Abstract
Our previous study indicated that when extremely reduced normal cell (NC) telomeres in various cancer patients are increased over 500ng BDORT units,abnormally high cancer cell telomeres and cancer-related markers such as Oncogen C-fosAb2 (Onco.) & Integrin α5β1 (Integ.), & 8-OH-dG as well as bacterial & viral infections, mercury, asbestos, chromium, & β-amyloid (1-42) markedly reduced due to improved circulation & excretion of these substances in urine. Since 1995, we have been using press-needle stimulation of Omura’s ST36 with 200x press-release procedure 4x a day, with significant improvements in various cancer patients. In this study, Transcutaneous Electrical Stimulation (TES) at 60 pulses/min, which is close to patient’s heart rate, was given between Omura’s ST36 of both legs of the breast cancer & Alzheimer’s patients. After about 10 minutes of TES, NC telomeres increased from 1yg (=10-24g) to 500∼525ng; Integ. reduced from 85∼75ng to 0.5ng & Chlamydia trachomatis (CT) reduced from 4500∼3500ng to 0.5ng. An additional 10 minutes TES increased NC telomeres to 800-875ng, while Integ. reduced to 0.5yg & CT became less than 0.1yg. After a total 30 minutes of TES, NC telomeres increased to 1000-1200ng BDORT units, with decreases in Integ. and Onco. to less than 0.1yg. CT reduced to ≪0.1yg. About 24 hours later, NC telomeres were still 300ng & both Integ. and Onco. were 2.5ng. CT was ∼20ng. In Alzheimer patient, abnormally high β-Amyloid (1-42) of 7-12ng markedly reduced to within normal value of less than 1.5ng by 20-30 min TES. Stimulation beyond 30 minutes gradually reduced NC telomeres. TES pulse rate of 4 pulses/sec for the same patient initially increased NC telomere up to 750-950ng BDORT units within 20 minutes, but when stimulation continued more than 20 min, NC telomeres rapidly reduced to ∼150ng in less than 10 min of TES with reduced beneficial effects.
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