Chapter 1 Insect Haemocyte Separation — An Essential Prerequisite to Progress in Understanding Insect Cellular Immunity

Chapter 2 Surface Membrane Components of Circulating Invertebrate Blood Cells and Their Role in Internal Defense

Chapter 3 Structure and Functions of Oyster Hemocytes

Chapter 4 Insect Haemocytes: A New Classification to Rule Out the Controversy

Chapter 5 Haemogram and Its Endocrine Control in Insects

Chapter 6 Antibacterial Immune Proteins in Insects — A Review of Some Current Perspectives

Chapter 8 Invertebrate Lectins: Biochemical Heterogeneity as a Possible Key to Their Biological Function

Chapter 9 Immunorecognition in Invertebrates with Special Reference to Molluscs

Chapter 10 Transplantation Immunity in Arthropods: Is Immunorecognition Merely Wound-Healing?

Chapter 11 Evolution of Histoincompatibility

Chapter 12 Encapsulation in Arthropods

Chapter 13 Cellular Immune Responses and Their Genetic Aspects in Drosophila

Chapter 14 Hemolymph Clotting in Insects

Chapter 15 The Prophenoloxidase Activating System: The Biochemistry of Its Activation and Role in Arthropod Cellular Immunity, with Special Reference to Crustaceans