Chernov V F, Kuznetsov A P, Danilova A V, Beriashvili Z A, Chernov A V
Vestn Ross Akad Med Nauk. 2000(3):37-41.
Human duodenogastric reflux (DGR) was comprehensively studied via measurement of gastric juice bile acid levels, manometric, endoscopic and X-ray study in health and benign gastrointestinal diseases and during exercise. DRG is shown to fall in the physiological events that have a biologically determined circadian rhythm. There was an association of DGR with gastric secretion. The "refluctant dilution effect" was established which along with elimination provides a relative constancy of the concentrations of bile ACIDS FROM 0.025 TO 0.422 NG/ML. DGR regulation is effected by the coordinated motor and evacuatory performance of the gastroduodenal junction and duodenum which is described as a lock two-way system. It is concluded that DGR is involved in the formation of the internal gastric environment and hence plays a role in gastric digestion. The findings may be used in studies of the physiology of digestion and in clinical practice.
通过测量胃液胆汁酸水平、测压、内镜检查和X射线检查,对健康人群、良性胃肠道疾病患者以及运动过程中的人体十二指肠-胃反流(DGR)进行了全面研究。结果显示,DGR属于具有生物决定的昼夜节律的生理事件。DGR与胃分泌之间存在关联。确立了“反流稀释效应”,该效应与消除作用一起使得胆汁酸浓度在0.025至0.422纳克/毫升之间保持相对恒定。DGR的调节受胃十二指肠交界处和十二指肠协调的运动及排空功能影响,这被描述为一种锁式双向系统。得出的结论是,DGR参与胃内环境的形成,因此在胃消化过程中发挥作用。这些发现可用于消化生理学研究及临床实践。