为了研究纳米纤维膜的体内生物相容性，我们在兔子背部皮下植入不同纤维膜。

To study the in vivo biocompatibility of nanofibrous membranes, we implanted different fibrous membranes subcutaneously on the back of rabbits. The results showed that different nanofibrous membranes had good biocompatibility. Implantation of materials will cause a series of immune responses in the body, including acute inflammation, chronic inflammation, foreign body reaction, and fibrous capsule formation, etc. 45, which are determined by the degree of surgical injury and the type of material 46.

To investigate the in vivo biocompatibility of nanofiber membranes, we implanted different fiber membranes subcutaneously on the back of rabbits. The results show that different nanofiber membranes have good biocompatibility. After material implantation, it can cause a series of immune reactions in the body, including acute inflammation, chronic inflammation, foreign body reaction, and fibrocystic formation, which are determined by the degree of surgical injury and material type.

In order to study the biocompatibility of nano-fiber membranes in vivo, we implanted different fiber membranes under the back of rabbits. The results show that different nanofiber membranes have good biocompatibility. Implantation of materials will cause a series of immune reactions, including acute inflammation, chronic inflammation, foreign body reaction and fibrous capsule formation, which are determined by the degree of surgical injury and the type of materials.