Rejuvicell is a research leader with cell membrane physiology. The cell membrane, or lipid outer layer of the cell, supports critical physiological functions that define the cells role in the body. Our original research indicates poor cell membrane performance is either cause or a dominant cofactor in most chronic and auto-immune disease.
These links provide solid information about PEMF and cell physiology:
Cell Owners Manaual - Basics of Electrical Cell Physiology - Free eBook
Video tutorial on Cell Membrane physiology.
Pulsed Magnetic Research Portal - Fast organized access to technical information
Learn how and why deficient membrane performance causes diseases like Rheumatoid Arthritis, Multiple Sclerosis, Chronic Fatigue, Lupus and many more.
Without a working understanding of electro-membrane function, many diseases are incurable and present a life-long dismal prognosis. Potassium and calcium system performance parallels cell membrane performance, vitality and healing capabilty. All are strong indicators for health and disease.
Membrane performance is the underlying cause or cofactor of:
- Metabolic Energy Syndromes - Cellular Sleep Apnea, Hyperactivity
- Potassium Deficiency Syndromes - Gall Stones, Lipid absorption deficiency
- Liver Syndromes - Fatty Liver Disease, Systemic Toxicity
- Auto Immune Syndromes - Rheumatoid Arthritis, Multiple Sclerosis
- Receptor Performance Syndromes - Insulin Resistance
Cell membrane optimization produces measurable, fast and durable health improvements for many health conditions.
Many critical cellular functions depend heavily on the lipid electrodynamics of the cell. Toxins that interfere with cellular electrophysiology have a huge effect on overall health, so there is strong synergy in electrical and chemical makeup of the cells.
We've published books describing how toxins influence cells, and how developed techniques for cellular detoxification. Please visit
wholehealthnetwork.com and
dshedu.com to review our scientific publications.
Both Magnapulse and Papimi devices satisfy the research specifications for biological effects presented on this site.
