PORES & BIOACTIVE SURFACE
Histomorphometrical analysis of human biopsies evaluating the resorption of cerabone® have found only limited evidence for material degradation such as phagocytosed particles of the biomaterial. Once implanted, cerabone® particles will only be resorbed superficially and can be found in the augmentation area after years. Human-like bone structure & excellent hydrophilic Based on its human-like bone structure featured by a three-dimensional pore network and rough surface, cerabone® supports blood clot formation and a fast and efficient penetration with fluids, blood and proteins as demonstrated by its excellent hydrophilic properties. Signaling molecules from the blood are bound and gradually released from the particles, thereby cerabone® provides a long-term depot effect.
The high crystallinity ensure a controlled and slow release of calcium ions to the surrounding tissue . So cerabone® also acts as a calcium reservoir important for bone remodeling. BLABLABLA hier könnten wir auch schon ein bißchen erklären was blut dann so im körper bzw mit dem granulat und dem defekt macht. dazu passt dann auch der nächste punkt:)