GMS 6040: Host-Pathogen Interactions


Catalog description: Survey of medical microbiology, focusing on the host response and the subsequent evasion of that response by pathogens.


Pre-requisites: Consent of instructor

Expanded description and explanation:  Despite a myriad of specific and non-specific host defense mechanisms, infectious diseases remain a major threat to human health. This course will include discussions of protection of the host by indigenous flora, opportunistic infections, and subversion of the host immune response by bacteria, viruses, and parasites. Topics will include antigenic modulation and phase-variation, interference of chemotaxis and phagocytosis, inhibition of intracellular killing mechanisms, proteolysis of complement components and secretory IgA and non-protective interactions of microorganisms with the humoral immune system, induction of apoptosis by bacterial and viral pathogens, alterations in antigen processing and MHC expression, interference of cytokine network regulation, and expression by pathogens of cytokine, chemokine, and receptor analogs and antagonists. Also discussed will be the measurement and assessment of host responses against pathogens as well as a review of currently available vaccines and new strategies in vaccine development. The teaching format will involve paper discussions.


Evaluation of student performance:  Class participation (30%), homework (40%), and one student-led paper presentation and discussion per student (30%).


Faculty: Dr. Jeannine Brady will be Director of this course. They will be assisted in the presentation of material to the students by various Graduate Faculty of the Colleges of Medicine and Dentistry.


Assigned Reading: Readings will be assigned from the research literature from journals such as Nature, Science, and The Journal of Immunology.


Course Objectives: The objective of this course is to provide the student an appreciation of the complexity of immune defense against infectious pathogens and an understanding of the challenges facing today’s immunologists.