Peri‐implant tissues morphometry at SLActive surfaces. An experimental study in the dog

Abstract

The tissue changes observed during the healing were similar to those from historic controls studying healing in a chamber adjacent to implants. Hence, the characteristics of the implant surfaces may not be reflected in the tissue composition adjacent to the implant but rather affect the adhesion of tissue onto the implant surfaces.

Healing at the interface between recipient sites and autologous block bone grafts affixed by either position or lag screw methods: a histomorphometric study in rabbits

“…; Favero et al. ). The healing in the internal zone appeared to follow a slightly different pattern compared to the other two zones.…”

Morphometric evaluation of the early stages of healing at cortical and marrow compartments at titanium implants: an experimental study in the dog

“…In another experiment in dogs (Favero et al. ), the percentages of tissue components were evaluated in paraffin sections around a SLActive ® surface after different periods of healing. Provisional matrix reached percentages of 33% and 37% already after 4 and 7 days of healing, respectively.…”

Sequential morphometric evaluation at UnicCa® and SLActive® implant surfaces. An experimental study in the dog

“…In another experiment in dogs (Favero et al. ), the healing at a SLActive ® surface was morphometrically analyzed after various periods of healing. Provisional matrix was found at a percentage of 33% already after 4 days and, after 7 days, reached 37%.…”

“…; Favero et al. ). It has been shown that the healing at implant surface started with the formation of a coagulum, followed by a granulation tissue and the development of a provisional matrix.…”