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Principles of Electromagnetic Fields
Measurement of Electromagnetic Properties of Biological Tissues
Regulation of Biological Processes by Electromagnetic Fields
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aggressive metal aligned alter ampullary angular momentum applied field applied magnetic field atoms bioelectromagnetics biological systems biological tissues biomembrane Biot-Savart law bone growth calculated cancer carcinogenesis cellular charge circuit coil collagen complex crystal current loop decrease defined derived described diamagnetic disease effect elec electric field electromagnetic fields electron Electroreceptors energy equation experimental exposed exposure expression Faraday ferromagnetic fertilization flux frequency function geomagnetic fields hepatic iron inflammation influence initial integral interaction leukemia lipid magnetic dipole magnetic field intensity magnetic induction magnetic material magnetic susceptibility magnetite magnetoreception measurements melatonin membrane method mineral NAT activity netic field nuclear nucleic acid nucleus observed oxygen paramagnetic pineal gland present proposed prostaglandins protein receptor relationship replication reported represents resonance result sample sensitivity significantly specific spectrometer sperm spin quantum SQUID stimuli Stoke's theorem structure studied surface synthesis temperature tion tissues tumor variety vector potential