Abstract
Object:
The Bi-Digital O-Ring Test (Omura, Y., 1977-2000; hereinafter referred as BDORT) is seemingly a simple technique at a glance. But using BDORT we can intensively analyze diseases that cannot be detected by conventional Western medical examination. However, the technique should be conscientiously performed according to the basic several rules, or else the technique is liable to give false results. The author raises some points in performing BDORT, which are liable to error, and proposes countermeasures to avoid them.
Subjects and Method:
Some important experienced cases of failure or misdiagnosis were selected and classified to investigate them in detail.
Results:
Problems in subjects: (1) BDORT carried out for subjects wearing tight clothes or underwear, or those wearing clothes or underwear made of chemical fiber often could not detect abnormal sites or resonance phenomena. In addition, no accurate drug compatibility test could be performed. Conditioning to open O-ring at the representative area of thymus gland must be prepared. (2) No abnormal site often could be found for patients with distortion in cervical or lumber vertebra. Turning patient’s face to left or right, or taking half side-lying position could find the abnormal sites. Taking these postures sometimes enhances drug-uptake and will be a therapeutic method to correct the body distortion.
Problems in the diagnostic environment: In determination of heavy metals using BDORT of resonance phenomenon and control substances, the presence of abnormal electromagnetic field gives larger values and leads to worse misdiagnosis of false severe. Careless installment of new electric tools without ground earth should be avoided.
Techniques in BDORT: (1) Sometimes physicians face to “fluctuation of results of BDORT due to preconception”. These phenomena are liable to occur not because of problem in BDORT but because of unskilled physician, poor understanding of the resonance phenomenon, or urgent BDORT without sufficient time. Shimotsuura reported misdiagnosis caused by judgment solely depending on the stretching and spreading of control finger of a third person. We should use the stronger fingers of examiner and the weaker fingers of a third person to confirm the resonance phenomena. (2) Control substances determined strictly for BDORT are indispensable for correct diagnosis.
The third person: (1) After treatment of teeth third person had distortion in cervical vertebra or occlusion, and it caused erroneous results without our noticing it.
Discussion:
Most of above-mentioned points have already been reported by Prof. Omura, Y. and Shimotsuura. However, prerequisite conditions for accurate diagnosis using BDORT are increasing with the progress of BDORT. We should use BDORT paying attention to precise understanding of the results and reproducibility.
Get full access to this article
View all access options for this article.
