The platelet adhesion on surface of fibrillar collagen under high shear rate condition was observed by parallel plate flow chamber with McAb.
利用平行板流动小室技术研究在高剪切力条件下该单抗对血小板在胶原表面黏附的抑制效果。
A parallel plate flow chamber system was developed to produce the definite shear stress in vitro.
利用建立的平板流动小室系统可在体外产生特定的流动剪切力。
Therefore, the parallel plate flow chamber system was developed according to the classical theory and methods.
参照传统平行平板流室的理论和方法，研究适用于体外细胞的流体剪切力加载装置。
Therefore, the parallel plate flow chamber system was developed according to the classical theory and methods.
参照传统平行平板流室的理论和方法，研究适用于体外细胞的流体剪切力加载装置。
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