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 | Study type | Study group | Observation period | Study location | Endpoints | Parameters |
|---|---|---|---|---|---|---|---|
| Schüz J et al. | 2007 | cohort study | men, women, ≥ 18 years | January 1982 - December 1995, followed up through 2003 | Denmark | Alzheimer disease, dementia, Parkinson disease, amyotrophic lateral sclerosis, multiple sclerosis, epilepsy, migraine, vertigo | mobile communications, analog mobile phone, digital mobile phone, personal |
| Chia SE et al. | 2000 | cross-sectional study | men, women, 12–70 years | January 2000 | Singapore | CNS symptoms: headache, dizziness, difficulties in concentration, loss of memory, unusual drowsiness or tiredness, sense of warmth behind or around the ear, burning sensation to the ear and face, tingling sensation to the face, and visual disturbances | mobile communications, digital mobile phone, personal |
| Zothansiama et al. | 2017 | - | men, women | - | India | DNA damage and antioxidants in peripheral blood lymphocytes | mobile communications, mobile phone base station, residential |
| Ros-Llor I et al. | 2012 | cohort study | men, women, 20–39 years | not stated | Spain | DNA damage and cytokinetic defects (micronuclei and binucleated cells), proliferation, and cell death in oral mucosal cells | mobile phone, mobile communications, personal |
| Al-Khlaiwi T et al. | 2022 | - | men, 20–60 years | 2020 - 2021 | Saudi Arabia | HbA1c level, body composition and life style, general health status | mobile phone, mobile communications, also other exposures without EMF, co-exposure |
| Abad M et al. | 2016 | cross-sectional study | women, 18–35 years | not stated | Iran | abortion | mobile phone, mobile phone base station, GSM, UMTS, mobile communications, W-LAN/WiFi, Radio/TV transmitter, TV broadcast (VHF/UHF), FM broadcast (UKW) |
| Rabiei M et al. | 2023 | - | men, women | not stated | Iran | adverse health effects | mobile communications, mobile phone, W-LAN/WiFi |
| Luna J et al. | 2019 | - | men, women | - | France | amyotrophic lateral sclerosis | mobile communications, GSM, mobile phone base station, UHF fields, residential |
| Banerjee K et al. | 2022 | - | women | not stated | India | anti‑mullerian hormone level | mobile phone, mobile communications, RF field, W-LAN/WiFi, also other exposures without EMF, laptop/tablet |
| Panda NK et al. | 2010 | cross-sectional study | men, women, 18–45 years | July 2005 - November 2006 | India | audiologic disturbances | mobile communications, digital mobile phone, GSM, TDMA, personal |
| Varshney S et al. | 2023 | - | men, women, 18–45 years | not stated | India | auditory brainstem response | mobile communications, mobile phone |
| Philip P et al. | 2017 | - | men, women, 21–45 years | 2014 - 2015 | India | auditory function (tympanometry and distortion product otoacoustic emissions (DPOAE)) | mobile communications, mobile phone |
| Divan HA et al. | 2008 | cohort study | children, children in utero, 7 years | November 2006 | Denmark | behavioral problems: conduct, hyperactivity, emotional, peer and social disorders | mobile communications, digital mobile phone, personal |
| Divan HA et al. | 2012 | cohort study | children, children in utero, 7 years | December 2008 | Denmark | behavioural problems | mobile communications, mobile phone, personal |
| Mortazavi SM et al. | 2013 | - | women, children in utero, newborns | not stated | Iran | birth weight | mobile phone, mobile communications, cordless phone, PC/TV monitor, personal, also other exposures without EMF |
| Col-Araz N | 2013 | - | women, children in utero, newborns | May - December 2009 | Turkey | birth weight and preterm birth | mobile phone, mobile communications, PC/TV monitor, personal |
| Amiri F et al. | 2022 | - | men, women, 35–65 years | not stated | Iran | blood pressure and heart rate | mobile communications, mobile phone |
| Saravi FD | 2011 | cross-sectional study | men | not stated | Argentina | bone mineralization in the left and right hip | mobile communications, mobile phone, personal |
| Arns M et al. | 2007 | preliminary study | men, women | not given | USA | brain function, neuropsychological performance, and personality | mobile communications, digital mobile phone, personal |
| Srujana Aravinda VS et al. | 2022 | - | children, 4–14 years | not stated | India | cellular changes in buccal mucosa | mobile communications, mobile phone |
| Panda NK et al. | 2011 | - | men, women, 18–45 years | July 2008 - December 2009 | India | changes in hearing function | mobile communications, mobile phone, GSM, CDMA, TDMA, personal |
| Khan MM | 2008 | survey | men, women | not given | Saudi-Arabia | chronic headache, impaired concentration, impaired memory, fatigue, hearing problem, skin disease, warmth around the ear, sleeplessness, self-rated health condition, relation of symptoms to mobile phone use | mobile communications, mobile phone, personal |
| Bhatt CR et al. | 2017 | cohort study | children, 9–11 years | 2010 - 2012, follow-up 2012 - 2013 | Australia | cognitive function | mobile communications, mobile phone, cordless phone |
| Sudan M et al. | 2018 | - | children, children in utero, 4–6 years | - | Denmark, Spain, Korea | cognitive function | mobile communications, mobile phone |
| Brzozek C et al. | 2019 | reanalysis | children, 9–11 years | 2011 - 2013 | Australia | cognitive function | mobile communications, mobile phone |
| Thomas S et al. | 2010 | cohort study | children, 12–15 years | 2006 - 2007 | Australia | cognitive function (signal detection, working memory, learning, Stroop test) | mobile communications, digital mobile phone, personal |
| Redmayne M et al. | 2016 | cohort study | children, 8–11 years | 2011 | Australia | cognitive function (signal detection, working memory, learning, Stroop test) | mobile phone, mobile communications, cordless phone |
| Abramson MJ et al. | 2009 | cross-sectional study | children, 11–14 years | 2005 - 2006 | Australia | cognitive function (signal detection, working memory, simple learning, associative learning, movement monitoring/estimation, Stroop test) | mobile communications, digital mobile phone, personal |
| Al-Khlaiwi TM et al. | 2020 | cross-sectional study | men, women, 15–65 years | 2019 - 2020 | Saudi Arabia | cognitive function impairment | mobile communications, mobile phone |
| Sharmandemola F et al. | 2023 | - | men, women, 22–60 years | 2021 | Iran | cognitive function: attention, reaction time and working memory | mobile communications, mobile phone, occupational |
| Cabré-Riera A et al. | 2021 | cross-sectional study | children, 9–18 years | - | Netherlands | cognitive function: non-verbal intelligence, information processing speed, attentional function, visual attention, cognitive flexibility, working memory, and semantic fluency | mobile communications, mobile phone, mobile phone base station, DECT, W-LAN/WiFi, Radio/TV transmitter, laptop/tablet |
| Guxens M et al. | 2016 | cohort study | children, 5–6 years | 2003 - 2010 | The Netherlands | cognitive function: speed of information processing, inhibitory control, cognitive flexibility, and visuomotor coordination | mobile phone, mobile phone base station, GSM, UMTS, mobile communications, cordless phone, W-LAN/WiFi, residential, personal |
| Ng TP et al. | 2012 | cohort study | men, women, ≥ 55 years | 2004 - 2005, follow-up 2008 - 2009 | Singapore | cognitive functions | mobile communications, digital mobile phone, personal |
| Eeftens M et al. | 2023 | - | men, women, 18–70 years | 2019 - 2020 | Switzerland and France | cognitive performance, health-related quality of life, sleep duration and quality | mobile communications, mobile phone, cordless phone |
| Hardell L et al. | 2010 | - | men, women, 18–30 years | not stated | Sweden | concentration of beta-trace protein in the blood | mobile communications, analog mobile phone, digital mobile phone, GSM, UMTS, DECT, personal |
| Söderqvist F et al. | 2012 | cross-sectional study | men, women, 18–65 years | 2007 | Sweden | concentration of serum beta-trace protein in the blood | mobile phone, mobile communications, cordless phone, personal |
| Zhao D et al. | 2021 | case-control study | women, children in utero, newborns | 2014 - 2016 | China | congenital heart diseases | mobile communications, mobile phone, RF field, microw. oven/heating device, magnetic field, induction cooker, PC/TV monitor, low frequency, other domestic appliance, intermediate frequency, shielding/field deprivation |
| Baste V et al. | 2015 | cohort study | men, women, children in utero, newborns | 1999 - 2009 | Norway | congenital malformation, perinatal mortality, low birth weight, preterm birth, small for gestational age, abruptio placentae, sex ratio, preeclampsia | mobile phone, mobile communications |
| Zhu Y et al. | 2016 | - | men, women | 2008 - 2012 | China | depression and anxiety | mobile phone, mobile communications |
| Divan HA et al. | 2011 | cohort study | children, 0–7 years | 1996 - 2002, 2008 | Denmark | developmental delays of motor, cognitive, and language milestones | mobile phone, mobile communications, personal |
| Hallberg O et al. | 2004 | - | men, women | 1981 - 2002 | Sweden, Norway and Denmark | due to circulation and nervous system problems, prostate cancer, health indicators e.g., sick-days, long-term sick, rehabilitation days, health cost increase | mobile communications, digital mobile phone, mobile phone base station, GSM, personal |
| Hallberg Ö | 2007 | - | men, women | 1981 - 2002 | Sweden | due to external causes (accidents, car crashes, murder, etc.) and Alzheimer disease, health indicators e.g., sick-days, long-term sick, rehabilitation days, health cost increase | mobile communications, digital mobile phone, mobile phone base station, GSM, residential |
| Augner C et al. | 2009 | survey | men, women, 18–67 years | not stated | Austria | electromagnetic hypersensitivity, EMF-health concerns; biological parameters alpha-amylase, cortisol, immunoglobulin A, and substance P | mobile phone base station, mobile communications, residential |
| Sudan M et al. | 2016 | cohort study | women, children in utero, 7–11 years | 1996 - 2002, follow-up at the age of 7 and 11 years | Denmark | emotional and behavioural difficulties | mobile communications, mobile phone |
| Guxens M et al. | 2019 | cross-sectional study | children, 5 years | 2003 - 2010 | The Netherlands | emotional and behavioural problems | mobile communications, mobile phone, mobile phone base station, GSM, UMTS, cordless phone, W-LAN/WiFi, also other exposures without EMF |
| Hwang Y et al. | 2016 | cross-sectional study | men, women, children, 14–18 years | 2013 | Korea | eye symptoms: vision blurring, redness, visual disturbance, secretion, inflammation, lacrimation and dryness | mobile phone, mobile communications |
| Al-Quzwini OF et al. | 2016 | case-control study | men | 2014 - 2015 | Iraq | fertility (sperm quality) | mobile communications, mobile phone base station |
| Boileau N et al. | 2020 | - | children in utero, newborns | 2014 - 2017 | France | fetal growth, APGAR score, malformations, birth weight and head circumference | mobile communications, mobile phone |
| Khalil AM et al. | 2022 | - | men, women, 18–27 years | not stated | Jordan | gene expression of BAMBI and Survivin in oral squamous epithelial cells | mobile communications, mobile phone |
| Alattar E et al. | 2019 | - | women, 19–25 years | 2018 | Palästina | general health status (e.g., headache, dizziness, concentration difficulties, dry mouth, drooling of saliva, pain in eyes and ears, anxiety, insomnia and forgetfulness), sleep disturbances, pH, flow rate and electrolyte concentration of saliva | mobile communications, mobile phone |
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