6,486 Studies Reviewed. 85.2% of Original Studies Found Biological Effects. The Evidence is Clear.

EMF Research Studies

Browse 6,486 peer-reviewed studies on electromagnetic field health effects from 4 research libraries.

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Whole Body / General
Measurement survey

INDUSTRIAL HYGIENE WALK-THROUGH SURVEY REPORT ON RF RADIATION EXPOSURES FROM HEAT SEALERS

Clinton Cox, Betsy Egan, Bill Murray, Bob Herrick · 1979

On November 29, 1978, NIOSH conducted a walk-through survey of the RF sealing area at Standard Plastic Products in South Plainfield, New Jersey. The purpose was to identify workers for a study on health effects from occupational radio frequency radiation exposure. Electric and magnetic fields from the heat sealers were measured and corrected for duty cycle. All three sealers produced electric fields greater than 1000 V/M, exceeding the ANSI guideline of 200 V/M by at least five times. A cohort of 15 workers, mostly elderly women, was identified and could be used in a study if combined with similar cohorts from other plants.

Inexpensive Microwave Survey Instruments: An Evaluation

William A. Herman, Donald M. Witters, Jr. · 1979

Researchers tested three inexpensive microwave survey instruments—the Micromate, Guard-Rod, and Interceptor/Microscan—and evaluated several test parameters. Cross-polarized fields increased the Micromate’s sensitivity by 216 % and the Guard-Rod’s by up to 694 %; amplitude-modulated fields increased the Micromate’s sensitivity by 119 % and decreased the Guard-Rod’s by up to 64.5 %; the Interceptor/Microscan responded to peak power, increasing sensitivity fivefold.

Whole Body / GeneralNo Effects Found

Search for Millimeter Microwave Effects on Enzyme or Protein Functions

P. Tuengler, F. Keilmann, L. Genzel · 1979

The study tested whether millimeter microwaves affect the function of alcohol dehydrogenase and hemoglobin in vitro. Alcohol dehydrogenase was exposed to 40–115 GHz radiation at near 10 mW/cm² while monitoring the reaction rate via NADH absorption using a 337 nm filter. No change in alcohol dehydrogenase turnover rate was detected within a sensitivity of 0.1%. Hemoglobin at half-oxygenation was exposed to absorbed intensity of 3–13 mW/cm² across 40–115 GHz. No shift in the equilibrium oxygen constant of half-oxygenated hemoglobin was detected within a sensitivity of 0.4%.

The biological effects of magnetic fields on man

E.E. KETCHEN, W.E. PORTER, N.E. BOLTON · 1978

Human exposures up to 20,000 G produced only transient sensations such as a metallic taste or tooth pain in individuals with dental fillings, while Soviet magnet-fabrication workers reported cardiovascular and neurological symptoms at unspecified field strengths. In rabbits, stationary fields of 200–1000 G for 1–3 minutes altered EEG patterns, with a threshold around 100 G, and long-term exposure caused neuroglial and neuronal lesions. Mice exposed to 4200–9000 G showed a significant decrease in bone-marrow megakaryocytes and a statistically significant increase in splenic megakaryocytes.

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