Coagulation Test

A coagulation test is one of the laboratory diagnostic methods that allows you to assess the rate of blood clotting. This method is also known as fold test, sediment reaction or flocculation test.

The process of blood clotting plays an important role in the body, as it helps stop bleeding when blood vessels are damaged. A coagulation test allows you to determine how quickly the blood clots, which is important in diagnosing various diseases associated with blood clotting.

To conduct a coagulation test, the patient's blood is used, which is mixed with reagents in a test tube. The reagents promote blood clotting, resulting in a clot. The time it takes for a clot to form is measured and compared with standard values.

A coagulation test can be performed both as a diagnostic test and as a quality control when carrying out blood replacement therapy or when taking anticoagulants. Some diseases, such as thrombophilia, hemophilia, liver dysfunction and others, can lead to changes in blood clotting time, so a coagulation test can be useful in determining the diagnosis and choosing treatment.

In general, a coagulation test is an important laboratory diagnostic method that allows you to assess blood clotting and identify disturbances in this process. It can be performed both in clinical practice and in laboratory conditions, and is an important tool for the diagnosis and management of diseases associated with blood clotting.

Coagulation test is one of the methods for determining water quality. It allows you to determine the presence of substances in water that can cause coagulation - the sticking together of particles into larger aggregates.

A coagulation test is carried out as follows: a small amount of water is placed in a test tube and a small amount of calcium chloride solution is added. If there are coagulating substances in the water, flakes form and settle to the bottom of the test tube.

This method is widely used in industry for water purification, as well as in laboratory research to determine the quality of drinking water. It allows you to determine not only the presence of coagulating impurities, but also their concentration, which is important for assessing water quality and making decisions about its use.