Chapter 1 Naturally Occurring IgM Antibodies to Oxidation-Specific Epitopes.

Chapter 2 Naturally occurring autoantibodies to apoptotic cells.

Chapter 3 Naturally occurring antibodies directed against carbohydrate tumor antigens.

Chapter 4 Naturally Occurring Antibodies as Therapeutics for Neurologic Disease : Can Human Monoclonal IgMs Replace the Limited Resource IVIG?

Chapter 5 Nature and nurture of catalytic antibodies.

Chapter 6 Naturally occurring autoantibodies in mediating clearance of senescent red blood cells.

Chapter 7 Naturally Occurring Autoantibodies Against β-Amyloid.

Chapter 8 Multi-faceted role of naturally occurring autoantibodies in fighting pathogens.

Chapter 9 Immunoregulation by naturally occurring and disease-associated autoantibodies : binding to cytokines and their role in regulation of T-cell responses.

Chapter 10 Modulation of dendritic cells and regulatory T cells by naturally occurring antibodies.

Chapter 11 Control of B cells expressing naturally occurring autoantibodies.

Chapter 12 Granulocyte death regulation by naturally occurring autoantibodies.

Chapter 13 Naturally occurring autoantibodies mediate ischemia/reperfusion-induced tissue injury.

Chapter 14 How Immune Complexes from Certain IgG NAbs and Any F(ab')(2) Can Mediate Excessive Complement Activation.

Chapter 15 The natural autoantibody repertoire in newborns and adults : a current overview.

Chapter 16 Antibody polyspecificity : what does it matter?

Chapter 17 Positive and negative selection of natural autoreactive B cells.

Chapter 18 Naturally occurring antibodies/autoantibodies in polyclonal immunoglobulin concentrates.