In the era of antimicrobial resistance, infectious diseases pose an ever more significant challenge to both human and animal health, with dire consequences. Microbial pathogens and the host immune system have co-evolved for millions of years. The immune system has developed a complex repertoire of mechanisms to control microbial infection. Similarly, pathogens counter by developing a variety of mechanisms to inactivate or evade immune recognition. Therefore, an in-depth knowledge of how the immune system orchestrates responses to commensal and pathogenic microbes is crucial for understanding disease pathogenesis and progression, facilitating the development of novel therapeutics, and ultimately, informing the development of protective vaccines. Faculty and students in the Infectious Disease Immunology strive to define and characterize these antagonisms that will undoubtedly lead to improved treatment of infectious diseases in both humans and animals.
 
Sumiti Vinayak Alam
 
Tauqeer Alam
 
Asma Hatoum-Aslan
 
Jessica Brinkworth
 
Chris Brooke
 
Issac Cann
 
Lin-Feng Chen
 
Ying Fang
 
H. Rex Gaskins
 
Lois L. Hoyer
 
Chien-Che Hung
 
Makoto Inoue
 
Keith Jarosinski
 
Thomas E. Kehl-Fie
 
Collin K. Kieffer
 
Gee W. Lau
 
Carol Maddox
 
Masa Matsumoto
 
Som Nanjappa
 
Daniel Rock
 
Raymond Rowland
 
Shannon Sirk
 
James Slauch
 
Beth M. Stadtmueller
 
Andrew Steeleman
 
Leyi Wang
 
Hua Wang
 
Brenda Wilson
 
William H. Witola
 
Dongwan Yoo
 
Weiping Zhang
