Survey
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
International College of Applied Kinesiology NITRIC OXIDE PATHWAY TESTING BACKGROUND: Nitric Oxide is a small, easily diffusible, short-lived molecule . It is produced from the amino acid L-arginine by the following pathways: Arginine breaks down into ornithine by the enzyme arginase, which is manganese dependent; ornithine is then converted to citrulline by nitric oxide synthase (calcium and magnesium dependent) which releases two molecules of nitrogen that become the source for nitric oxide. Continued production of nitric oxide is dependent on tetrahydroptenidine, a source of folic acid. Super oxide dismutase may slow the rate at which NO is oxidized, thus prolonging (and enhancing) its effect. Increased formation of nitrogen oxide may be stimulated by infection, allergies, and hypoxia. FUNCTIONS: 1. Helps maintain normal blood pressure by dilating blood vessels (is a major factor in the control of penile erection) 2. Helps to both lower serum cholesterol and prevent the “bad” LDL cholesterol from oxidizing and becoming even worse 3. Is a powerful anticoagulant that helps prevent blood platelets from clumping together into the clots that can cause heart attack and stroke 4. Assists the immune system, esp. in fighting parasites 5. Assists in neurological development, neurotransmitter activity, and is thought to assist in long-term memory formation 6. Helps to control passage of air through the lung airways* 7. Relaxes hypertonic sphincter muscles, preventing and healing hemorrhoids and anal fissures* 8. Stimulates the body into releasing human growth hormone (HGH), a key to longevity as well as improvement in body composition by boosting lean muscle mass and bone density while decreasing fat tissue* 9. May help regulate insulin secretion by the pancreas, thereby reducing the risk of diabetes* *The Arginine Solution, Fried and Merrell; Warner Books, 1999, pp. 4-5 (medicalpublications.org) INDICATIONS: 1. Vascular Disorders a. b. c. d. e. High Blood Pressure Angina History of Heart Attack or Stroke High Serum Cholesterol Male Impotence 2. Chronic &/or Frequent Infections 3. Long-term Memory Loss 4. Difficulty Breathing 5. Hemorrhoids & Anal Fissures 6. Obesity, Poor Muscle Tone & Bone Density Disorders 7. Blood Sugar Handling Disorders NITRIC OXIDE TECHNIQUE Test a strong indicator muscle after arginine is placed on the tongue. If the muscle weakens: 1. Add a source of arginase on the tongue – if the weakness is negated, supplement the patient with arginase. 2. If arginase does not negate the weakness, then keep the arginase on the tongue and place a source of calcium and magnesium on the tongue. If the CaMg negates the weakness, give the patient arginase and calcium/magnesium. 3. If CaMg does not negate the weakness, then add a source of folic acid with B12 on the tongue. If this negates the weakness, then give the patient arginase, CaMg, and folic acid with B12. 4. If folic acid with B12 does not negate the weakness, place a source of superoxide dismutase (SOD) on the tongue. This should negate the weakness. Give the patient a source of arginase, CaMg, folic acid with B12, and SOD. Note from the Board of Standards: “In accordance with accepted AK nutrient testing procedures: If any individual nutrient (or combination of nutrients that is less than the original combination that produced strength) is also found to strengthen, the lesser amount of nutrients may be prescribed. However, the desired results may not be achieved if the patient is not consistently monitored for subsequent deficiencies that may occur as the result of increased demand on the other nutrients that are necessary co-factors in the nutritional pathway that is now being more frequently utilized.” References: 1. Goodheart, George J., 1992/93 Applied Kinesiology Workshop Procedure Manual, pages 57-67. 2. Leaf, David, Applied Kinesiology Flowchart Manual, V-22 3. Astill-Smith, Christopher R., Neural and Humeral Modulation Seminar Handouts, April 2000, pages 30-33. 4. Astill-Smith, Christopher R., Applied Kinesiology and Functional Biochemistry Seminar Handouts, May 2001, pages 92-93, 103-106. 5. Walther, David S., Synopsis 2nd Edition, page 573. Rating requested: Approved. Rated by Dean McGee – 1-29-04