Neuro

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How the brain inhibits individual muscle control

How the brain inhibits individual muscle control
The key to balance is, in part, the ability to overpower your mind. Your brain possesses what some researchers call “common drive.” It wants to activate and relax all muscles in synchrony, including the opposing ones. It’s probably why you find yourself swaying while trying to balance on one leg. When you start to teeter, your mind drives all the muscles to stiffen at the same time. The problem: This drive contains muscle oscillations, which cause you to sway again and continue the process.
14th June 2017

Electrical brain stimulation improves people's creativity

Electrical brain stimulation improves people's creativity
Scientists have found a way to improve creativity through brain stimulation, according to researchers at Queen Mary University of London and Goldsmiths University of London. They achieved this by temporarily suppressing a key part of the frontal brain called the DLPFC, which is involved in most of our thinking and reasoning. The results, published in the journal Scientific Reports, show that participants who received the intervention showed an enhanced ability to 'think outside the box'.
7th June 2017

Cracking the brain's memory codes

Cracking the brain's memory codes
In a pair of studies, scientists at the National Institutes of Health explored how the human brain stores and retrieves memories. One study suggests that the brain etches each memory into unique firing patterns of individual neurons. Meanwhile, the second study suggests that the brain replays memories faster than they are stored. The studies were led by Kareem Zaghloul, M.D., Ph.D., a neurosurgeon-researcher at the NIH's National Institute of Neurological Disorders and Stroke (NINDS).
7th June 2017


Stroke rehab device deduces intention directly from brain

Stroke rehab device deduces intention directly from brain
Stroke patients who learned to use their minds to open and close a device fitted over their paralysed hands gained some control over their hands, according to a new study from Washington University School of Medicine in St. Louis. By mentally controlling the device with the help of a brain-computer interface, participants trained the uninjured parts of their brains to take over functions previously performed by injured areas of the brain, the researchers said.
7th June 2017

microRNAs could protect the brain from developing epilepsy

microRNAs could protect the brain from developing epilepsy
On December 16, 1997, hundreds of Japanese children were brought to hospital suffering from epilepsy-like seizures. They all had one thing in common: they had been watching an episode of the Pokemon TV show when their symptoms began. Doctors determined that their symptoms were triggered by five seconds of intensely bright flashing lights on the popular TV program. But why did the lights affect a few hundred children while thousands of other viewers were unharmed?
6th June 2017

Blood-brain barrier model improves treatment of brain conditions

Blood-brain barrier model improves treatment of brain conditions
Delivering drugs to the brain is no easy task. The blood-brain barrier -a protective sheath of tissue that shields the brain from harmful chemicals and invaders - cannot be penetrated by most therapeutics that are injected into a person's blood stream. But for treating diseases of the central nervous system and cancers such as glioblastoma, it's essential to get drugs across this barrier and deliver them to where they are needed most.
6th June 2017

Sentinel Cerebral Protection System receives FDA Clearance

Sentinel Cerebral Protection System receives FDA Clearance
Claret Medical has announced that it has received regulatory clearance from the U.S. Food and Drug Administration (FDA) for the Sentinel Cerebral Protection System (CPS), via de novo classification, enabling U.S. commercialisation of the device. The Sentinel is the first and only device available in the U.S. that offers protection against the risk of stroke by capturing and removing debris dislodged during transcatheter aortic valve replacement (TAVR) before it reaches the brain.
6th June 2017

Combining MRI and optical microscopy improves brain research

Combining MRI and optical microscopy improves brain research
  Functional magnetic resonance imaging reveals changes in blood-oxygen levels in different parts of the brain, but the data show nothing about what is actually happening in and between brain cells, information needed to better understand brain circuitry and function.
5th June 2017

Noninvasive method helps patients with brain diseases

Noninvasive method helps patients with brain diseases
MIT researchers, collaborating with investigators at Beth Israel Deaconess Medical Center (BIDMC) and the IT’IS Foundation, have come up with a way to stimulate regions deep within the brain using electrodes placed on the scalp. This approach could make deep brain stimulation noninvasive, less risky, less expensive, and more accessible to patients.
2nd June 2017

What's love got to do with it?

What's love got to do with it?
A team of neuroscientists from Emory University's Silvio O. Conte Center for Oxytocin and Social Cognition has discovered a key connection between areas of the adult female prairie vole's brain reward system that promotes the emergence of pair bonds. Results from this study, could help efforts to improve social abilities in human disorders with impaired social function, such as autism. In addition to the online posting, the study is expected to be in Nature.
1st June 2017


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