Results 171 to 180 of about 10,426 (204)
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Immunoelectrophoresis with Cellulose Acetate
Nature, 1962PREVIOUS results with immunoelectrophoresis, using human serum and its equine antiserum, have shown 25 serum constituents1. This communication shows that more than 35 precipitin lines may be obtained with an improved method.
B W, GRUNBAUM, L, DONG
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Differentiation of Arboviruses by Immunoelectrophoresis
The Journal of Immunology, 1967Summary A simple immunoelectrophoresis (IE) method has been shown to be useful and rapid in the antigenic study of arboviruses. Initial evaluation was made by testing viruses of groups A, B, Tacaribe and vesicular stomatitis in their homologous systems by the complement-fixation, hemagglutination-inhibition and IE methods.
R R, Cuadrado, J, Casals
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2003
Ressler first described in 1960 (1) a form of immunoelectrophoresis now called crossed immunoelectrophoresis (CIE) or two-dimensional immunoelectrophoresis, which was later improved by Laurell (2), Clarke and Freeman (3), and Weeke (4), among others.
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Ressler first described in 1960 (1) a form of immunoelectrophoresis now called crossed immunoelectrophoresis (CIE) or two-dimensional immunoelectrophoresis, which was later improved by Laurell (2), Clarke and Freeman (3), and Weeke (4), among others.
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Quantitation of antigens by immunoelectrophoresis
Immunochemistry, 1974Abstract An immunoelectrophoretic method has been described for the quantitation of 4 or 5 proteins simultaneously. The method is useful for monitoring complex antigen mixtures provided proper antigen standards are employed and the antiserum is of adequate titer. Monospecific antiserum is not required for the quantitative assay.
V K, Ghanta, R N, Hiramoto
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Improved agarose for immunoelectrophoresis
Analytical Biochemistry, 1976Abstract Alkali-treatment of agarose was found to be a very simple method to produce charge-free agarose from commercially available agarose in high yield (about 90%) with highly reduced content of sulphate groups and very low electroendosmotic flow. Applications of the agarose in immunoelectrophoretic experiments are also described.
B, Lönnerdal, T, Låås
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Shape of the Precipitate in Immunoelectrophoresis
Nature, 1960IN immunoelectrophoresis, according to Grabar and Williams1, diffusion of the electrophoretically separated antigens towards the immune serum added in longitudinal basins parallel to the migration axis after the electrophoretic separation will result in the formation of precipitates in the gel, occupying varying positions between antigen and antibody ...
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Immunoelectrophoresis of Cataractous Lenses
Archives of Ophthalmology, 1959The history of immunology of lens proteins goes back to Uhlenhuth, 1 who 55 years ago showed by precipitation tests the organ specificity of some of the lens components. This was verified later by Burky, Woods, and Woodhall. 2 They found that mainly the so-called α-crystallin was organspecific.
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Immunoelectrophoresis of poliovirus antigens
Archiv f�r die gesamte Virusforschung, 1971The electrophoretic migration of the antigens of six poliovirus strains was studied by immunoelectrophoresis in agarose gel at pH 8.2 and pH 7.0. Differences in migration were observed: the H antigens migrated faster than the corresponding N antigens.
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