L. Miro, H. Atlan, Y. Arnaud, G. Deltour, R. Loubiere · 1965
French researchers in 1965 exposed bacteria to microwave radiation, then subjected them to gamma ray sterilization to test if the microwave exposure provided any protective effect. The study found that bacteria pre-exposed to very high frequency electromagnetic fields showed improved survival rates when later exposed to lethal gamma radiation. This suggests microwave fields may trigger protective biological responses in living organisms.
G. S. Antonov · 1965
Soviet researchers in 1965 studied using ultra-high frequency electromagnetic fields combined with electrophoresis to treat pustulous skin diseases caused by staphylococcal bacteria. This early research explored how radiofrequency energy could be applied therapeutically for dermatological conditions. The study represents one of the earliest documented uses of RF fields in medical treatment protocols.
Antonov GS · 1964
This 1964 Soviet research examined using ultra-high frequency electromagnetic fields combined with electrophoresis to treat pustular skin infections. The study investigated whether RF energy could enhance delivery of anti-staphylococcal treatments directly through the skin. This represents early medical application of electromagnetic fields for therapeutic purposes.
S. M. Michaelson et al. · 1964
This 1964 study exposed dogs to microwave radiation at levels between 100-165 mW/cm² for 2-6 hours, finding significant changes in white blood cells including decreased lymphocytes and eosinophils. The research also revealed altered red blood cell lifespan and bone marrow function, with effects varying by frequency and exposure duration.
Marshall Jay Lobell, M.D. · 1962
Researchers in 1948 treated 45 women with pelvic inflammatory disease using pulsed high-frequency electromagnetic radiation alongside standard antibiotic therapy. Patients who received the EMF treatment recovered significantly faster, spending an average of 7.4 days in the hospital compared to 13.5 days for those receiving only conventional treatment.
E. A. Drozichina et al. · 1962
Soviet researchers in 1962 documented multiple health effects in workers exposed to centimeter-range microwaves in industrial settings. They found that electromagnetic fields affected the nervous, cardiovascular, endocrine, blood-forming, and digestive systems, with some workers developing persistent brain and blood vessel damage. This early research identified a pattern of vascular pathology particularly affecting brain tissue.
Joe W. Howland et al. · 1962
This 1962 study exposed dogs to pulsed microwave radiation at 100 mW/cm² (2800 MHz frequency) before giving them ionizing radiation. Dogs pretreated with microwaves showed reduced sensitivity to radiation damage and faster recovery of white blood cells. The research suggests microwave exposure may provide some protection against radiation injury.
Levy H. · 1961
This 1961 study examined the use of pulsed short wave electromagnetic therapy for treating sinusitis and lymph node conditions in children. The research represents early medical applications of radiofrequency fields, documenting therapeutic effects in pediatric patients. This work provides historical context for understanding both beneficial and potentially harmful effects of EMF exposure in developing bodies.
A. S. Presman, N. A. Levitina · 1961
Soviet researchers in 1961 exposed rodents to low-level microwave radiation before subjecting them to deadly gamma radiation. They found that microwave pre-treatment helped animals survive the otherwise lethal ionizing radiation exposure. This early study suggested microwaves could boost white blood cell counts and histamine levels, potentially offering protection against radiation damage.
M.N. Anikin, M.V. Rumyantsova-Russkikh · 1961
Soviet researchers in 1961 studied high-frequency radio waves as a treatment for polio in adults, finding that electromagnetic therapy improved blood circulation and reduced inflammation in affected areas. The study documented physiological changes including enhanced enzyme activity and reduced swelling that compressed nerve cells. This represents early medical research into therapeutic applications of radiofrequency energy.
F. L. Leites, L. A. Skurikhina · 1961
Soviet researchers exposed 20 white rats to a single 10-minute microwave treatment and found significant changes in adrenal cortex hormone production lasting 1-2 weeks. The adrenal glands first released stored hormones into the bloodstream, then accumulated new hormone-producing substances in response to the radiation exposure.
Miklos Nadasdi, M.D. · 1961
This 1961 study examined whether non-thermal short wave radio frequencies could reduce experimental arthritis in rats. The research explored whether electromagnetic fields could provide therapeutic benefits through mechanisms other than heat generation, challenging the prevailing view that all RF effects were purely thermal.
Schliephake, E · 1960
This 1960 German study examined how short-wave electromagnetic radiation affects endocrine glands, particularly the pituitary gland (hypophysis), in humans. The research focused on using microwave stimulation to test gland function and its relationship to vegetative dystonia, a condition involving autonomic nervous system dysfunction. This represents early medical investigation into how electromagnetic fields interact with the body's hormone-producing systems.
Unknown authors · 1950
Researchers exposed rat brain immune cells (microglia) to 1950 MHz cell phone radiation at various power levels for 2 hours and monitored them for 3 days. The study found no activation of these immune cells and no inflammatory response, even at radiation levels up to 2 W/kg. This suggests that this specific frequency may not trigger brain inflammation in laboratory conditions.
T. M. Caffaratto · 1946
This 1946 Italian study examined changes in white blood cell counts (leukocytes) in women following shortwave therapy treatments in gynecological practice. The research documented blood cell variations after exposure to radiofrequency electromagnetic fields used in medical diathermy procedures. This represents early clinical observation of biological responses to therapeutic RF radiation.
T. M. Caffaratto · 1946
This 1946 study investigated changes in white blood cells (leukocytes) following shortwave diathermy treatment in gynecological patients. The research examined how radiofrequency energy used in medical therapy affected immune cell counts. This represents early documentation of biological effects from therapeutic RF exposure.
Lidman, B I, Cohn, C · 1945
This 1945 study investigated how radar emissions affected the blood-forming (hematopoietic) system in humans, examining potential impacts on blood cell production and counts. The research represents one of the earliest scientific investigations into radar's biological effects, conducted during World War II when radar technology was rapidly expanding. This pioneering work helped establish the foundation for understanding how radiofrequency radiation might affect human blood and immune systems.
Daily LE · 1943
This 1943 clinical study examined laboratory personnel exposed to radar and high-frequency radio equipment, conducting blood counts and physical examinations to assess health effects. The research represents one of the earliest documented investigations into occupational EMF exposure from radar technology. This wartime study established a foundation for understanding potential health impacts from high-powered electromagnetic radiation sources.
Jung RW · 1935
This 1935 study examined immune system responses during artificially induced fever using diathermy (electromagnetic heating). Researchers investigated how high body temperatures affected blood chemistry and immune function. This represents early documentation of electromagnetic fields being used for medical heating applications.
Ruth Westlund Jung · 1935
This 1935 research examined immune system responses during hyperpyrexia (extremely high fever), with particular focus on diathermy treatments that used electromagnetic fields to generate therapeutic heat. The study investigated changes in blood chemistry and complement levels (immune proteins) when the body was exposed to fever-inducing electromagnetic heating.
Harry Bond Wilmer, M.D., Merle Middour Miller, M.D. · 1935
This 1935 study examined the use of physical therapy treatments, including diathermy (electromagnetic heating) and ultraviolet light, for treating allergic conditions like asthma and hay fever. The research represents early medical applications of electromagnetic fields for therapeutic purposes, predating modern understanding of EMF health effects.
TIBOR DE CHOLNOKY · 1935
This 1935 study investigated using short wave (radiofrequency) therapy to treat pyogenic skin infections like furuncles (boils). The research represents early medical applications of electromagnetic fields, demonstrating that RF energy was being used therapeutically decades before modern concerns about EMF health effects emerged.
William Bierman · 1934
This 1934 study by Dr. William Bierman examined how radiation-induced fever (hyperpyrexia) affected white blood cell counts in humans. The research investigated the relationship between radiation exposure, elevated body temperature, and changes in the immune system's white blood cells. This early work represents some of the first documented research into radiation's effects on human blood cells.
William Bierman, M.D. · 1934
This 1934 study exposed humans to 30-meter wavelength radio frequency radiation to artificially induce fever (hyperpyrexia) and measured changes in white blood cell counts. Researchers found that RF-induced fever affected immune cell levels, providing early evidence that electromagnetic radiation can trigger measurable biological responses in the human body.
E. Pflomm · 1931
This 1931 German study by E. Pflomm examined both experimental and clinical effects of ultrashort wave radiation on human subjects, focusing on inflammatory responses. The research represents some of the earliest documented investigation into how radiofrequency electromagnetic fields affect human health and biological processes.
