New concepts in diagnosis and treatment : physico-clinical medicine, the practical application of the electronic theory in the interpretation and treatment of disease, with an appendix on new scientific facts . Fig. 19.—Distal and proximal electrodes. The latter must not be rod-shaped(p. 125). The large electrode is for receiving energy from extensive areas (supposi-titious tuberculous lung) and if energy is conveyed, the lesion may be localized bya smaller electrode. The method of using the biodynamometer is essentiallyas follows:—Let us assume that the biodynamic force 46 POLARITY AND MEASUR
New concepts in diagnosis and treatment : physico-clinical medicine, the practical application of the electronic theory in the interpretation and treatment of disease, with an appendix on new scientific facts . Fig. 19.—Distal and proximal electrodes. The latter must not be rod-shaped(p. 125). The large electrode is for receiving energy from extensive areas (supposi-titious tuberculous lung) and if energy is conveyed, the lesion may be localized bya smaller electrode. The method of using the biodynamometer is essentiallyas follows:—Let us assume that the biodynamic force 46 POLARITY AND MEASUREMENT OF HUMAN ENERGY sought, is from a carcinoma. Place the pointed electrodeover the site of the neoplasm and the other electrode at theusual area near the stomach. Note that at zero the dulnessof the stomach is pronounced, then gradually interposemore and more resistance until the stomach dulness onpercussion disappears. When the latter point is attained,the scale on the instrument will indicate the Ohmic resis-tance of the C^ Fig. 20.—Calibrated glass tube for measuring energy. The open end of thetube is fixed to the energy source and the distal metallic tip (aluminum) is graduallywithdrawn during execution of percussion. The electrode is fixed to the stomachregion. VIBRATION RATE 47 After this manner one may gauge the progress of thegrowth. As a rule, the Ohmic resistance diminishes withamelioration of the condition. A crude method for meas-uring the intensity of energy is based on the principlethat the further away the end of the conducting cord isfrom the source or energy eliciting stomach dulness,the greater is the energy discharge. For this purpose a calibrated glass tube (Fig. 20) isused. The conducting cord passes through the latter and isgradually withdrawn until the energy discharge is nolonger able to evoke stomach dulness. Thus, in the averagemale, dulness of the stomach produced by energy derivedfrom the left psychomotor region is rarely elicited
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