THE STEADY-STATE SYSTEM IN IMMUNE HEMOLYSIS DESCRIPTION AND ANALYSIS; APPLICATION TO THE ENUMERATION OF SAC'4.
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Antigen-Antibody Reactions↗
Biomedical subjects
M M MAYER
Publications and source records attributed to M M MAYER.
On the destruction of erythrocytes and other cells by antibody and complement.
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Antibodies↗
A kinetic flow technic for study of immune hemolysis.
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Cell Death↗
Immunochemical studies of poliovirus. IV. Alteration of the immunologic specificity of purified poliomyelitis virus by heat and ultraviolet light.
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Hot Temperature↗
Immunochemical studies of poliovirus. II. Kinetics of the formation of infectious and noninfectious type 1 poliovirus in three cell strains of human derivation.
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Humans↗
Studies on the mechanism of hemolysis by antibody and complement.
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Antibodies↗
Immunochemical studies of poliovirus. III. Further studies on the immunologic and physical properties of poliovirus particles produced in tissue culture.
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Poliomyelitis↗
The purification of poliomyelitis virus as studied by complement fixation.
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Complement System Proteins↗
Quantitative studies on the inhibition of crystalline urease by rabbit anti-urease.
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Amidohydrolases↗
Kinetic studies on immune hemolysis. III. Description of a terminal process which follows the Ca++ and Mg++ reaction steps in the action of complement on sensitized erythrocytes.
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Cell Death↗
Kinetic studies on immune hemolysis. IV. Rate determination of the Mg++ and terminal reaction steps.
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Cell Death↗
Kinetic studies on immune hemolysis. V. Formation of the complex EAC'x and its reaction with C'y.
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Cell Death↗
Kinetic studies on immune hemolysis. VI. Resolution of the C'y reaction step into two successive processes involving C'2 and C'3.
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Hemolysis↗
Kinetic studies on immune hemolysis. VII. Decay of EAC'1, 4, 2, fixation of C'3, and other factors influencing the hemolytic action of complement.
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Cell Death↗
Studies on the role of Ca++ and Mg++ in complement fixation and immune hemolysis. I. Uptake of complement nitrogen by specific precipitates and its inhibition by ethylenediamine tetraacetate.
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Calcium↗
Studies on the role of Ca++ and Mg++ in complement fixation and immune hemolysis. II. The essential role of calcium in complement fixation.
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Calcium↗
Studies on the role of Ca++ and Mg++ in complement fixation and immune hemolysis. III. The respective roles of Ca++ and Mg++ in immune hemolysis.
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Calcium↗
Diagnostic complement fixation. I. A method.
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Complement System Proteins↗