ATTACK THE CAUSE NOT THE EFFECT

"After reading this you will understand why the Nobel prize awards committee got so excited about this research? ATP is mostly formed in the presence of carbohydrates and oxygen. If you don’t eat, you die. If you don’t breathe, you die. Why? Because your cells can’t manufacture ATP. Dr Cheng’s research showed a new way of regenerating ATP, one that did not primarily involve oxygen or carbohydrates. A weak current was all it took to increase ATP levels in the cell by 500% or more. . "

ATP is the body’s energy currency. Like money, you can’t do business without it. The body’s cells manufacture ATP and then various cell processes use that ATP for power. Without ATP, no reactions can take place inside the cell and the cell dies

All cells need energy to function. Adenosine triphosphate, created using food or sunlight, is the molecule that cells use to store that energy for future use.Adenosine triphosphate, also known as ATP, is the energy molecule of all living cells. When plants get energy from sunlight and animals get energy from food, this energy must be converted to ATP before it can be used by the cells to carry out all necessary functions.

When cells are moderately low in ATP, the major problem may be fatigue or exercise intolerance. [Think of a car engine. If the gas in the tank is good fuel, the engine runs well. If the gas has water or sand in it, the car runs poorly.] Rhabdomyolysis (muscle cell death) occurs when the cells don’t have enough ATP (that is, the car runs out of gas). Constant or on-going weakness may develop as a result of repeated low-grade rhabdomyolysis.

ATP Releases Energy to Power the Cell

Adenosine triphosphate (ATP) is a compound which provides energy for virtually all body’s processes. Its role in health maintenance, especially with regard to heart health, cannot be underestimated. Among other crucial functions, ATP is responsible for the heart’s continual cadence. The human heart contains approximately 700 mg of ATP, enough to fuel one heartbeat per second for ten seconds, and needs a minimum of 6,000 grams of ATP per day to function. As the universal cellular energy currency, ATP is constantly spent and re-made within the body.

How much ATP the body needs, as well as how efficiently it produces ATP, depends on the availability of oxygen and various nutrients in the blood, as well as the heart’s ability to continually circulate blood. Maintaining a healthy cardiovascular system through a heart-healthy lifestyle, inhaling enough oxygen, and obtaining appropriate nutrients through the diet and nutraceutical supplementation are essential means of staying energetic and maintaining wellness.

The key to the energy-generating activity of adenosine triphosphate is the chain of three phosphates at the end of the molecule. In particular, the final phosphate is the most important one.

When an enzyme in the cell tells ATP to release energy, that final phosphate breaks off of the molecule. This breakage causes a huge amount of energy to be generated, which the cell can then use. This leaves a molecule of ADP, adenosine diphosphate, which can then lose another phosphate to release even more energy or can return to the ribosomes to have another phosphate put back on and return it to ATP status.

What ATP is and How it Works

Outside the cell, ATP can act as a signaling molecule itself. An extracellular release of ATP in different areas of the body can signal pain, oxygen depletion and other biological needs.All of these important functions are the result of the conversion of ATP into ADP, a cellular process that works 24 hours a day to keep organisms functioning and healthy. That's why adenosine triphosphate is often considered the most important molecule in living cells.

CES/PEMF aides sleep, greatly enhancing
levels of naturally derived ATP

A sleep study published in the Proceedings of the National Academy of Sciences could provide a mechanism ; that artificially create Delta rhythm magnetic signals which enhance and prolong deep sleep. University of Wisconsin sleep study disclosed that "With a single pulse, we were able to induce a wave that looks identical to the waves the brain makes normally during sleep." The study shows that magnetic signals may produce exactly the same effects as weak electric signals used in a recent sleep study from the University of Lubeck, Germany.

low cardiac output secondary to mitochondrial malfunction

In November 2006 the University of Lubeck sleep study disclosed that slowly oscillating Delta rhythm electric stimulation applied via surface electrodes on the scalp induced an immediate increase in spectral power at the same slow wave (Delta) frequency band, increased endogenous cortical slow oscillations, and increased slow spindle activity in the frontal cortex, resulting in improved slow wave sleep and subsequently better memory consolidation.

Mitochondria - Mitochondrian

Our health is directly related to the integrity of our mitochondria. Mitochondria, “powerhouse” organelles within all of our cells, are responsible for producing 90 percent of the body’s energy. Highly concentrated in the heart, mitochondria comprise 35 percent of myocyte, or heart, cells. While a skeletal muscle cell will only contain, on average, 200 mitochondria, a typical myocyte contains approximately 5,000 mitochondria.

ATP recycles approximately every 10 seconds in a normal person

Low ATP is reportedly involved in many illnesses
There are more than 50 inherited diseases of metabolism that are known to affect mitochondria. Taken together, more than 1 in 4,000 children born in the United States each year will develop a mitochondrial disease by 10 year of age. Four million children are born in the US each year. This means that 1000 to 4000 children will be born each year with mitochondrial disease. By comparison, about 8000 new cases of childhood cancer are reported each year. Both mitochondrial disease and childhood cancer range in mortality from 1O to 50 percent per year, depending on the specific disease. Leigh's syndrome, for example, is one of the more lethal mitochondrial diseases. It has a mortality of about 50 percent per year after diagnosis.

In 1995, the entire program of the 25th annual meeting of the American Aging Association and the American College of Clinical Gerontologv was devoted to the role of mitochondria in the chronic diseases of aging. Even so, most physicians in America are not yet aware of the connection between chronic diseases and abnormalities in mitochondrial function. Fortunately, this is changing through education. But real change in medicine requires two elements- education and the availability of effective treatment. Progress will be slow until effective treatments for mitochondrial diseases are developed.

How Common is Adult Mitochondrial Disease?
Defects in mitochondrial function have now been I inked to many of the most common diseases of aging. These include Type II Diabetes Mellitus, Parkinson Disease, Atherosclerotic Heart Disease, Stroke, Alzheimer Dementia, and Cancer. Over 50 million people in the US suffer from these chronic degenerative disorders. While it cannot yet be said that mitochondria cause these problems, it is clear that mitochondria are involved because their function is measurably disturbed. Even autoimmune diseases such as Multiple Sclerosis, Systemic Lupus Erythematosus, and Rheumatoid Arthritis appear to have mitochondrial components. Source

Chemo Niclosamide Drugs FOR treating Parkinson's disease More

Liver disease
Heart disease
So patients with angina, high blood pressure, heart failure, cardiomyopathy, some valve defects as well as patients with cardiac dysrhythmias also have mitochondrial problems and will respond in the same way to nutritional therapies and detox therapies The first effect of poor micro-circulation to the heart is disturbance of the electrical conductivity which causes dysrhythmias. Many patients complain of palpitations, missed heart beats etc
Hepatitis C
Metabolic myopathies
Fibromyalgia
Weight gain
Unexplained seizures
Low blood counts
dystonia
Cancer
Parkinson's Disease
Chronic fatigue syndrome
Thyroid and Adrenal Malfunction

MORE Symptoms of low ATP
Fatigue
Pain
Palpitations
Depression
Tinnitus
General Low body temperature. Coldness. Low Energy or Fatigue. Weight problems (can't lose or gain it). Slow healing .
Brain Depression. Anxiety. Poor memory, focus, or concentration. Sleep disorders.
Immune system Under-Reactive or Over-Reactive: Frequent infections (skin, sinus, bladder, bowel, yeast problems, etc.). Allergies. Auto-immune disease.
Musculoskeletal Fatigue. Fibromyalgia (muscle or joint pains). Generalized aches/pains. Repetitive use injury and carpal tunnel syndrome. Weak connective tissues (ligaments, bones, etc). Headaches.
Sexual Loss of Libido and function. Menstrual disorders. Infertility.
Vascular Low blood pressure. High blood pressure. Raynaud’s disease.
Bowels Constipation. Gas or bloating. Digestive disorders, Irritable Bowel Syndrome (IBS)
Nervous system Numbness of hands and/or feet (usually symmetrical). Dulling or loss of senses such as vision, taste or smell. Skin Dry. Acne. Pallor in light skin, darkening or dark patches in dark skin.
Hair Hair loss, brittle, coarse, dry or oily.

"Microcurrent stimulation TENS and CES to the body causes radically increased production of ATP levels. This allows the body to perform whatever healing process it has undertaken in an accelerated fashion. It may even allow one to get over the proverbial "hump" that was unachievable, due to insufficient ATP concentrations to perform the changes needed.

Microcurrent therapy, which is used from one to usually 600 uA clinically, is the modality of choice for increased tissue healing. Research and clinical trials have shown that with microcurrent stimulation, there is a 40-50% reduction in healing time of ulcers and sprain/strains; fractures heal faster and stronger; and that even bad scarring (keloid scars) remodel to become a healthier, stronger scar. Other ATP related microcurrent stimulatory effects include decreased inflammation, edema and swelling, and increased physical endurance in sports.

Clinically, microcurrent stimulation is not at all limited to its effects of increased ATP production in its capacity as a treatment modality, but its effects to reduce injury healing time in half are truly dramatic."

Chronic fatigue syndrome is the symptom caused by mitochondrial failureThe job of mitochondria is to supply energy in the form of ATP (adenosine triphosphate). This is the universal currency of energy. It can be used for all sorts of biochemical jobs from muscle contraction to hormone production. When mitochondria fail, this results in poor supply of ATP, so cells go slow because they do not have the energy supply to function at a normal speed. This means that all bodily functions go slow.

In 1989 David Hood found chronic (30+ days) 10-10.2 Hz stimulation TRIPLED two critical enzymes of final stages of cell respiration, citrate synthase and cytochrome c oxidase.. Testing systemic oxygen consumption via breath-hold-test since 2005 we have found routine improvements in as little as 2-3 days. Cell's burn oxygen more efficiently, drawing oxygen from blood slower, producing more energy and less waste from every breath; thus you are able to hold your breath up to 20% longer the first week or two; 2/3rds longer after a year or two and up to 100% longer after several years.

The 1991 Nobel Prize in Physiology or Medicine was awarded to two German scientists, Neher and Sakmann, who discovered that electrical activity belonged to the essential nature of all cells and that it was not limited to muscle and nerve tissue. By 1995, Mercola and Kirsch were the first to define weak electric current treatment as Microcurrent Electrical Treatment (MET), confirming that MET stimulated the growth of cells and that it had no significant side-effects. The 1997 Nobel Prize for chemistry was awarded to a Chinese researcher, Dr Ngok Cheng, who in 1982 published a paper showing how microcurrent stimulation increased the level of ATP in cells by 500%. However, since ATP refers to the name of a molecule and your eyes will probably glaze over if I start mentioning the names of molecules. ATP is no ordinary molecule (if there is such a thing as an ordinary molecule, that is) "Now you understand why the Nobel prize awards committee got so excited about his research? ATP is mostly formed in the presence of carbohydrates and oxygen. If you don’t eat, you die. If you don’t breathe, you die. Why? Because your cells can’t manufacture ATP. Dr Cheng’s research showed a new way of regenerating ATP, one that did not primarily involve oxygen or carbohydrates. A weak current was all it took to increase ATP levels in the cell by 500% or more. "

NASA Uses Frequencies to Enhance Neural Tissue

Regeneration of nerve cells using 10-10.2 Hz square EM fields

In 2003 NASA-Goodwin found 10-10.2 Hz square wave stimulation caused neural tissue regeneration @ 4x baseline, w/better 3-D orientation; cell DNA signature reverted from maturation to developmental (more than 175 maturation genes and 150 developmental genes pgs. 15-18)..

Cells that are mature are literally "tricked" into believing they are younger than they are. Mitochondrial DNA (mtDNA) may have been repaired through some unidentified mechanism or to adequate detoxification of mitochondrion itself or cell protoplasm within which the mitochondria reside

In NASA study above, mitochondrial robustness due to 10-10.2 Hz stimulation provided the energy to support regeneration at 4 times baseline. There is related information in that author's patents at US 6485963 and 6673597, both of which are titled "Growth stimulation of biological cells and tissue by electromagnetic fields and uses thereof".

NASAs CONCLUSION:
"We have clearly demonstrated the bioelectric/biochemical potentiation of nerve stimulation and restoration in humans as a documented reality".
Final Recommendation: "One may use square wave EM fields for":

a. repairing traumatized tissues
b. moderating some neurodegenerative diseases
c. developing tissues for transplantation

*the first study to clarify technologies and efficacy parameters for tissue growth and restoration

Exposure to 10-10.2 Hz has an immediate and direct effect on the mitochondria as demonstrated in the studies above. Pure organic ATP according to biological paradigm on planet Earth in both plants and animals.

A 10-10.2 Hz pulsed (square-wave) field increases cell's organic production of ATP (the fuel that fires all cellular processes). This is the premise behind the theoretical proposition we call instantATP (organisms under the influence of pulsed electromagnetic fields 10-10.2 Hz).

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Sources