This article argues that low-frequency EMF hazards are driven by instantaneous peak values rather than RMS averages. It states that pulsed or bursty low-frequency fields may comply with RMS-based limits while still containing peaks capable of exceeding physio…
TM3 Leydig cells exposed under non-thermal conditions to mobile phone radiation and radiofrequency signals at 1800 MHz and 2450 MHz for 15–120 minutes showed reduced DNA synthesis, morphological alterations, and altered cell cycle dynamics. The abstract repor…
In vitro exposure of sow blood to 5G RF-EMR produced frequency-dependent effects on RBC morphometry and CBC parameters. The strongest reported effect was at 700 MHz, where RBCs were significantly more elongated and had more irregular borders.
In mice coexposed to airborne magnetite nanoparticles and earphone/smartphone-embedded magnetism, cognitive performance was significantly impaired and brain accumulation of inhaled magnetite nanoparticles increased by about 5-fold versus non-EEM controls. Mul…
In nationally representative adult surveys from the US, Australia, and Canada, 12.6% reported wireless sensitivity, 10.0% reported medically diagnosed EHS, and 14.0% reported either or both. Among respondents with wireless sensitivity/EHS, high proportions al…
ELF-EMF exposure is linked to molecular and cellular changes in the uterus that may disrupt physiological processes such as contractility, hormonal signalling, and tissue integrity. Although direct evidence of tumorigenesis is lacking, the exposure influences…
After 3.2 GHz pulsed EMR exposure for four weeks, male mice showed pronounced reproductive impairment, including severe spermatogenic damage, depletion of spermatogonial stem cells, disrupted sperm chromatin remodeling, and reduced sperm quality and quantity.…
This systematic review included 67 eligible field and laboratory studies on EMFs from submarine power cables. Significant behavioural and physiological responses were reported in 66% of studies, with early life stages and magnetosensitive taxa, particularly f…
Benchmark dose analyses indicate that cancer risk at 1 in 100,000 occurs at SAR levels between 0.8 to 5 mW/kg, and male fertility effects occur at SAR levels between 3.3 to 10 mW/kg, both significantly below current regulatory limits.
Bacterial cultures exposed to 2.45 GHz RFR showed significantly increased ROS generation (~2-fold increases in total intracellular ROS, hydroxyl radicals, and superoxide radicals) versus sham/control. SEM/TEM indicated disrupted membranes and cytoplasmic diso…
EEG-based indices indicated that video calls produced significantly higher cognitive load than audio calls (example TAR means reported for 3-minute sessions; p<0.05) and higher mental fatigue (example values reported for 4-minute sessions). Effects were stron…
Long-term ELF-MF exposure from high-voltage power lines was associated with increased mortality risk from Alzheimer's disease and other types of dementia. Associations with railway line exposure were weaker and attenuated after adjustment. No associations wer…
Compared with control and sham, the RF-EMR exposed group had lower plasma GSH, CAT, SOD, and MDA levels (p < .001), while cortisol did not differ. The authors also report that kidney tissue histological characteristics were affected in the RF-EMR exposed grou…
Sub-terahertz (0.1 THz) continuous-wave irradiation non-thermally accelerates DNA base pairing in aqueous solutions, selectively enhancing G:C base pairing and increasing base-paired DNA molecules, unlike conductive heating which suppresses these effects.
Pollen samples were collected from four sites with EMR power densities of 1, 2.8, 5.5, and 15 μW/cm and evaluated for viability using four staining methods. The abstract reports an association between increased EMR power density and reduced pollen viability a…
Across 30 daily surveys, dynamic structural equation modeling found bidirectional lagged associations: higher-than-usual PSU on a given day predicted higher-than-usual disengagement the next day, and higher-than-usual disengagement predicted higher-than-usual…
Smartphone addiction was positively correlated with poor sleep quality among college students. Perceived stress and health-promoting lifestyle partially mediated this relationship, accounting for 47.51% and 14.83% of the total effect, respectively.
Pre-bedtime smartphone use for five consecutive nights significantly impaired sleep quality by increasing sleepiness, reducing total sleep time, increasing sleep onset latency, and lowering sleep efficiency. Cognitive and physical performance deteriorated, es…
Mobile phone addiction is positively associated with poor sleep quality in young patients with acute myocardial infarction, potentially mediated by coping styles and symptoms of anxiety and depression.
Machine learning models, especially SVM, predicted health symptoms associated with living near mobile phone base stations with high accuracy and AUC values. Key predictors included distance from base station, age, and duration of residence. There is a connect…
