Bromsulphthalein

Bromsulphthalein: How is it used to test liver function?

Bromsulphthalein is a blue dye that is used to assess liver function. This diagnostic method is widely used in medicine and helps determine liver dysfunction.

Liver function tests are an important part of medical practice because the liver performs many vital functions in the body, including clearing toxins from the blood and producing bile necessary for proper digestion. Liver problems can lead to serious health problems, including cirrhosis and hepatitis.

To test liver function, a small amount of bromosulfthalein is injected into the patient's bloodstream. Then after 5 and 45 minutes the concentration of the dye in the blood is determined. If the dye concentration after 45 minutes exceeds 10% of the administered dose, this may indicate liver dysfunction.

The mechanism by which this method works is that bromosulfthalein is metabolized in the liver and excreted through bile. If the liver is not working properly, the dye will not be released from the body in sufficient quantities, which will lead to an increase in its concentration in the blood.

Liver function testing using bromsulfthalein is a safe and effective diagnostic method. It can be used to assess liver function in patients with various diseases, including cholelithiasis, hepatitis and cirrhosis. However, like any medical method, it should only be used under the supervision of a physician.

Thus, bromosulfthalein is a dye used to assess liver function. This diagnostic method allows you to identify liver problems that can lead to serious health problems. Liver function testing using bromsulfthalein is a safe and effective diagnostic method that should only be used under the supervision of a physician.

Bromsulfthalein, or Bromsulphthalein, is a blue dye. It is used to test liver function in patients.

The principle of action of Bromsulptalein is as follows: a small amount of dye is injected into the patient’s bloodstream. After 5 minutes, the dye enters the liver. Then, after 45 minutes, the concentration of the dye in the blood is determined. If the blood contains more than 10% of the administered dose, this indicates a violation of the liver.

The use of Bromsulfthalein allows you to assess the functional state of the liver and identify possible disturbances in its functioning. This research method is simple and accessible, which makes it popular in medical practice.

It is important to note that before conducting a study on Bromsulfthalein, you must consult a doctor who will determine the need and advisability of using this method.

Bromsulfatelein, or BSP (bromosulfatelein), is one of the most widely used dyes for liver function testing in medicine. It is an organic compound that turns the blood blue when it interacts with plasma proteins.

To test liver function with BSP, a small amount of dye is injected into the patient's bloodstream. After this, after 5 minutes and after 45 minutes, the concentration of the dye in the blood is measured. If the dye level exceeds 10% of the administered dose 45 minutes after administration, this indicates impaired liver function in the patient.

How does BSP liver function testing work? The BSP dye travels to the liver, where it binds to proteins found in liver cells. The dye is then carried by the blood throughout the body, including the liver, spleen and kidneys. 5 minutes after injection, the dye reaches the liver and binds to its proteins.

After 45 minutes, the concentration of the dye begins to decrease as it is eliminated from the body. If the liver is functioning normally, the dye concentration decreases to below 10% after 45 minutes. However, if liver function is impaired, the dye concentration may remain high and indicate liver pathology.

Liver function testing using BSP is an important tool for diagnosing liver diseases such as cirrhosis, hepatitis and others. It allows you to determine how well the liver is performing its functions and can help the doctor make decisions about treating the patient.