Browse 8,700 peer-reviewed studies on electromagnetic field health effects from 4 research libraries.
Showing all 8,700 studies
Vulevic B, Osmokrovic P · 2011
Serbian researchers measured extremely low frequency magnetic fields in homes located near overhead power lines across 35 municipalities over eight years. They found that all measured EMF levels were far below international safety guidelines established by ICNIRP. The study was conducted in response to public concerns about EMF exposure in residential areas.
Trillo MA et al · 2011
Researchers exposed human cancer cells to weak radar-like signals at 2.2 GHz for 24 hours and found that neuroblastoma cells showed a 13.5% reduction in cell growth, while liver cancer cells were unaffected. The radiation levels were extremely low (similar to ambient environmental exposure) yet still caused measurable biological changes in sensitive cell types.
Blank M, Goodman R · 2011
Columbia University researchers analyzed how DNA responds to electromagnetic fields across different frequency ranges and found that DNA acts like a fractal antenna. The study shows DNA has the structural properties needed to interact with EMF from extremely low frequencies to radio frequencies, potentially explaining why electromagnetic exposure can cause DNA damage and stress protein responses.
Viel JF et al · 2011
French researchers tracked 34 people's radiofrequency exposure for a full week using personal meters, recording over 225,000 measurements across 12 RF bands. They found that RF exposure levels varied significantly between different days of the week, though the differences were relatively small. This research helps scientists understand daily exposure patterns needed for larger health studies.
Roosli M, Hug K · 2011
This 2011 literature review examined studies on radiofrequency electromagnetic fields from wireless devices and their connection to non-specific health symptoms like headaches and fatigue. The analysis of multiple randomized trials and observational studies found no consistent pattern linking RF-EMF exposure to health-related quality of life issues. The research also showed that people claiming electromagnetic hypersensitivity were not more susceptible to RF-EMF than the general population.
Bornkessel C · 2011
This 2011 German study measured electromagnetic field exposures from cell towers and mobile phones in real-world conditions. Researchers found that cell towers typically produce exposures of just 0.1% or less of safety limits, while mobile phones can reach up to 80% of exposure limits when transmitting at maximum power. The study concluded that reducing phone exposure through headsets offers greater protection than shielding against distant cell towers.
van Rhoon GC et al · 2011
The Health Council of the Netherlands examined whether electromagnetic field safety limits should shift from measuring SAR (specific absorption rate) to measuring temperature increases. After analyzing six criteria including consistency and applicability, they concluded the current SAR-based approach should remain unchanged, stating it won't resolve scientific controversies about non-thermal EMF effects.
van Deventer E et al · 2011
The World Health Organization published a comprehensive research agenda identifying critical knowledge gaps in radiofrequency field health effects. The document prioritizes research needs across epidemiology, human studies, animal research, cellular mechanisms, and social science to guide future EMF health investigations. This represents WHO's official roadmap for addressing uncertainties about wireless technology health impacts.
Tomitsch J, Dechant E · 2011
Researchers measured electromagnetic field exposure in bedrooms over three years (2006-2009) and found mixed trends. While electric fields from power lines decreased by 31%, radiofrequency radiation from wireless devices increased by 44%. This reflects the rapid expansion of cell towers, WiFi networks, and mobile technology during this period.
Boursianis A et al · 2011
This 2011 study measured electromagnetic field exposure from 3G femtocells (low-power indoor base stations) in Greek home and office environments. The measurements found that femtocell operation reduced mobile phone transmission power by at least 7 dB in 90% of measured locations, while producing negligible increases in electromagnetic field levels near the device compared to reference exposure guidelines.
Clouston SA · 2011
This 2011 commentary examined socioeconomic patterns in the massive Interphone study, which investigated cell phone use and brain cancer risk across 13 countries. The analysis highlighted how social and economic factors may have influenced the study's controversial findings about mobile phone safety.
Trillo MA et al · 2011
Spanish researchers exposed human cancer cells to weak, pulse-modulated 2.2 GHz radar-like signals for 24 hours at very low power levels. The neuroblastoma cancer cells showed a 13.5% reduction in cell number and altered cell cycle patterns, while liver cancer cells were unaffected. This demonstrates that certain cell types can respond to extremely low-power pulsed radiofrequency radiation.
de Vocht F et al · 2011
Researchers analyzed brain cancer rates in England from 1998-2007 to see if mobile phone use (which increased dramatically since the early 1990s) led to more brain tumors. They found no overall increase in brain cancer incidence despite widespread mobile phone adoption. Small increases in temporal lobe cancers were observed but would represent less than 1 additional case per 100,000 people.
Paulraj R, Behari J · 2011
Indian researchers exposed Swiss albino mice to low-level radiofrequency (112 MHz) and microwave (2.45 GHz) radiation to test whether these exposures would promote cancer development or growth. They found no evidence that either frequency increased tumor formation when combined with a known carcinogen or accelerated growth of transplanted cancer cells.
Olsen J · 2011
This 2011 commentary critiques the famous Interphone study on cell phones and brain cancer, arguing its case-control design was fundamentally flawed due to poor participation rates and inaccurate recall of past phone use. The author suggests the massive funding would have been better spent on a large-scale cohort study that could examine multiple health effects beyond just cancer.
Kumar G et al · 2011
Researchers exposed rats to 900 MHz radiofrequency radiation at 2 W/kg (the ICNIRP safety limit for public exposure) and found no harmful effects on their blood-forming system. The study examined whether cell phone frequency radiation at regulatory limits could damage the bone marrow and blood cells that produce our immune system components.
Blank M, Goodman R · 2011
Columbia University researchers reviewed scientific evidence showing that DNA responds to electromagnetic fields across a wide range of frequencies, from extremely low frequency (power lines) to radio frequency (cell phones). They found DNA has the structural properties of a fractal antenna, making it unusually reactive to EMF exposure and potentially contributing to DNA damage and cancer risk.
Viel JF et al · 2011
French researchers tracked radiofrequency exposure in 34 people for seven consecutive days using personal meters, recording over 225,000 measurements across 12 RF frequency bands. They found statistically significant but small variations in RF exposure levels depending on the day of the week. This research helps scientists develop better methods to estimate EMF exposure in large health studies without requiring expensive personal monitoring for every participant.
Roosli M, Hug K · 2011
This 2011 systematic review examined whether radiofrequency radiation from wireless devices like cell phones and base stations causes non-specific health symptoms. Analyzing multiple randomized trials and observational studies, researchers found no consistent pattern linking RF exposure to symptoms like headaches or fatigue. The authors concluded that current research doesn't show wireless communication fields affecting health-related quality of life in everyday environments.
Bornkessel C · 2011
This 2011 German study measured electromagnetic field exposure levels around cell phone towers and from mobile phones themselves. Researchers found that cell towers typically produce exposures less than 0.1% of safety limits, while mobile phones can reach up to 80% of exposure limits when transmitting at maximum power. The study concluded that reducing phone exposure through headsets is more effective than shielding against tower emissions.
Yoon SY et al · 2011
Researchers exposed human hair follicle cells to 1,763 MHz radiofrequency radiation at 10 W/kg and found it stimulated hair growth by increasing insulin-like growth factor-1 (IGF-1) production. The RF exposure enhanced cell division and hair shaft elongation in laboratory cultures. This suggests specific RF frequencies might trigger biological responses in hair follicles through growth factor pathways.
van Deventer E et al · 2011
The World Health Organization published a comprehensive research agenda identifying critical gaps in radiofrequency health effects research in 2011. The document prioritizes research needs across epidemiology, human studies, animal studies, cellular mechanisms, and social science areas. This represents WHO's official acknowledgment that significant knowledge gaps exist regarding RF health effects.
Larjavaara S et al · 2011
Researchers analyzed 888 brain tumors (gliomas) from 7 European countries to see if they occurred more often in brain areas closest to where people held their mobile phones. Using detailed brain scans and mathematical modeling, they found no evidence that gliomas develop preferentially in the highest radiation exposure zones near the phone antenna.
Baan R et al · 2011
Insufficient information provided. Only the title and basic metadata are available. A complete summary would require the abstract and study details to accurately describe what this 2011 review examined regarding radiofrequency electromagnetic field carcinogenicity.
Curcio G et al · 2011
Italian researchers used fMRI brain scans to study whether GSM mobile phone signals affected brain activity during cognitive tasks. They found no changes in brain response patterns or reaction times when participants were exposed to real versus fake phone signals. The study suggests short-term mobile phone exposure doesn't measurably alter brain function during mental tasks.