Abstract

In the few last decades, tissue regeneration has gained considerable attention in clinical research, becoming one of the hotspots that holds great expectation as a possible remedy to tissues diseases by providing specific treatment for repairing damaged tissues or even to create organ components [1]. Among the different methods of investigations by academies and industries, electrospinning is definitely considered one of the most simple and promising tools for tissue repair and regeneration [2]. Several studies and industrial applications have been carried out and are currently available in the literature on the use of electrospinning method for tissue regeneration, mainly due to the peculiar ability of these processes for generating ultrathin fibers. However, in spite of the progress in this field, such techniques need to be further studied [3].