Current Topics in Innate Immunity

Toll-like Receptors, Natural Killer Cells and Innate Immunity.- In the Thick of the Fray: NK Cells in Inflamed Tissues.- Structural Insight into Natural Killer T Cell Receptor Recognition of CD1d.- The Journey of Toll-like Receptors in the Cell.- Differential Regulation of Key Signaling Molecules in Innate Immunity and Human Diseases.- Systems Biology of Macrophages.- The Alternative Pathway of Complement: a Pattern Recognition System.- Role of MBL-associated Serine Protease (MASP) On Activation of the Lectin Complement Pathway.- Viral Heparin-Binding Complement Inhibitors – A Recurring Theme.- C3a Receptors Signaling in Mast Cells.- Antimicrobial C3a –Biology, Biophysics, and Evolution.- C5L2 – an Anti-inflammatory Molecule or a Receptor for Acylation Stimulating Protein (C3a-desArg)?.- The Exosporium of B.cereus Contains a Binding Site for gC1qR/p33: Implication in Spore Attachment and/or Entry.- Immunity in Borreliosis with Special Emphasis on the Role of Complement.- Murine CR1/2 Targeted Antigenized Single-Chain Antibody Fragments Induce Transient Low Affinity Antibodies and Negatively Influence an Ongoing Immune Response.- The Third Complement Component as Modulator of Platelet Production.- In Vivo Biological Responses in the Presence or Absence of C3.- Complement Activation of Drusen in Primate Model (Macaca fascicularis) for Age-Related Macular Degeneration.- Exploring the Complement Interaction Network Using Surface Plasmon Resonance.- Glycosylation as a Target for Recognition of Influenza Viruses by the Innate Immune System.- Immune Effects of Autoantigen-Associated RNA.- Induction and Evasion of the Type I Interferon Response by Cytomegaloviruses.- Pore Formers of the Immune System.- Pathogen-Specific Innate Immune Response.- Flagellin Signalling in Plant Immunity.- Ancient Origin of the Complement System: Emerging Invertebrate Models.- Biological Roles of Lectins in Innate Immunity: Molecular and Structural Basis for Diversity in Self/Non-Self Recognition.- Hydrogen/Deuterium Exchange Mass Spectrometry:Potential for Investigating Innate Immunity Proteins.