“A healthy person has a thousand dreams, a sick person has only one.”
–Robert Kennedy Jr.
In the last few years, we have observed significant attention being brought to the importance of Mitochondrial Health. This is most satisfying, as we have discussed this with our customers for well over 30 years. We have long informed our users that the very nature of our technology encourages and enhances ATP synthesis. This may explain why so many JWLABS users report an improvement in their physical energy.
We bring this to your attention, not for a deep dive on the subject, but to call your attention to an important piece of the puzzle with respect to our metabolic health. And to illuminate the significance of your Rife machine.
Think of the mitochondria as the batteries in your cells. During the course of a given day, we produce our entire body weight of ATP. As we age, the charge of our batteries go down and this increases the degree of inflammation. Dysfunctional mitochondria results in accelerated aging, and it contributes to countless potential health conditions. The retina uses the most ATP. The brain is the next most aggressive consumer. (Information condensed from various sources.)
Here, Dr. Joseph Mercola discusses the relationship between mitochondrial function and heart health:
The Crucial Role of Cellular Energy in Heart Rhythm Disorders
“These tiny powerhouses within your cells have been implicated in the development of Atrial Fibrillation (AF) since the 1970s. Mitochondria are abundant in metabolically active cells like cardiomyocytes, the specialized muscle cells of your heart.
Their primary job is to produce adenosine 5′-triphosphate (ATP), the energy currency that powers almost all cellular processes, including the mechanical work of your heartbeat and the intricate dance of ions that keeps your heart’s electrical system in rhythm.”
We have been advised not to speak about any effects of our devices on the human body in the public domain. However, we have long posted on our website a 1987 document from the DOD which corroborates our statements pertaining to the enhancement of mitochondrial function which results from electro stimulation.
It is very technical, but here are a couple pearls:
- “Alternating electric fields have also been used to demonstrate ATP synthesis…..
- “Very weak electric fields (mV/cm) of various frequencies have been shown to trigger gene expression, stimulate RNA and protein biosynthesis, and influence cell differentiation, proliferation, bone healing, etc.”
“The current approach to medicine fails to acknowledge this fundamental truth. By focusing on managing symptoms, it offers temporary fixes rather than lasting solutions. True healing requires shifting the focus to restoring cellular energy production — the very foundation of health. Only by optimizing this energy system will you be able to unlock your body’s innate ability to heal and thrive.” READ MORE.
Here are a few more current references to the importance of mitochondrial health. We offer these sources to emphasize the significance of optimal mitochondrial function and what you can do about it. For JWLABS users, the answer is simple – be consistent with your frequency sessions. We think you will feel the difference!
Beyond Energy: Mitochondria's Role in Diet and Health
“…..Mitochondria are involved in processes such as nutrient metabolism and utilization, cellular signaling, oxidative stress, and antioxidant defense.2 However, their best-known function is the production of energy for the cell.3 This process is called oxidative phosphorylation.
“Oxidative phosphorylation produces ATP, which are high-energy molecules used by cells.3 Depending on the energy demand, more mitochondria are present (e.g., muscle cells).
“…..Mitochondria play a pivotal role in aging and longevity due to their central functions in energy production, cellular signaling, and regulation of cell death.
“As organisms age, mitochondrial function tends to decline.5 This decline is characterized by a decrease in the efficiency of the electron transport chain, leading to a reduction in ATP production and an increase in the leakage of electrons, which can form reactive oxygen species (ROS).5 These ROS can cause oxidative damage to mitochondrial DNA, proteins, and lipids, leading to further mitochondrial dysfunction and a vicious cycle of damage and inefficiency.”
Mitochondrial Imbalance Linked to 90 Percent of Chronic Diseases
“Mitochondria are the core of human immunity, too. Healthy mitochondria effectively regulate immune responses, while mitochondrial dysfunction can damage immune cells, resulting in many chronic diseases and impaired cellular differentiation.
“Chen argues that seemingly diverse conditions—including diabetes, hypertension, heart disease, cancer, allergies, autoimmune diseases such as rheumatoid arthritis, and even various mental illnesses—can be understood through a “unified theory” of mitochondrial imbalance. This means that almost every disease can be traced to mitochondrial imbalance. This perspective suggests that about 90 percent of chronic diseases stem from problems with mitochondrial metabolism.”
“Our study shows how maintaining healthy mitochondria can combat protein clumping linked to both aging and Alzheimer’s,” said Manish Chamoli, PhD, a research scientist in Gordon Lithgow’s and Julie Andersen’s lab, and co-first author of the study.
“By boosting mitochondrial health, we can potentially slow down or reverse these harmful effects, offering new ways to treat both aging and age-related diseases.”
Electrical Stimulation Boosts Mitochondrial Traffic to Protect Nerves
- Pulsed electrical Stimulation has the ability to increase axonal growth rates at low frequencies of 10 Hz, 100 Hz, and 1,000 Hz
- Electrical stimulation has neuroprotective abilities against common chemotherapy-induced peripheral neuropathies (CIPNs)
- Pulsed electrical stimulation has the ability to increase anterograde mitochondrial trafficking rates at low frequencies of 10 Hz, 100 Hz, and 1,000 Hz
- A potential mechanism behind electrical stimulation-mediated neuroprotection is increased mitochondrial trafficking.
Electromagnetic stimulation increases mitochondrial function in osteogenic cells and promotes bone fracture repair
Electrical stimulation induces mitochondrial autophagy via activating oxidative stress and Sirt3 signaling pathway
Mitochondrial dysfunction in aging
Electromagnetic stimulation increases mitochondrial function in osteogenic cells and promotes bone fracture repair
Electrical stimulation induces mitochondrial autophagy via activating oxidative stress and Sirt3 signaling pathway
Mitochondrial dysfunction in aging
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