Protocolo para la evaluación de propiedades mecánicas y biológicas de scaffolds poliméricos de PEG con puntos de carbono embebidos en nanohidroxiapatita para aplicaciones en regeneración de tejido óseo

The shortage of bone donors and the risks produced by allografts and autografts in bone regeneration therapy represent an obvious limitation in the treatment of patients who have undergone bone regeneration therapy. regeneration therapy represent an evident limitation in the treatment of patients who have suffered severe trauma or pathologies affecting their bones. severe trauma or pathologies affecting their bones. Bone regeneration with scaffolds as a guide represent an obvious limitation in the treatment of patients who have suffered severe trauma or pathologies affecting their bones. as a guide, represent a reliable alternative to improve osteoconduction and osteoinduction, due to their interconnected porous structure. due to their interconnected porous structure which improves nutrient transport and cell adhesion processes. cell adhesion. This project aims to develop polymeric PEG scaffolds with nanohydroxyapatite emulsion. nanohydroxyapatite embedded in carbon dots, for their subsequent mechanical evaluation focused on the application in regeneration the application in bone tissue regeneration.