小肠绒毛高度相对增加，隐窝细胞变性、坏死。
Additionally, degeneration and necrosis of crypt cells were found in experimental groups.
综述近年来开展IEC - 6小肠隐窝细胞药理研究的成果。
Achievements of pharmacological studies on IEC-6 small intestinal crypt-like cells (IEC-6 cells) were reviewed.
病理切片观察结果显示，重组人KGF-2突变体给药能够促进小肠隐窝细胞的增生，加快受损肠黏膜上皮的修复。
The results of pathological tissue slice showed that administration of the KGF-2 mutant could promote the proliferation of intestinal crypt cells, and restore the injured intestinal mucosa.
结果表明，叶酸或亚叶酸可以保护肠隐窝中分化程度较低的细胞。
The results suggest that folic acid or folinic acid can protect the less differentiated cells in the intestinal crypts.
基因靶标研究显示t CF 4是维持小肠的隐窝干细胞所必需的(6,7)。
Gene targeting studies indicate that TCF4 is required to maintain the crypt stem cells of the small intestine (6, 7).
有研究表明，大肠癌起源于大肠隐窝干细胞，其基因突变和异常增殖导致大肠癌发生。
It is demonstrated that the cancer cells originated from intestinal crypt stem cells, which are responsible for gene mutation, abnormal tissue proliferation and then cancer formation.
病理学表现提示：隐窝上皮细胞凋亡、缺失，隐窝结构破坏，上皮和黏膜固有层不同程度的淋巴细胞浸润。
Pathological findings included crypt epithelial cell apoptosis and dropout, crypt destruction and variable lymphocytic infiltration of epithelium and lamina propria.
目的观察9402号对小鼠小肠隐窝上皮细胞的增敏作用。
Objective to observe on the effect of 9402 to the sensibility of the epithelia of mouse small intestinal crypts.
组织学表现为皮肤、黏膜糜烂或溃疡，大量中性粒细胞浸润伴上皮内微脓肿及隐窝微脓肿。
Most of cases showed erosion and ulcer in skin or mucosa, abundant neutrophil infiltrations with microabscess formation.
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。
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。
The columnar epithelium of intestinal crypts have hybridize signal, but basal epithelium of intestinal crypts have not hybridization signals.
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