Mobile phone related articles are
Please note that a publication can be assigned to several endpoints, i.e. the sum of publications from the individual thematic points and subpoints can be greater than the total sum of actual publications.
| Authors | Year | Exposed system | Endpoints | Frequency range | SAR | Exposure duration | Parameters |
|---|---|---|---|---|---|---|---|
| Kim JH et al. | 2019 | animal, C57BL/6 mouse | - | 835 MHz | - | - | mobile phone, mobile communications |
| Qin TZ et al. | 2024 | animal, C57BL/6 mouse | - | 4.9 GHz | - | - | 5G, mobile communications, microwaves |
| Qin T et al. | 2023 | animal, C57BL/6 mouse | - | - | - | - | 5G, mobile communications, RF field, electric field, signals/pulses, co-exposure |
| Zhou GQ et al. | 2024 | animal, C57BL/6 mouse | - | 3.5 GHz | - | - | mobile communications, 5G, PW pulsed wave |
| Jeong YJ et al. | 2020 | animal, C57BL/6J mouse | - | 1,950 MHz | - | - | mobile communications, W-CDMA, RF field |
| Islam MS et al. | 2023 | animal, chicken eggs (Indian River) | - | 2,100 MHz | - | - | mobile communications, mobile phone, 4G |
| Umur AS et al. | 2013 | animal, chicken embryos/White Leghorn (eggs), whole body | development of the neural tube | - | 0.77 W/kg | standby mode for 30, 48 or 72 hours | mobile phone, mobile communications |
| Woelders H et al. | 2017 | animal, chicken/Leghorn (eggs), whole body | embryonic development | 1.8 GHz | 0.38–0.45 mW/kg | 22 days | mobile communications, GSM, UMTS, TDMA, FDMA, RF field, DECT, W-LAN/WiFi |
| Yang H et al. | 2022 | animal, guinea pig, whole body | - | 3,500 MHz | - | - | mobile communications, 5G, CW continuous wave |
| Finnie JW et al. | 2010 | animal, mouse, whole body | microglia activation | 900 MHz | 4 W/kg | continuous for 60 min | mobile phone, GSM, mobile communications, PW pulsed wave |
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