IABC

INTERNATIONAL ASSOCIATION FOR BIOLOGICALLY CLOSED ELECTRIC CIRCUITS (BCEC) IN MEDICINE AND BIOLOGY

The IABC was officially formed in September of 1993.  Dr. Björn E.W. Nordenström, the founder of this association, was the first IABC President. The membership consists of medical doctors, biologists, biophysicists, engineers, educators and business professionals.  IABC members are involved in the development of electrotherapeutic, thermotherapeutic and magnetotherapeutic techniques, in combination with conventional therapies, for the treatment of a wide variety of health problems including cancer, diseases of the visual system, connective tissue disease and neurological disorders.  Approximately 300 members are actively engaged in related research and clinical studies in a wide variety of locations including Australia, Brazil, China, Cuba, Denmark, Germany, Great Britain, Greece, Hungary, Indonesia, Japan, Korea, Sweden and the U.S.  

 

During the 1950's, a brilliant, inquisitive and highly innovative Swedish  radiologist and surgeon, Dr. Björn E.W. Nordenström (second photo) became interested in streaks, spikes and coronas that he saw in X-ray images of lung tumors (third photo, from: "Exploring BCEC-Systems," Nordic Medical Publications, Stockholm (1998)). When Dr. Nordenström discussed his observations with other physicians, many of his colleagues saw nothing.  Others attributed the phenomena to artifacts in the image.

Dr. Nordenström was quite familiar with negative reactions from his colleagues. As his accomplishments grew, he became Head of Diagnostic Radiology at Karolinska Institute, Stockholm, Sweden. He also authored or co-authored more than 150 publications in radiology, electrobiology and pharmacology.  He was a member of the Nobel Assembly from 1967 through 1986, and served as President of the Assembly in 1985.  Even with these credentials, many of his ideas, such as needle biopsy and balloon catheterization were initially met with significant amounts of opposition by his peers.

In 1965, Dr. Nordenström began a scientific investigation into the subtle anomalies that he observed in lung tumor X-ray images. After years of very careful experimentation and analysis, he came to the conclusion that the streaks, spikes and coronas that could be seen in X-ray radiographs of lung tumors were the result of water movement, movement of ions and restructuring of certain tissues due to the influence of various electrical and electrochemical phenomena.

As his research activities progressed, Dr. Nordenström proposed a closed loop, circulatory, self regulating model for healing that was much more detailed and complete than conventional wound healing models.  Dr. Nordenström's model involves various Biologically Closed Electric Circuits (BCEC), capable of utilizing a number of physiological pathways and influencing structure and function for a variety of tissues and organs.  In essence, he described another circulatory system where continuous energy circulation and circulating electrical currents support healing, metabolism, growth, regulation, immune response, etc.

Using his BCEC theory, Dr. Nordenström developed electrochemical therapy (EChT), a minimally invasive electrotherapeutic technique for the treatment of cancer and hemangioma tumors.  EChT assists the body's normal BCEC electrochemical healing processes by complementing and assisting the naturally occurring endogenous electric fields and currents that support the process of healing.

EChT povides a low-cost, patient friendly and highly effective technique for the treatment of localized tumors.  EChT is highly complementary and can be administered with other therapeutic modalities.  EChT does not have the serious side effects associated with conventional therapies, and experience has shown that EChT does not exhibit a significant therapeutic resistance with repeated applications, as is often the case with conventional therapies.

An extensive overview of BCEC and EChT (and how they relate to wound healing and other electrotherapeutic applications), and the more appropriate designation for EChT as NEAT- EChT, can be found in the book: "Electrotherapeutic Devices: Principles, Design and Applications" (Artech House, Boston, MA (2007)) by IABC Emeritus President, Dr. George O'Clock (Also, refer to http://www.georgeoclock.readywebsites.com). Dr. O'Clock's October 23, 2008 University of Minnesota Electrical and Computer Engineering (ECE) Colloquia Presentation titled "Electrotherapeutic Principles: Applications in Cancer, Wound Healing, and Visual System Disease can be viewed at  http://www.unite.umn.edu. A DVD of this colloquium presentation is available from the U of MN ECE Department. Dr. O'Clock appears to have written the first scientifically rigorous (yet accessible and relatively easy to understand) book on electrotherapeutic devices that combines essential technical, biological, legal and clinical background with some guidelines for treatment protocols. Two of the chapters discuss magnetotherapeutic principles and devices. This book was dedicated to Dr. Nordenström.

As indicated in the previous paragraph, Dr. Nordenström's theories and clinical results are not confined to cancer. Much of what he has done also applies to wound healing and special branches of wound healing that are associated with various forms of visual disease (macular degeneration, retinitis pigmentosa, Stargardt's disease, diabetic retinopathy, glaucoma, neuropathy, etc.). The results of recent FDA guided and supervised clinical trials that have been successfully completed are incorporated into the following website: http://acuitymedicalsystems.net. This website was updated during the Summer of 2009 and should have more technical information by August-September of 2009.  

 

From: B.E.W Nordenström, Biologically Closed Electric Circuits, Nordic Medical Publications, Stockholm (1983); B.E.W Nordenström, The American Journal of Clinical Oncology, Vol. 12, 1989; B.E.W. Nordenström, The European Journal of Surgery, Supplement 574, 1994; G.D. O'Clock, Proceedings of the Fourth International Symposium on Biologically Closed Electric Circuits, October 26-29, 1997; B.E.W. Nordenström, Exploring BCEC-Systems, Nordic Medical Publications, Stockholm (1998); Y.L. Xin, et. al., Journal of the IABC, Vol. 1, January-December, 2002; G.D. O'Clock, German Journal of Oncology, Vol. 33, 2001; G.D. O'Clock, Electrotherapeutic Devices: Principles, Design and Applications, Artech House, Boston, MA (2007); G.D. O'Clock and J.B. Jarding, "Electrotherapeutic Device/Protocol Design Considerations for Visual Disease Applications," Proceedings of the 31st International IEEE Engineering in Medicine and Biology Society Conference, EMBC '09, Minneapolis, MN September 2-9, 2009.

For more information on the books published by B.E.W. Nordenström, contact: http://www.ursus.se/ursus/publications.shtml

© 2003, 2012 by the IABC Foundation, Palm City, FL 34990 USA and Phalanx Biomedical Solutions, Waconia, MN  55387 USA

For additional information, contact: george.oclock@mnsu.edu

Webmaster: George D. O'Clock, PhD, Phalanx Biomedical Solutions (Past or present consulting/scientific advisory relationships with the University of Minnesota Medical School, Department of Pediatrics (cystic fibrosis/COPD high frequency chest compression therapy); BioMag Blood Storage LLC (stored blood viability), Bioelectric Research Corp. (wound healing), Acuity Medical International (visual disease including macular degeneration and diabetic retinopathy). Lecturer - University of Minnesota Medical Devices Center Fellows Program.