Immune Adhesion Reaction

The immune adhesion reaction (IPR) is a method for determining the activity of antibodies and antigens, as well as complement components. It is based on the interaction of a complex of antigen with antibody and complement with platelets and erythrocytes. This causes these cells to adhere to the surface of the antigen.

RIP is widely used in immunology and serology to determine the level of antibodies and antigen in the blood, as well as to determine complementary activity. This method is also used to diagnose various diseases such as viral infections, rheumatic diseases and cancer.

To carry out RIP, special sets of reagents are used that contain antigen, antibodies, complement, platelets and red blood cells. Blood samples are mixed with these kits and incubated under certain conditions. After incubation, samples are analyzed for the presence of adherent platelets and red blood cells, which indicates antibody and antigen activity.

This method has high accuracy and sensitivity, which allows you to quickly and effectively diagnose various diseases and monitor the effectiveness of treatment. RIP can also be used to predict the development of diseases and monitor the patient's health status.

The immune adherence test is a method that allows you to determine the activity of antibodies (antibodies) and complement. This method is based on the ability of antibodies and complement to form complexes with cells, which then adhere to the surface of the corpuscles. This reaction occurs due to the presence of complement on the membrane of cells that are responsible for the body's immune response.

The key components of the immune response are lymphocytes and antibodies, which bind to antigens. Complement then captures the antibody using the target cell. When complement captures an antibody, a complex of two molecules adheres to a third molecule that can be found on the surface of the target cell and then to the surface of the antigen. This results in the formation of a red spot on the surface of the antigen, which is visible under microscopy.