Robert O Becker
Summary
Robert O. Becker was an American orthopedic surgeon and pioneering researcher in bioelectromagnetism. His decades of work at the Syracuse VA Medical Center demonstrated that direct-current (DC) electrical fields play an active role in biological regeneration, establishing bioelectric phenomena as a legitimate biomedical research area. His popular book The Body Electric (1985) introduced these ideas to a wide audience.
Life
Becker was born in New Jersey in 1923, served in the US Army Medical Corps after WWII, and completed his medical training at NYU. He joined the Syracuse VA Medical Center and SUNY Upstate Medical University, where he spent most of his career. He retired in the late 1980s and continued writing and consulting until his death in 2008.
He was twice nominated for the Nobel Prize for his work on bone regeneration.
Key Contributions
DC bioelectric fields and regeneration
Becker's experimental work (1960s-1970s) demonstrated that:
- Salamanders regenerate amputated limbs through a process involving measurable DC currents at the wound site — the "current of injury".
- Mammals (which do not regenerate limbs) have a current-of-injury response of opposite polarity to amphibians.
- Applying weak DC fields to mammalian wound sites can induce partial blastema formation (the dedifferentiated tissue mass that initiates regeneration), achieving previously-impossible bone-fragment regeneration in rats.
These results were published in mainstream journals (Nature, Science, JAMA) and led directly to the clinical use of DC electrical stimulation for non-union bone fractures — a now-standard orthopedic technique.
Bone-healing electrical stimulation
Becker's clinical work demonstrated that low-level DC electrical stimulation of non-healing bone fractures induces healing in cases that had previously been refractory. This treatment is now FDA-approved and in widespread use.
Electromagnetic-field biological effects
In his later career, Becker became a prominent voice on the biological effects of environmental electromagnetic fields (power lines, radio transmitters). His advocacy was controversial in the 1980s-1990s; subsequent research has partially vindicated some of his concerns about ELF-EMF biological effects, while other claims remain debated.
Popular synthesis
The Body Electric (1985, with Gary Selden) is one of the most readable and widely-circulated popular books on bioelectromagnetism. Cross Currents (1990) addresses environmental-EMF concerns.
Reception
Becker's bioelectric-regeneration work is foundational and well-respected in mainstream biomedicine. His clinical DC-stimulation treatment is in routine clinical use. His later environmental-EMF advocacy is partly accepted and partly contested.
In the psionic framework, Becker's demonstration that measurable DC bioelectric fields play causal roles in biological development and regeneration is foundational evidence for the framework's predicted ψ-field coupling to biological systems through bioelectric / electromagnetic intermediaries.
Bibliography
- Becker, R. O., Selden, G. (1985). The Body Electric: Electromagnetism and the Foundation of Life. William Morrow.
- Becker, R. O. (1990). Cross Currents: The Promise of Electromedicine, The Perils of Electropollution. Tarcher.
- Multiple primary papers in Nature, Science, JAMA, Journal of Bone and Joint Surgery.
See Also
External Links
- Wikipedia: Robert O. Becker
- New York Times obituary (May 2008).
References
- Becker, R. O. (1961). "The bioelectric factors in amphibian-limb regeneration." Journal of Bone and Joint Surgery 43A: 643-656.
- Becker, R. O. (1972). "Stimulation of partial limb regeneration in rats." Nature 235: 109-111.
