Henry VIII may have suffered repeated traumatic brain injuries similar to those experienced by football players and others who receive repeated blows to the head, according to research by a Yale University expert in cognitive neurology. (more…)
COLUMBIA, Mo. – As recently as the Vietnam and Korean wars, soldiers’ families commonly had to wait months to receive word from family members on the front lines. Now, cell phones and the internet allow deployed soldiers and their families to communicate instantly. However, along with the benefits of keeping in touch, using new communication technologies can have negative consequences for both soldiers and their families, according to a study by University of Missouri researcher Brian Houston. This research could lead to guidelines for how active military personnel and their families can best use modern communications.
“Deployed soldiers and their families should be aware that newer methods of communication, especially texting, can have unintended impacts,” said Houston, assistant professor of communication in the College of Arts and Science. “The brevity and other limitations of text messages often limit the emotional content of a message. The limited emotional cues in text messages or email increases the potential for misunderstandings and hurt feelings. For example, children may interpret a deployed parent’s brief, terse text message negatively, when the nature of the message may have been primarily the result of the medium or the situation.” (more…)
COLUMBIA, Mo. — Each year, about 610,000 Americans suffer their first heart attack, according to the Centers for Disease Control and Prevention. Heart attacks and other symptoms of cardiovascular disease can be caused when blockage occurs in the arteries. In a new study from the University of Missouri, a scientist has discovered a natural defense against arterial blockage: bilirubin.
Bilirubin is typically something parents of newborns hear about when their children are diagnosed with jaundice. Generated during the body’s process to recycle worn-out red blood cells, bilirubin is metabolized by the liver and, usually, leaves the body harmlessly. (Many babies’ livers are not developed enough to metabolize the bilirubin, which results in the infants being diagnosed with jaundice, or high levels of bilirubin in their systems.) Now, MU scientists have found that bilirubin can be used to inhibit the clogging of arteries, and thus prevent the deadly consequences often experienced by individuals with cardiovascular disease. (more…)
