分泌泡

第Ⅲ脑室脉络丛上皮细胞可见大量细长微绒毛，分泌泡及丛上细胞较少。

On the surface of choroid plexus epithelium in third ventricle many long microvilli , few secretory vesicles and epiplexus cells could be found .

结果侧脑室壁室管膜上皮细胞游离端呈不规则多边形，可见纤毛及微绒毛，偶见分泌泡。

Results The free face of ependymal cells in lateral ventricle was unregular polygon . Cilia , microvilli and scanty secretory vesicles were found .

侧壁分泌泡较多，纤毛丰富；

While in the lateral wall of third ventricle many secretory vesicles and cilia were found .

六味地黄汤组较模型组内膜厚，占子宫壁的1／3-2／3，上皮中分泌泡多，固有层中子宫腺多，血管丰富。

The uterus endometrium in liu-wei-di-huang soup group was thicker than model group , and it is 1 / 3-2 / 3 of uterus wall .

睫状环游离面也存在纵行的微嵴，该处上皮细胞表面的微绒毛及分泌泡数量均较睫状突上皮者少。

The free face of ciliary ring also had longitudinal cristae , and on the surface of its epithelium less microvilli and secretory vesicles were observed .

大鼠子宫组织形态学变化：模型组较假手术组内膜薄，仅占子宫壁1／3，上皮中分泌泡少，固有层中子宫腺少，腺腔小；

The change of rats uterus tectology : The uterus endometrium in model group was thinner than sham operated group , it is only 1 / 3 of uterus wall , and secretory material decrease in epithelium , uterus gland of basic-layer decrease , gland cavity decrease .

进而对使用吖啶橙（AcridineOrange）标记的大鼠胰腺β细胞分泌囊泡进行观察。

Furthermore , the rat pancreatic β cell secretory vesicles labeled by acridine orange was observed by using this technique .

Synaptotagmin（Syt）是一个广泛存在于神经和内分泌细胞内的分泌囊泡上的蛋白质家族。

Synaptotagmin ( Syt ) is a large protein family existed on secretory vesicles and granules in neuron , neuroendocrine and endocrine cells .

目的：通过追踪胰腺β细胞株MIN6细胞内单个分泌囊泡的运动轨迹研究胰岛素的动态分泌过程和影响因素。

Objective : To study the exocytosis of pancreatic β cell line ( MIN6 ) by tracing the single secretory granule motion .

以三维荧光反卷积显微技术研究活体细胞中分泌囊泡的空间分布

Use of Three-dimensional Fluorescence Deconvolution Microscopy for Study of Spatial Distribution of Secretory Vesicles in Living Cells

该分泌器横亘囊泡膜层，可做为披衣菌与宿主细胞细胞质之间的通道。

This apparatus , which spans the membrane of the entry vacuole , serves as a conduit between the bacteria and the cytoplasm of the host cell .