Stimulated Innate Resistance of the Lungs to Bioterror pathogens

Texas A&M University Health Science Ctr, College Station TX

Investigators

Linked publications & trials

Abstract

Program Director/Principal Investigator (Last, First, Middle): Hook, MagnUS PROJECT SUMMARY (Seeinstructions): We have made the remarkable discovery that a crude bacterial lysate can stimulate the lung innate immune system, resulting in broad protection against pathogenic microorganisms including agents of bioterror. Moreover, we have identified a single bacterial protein, Ef2505, that has the ability to induce Stimulated Innate Resistance (StIR) to an extent similar to that observed with the crude bacterial lysate. These discoveries represent the bases for the current proposal, the ultimate goal of which is to develop and test a clinically active immunostimulant that can be used to protect against a broad range of microbial bioterror agents. To accomplish this, we have assembled a research team with complimentary expertise in order to determine the molecular mechanisms that cause StIR, which we believe will be required for FDA approval of the product. In addition, we will develop a prototype product and demonstrate its ability to protect against in vivo infections with Bacillis anthracis, Yersinia pestis and Francisella tularensis in mouse models. RELEVANCE (See instructions): PROJECT/