Microcurrent Frequencies’ Effect on the Cell Membrane Potential
Marcus Schmieke
Institute of Existential Consciousness Research (ECR), Berlin, Germany and Dev Sanskriti University, Haridwar, India.
Mikkel Aagaard *
Institute of Existential Consciousness Research (ECR), Berlin, Germany and Healy World, Berlin, Germany.
*Author to whom correspondence should be addressed.
Abstract
Research shows that cellular and mitochondrial (ΔΨm) membrane potentials are strong indicators of cellular physiology. In this paper we review further research suggesting that microcurrent frequencies can positively influence both these membrane potentials. The goal of this research is to show how microcurrent might stimulate physiological potentials in order to support a healthy function of bioelectric fields of cells and organs. In the second part of the article, a study to examine the effects of microcurrent application on the body's response to electric measurements is presented, in particular to a change in voltage-current lag known as a phase angle. The test involved measuring bioimpedance of a person before and after a 30-minute application with microcurrent stimulation. Fifteen healthy subjects were examined through impedance measurements taken on one arm. The results showed a consistent increase in phase angle directly after the stimulation, confirming a widely accepted indication of health improvement on a cellular level. These results are encouraging and justify further investigations on the effect of microcurrent stimulation on the human body in relation to general cellular health and regenerative functions.
Keywords: Cell membrane potential, ATP, bioelectric, bioenergetic, bioimpedance analysis BIA, phase angle PA, microcurrent electrical stimulation