Robert O. Becker

(1923-2008) was an American orthopedic surgeon and researcher known for his groundbreaking work in the field of bioelectricity and the body’s natural healing processes.

Becker’s research focused on the electrical properties of living tissues and their role in regeneration and healing. He conducted extensive experiments to understand how electrical signals and currents influence cellular behavior and tissue regeneration.

One of Becker’s significant contributions was his discovery of the “current of injury,” which refers to the electrical currents generated within the body at the site of an injury or wound. He found that these endogenous electrical currents played a crucial role in stimulating the healing process and guiding the regeneration of tissues.

Becker also explored the use of exogenous electrical stimulation as a therapeutic modality. He investigated the effects of electrical currents on bone healing, nerve regeneration, and wound healing. His research demonstrated the potential of electrical stimulation in enhancing the body’s natural healing mechanisms and accelerating the healing process.

In addition to his research, Becker authored several influential books, including “The Body Electric” and “Cross Currents,” which explored the relationship between electricity and healing and discussed the implications of his findings on medical practice.

Becker’s work had a profound impact on the field of bioelectromagnetics and influenced subsequent research in areas such as bone healing, tissue engineering, and the use of electrical stimulation in medical treatments. His research findings contributed to the development of innovative therapies, such as electrical bone growth stimulation and electrically-assisted wound healing techniques.

Robert O. Becker’s pioneering work shed light on the importance of electrical properties in biological systems and the potential of electrical stimulation in promoting healing and tissue regeneration. His research continues to inspire scientists and medical professionals in the exploration of bioelectromagnetic applications for various medical conditions.