Search for: [Abstract = "The ambition of current bone biomaterials research is to design implants that induce controlled, guided, successful and rapid healing. Tiatnium and its alloys are most widely used biomaterials in hard tissue surgeries. Numerous studies have proved that the osteoblastic cells are better adapted to a nanoscale environment rather to microscale niche. Nanoporous materials are in the focus of scientific queries due to their exclusive properties and very broad area of applications. One of such material is nanostructured anodic titanium oxide \(ATO\) with highly ordered, vertically aligned nanotubes. It is hypothesized that nanotopography of TiO2 nanotubes more closely mirror the porous structure of native bone enhancing optimal interactions for contact osteogenesis. Yet, the best nanopore size have not been fully explored and established. Stem cells are regarded as very promising and inviting tool for tissue engineering and cell\-based therapies. Adipose derived stem cells \(ASCs\) offer many interesting opportunities for regenerative medicine. They represent many advantages over other mesenchymal progenitors \(large deposits, easier, safer and less invasive accessibility, established isolation procedure, etc.\) The important goal of tissue engineering is to direct stem cells differentiation into a specific, desired cell lineage. Aim\: The aim of this study was to assess cell response,"]

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