Department of Pathology Microbiology and Immunology

Vanderbilt mourns loss of former ‘godfather of grants’ John Hoover Hash

John Hoover Hash, PhD, who as associate dean for Biomedical Sciences and director of Sponsored Research at Vanderbilt University Medical Center oversaw the computerization of VUMC’s grant recording system in the 1980s, died in Nashville on June 20. He was 94.

Rare disorder sheds light on dysbindin function

A case study of a rare disorder uncovers roles for the protein dysbindin in the adaptive immune response and suggests that mutations may underlie some cases of very early onset inflammatory bowel disease.

From left, Xiang Ye, PhD, Suba Rajendren, PhD, Antiana Richardson, and John Karijolich, PhD, are studying how the cancer-causing virus KSHV commandeers host gene expression and regulatory machinery.

Study details RNA editing in virus-infected cancer cells

Vanderbilt researchers detail the landscape of RNA editing — a form of RNA modification — in primary effusion lymphoma cells during Kaposi’s sarcoma-associated herpesvirus infection and identify an edited viral microRNA that is critical for infection.

The study team includes, from left, Maribeth Nicholson, MD, MPH, Ben Spiller, PhD, Buddy Creech, MD, MPH, Borden Lacy, PhD, Eric Skaar, PhD, MPH, Isaac Thomsen, MD, MSCI, Ivelin Georgiev, PhD, and Danyvid Olivares-Villagomez, PhD.

NIH grant launches C. diff vaccine research initiative

Vanderbilt has received an NIH grant to launch the Vanderbilt Antibody and Antigen Discovery for Clostridioides difficile Vaccines, or VANDy-CdV.

Wenhan Zhu, PhD, recently received a research award from the G. Harold and Leila Y. Mathers Foundation.

Mathers Foundation award supports study of bacterial physiology

Vanderbilt’s Wenhan Zhu, PhD, has received a three-year award from the G. Harold and Leila Y. Mathers Foundation to support his research that aims to answer a fundamental question about bacterial physiology and engineer probiotics to improve gut inflammatory diseases.

E. coli uses serine to abide acidity

Vanderbilt researchers have discovered another acid resistance mechanism for UTI-causing E. coli, laying the foundation for targeted antibacterial therapies.

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