Commentary on “,predicting the dental implant stability based on the antiresonance phase of a piezo-based impedance sensor”

[摘要] Stability both at placement and during function is an important criterion for the success of dental implants. Primary implant stability at placement is a mechanical phenomenon that is related to the local bone quality and quantity, implant geometry, and placement technique used. Secondary stability is attributable to bone formation and remodeling at the implant/tissue interface.[1,2] The methods used to assess primary stability have been categorized as destructive (histologic, tension test, removal torque analysis, and push‑out/ pull‑out test) and nondestructive methods (radiographic imaging, cutting torque resistance, reverse torque, percussion test, modal analysis and Implatest, pulsed oscillation waveform, Periotest, and resonance frequency analysis).