Abstract
Introduction:
At the last annual meeting on the Bi-Digital O-ring Test (BDORT), we reported a phenomenon that some pathological biological information (PBI) was transmitted and shared among subject, intermediary and examiner during the indirect method of BDORT. We report the additional findings about the phenomenon in this study.
Subjects:
3 men with respiratory disease and a man with rheumatoid arthritis, who are 52-85 years old, and 5 healthy men, who are 23-41 years old, as intermediaries and examiners were enrolled.
Methods & Results:
We estimated the abnormal weakening/resonant response as PBI from the patients, intermediaries (INT) and examiners (EXA) during and after BDORT with another set of an intermediary (INT-2) and examiner (EXA-2).
(1) When the INT was pointing at the cerebrospinal fluid representing area (CSF-RA, Acupunct Electrother Res. 1997:22:237.) of the patients. PBI was obtained from the INT and EXA on their CSF-RA and the area corresponding to the foci of the patients. On the other hand, PBI on the foci of the patients almost disappeared, which was confirmed both by indirect and direct method. The diminished PBI gradually appeared again after BDORT.
(2) PBI of the INT was estimated after BDORT pointing at the foci of the patients,
(a) It remained longer in the case of 12 times-a minute practice than in 2 times-a minute.
(b) Furthermore, frequent testing (every 5 seconds) by another set of BDORT made the remaining PBI in INT disappear sooner than less frequent estimation (every 20 seconds).
(3) PBI remaining in the INT and EXA disappeared promptly by applying a magnet to CSF-RA or the same area as the foci of the patient.
(4) PBI was not obtained from the INT and EXA, when a magnet was applied to an enameled wire connected between the foci of the patients and INT, or the wire was passed through a hypomagnetic environment.
Discussion:
We found that the PBI of the intermediary and the examiner remained for a while after BDORT, and gradually diminished or disappeared. We also found that the PBI which was transferred to the intermediary and the examiner remained longer in the case of longer and more frequent practice and disappeared sooner in the case of more frequent estimation by another set of BDORT. The PBI remaining disappeared by interference of a magnetic field. These findings indicate the property of the biological information, which is obtained by using a living body as a sensor, and are important in understanding the mechanism of information transmission in BDORT.
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