Road Closures Near 801 Broadway Parking Garage
Effective June 18, 2014 - Turn onto Ashland Ave from Broadway, to access the Kennedy Krieger parking garage. Please allow more time for travel to appointments.
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Guanshu Liu, Ph.D.
Guanshu Liu is an Assistant Professor in the F.M. Kirby Center at Kennedy Krieger Institute. He holds a joint appointment as Assistant Professor in the Russell H. Morgan Department of Radiology at Johns Hopkins University.
Guanshu Liu, Ph.D., is currently a tenure track Assistant Professor in the F.M. Kirby Center at the Kennedy Krieger Institute and the Russell H. Morgan Department of Radiology and Radiological Science at Johns Hopkins Medical School. Dr. Guanshu Liu earned his doctoral degree in biomedical engineering at Case Western Reserve University. Then he joined Dr. Peter van Zijl's imaging center at Johns Hopkins University in 2008 as a Research Associate.
The primary goal of my research is to develop novel Magnetic Resonance (MR) molecular imaging techniques to facilitate the development of modern medicine. As a relatively young but revolutionary discipline, MR molecular imaging aims at expanding traditional MRI from a macroscopic anatomical scale to a cellular and subcellular scale on which specific molecular markers can be specifically visualized, characterized and quantified in correspondence to a disease stage or a treatment response. As such, MR molecular imaging plays a key role in translating those discoveries in basic biomedical researches to clinical practices. My current researches mainly focus on the development and applications of a novel MRI technique, so called Chemical Exchange Saturation Transfer (CEST). We are currently developing a variety of nanoparticle-based CEST imaging probes with low toxicity, high sensitivity and high specificity, and exploring the biomedical applications of these new imaging probes. In addition, we are also interested in exploring the biomedical uses of endogenous CEST contrast. For example, one of ongoing projects in my lab focuses on exploiting the endogenous CEST MRI signal of bacterial organisms for detecting and monitoring bacterial infection in rodent models.