Electrospun poly-L-lactic acid/nanohydroxyapatite nanofi brous composite as a potential bone tissue replacement material

]. Mechanical properties of polymeric nanofi brous material and its biocompatibility and, in some cases biodegradability, make it highly preferable material for bone sub-stitution applications. However, the chemical composition of most of the commonly used polymers does not promote bone mineralization. To overcome this obstacle, the fi brous nanocomposite structure of poly-meric/nanohydroxyapatite materials was proposed [