Electrospinning techniques have bee

Electrospinning techniques have been used to create fibrous scaffolds that mimic the natural ECM for study of in vivo-like phenotypic shape and gene expression (49).


Interestingly, the orientation of electrospun fibers is able to provide contact guidance for the attached cells, and has an impact on their morphology and even their differentiation capacity.


It has been reported that aligned electrospun fibers promote Schwann cell maturation, neurite outgrowth, vascular endothelial cell growth, and myotube formation (6).

The regular alignment of fibers leads to enhanced osteogenic responses in MSCscompared with the fibers having a randomly networked architecture

Results (English) 3:

静电纺丝技术已经被用来创建纤维支架模仿学习的天然ECM在体内表型形状和基因表达（49）。


有趣的是，静电纺纤维的取向是能够提供附加的细胞接触的指导，并对其形态的影响，甚至他们的分化能力。


据报道，对准电纺纤维促进雪旺细胞的成熟，神经突起生长，血管内皮细胞生长，和肌管形成（6）。

纤维规则排列的增强成骨反应mscscompared与纤维具有随机网络架构