Research

Study validates use of VUMC suicide risk model in Navy primary care

A Vanderbilt study found that automated suicide risk prediction models operating on electronic health records could help clinical teams efficiently identify patients for face-to-face suicide risk screening and prevention.

T cells (orange) engage with cancer cells (blue). Halle Borowski, an artist and senior at the College of William and Mary, worked with Drs. Mary Philip and Jess Roetman to create this oil painting, inspired by their research, as part of the Vanderbilt Institute for Infection, Immunology, and Inflammation (VI4) Artist-in-Residence program (https://www.artlab-air.com/).

Tumor antigens key to improving cancer immunotherapy: study

Vanderbilt researchers are working to better design immune therapies that attack tumors without also attacking healthy normal tissue in patients.

Nasty microbe H. pylori has Achilles’ heel

Vanderbilt researchers found that an H. pylori enzyme is essential for colonization of the stomach, suggesting it as a promising therapeutic target for H. pylori infection.

Study finds many patients don’t seek more health services after receiving genetic screening results

A study by Vanderbilt researchers found that more than half of the patients who receive the results of genetic tests might not be impelled to seek more services than they’re already receiving.

Mark Denison, MD, and Xiaotao Lu, MS, are among those on a new list of scientists whose papers have been cited the most frequently by other researchers. (photo by Erin O. Smith)

Twelve at Vanderbilt are among world’s highly cited researchers

Twelve current investigators at Vanderbilt University Medical Center and Vanderbilt University are on this year’s list of scientists whose papers have been cited the most frequently by other researchers.

A C. diff bacterium (green) with iron particles in red, shown in a reconstructed electron tomogram from STEM-EDS. (image courtesy of James McBride)

Novel C. diff structures are required for infection, offer new therapeutic targets

Vanderbilt research discovers that iron storage “spheres” inside the bacterium C. diff — the leading cause of hospital-acquired infections — are important for infection in an animal model and could offer new targets for antibacterial drugs.

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