In dental implant, early bone formation of surrounding implant surface has long been key technology to increase success rate. In this study, in order to enhance bone formation, we stimulated biphasic electrical current with 20μ A/cm2 through temporary healing abutment to a surrounding bone tissues. Developed small sized biphasic electrical current stimulator was integrated in temporary healing abutment with power source and the device was applied for 7 days in early stage of osseointegration in animal experiments. 서
Electrical stimulation (ES) can activate diverse biostimulatory responses in a range of tissues. Of ...
The present invention relates to the electrical treatment of biological tissue. In particular, the p...
Biophysical stimulations with electric and electromagnetic fields have been demonstrated to accelera...
In dental implant, early bone formation of surrounding implant surface has long been key technolog...
Since the discovery of piezoelectric properties of natural bone, electrical stimulation has been wi...
초록 This paper presents an electronic device for enhancing osseointegration of surrounding tissues in...
A dental implant is a unique structure which can be used with a noninvasive method because it is in...
PubMedID: 22103684In an effort to obtain a high-quality bone-implant interface, several methods invo...
In an effort to obtain a high-quality bone-implant interface, several methods involving alteration o...
The degree of osseomechanical integration of dental implants is acutely sensitive to their mechanica...
The aim of the present in vivo study was to measure the bone implant contact area after electrical s...
The overall success and predictability of dental implant treatment hinge on the primary stability, d...
Recently microelectrical current for accelerating bone fracture healing and bone remodeling has been...
AbstractThis study investigated biphasic electric current (BEC) functions as a new type of electrica...
This study investigated biphasic electric current (BEC) functions as a new type of electrical stimul...
Electrical stimulation (ES) can activate diverse biostimulatory responses in a range of tissues. Of ...
The present invention relates to the electrical treatment of biological tissue. In particular, the p...
Biophysical stimulations with electric and electromagnetic fields have been demonstrated to accelera...
In dental implant, early bone formation of surrounding implant surface has long been key technolog...
Since the discovery of piezoelectric properties of natural bone, electrical stimulation has been wi...
초록 This paper presents an electronic device for enhancing osseointegration of surrounding tissues in...
A dental implant is a unique structure which can be used with a noninvasive method because it is in...
PubMedID: 22103684In an effort to obtain a high-quality bone-implant interface, several methods invo...
In an effort to obtain a high-quality bone-implant interface, several methods involving alteration o...
The degree of osseomechanical integration of dental implants is acutely sensitive to their mechanica...
The aim of the present in vivo study was to measure the bone implant contact area after electrical s...
The overall success and predictability of dental implant treatment hinge on the primary stability, d...
Recently microelectrical current for accelerating bone fracture healing and bone remodeling has been...
AbstractThis study investigated biphasic electric current (BEC) functions as a new type of electrica...
This study investigated biphasic electric current (BEC) functions as a new type of electrical stimul...
Electrical stimulation (ES) can activate diverse biostimulatory responses in a range of tissues. Of ...
The present invention relates to the electrical treatment of biological tissue. In particular, the p...
Biophysical stimulations with electric and electromagnetic fields have been demonstrated to accelera...