Research
T cells play a critical role in protection from infectious disease as they recognize and respond to pathogen specific epitopes. After an infection antigen specific T cells dramatically expand, contract, and become short-lived effector cells or are maintained as long-lived memory cells that rapidly respond to a additional challenges. Helper T cells play a central role in the coordination of the adaptive and innate immune responses and deliver essential survival signals for the generation of cytotoxic memory T cells, antibody responses, and protective immunity. A better understanding of T cell activation and memory formation provides an opportunity to effectively improve vaccines and protection from infectious disease.

The main areas of research in the Weber lab are:
- Understanding T cell activation and improving the memory response to infectious disease
- Determining the involvement of the immune system in the development of Alzheimer's disease
- Engineering improved immunological proteins to combat cancerand
- Understanding how environmental exposure influences the development of asthma
Understanding T Cell Activation and Improving the Memory Response to Infectious Disease

Determining the Immune System Involvement in the Development of Alzheimer's Disease

Engineering Immunological Proteins with Improved Function

Examining Environmental Exposure and Asthma and Allergy Development
