1. After digestion by plasmin, the collagen fibrillar network was destructed.
经过纤溶酶消化后，玻璃体胶原纤维的网状结构破坏。
youdao
2. Objective To reveal the fibrillar network in vitreous and the effect of plasmin on this network.
目的观察玻璃体胶原纤维的空间结构及纤溶酶对其空间结构的影响。
youdao
3. SEM: A rough surface with fibrillar fragment was presented in partial-thickness lesions district.
扫描电镜结果：显示病变软骨表面纤维化明显，纤维碎片形成。
youdao
4. The resistance to rupture depend greatly on fibrous cap's content of fibrillar interstitial collagen.
斑块纤维帽中能抵抗破裂的主要成分是基质胶原。
youdao
5. Another copolyester B-ET was treated by permanganic etches, also demonstrating the fibrillar banded texture.
特别是非平面构象、B-ET用高锰酸钾刻蚀也观察到微纤的条带织构。
youdao
6. The nucleus possesses a center nucleolus with fibrillar centers, dense fibrillar component and granular component.
研究结果表明：细胞核具有中央核仁，核仁可以看到明显的纤维中心、致密纤维中心和颗粒结构。
youdao
7. It was found that under optical microscopy the fibrillar reticulations and the tiny purple-reddish granules in monocytes.
结果光镜下观察到单核细胞胞浆中有纤丝样网状物质和微小的紫红色颗粒；
youdao
8. The fibers have obvious fibrillar structure and extremely high orientation with the highest orientational factor up to 0 99.
纤维拥有显著的原纤化结构，并具有极高的取向度，最高取向参数高达0 . 99。
youdao
9. The preparation of nanometer fibrillar MnO_2 by liquid-phase reaction and its capacitive performance as electrode material are investigated.
研究液相还原法制备纳米级纤维状MnO2的过程及其作为电极的电容特性。
youdao
10. 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。
youdao
11. Two different types of phase morphologies take place in copolymers with various compositions, that is, inter-lamellar and inter-fibrillar segregation.
同时，随共聚组成变化，共聚物呈现不同的相分离形态。
youdao
12. The goal of this study is to elucidate whether the size or molecular weight is a key factor to which a protein assembly into a fibrillar structure with cytotoxicity.
本文研究的目的在于阐明蛋白的尺寸和分子量的大小是否是影响蛋白质聚集成有毒性的纤维结构的关键因素。
youdao
13. A certain degree of free fibrillar structure was observed on the fiber surface due to the sheath structure of the fiber subjected to the greater drawing and orientation.
纺丝过程中纤维皮层结构受到更大的拉伸取向作用，并在纤维表面出现一定游离原纤化结构。
youdao
14. The results showed that after 24 h in culture a number of protruding vesicles, as well as a small amount of fibrillar component were formed on the surface of protoplasts.
结果表明，离体培养24小时的原生质体表面产生一些突起小泡，有时可见少量纤维组分的形成。
youdao
15. When the content of PEA is less than 10%, the blends are well-spinnable, and the composite fibers have a well-developed highly oriented fibrillar structure along the fiber axis.
且PEA含量低于10％时，共混物的可纺性好，复合纤维在流动方向形成明显的取向微纤；
youdao
16. When the content of PEA is less than 10%, the blends are well-spinnable, and the composite fibers have a well-developed highly oriented fibrillar structure along the fiber axis.
