Fabrication of 3D chitosan -
hydroxyapatite scaffolds using a robotic dispensing system.
Not exact matches
Materials scientist Robert Haddon has demonstrated that the bone - forming mineral
hydroxyapatite will grow around a nanotube
scaffold, replacing the collagen fibrils that grow naturally.
Unlike
hydroxyapatite, the
scaffolds made from sea urchin spines could be cut and drilled to a specified shape and size.
For example, current bioceramics, such as
hydroxyapatite, that have been used as
scaffolds for bone repair tend to be weak and brittle, which can lead to pieces breaking off.