Working night shifts or other nonstandard work schedules increases your risk of becoming obese and developing diabetes and other metabolic disorders, which ultimately also raises your risk of heart disease, stroke and cancer.
Exactly why this happens has been unclear, but a new study conducted at Washington State University has brought scientists closer to finding the answer. » More …
Poor eating habits can cause obesity and increase our risk of developing chronic diseases such as diabetes and stroke.
That much we’ve known, but what scientists are still figuring out is what aspects of our diets affect our health and what factors drive us toward consuming a poor diet in the first place.
The latter is the research focus of Pablo Monsivais, Ph.D., MPH, an associate professor in nutrition and exercise physiology in the Elson S. Floyd College of Medicine. He studies how social and environmental factors influence people’s eating habits, exploring associations between diet and factors such as income level, employment status, and neighborhood access to different types of food outlets. » More …
A landmark study by scientists at WSU and elsewhere has brought focus to the search for genetic links to autism spectrum disorder, which affects an estimated 2 million Americans. Published in the Jan. 16 issue of Science Signaling, the study identifies more than 2,000 areas of DNA that are active when mice learn a new task and are strongly associated with autism. Taking a closer look at one of those areas, the researchers found a genetic mutation that is associated with increased risk of developing autism.
What if you were promoted at work over someone who had been there longer and was qualified, but who had been laboring at a more menial job and who did not enjoy the same rapport with the boss?
Would you feel squeamish about accepting the job?
That happened to Jonathan Potter many years ago when he was a young librarian, and he recounts that experience in an academic paper published in the peer-reviewed International Journal of Servant Leadership.
Finding a cure is an important goal of research on brain diseases. However, to patients and their loved ones, research that can help preserve or restore functional ability in their daily lives is just as crucial. This was one of the takeaways from the first annual WSU Translational Medicine Symposium held last week at the Providence Auditorium in Spokane.
The symposium brought together researchers, entrepreneurs, physicians, patients, and caregivers to share knowledge about treatment innovations and key issues related to brain diseases, the theme for this inaugural event.
A nursing student talks to her patient. The patient coughs and says he is having chest pains. Soon, he’ll stop breathing and the student will start CPR.
Pharmacy students are providing a patient with his medications at the pharmacy when he suddenly becomes agitated. After discovering he is experiencing low blood sugar levels, the students give him something to help.
A Spokane police officer lays his hand on the gun in his holster. He’s commanding an individual to show his hands and to settle down. The individual then pulls out a gun of his own.
A truck driver is driving on just four hours of sleep. He’s driving in a forested area at high speeds. His truck is deviating from its lane, creating a dangerous situation for him and others on the road.
These scenes are from various simulation programs on campus and are used for clinical instruction, research or both.