Bone healing around XXXX and @entity23772 -coated dental implants with three surfaces: an experimental study in @entity35 .

@entity23772 @entity702 @entity11721 @entity35
BACKGROUND: @entity23772 ( @entity11721 ) has been used in many fields as a coating of surgical instruments, with the purpose of creating materials more resistant to wear and corrosion and also reducing adhesion. PURPOSE: The aim of this study was to evaluate the biocompatibility of @entity11721 -coated dental implants. MATERIALS AND METHODS: Forty-five @entity35 were used in this study. One hundred eighty 2 mm x 2 mm implants (P.H.I. San Vittore Olona, Milano, Italy) were used. The implants were divided into the following three groups: Group 1 (n = 60): 30 machined and 30 machined coated with Group 2 (n = 60): 30 sandblasted and 30 sandblasted coated with Group 3 (n = 60): 30 @entity702 plasma sprayed, 30 @entity702 plasma sprayed and coated with @entity11721 Four implants were placed in each @entity35 , two implants coated with @entity11721 on the right tibia and two uncoated implants on the left. The animals were killed after 5, 10, 20, 30, or 60 days. Another 18 implants were used for surface roughness analysis. RESULTS: The present study showed that the healing around the @entity11721 -coated implants was similar to that observed around the uncoated surfaces. CONCLUSIONS: @entity11721 coating demonstrated a good biocompatibility, did not have untoward effects on the periimplant bone formation, and did not change the surface roughness values.
