The body relies on organized bioelectric signaling between cells, tissues, organs, fascia, and nervous system pathways to regulate communication, responsiveness, adaptation, and coordinated biological function. Electrical signaling influences how the body processes information, responds to stress, supports recovery, and maintains whole-body balance.

Within the Tennant framework, signaling efficiency is closely connected to voltage availability, polarity direction, nervous system regulation, and communication responsiveness. Published electrophysiology concepts referenced in Tennant educational materials describe how stressed or inflamed tissue may demonstrate altered ion gradients, increased resistivity, communication impedance, and reduced signaling responsiveness.

The Tennant System approaches bioelectric signaling support through voltage restoration, polarity alignment, adaptive biofeedback technology, and structured protocol application designed to support organized communication and coordinated signaling throughout the body.