Moving this video to Sketch's personal queue. It failed to receive enough votes to get sifted up to the front page within 2 days.

*beg

Sending this video to Beggar's Canyon to plea for a little attention - beg requested by original submitter Sketch.

Gonna try *beg -ging again.

Sending this video to Beggar's Canyon to plea for a little attention - beg requested by original submitter Sketch.

chilling.

apparently this attack was Darwin's fault:
http://www.worldviewtimes.com/article.php/articleid-4642/Brannon-Howse/Sean-McDowell

geez LOUISE! That was intense. Poor lady. 200 POUND Chimp?!?!?!

Horrible.

"In an interview, Capt. Richard Conklin of the Stamford Police said that Travis, 14, was believed to have Lyme disease, a tick-borne bacterial infection that in rare cases has been linked to psychosis, severe anxiety and delusional behavior. Travis had been in an agitated state most of the day Monday, and at one point his owner took the unusual step of giving him tea laced with Xanax in an attempt to calm him down, Capt. Conklin said."

"It's often said that an adult chimpanzee weighing in at 150 pounds is three to seven times stronger than a human being."

What's the story? Not a lot was known until recently about this issue, but a study published this April in the journal Current Anthropology explored the issue at a new level of detail.

Our surplus motor neurons allow us to engage smaller portions of our muscles at any given time. We can engage just a few muscle fibers for delicate tasks like threading a needle, and progressively more for tasks that require more force. Conversely, since chimps have fewer motor neurons, each neuron triggers a higher number of muscle fibers. So using a muscle becomes more of an all-or-nothing proposition for chimps. As a result, chimps often end up using more muscle than they need.

Our finely-tuned motor system makes a wide variety of human tasks possible. Without it we couldn't manipulate small objects, make complex tools or throw accurately. And because we can conserve energy by using muscle gradually, we have more physical endurance—making us great distance runners.
Great apes, with their all-or-nothing muscle usage, are explosive sprinters, climbers and fighters, but not nearly as good at complex motor tasks.

In addition to fine motor control, Walker suspects that humans also may have a neural limit to how much muscle we use at one time. Only under very rare circumstances are these limits bypassed—as in the anecdotal reports of people able to lift cars to free trapped crash victims.

"Add to this the effect of severe electric shock, where people are often thrown violently by their own extreme muscle contraction, and it is clear that we do not contract all our muscle fibers at once," Walker writes. "So there might be a degree of cerebral inhibition in people that prevents them from damaging their muscular system that is not present, or not present to the same degree, in great apes." Source