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Electromagnetic Biology and Medicine|March 11, 2008
Low-energy electromagnetic fields promote proliferation of vascular smooth muscle cellsChristiane Köbbert, Andreas Berndt, Tanja Bierbaum, et al.Electromagnetic Biology and Medicine|February 7, 2014
Effects of extremely low frequency electromagnetic fields on intracellular calcium transients in cardiomyocytesJinhong Wei, Junqing Sun, Hao Xu, et al.Electromagnetic Biology and Medicine|May 19, 2020
Assessment of the effect of pulsed electromagnetic field application on the healing of bone defects in rats with heparin-induced osteoporosisOlgun Topal, Müge Çina Aksoy, İbrahim Metin Ciriş, et al.Electromagnetic Biology and Medicine|May 14, 2020
The enigma of headaches associated with electromagnetic hyperfrequencies: Hypotheses supporting non-psychogenic algogenic processesD H Toffa, A D SowElectromagnetic Biology and Medicine|July 21, 2015
Is the geomagnetic map imprinted in pre-emergent egg?A R LiboffElectromagnetic Biology and Medicine|July 21, 2015
Comparison of biological effects of electromagnetic fields with pulse frequencies of 8 and 50 Hz on gastric smooth musclesVictor Martynyuk, Mariia Melnyk, Alexander ArtemenkoElectromagnetic Biology and Medicine|June 27, 2015
FEM simulation of tapered cap floating sleeve antenna for hepatocellular carcinoma therapySurita MainiElectromagnetic Biology and Medicine|June 20, 2015
International policy and advisory response regarding children's exposure to radio frequency electromagnetic fields (RF-EMF)Mary RedmayneElectromagnetic Biology and Medicine|July 20, 2016
Accurate in vivo dielectric properties of liver from 500 MHz to 40 GHz and their correlation to ex vivo measurementsL Farrugia, P Schembri Wismayer, L Zammit Mangion, et al.Electromagnetic Biology and Medicine|September 22, 2007
IL-8 release of HL-60 cells treated with electric currents of different wave formsWerner Sontag, Karl F WeibezahnPageof 74