目的探讨早期肠道喂养改善烧伤大鼠肠道血液灌流的机理。
Objective To explore the mechanism of intestinal blood perfusion improved by early enteral feeding after burn injury.
目的探讨早期肠道喂养改善烧伤大鼠胃组织血液灌流的机制。
Objective To explore the mechanism of gastric tissue blood perfusion improved by early enteral feeding after burn injury.
随着胃肠道喂养的开始，早产儿血浆胃动素水平的增高也十分显著。
With the start of gastrointestinal feed, the motilin level of premature infants increased significantly.
目的：研究早期肠道喂养(EEF)对严重烧伤大鼠肾脏功能的保护作用。
Objective: To observe the effect of early enteral feeding (EEF) on renal function in rats after severe burns.
大豆多糖，大豆多糖或与燕麦纤维的结合有效地提高了在肠道喂养(16 - 19)每日大便的重量和频率。
Soy polysaccharides, or soy polysaccharides combined with oat fibre were effective to increase daily stool weight and frequency during enteral feeding (16-19).
再喂养时空肠IGF-1和IGF-IR表达的向上调节表明，IGF作用途径在对肠内营养物产生肠道营养反应的过程中起作用。
Up-regulation of jejunal IGF-1 and IGF-IR expression during refeeding suggests a role for the IGF action pathway in gut trophic responses to enteral nutrients.
结论肠道内喂养能刺激胃肠激素的分泌。
研究人员对两个群体的肠道菌群进行研究，发现从停止母乳喂养后发生了重大分歧。
The researchers, from the University of Florence, compared intestinal bacteria in the two populations and found that significant differences developed from the time that breast feeding ceased.
母乳喂养能够减少婴儿头几个小时感染的几率。过后，它能减少婴儿胃肠道感染的几率。
Breastfeeding reduces the chances of infections in the first few hours of life. Later, it reduces the chances of stomach and intestinal infections in babies.
肠外营养与正确的喂养方案相结合，可提供满足生长所需的热卡，最终过渡到肠道营养。
Parenteral nutrition combined with correct feeding scheme could offer enough calorie to meet growth and transit to enteral feeding in the end.
红霉素是一种抗生素，对胃肠道有一种效果，可能有助于婴幼儿喂养问题。
Erythromycin is an antibiotic that has an effect on the gastrointestinal tract and may help infants with feeding problems.
结论全小肠切除大鼠经肠内喂养后，其残留肠道黏膜细胞的可代偿性表达蔗糖酶和麦芽糖酶。
Conclusions Total small bowel resection caused significant adaptive expression of brush-border sucrase and maltase in the residual digestive tract in the rats after a total small bowel resection.
结论全小肠切除大鼠经肠内喂养后，其残留肠道黏膜细胞的可代偿性表达蔗糖酶和麦芽糖酶。
Conclusions Total small bowel resection caused significant adaptive expression of brush-border sucrase and maltase in the residual digestive tract in the rats after a total small bowel resection.
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