The Electric Body — Voltage
as the Foundation of Health

The Bioelectric Nature of Human Cells

Your body is far more than a collection of chemical reactions—it’s an intricate electrical system. Every cell in your body functions as a tiny battery, maintaining a specific electrical charge that powers all cellular activities. This electrical nature of cells isn’t just an interesting scientific fact; it’s the fundamental principle that governs your health. When Nobel Prize winner Albert Szent­Györgyi stated, “Life is nothing but an electron looking for a place to rest,” he was acknowledging this essential truth: the flow of electrons—electricity—is what distinguishes living organisms from inanimate matter. Without proper electrical charge, cells cannot function, tissues cannot repair, and health deteriorates.

The electrical charge across your cell membranes typically measures between 70 and ­90 millivolts when healthy. This electrical potential is maintained by the careful balance of ions—particularly sodium, potassium, and calcium—across the cell membrane. When this electrical potential drops due to toxicity, nutrient deficiency, or other stressors, cells lose their ability to perform essential functions. Chronic disease begins when cellular voltage drops below ­50 millivolts. At this level, cells struggle to make enough energy (ATP) to maintain normal operations. When voltage drops further to ­15 millivolts, cells can’t reproduce properly or eliminate waste products, leading to chronic inflammation and degenerative conditions.

How Cellular Voltage Impacts Healing and Regeneration

Healing and regeneration are fundamentally electrical processes. When tissue is damaged, it generates a “current of injury”—a measurable electrical signal that initiates the repair process. This electrical current attracts cells needed for healing and directs their activity. Without sufficient electrical potential, this process stalls, and chronic conditions develop. Consider the remarkable regenerative abilities of certain animals like salamanders, which can regrow entire limbs. Research has shown that these capabilities are directly linked to their ability to generate strong, sustained electrical fields in injured tissues. Humans possess similar regenerative circuitry, albeit less active, which can be enhanced through proper voltage support.
Dr. Jerry Tennant, author of Healing is Voltage, has documented numerous cases where supporting proper cellular voltage resolved conditions that conventional medicine had deemed untreatable. His work demonstrates that when cells have the right electrical potential, the body’s natural healing systems can address an astonishing array of health challenges.

Understanding pH Balance and Its Relationship with Voltage

The pH scale, which measures how acidic or alkaline a substance is, has a direct relationship with electrical voltage. In fact, for every 1 ­point increase in pH (becoming more alkaline), there is a corresponding 60 millivolt increase in electrical potential.
This relationship explains why an overly acidic body environment correlates strongly with disease. Acidic tissues have low voltage and therefore cannot produce adequate energy for healing and regeneration. Conversely, properly alkaline tissues (with a pH around 7.35 to 7.45 for blood) have sufficient voltage for optimal function.
Importantly, pH is not uniform throughout the body. Your stomach requires an acidic environment (pH 1.5­3.5) to digest food properly, while your blood must maintain a slightly alkaline pH of 7.35­7.45. Problems arise when tissues that should be alkaline become chronically acidic, creating low­ voltage environments where disease can thrive.