Objective to establish a rat model of total small bowel resection.
目的建立全小肠切除大鼠模型。
Conclusions The method of establishing rat model of total small bowel resection is feasible.
结论该全小肠切除大鼠模型创建方法切实可行。
Objectives: to investigate the morphologic changes of the colon in the rats after a total small bowel resection.
目的：旨在研究全小肠切除术后大鼠结肠代偿的形态学改变。
Objective: To investigate the morphologic adaptations of the residual digestive tract in the rats after total small bowel resection.
目的：研究全小肠切除术后，大鼠残留肠道的形态学代偿能力。
Conclusions: After a total small bowel resection and enteral nutrition support, the morphologic compensatory adaptation occurred significantly in the colon.
结论：大鼠全小肠切除术后经过肠内营养支持，结肠发生了极为明显的适应性代偿增生。
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.
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。
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