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Inhaltsverzeichnis
- I. Role of the Natural Immune System in the Control of Tumor Cell Growth.
- 1 Role of the Natural Immune System in Control of Primary Tumors and Metastasis.
- 2 Lymphokine-Activated Killer Cells: Biology and Therapeutic Efficacy.
- II. Involvement of the NIS in the Control of Microbial Iinfections.
- 3 Natural Effector Cells in Influenza Virus Infection.
- 4 Natural Host Defense Systems Active against Herpes Simplex Virus Infections.
- 5 Factors Influencing the Control of Virus Infections by Natural Killer Cells.
- 6 Natural Killer Cell-Mediated Resistance to Animal Parasites.
- 7 Natural Host Resistance Mechanisms against Systemic Mycotic Agents.
- 8 Role of Natural Killer Cells in Inflammation and Antibacterial Activity.
- III. Immunoregulatory Properties of the NIS.
- 9 Role of the Natural Immune System in the Antibody Response: Regulatory Effect of NK Cells.
- 10 Role of Natural Effector Cells in the Regulation of Cell-Mediated Immune Responses.
- 11 Control of Hematopoietic Progenitor Cells by Natural Killer Cells.
- 12 Characterization and Functions of the Natural Suppressor Cell Systems.
- 13 Cytokine Production by CD3- Large Granular Lymphocytes.
- IV. Involvement of the NIS in Bone Marrow and Allograft Rejection.
- 14 Involvement of Natural Effector Cells in Bone Marrow Transplantation and Hybrid Resistance.
- 15 Natural Cytotoxicity and Allograft Rejection.
- V. Involvement of the NIS in Various Pathological Conditions.
- 16 Involvement of Natural Effector Cells in Graft versus Host Disease.
- 17 The Natural Immune System and Hematocytopenias.
- 18 The Natural Immune System in Autoimmune and Neurological Disease.
- 19 Natural Killer Cells and Diabetes Mellitus.
- 20 Role of Natural Effector Cells in Human Gastrointestinal Disease.