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ElectroMagnetic Field Literature
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There are 6 studies that match your criteria.
Criteria: Freq Range=300 kHz - 300 GHz (RF/mmW/THz),Study Type=Human / Provocation,Study Subtype=Auditory Pathology & RF Hearing,Status=Ongoing

Details - Project ID 255
Lab Finnish Institute of Occupational Health
Study Design  900 MHz (GSM) exposure to humans and anaylsis of hearing and inner ear pathology
Summary  (ongoing)
Citation
 
Details - Project ID 1098
Lab University of Southampton, UK
Study Design  900 MHz (GSM) exposure to humans and analysis of hearing
Summary  (ongoing)
Citation
 
Details - Project ID 1180
Lab
Study Design  900 / 1800 MHz (GSM) exposure to humans and effects on the middle and inner ear
Summary  Biological Effects of Time-Sequential Low-Frequency Pulse Transmission (TDMA) on the Inner Parts of the Ear
Citation
 
Details - Project ID 1577
Lab University of Tubingen, Germany
Study Design  1800 MHz (GSM), 2 GHz (UMTS) exposure to volunteers and analysis of auditory effects
Summary  Influence of High Frequency Electromagnetic Fields of Mobile Telecommunications on Sensory Organs
Citation
 
Details - Project ID 1578
Lab Tubingen Hearing Research Center, Germany
Study Design  1800 MHz (GSM), 2 GHz (UMTS) exposure to volunteers and analysis of auditory effects, including tinnitus
Summary  Possible Influence of High Frequency Electromagnetic Fields of Mobile Communication Systems on the Induction and Course of Phantom Auditory Experience (Tinnitus).
Citation
 
Details - Project ID 1761
Lab Univ. Turku, Finland
Study Design  Mobile phone use and effects on inner ear sensitivity
Summary  
Citation
 

A complete list of authors are available for published studies on the IEEE database.