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"SLEDHEAD/Sledding Athletes Are Taking Their Lives/Did Brain-Rattling Rides and High-Speed Crashes Damage Their Brains?" - Hallo friend WELCOME TO AMERICA, In the article you read this time with the title "SLEDHEAD/Sledding Athletes Are Taking Their Lives/Did Brain-Rattling Rides and High-Speed Crashes Damage Their Brains?", we have prepared well for this article you read and download the information therein. hopefully fill posts Article AMERICA, Article CULTURAL, Article ECONOMIC, Article POLITICAL, Article SECURITY, Article SOCCER, Article SOCIAL, we write this you can understand. Well, happy reading.

Title : "SLEDHEAD/Sledding Athletes Are Taking Their Lives/Did Brain-Rattling Rides and High-Speed Crashes Damage Their Brains?"
link : "SLEDHEAD/Sledding Athletes Are Taking Their Lives/Did Brain-Rattling Rides and High-Speed Crashes Damage Their Brains?"

"SLEDHEAD/Sledding Athletes Are Taking Their Lives/Did Brain-Rattling Rides and High-Speed Crashes Damage Their Brains?"

The NYT asks.

On Feb. 22, 2013, [skeleton athlete named Alexis] Morris attached an accelerometer to his helmet, then launched his body down a 1,500-meter track at the sliding center in Whistler, British Columbia, which is considered the fastest track in the world and was a venue for the 2010 Winter Olympics.

The run was routine, with speeds of 70 to 80 miles per hour and gravitational acceleration forces, or g-forces, as they are referred to, mostly five to 10 times what a person feels walking down the street. But in many of the twisting corners, the g-forces spiked, as high as 84.5 g in Turn 16, as his neck tired and his helmet ground on the ice, undergoing a series of fierce rattles, if only for a few milliseconds.

“You are in a straightaway, and your head is off the ice, and then the g-force sends your face slamming into the ice,” he said. “It’s a real problem.”...

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The NYT asks.

On Feb. 22, 2013, [skeleton athlete named Alexis] Morris attached an accelerometer to his helmet, then launched his body down a 1,500-meter track at the sliding center in Whistler, British Columbia, which is considered the fastest track in the world and was a venue for the 2010 Winter Olympics.

The run was routine, with speeds of 70 to 80 miles per hour and gravitational acceleration forces, or g-forces, as they are referred to, mostly five to 10 times what a person feels walking down the street. But in many of the twisting corners, the g-forces spiked, as high as 84.5 g in Turn 16, as his neck tired and his helmet ground on the ice, undergoing a series of fierce rattles, if only for a few milliseconds.

“You are in a straightaway, and your head is off the ice, and then the g-force sends your face slamming into the ice,” he said. “It’s a real problem.”...

Thus articles "SLEDHEAD/Sledding Athletes Are Taking Their Lives/Did Brain-Rattling Rides and High-Speed Crashes Damage Their Brains?"

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