There are 20 studies that match your criteria (1 of which are reviews, comments, or miscellaneous).
Criteria: Study Type=Engineering & Physics,Freq Range=0 - 300 Hz (Static, ELF),Study Subtype=Theoretical Mechanisms

View This Study - Citation No: 1088
Title	COHERENT ELECTRIC VIBRATIONS IN BIOLOGICAL SYSTEMS AND THE CANCER PROBLEM
Reference	IEEE Trans. Microwave Theory Tech., Vol. 26, Pg. 613 - 617, 1978
Author(s)	Frohlich H.
PubMed UID
Project ID	1455
View This Study - Citation No: 2430
Title	WHAT ARE NON-THERMAL ELECTRIC BIOLOGICAL EFFECTS?
Reference	Bioelectromagnetics , Vol. 3, Pg. 45 - 46, 1982
Author(s)	Frohlich H.
PubMed UID
Project ID	1455
View This Study - Citation No: 2432
Title	POSSIBILITIES OF LONG- AND SHORT-RANGE ELECTRIC INTERACTIONS OF BIOLOGICAL SYSTEMS
Reference	Neurosci Res Program Bull, Vol. 15, Pg. 67 - 72, 1977
Author(s)	Frohlich H.
PubMed UID	834374
Project ID	1455
View This Study - Citation No: 2433
Title	LONG-RANGE COHERENCE AND THE ACTION OF ENZYMES
Reference	Nature , Vol. 228, Pg. 1023 - , 1970
Author(s)	Frohlich H.
PubMed UID
Project ID	1455
View This Study - Citation No: 2434
Title	LONG-RANGE COHERENCE AND ENERGY STORAGE IN BIOLOGICAL SYSTEMS
Reference	Int. J. Quantum Chem (1968) 2:641-9, Vol. 2, Pg. 641 - 649, 1968
Author(s)	Frohlich H.
PubMed UID
Project ID	1455
View This Study - Citation No: 2435 (Non-Peer Reviewed Book Chapters / Reports)
Title	COHERENT OSCILLATIONS IN ACTIVE BIOLOGICAL SYSTEMS
Reference	Modern Biochemistry, eds. F. Gutmann and H. Keyzer, Plenum Press, New York, Pg. - , 1986
Author(s)	Frohlich H.
PubMed UID
Project ID	1455
View This Study - Citation No: 3178
Title	THE EFFECTS OF ELECTRIC FIELDS ON CHARGED MOLECULES AND PARTICLES IN INDIVIDUAL MICROENVIRONMENTS
Reference	Atmos Environ, Vol. 41, Pg. 5224 - 5235, 2007
Author(s)	Jamieson K. S., ApSimon H. M., Jamieson S. S., Bell J. NB., Yost M. G.
PubMed UID
Project ID	1634
View This Study - Citation No: 6592
Title	Zero magnetic field effect observed in human cognitive processes.
Reference	Electromagn Biol Med., Vol. 28, Pg. 310 - 315, 2009
Author(s)	Binhi V. N., Sarimov R. M.
PubMed UID	20001705
Project ID	2665
View This Study - Citation No: 6593
Title	Magnetobiology: the kT paradox and possible solutions.
Reference	Electromagn Biol Med., Vol. 26, Pg. 45 - 62, 2007
Author(s)	Binhi V. N., Rubin A. B.
PubMed UID	17454082
Project ID	2665
View This Study - Citation No: 6594
Title	A few remarks on 'combined action of DC and AC magnetic fields on ion motion in a macromolecule'.
Reference	Bioelectromagnetics., Vol. 28, Pg. 409 - 412, 2007
Author(s)	Binhi V. N.
PubMed UID	17427891
Project ID	2665
View This Study - Citation No: 6595
Title	Stochastic dynamics of magnetosomes and a mechanism of biological orientation in the geomagnetic field.
Reference	Bioelectromagnetics., Vol. 27, Pg. 58 - 63, 2006
Author(s)	Binhi V. N.
PubMed UID	16283662
Project ID	2665
View This Study - Citation No: 6596
Title	Analysis of the structure of magnetic fields that induced inhibition of stimulated neurite outgrowth.
Reference	Bioelectromagnetics., Vol. 26, Pg. 684 - 689, 2005
Author(s)	Binhi V. N., Blackman C. F.
PubMed UID	16189823
Project ID	2665
View This Study - Citation No: 6597
Title	Molecular gyroscopes and biological effects of weak extremely low-frequency magnetic fields.
Reference	PHYSICAL REVIEW E. , Vol. 65(5 Pt 1) Epub , Pg. 051912 - DOI: 10.1103/PhysRevE.65.051912, 2002
Author(s)	Binhi V. N., Savin A. V.
PubMed UID	12059598
Project ID	2665
View This Study - Citation No: 6598
Title	Effect of static magnetic field on E. coli cells and individual rotations of ion-protein complexes.
Reference	Bioelectromagnetics., Vol. 22, Pg. 79 - 86, 2001
Author(s)	Binhi V. N., Alipov Y. D., Belyaev I. Y.
PubMed UID	11180252
Project ID	2665
View This Study - Citation No: 6599
Title	Ion-protein dissociation predicts 'windows' in electric field-induced wound-cell proliferation.
Reference	Biochim Biophys Acta., Vol. 1474, Pg. 147 - 156, 2000
Author(s)	Binhi V. N., Goldman R. J.
PubMed UID	10742593
Project ID	2665
View This Study - Citation No: 6600
Title	Amplitude and frequency dissociation spectra of ion-protein complexes rotating in magnetic fields.
Reference	Bioelectromagnetics., Vol. 21, Pg. 34 - 45, 2000
Author(s)	Binhi V. N.
PubMed UID	10615090
Project ID	2665
View This Study - Citation No: 6601
Title	Two types of magnetic biological effects: Individual and batch effects.
Reference	Biophysics., Vol. 57, Pg. 237 - 243, 2012
Author(s)	Binhi V. N.
PubMed UID
Project ID	2665
View This Study - Citation No: 6602
Title	The paradox of magnetobiology: Analysis and prospects for solution.
Reference	Biophysics., Vol. 51, Pg. 497 - 503, 2006
Author(s)	Binhi V. N., Milyaev V. A., Chennavskii D. S., Rubin A. B.
PubMed UID
Project ID	2665
View This Study - Citation No: 6603
Title	Do naturally occurring magnetic nanoparticles in the human body mediate increased risk of childhood leukaemia with EMF exposure?
Reference	International Journal of Radiation Biology., Vol. 84(7), Pg. 569 - 579, 2008
Author(s)	Binhi V.
PubMed UID
Project ID	2665
View This Study - Citation No: 6604
Title	A Primary Physical Mechanism of the Biological Effects of Weak Magnetic Fields.
Reference	Biophysics., Vol. 61, Pg. 170 - 176, 2016
Author(s)	Binhi V. N.
PubMed UID
Project ID	2665