Quote:
Originally Posted by maulaga58
concussions are actually going down at the NFL due to rule changes. Helmet technology is where to go to cure the problem.
No, I'll explain why.
Quote:
Originally Posted by Needle77
Take the facemask off and you will have 0 issues.
No, I'll explain why.
Quote:
Originally Posted by G NASTY
IMO football should be banned until the age of 12.
Also, if you let your child play football id take it as far as to say it's bad/irresponsible parenting.
At the very least.
Quote:
Originally Posted by Needle77
I've watched a ton of pee wee football as it was a requirement for HS coaches and players to go down and watch the games. The weight limits help a ton and there are little to no use of the helmet as a weapon. The big issue with concussions is the use of the helmet as a weapon. You don't see it in high school either. The issue lies in college football and NFL.
You couldn't be more wrong.
Quote:
Originally Posted by chuckbomb
Wow buncha ladies ITT.
I played high school football and college rugby and I sustained one definite concussion, and two other possible mild ones throughout my tenure. Hell, my brother suffered a grisly compound fracture in college football. **** happens. I also became much tougher, learned how to lift weights correctly and thus became healthier, and formed personal connections that helped me get the job I have today. Yeah, I'd say the positives outweigh the negatives. And it's really not close.
This is the cultish response to the dilemma, that head injuries aren't that serious.
The problem the entire thread has faced thus far is a lack of understanding of what precisely causes CTE and further brain damage. Based on everything I've researched:
http://en.wikipedia.org/wiki/Chronic...encephalopathy
Isolated concussions are not a problem. Sustaining multiple ones are an obviously bigger concern. Getting back on the field, or even too much physical activity, before fully healed is a far graver concern. Now, you're first response to that is probably "lol tuma" or "Yeah, might be true, but we know next to nothing about how the brain functions in response to trauma"; you would be correct for both, but think of this --> To assume we know little, and to extend that to knowing when it's time to put an athlete back on the field, is a hilarious gap in logic.
(Paging Dr. Ikes/et al)
From what I've gathered, head injuries fall along a spectrum. This should be obvious. A little woozie? Coma for a week? Mild headache? All of which are symptoms of something bad happening to your brain. The severity being tested by baseline tests, such as knowing your birthday, being able to balance, no headaches etc. and w/e (I don't know a terrible lot about the tests) are a beyond imperfect way to analyze the state of the brain, given how mysterious it is. So yeah, your headaches might be gone but you still might not be 100% ready to go back to work. See: Sydney Crosby et al.
Going deeper, and a physics/biologist guy would be far better at explaining this, but again from what I've read is that the 1000s of collisions experienced over the course of the season and on are compounded so severely that they far outweigh the devastation of a concussin, manifest over a long period of time, and are mostly undetectable in the living brain. The reason is simply based on Newton's laws: An object in motion will remain in motion unless acted upon by an outside force, etc.
So what this means, is that if you're running to make a tackle, your body is in motion as your brain is. You collide to make the hit, your body comes to an immediate stop, and your brain continues forward colliding with your skull. This, repeated many many times causes severe damage to the frontal cortex, the area responsible for a lot of important ****. So essentially, you could never have a helmet-to-helmet hit and still face the same degeneration as those who've faced very obvious brain trauma.
To say the inherent collisions in the game of football/hockey are not as significant as the concussions is totally plausible. But, these football guys are freakishly big and fast, and thus the impact is more significant. But the brains aren't more muscular, or stronger. They still get wrecked, and more significantly as guys get bigger.
All of this applies to youth athletics too. Are the collisions less fierce? Of course! Is the child's brain more susceptible to long-term injury? Who knows! But the kids keep getting shoveled out there regardless.
I'm not an expert on any of this, so please correct and weigh-in if you'd like. There's a lot of good info out there.
Conclusion: Good luck designing equipment to break down the basic laws of physics.
edit: also, when they examined Chris Henry's brain, they found the frontal damage to be as severe as a late-stage alcoholic (I think)....yeah yeah the guy was an idiot, but he also didn't have a long NFL career, and only got hit a couple times a game. The lineman, I've read, are the most susceptible to this stuff.
Last edited by Tumaterminator; 02-24-2012 at 09:04 PM.