1. Background: Normal intestinalepithelium serves as physical barrier to limit access of enteric microbes.
背景：正常肠上皮作为物理屏障能限制肠道微生物的入侵。
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2. OBJECTIVE To study the delivery mechanism of trans-intestinal epithelium transportation of insulin liposome.
目的：在细胞水平研究胰岛素脂质体的口服吸收机制。
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3. Morphogenesis of EC cells of the human fetal small intestinalepithelium has been studied with immunohistochemical double PAP method.
本文用免疫组化双PAP法研究人胚胎小肠EC细胞的形态发生。
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4. Some sections were stained with HE to count the numbers of apoptotic bodies(NAB) in the fetal intestinalepithelium with stereological method.
部分切片经HE染色，体视学法计数肠上皮中的凋亡小体；
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5. They had never been found elsewhere but in the intestinalepithelium and this phenomenon supports the theory that EC cells are derived from endoderm.
上皮外未发现EC细胞，作者赞同肠道内分泌细胞的内胚层起源学说。
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6. Subsequent use of somatotropin can promote the spontaneous close of enteric fistula and the adaption of intestinal epithelium both in function and structure.
后期使用生长激素有促进肠外瘘自愈和肠康复的双重作用。
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7. Results Expression of RS1 was found in the intestinalepithelium. But there was higher expression in the liver, kidney and spleen of the radiation injured mice.
结果RS1在辐射损伤小鼠除在肠上皮表达以外，在肾、肝、脾等多处表达，其中脾脏和肾脏的表达较高。
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8. The little blue organisms lined up along the brush border of the small intestinalepithelium are Cryptosporidia. This infection causes diarrhea in immunocompromised hosts.
沿着小肠上皮刷状边缘排列的呈蓝色的病原体是隐孢子虫。隐孢子虫感染使免疫缺陷病人腹泻。
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9. Objective to investigate the relationship between the apoptosis of intestinalepithelium and characteristics of intestinal mucosal ischemia-reperfusion damage and repair after injury in rats.
目的探讨小肠黏膜缺血损伤及再生修复的特征及规律，以及与肠上皮细胞凋亡的关系。
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10. Objective To study the effects of GLP-2 on modulation of intestinal mucosa epithelium tight junction in obstructive jaundice rats.
目的探讨类高血糖素多肽- 2 (GLP - 2)对实验性梗阻性黄疸小肠上皮细胞紧密连接的调控。
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11. The columnar epithelium of intestinal crypts have hybridize signal, but basal epithelium of intestinal crypts have not hybridization signals.
在回肠隐窝的中、上部柱状上皮细胞中有强的杂交信号，而在隐窝的底部上皮细胞中无杂交信号。
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12. The columnar epithelium of intestinal crypts have hybridize signal, but basal epithelium of intestinal crypts have not hybridization signals.
