| Institution | PI Name | Title |
|---|
| Aaron Diamond AIDS Research Center | Moriya Tsuji | Novel Humanized Mice to Study CD1b/c-Mediated Immunity |
| Baylor College of Medicine | George Weinstock | Comparative Genomics of Francisella |
| Beth Israel Deaconess Medical Center | James Kirby | The Basis of Anthrax-Induced Vascular Damage |
| Brigham and Women's Hospital | David Sacks | IQGAP1 in microbial pathogenesis |
| Burnham Institute | Jaime Pascual | Bacterial infection through TIR-like virulent factors |
| Center for Community Health | Lisa Patrican | Enzootic Transmission of West Nile Virus |
| Children's Hospital Medical Center (Cincinnati) | Christopher Karp | Regulation of Toll-Like Receptor Signaling by RP105 |
| Colorado State University - Fort Collins | Herbert Schweizer | Non-antiobiotic resistance markers for bacteria |
| Cornell University Ithaca | Gary Whittaker | Receptor utilization for influenza virus entry in vivo |
| Dartmouth College | William Wade | Protective anti-LPS antibodies: what are they? |
| Duke University | Alejandro Aballay | Regulation of Innate Immunity by Virulence Factors |
| Duke University | Meta Kuehn | Heat-Labile Enterotoxin Secretion |
| Duke University | Herman Staats | Mast Cell Activator as Adjuvant for Biodefense Vaccines |
| Eastern Virginia Medical School | Richard Drake | Proteomic Profiling for Influenza Vaccination/Infection |
| Emory University | Richard Plemper | Structure-Based Design of Nipah Virus Entry Inhibitors |
| Georgetown University | Heidi Elmendorf | Microfilaments in Giardia Attachment and Virulence |
| Georgia State University | Zhen Huang | Bacillus anthracis Detection with RNA Microchip |
| Henry M. Jackson Foundation for the Adv. Mil/Med. | Christopher Broder | Nipah Virus and Hendra Virus Subunit Vaccines |
| Institute for Cancer Research | Eileen Jaffe | Hexameric PBGS as a Bioterrorism Defense |
| Johns Hopkins University | Mark Soloski | Innate Cellular Elements and Enteric Bacterial Infection |
| Massachusetts General Hospital | Cammie Lesser | Novel Genetic Analyses of Shigella virulence proteins |
| Massachusetts General Hospital | Marcia Goldberg | Function of VirK and MsbB2 in Shigella pathogenesis |
| Massachusetts General Hospital | Bobby Cherayil | Mammalian metal transporters & Salmonella infection |
| Medical College of Ohio at Toledo | Eric Lafontaine | Identification of B. pseudomallei & B. mallei adhesins |
| Montana State University - Bozeman | Sandra Halonen | IFN Inhibition of Toxoplasma gondii in Astrocytes |
| Montana State University - Bozeman | Sandra Halonen | IFN Immune Effector Mechanisms in Cerebral Toxoplasmosis |
| National Research Council of Canada | John Kelly | Proteomics of Francisella tularensis infection/immunity |
| New England Medical Center Hospitals | Paula Watnick | The fly as a natural and model host for vibrio cholerae |
| New York Blood Center | Sara Lustigman | A Helminth-Derived Immune Potentiator for Biodefense |
| Ohio State University | Linda Saif | Antigenic Relationships of SARS and Animal Coronaviruses |
| Oregon Health & Science University | Klaus Frueh | Functional characterization of the poxviral RING protein |
| Oregon State University | Dennis Hruby | Pox Proteomics |
| Oregon State University | Theo Dreher | Upstream ORFs: A general strategy for virus attenuation |
| Ponce School of Medicine | Anil Kumar | Immune Targets During Natural Dengue Infection |
| Providence Portland Medical Center | David Hinrichs | Evaluation of a Regulatory T-Cell Deficient Model |
| Public Health Research Institute | Yuri Bushkin | Novel targets for vaccines against tuberculosis |
| Rice University | Yizhi Tao | Structural studies of influenza virus polymerase |
| Scripps Research Institute | Nora Sarvetnick | Immunoregulation of Flavivirus Infection |
| Southern Research Institute | Colleen Jonsson | Hantavirus pathogenesis and prevention |
| St. Louis University | Andrew Lechner | Lung Injury and Shock Pathogenesis in Y. pestis Sepsis |
| Stanford University | Upinder Singh | Assessing Genetic Diveristy in Entamoeba Histolytica |
| State University of New York at Buffalo | Arlene Collins | SARS Coronavirus Interaction with Monocyte Macrophages |
| State University of New York at Buffalo | John Crane | Effect of Zinc in Enteropathogenic E. coli Infection |
| Thomas Jefferson University | Matthias Schnell | Killed Rhabdoviruses as Novel Anthrax Vaccines |
| Thomas Jefferson University | Bernhard Dietzschold | Rhabdovirus-based recombinant vaccines against SARS |
| Tufts University Boston | Donna Akiyoshi | A Genome Sequence Survey of Enterocytozoon bieneusi |
| University of Med/Den NJ - Newark | Neerja Kaushik-Basu | Effectors and Inhibitors of SARS virus Polymerase |
| University of Med/Den NJ - Newark | Pranela Rameshwar | Vaccine hurdle to anthrax and the emerging immune system |
| University of Arizona | Glenn Songer | Functional analysis of C. perfringens epsilon toxin |
| University of Arkansas at Fayetteville | Young Kwon | Genome scanning for virulence genes in bacteria |
| University of California Berkeley | Lee Riley | Therapeutic vaccine against tuberculosis |
| University of California Davis | Andreas Baumler | Virulence Mechanisms of Salmonella Typhi |
| University of California Davis | Renee Tsolis | Identification of Brucella Type IV Effectors |
| University of California Irvine | Walter Fitch | Viral migration and predicting viral changes |
| University of California Los Angeles | Hartmuth Kolb | Click Chemistry-Based Anthrax Lethal Factor Inhibitors |
| University of California Los Angeles | Hartmuth Kolb | Target-Guided Botulinum Neurotoxin Inhibitor Discovery |
| University of California San Diego | Hack Dixon | YopT: A Yersinia Virulence Factor |
| University of Iowa | Linda McCarter | Transcriptional profiling in V. parahaemolyticus |
| University of Kansas Medical Center | Michael Parmely | Innate Immunity to Francisella tularensis |
| University of Kentucky | Anthony Sinai | Proteomic analysis of the T. gondii vacuolar membrane |
| University of Kentucky | Rebecca Dutch | Proteolytic cleavage of the Hendra virus fusion protein |
| University of Maryland Baltimore Professional School | Alan Cross | Early events during infection with anthrax |
| University of Maryland Baltimore Professional School | Donna Farber | The Role of Toll-Like Receptors in T Cell Memory |
| University of Massachusetts Medical School - Worcester | Yan Shi | Molecular Identification of an Endogenous Adjuvant |
| University of Michigan at Ann Arbor | Michael Imperiale | Recombinant Adenovirus Vaccines Against B. anthracis |
| University of New Mexico Albuquerque | Antonito Panganiban | Hantavirus RNA Encapsidation |
| University of North Carolina - Chapel Hill | Laura White | A VEE Replicon-Based Vaccine for Dengue Virus |
| University of Pennsylvania | Susan Weiss | SARS-CoV reverse genetics: expression of small ORFs |
| University of Pennsylvania | Robert Doms | Crimean congo hemorrhagic fever virus glycoproteins |
| University of Rochester | Mingtao Zeng | Development of a New Tularemia Vaccine |
| University of South Dakota | Keith Weaver | Small RNA regualtors of the B. anthracis plasmid pXO1 |
| University of Texas Medical Branch - Galveston | Tehsheng Chan | Transgenic Mouse Models for Pathogenesis and Therapy |
| University of Texas Medical Branch - Galveston | Charles Fulhorst | Animal models of hantavirus cardiopulmonary disease |
| University of Texas Medical Branch - Galveston | David Beasley | Attenuated West Nile virus envelope protein mutants |
| University of Texas SW Medical Center - Dallas | Michael Gale | The host response to West Nile Virus |
| University of Washington | John Mittler | Modeling the Flagella Regulon in Salmonella |
| University of Washington | Michael Katze | Gene Expression Profiling in Filovirus-Infected Cells |
| University of Washington | Jaisri Lingappa | Cell-free VEE assembly system and alphavirus drug screen |
| University of Washington | Colin Manoil | Genetic tools for analyzing B. pseudomallei virulence |
| University of Wisconsin - Madison | Charles Czuprynsk | Arylhydrocarbon receptor in resistance to listeriosis |
| University of Wisconsin - Madison | Martin Zanni | 1 and 2D IR structural analyses of Influenza M2 channel |
| Vanderbilt University | Hong Fang | Botulinum Neurotoxin Substrate Specificity |
| Veterans Medical Research Foundation - San Diego | Karl Hostetler | Lung-Targeted Poxvirus Antivirals |
| Virginia Polytechnic Institute and St. Univ. | Karen Duca | Signal Processing Methods for Complex Phenotypes |
| Wadsworth Center | Pei-Yong Shi | West Nile Virus Life Cycle in Flavivirus-Resistant Cells |
| Wake Forest University Health Sciences | Griffith Parks | Enhancing the Potency of Viral Vectors with C3d |
| Washington University | Joseph Vogel | Characterization of the Coxiella Dot/lcm homologues |
| Washington University | Virginia Miller | Autotransporter proteins and virulence of Y. pestis |
| Washington University | David Sibley | Calcium ATPasis in Apicomplexan Parasites as Potential Drug Targets |
| Weill Medical College of Cornell University | Luis Quadri | Virulence-conferring siderophore biosynthesis inhibitors |
| Yale University | Sankar Ghosh | Subversion of innate immune responses by Brucella |