Research & Publications

The aim of the present study was to highlight clinical and radiographical differences among MultiNeO™ implants sharing the same macro-geometry but with two different prosthodontic connections

The objective of this study was to evaluate four different MultiNeO™ implant neck designs using two different drilling protocols on the BIC

A comparison of three guided surgery protocols (pilot, partial, and full) with each other and with freehand surgery in terms of accuracy, under the same conditions with MultiNeo™ implant

This study aimed to measure differences in clinical and radiographical parameters between MultiNeO™ implants sharing the same micro & macro design with different connections for 1 year and measure implant success rate, gingival recession, patient's satisfaction, primary and secondary stability

To evaluate the bacterial attachment onto titanium alloy healing abutments differing only in their surface macro-morphology

The aim of this MulitNeO™ study was to evaluate the influence of the length of the root fragment retained on the buccal plate with a different socket shield technique approach for peri-implant bone mainte-nance and socket preservation.

The aim of this study is to evaluate and compare various MultiNeO™ implant coronal part designs on the percentage of bone-to-implant contact (%BIC) and bone density by means of histomorphometry.

The aim of this study was to examine the effect of modified titanium (Ti) surfaces on the initial events of plasma proteins adsorption.

This report had focused on analytical results for titanium implants and on the presentation of various surface structures of . Spiral™ implant have been examined by scanning electron microscopy, qualitative and quantitative elemental analysis of the implant surfaces was performed. To document the surface roughness a 3D roughness reconstruction was performed.