Korot'ko G F
Usp Fiziol Nauk. 1996 Oct-Dec;27(4):96-115.
Publications and our own results of researches into the role of enzymes exo- and endosecreted by digestive glands, acting as regulators of their secretion and motor activity of gastroduodenal complex were summarized. Exosecreted to its cavity enzymes adapt an enzymatic spectrum of secretes to the composition and properties of duodenal content through M-cholinergic, peptidergic, and beta-adrenoceptive mechanisms on the basis of reception of the complex properties: enzyme-substrate-product. We described the effect of enzymes on the glands producing them, and the influence on secretion of the other digestive glands, regulatory effects of peptide fragments of proteolytic enzymes, and their zymogenic precursors. The digestive glands enzymes endosecreted and circulated in blood produce a hindrancing and inducing effect on these glands, take part in supporting of homeostasis of organism. Mechanisms of influence of enzymes and their fragments on the activity of digestive glands were analysed.
总结了关于消化腺分泌的外分泌酶和内分泌酶作为胃十二指肠复合体分泌和运动活性调节剂作用的研究成果及相关文献。外分泌到消化腔的酶通过M胆碱能、肽能和β肾上腺素能机制,基于酶-底物-产物的复合特性,使分泌物的酶谱适应十二指肠内容物的组成和性质。我们描述了这些酶对产生它们的腺体的作用,以及对其他消化腺分泌的影响、蛋白水解酶肽片段及其酶原前体的调节作用。内分泌并在血液中循环的消化腺酶对这些腺体产生阻碍和诱导作用,参与维持机体的稳态。分析了酶及其片段对消化腺活性的影响机制。