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) |
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Details - Project ID 1098 |
Lab | University of Southampton, UK |
Study Design | 900 MHz (GSM) exposure to humans and analysis of hearing |
Summary | (ongoing) |
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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 |
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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 |
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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). |
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Details - Project ID 1761 |
Lab | Univ. Turku, Finland |
Study Design | Mobile phone use and effects on inner ear sensitivity |
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