Traumatic Brain Injury

Scientists in the UK have developed a new AI algorithm that could help narrow the margin for error in diagnosing brain injuries, with the ability to detect and categorize different types of lesions to gauge the extent of the damage.

Engineers at the University of Wisconsin-Madison (UW) have been investigating ways of nursing concussed brain cells back to healthy function, and have found that cooling them can protect them from damage and allow them to operate as normal.

Two compelling new studies are building on a hypothesis suggesting age-related dementia is caused by a leaky blood-brain barrier. Experts suggest the studies are interesting but not particularly applicable to human cases of dementia.

A landmark study has described a new method to detect signs of consciousness in unresponsive brain-injured patients using a simple EEG scan​. The research also suggests the EEG data can predict which patients have a high chance of regaining consciousness and recovering.

A study has affirmed the anesthetic xenon can help prevent long-term damage associated with traumatic brain injury (TBI). The research demonstrated in mice that if xenon is administered within a few hours of a TBI it can prevent brain tissue damage that would result in long-term cognitive problems.

​A couple of years ago, we first heard about a neck band designed to protect athletes from concussions by essentially making their brains bigger. Now, a new study indicates that it does indeed work, protecting wearers against damage caused by smaller hits along with the big ones.

​When someone has a head injury, it's vitally important to know if they're experiencing elevated intracranial pressure – it can cause damage to the brain and spinal cord if left unchecked. A newly-developed device could make the diagnosis process faster and easier than ever before.

​Back in February, the US Food and Drug Administration announced a new blood test that could be used to check patients for concussions. Now, Swiss scientists have developed a handheld device that can be used by laypeople to perform a similar test within minutes, on the spot.

​Even if an armored military vehicle isn't destroyed when a land mine detonates underneath it, its occupants can still receive traumatic brain injuries. Scientists are trying to keep that from happening, with a new shock-absorbing system that could also have applications in civilian products.

​The first diagnostic blood test to evaluate the severity of a concussion has been approved for marketing by the FDA. The blood test can accurately identify patients with brain tissue damage, or intracranial lesions, following a head injury without the need for an expensive & time-consuming CT scan.

​Two new studies are showing evidence that electrical stimulation to a specific area of the brain can significantly enhance memory and learning. The research suggests a possible future where implantable neural stimulation systems could help improve a person's memory.

Humans can sustain a concussion from a force as low as 60 G’s. But the humble woodpecker inflicts forces of over 1,000 G’s on itself regularly, so how does it protect itself from brain damage? According to a new study, it doesn’t.