… in this study, diamond-like carbon (DLC) coating is initially fabricated on PEEK using C 2 H
2 + Ar plasma immersion ion implantation (PIII)… The in vitro response of human osteoblasts to …

… osteoblast recruitment and differentiation to achieve bone … + release from the coating promoted
surface biomineralization [206]. … for a single layer of DLC coating that can explain the high …

… -DLC) and deposited for orthodontic mini-screw implants, which show less cytotoxicity and
can be applied to dental implant … the effects of surface modification on primary osteoblast cell …

… Bone implants should support bone growth at the implantation site via promotion of osteoblast
… In another study, diamond-like carbon and diamond-like carbon with silver nanoparticles …

… bone grafts by magnetron co-sputtering method, and performed in vitro studies which
demonstrated improved bioactivity and biomineralization can be achieved with the as-prepared …

… Similarly, DLC has shown higher osteoblasts adhesion than carbon nitride, … implants need
hard DLC coatings. Non-load carrying invasive implants may be coated with softer DLC as …

… different types of metallic implants, this review focuses on bioceramic coatings that can be
… Various coating strategies and applications are described and discussed, with emphasis on …

… DLC coated substrates show better surface coverage of cells and … of osteoclasts and
osteoblasts, facilitating bone regeneration [257]… In addition to that, superior in vitro …

… in the enhancement of implants' abrasive resistance. The diamond like carbon (DLC) films …
be potentially used for modifying the surface of joint implants. Concerning recent reports, such …

… and effective method for preparing bioactive coatings on PEEK bone implants, and has the …
The spectrum of cellular responses to osteoblastic activity encompasses several phenomena, …