Magnetic Nerve Stimulation and Effects of Magnetic Fields on Biological, Physical and Chemical Processes | p. 1 |
Biological Interaction of Extremely-Low-Frequency Electromagnetic Fields | p. 23 |
The Effects ELF on Chemical Reaction Rates in Biological Systems | p. 37 |
A Growing Scientific Consensus on the Cell and Molecular Biology Mediating: Interactions with Environmental Electromagnetic Fields | p. 45 |
Physical Mechanisms for Biological Effects of Low Field Intensity ELF Magnetic Fields | p. 63 |
Electromagnetic Fields and Cellular Systems: Signal Transduction, Cell Growth and Proliferation | p. 85 |
Effects of Electromagnetic Fields on K[superscript +](Rb[superscript +]) Uptake by HeLa Cells | p. 101 |
Effects of Exposure to a 50 HZ Magnetic Field on Melatonin in Rats | p. 121 |
Investigation of Exposure to Extremely Low Frequency (ELF) Magnetic and Electric Fields: Status of Laboratory Animal Studies | p. 131 |
Millimeter-Resolution Dosimetry for EM Fields from Mobile Telephones and Power Lines | p. 139 |
Cylindrical Model for Neural Stimulation with Magnetic Fields | p. 151 |
The Application of Electromagnetic Energy to the Treatment of Neurological and Psychiatric Disease | p. 161 |
Genetic Analysis of Iron Biomineralization | p. 171 |
Effects of Static Magnetic Fields on Erythrocyte Rheology | p. 185 |
Public Health on Electromagnetic Fields and Magnetic Shield of Linearmotorcar (EDS) Maglev | p. 195 |
Recent Biological Studies Relevant to Carcinogenesis | p. 221 |
Index | p. 239 |
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