OBJECTIVES: The etiology of the reduced marginal bone loss observed around platform-switched implant-abutment connections is not clear but could be related to the release of variable amounts of corrosion products. The present study evaluated the effect of different concentrations of metal ions released from different implant abutment couples on osteoblastic cell viability, apoptosis and expression of genes related to bone resorption. METHODS: Osteoblastic cells were exposed to five conditions of culture media prepared containing metal ions (titanium, aluminum, vanadium, cobalt, chromium and molybdenum) in different concentrations representing the amounts released from platform-matched and platform-switched implant-abutment couples as a resu...
Implantoplasty is a mechanical decontamination technique that consists of removing the threads and p...
Osteolysis and aseptic loosening currently contribute 75 % of implant failures. Furthermore, with ov...
OBJECTIVES Osteoblasts lay down new bone on implant surfaces. The underlying cellular mechanism a...
Problem: The observed positive effect of the platform-switching concept on peri- implant bone level ...
The improved peri-implant bone response demonstrated by platform switching may be the result of redu...
Osteolysis in the periprosthetic tissue can be caused by metallic wear particles and ions that can o...
poster abstractMini implants (MIs), typically composed of stainless steel (SS) or titanium alloy (Ti...
The ions released from materials used in orthopaedic repair can affect bone remodelling. These ions ...
Ions released from metallic dental materials used in orthodontic appliances could induce undesirable...
The purpose of the present work was to examine the effect of different Ti-6Al-4V surface treatments ...
Ions released from metallic dental materials used in orthodontic appliances could induce undesirable...
Orthopedic metal implant materials may mediate a variety of adverse tissue reactions by releasing io...
Background: Osseointegration is essential for a long-term successful and inflammation-free dental...
The reduced marginal bone loss observed when using the platform-switching concept may be the result ...
The use of metal implants in dental and orthopedic surgery is continuously expanding and highly succ...
Implantoplasty is a mechanical decontamination technique that consists of removing the threads and p...
Osteolysis and aseptic loosening currently contribute 75 % of implant failures. Furthermore, with ov...
OBJECTIVES Osteoblasts lay down new bone on implant surfaces. The underlying cellular mechanism a...
Problem: The observed positive effect of the platform-switching concept on peri- implant bone level ...
The improved peri-implant bone response demonstrated by platform switching may be the result of redu...
Osteolysis in the periprosthetic tissue can be caused by metallic wear particles and ions that can o...
poster abstractMini implants (MIs), typically composed of stainless steel (SS) or titanium alloy (Ti...
The ions released from materials used in orthopaedic repair can affect bone remodelling. These ions ...
Ions released from metallic dental materials used in orthodontic appliances could induce undesirable...
The purpose of the present work was to examine the effect of different Ti-6Al-4V surface treatments ...
Ions released from metallic dental materials used in orthodontic appliances could induce undesirable...
Orthopedic metal implant materials may mediate a variety of adverse tissue reactions by releasing io...
Background: Osseointegration is essential for a long-term successful and inflammation-free dental...
The reduced marginal bone loss observed when using the platform-switching concept may be the result ...
The use of metal implants in dental and orthopedic surgery is continuously expanding and highly succ...
Implantoplasty is a mechanical decontamination technique that consists of removing the threads and p...
Osteolysis and aseptic loosening currently contribute 75 % of implant failures. Furthermore, with ov...
OBJECTIVES Osteoblasts lay down new bone on implant surfaces. The underlying cellular mechanism a...