| abstract |
The present invention consists of a quasi-dimensional substrate for cell and tissue growth tasks characterized by a fractal upper surface, on which cells and tissues grow, based on mathematical models that allow precise control of aspects of said surface such as roughness, porosity or size of irregularities, among other characteristics that are critical in cell growth tasks and that are controlled, from the design stage, which allows customized approaches that adapt optimally to the requirements of cells whose growth It wants to promote. |