|Why don't woodpeckers get concussions? 'Cause they have a great sense of humor.|
Halloween is finally over, it's almost Guy Fawkes Day, and that means holiday mayhem is HERE... as is pre-holiday, pre-bowl mania. Or maybe that's just Da-da. Alas, football won't be around much longer if someone can't create a better helmet to protect kids, 'cause without kids playing football, there will be no football. Da-da's ambivalent about this, as he has no love for the NFL, and college sports need to stop coveting the dollar. Blah blah blah. However, if you want to save football, STUDY WOODPECKERS. And while you're at it, launch all three branches of the U.S. Govt. into the sun. You'll be glad you did. What was Da-da talking about?
Oh, yeah. Woodpeckers and football. Woodpeckers smack their heads against trees a zillion times in their lifetime. On purpose. And they eat bugs. Lots of bugs. Are woodpecker brains riddled with CTE and concussion-related maladies? Nope. Woodpeckers have a special woodpeckery cranial construction that allows this kind of activity. Perhaps this could be used to augment existing helmet technology. Or perhaps humans could be pre-tested for head-banging injury susceptibility. Or those Nazi scientists who seem compelled to genetically modify everything in existence, because they can, might start messing with football player DNA and breed a thicker skull -- which they've already successfully done for NFL OWNERS.
So, you can either do one of the above, or perhaps employ early-man types who have no attorneys:
|Believe it or not, these guys' attorneys are BIGGER, even though one of them is dead.|
Death cannot stop true attorney-love.
We also have the option of injecting supra-orbital-ridge-y/cro-magnon-y DNA into existing players, or perhaps employing cro-magnon descendants:
Then there's this bit-O-science:
For woodpeckers, "thick skull" is no insult. In fact, new research shows that a strong skull these birds from serious brain injury.
Why Woodpeckers Don't Get Concussions
Woodpeckers' head-pounding pecking against trees and telephone poles subjects them to enormous forces — they can easily slam their beaks against wood with a force 1,000 times that of gravity. (In comparison, Air Force tests in the 1950s pegged the maximum survivable g-force for a human at around 46 times that of gravity, though race-car drivers have reportedly survived crashes of over 100 G's.)
Researchers had previously figured out that thick neck muscles diffuse the blow, and a third inner eyelid prevents the birds' eyeballs from popping out. Now, scientists from Beihang in Beijing and the Wuhan University of Technology have taken a closer look at the thick bone that cushions a woodpecker's brain. By comparing specimens of great spotted woodpeckers (Dendrocopos major) with the similarly sized Mongolian skylark, the researchers learned that adaptations in the most minute structure of the woodpecker bones give the skull its super strength.
Notably, the woodpecker's brain is surrounded by thick, platelike spongy bone. At a microscopic level, woodpeckers have a large number of trabeculae, tiny beamlike projections of bone that form the mineral "mesh" that makes up this spongy bone plate. These trabeculae are also closer together than they are in the skylark skull, suggesting this microstructure acts as armor protecting the brain.
The woodpecker's beak does not differ much from the lark's in strength, but it contains many microscopic rod structures and thinner trabeculae. It's possible that the beak is adapted to deform during pecking, absorbing the impact instead of transferring it toward the brain, the researchers report in the journal Science China Life Sciences.
The findings could be important for preventing brain injuries in humans. Each year, more than 1 million people in the United States alone sustain and survive a traumatic brain injury, according to the Centers for Disease Control and Prevention. Another 50,000 people die of their injuries. Understanding the microstructures of the woodpecker's skull could scientists develop better protective headgear for sports and dangerous work, the researchers wrote.
|Maybe football players just need more ludicrous helmets.|