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 |
---|---|---|---|---|---|---|---|
Fragopoulou AF et al. | 2010 | animal, mouse/BALB/c, whole body | learning and spatial memory | 900 MHz | 0.41–0.98 W/kg | 1 h 55 min. for the first 3 days (1 h prior to the first trial, 3 x 15 min. between trials, 10 min. after the last trial); 3 hr 45 min. on the fourth days (1 h prior to the first trial, 3 x 15 min. between trials, 2 h prior to the probe trial) | mobile communications, digital mobile phone, GSM, PW pulsed wave |
Dubreuil D et al. | 2002 | animal, rat/Sprague-Dawley, partial body: head | learning capacity | 900 MHz | 1–3.5 W/kg | repeated daily exposure for 45 min for 10 or 14 days | GSM, mobile communications |
Maaroufi K et al. | 2014 | animal, rat/Long-Evans, whole body | level of dopamine and serotonin, oxidative stress in brain, spatial learning and memory | 900 MHz | 0.05–0.18 W/kg | 1 hour per day for 21 consecutive days | mobile phone, mobile communications, co-exposure |
Son Y et al. | 2016 | animal, mouse/transgenic 5xFAD (contains 5 human genes associated with Alzheimer's disease), whole body | memory and beta-amyloid protein metabolism in Alzheimer's disease model mice | 1,950 MHz | 5 W/kg | 2 h/day, 5 days/week for 3 months | mobile phone, UMTS, W-CDMA, mobile communications, RF field |
Wang K et al. | 2017 | animal, mouse/C57BL, whole body | memory and learning (object recognition) in mice | 1.8 GHz | 1.98–3.3 W/kg | 30 minutes | mobile communications, mobile phone, RF field, microwaves |
Eibert T et al. | 1997 | human, partial body: head | memory, learning efficiency | 914 MHz | - | continuous for 10 min | GSM, mobile communications |
Hinrichs H et al. | 2004 | human, partial body: head (left ear) | neural activity during retrieval task | 1.87 GHz | 0.61–1.14 W/kg | continuous for 30 min | GSM, mobile communications |
Narayanan SN et al. | 2015 | animal, rat/Wistar, whole body | neural structure of the hippocampus, learning and spatial memory | 900 MHz | 1.15 W/kg | continuous for 1 h/day for 28 days | mobile phone, GSM, mobile communications, RF field |
Abdel-Rassoul G et al. | 2007 | human, whole body | neurobehavioral effects | - | - | repeated daily exposure for 8 or 15 h/day | mobile communications, mobile phone base station |
Grafstrom G et al. | 2008 | animal, rat/Fischer 344, whole body | neuronal damage, blood-brain barrier permeability and effects on ageing process and memory | 900 MHz | 0.6–60 mW/kg | 2 hr/week for 55 weeks | mobile phone, digital mobile phone, GSM, mobile communications |
Megha K et al. | 2012 | animal, rat/Fischer 344, whole body | oxidative stress and cytokine production in rat brain, spatial memory and learning | 900 MHz | 0.5835–0.5953 mW/kg | 2 h/day, 5 days a week for 30 days | mobile phone, mobile communications, microwaves |
Bamiou DE et al. | 2015 | human, partial body: ear (each side) | perception of verticality and horizontality | 882 Hz | 0.3–1.3 W/kg | continuous for 2 x 30 minutes (30 minutes per ear) | mobile phone, GSM, mobile communications, CW continuous wave |
Sienkiewicz ZJ et al. | 2000 | animal, mouse/C57BL/6J, whole body | performance in a maze | 900 MHz | 0.05 W/kg | repeated daily exposure, 45 min/day for 10 days | GSM, mobile communications, microwaves |
Wilen J et al. | 2006 | human, partial body: head | physiological and cognitive responses | 900 MHz | 0.8–1 W/kg | continuous for 30 min | GSM, mobile communications |
Malek F et al. | 2015 | human, whole body | physiological changes and cognitive performance | 945 MHz | - | not specified | mobile phone base station, GSM, UMTS, mobile communications |
Curcio G et al. | 2004 | human, partial body: head | psychomotor and cognitive performance, tympanic temperature | 902.4 MHz | 0.5 W/kg | continuous for 45 min | digital mobile phone, GSM, mobile communications |
Curcio G et al. | 2008 | human, partial body: head (right ear) | psychomotor functions | 902.4 MHz | 0.5 W/kg | intermittent, 10 min off/15 min on, for 85 min | digital mobile phone, GSM, mobile communications |
Unterlechner M et al. | 2008 | human, partial body: head | reaction time and attention | 1.97 GHz | 0.37–1.67 W/kg | session lasting about 1.5 h | digital mobile phone, UMTS, CDMA, mobile communications |
Ntzouni MP et al. | 2011 | animal, mouse/C57BL/6J, whole body | recognition memory | 1,800 MHz | 0.22 W/kg | 90 min/day for 3 days (acute exposure), 17 days (chronic exposure-I) or 31 days (chronic exposure-II) | mobile phone, digital mobile phone, GSM, mobile communications |
Tang J et al. | 2015 | animal, rat/Sprague-Dawley, partial body: head | relationship between memory function, blood brain barrier permeability and the mkp-1/ERK pathway in the rat brain | 900 MHz | 0.016–2 W/g | continuous for 3 h/day for 14 days | mobile phone, mobile communications |
Smythe JW et al. | 2003 | human, partial body: ear | short and long-term memory | 1,800 MHz | 0.79 W/kg | continuous for 15 min | GSM, mobile communications |
Haarala C et al. | 2004 | human, partial body: head (left side) | short term memory | 902 MHz | 0.99–2.07 W/kg | continuous for 65 min | GSM, mobile communications |
Cinel C et al. | 2008 | human, partial body: right or left ear | short-term memory, vigilance, attention | 888 MHz | 1.4–11.2 W/kg | continuous for 45 min (experiment 1) or 40 min (experiment 2) | mobile phone, digital mobile phone, GSM, mobile communications, RF field |
Ntzouni MP et al. | 2013 | animal, mouse/C57BL/6J, whole body | spatial and non-spatial memory performance | 1,800 MHz | 0.11 W/kg | 90 min/day every day or every second day for up to 83 days (detailed description in "aim of study") | mobile phone, GSM, mobile communications, co-exposure |
Hao D et al. | 2013 | animal, rat/Wistar, whole body | spatial learning and memory | 916 MHz | - | continuous for 2 x 3 h/day (6 h/day), 5 days/week, 10 weeks | mobile phone, mobile communications, RF field |
Dubreuil D et al. | 2003 | animal, rat/Sprague-Dawley, partial body: head | spatial memory | 900 MHz | 1–3.5 W/kg | repeated daily exposure for 45 min for 7, 9 or 12 days | GSM, mobile communications |
Ammari M et al. | 2008 | animal, rat/Sprague-Dawley, partial body: head | spatial memory | 900 MHz | 1.5–6 W/kg | 45 min/day, 5 days/week for 8 weeks or 24 weeks | mobile phone, digital mobile phone, GSM, mobile communications |
Wiholm C et al. | 2009 | human, partial body: head, ear (left hemisphere) | spatial memory and learning | 884 MHz | 0.23–1.95 W/kg | continuous for 2.5 h | digital mobile phone, GSM, mobile communications |
Deshmukh PS et al. | 2013 | animal, rat/Fischer 344, whole body | spatial memory and learning, oxidative stress in blood | 900 MHz | 84.738 µW/kg | 2 h/day, 5 days a week for 30 days | mobile phone, mobile communications, microwaves |
Narayanan SN et al. | 2009 | animal, rat/Wistar albino, whole body | spatial memory performance | 900–1,800 MHz | - | 50 missed calls/day, separated by 15 s intervals, for 4 weeks | mobile communications, digital mobile phone, GSM |
Wiholm C et al. | 2007 | human | spatial memory performance | 884 MHz | 0.23–1.95 W/kg | continuous for 3 h | mobile phone, GSM, mobile communications |
Luria R et al. | 2009 | human, partial body: head (left or right side) | spatial working memory | 890.2 MHz | 0.54–1.09 W/kg | 1 h | mobile phone, GSM, mobile communications |
Hareuveny R et al. | 2011 | human, partial body: head (left or right side) | spatial working memory | 890.2 MHz | 0.54–1.09 W/kg | not specified in the article | mobile phone, digital mobile phone, GSM, mobile communications |
Saikhedkar N et al. | 2014 | animal, rat/Wistar, whole body | structure and function of the rat brain and oxidative stress | 900 MHz | 0.99 W/kg | continuous for 4 h/day for 15 days | mobile phone, mobile communications |
Verrender A et al. | 2016 | human, partial body: left side of head | visual discrimination and working memory | 920 MHz | 1–2 W/kg | continuous for 30 minutes | mobile phone, GSM, mobile communications |
Mortazavi SM et al. | 2012 | human, partial body: right ear | visual reaction time | - | 1.23 W/kg | 5 x 10 min. (in random order with sham exposure and 30 min. rest in between) | mobile phone, GSM, mobile communications |
Regel SJ et al. | 2007 | human, partial body: head | waking EEG, cognitive performance | 900 MHz | 1 W/kg | continuous for 30 min | digital mobile phone, GSM, mobile communications |
Loughran SP et al. | 2013 | human, partial body: head | waking EEG, cognitive performance | 900 MHz | 0.35–1.4 W/kg | continuous for 30 min | mobile phone, GSM, mobile communications, PW pulsed wave |
Regel SJ et al. | 2006 | human, whole body | well-being, cognitive performance, and perceived field strength | 2,140 MHz | 6.2 µW/kg–32 mW/kg | continuous for 45 min | mobile phone base station, UMTS, mobile communications |
Koivisto M et al. | 2000 | human, partial body: head | working memory | 902 MHz | - | continuous for about 30 min | GSM, mobile communications |
Sauter C et al. | 2015 | human, partial body: left side of the head | working memory and attention, well-being | 385 MHz | 1.5–6 W/kg | continuous for 2.5 hours | TETRA/TETRAPOL, mobile communications |
Schmid MR et al. | 2012 | human, partial body: left side of the head | working memory, attention, reaction time, polysomnography | 900 MHz | 2 W/kg | continuous for 30 min. | GSM, mobile communications, PW pulsed wave |
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