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Heading a soccer ball may be bad for the brain
Scientists are looking at microscopic levels in the brain and finding damage from smaller blows to the head, or subconcussive hits.
June 11th, 2013
10:53 AM ET

Heading a soccer ball may be bad for the brain

When compared to the bone-jarring crash between two football helmets, heading a soccer ball might seem almost innocuous. But those seemingly mild hits to a soccer player's head may damage the brain at a deep, molecular level, according to a new study.

"It's entirely possible that the innumerable subconcussive hits that those players have may really be a culprit (for brain injury) as well," said Dr. Michael Lipton, associate director of the Gruss Magnetic Resonance Research Center at the Albert Einstein College of Medicine in New York and the study's lead author.

The theory gaining ground among many concussion experts is that the unfortunately-named 'subconcussive' hits - less-forceful hits that don't cause an overt concussion - when they accumulate over time, may prove to be more damaging than their more flamboyant cousins. FULL POST


June 10th, 2013
05:21 PM ET

Baby's brain aneurysm halted - by superglue

Chalk it up to a win for ingenuity: Doctors are crediting surgical superglue for saving the life of a 20-day-old girl in Kansas.

Ashlyn Julian was born healthy and happy on May 16. Shortly after returning home from the hospital, however, her parents noticed something was wrong with their newest addition.

“She was probably around 10 days old, and she was sleeping a lot, and I understand that babies sleep a lot, but to the point that you couldn't wake her up to feed her,” said Ashlyn’s mother, Gina Julian.

Then abruptly, her behavior changed. “We (went) from a baby that was very quiet to a baby that was screaming all the time and throwing up, and at that point we knew something was very wrong," Julian said.

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Filed under: Brain • Children's Health • Conditions • On the Horizon

Mediterranean diet is brain food
May 21st, 2013
10:47 AM ET

Mediterranean diet is brain food

Sticking to a Mediterranean diet may not just be good for your heart, it may be good for your brain as well, according to a new study.

Researchers in Spain followed more than 1,000 people for six and a half years, and found that participants who were on a Mediterranean diet and supplemented that diet with extra nuts or olive oil performed better on cognitive tests at the end of the study period than the control group, which followed a lower-fat diet. The study was published Monday in the Journal of Neurology, Neurosurgery and Psychiatry.

"We found that a Mediterranean diet with olive oil was able to reduce low-grade inflammation associated with a high risk of vascular disease and cognitive impairments," said Dr. Miguel Martinez-Gonzalez, the chairman of preventive medicine at the University of Navarra in Spain and a study author.

The Mediterranean diet is devoid of processed foods and bad fats, and high in whole grains, nuts, fruits and vegetables, legumes, fish and even red wine - all things that are high in antioxidant and anti-inflammatory compounds. These types of foods are known to help reduce vascular (circulatory) damage, inflammation and oxidative (free radical) damage in the brain. FULL POST


The real reason Mary Ingalls went blind
Melissa Sue Anderson, right, portrayed Mary Ingalls in the 1970s NBC TV show "Little House on the Prairie."
February 4th, 2013
10:47 AM ET

The real reason Mary Ingalls went blind

If you watched "Little House on the Prairie," chances are you remember the story of Mary Ingalls.

The television show and popular book series drew on the real-life experiences of Laura Ingalls Wilder. Mary, Laura's sister, went blind as a teenager after contracting scarlet fever, according to the story. Now a team of medical researchers are raising questions about whether that's true.

Dr. Beth Tarini, one of the co-authors of the paper, became intrigued by the question as a medical student.

"I was in my pediatrics rotation. We were talking about scarlet fever, and I said, 'Oh, scarlet fever makes you go blind. Mary Ingalls went blind from it,'" recalls Tarini, who is now an assistant professor of pediatrics at the University of Michigan. My supervisor said, "I don't think so."

Tarini started doing research. Over the course of 10 years, she and her team of researchers, pored over old papers and letters written by Laura Ingalls Wilder, local newspaper accounts of Mary's illness and epidemiological data on blindness and infectious disease in the late 19th century. What they found was intriguing.

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Hearing loss may push decline in memory, thinking
January 22nd, 2013
11:03 AM ET

Hearing loss may push decline in memory, thinking

Older Americans who have hearing loss have an accelerated decline in thinking and memory abilities, compared to those with normal hearing, according to a study published in JAMA Archives of Internal Medicine.

Those with hearing loss experience a 30% to 40% greater decline in thinking abilities compared to their counterparts without hearing loss, according to the findings published Monday.

Hearing loss is common among old older adults, affecting about two-thirds of adults 70 and older, and about one-third of adults younger than 60, according to lead study author Dr. Frank R. Lin of Johns Hopkins University.  A large number of people with hearing loss are untreated, Lin explained, because they associate hearing loss with the stigma of getting older.

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Lifelong bilinguals may have more efficient brains
January 8th, 2013
05:01 PM ET

Lifelong bilinguals may have more efficient brains

Neuroscientists have been discovering mounting evidence that being fluent in more than one language protects against age-related cognitive declines.  But there's still the major question: Why?

Researchers used functional magnetic resonance imaging (fMRI) to get a closer look at the brains of both bilinguals and monolinguals, comparing how their activity differs during specific tasks.  This new study, published Tuesday in the Journal of Neuroscience,  expands upon previous ideas that bilinguals tend to show superior task-switching abilities compared to monolinguals. The study was led by Brian Gold of the University of Kentucky in Lexington. FULL POST


Former NFL players' brains may show marker for cognitive issues
January 7th, 2013
04:51 PM ET

Former NFL players' brains may show marker for cognitive issues

A marker for later cognitive problems may be starting to show up in the brain tissue of former National Football League players.

According to a study published Monday in JAMA Neurology, researchers found that cognitive problems and depression are more common among aging NFL players with a history of concussion.  But brain damage and mood problems among some segments of the NFL population is not stunning news anymore.

What has got scientists slightly giddy are those markers:  Poor performance on cognitive tests also showing up on sophisticated brain scans.  It suggests that damage post-concussion could some day be detectable by scanning the brain.

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This is your brain on 'Sesame Street'
January 3rd, 2013
05:01 PM ET

This is your brain on 'Sesame Street'

Scientists can't really know what a child is thinking, but they are interested in the brain processes that happen in educational settings. To that end, a new study in PLOS Biology compares the brains of children and adults, using "Sesame Street" as a way to test what happens on a neurological level during a popular TV program aimed at learning.

"We’re kind of honing in on what brain regions are important for real-world mathematics learning in children," said lead study author Jessica Cantlon, assistant professor of brain and cognitive sciences at the University of Rochester.

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Brain model may help build human-like robot
Can a computer mimic the way the brain works?
November 29th, 2012
02:02 PM ET

Brain model may help build human-like robot

It goes without saying that the human brain is complex, and would be hard to build from scratch. But researchers are looking to simulate how the brain works so that more human-like artificial intelligence can be created and we can better understand damage to our own brains.

Chris Eliasmith of the University of Waterloo in Ontario, Canada, led research published in the journal Science on a brain model called SPAUN - the Semantic Pointer Architecture Unified Network.

SPAUN lives inside a computer, can view images with a camera-like eye and can draw responses to questions. For example, show it the number "4" and it will write its own "4." It can even mimic the style of the numeral.

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This is your brain on smoking
November 28th, 2012
05:00 PM ET

This is your brain on smoking

That cigarette may be doing more damage than meets the eye. If you’ve been smoking for an extended period of time, you’re likely familiar with at least some – if not all – of the bodily symptoms associated with smoking, including but certainly not limited to: Cravings, coughing, shortness of breath and changes to teeth, hair and skin. Coronary heart disease and/or lung cancer might not be far behind.

But a new study published in the journal Age & Ageing concludes that smoking can damage your mind, too. A consistent association was observed between smoking and lower cognitive functioning, including memory.

The bottom line: Smoking and long-term high blood pressure appear to increase the risk of cognitive decline. FULL POST

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Filed under: Addiction • Alzheimer's • Brain • Cancer • Heart • Longevity • Smoking • Stroke

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About this blog

Get a behind-the-scenes look at the latest stories from CNN Chief Medical Correspondent, Dr. Sanjay Gupta, Senior Medical Correspondent Elizabeth Cohen and the CNN Medical Unit producers. They'll share news and views on health and medical trends - info that will help you take better care of yourself and the people you love.

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