Medicine & Health

Washington University in St. Louis researchers have developed a test that quickly detects the presence of Zika virus in blood.

A new study from the School of Medicineshows that mutations in the gene TREM2 cause an energy shortage in the brain’s immune cells, leading to their failure to protect neurons from damaging clumps of protein.

Results of a small clinical trial show promise for treating a rare neurodegenerative condition that typically kills those afflicted before they reach age 20. The disease, called Niemann-Pick type C (NPC), causes cholesterol to build up in neurons, leading to a gradual loss of brain function.

The combination of a bacterium that normally lives in the gut and a protein-rich diet promotes a more tolerant, less inflammatory gut immune system, according to new research at the School of Medicine. The findings may potentially spell relief for people living with inflammatory bowel disease.

A new study from the School of Medicine shows that a particular gut microbe can prevent severe flu infections in mice, likely by breaking down naturally occurring compounds — called flavonoids — commonly found in foods such as black tea, red wine and blueberries.

With the aim of streamlining the diagnosis of Alzheimer’s disease, a Washington University student-led team has designed an online app to help doctors more quickly evaluate patients. The app is being tested at the School of Medicine.

A research group started in 2013 by two neuroscientists at the School of Medicine collected a massive amount of data on individual brains. The study’s subjects were the scientists themselves and eight others, all junior faculty or graduate students.

Using the gene editing technology CRISPR, scientists at the School of Medicine have shed light on a rare, sometimes fatal syndrome that causes children to gradually lose the ability to manufacture vital blood cells.

New research from the School of Medicine sheds light on what might be happening in an anxious brain.

Researchers at the School of Medicine have shown that E. coli bacteria — those at the root of hard-to-treat urinary tract infections (UTIs) — hijack trace amounts of copper in the body and use it as a nutrient to fuel growth. The finding may open the door to treating UTIs using drugs that work differently from traditional antibiotics.