers submitted each of the football helmets to more than 100 impact tests. Then, they calculated an athlete’s risk of sustaining a concussion if he were to wear the helmets for one year of a collegiate season.
One of the helmets that didn’t fare so well in the tests happened to be a model worn by more than three dozen players on the Hokies’ football team during spring practices this year. After the study was released, medical staff for the football program decided to switch to a better-performing model. Football helmets aren’t cheap, in many cases topping $200 apiece, but in this instance, that wasn’t a concern to the athletic department: The biomedical-engineering school paid for them.
(Rob Carr, Getty Images)


