What are the symptoms of high lysine and what does lysine do?

Only the L-form of lysine is absorbed by living organisms. Free lysine is easy to absorb carbon dioxide in the air, and it is difficult to prepare crystallization, and general commodities exist in the form of lysine hydrochloride. Lysine is easily soluble in water, and is the easiest to absorb by mouth compared to other amino acids.

Lysine ingested into the body first enters the small intestinal mucosal cells in an active transport manner, and then enters the liver through the portal vein;

In the liver, lysine is involved in protein synthesis along with other amino acids. The catabolism of lysine also takes place in the liver, where it condenses with ketoglutarate to form yeast amino acids, which are then converted to L-aminoadipic acid semialdehyde, which is finally converted to acetyl-CoA. Unlike other amino acids, lysine does not participate in transamination and the deamination reaction is irreversible, so the catabolism of lysine is very special.

Lysine is a sugar-producing and keto-producing amino acid, so it can participate in the formation of D-glucose, glycogen, lipids, and ultimately energy.

Biosynthetic pathways.

The biosynthetic pathway of lysine was gradually elucidated after 1950. The biosynthetic pathway of lysine is different from other amino acids and varies depending on the type of microorganism.

The lysine biosynthesis pathway of bacteria requires the synthesis of lysine through diaminopinheptanetic acid (DAP). The lysine biosynthesis pathway of yeast and mold requires the synthesis of lysine through -aminoadipic acid. It is also the pathway of lysine synthesis of diaminoheptionic acid, and the regulatory mechanism of lysine biosynthesis is different in different bacteria.

Summary. Whereas, lysine is a special amino acid which has an isomer i.e., its carboxyl group is not on the -carboxyl group but on the -carboxyl group. As a result, it has unique chemical properties such as a much lower PKA value than other amino acids.

In addition, it also has unique biological functions, such as being involved in DNA replication, modifying proteins, and influencing the release of neurotransmitters. In conclusion, amino acids are important organic compounds in living organisms, while lysine is a special amino acid that has unique chemical properties and biological functions.

Whereas, lysine is a special amino acid which has an isomer i.e., its carboxyl group is not on the -carboxyl group but on the -carboxyl group. As a result, it has unique chemical properties such as a much lower PKA value than other amino acids. In addition, it also has unique biological functions, such as being involved in DNA replication, modifying proteins, and influencing the release of neurotransmitters.

In conclusion, amino acids are important organic compounds in living organisms, while lysine is a special amino acid that has unique chemical properties and biological functions.

Not clear, not understood.

For children who don't grow up, should they take GABA?Or lysine?

For children who do not grow tall, aminobutyric acid and lysine should be eaten. GABA is an essential amino acid that can help with your child's growth and development, while lysine can also promote your child's growth and development and help boost your immunity. Both are essential amino acids, but for babies, lysine is more important because it helps them absorb other nutrients better.

A protein that can boost immunity and reduce cholesterol, but cannot be synthesized on its own.

Lysine can be elevated and can promote growth, reproduction, and development that directly or indirectly affect animals.

Its most important physiological function is to participate in the synthesis of somatic proteins, so it is closely related to animal growth. The functions of lysine in the body are to participate in the synthesis of body proteins such as skeletal muscle, enzymes and peptide hormones.

It is one of the ketogenic amino acids, and when there is a lack of available carbohydrates, it can participate in the metabolism of ketone bodies and glucose, and maintain the acid-base balance in the body. As a precursor to the synthesis of carnitine, it is involved in fat metabolism.

Lysine plays an important physiological function in the body, and its deficiency will directly or indirectly affect the growth, reproduction, and development of animals. Lysine is an indispensable component of synthetic proteins, and plays a very important role in the formation of enzyme proteins, germ cells, skeletal muscle and hemoglobin.

Lysine is involved in the energy metabolism process in the body and is one of the ketogenic amino acids, which can be broken down into glucose or ketone bodies to provide energy when carbohydrates are lacking in the body; Lysine is also a precursor of carnitine in ester metabolism, which plays an important physiological role in fat metabolism.

Lysine is one of the essential amino acids for the human body, which has the effect of promoting appetite and improving digestion, and can also improve the body's absorption of calcium, accelerate bone growth, and promote the growth and development of children. When lysine is deficient, children grow slowly, are emaciated, anemic, mentally retarded, unresponsive, and have poor disease resistance.

As a result, many parents not only give their children more lysine-fortified foods, but also give them lysine tablets or lysine oral liquid. In fact, adding lysine inappropriately is harmful.

If the proportion of lysine in food is too high, the ratio of various amino acids can be imbalanced, which in turn reduces the nutritional value. Blindly giving children a large amount of lysine can produce harmful substances in the body, and if they accumulate in the brain and other tissues, their intellectual development will be hindered, and the child will not be smart.