conference info: Evolution of Common Molecular Pathways Underlying Innate Immunity (1/25/2012) In recent years a remarkable evolutionary conservation of innate immune mechanisms has become apparent between flies, plants, mice and humans. Each of these species uses similar receptors to detect microbes. Therapeutic targeting of toll-like receptors for infectious and inflammatory disease and cancer and crop engineering of these receptors for resistance to infection is now a reality. conference links: Conference Website host links: UC Davis Center for Comparative Medicine

Evolution of Common Molecular Pathways Underlying Innate Immunity   Sort by:   | 1/25/2012 The Drosophila Host Defense: A Model for the Study on Innate Immunity Evolution of Common Molecular Pathways Underlying Innate Immunity UC Davis 1/25/2012 Creating Immune Deficiencies by Mutagenesis in Mammals Evolution of Common Molecular Pathways Underlying Innate Immunity UC Davis 1/25/2012 Toll-like Receptors and Inflammasomes: Key Drivers of Inflammatory Diseases Evolution of Common Molecular Pathways Underlying Innate Immunity UC Davis 1/25/2012 The Rice XA21 Receptor Recognizes a Conserved Bacterial Signaling Molecule Evolution of Common Molecular Pathways Underlying Innate Immunity UC Davis