An effective immune response must strike a balance between protective inflammation, which is essential for controlling infection and maintaining tissue health, and pathological inflammation, which can cause collateral tissue damage and contribute to disease. A major goal of our research is to understand the mechanisms that regulate this balance and determine how immune responses can be modulated to promote protection while limiting harmful inflammation. We use multiple models of viral infection and inflammation to identify cellular and metabolic pathways that may represent potential therapeutic targets.

Immunometabolism

Understanding how cellular metabolism shapes immune cell function and inflammatory responses
Immunoregulatory functions of interferons

Characterizing the immunoregulatory functions of type III interferons to understand how type I and type III interferon signaling differentially shape immune responses
Neuroinflammation

Defining the mechanisms that regulate immune cell recruitment to the brain and CNS inflammation
Anti-inflammatory therapies in AD

Exploring novel anti-inflammatory therapeutic approaches to target inflammation in atopic dermatitis