Bence Jones Protein

Bence Jones Protein is a special protein that is produced in the human body and is responsible for maintaining the health and functioning of the kidneys. It also plays an important role in the immune system and protection against various infections.

Bence Jones protein is produced by a process called protein secretion in the kidneys. It is a protein consisting of amino acids that are connected to each other in a specific sequence. This protein has a specific structure that allows it to perform certain functions in the body.

One of the main functions of Bence Jones protein is its participation in the filtration of blood in the kidneys. Due to its structure, it can penetrate the kidney filters and be eliminated along with urine. Thus, it plays an important role in maintaining normal fluid levels in the body.

However, some people may experience excess production of Bence Jones protein. This can lead to various kidney diseases such as nephrotic syndrome and nephropathy. In such cases, the level of Bence Jones protein in the blood may be elevated, which may indicate the presence of the disease.

Various methods, such as urinalysis, kidney biopsy, and others, are used to diagnose and treat diseases associated with excess production of Bence Jones protein. Treatment may include medication, lifestyle changes, and surgery.

It is important to note that excess protein production can be caused by various factors, such as genetic mutations, certain medications, or the presence of certain diseases. Therefore, if you suspect elevated levels of Bence Jones protein, you should consult a doctor for diagnosis and appropriate treatment.

Bence-Jones protein drug (cerebrosodium phosphocarboxylate) is a drug from the group of drugs that stimulate anabolic processes, which has a specific effect on brain tissue, heart muscle and bone tissue. The mechanism of action is associated with increased synthesis of proteins and lipoproteins in the liver, normalization of the metabolism of a number of amino acids. The drug has a positive effect on trophic processes in the nervous system, heart and peripheral tissue cells.