EFFECT OF AN ULTRA HIGH FREQUENCY FIELD ON THE COURSE OF EXPERIMENTAL ECHINOCOCCUS
A.M. Aleyev, V.R. Yelantseva, M. Dzhumagaliyev · 1961
Soviet scientists were studying EMF biological effects on parasites in 1961, decades before our wireless revolution.
Plain English Summary
This 1961 Soviet technical report examined how ultra high frequency (UHF) electromagnetic fields affected experimental echinococcus infections in laboratory animals. The research represents early scientific investigation into whether radiofrequency radiation could influence parasitic disease progression. While specific findings aren't available, this study demonstrates decades-old scientific interest in EMF biological effects.
Why This Matters
This 1961 research represents a fascinating piece of EMF history that predates our modern wireless world by decades. Soviet scientists were already investigating how radiofrequency radiation affects biological systems, specifically looking at parasitic infections in laboratory animals. What makes this particularly relevant today is that UHF frequencies overlap with many modern wireless technologies we use daily - including WiFi, Bluetooth, and cellular communications.
The fact that researchers six decades ago were documenting biological effects from EMF exposure should give us pause about our current unprecedented levels of wireless radiation exposure. While we don't have the specific findings from this study, its very existence demonstrates that the scientific community has long recognized EMF as a biologically active force, not the inert energy that industry often portrays it to be today.
Finding
Thus, we can arrive at the conclusion that the effect of an UHF field on experimental echinococcus of the lungs, under small exposures (20-minutes), is accompanied by worsening of the course of the disease and an accelerated formation of cysts. A 40-minute irradiation with UHF in our experiments led to a certain retardation of the development of echinococcus cyst and even destruction of the wholeness of the hatch capsules and scoleces within the echinococcus cyst and the discharge of scolex hooks with sputum.
In their words
“Thus, we can arrive at the conclusion that the effect of an UHF field on experimental echinococcus of the lungs, under small exposures (20-minutes), is accompanied by worsening of the course of the disease and an accelerated formation of cysts. A 40-minute irradiation with UHF in our experiments led to a certain retardation of the development of echinococcus cyst and even destruction of the wholeness of the hatch capsules and scoleces within the echinococcus cyst and the discharge of scolex hooks with sputum.”
Exposure Information
Specific exposure levels were not quantified in this study. Duration: 20 minutes daily for 10 days
Study Details
To test the effect of an UHF field on the survival of echinococcus larvae outside and within the animal organism
Echinococcus cysts from cattle lungs and liver were used. First stage: cysts were divided into four ...
Outside organism: 20-minute exposure showed stimulating effect with fluctuating movements of scolice...
The action of UHF field on echinococcus cysts outside the organism under 20-minute exposure is accompanied by a stimulating effect which is attested by the fluctuating movements of the scolices. A 10-minute exposure kills them. A 40-minute irradiation with UHF in experiments led to a certain retardation of the development of echinococcus cyst and even destruction of the wholeness of the hatch capsules and scolices within the echinococcus cyst and the discharge of scolex hooks with sputum.
Show BibTeX
@article{effect_of_an_ultra_high_frequency_field_on_the_course_of_experimental_echinococc_g5895,
author = {A.M. Aleyev and V.R. Yelantseva and M. Dzhumagaliyev},
title = {EFFECT OF AN ULTRA HIGH FREQUENCY FIELD ON THE COURSE OF EXPERIMENTAL ECHINOCOCCUS},
year = {1961},
}