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VCURES Awarded Grant From Defense Advanced Research Project
Agency (DARPA) to Develop New Metabolic Engineering Strategy
For Shock:
The U.S. Government's agency charged with funding the initial
stages of high-risk research has awarded VCURES a $150,000
pilot grant to explore a unique biochemical-metabolic strategy
to enhance survival from hemorrhagic shock. The Defense Advanced
Research Project Agency (DARPA) recently created a research
program in Metabolic Engineering for Cellular Stasis (http://www.darpa.mil/dso/textonly/thrust/sp/metabolic.html).
The Metabolic Engineering Program seeks to (1) develop a technological
basis for controlling metabolic demands in cells, tissues,
and organisms of importance to national defense and (2) demonstrate
the successful stabilization and recovery of cells and tissues
from stress states representative of military operational
conditions with specific focus on blood and blood products.
VCURES is developing a unique metabolic strategy aimed at
reducing oxygen consumption after acute traumatic shock with
the goal of reducing overall oxygen debt thus reducing the
risk of multisystem organ failure and death. The study's investigators
include:
R. Wayne Barbee, PhD: Principal Investigator and Assistant
Professor of Emergency Medicine and Physiology
Kevin R. Ward, M.D.: Co-Principal Investigator and Assistant
Professor of Emergency Medicine and Physiology
Robert Diegelmann, PhD: Professor of Biochemistry and Emergency
Medicine
Melissa Evans, M.D.: Pediatric Critical Care Fellow
Sue Sreedhar, M.D.: Assistant Professor of Pediatrics
Ehab M. Kodsi, MD, PhD: Department of Emergency Medicine
Rakesh Kukreja, PhD: Professor of Medicine, Physiology, and
Emergency Medicine
Neri Cohen, MD, PhD: Assistant Professor of Surgery
Rao Ivautry, MD: Professor of Surgery, Physiology and Emergency
Medicine
Bruce Spiess, MD: Professor of Anesthesiology
The work will have direct applications to all forms of shock
in addition to other settings such as organ preservation and
transplantation and cardiopulmonary bypass. For more information
please contact Dr. Barbee at rwbarbee@hsc.vcu.edu.
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