Deuce
Well-Known Member
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The first-ever study to measure the head impacts among youth football players has found that some hits absorbed by second-graders are as forceful as those in the college game, and that unlike in high school and college football most of the severe hits occurred during practices.
Results of the joint Virginia Tech-Wake Forest study, released Wednesday to ESPN, prompted calls for the elimination of high-impact practice drills that do not replicate game situations.
Most of those hits were modest in force, as measured by sensors installed in the padding of helmets. But some topped 80 g's, similar to "some of the more severe impacts that college players experience, even though the youth players have less body mass and play at slower speeds," the authors wrote. Boys of grade-school and middle-school age often lack the neck strength of teenagers, among other factors that can make them vulnerable to injury.
"I am shocked to see that these children receive levels of brain trauma comparable to college football players," Nowinski said. "At one-third to one-fourth the mass of the average college player, it appears they deliver and receive nearly the same force to the brain on each hit."
http://espn.go.com/espn/otl/story/_...-kids-football-head-hits-severe-college-games
The first-ever study to measure the head impacts among youth football players has found that some hits absorbed by second-graders are as forceful as those in the college game, and that unlike in high school and college football most of the severe hits occurred during practices.
Results of the joint Virginia Tech-Wake Forest study, released Wednesday to ESPN, prompted calls for the elimination of high-impact practice drills that do not replicate game situations.
Most of those hits were modest in force, as measured by sensors installed in the padding of helmets. But some topped 80 g's, similar to "some of the more severe impacts that college players experience, even though the youth players have less body mass and play at slower speeds," the authors wrote. Boys of grade-school and middle-school age often lack the neck strength of teenagers, among other factors that can make them vulnerable to injury.
"I am shocked to see that these children receive levels of brain trauma comparable to college football players," Nowinski said. "At one-third to one-fourth the mass of the average college player, it appears they deliver and receive nearly the same force to the brain on each hit."
http://espn.go.com/espn/otl/story/_...-kids-football-head-hits-severe-college-games
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