Nanoimprinted SLA Implants Enhance Early Osseointegration Compared with a Hydrophilic SLActive Surface: Interfacial Biomechanical Analysis in a Rabbit Model.
PURPOSE To evaluate whether hierarchical nano-in-micro (NIM) architecture combined with biofunctional chemistry enhances early osseointegration compared with a hydrophilic SLActive surface and to characterize interfacial biomechanics using a newly developed continuous removal torque-rotation (RTQ-rotation) analysis sys...