Imported-post

Vanderbilt researchers awarded one of NSF’s 24 new projects to drive future manufacturing One of the challenges of drug delivery systems is to optimize their targeting properties so therapeutic compounds used in smaller amounts reach only a specific area of the body and result in little or no side effects. The ability to engineer the... Read More

Researchers at Vanderbilt University Medical Center have identified antibodies that, in animals, block infection by alphaviruses, which can cause chronic and debilitating joint pain and arthritis and are an increasing global health concern. Read More

Vanderbilt University Medical Center has been awarded a one-year, $34-million grant by the National Center for Advancing Translational Sciences, part of the National Institutes of Health, to conduct a nationwide study of “convalescent plasma” as a treatment for COVID-19. Read More

A small-molecule “scavenger” that reduces inflammation and formation of atherosclerotic plaque in blood vessels in mice potentially could lead to a new approach for treating atherosclerosis in humans, according to researchers at Vanderbilt University Medical Center. Read More

The transcriptional coregulator Swi-independent 3 — or Sin3 — switches on and off the genes that drive crucial biological processes during prenatal development, including cellular differentiation, maturation, survival, metabolism, and stress responses. Read More

When a bouncy ball deforms under the weight of your body, its rubber membrane stretches and contracts. Likewise, the membrane of a cell doubling itself prior to division must accommodate changes in intracellular pressure — or explode. Read More

RNA viruses invade cells and co-opt cellular machinery to replicate and translate their genomic material. Read More

The oncogene MYCN regulates cancer cell growth, proliferation, metabolism, and survival; tumors with increased MYCN expression are more aggressive. Read More

Vanderbilt engineers have received a $1.4 million NIH grant to work toward a compact, silent, less expensive and potentially portable MRI device. Read More

Research shows how the actions of Vip1 help cells change their shape in response to environmental conditions. Read More