Amino Acid Therapy

Amino Acid Therapy for Cerebral Palsy

The contribution in the development of cerebral palsy focuses on potentially modifiable factors during the neonatal period. Studies revealed that it has something to do with the excitable protein block- builders and their role in neurological injury.

In preventing the permanent deficit of having cerebral palsy, amino acid therapy is a method of treating brain damage and early abnormality. This was created by Professor Alexander Khokhlov from Russia who is teaching biochemistry and nuerology. He also has other clinics in Cyrpus, Czech Republic, London and New Zealand.

Amino Acid Therapy

This consists of the intravenous administration of one or more essential protein block- builders. It was performed on 84 patients that went through treatment from February 1994 to February 1996. About 39 received two courses, 20 had three sessions, 9 took four, 9 received five courses, 6 had six sessions and 1 took seven. Accordingly, a percentage of more than 50 patients were given 3 or more courses.

Amino Acid Therapy for Psychological Condition

Neurotransmitters are important chemical messengers which regulate functions in the brain, muscles, organs and nerves. Serotonin, dopamine, neropinephrine and epinephrine are the most common of its type.

People that have the neurotransmitter deficiency can have the following conditions depression, chronic fatigue, insomnia, attention deficit, anxiety, panic attacks and many more. With the application of the amino acid therapy it has helped those who are agonizing such situations. Treatments include taking SSRI or selective serotonin re- uptake inhibitors and other prescribed drugs such as Prozac, Zoloft, Effexor, Celexa or Wellbutrin.

It functions by artificially accelerating the amount of serotonin in the synapse of the nerve. This allows a temporary recovery in the chemical messaging system. The downside however, is that it does not increase serotonin levels and diminishes the stocks of NT. It happens because the SSRI class drugs bring about an augment in an enzyme called MAO.

Amino Acid Therapy for Cancer

Developed by Angelo John, a cancer scientist, he researched the role of the protein block- builders in the cancer cells. Afterwhich, he determined how it can be altered to eliminate to cause its death. Thus, his objective is to strategically and scientifically utilize the chemical reactions and supplemental responses by interfering with the five basic prerequisites namely structure, blood vessels, energy, growth hormones and functions.

Amino acid therapy works synergistically with both chemotherapy and radiotherapy. It hinders the rise of tumors and causes them to retreat. It is a six to eight month course administered to under the care of your doctor and just inside the comforts of your home.

There was a study done by Dr. Marco Rabinovitz of the National Cancer Institute where it showed that deprivation of the protein block- builders is beneficial in healing cancer. Such is an example that consists of scintifically formulated amino acids. In the otherhand, Dr. Chi Van Dang of John Hopkins School of Medicine stated that cancer cells are sugar junkies that if robbed of glucose, they will eventually pass away.

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Amino Acid in Blood

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Amino acids are known to be the building blocks of the body and play a vital role in the construction of proteins which is very essential for bodily functions. However, recent studies have shown that high amount of an amino acid called homocysteine in blood is a biomarker for cardiovascular diseases and age-macular degeneration (AMD), the leading cause of blindness in senior citizens.

Homocysteine is an amino acid in the blood which epidemiological studies have shown that too much homocystein amino acid in blood (plasma) is connected to a higher risk of strokes, peripheral vascular disease, and heart disease. Furthermore, evidence suggests that homocysteine may have an outcome on atherosclerosis through harming the inner lining of the arteries and promote blood clots.


High levels of homocysteine amino acid in blood are strongly manipulated by diet as well as genetic factors. Dietary components which have a big effect on lowering down homocysteine are vitamin B6, B12, and folic acid. Other B vitamins and folic acid helps in breaking down homocysteine in the body. Studies have shown that higher blood levels of B vitamins results partly to low concentrations of homocysteine. And low levels of folic acid are connected to higher risk of stroke and fatal coronary heart disease. Dietary foods that are high in folic acid include grain products fortified with folic acid and green leafy vegetables.

In the large study of the relationship of amino acids in blood and AMD researchers have measured the fasting plasma homocysteine levels of nine hundred thirty four individuals who participated in an ancillary study of Age-Related Eye Disease Study resulted to five hundred forty seven people with AMD.

This research which was conducted at the Massachusetts Eye and Ear Infirmary and Devers Eye Institute in Portland, Ore, found that elevated homocysteine amino acid in blood may be another biomarker for the increased risk of AMD. Homocysteine amino acid in blood may be reduced by dietary intake of vitamins B12, B6, and folate; however further studies is needed between the relationship of this amino acid and AMD.

It was found out by researchers that middle values were higher among those people with advanced stages of AMD than those people without AMD, controlling for age, and other factors. More findings add that there may be overlapping disease mechanisms between AMD and cardiovascular diseases.

Age-Related Macular Degeneration (AMD) is the principal cause of blindness and irreversible visual impairment among persons aged sixty years old and older. With the population of elderly people steadily growing, the number related to this loss of visual function will increase. The treatment for this still remains to be limited and prevention still remains to be the best approach for tackling this public health concern.

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Amino Acid Metabolism

Described for its complexity brought about by the large number involved, amino acid metabolism can actually be split into 20 protein block- builders that are significant for biosynthesis.

Functioning as precursors for the manufacturing of a lot of molecules that send signals, they are also unique from the peculiar ones that are utilized for a variety of intermediary pathways and activated one- carbon unit for the aromatic production.



Prior to the metabolic fate of the carbon atoms, they can actually be detected to all the chief intermediates due to the close interaction of amino acid metabolism with the citric acid cycle and glycolysis. Those intermediates comprises of carbons from pyruvate, acetyl- CoA, acetoacetyl- CoA, a- ketoglutarate, succinyl- CoA, fumarate, malate and oxaloacetate.

It is actually separated into several pathways according to the diverse length of carbon structures engaged. They are referred to as C3, C4 and C5 families of protein block- builders that generate common end products during catabolism. C3 includes alanine, serine and cysteine which are all corrupted to pyruvate. C4 have aspartate and asparagoine that are tainted to oxaloacetate that are closely linked to glutamate. C5 comprises of glutamine, proline, arginine and hitidine that are all deaminated to alpha- ketoglutarate.

Aromatic Engineers

Phenylalanine, tyrosine trytophan are the three pungent amino acid metabolism. They all contain benzene ring which are hydroxylated. The relationships they have for each other actually cause the acceleration to an intricate nutritional liberty. The disorder in the otherhand like the impairment of fabricating tyrosine from phenylalanine makes the previous one of the essentials needed very much in the body. The lack of biosynthetic pathways in human beings is the reason why there are plenty of sicknesses associated with malnutrition.


First converted to tyrosine by the accumulation of a hydroxyl unit, phenylalanine is a reaction catalyzed by phenylalanine hydroxylase. This is actually a liver specific enzyme which belongs to the group of monooxygenases. Such requires molecular oxygen, NADPH and coenzyme tetra- hydrobiopterine. Rememeber that hydroxylation of the benzene ring is utilized to destabilize in the preparation of the ring formation for breakup.


An amino acid metabolism that is a liver resident process, Tyrosine starts out with alteration of its amino group to alpha- ketoglutarate by a certain method used. This is similar to both that accepts transminases and less substrate which acts on aspartate. It is an enzyme isoform that is obtained from aromatic amino acid transaminase by restrained proteolysis.


With the degradation in human that yields to precursors for glucose synthesis, tryptophan is the first step that is catalyzed and controlled by cortisol. It stimulates its own degradation by allosterically activating tryptophan oxygenase. The product of the said reaction is L- formylkynurenine that is further degraded by kynurenine formidase.

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Amino Acids that Promote Growth

Hormones for development are released by the pituitary gland in the brain. It is responsible for enhancing muscles, burning fats and immune system maintenance.

amino acids


This is one of the amino acids that promote growth which is derived from arginine. Large quantities of which have successfully raised growth hormone levels in some studies. Bucci, et al, studied the the effect of 40, 100 and 170 mg/kg of L-ornithine HCl on 12 bodybuilders. A percentage of twenty- five of the subjects experienced significant increases in serum growth hormone levels at the two lower doses. In the otherhand, half the subjects illustrated an increase in growth hormone at the highest dose.


Investigated in numerous studies with conflicting results, this is one of the amino acids that promote growth. Take for example, in one study, 6 subjects were given 6 grams of arginine. They all experienced a 100% increase in plasma levels without any growth hormone release. Other researchers administered it to 12 young and 5 elderly non-obese adults, all of whom had a body mass of less than 30. The subjects participated in three trials: resistive weight-lifting exercise with no placebo, 5 grams of arginine supplementation prior to exercise and 5 grams of oral L-arginine only.


One of the amino acids that promote growth, lysine may work to release growth hormone. In a study of 15 healthy male subjects, there was a separate consumption of lysine as single nutrients did not significantly increase growth hormone compared to the baseline. In another study of normal young males, oral administration of 1,200 milligrams of L-lysine did not raise serum growth hormone levels.


It may be the non- essentials but this is also one of the amino acids that promote growth. Glycine is contained in gelatin protein and is an important component of collagen. Although much of the early research revolved around its ability to increase strength in athletes, more recent studies have documented that it can indeed raise growth hormone levels in humans. As a matter of fact, researchers have concluded that the explanation why it has been found to increase muscle strength in many studies may be the result of its growth-hormone-boosting capabilities.


An abundant protein block- builder, this is one of the amino acids that promote growth. Glutamine is the most copious in human muscle and plasma. It directly regulates both the production and wearing-down of protein and immune cell activity. When about nine healthy subjects consumed two grams of oral glutamine 45 minutes after a light breakfast, there were eight out of the nine that subjects experienced elevated plasma growth hormone within 90 minutes. These findings demonstrate, the study authors wrote, that a surprisingly small oral glutamine load is capable of elevating hormones for development.

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