What is an Orthomolecular Medicine?

Orthopedic medicine refers to optimizing the biochemical internal environment of the human body by regulating the concentration of substances that are normally present in the human body and required for health, so that the body can maintain a good state of health or treat existing diseases. After Pauling coined the term, one Dr. Rimorand strongly agreed that, in order to strengthen this new concept, he proposed to call conventional medicine using drugs for toxic molecular medicine.

Orthopedic Medicine

Orthopedic medicine refers to optimizing the internal biochemical internal environment of the human body by regulating the concentration of substances that normally appear in the human body and is required for health, so that the body maintains a good

Orthomolecular Medicine is a term used by Linus Pauling in 1968. Ortho- is Latin

Protein molecules don't breathe, they don't inhale oxygen in the air, they will die from suffocation in five minutes. If he does nt drink water, two days later

Orthopedic Medicine Insulin for Diabetes

A good example of orthopedic medicine is the treatment of diabetes with insulin. The pancreas already makes insulin,

Vitamin C

Sugar is delivered to cells in the organ. But some people are genetically altered to produce insulin and cannot make enough insulin, so glucose accumulates in the blood, causing all the symptoms of diabetes. The insulin extracted from the pancreas of pigs and cattle is very similar to that of humans. Injecting insulin from pigs and cattle into the blood of diabetic patients can promote glucose metabolism and treat diabetes.

The second orthopedic medical method for treating diabetes is to reduce sugar in food and foods that can produce glucose such as starch. Reducing the source of glucose can also reduce the symptoms of diabetes. The third orthopedic medical method for treating diabetes is to increase vitamin C. Vitamin C can reduce the dose of insulin. There is now oral insulin to treat diabetes, but oral insulin is an artificial drug that is completely different from insulin in the body. So this is not orthopaedic medicine. Oral insulin is not an original substance in the body, and it has unexpected side effects.

Orthomolecular medicine inhibits benzophenoneuria

Another example of orthopedic medicine is phenylketonuria. The liver makes enzymes that oxidize phenylalanine to tyrosine. However, some people produce mutations in this enzyme and cannot make it, which causes the accumulation of phenylalanine in the blood, causing symptoms such as mental retardation and acute eczema. General protein contains several percent of phenylaminopropionic acid, more than the body needs. Therefore, reducing phenylaminopropionic acid in food can inhibit benzophenoneuria.

Orthomolecular medicine prevents the development of monolactose

A similar example of orthopaedic medicine is galactosemia. There is an enzyme that breaks down galactose, which is a component of lactose. Lack of this enzyme will cause the accumulation of monolactose in the blood, resulting in mental retardation, cataracts, liver cirrhosis, spleen sclerosis, and indigestion. This baby must be fed lactose-free milk to prevent the development of monolactoseemia.

Coenzyme therapy is another example of orthopaedic medicine. Many enzymes are composed of two molecules, one is a protein molecule called apoenzyme; the other non-protein molecule is called coenzyme. The combination of two molecules into a holoenzyme is really a molecule with catalytic function. There are several different enzymes in the human body, all of which require vitamin B1 (thiamine) as a coenzyme to be effective. Many patients are not without some kind of derivatizing enzyme, but this derivatizing enzyme is insufficiently produced, or it is not easy to combine with coenzyme to become a whole enzyme because of genetic changes. In these cases, if the concentration of coenzyme is increased significantly, the chemical equilibrium can be pushed to the whole enzyme, and the concentration of the whole enzyme increases, and the function of the enzyme can be restored. A practical example is methymalonicaciduria. Such patients cannot convert methymalonic acid into succinic acid in the blood. Vitamin B12 is the coenzyme of this reaction, and a large amount of vitamin B12 can be used to treat such patients.

C Orthomolecular Medicine Vitamin C is the most common orthomolecular

The traditional concept of medicine is a kind of medicine to treat a disease. If someone says that there is a medicine that can cure many diseases, then this medicine cannot cure any disease. But there is very strong experimental and clinical evidence that vitamin C can be used to treat colds, colds, hepatitis, schizophrenia, heart disease, vascular sclerosis and cancer. Vitamin C is different from other medicines. Common medicine is to treat certain diseases by targeting certain tissues in an organ. However, this medicine also affects many tissues in other organs, and may have strong side effects. So this treatment can be called toximolecular medicine.

Vitamin C therapy is orthopaedic medicine. Vitamin C is a substance that is already present in the human body. All organs and all tissues need it to work properly. However, taking RDA of 60-90 g per person per day is only enough to prevent scurvy. It is not enough to maintain the optimal and optimal health of the human body. Insufficient vitamin C and other necessary nutrients can strengthen the body's immune system, protect the body from the effects of diseases and toxins, and protect human health. Adequate intake of vitamin C may be the biggest contribution of orthopaedic medicine to human health.