酶原颗粒

肝胰腺的胰腺细胞的酶原颗粒减少。

Zymogen granule in hepatopancreas decreased .

参考Barta技术方法，提出腺泡细胞分带方法，比较客观地阐述酶原颗粒在细胞三带分布特点。

A relatively objective illustration was given to the distributive characters of zymogen granule in three bands of acinar cell .

电镜下ANP各组腺泡细胞粗面内质网扩张、酶原颗粒增多。

Electron microscopy showed that ANP induced mild endoplasmic reticulum dilatation and increase in zymogen granules .

电镜观察显示：AEP组有大小不等的酶原颗粒聚集于细胞内。

Ultrastructural examination demonstrated accumulation of zymogen granules in the acinar cells in Group II .

2组酶原颗粒数量和面积定量分析显示，在60min达最高后呈缓慢下降，2组差异无显著性意义（P005）。

The latter two decreased , bat there was no significant difference ( P 0 05 ) . The change of the mean number and mean area of zymogen granules were not significant different between the EN group and PN group ( P 0 05 ) .

胰腺腺泡细胞酶原颗粒超微结构研究

Ultrastructural study of the zymogen granule in pancreatic acinar cell

酶原颗粒减少，线粒体肿张。Ⅰ和Ⅱa组背胰及Ⅲ组背、腹胰未见异常。

In ventral pancreas of Group I and IIa and the dorsal .

体积亦显著增大，空泡之间或空泡与酶原颗粒间互相融合成大空泡。

Their volume also greatly increased , and large vacuoles were formed by fusion between vacuoles and vacuoles of zymogen granules .

结果表明：（1）各消化器官的组织结构中富含酶原颗粒和分泌颗粒，这些颗粒具有消化和抗病的功能；

The histological structure of digestive organs are made up of the zymogen granules and secretory granules , these granules are related to the function of digest and anti-disease .

电镜下，胰腺泡细胞内有非常发达的粗面内质网，排列呈板层状，靠近腺泡腔的胞质中有许多大而圆的酶原颗粒。

There are very developed rough surfaced endoplasmic reticulums ( RER ) which was lamellar arrange in cytoplasm of acinar cells and there are much zymogen granules in cytoplasm where approach the lumen of acinus under the electron microscope .