Study on Enhancement of Osseointegration of the Bio-Active Titanium Implant by Low Intensive Ultrasound Wave

Abstract

We have already reported the in vitro effect of the ultrasound wave stimulation for the hydroxyapatite-like crystalline formation on bioactive pure titanium surface in previous study ( Part I )

The study on material surface on the effect of the Low-Intensity Pulsed Ultrasound (LIPUS) for Osseointegration of the Hydroxyapatite coating dental implant

“…We have also already reported that the osseointegration of some bioactive materials was enhanced by the pulsed ultrasound radiation [12][13][14], the present review demonstrates the fact that LIPUS could accelerate the osseointegration (direct bone-bonding ability) of implant surface side due to the induce of bone-like hydroxyapatite formation on the surface.…”

Effect of Dioxane and N-Methyl-2-pyrrolidone as a Solvent on Biocompatibility and Degradation Performance of PLGA/nHA Scaffolds

“…Formation of a biologically active bone-like apatite layer on artificial material is a necessary requirement for bonding to the living bone [34,35] . Bioactive materials are intended to induce a biological activity, which can lead to strong bonding to bone [36] . Bioactivity of GN0, GN25, GN35, GN45, GD0, GD25, GD35, and GD45 scaffolds were investigated by their incubation in SBF solution (Table 2) [37] .…”

Computer simulation and equipment fabrication of LIU ultrasound in the treatment of knee joint degeneration

“…Scholars carried out a large number of randomized controlled trials on ultrasound therapy for knee arthritis [7], which have confirmed the effectiveness of ultrasound knee pain treatment. Several researchers believe that low-intensity pulsed ultrasound is more effective than continuous ultrasound in relieving pain [8].…”