ELECTRON SPIN RESONANCE SIGNALS IN INJURED NERVE
B. Commoner, J. L. Ternberg, E. Larsson · 1969
Injured nerve tissue produces ferromagnetic crystals with unique electromagnetic signatures, revealing the nervous system's inherent electromagnetic sensitivity.
Plain English Summary
Researchers in 1969 discovered that injured frog nerves produce unusual electron spin resonance (ESR) signals, indicating the formation of small ferromagnetic crystals when nerves are damaged by mechanical pressure. This was an early finding showing that nerve tissue can develop electromagnetic properties when subjected to physical trauma.
Why This Matters
This pioneering 1969 study by Commoner represents some of the earliest research into the electromagnetic properties of biological tissues, specifically nerve tissue. The discovery that mechanical injury to nerves creates ferromagnetic crystals that produce ESR signals reveals how biological systems can become electromagnetically active under stress conditions. What makes this particularly relevant to today's EMF health discussions is that it demonstrates how nerve tissue can fundamentally change its electromagnetic properties when damaged. While this study focused on mechanical injury rather than EMF exposure, it established that nerve tissue has inherent electromagnetic sensitivity that can be altered by various stressors. This foundational research helps explain why the nervous system might be particularly vulnerable to electromagnetic field exposure and why neurological symptoms are commonly reported in EMF sensitivity cases.
Original Figures
Diagram extracted from the original research document.
Exposure Information
Specific exposure levels were not quantified in this study.
Show BibTeX
@article{electron_spin_resonance_signals_in_injured_nerve_g5929,
author = {B. Commoner and J. L. Ternberg and E. Larsson},
title = {ELECTRON SPIN RESONANCE SIGNALS IN INJURED NERVE},
year = {1969},
}