There are 26 studies that match your criteria.
Criteria: Study Type=In Vitro,Freq Range=0 - 300 Hz (Static, ELF),Study Subtype=Signaling (Ca++/Ion Efflux, Neuron Conduction/channels, Muscle Contraction)

View This Study - Citation No: 16
Title	INFLUENCE OF ELECTROMAGNETIC FIELDS ON THE EFFLUX OF CALCIUM IONS FROM BRAIN TISSUE IN VITRO: A THREE-MODEL ANALYSIS CONSISTENT WITH THE FREQUENCY RESPONSE UP TO 510 Hz
Reference	Bioelectromagnetics, Vol. 9, Pg. 215 - 227, 1988
Author(s)	Blackman C. F., Benane S. G., Elliot D. J., House D. E., Pollock M. M.
PubMed UID
Project ID	1489
View This Study - Citation No: 18
Title	THE INFLUENCE OF TEMPERATURE DURING ELECTRIC- AND MAGNETIC-FIELD-INDUCED ALTERATION OF CALCIUM-ION RELEASE FROM IN VITRO BRAIN TISSUE
Reference	Bioelectromagnetics, Vol. 12, Pg. 173 - 182, 1991
Author(s)	Blackman C. F., Benane S. G., House D. E.
PubMed UID	1854354
Project ID	1489
View This Study - Citation No: 131
Title	45Ca++ CYCLOTRON RESONANCE IN HUMAN LYMPHOCYTES
Reference	J. Bioelectricity, Vol. 6, Pg. 13 - 22, 1987
Author(s)	Liboff A. R., Rozek R. J., Sherman M. L., McLeod B. R., Smith S. D.
PubMed UID
Project ID	1277
View This Study - Citation No: 150
Title	DYNAMIC CHARACTERISTICS OF MEMBRANE IONS IN MULTIFIELD CONFIGURATIONS OF LOW-FREQUENCY ELECTROMAGNETIC RADIATION
Reference	Bioelectromagnetics, Vol. 7, Pg. 177 - 189, 1986
Author(s)	McLeod B. R., Liboff A. R.
PubMed UID	3741492
Project ID	1277
View This Study - Citation No: 151
Title	ION CYCLOTRON RESONANCE FREQUENCIES ENHANCE Ca++-DEPENDENT MOTILITY IN DIATOMS
Reference	J. Bioelectricity, Vol. 6, Pg. 1 - 12, 1987
Author(s)	McLeod B. R., Smith S. D., Cooksey K. E., Liboff A. R.
PubMed UID
Project ID	1277
View This Study - Citation No: 152
Title	FREQUENCY DEPENDENCE OF ELECTRIC FIELD MODULATION OF FIBROBLAST PROTEIN SYNTHESIS
Reference	Science, Vol. 236, Pg. 1465 - 1469, 1987
Author(s)	McLeod K. J., Lee R. C., Ehrlich H. P.
PubMed UID	3589667
Project ID	1277
View This Study - Citation No: 177
Title	FAILURE TO REPRODUCE INCREASED CALCIUM UPTAKE IN HUMAN LYMPHOCYTES AT PURPORTED CYCLOTRON RESONANCE EXPOSURE CONDITIONS
Reference	Radiat. Environ. Biophys, Vol. 30, Pg. 305 - 320, 1991
Author(s)	Prasad A. V., Miller M. W., Carstensen E. L., Cox C., Azadniv M., Brayman A. A.
PubMed UID	1961917
Project ID	1280
View This Study - Citation No: 576
Title	A ROLE FOR THE MAGNETIC FIELD IN THE RADIATION-INDUCED EFFLUX OF CALCIUM IONS FROM BRAIN TISSUE IN VITRO
Reference	Bioelectromagnetics, Vol. 6, Pg. 327 - 337, 1985
Author(s)	Blackman C. F., Benane S. G., Rabinowitz J. R., House D. E., Joines W. T.
PubMed UID	3836676
Project ID	1489
View This Study - Citation No: 700
Title	RADIOFREQUENCY RADIATION AND THE IMMUNE SYSTEM. PART 3. IN VITRO EFFECTS ON HUMAN IMMUNOGLOBULIN AND ON MURINE T- AND B-LYMPHOCYTES
Reference	Int. J. Radiat. Biol., Vol. 46, Pg. 67 - 81, 1984
Author(s)	Liburdy R. P., Wyant A.
PubMed UID
Project ID	870
View This Study - Citation No: 1494
Title	EFFECTS OF ELF FIELDS ON CALCIUM-ION EFFLUX FROM BRAIN TISSUE IN VITRO
Reference	Radiation Research, Vol. 92, Pg. 510 - 520, 1982
Author(s)	Blackman C. F., Benane S. G., Kinney L. S., Joines W. T., House E. E.
PubMed UID	7178417
Project ID	1489
View This Study - Citation No: 2427
Title	NONTHERMAL 60 HZ SINUSOIDAL MAGNETIC-FIELD EXPOSURE ENHANCES 45CA2+ UPTAKE IN RAT THYMOCYTES: DEPENDENCE ON MITOGEN ACTIVATION
Reference	FEBS Letters, Vol. 271, Pg. 157 - 160, 1990
Author(s)	Walleczek J., Liburdy R. P.
PubMed UID	2226799
Project ID	870
View This Study - Citation No: 2428
Title	PULSED MAGNETIC FIELD EFFECTS ON CALCIUM SIGNALING IN LYMPHOCYTES: DEPENDENCE ON CELL STATUS AND FIELD INTENSITY
Reference	FEBS Letters, Vol. 314, Pg. 351 - 355, 1992
Author(s)	Walleczek J., Budinger T. F.
PubMed UID	1468568
Project ID	870
View This Study - Citation No: 3856
Title	EXTREMELY LOW FREQUENCY MAGNETIC FIELD EFFECTS ON THE SNAIL SINGLE NEURONS
Reference	Electromagn Biol Med, Vol. 27, Pg. 409 - 417, 2008
Author(s)	Partsvania B., Sulaberidze T., Modebadze Z.
PubMed UID	19037790
Project ID	1878
View This Study - Citation No: 4556
Title	CHANGES IN SYNAPTIC EFFICACY AND SEIZURE SUSCEPTIBILITY IN RAT BRAIN SLICES FOLLOWING EXTREMELY LOW-FREQUENCY ELECTROMAGNETIC FIELD EXPOSURE.
Reference	Bioelectromagnetics., Vol. 30, Pg. 631 - 640, 2009
Author(s)	Varro P., Szemerszky R., Bardos G., Vilagi I.
PubMed UID	19572331
Project ID	2081
View This Study - Citation No: 4784
Title	MODULATION OF REDOX STATUS AND CALCIUM HANDLING BY EXTREMELY LOW-FREQUENCY ELECTROMAGNETIC FIELDS IN C2C12 MUSCLE CELLS: A REAL-TIME, SINGLE CELL APPROACH.
Reference	Free Radic Biol Med., Vol. 48, Pg. 579 - 589, 2010
Author(s)	Morabito C., Rovetta F., Bizzarri M., Mazzoleni G., Fano G., Mariggio M. A.
PubMed UID	20005945
Project ID	2178
View This Study - Citation No: 5381
Title	Calcium efflux of plasma membrane vesicles exposed to ELF magnetic fields--test of a nuclear magnetic resonance interaction model.
Reference	Bioelectromagnetics., Vol. 33, Pg. 535 - 542, 2012
Author(s)	Sun W. J., Nittby H., Salford L. G., Persson B. R., Eberhardt J. L., et al. .
PubMed UID	22487968
Project ID	2336
View This Study - Citation No: 5441
Title	ELF Magnetic Fields Tuned to Ion Parametric Resonance Conditions do not Affect TEA-Sensitive Voltage-Dependent Outward K+ Currents in a Human Neural Cell Line.
Reference	Bioelectromagnetics., Vol. 34, Pg. 579 - 588, 2013
Author(s)	Gavoci E., Zironi I., Remondini D., Giorgi G., Bersani F., et al. .
PubMed UID
Project ID	2353
View This Study - Citation No: 6015
Title	Calcium signaling in human neutrophil cell lines is not affected by low-frequency electromagnetic fields.
Reference	Bioelectromagnetics. , Vol. 36, Pg. 430 - 443, 2015
Author(s)	Golbach L. A., Philippi J. G., Cuppen J. J., Savelkoul H. F., Kemenade B. M.
PubMed UID	26073662
Project ID	2492
View This Study - Citation No: 6175
Title	Melatonin protects rat cerebellar granule cells against electromagnetic field-induced increases in Na(+) currents through intracellular Ca(2+) release.
Reference	J Cell Mol Med., Vol. 18, Pg. 1060 - 1070, 2014
Author(s)	Liu D. D., Ren Z., Yang G., Zhao Q. R., Mei Y. A.
PubMed UID	24548607
Project ID	2522
View This Study - Citation No: 6590
Title	Pulsed electromagnetic field enhances brain-derived neurotrophic factor expression through L-type voltage-gated calcium channel- and Erk-dependent signaling pathways in neonatal rat dorsal root ganglion neurons.
Reference	Neurochem Int., Vol. 75, Pg. 96 - 104, 2014
Author(s)	Li Y., Yan X., Liu J., Sun H., Tian J., et al. .
PubMed UID	24937769
Project ID	2664
View This Study - Citation No: 6731
Title	Effect of 1.8 GHz radiofrequency electromagnetic radiation on novel object associative recognition memory in mice.
Reference	Sci Rep., Vol. 7, Pg. 44521 (12 pages) - doi: 10.1038/srep44521, 2017
Author(s)	Wang K., Lu J. M., Xing Z. H., Zhang J., Mei Y. A.
PubMed UID	28303965
Project ID	2522
View This Study - Citation No: 8169
Title	Effect of ambient levels of power-line-frequency electric fields on a developing vertebrate.
Reference	Bioelectromagnetics., Vol. 9, Pg. 129 - 140, 1988
Author(s)	Blackman C. F., House D. E., Benane S. G., Joines W. T., Spiegel R. J.
PubMed UID
Project ID	1489
View This Study - Citation No: 8250
Title	Calcium homeostasis and low-frequency magnetic and electric field exposure: A systematic review and meta-analysis of in vitro studies.
Reference	Environment international., Vol. 92-93, Pg. 695 - 706, 2016
Author(s)	Golbach L. A., Portelli L. A., Savelkoul J. JM., Terwel S. R., Kuster N., et al. .
PubMed UID	26872872
Project ID	2492
View This Study - Citation No: 8251
Title	Low-Frequency Electromagnetic Field Exposure Enhances Extracellular Trap Formation by Human Neutrophils through the NADPH Pathway.
Reference	Journal of innate immunity. , Vol. 7, Pg. 459 - 465, 2015
Author(s)	Golbach L. A., Scheer M. H., Cuppen J. JM., Savelkoul H., Verburg-van Kemenade B. ML.
PubMed UID	25871408
Project ID	2492
View This Study - Citation No: 8411
Title	Acute effect of exposure of mollusk single neuron to 900-MHz mobile phone radiation.
Reference	Electromagnetic biology and medicine., Vol. 30, Pg. 170 - 179, 2011
Author(s)	Partsvania B., Sulaberidze T., Shoshiashvili L., Modebadze Z.
PubMed UID	21861695
Project ID	1878
View This Study - Citation No: 8412
Title	Effect of high SARs produced by cell phone like radiofrequency fields on mollusk single neuron.
Reference	Electromagnetic biology and medicine., Vol. 32, Pg. 48 - 58, 2013
Author(s)	Partsvania B., Sulaberidze T., Shoshiashvili L.
PubMed UID	23046101
Project ID	1878