Polyvinylidene fluoride nanocomposite scaffolds for cell culturing and their preparation

摘要

The present invention is poly to either maximize the beta phase containing exhibit piezoelectric properties after mixing with the carbon nanotubes to the polymer material, polyvinylidene fluoride exhibit piezoelectric properties manufacturing them directly to the film, and through a stretching and polarized processes or electrospinning vinylidene fluoride through the manufactured film stretching and polarization process then primarily by increasing the piezoelectric properties sikimeuroseo maximize the content on the beta exhibit piezoelectric properties as well as excellent in deposition and proliferative capacity of cells poly for physical performance is excellent cell culture vinylidene fluoride relates to a nanocomposite and a method of manufacturing the scaffold. The as yet, as the configuration is the deposition and proliferation ability of the scaffold are cells for cell culture of the present invention excellent that excellent also the physical performance of the piezoelectric properties and the scaffold, and can be easily coated on the inner wall of the cell culture vessel after the other film production no harmful chemical compounds in the human body to go through the process because š door, eliminating the need for post-processing and purification steps that the manufacturing process is simple.;