If you’ve ever wondered if the thousands of cell phone towers and electromagnetic signals permeating society nowadays could be potentially harmful to your body, mind and to the natural environment, you’re not alone. A small minority of people are so sensitive to electromagnetic radiation they’ve even been forced to move into cave-like domiciles designed to insulate them from such signals. We are, after all, energetic beings, as are all lifeforms, and although something may lie outside of our ordinary perception does not imply that it is harmless.
It turns out that electromagnetic signals from cell phone towers do in fact directly affect the human body in physical ways, and surprisingly, for amputees, common cellular signals can amplify sensations of pain in the body, when in the presence of such emissions.
A recently completed study led by members The University of Texas at Dallas gives concrete evidence that these types of now ubiquitous signals can actually amplify pain in some amputees by immediately stimulating nerve tissue that had suffered traumatic damage.
Prior to this study, the bulk of research into cell tower radiation focused on people without any pre-existing conditions or serious health issues, however, when a disabled veteran who lost limbs in the Iraq war alerted his physicians to the fact that his sense of pain seemed to increase dramatically whenever his cell phone went into roaming mode, a study was launched to test this hypothesis on lab rats.
“Our study provides evidence, for the first time, that subjects exposed to cellphone towers at low, regular levels can actually perceive pain,” said Dr. Mario Romero-Ortega, senior author of the study and an associate professor of bioengineering in the University’s Erik Jonsson School of Engineering and Computer Science. “Our study also points to a specific nerve pathway that may contribute to our main finding.” 
This is the first study of its kind that has found a direct link to immediate physical changes in the human body when absorbing cell tower radiation.