December 31, 1994 |
Karine Pire cooks lunch in the apartment she shares with her mother, following elaborate lists tacked up all over the kitchen: open oven . . . put breaded filets in . . . close oven. She has rolled the linens into shiny sunflower napkin rings, smoothed down the place mat corners and, after squinting at a diagram of the cabinet contents, found the dishes. Over lunch, Pire talks about why she does not often dream, why she cannot smell the strong Belgian coffee brewing four feet away.
November 1, 1999 |
Laura Gagliardi awoke from a coma on her 17th birthday, three months after she suffered traumatic brain injury in a car accident. It was an event her family and doctors had hoped for but did not expect. Gagliardi had arrived at the hospital unconscious and unresponsive. But rather than battling to keep the teenager out of a coma, Dr.
February 10, 2012 |
When a movie calls itself "The Vow," you know it takes its love and its relationships seriously. And that's certainly the case with the new romantically and medically challenged weepie starring Rachel McAdams and Channing Tatum. Despite the sweet story -- lovely couple, car wreck, brain injury, she forgets him, he loves her anyway -- and the beautiful scenery -- cool converted warehouse spaces, snowy Chicago streets, Lake Michigan in the moonlight, and of course Tatum and McAdams -- this is a movie that leaves you wanting more.
February 26, 2014 |
A screening test for concussion that can be performed quickly on the sidelines was able to detect mild traumatic brain injury in about 4 in 5 college athletes who had sustained a concussion, a forthcoming study has found. The King-Devick test capitalizes on a subtle but important symptom of brain injury: a disruption in the eyes' ability to travel smoothly across a page, and to shift direction upon the brain's command. In a new study conducted on male and female athletes at the University of Florida, most subjects who took the King-Devick test soon after suffering a concussion showed reductions in speed and accuracy that were marked enough to reveal mild traumatic brain injury.
CALIFORNIA | LOCAL
September 19, 2010 |
Michael Butcher has applied for at least 25 jobs since injuries he suffered in Iraq forced him to leave the Army three years ago. "I was even turned down by McDonald's," said the 29-year-old San Diego native. The military is known for developing leadership, adaptability, loyalty and teamwork. But Butcher said when he tells employers he needs time off to see therapists for post-traumatic stress disorder and a brain injury, they don't call back. "They think you are mental," he said.
July 9, 2012 |
Scientists have used a simple training program to break through what was believed to be a fundamental limitation of the human brain - the ability to perceive two items when they are presented in rapid succession, less than half a second apart. The findings suggest new treatments for those with attentional deficits following a brain injury or during the progression of a neurodegenerative disease. They could also lead to a way for people with normal attention to perceive the world better.
March 3, 2012 |
Reporting from Glendale, Ariz. — "I look completely normal, right?" a completely normal-looking Taylor Twellman says. It's something he asks often, and the response is always the same: nodding heads, words of affirmation, smiles. In reality, though, Twellman is far from normal. Three and a half years ago, the then-New England Revolution forward and former Major League Soccer most valuable player was accidentally punched in the jaw by Galaxy goalkeeper Steve Cronin while scoring on a header.
October 10, 2013 |
Albert Einstein had a colossal corpus callosum. And when it comes to this particular piece of neural real estate, it's pretty clear that size matters. Chances are, that brawny bundle of white matter cleaving the Swiss physicist's brain from front to back is part of what made his mind so phenomenally creative. The corpus callosum carries electrical signals between the brain's right hemisphere and its left. Stretching nearly the full length of the brain from behind the forehead to the nape of the neck, the corpus callosum is the dense network of neural fibers that make brain regions with very different functions work together.