Purpose : The purpose of this pilot experiment was to evaluate early bone response in two types of coated implants using the rabbit tibia model. Materials and Methods : Screw type titanium implants manufactured with a calcium metaphosphate (CMP) coating and hydroxyapatite (HA) coating were placed in the tibiae of 3 New Zealand White rabbits. The bone responses at 2 weeks after insertion were evaluated and compared by histomorphometry. Results : There was no significant difference in bone-to-implant contact between the groups (P>.05). However, some qualitative differences on histologic views were found. Conclusions : CMP-coating is suggested to be the preferred candidate for fast osseointegration over HAcoating
Background. Scientific evidence in the field of implant dentistry of the past 20 years established t...
Background. Scientific evidence in the field of implant dentistry of the past 20 years established t...
Background: Topography and presence of bio-mimetic coatings are known to improve osseointegration. T...
This study aimed to compare two different implant surface treatments of the implant system Bi-Implan...
PURPOSE. One of the major keys to achieve successful osseointegration of the implant is its surface ...
OBJECTIVES: The surface properties of titanium dental implants are key parameters for rapid and inti...
peer reviewedThe aim of this Study was to evaluate quantitatively the behaviour of in vivo hydroxyap...
OBJECTIVES: The aim of the present study was to evaluate a Ca-P coated implant surface in a rabbit m...
Background: Novel implant surface treatments with a nanothickness bioactive ceramic deposition onto ...
Background/purpose: Surface properties are one of the major keys of successful implant osseointegrat...
grantor: University of TorontoThe purpose of this study was to compare the healing respons...
grantor: University of TorontoThe purpose of this study was to compare the healing respons...
OBJECTIVES: To study the healing of defects around titanium implants filled with biphasic calcium ph...
Background. Scientific evidence in the field of implant dentistry of the past 20 years established t...
Background. Scientific evidence in the field of implant dentistry of the past 20 years established t...
Background. Scientific evidence in the field of implant dentistry of the past 20 years established t...
Background. Scientific evidence in the field of implant dentistry of the past 20 years established t...
Background: Topography and presence of bio-mimetic coatings are known to improve osseointegration. T...
This study aimed to compare two different implant surface treatments of the implant system Bi-Implan...
PURPOSE. One of the major keys to achieve successful osseointegration of the implant is its surface ...
OBJECTIVES: The surface properties of titanium dental implants are key parameters for rapid and inti...
peer reviewedThe aim of this Study was to evaluate quantitatively the behaviour of in vivo hydroxyap...
OBJECTIVES: The aim of the present study was to evaluate a Ca-P coated implant surface in a rabbit m...
Background: Novel implant surface treatments with a nanothickness bioactive ceramic deposition onto ...
Background/purpose: Surface properties are one of the major keys of successful implant osseointegrat...
grantor: University of TorontoThe purpose of this study was to compare the healing respons...
grantor: University of TorontoThe purpose of this study was to compare the healing respons...
OBJECTIVES: To study the healing of defects around titanium implants filled with biphasic calcium ph...
Background. Scientific evidence in the field of implant dentistry of the past 20 years established t...
Background. Scientific evidence in the field of implant dentistry of the past 20 years established t...
Background. Scientific evidence in the field of implant dentistry of the past 20 years established t...
Background. Scientific evidence in the field of implant dentistry of the past 20 years established t...
Background: Topography and presence of bio-mimetic coatings are known to improve osseointegration. T...