Lymphokine-induced changes in macrophage transmembrane electrical potentials.
Niemtzow Rc, Rossio Jl, Olson Mh, L. Gauci, Daniels Jc, B Serrou
Abstract
Niemtzow Rc, Rossio Jl, Olson Mh, L. Gauci, Daniels Jc, B Serrou
Abstract
Intracellular electrical potentials have been measured in nonactivated and immunologically-activated macrophages obtained from the peritoneal cavities of mice. Normal macrophage potentials were established and found to become significantly more electronegative after in vitro exposure for 10 minutes to a lymphokine-containing supernatant which induced macrophage activation. This approach may reflect very early concomitants of such activation and is also useful in the study of other immunologic systems.
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Intracellular electrical potentials have been measured in nonactivated and immunologically-activated macrophages obtained from the peritoneal cavities of mice. Normal macrophage potentials were established and found to become significantly more electronegative after in vitro exposure for 10 minutes to a lymphokine-containing supernatant which induced macrophage activation. This approach may reflect very early concomitants of such activation and is also useful in the study of other immunologic systems.
Key concepts: Lymphokine, Macrophage, Intracellular, In vitro, Transmembrane protein, Immunology, Cell biology, Chemistry