内耳中的这种细胞是人类听觉不可或缺的一环。之所以称为“毛细胞”，是因为它们在显微镜下看上去就像是在细胞外长出了绒毛。
Hair cells, which took their name because under the microscope they look like cells with little hairs growing out of them, are an essential link in hearing.
在位相显微镜下，这些细胞沿着毛细血管和小静脉壁缓慢滚动，最后停留在一定的位点。
Under phase microscopy, these cells appear to stumble slowly along the walls of the capillaries and venules to come finally to rest at some point.
活体显微镜及荧光染色分析评估趾长伸肌的毛细灌注，细胞损伤和炎症反应。
Intravital microscopy and fluorescent staining assessed capillary perfusion, cell damage, and inflammatory activation within extensor digitorum longus muscle.
显微镜下，嗜铬细胞瘤由一些粉红到紫红的大细胞组成，在毛细血管间呈巢状分布。
Microscopically, a pheochromocytoma is composed of large cells that are pink to mauve and arranged in nests with capillaries in between.
该方法基于共轴球面光学系统的成像原理，通过读数显微镜对吸入待测液体后毛细管的焦点位置进行单一参数的测量，进而计算出待测液体的折射率。
The refractive index was obtained through measuring the focal position of a capillary filled with the liquid by a reading microscope, and doing a calculation with an analytic formula.
普通光学显微镜200倍视野下计数毛细血管数量。
The capillary density was counted under 200 magnified visual field with ordinary microscope.
在显微镜下看吸水性的塑料会发觉它们的颗粒都是布满毛细管的。
Under a microscope, one could find a hygroscopic resin pellet is filled with capillaries.
利用荧光显微镜技术对紧露草雄蕊毛细胞的核穿壁现象进行了观察。
The technique of fluorescent ndcmp is used to observe the occurence of nuclear extrusion in Tradescantia stamen hairs.
采用偏光显微镜(PLM)、差示扫描量热仪(dsc)、毛细管流变仪和拉伸试验机对透明聚丙烯(PP)的结晶形态、热学、流变性、力学性能进行了研究。
In this paper, the crystalline morphology, thermology, rheology and mechanical properties of clarified PP are investigated by PLM, DSC, Rheometer and stretch tester.
接着将单个细胞逐个引入毛细管中，随着毛细管旋转，利用光学显微镜从多个角度获取影像。
Individual cells are then introduced into a capillary tube one by one. As the tube rotates, the light microscope obtains images from many angles.
接着将单个细胞逐个引入毛细管中，随着毛细管旋转，利用光学显微镜从多个角度获取影像。
Individual cells are then introduced into a capillary tube one by one. As the tube rotates, the light microscope obtains images from many angles.
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