People in West Virginia who have suffered a traumatic brain injury and who are less mobile or who have less community participation may have higher mortality rates than those who are more mobile and social. These were among the findings of a study that appeared in 2017 in the Journal of Head Trauma Rehabilitation.
Brain injuries are a major concern to people in West Virginia and elsewhere; these types of injuries may have significant impact on a victim's life, and recovery can often be lengthy or difficult. According to one new Columbia University study involving mice, it may be more effective for people with brain injuries to become active again as soon as possible rather than resting for a lengthy period of time. The study results could indicate the potential for treatment regimens that center on promoting activity in order to achieve faster or more complete recovery after brain injury.
It's common for anyone in West Virginia who has sustained a head injury from a car accident, hard fall, or sports collision to be rushed to the hospital for a CT scan. However, about 90 percent of these image tests come back negative, even when patients are diagnosed later with a mild concussion or similar injury. Given the expenses related to CT scans and the radiation exposure concerns, it's understandable for there to be a search for other brain injury detection methods.
West Virginia doctors may someday be able to use a lipid biomarker to diagnose brain injuries in patients. A new preclinical study shows that a lipid called lysophosphatidic acid, or LPA, sharply increases after the body suffers a traumatic brain injury, or TBI. The study, which was conducted by researchers at the University of California, Los Angeles, was published in The American Journal of Pathology.
A West Virginia resident who has suffered a high-acceleration head impact may have elevated levels of two different types of serums in their body. These serums, tau and ubiquitin C-terminal hydrolase L1, are biomarkers of traumatic brain injuries and may be present even if there has been no diagnosis of a concussion. This finding is a result of a study recently conducted by researchers at the University of Michigan.
A new study conducted by researchers at the University of Virginia School of Medicine may be of interest to anyone in West Virginia who has suffered a traumatic brain injury or spinal cord injury. Researchers discovered that microglia, which are certain cells that reside permanently in the central nervous system, have an important role in clearing up dead and dying cells in the brain.
If a person in West Virginia experiences a brain injury or disease, scientists may be able to monitor it using a molecule called N-acetylaspartate (NAA). It is generally found in lower concentrations in those who have an injury or illness impacting that part of the body. According to one study from the Perelman School of Medicine at the University of Pennsylvania, NAA might actually play a role in helping a person recover when this occurs.
Anyone in West Virginia who has incurred a traumatic brain injury should be aware of the findings of a new study published in JAMA Neurology. After studying a group of veterans with TBIs, it discovered that those who incur even a minor TBI with no loss of consciousness are at a higher long-term risk for developing dementia.
Every day, roughly 138 Americans die from a brain injury. They commonly occur after car accidents, hits during sporting events or falls in the tub. Such injuries can also occur as the result of a domestic dispute or because of medical malpractice. Since a brain injury can result in potentially fatal consequences, it is important for West Virginians to recognize the symptoms.
West Virginia readers possessing a variant of the APOE gene might experience more severe psychiatric symptoms if they suffer a traumatic brain injury, according to a new report. The study, which was conducted by researchers from the Veterans Affairs San Diego Healthcare System, was published in the Journal of Neurotrauma in February.