1. Introduction. - 2. Magnetic Effects on Lower Organisms. - Ferromagnetic Orientation in Bacteria. - Electromagnetic Guidance Systems in Fishes. - Effects of Magnetic Fields on Avian Orientation. - Effects of 60-Hz Electromagnetic Fields on Bees and Soil Arthropods. - Tests in the Plant Tradescantia for Mutagenic Effects of Strong Magnetic Fields. - 3. Magnetic Field Exposure Guidelines. - 4. Magnetic Effects on Mammals. - Magnetic Field Interactions in Man and Other. - Mammals: An Overview. - Effects of Magnetic Fields on Behavior in. - Nonhuman Primates. - Magnetic Field Effects on Rodents. - Studies on Biomagnetic Effects in Mice. - 5. Magnetic Effects in Cellular and Molecular Systems. - Mechanisms on Magnetic Field Interactions With Retinal Rods. - Orientation of Biological Membranes and Cells in Magnetic Fields. - Enzyme-Substrate Reactions in High Magnetic Fields. - Effects on Cell Function Resulting from Exposure to Strong Magnetic Fields at 4K. - Effects of a Transverse Magnetic Field on the Dose Distribution of High Energy Electrons and on the Responses of Mammalian Cells in vitro to X-Rays. - Effect of Magnetic Fields on the Drug-Induced Contractility of the Ciliate Spirostomum. - 6. Long-Range Electromagnetic Field Interactions at Brain Cell Surfaces. - 7. Theoretical Aspects of Magnetic Field Interactions With Biological Systems. - Analysis of Stationary Magnetic Field Effects on Ionic Diffusion and Nerve Action Potentials. - Mechanisms of Biomagnetic Effects. - Magnetic Field Coupling With Liquid Crystalline Structures. - Superconductive Josephson Junctions A Possible Mechanism for Detection of Weak Magnetic Fields and of Microwaves by Living Organisms. - Theoretical Remarks on Low Magnetic Field Interactions With Biological Systems. - 8. Summary. - Appendix I. - BiomagneticEffects Workshop Program. - Appendix II. - Workshop Participants. Language: English