Glycerol Flow through a Shielded Coil Induces Aggregation and Activity Enhancement of Horseradish Peroxidase

Glycerol has found its applications as a heat-transfer fluid in heat exchangers, and component of functional liquids biosensor analysis. Flowing non-aqueous fluids are known to be able induce electromagnetic fields due the triboelectric effect. These triboelectrically generated can affect biological macromolecules. Horseradish peroxidase (HRP) is widely employed convenient model object for studying how external electric, magnetic, enzymes. Herein, we have studied whether flow glycerol ground-shielded cylindrical coil affects HRP enzyme incubated at 2 cm distance near coil’s side. Atomic force microscopy (AFM) been order study effect on nanoscale. An increased aggregation mica observed after incubation coil. Moreover, enzymatic activity also affected. The results reported that their application biotechnology, food technology life sciences applications, considering development generators, enzyme-based biosensors bioreactors with surface-immobilized Our work interest scientists phenomena, representing one more step toward understanding mechanism indirect action dielectric liquid