School of Medicine

Scientists at the School of Medicine have learned that a temporal “window of opportunity” was critical to their earlier successes in treating diabetic rats with embryonic pig tissues.

Scientists studying mice have identified a gene that allows immune cells known as neutrophils to protect themselves from the inflammatory chemicals they secrete. Researchers at the School of Medicine showed that knocking the gene out in mice prevented the development of an arthritis-like disorder by making the neutrophils victims of their own damaging secretions.

Courtesy PhotoUniversity physical therapy students worked with St. Louis seniors to help them prepare for the Mature Mile.

Among the criteria for selection are outstanding achievement in research and scholarship & recognized prominence within the community of scholars.

Recipients — selected by faculty & peers after a formal nomination process — were Martin Boyer, Lewis Chase and Robert Rothbaum.

Changes in regional brain activity from childhood to adulthood may reflect more efficient use of the brain as it matures.

It’s part of the ninth annual Nationwide Asthma Screening Program; the condition is responsible for nearly 4,500 deaths each year.

A diagnostic interview tool and with DNA samples from family members help researchers hunt for genes that can contribute to autism. More medical news

In its Clinical and Translational Research Program, the Siteman Cancer Center runs about 350 clinical trials simultaneously, gathering health information from hundreds of patients. To set up each study and analyze the resulting data requires expertise in biostatistics. This keeps J. Philip Miller, the biostatistics core director at Siteman, very busy. He and his staff […]

As our brains mature, we tend to use the red regions more frequently for these certain tasks, using the regions represented in blue less.Children activate different and more regions of their brains than adults when they perform word tasks, according to investigators at Washington University School of Medicine in St. Louis. Reporting in the journal Cerebral Cortex, the researchers say those changes in regional brain activity from childhood to adulthood may reflect the more efficient use of our brains as we mature.