Topology optimization calculates biomechanical loads to generate a mesiostructure geometry that minimizes material usage while maintaining structural stability.
Composite titanium and acrylic structure reduces denture weight while maintaining strength, and pin-based coupling system simplifies attachment removal.
Human postnatal periodontal ligament stem cells differentiate into cementoblasts and collagen-forming cells to regenerate functional periodontal tissue.
A zirconia dental implant uses a sub-nanometer phosphate coating to improve osteointegration while preventing peeling and inflammation.
An expandable porous tantalum component radially expands into bone to provide initial stability, reducing surgical complexity and preventing bone resorption.
A silk matrix dental barrier membrane provides superior tensile strength and porosity for guided bone regeneration applications.