About: %22In vitro%22 studies of the influence of surface properties of selected implant materials on cellular adhesion and proliferation     Goto   Sponge   NotDistinct   Permalink

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  • The influence of surface properties of some commonly used and newly developed implant materials on the adhesion, proliferation and synthetic activity of fibroblasts and osteoblasts in the culture. (en)
  • Vliv povrchových vlastností některých běžně používaných i nově vyvíjených implantačních materiálů na adhezi a na proliferační i syntetickou aktivitu fibroplastů a osteoblastů v kultuře.
Title
  • %22In vitro%22 studies of the influence of surface properties of selected implant materials on cellular adhesion and proliferation (en)
  • %22In vitro%22 studie vlivu povrchových vlastností vybraných implantačních materiálů na charakter buněčné adheze a proliferace
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  • NK7573
http://linked.open...avai/cep/aktivita
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  • fibroblasts;osteoblasts;implant;cytokines;surface free energy;proliferation;degradation;adhesion (en)
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  • The Ti plasma sprayed and the Ti-HA seem to be the most suitable materials for regeneration of bone tissue among tested materials.They exhibit the highest osteoblast and the low fibroblast proliferation as well as the quick formation of thrombus. (en)
  • Pro regeneraci kostní tkáně se jeví jako nejvhod. materiály Ti plasma spray a Ti-HA s ízkou proliferací fibroplastů, le zároveň nejvyšší proliferací osteoblastů.Na těchto materiálech pozorována nejrychl. tvorba krev.sraženiny mezi testovanými kovo.mater. (cs)
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http://linked.open.../cep/klicoveSlovo
  • cytokines
  • degradation
  • osteoblasts
  • proliferation
  • surface free energy
  • implant
  • fibroblasts
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