Diabetes and tryptophan
The human brain is designed so that at deficiency of salt and water itself can recover its function by increasing blood sugar levels.This allows you to set the body's osmotic balance.Generally, the osmotic pressure arises to regulate the liquid content in the extracellular space, which requires a sufficient amount of salt, uric acid and high sugar content.
However, insulin-dependent diabetes is often a shortage of salt.Then the brain increases blood sugar levels, thereby to compensate the sodium deficiency.This process involves the brain automatically cycling receptors controlled tryptophan.Tryptophan is very important, as in the splitting of the amino acids the body gets 4 main neurotransmitter.
In insulin-dependent diabetes need to pay special attention to the adequacy of protein in the diet.This compensates for the lack of tryptophan, which, in turn, is the primary cause of the disease.The fact that the body water deficiency amount of tryptophan in the brain is reduced.This amino acid is remarkable
salt can keep the body in the PAC and histamine, but they are utilized only in the case of tryptophan-dependent neurotransmitter systems become inactive due to its scarcity.It can be concluded that the salt-free diet is not suitable for correction of blood sugar.If you set out to bring blood sugar levels into the normal range, a slight increase in salt intake is inevitable.
tryptophan with lysine and correct errors in its DNA doubling, which is crucial to prevent the division of cancer cells.At the optimum content of tryptophan works best histamine.In such circumstances, not only regulated the amount of salt or increased pain threshold, and returns to normal levels of gastric acid.In addition, normal blood pressure, resulting in all the organs and systems begin to function smoothly.
There is a correlation between the completion of in brain tryptophan reserves and daily one-hour walk.The fact that, in addition to tryptophan circulates in the body several kinds of amino acids, in seeking to reach the brain through its protective barrier.As the "transport" and tryptophan and other amino acids using the proteins.However, if you exercise data amino acids together with fats are burned muscles, remove them from the bloodstream.As a result of tryptophan can smoothly enter the brain.
depression, neurosis-like states, and other disorders - a consequence of an imbalance of tryptophan in the brain tissue.Prescribe Prozac in such cases - not that other, as a drug that does not allow the enzymes to break down one of the by-products of tryptophan - serotonin.In the normal content of serotonin in the brain tissues of the nervous system is functioning normally.However, Prozac can not completely replace tryptophan, and to increase its amount necessary to increase the intake of water and observe a well-balanced diet.
Supporters of "water" theory argue that between the water and the effectiveness of methods of "transport" system, which allows tryptophan to the brain, there is some connection.Chronic dehydration under elevated histamine levels in the blood results in the cleavage of tryptophan liver cells.Conversely, regular consumption of optimal amounts of water to prevent such an inefficient consumption of tryptophan.The difficulty lies in the fact that tryptophan is not produced by the body, it enters into it only with food.Therefore, the normal fluid balance and exercise help to replenish the supply of this substance in the brain tissue.In addition, you should try to eat those proteins that are rich in amino acids.
Some products, such as frozen meat, lose a part of amino acids during storage.The best of their suppliers - germinated cereals or beans, as well as eggs and milk.Legumes are useful in the composition of foods because they contain about 28% protein, do not contain fat and carbohydrates in the complex are quite a lot - up to 72%.Said products contain all the essential amino acids in the organism to an ideal proportion.
With regard to non-insulin dependent diabetes mellitus, the supporters of the "water" theory, recommend to treat it, increasing the daily intake of water, keeping the prescribed diet and starting to exercise.This should provide the necessary balance of amino acids.Do not forget the salt.
Primary diabetes develops only in adults, its manifestations are reversible, but children with diabetes get in the "legacy" more serious form of the disease.Diabetes at a young age requires treatment before it will cause the body to irreparable harm.
insulin-dependent diabetes is characterized by the fact that in this disease the pancreas stops producing insulin, and to monitor the patient's condition, needs a daily injection.
During the breakdown of proteins involved mechanisms releasing cortisone.With their help the body produces the neurotransmitter interleukin 1. In this case, between the production of interleukin and release of cortisol there is a link: These substances activate the secretion of each other.However, apart from interleukin 1, during the process is generated dependent substance, called "interleukin 6".
As a result of experiments on cell cultures, scientists have found that interleukin-6 is able to destroy the DNA in the cells responsible for insulin production.Thus, the affected cells lose their ability to produce insulin.
Supporters of "water" theory believe that the uncontrolled effects of chronic dehydration of amino acid metabolism in the body and is responsible for the destruction of the DNA in the cells of the pancreas which synthesize insulin.Thus, the lack of water in the body and an associated stress may be the main cause of insulin-dependent diabetes mellitus.