Developing effective bone regeneration therapy is a clinically important long-term goal.
Advances in bone regeneration therapy will require innovative molecular biology and tissue engineering-based technologies.
This study further presents a new strategy for local regeneration therapy of the dentin-pulp complex.
Mesenchymal stem cells in bone development, bone repair, and skeletal regeneration therapy.
The transplantation of cultured bone cells is expected to become a candidate for bone regeneration therapy.
The former two ceramic scaffolds proved to be applicable for bone regeneration therapy.
This finding reinforces the need to fabricate bioengineered matrices that mimic living tissue matrices for tissue regeneration therapy.
This paper overviews the recent status of tissue regeneration therapy based on the DDS technology of bio-signaling molecules.
PLGA microspheres were used for carrying an encapsulated protein and adhered stem cells on its surface, proposing a tool for regeneration therapy against injured tissue.
Stem cells from human exfoliated deciduous teeth (SHED) are a good source of dental tissue for regeneration therapy, and can be obtained using different primary culture methods.
The use of CAPCs offers cell-based bone regeneration therapy, affording complex bone regeneration across a wide area, and thus expanding the indications for dental implants.
