| Introduction | |
| Early Growth, Body Weight, Reproduction, and Life Span | |
| General Aspects | |
| Growth | |
| Body Weight of the Mature Animal | |
| Reproduction | |
| Life Span | |
| Conclusions | |
| Anatomy, Morphology, and Function of the Gastrointestinal System | |
| General Aspects | |
| Stomach | |
| Small Intestine | |
| Cecum | |
| Large Intestine | |
| Conclusions | |
| Morphology and Physiology, Endocrinology and Biochemistry | |
| General Aspects | |
| Energy Metabolism | |
| Liver Function | |
| Cholesterol and Bile Acid Metabolism | |
| Rats and Mice | |
| Gerbils | |
| Dogs and Pigs | |
| Other Indicators of Function | |
| Water Balance and Kidney Function | |
| Mineral Metabolism | |
| Endocrine System | |
| Conclusions | |
| Nutrition | |
| General Aspects | |
| Early Rat and Mouse Diets | |
| Hand-Feeding of the Cesarean-Derived Newborn | |
| Solid Diets | |
| Further Development of Rat and Mouse Diets | |
| Sterilization of Solid Diets | |
| Metabolic Requirements of Germfree Rats and Germfree Mice-Contributions of the Microflora | |
| Dietary Energy Requirements | |
| Proteins and Amino Acids | |
| Vitamin B Complex-Microflora Production | |
| Fat-Soluble Vitamins | |
| Minerals | |
| Inositol, Ubiquinone, and Queuine | |
| The Chemically Defined Diet | |
| General Aspects | |
| Development of the Chemically Defined Diet | |
| Procedures | |
| Present Status | |
| Dietary Antigenicity and Immune Potential | |
| Immunology, Including Radiobiology and Transplantation | |
| General Aspects | |
| Early Studies: Immune Potential of Germfree Rats and Mice Maintained on Solid Diets | |
| Antibody-Forming Potential | |
| Phagocytosis | |
| B Cells, T Cells, and NK Cells | |
| Immune Globulins | |
| Natural Antibody | |
| Cytokinins | |
| Radiation Biology and Bone Marrow Transplantation | |
| Immunological Evaluation of GF Mice Maintained on a Chemically Defined, Low Molecular Weight Antigen-Free Diet | |
| Conclusions | |
| Parasitology | |
| General Aspects | |
| Effects of the Microflora Via Nutrient Availability and the Immune System | |
| Protozoa | |
| Nematodes | |
| Helminths | |
| Schistosomiasis and Chagas' Disease | |
| Cestodes | |
| Pathology Over the Life Span of the Germfree Rat and the Germfree Mouse | |
| General Aspects | |
| Tumors and Tumor-Related Viruses | |
| Conclusions | |
| Applications: Past, Present, and Future. Part I | |
| Introduction | |
| Microbial Action and Interaction in Gnotobiotic Systems: Colonization Resistance and Translocation Studies | |
| Controlled Microbial Association | |
| Colonization Resistance | |
| Materials with Antimicrobial Action | |
| Translocation Studies | |
| Applications: Past, Present, and Future. Part II. | |
| Use of the Gnotobiote in the Study of Disease | |
| The Aging Syndrome | |
| "Endpoint Studies" | |
| Lobund Aging Study | |
| Cancer Research | |
| Role of the Microflora in Steroid Metabolism and Cardiovascular Disease | |
| Dental Caries and Periodontal Disease Studies | |
| Dental Caries | |
| Periodontal Disease | |
| Radiation Biology: Role of the Microflora and Effect of Bacterial Lipopolysaccharides (LPS) | |
| The Shock Syndrome: Potential Influence of LPS | |
| Hemorrhagic Shock | |
| Thermal Shock | |
| Intestinal Strangulation | |
| Tourniquet Shock | |
| Ulcerative Colitis | |
| Studies of Swine Disease | |
| Applications: Past, Present, and Future. Part III. The Production of Monoclonal Antibodies and Conclusions | |
| Monoclonal Antibodies | |
| Conclusions and Future Considerations | |
| Index |