Surface topography of an orthopedic implant plays an essential role in the regulation of
bone formation with surrounding bone tissue. To investigate the effects of surface …

Introduction The surfaces of endoosseous dental implants have been subjected to
numerous modifications in order to create a surface which can provide rapid bone healing …

Titanium implant surface etching has proven an effective method to enhance cell
attachment. Despite the frequent use of hydrofluoric (HF) acid, many questions remain …

The increased demand for implants that do not pose a threat to patients diagnosed using
high-resolution magnetic resonance imaging and concerns arising from titanium allergies …

The aim of this study was to investigate a novel and convenient method of chemical
treatment to modify the hydrophilicity of titanium surfaces. Sand‐blasted and acid‐etched …

Objective. The present study aimed to investigate the effect of fluoride‐modified titanium
surface on adhesion of irradiated osteoblasts. Materials and Methods. Fluoride‐modified …

Increased mesenchymal stem cell (MSC) activity on hydroxyapatite (HA) bone tissue
engineering scaffolds will improve their viability in diffusion‐based in vivo environments and …

To evaluate human osteoblast metabolic activity cultured in medium conditioned with
commercially pure titanium after surface treatments with alumina or ceramic grit-blasting …

Biomedical Ti6Al4V Eli alloy discs were subjected to blasting, anodisation and ultra viola
(UV) treatments under the same manufacturing conditions with implants. These different …

Objective Evaluate the biological performance of titanium alloys grade IV under different
surface treatments: sandblasting and double etching (Experimental surface 1; Exp1 …