Structure and properties of modified B. mori silk fibers by physical and chemical methods are separately studied in this paper.
本论文主要采用了物理和化学的改性方法来对蚕丝纤维进行处理，并分别研究了丝纤维经改性处理后的结构与性能。
Results All measured items mentioned above in B A group were more ideal than those in simple suture group, including the growth speed and number of nerve fibers and SFI.
结果生物粘接端缝合组各项指标均优于对照组，其神经纤维的生长速度、数量明显优于单纯缝合组，SFI的恢复优于单纯缝合组。
The elastic fibers of pulmonary capillary matrix broke in many place of group A but not in group B.
肺出血组肺毛细血管基质弹力纤维多处断裂，对照组阴性。
应用推荐