Wound healing method with Lorentz fields: Numerical studiesand animal experiments

Wound healing has been and will continue to be an important problem through- out human history. This study proposes a novel approach with Lorentz fields to accelerate wound healing. This approach is based on electric field-based Lorentz fields generated over static magnetic fields induced by ultrasound. The research consists of numerical studies and animal experiments. In the numerical studies, a two-dimensional wound model was developed. In this model, acoustic pressure was applied at different angles and focusing methods, and the interactions of these pressures on the static magnetic field were analyzed. In animal experiments, the effects of static magnetic field, ultrasound, and the proposed hybrid Lorentz field method were observed. Both numerical and experimental studies show that this research presents important findings and has the potential to accelerate the wound healing process. The proposed method offers an alternative approach to traditional wound healing methods.