The four-and-a-half year grant is part of $85 million in NIAID awards aimed at a better understanding of the human immune response to potential agents of bioterror and rapid development of counter measures such as vaccines and therapies. The translational centers will focus on moving new findings about immune system function out of the laboratory and into clinical trials.
The Emory-led projects will include studying the human immune response to a vaccine in its entirety, from innate responses to peak immune responses, to the development of long-term immune memory; understanding how a successful vaccine works and using that knowledge to design strategies to enhance vaccine efficacy; and understanding at a cellular level how vaccines lose their effectiveness over time so as to improve the responses of the elderly to vaccination.
Scientists in the Emory consortium will use genomics and proteomics to study the molecular signatures of vaccine-induced innate and adaptive immune responses, says Rafi Ahmed, PhD, director of the Emory Vaccine Center, a Georgia Research Alliance Eminent Scholar, and principal investigator of the Emory grant. "These molecular 'signatures' will help us differentiate between 'good' and 'bad' vaccines," Dr. Ahmed explains. "And this knowledge should allow us to manipulate these immune responses to either enhance immunity in the case of vaccines and immune therapy or to decrease immune responses in autoimmune disease
Contact: Holly Korschun
Emory University Health Sciences Center