OBJECTIVES: Titanium–ceramic restorations are currently used, despite the pending
problem of titanium–ceramic bonding, which has only been partially solved. The surface …

The purpose of this investigation was to create an acid-etched implant surface that is similar
to that created by sandblasting combined with acid etching and to compare it with the …

In the present study we characterized titanium (Ti) surfaces submitted to different treatments
and evaluated the response of osteoblasts derived from human alveolar bone to these …

OBJECTIVE: This study evaluated the effect of different chemical surface treatments on the
surface characteristics of commercially pure titanium (cp Ti) and the adhesion of the …

This new volume on applications and advances in tissue engineering presents significant,
state-of-the-art developments in this exciting area of research. It highlights some of the most …

This study investigated the bonding of dental porcelain to non-cast Ti surface with different
treatments. Mechanically ground noncast Ti strips, simulating surface conditions produced …

Cordless retraction paste material for gingival retraction in implant dentistry has recently
become of interest to the clinician. However, few studies have been conducted on the use of …

Objective This study examined the potential of the in vitro osteogenesis of
microtopographically modified surfaces, RBM (resorbable blasting media) surfaces, which …

Biomaterials used to replace the natural function of a defective organ/tissue can be
classified as either synthetic (such as metals, polymers, and ceramics) or biological …

Einleitung Dentale Implantate aus Titan und Zirkonoxid weisen je nach Fertigungsprozess
unterschiedliche Rauheiten auf, für deren Beschreibung sich der auf dreidimensionalen …