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Healthy cells operate between -20 to -25 millivolts, and creating new cells requires -50 millivolts. When cellular voltage drops below this range, chronic illness often follows, and healing becomes challenging. Maintaining the body’s electrical balance is essential to overcoming health challenges and optimizing recovery.
There is a significant relationship between pH levels, voltage, and oxygen in the body. The pH scale is logarithmic, meaning a small change in pH represents a large change in voltage. For example:
– A pH of 7.4 (neutral) corresponds to a voltage of -20 millivolts.
– A drop in pH to 7.1 (slightly acidic) corresponds to a voltage of -50 millivolts.
Lower pH and voltage mean less oxygen, leading to an environment where disease thrives, energy production declines, and the body struggles to repair and regenerate. This oxygen-deprived state can contribute to chronic inflammation, fatigue, and a weakened immune system, making it essential to restore and maintain optimal pH and voltage for overall health and recovery.
Bioelectricity is transforming our understanding of health. Early technologies like pacemakers and sensory implants paved the way for groundbreaking research into areas such as cancer, aging, and stem cell behavior.
For instance, scientists Chernet and Levin found that cancer cells have unusual electrical properties.
By using electrical signals to restore these cells’ natural state, they significantly reduced tumor growth. This finding suggests that electric signaling could offer new approaches to cancer treatment.
Electricity isn’t limited to nerve cells. Muscle, cardiac, and other cell types depend on electrical signals for essential functions. These signals guide muscle contractions, control heart rhythms, and support cell growth and repair. Electrical fields also play a vital role in wound healing by directing cells to injury sites and influencing how cells divide and regenerate.
Another breakthrough comes from the University of California, where researchers are exploring how voltage controls stem cells—unique cells capable of becoming any type of tissue. By manipulating the electrical properties of stem cells, they were able to guide their development into specific cell types, opening possibilities for tissue repair and regeneration.
Looking to the future, innovations in bioelectronics and novel organic materials aim to enhance cognition, memory, and overall health by harnessing the body’s electrical energy. These discoveries highlight the vast potential of bioelectricity in treating illnesses and improving life quality.
The future of Bioelectric Therapy and bioelectricity in medicine is limitless, offering hope for treating chronic pain, neurological disorders, and more. At Revive, we’re committed to harnessing this potential to help you lead a healthier, more vibrant life.
Thermography is an infrared image of the body. Even though thermography doesn’t directly measure voltage, there’s a strong indirect relationship. Inflammation appears as hot spots and indicates low voltage zones, as inflamed cells typically have low membrane potential. Cold zones indicate low metabolic activity and low voltage.Thermography reveals where energy is being wasted or disrupted, reflecting bioelectrical instability.
Derudover tyder asymmetri i termiske mønstre på en ubalance i energistrømmen, da sunde kroppe er termisk symmetriske. Disse ubalancer kan skyldes skader, dårlig lymfedrænage eller organstress. Det gør termografi til et værdifuldt værktøj til at visualisere kroppens bioelektriske sundhed og identificere områder med energimæssig ubalance, før der opstår strukturelle problemer.