PostVoltage and Human Health | Jerry Tennant

Voltage and Human Health | Jerry Tennant Chronic disease is a voltage failure, not a chemistry failure with pH acting as a measurement of voltage. A voltage of -20 to -25 millivolts corresponds to a pH of 7.35 to 7.45, the range all cellular biology texts cite as necessary for normal adult cell function. When voltage drops to -10 mV, the body is sick. When it drops to 0 mV, polarity reverses from electron donor to electron stealer, and at +30 mV, cancer occurs. To make new cells and heal, a cell must reach -50 mV. Chronic disease, by definition, is the inability to reach -50 mV, meaning no pharmaceutical or surgical intervention heals unless voltage is restored first. The body acquires electrons through three distinct wiring systems: the analog perineural nervous system (fibrous sheaths surrounding nerves, identified by Robert Becker), the acupuncture system (shown by Helene Langevin to correspond anatomically to fascial connective tissue planes at 80% correspondence), and ionic transfer via blood plasma described by Bjorn Nordenstrom in his work on biologically closed electric circuits. Fibrous tissue has the least impedance of any body tissue, making these systems the body's electron highways. The solid yin organs function as capacitors wired to the posterior main cable (governor vessel), while the hollow yang organs act as coils wired to the anterior main cable (conception vessel). Each yin/yang organ pair forms a Nikola Tesla resonating circuit, and these circuits self-repair at specific hours on what is classically called the acupuncture clock. The muscles of the body serve as stacked rechargeable batteries, each stack supplying voltage to a specific organ or organ group through its fascial meridian pathway. These battery stacks connect through switching points Tennant calls BioTerminals, located at defined positions on the front and back of the skull, neck, chest, abdomen, and pelvis, corresponding closely to chakra and Jin Shin Jyutsu point locations. Voltage flows up the back and down the front through the main cable, distributed laterally to each organ via its BioTerminal. The primary causes of low voltage are hypothyroidism (thyroid hormone T3 sets cell membrane voltage; T2 controls mitochondrial voltage), scars (fibrous tissue shorting the circuit like a ground wire), dental infections and root canals (releasing thioethers and gliotoxins potent enough to drop voltage to the cancer threshold in associated Tesla circuits), the Boyd-Lemke sympathetic twist (being stuck in sympathetic-on mode collapses extensor muscles and blocks the autonomic balance needed to maintain voltage), trans fats (replacing phospholipid membrane capacitors with plastic that cannot store electrons), heavy metals (mercury and lead destroying mitochondria and the ATP/ADP rechargeable battery system), and emotions stored as magnetic fields within Tesla circuit BioTerminals, which behave like computer viruses consuming circuit capacity.