Amino acids are the chemical units or building blocks or "building blocks" that build proteins. And amino acids contain about 16 percent of the nitrogen. In chemical terms, this is what sets it apart from other major food. In order to realize how vital these amino acids, then you must realize how essential proteins for life. It is the protein that gives the compositional structure of all living organisms. Every living organism of the largest animal to the smallest microbe consists mainly of protein. And protein in various forms and contributes to the biochemical processes that preserve the life and work continuity.
The proteins are essential and necessary part of every living cell in the body. They followed the water directly in they constitute the bulk of the body weight. And protein in the body muscles, ligaments, tendons, organs, glands, nails and hair and many vital body fluids, which are necessary for bone growth. The enzymes and hormones that stimulate and regulate all biological processes in the body are proteins. The proteins help regulate the water balance of the body and keeps the pH appropriate within the body. It helps in the exchange of nutrients between the cellular and tissue fluids, blood and lymph. And protein deficiency can cause an imbalance of fluid balance in the body, causing swelling or edema. The structural proteins form the basis of the chromosomes through which information is transmitted or genetic traits or genetic parent to offspring. And'' code'' that exist in the genetic DNA in each cell is in fact a information showing how the production of proteins that the cell.
The protein consists of chains of amino acids linked together so-called peptide linkages Peptide Bonds. Each type of protein consists of a set of certain amino acids in the order of a particular chemical. And those specific amino acids or specific existing and the way in which they relate to each other in a sequential manner that gives the proteins that build different tissues and unique functions and characteristics. Each protein in the body is dedicated to a specific function or need. No protein can replace another protein functionally.
The proteins that form the structure of the body do not come so directly from the food. But protein food is digested and degradation in the gastrointestinal tract until it turns into its components of amino acids that is absorbed by the body and is represented in order to build a specific protein it needs. Thus, the particular amino acids and proteins abstract is not longer necessary nutrients.
In addition to the Federation of amino acids together to form proteins the body, some amino acids are vectors or as nervous consist of those neurotransmitters (the chemicals that carry information from one nerve cell to another). So be certain amino acids necessary for the brain to receive and send messages nervousness. Unlike many other materials, the neurotransmitters are able to cross the barrier between blood and brain. This barrier is a kind of defensive shield created to protect the brain from toxins and foreign substances that may apply in the bloodstream. And endothelial cells that form the walls of capillaries in the brain are contiguous with each other drown what is available in the capillaries in any other place in the body. This prevents any material, especially those that are soluble in water from leaking through the walls of capillaries to the brain tissue. Because some amino acids that can pass through this barrier, the brain can be used to connect to nerve cells that are found anywhere else in the body.
And amino acids also enable vitamins and minerals to perform its functions efficiently. Even if the body absorb vitamins and minerals and representation, they are only effective in the presence of essential amino acids (For example, the low levels of the amino acid tyrosine Tyrosine may lead to iron deficiency). The lack of or low metabolism of amino acids methionine and taurine linked to cases of allergies and autoimmune disorders. Many elderly people suffer depression or neurological problems that may be accompanied by cases of lack of amino acids tyrosine and tryptophan and phenylalanine and Alheistidin as well as amino acids animate chains branching: valine and Aloesoliossin and الليوسين, which amino acids can be used to give power directly to the muscle tissue. The use of high doses of amino acids branched chains in hospitals to treat people who suffer injuries and infections.
There are 28 amino acids almost known amino acids and commonly linked together in different ways to form hundreds of different types of proteins that are found in all living organisms. In the human body liver produces about 80% of the amino acids that the body needs. And the remaining 20% must be obtained by the body from food. These are called essential amino acids Essential Amino. The essential amino acids that must be obtained by the body from food is: Alheistidin and Aloesoliossin الليوسين, lysine and methionine, phenylalanine, Thr, tryptophan and valine. The amino acid is essential Nonessential Amino that can be synthesized in the body from amino acids other is obtained from food sources include: alanine and arginine and asparagine and aspartic acid and Alcetrawlin and Astien and cysteine and acid gamma - Aminoubeyoterec and glutamic acid and glutamine and glycine and ornithine and proline and serine and taurine and tyrosine. And naming those non-essential amino acids does not mean that it is not necessary, it just means it does not require the availability of food as the body can produce when needed.
The operations represent the amino acids to make proteins, and cracking proteins into amino acids the body uses is an ongoing process. When we need to proteins to make enzymes, the body produces more protein enzymes. When we need more cells, the body produces more of cell proteins. These different types of proteins are produced whenever there is need. If the stock runs out of essential amino acids, the body will not be able to produce proteins that need to those amino acids. Even if missed valine and one, the body will not be able to continue to produce the protein efficiently. This may lead to a shortage of vital proteins in the body, which may cause problems ranging from indigestion to depression to stunted growth.
How could such a situation occurs? It easier than you think. Stockpiles are many factors that can contribute to shortages in essential amino acids, even if ate a well-balanced diet contains enough protein. Among these factors are: the lack of absorption, infection, injury, stress, alcohol or drugs, aging, imbalance in other nutrients. These factors could affect the availability of essential amino acids in the body. If food is not properly balanced - that is if you do not provide the body with sufficient quantities of essential amino acids - it sooner or later will show the shortfall in the form of some kind of physical defect.
However, this does not mean that the solution lies in eating food that contains massive amounts of protein. This actually be unhealthy solution. Multiplicity of protein puts a heavy burden on the liver and kidneys, which have to them to deal with the waste of protein metabolism and disposal. And about half of the amino acids in the protein food turns into glucose by the liver and is utilized in this glucose for energy needed for cell activity. This process results in a waste is ammonia. And ammonia, a toxic substance to the body, so the body protects itself by making the liver converts ammonia into less toxic material from urea (urea) that apply with the flow of blood to the kidneys where it is filtered and disposed of with the urine.
As long as the amount of protein that is addressed is not very big and liver function efficiently, the ammonia is neutralized almost first hand so they do not cause harm to the body. However, if created by large amounts of ammonia greater than the liver's ability to deal with it because of excessive eating protein or due to indigestion or because of a defect in liver function, there may be an accumulation of ammonia to toxic levels. The practice of strenuous physical effort also tends to cause the accumulation of ammonia in the blood. This may cause serious health problems include imbalance patients cerebral Encephalopathy or hepatic coma Hepatic Coma. And high levels of urea abnormally can cause health problems, including inflammation of the kidneys and back pain. So the important thing is not just the amount of protein that is dealt with, but the most important is the quality of this protein and addition of amino acids the body needs.
It is possible taking supplements containing amino acids (essential and non-essential). When infection with certain medical disorders be useful taking supplements contain a specific amino acid or a set of specific amino acids, which are then strengthened metabolic processes that imbalance is responsible for what happened to you from a medical condition. Vegetarians must particularly ensure that their food contains all the amino acids needed by the body and only suffered damage.
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