Phytase Immobilization on Electrospun Polymer Blends Nanofiberous-Nanomembrane

Electrospun nanofibers are of great interest in the field of biosensor manufacturing and enzyme immobilization application. In recent years , in a variety fields such as medical application , chemical industries[1] , food industries and pharmaceutical , health products and biosensor fabrication[2] , uses different kinds of biosensors which can employ the intelligently of biological materials to identify unknown compositions or compounds and react with them. Moreover, one of the most important factors in activity and performance of each biosensor , is the effective immobilization of enzymes. A variety of biopolymers such as starch compounded synthetic polymers like polyacrylamide(PAAm) , have been proposed as promising candidates for biosensor. Because of biocompatibility, its low cost, chemical and mechanical properties and easily electrospinning; PAAm and starch are attractive matrix for enzyme immobilization