BIOELECTROCATALYSIS BY PEROXIDASE COIMMOBILIZED WITH N-METHYLPYRROLE

Electrocatalytic properties of a composite system comprising an N-meth ylpyrrole polymer film and peroxidase are studied by the rotating disk electrode technique. The immobilized enzyme activity is shown to depe nd on the composite-system preparation conditions, such as the deposit ion potential, the enzyme concentration in the solution from which it was deposited, and tile composite film thickness. A direct electron ex change between the peroxidase active center and polymer matrix is hypo thesized on the basis of the data obtained.