Energy Balance in Cell Phone Radiofrequency Radiation Exposed Mice and Rats

TL;DR

This study models energy balance and thermoregulation in mice and rats exposed to cell phone radiofrequency radiation, explaining differences in temperature increases and cancer outcomes observed in toxicology tests.

Contribution

It introduces a model combining Faraday's Law and energy balance equations to explain species-specific thermal responses to radiofrequency radiation.

Findings

Mice experience only 0.28 times the temperature increase of rats under identical exposure.

The model explains why mice do not develop cancer while rats do.

Thermoregulation differences account for varied biological effects in species.

Abstract

The National Toxicology Program exposed mice and rats to cell phone radiofrequency radiation. They observer cancers in male rats but not in male mice and different increases in body temperature between mice and rats using identical frequency and intensity exposures. Using the Faraday's Law model, thermoregulation considerations and an energy balance equation, we estimate that the increase in temperature of neural circuits of mice exposed to radiofrequency radiation is only 0.28 that of rats. This decrease in neural circuit temperatures is consistent with the absence of cancer in mice. This calculation also qualitatively explains the different increases in body temperature in mice and rats under different radiofrequency intensities and frequencies.