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Titlebook: Chemoreception in the Carotid Body; H. Acker,S. Fidone,R. W. Torrance Conference proceedings 1977 Springer-Verlag Berlin · Heidelberg 1977

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https://doi.org/10.1007/978-3-531-91339-1otid body degenerated with a long time course. At a time when most of these nerve endings has disappeared, it was still possible to record a normal chemoreceptor discharge. These experiments have been the object of criticism. Here we want to show that in the mutant mouse wobbler, it is possible to r
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Karin Altgeld,Sybille Stöbe-Blosseyon is relatively low. They found that 79% of the values were below 40 mmHg. Weigelt (9) reported even lower PO. values with a maximum at 5 mmHg for the rabbit carotid body. We therefore decided to investigate whether and to what extent the oxygen concentration influences the differentiation of isola
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Karin Altgeld,Sybille Stöbe-Blosseyresponsible for this process: type I cells, type II cells, small nerve fibers, and mitochondrial bags. We have started to investigate, by intracellular measurements, the electrophysiological characteristics of type I cells and their dependence on changes of PO. to determine their role in the chemore
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Umrisse einer Beratungswissenschaft,s (6, 12). Similar dehse-cored vesicles are found in the glomus cells of the carotid body. Glomus (7) cells store dopamine and norepinephrine (13), and thus DBH should be one of the biosynthetic enzymes present in the glomus cells. However, there also exist in the carotid body sympathetic fibers fro
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Ergebnisse der Datenerhebung an den Schulen and electron-microscopic studies. Combined with physiological and biochemical values, these data could increase understanding of the structure and function of the carotid body, especially as regards its oxygen consumption.
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