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[Myoelectric activity of the rabbit stomach and duodenum following neurogenic and humoral effects].

Константин Александрович Шемеровский, Nikul'shina Sa

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Abstract

Electrical activity of the duodenum increased after the immobilisation or haemorrhage stress to a greater extent than the stomach and pylorus myoelectrical activity. Pentagastrin or serotonine increased the electrical activity of the duodenum and decreased the stomach and pylorus myoelectrical activity. Chronophysiological mechanism of the gastro-duodenal discoordination is analysed.

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What this paper is about

Electrical activity of the duodenum increased after the immobilisation or haemorrhage stress to a greater extent than the stomach and pylorus myoelectrical activity. Pentagastrin or serotonine increased the electrical activity of the duodenum and decreased the stomach and pylorus myoelectrical activity. Chronophysiological mechanism of the gastro-duodenal discoordination is analysed.

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Available abstract

Electrical activity of the duodenum increased after the immobilisation or haemorrhage stress to a greater extent than the stomach and pylorus myoelectrical activity. Pentagastrin or serotonine increased the electrical activity of the duodenum and decreased the stomach and pylorus myoelectrical activity. Chronophysiological mechanism of the gastro-duodenal discoordination is analysed.

Key concepts: Duodenum, Pylorus, Stomach, Pentagastrin, Internal medicine, Medicine, Gastroenterology, Gastric acid

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[Myoelectric activity of the rabbit stomach and duodenum following neurogenic and humoral effects]. — Research Paper | ScholarLens