Unstable soft tissue seal at implants favors an inflammatory reaction that can lead to facial recession, pocket formation and loss of bone support. The more stable and tight the soft tissue seal, the more predictable the outcome of implant rehabilitation. A major criterion influenc

What do we know about cement? How it flows, excessive amounts and hydraulic forces arising from cement can lead to both hard and soft tissue destruction. These concepts and furthermore, how should we mitigate the risks of using cement, will be discussed.

 

Implants are an excellent treatment option for the long–term replacement of missing teeth. For the majority of individuals treatment is straightforward, but a small number of patients will experience biological or technical complications, notably peri-implant disease. The...

In addition to osseointegration, soft tissue integration is of paramount importance for the long-term success of dental implants. A lack of gingival sealing around an implant restoration can lead to biological complications, which can have critical effects in the case of implants...

Residual cement is considered a main causal risk factor for peri-implant disease. Cement remnants causing microbial activity, immune reaction, allergic response, activation of titanium surface may be the route by which bone is lost around implants. Dr Wadhwani discusses the...

Smoking and nicotine consumption have a constrictive effect on blood vessels thereby reducing blood supply. It increases the susceptibility to periodontal inflammatory diseases, dry extraction sockets and wound healing...