West Virginia parents may be surprised to learn that the consumption of energy drinks may be linked to traumatic brain injuries in teenagers. According to a study published in a peer-reviewed journal, teens who incurred a traumatic brain injury within the previous 12 months were more than seven times more likely to have consumed five or more energy drinks in the prior week than those without a history of brain injuries.
As West Virginia residents may know, a recent study that has been released by the Public Broadcasting System says that 96 percent of deceased NFL players who were tested by researchers suffered from disease of the brain. The results of the study were discussed on a national show carried by PBS. The study, performed by a major university and the U.S. Department of Veterans Affairs, also included former high school or college football players as well as those who played semi-professionally.
Traumatic brain injuries are incurred by people in West Virginia and around the country every year. They can result from automobile accidents, contact sports, falls and many other occurrences. Once the initial trauma happens, it triggers an hepatic manufacture of substances that result in brain inflammation. Blocking the inflammation reduces certain effects of the injury, and some drugs used to control hypertension have been found to be helpful in this regard.
West Virginia readers may be interested in a new study that shows that soldiers who undergo an MRI shortly after suffering a traumatic brain injury may receive better, faster treatment. The authors of the study discovered that brain imaging helps physicians identify brain bleeding that could lead to stroke or brain swelling if left untreated.
According to a new study published in the Journal of Psychiatric Research, there is a strong association between attention-deficit hyperactivity disorder and traumatic brain injuries. The research could lead to better ADHD screening techniques in West Virginia and nationwide.
West Virginia residents may be interested in learning more about how recent advances in technology could help better analyze recent traumatic brain injuries. Researchers from the University of Pennsylvania are to present their findings at the American Chemical Society's 250th national meeting. The team reportedly developed a material made from polymer that emits different color based on the severity of the impact. The hope is that the material may eventually be applied to headgear as an immediate indicator of the severity or potential of an injury.
West Virginia residents might like to know about the findings of a University of East Anglia study that shows a link between certain drugs and a longer recovery time when suffering from brain injury. A class of drugs called anticholinergics can treat conditions like depression, bladder problems and insomnia, but these drugs could also prolong the rehabilitation process when an older adult suffers a brain injury.
Residents of West Virginia may be interested in a recent 18-month Australian study regarding people who have received a severe acquired brain injury. The study, which involved 300 ABI patients and their family members, was done through a program called BrainLink Hospital Liaison Project and tracked ABI patients from the time they received short-term care in hospitals to the time they were discharged and returned home.
People presenting with mild to severe head injuries account for thousands of visits to hospital emergency rooms and urgent care centers each year. Until an innovative blood test arrived on the scene, medical personnel had to rely on traditional imaging methods such as computerized tomography scans and magnetic resonance imaging to determine the extent of injury. The scans are limited in their ability to detect certain types of damage, though, and are generally used to identify intracranial bleeding.
In many ways, treatment for traumatic brain injuries is still an inexact science. As some West Virginia residents may know, the ability of medical practitioners to provide reliable treatment when serious harm has been done to the brain is limited by technology. New methods and treatments are constantly being researched; however, it's also essential to revisit earlier forms of treatment and evaluate them based on effectiveness.