ELECTROSPINNING OF GELATIN NANOFIBERS: EFFECT OF GELATIN CONCENTRATION ON CHEMICAL, MORPHOLOGICAL AND DEGRADATION CHARACTERISTICS

Electrospinning is a well-known technique that produces polymeric nanofibers using an electrically driven jet of polymer solution. Due to unique properties such as high surface area, porosity, tensile strength and extensibility the materials produced by electrospinning, several applications them in protective clothing, space technology, filtration tissue engineering have been proposed investigated. In this study; we prepared gelatin nanofibrous scaffolds electrospinning method for applications. The beads-free, smooth uniform were successfully fabricated. blend solutions at different weight ratios dissolving solvent mixture containing formic acid, dichloromethane acetic acid. fabricated chemically crosslinked glutaraldehyde vapor. characterized chemical morphological analysis. morphology size distribution curves determined Scanning electron microscopy (SEM). structure was investigated Fourier transform infrared spectroscopy (FTIR) strategy based on can be used develop new biomimetic