1) Purkinje fiber
蒲肯野纤维
1.
Observation of Purkinje fiber and Purkinje fiber-cardiac muscular bundle junction in goat ventricle;
羊心脏蒲肯野纤维和蒲肯野纤维-心肌束连接观察
2.
The CMFU evolved into Purkinje fiber and working cardiac muscle by transverse and longitudinal pattern.
生成单位经横向与纵向2种方式,演化形成蒲肯野纤维和工作心肌细胞;部分Ⅰ型束细胞经Ⅱ型束细胞直接演化为工作心肌。
2) Purkinje fiber-cardiac muscular bundle junction
蒲肯野纤维-心肌束连接
1.
Observation of Purkinje fiber and Purkinje fiber-cardiac muscular bundle junction in goat ventricle;
羊心脏蒲肯野纤维和蒲肯野纤维-心肌束连接观察
3) purkinje fibers
浦肯野纤维
1.
Effects of chromium on the pacemaker current If of sheep cardial Purkinje fibers;
铬对绵羊浦肯野纤维起搏离子流(I_f)的影响
4) Purkinje Cell
蒲肯野细胞
1.
Result: The study shows that the quantities of the Purkinje Cell in the heart of anencephalus are less than those in the heart of normal foetus.
结果:无脑儿心脏的蒲肯野细胞数量明显低于同龄正常胎儿。
2.
By means of stereology the authors have observed the development of the purkinje cells of cerebellar cortex in 35 fetuses of different ages.
本文应用体视学方法，对３５例不同月龄组的胎儿，观察其小脑皮质蒲肯野细胞在发育过程中的变化。
5) Purkinje system
蒲肯野系统
6) Cattail fiber
香蒲绒纤维
1.
The main conclusions are as follows:(1)Cattail fiber shape structure assemblyCattail fiber,obtained from the cattail stick,exist in the form of lobate shape.
我国蕴藏着丰富的香蒲植物资源,目前大部分香蒲绒纤维自生自灭,未得到充分利用,造成了资源的极大浪费,大部分人对蒲绒纤维缺乏了解,对纤维的应用价值没有足够的重视。
2.
The morphological structure of cattail fiber was observed using Scanning Electron Microscope(SEM), Optics Microscope (OM) and 3-D Rotational Microscopy, and the differences of the structure and performance between down, kapok and cattail fiber were compared.
利用扫描电镜(SEM)、光学显微镜(OM)与三维视频显微镜等仪器观察了香蒲绒纤维的形态结构,并将香蒲绒纤维与羽绒、木棉纤维的结构形态进行比较。
补充资料：浦肯野纤维
浦肯野纤维
Purkinje fibers
系心脏传导系统的组成部分，浦肯野纤维是左右束支分布的最后细小分支，这些纤维密布于两个心室的心内膜下层，与普通心肌纤维相连接。浦肯野纤维具有很强的传导能力。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条