… Human osteoblasts (SAOS-2) are cultured on single-walled … SWCNT) and nanocrystalline
diamond (NCD) films in order to … of osteoblasts on (i) material substrate (NCD or SWCNT films), …

… In the present work, we focused on osteoblast adhesion onto nano-structured diamond …
(nickel, gold and diamond powder (DP)). The formed diamond nano-structures are presented as …

… diamond films prepared on silicon in this study. Cytocompatibility assays demonstrated
enhanced osteoblast … nanocrystalline diamond compared to submicron diamond grain size films …

… The NCD films were cleaned chemically and terminated by hydrogen using plasma …
Osteoblast-like human cells were seeded on the patterned flat and rough NCD films in McCoy's 5A …

… Raman spectroscopy confirmed overall high diamond quality of the diamond films. Only
in the case of the 6700 ppm sample, which is close to metallic-like doping, did the non-diamond …

… 4 Discussion Osteoblastic cells cultured on nanocrystalline diamond films with differently
terminated micropatterns adhere to such surfaces selectively. Cells preferentially adhere onto …

… of human osteoblast-like MG-63 cells, which was manifested by better-developed focal
adhesion plaques containing talin or vinculin [8]. In human … Diamond thin films are nowadays …

… the identical diamond film (ie, of the same grain size, chemical composition and wettability)
on osteoblasts is … Implications for a possible control of osteoblast behavior are discussed. …

… carbon composite films were not cytotoxic to human osteoblast-like SaOS-2 cells.18, 19 …
NCD films induced human osteoblast proliferation and stimulated specific metabolic activities …

… oxygen-terminated nanocrystalline diamond (NCD) films with either nanoscale … NCD films
and the control polystyrene surfaces. These results suggest that nanocrystalline diamond films …