Interactions Between Electromagnetic Fields and CellsA. Chiabrera, Claudio A. Nicolini, Herman P. Schwan |
Contents
INTRODUCTION | 1 |
Cell Membrane Structure and Function | 19 |
Cell Nucleus and EM Fields | 37 |
Copyright | |
28 other sections not shown
Common terms and phrases
A.A. Pilla ac fields ac oscillations Adey amplitude amplitude modulated analysis antiresonance Bawin Bioelectromagnetics Biol biological effects biological systems biophysical Blackman brain tissue Ca++ ions calcium calcium efflux calcium ions calcium-ion efflux carrier waves cell cycle cell membrane cellular cerebral changes charge Chiabrera chromatin collagen concentration conduction counter ions density dielectric constant dielectrophoresis dipole efflux electric field electromagnetic fields equation erythrocytes experimental exposure external F-actin Feulgen stained field strength field-induced function Grattarola growth rate increase induced intensity interaction ionic irradiation living cells low frequency lymphocytes magnetic field measurements mechanism medium microscope microwave modulated molecules Myers natural ac normal observed parameters particles phase Phys Pohl polyelectrolytes potential protein pulse radiation range resonance response rotation Schwan shown signal solution squid axon structure studies surface technique temperature thermal thermoregulation values W/kg waveform waves yeast