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Vanderbilt University researchers from diverse scientific disciplines are joining forces to help crack the stubborn mysteries of addiction. Through the new Vanderbilt Center for Addiction Research (VCAR), their goal is to define the molecular events that drive addictive behavior and, ultimately, to develop new treatments that can help people sustain long-term recovery. “Addiction… Read More

Research in the Vanderbilt Center for Neuroscience Drug Discovery (VCNDD) aimed at developing innovative new treatments for schizophrenia just received a powerful assist from The William K. Warren Foundation.  The Tulsa, Oklahoma-based foundation announced it will increase its support by another $1 million, as VCNDD’s game-changing schizophrenia program approaches the point… Read More

The National Institutes of Health (NIH) has awarded a major renewal grant to continue the National Research Resource for Imaging Mass Spectrometry at Vanderbilt University School of Medicine. The five-year, $10.5-million grant will support groundbreaking projects aimed at visualizing, at the molecular level, retinal disease, ovarian cancer, the impact of diabetes… Read More

The increasing prevalence of antibiotic-resistant bacteria is a growing public health threat that must be addressed. One way that bacteria become resistant to antibiotics is through the use of multidrug transporters, membrane proteins that pump foreign molecules out of the cell. Thus, understanding how these proteins work could lead… Read More

Rapid advances in our ability to comprehensively examine cancer genomes have revealed that cancer results from an accumulation of genetic damage that is unique for each tumor. Consequently, new therapies that directly target abnormalities in cancer cells must be personalized to match the singular genetic composition of an individual… Read More

In the nervous system, signals are transmitted from cell to cell by the flow of chemical neurotransmitters across a specialized junction known as a synapse. In the vertebrate central nervous system, the major neurotransmitter at excitatory synapses is glutamate, which acts by binding to specific protein receptors expressed on… Read More

MicroRNA (miRNA) is a short strand of RNA that regulates the translation of messenger RNAs into proteins inside the cell. Recent evidence shows that miRNAs are also found outside of the cell, and that they likely play a role in cell-to-cell communications, including communications between cancer cells and the… Read More