Serological albumin was first recognised as a potentiator of certain antigen-antibody interactions in 1945 by Diamond. Since then, methods employing serological albumin have been widely used for the detection or quantitation of antibodies. Serological albumin has also been shown to enhance the sensitivity of the indirect antiglobulin test for some antibody specificities.
Serological albumin was first recognised as a potentiator of certain antigen-antibody interactions in 1945 by Diamond. Since then, methods employing serological albumin have been widely used for the detection or quantitation of antibodies. Serological albumin has also been shown to enhance the sensitivity of the indirect antiglobulin test for some antibody specificities.
Reducing the ionic strength of a test system increases the rate of red blood cell antigen-antibody binding. Low and Messeter in 1974 showed that the use of a low ionic strength solution enhances the rate of antibody uptake in first stage of agglutination, allowing incubation times to be shortened.
Reducing the ionic strength of a test system increases the rate of red blood cell antigen-antibody binding. Low and Messeter in 1974 showed that the use of a low ionic strength solution enhances the rate of antibody uptake in first stage of agglutination, allowing incubation times to be shortened.
Reducing the ionic strength of a test system increases the rate of red blood cell antigen-antibody binding. Low and Messeter in 1974 showed that the use of a low ionic strength solution enhances the rate of antibody uptake in first stage of agglutination, allowing incubation times to be shortened.
Avaliable Sizes
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