(Database last updated on Jul 27, 2020)
There are 2 studies that match your criteria.
Criteria: Freq Range=300 kHz - 300 GHz (RF/mmW/THz),Study Type=In Vitro,Study Subtype=Signaling (Ca++/Ion Efflux, Neuron Conduction/channels, Muscle Contraction),Status=Completed Without Publication
|Details - Project ID 281|
|Lab ||University of Munster, FRG|
|Study Design ||900, 1800 MHz (GSM) exposure to cells and analysis of internal Ca++ levels|
|Summary ||No effects on intracellular Ca++ levels (pre-, during, and post-exposure) in Djungarian hamster pinealocytes (primary culture) and differentiated Y79 human retinoblastoma cells |
|Details - Project ID 566|
|Lab ||Beijing Medical University, China|
|Study Design ||450 MHz (CW, AM-16 Hz) exposure to rat synaptosomal membranes and analysis of Ca++ efflux|
|Summary ||Increased Ca++ efflux that was greater with 16 Hz modulated signals|
A complete list of authors are available for published studies on the IEEE database.