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An Entity of Type : http://linked.opendata.cz/ontology/domain/vavai/Projekt, within Data Space : linked.opendata.cz associated with source document(s)

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Description
  • The CARSILA project is a common undertaking of POLAND and CZECH REPUBLIC concerning one aim where partners are interested in improvement of properties of steel implants (the polish part) and polymer nanofiber textile (the czech part) by different plasma methods, for cultivation of artificial tissue in order to use of these materials in tissue engineering. The Czech part of the project has two main objectives: the plasma modification of polymer nanofibers textile produced by electrospinning method and modification of polymer nanofibers by the carbon powder particles incorporation in the process of the core-shell electrospinning. The plasma modification will be realized by use of MW/RF PACVD and RF PACVD methods. Carbon particles will be produced by plasma technology and as next the core-shell electrospinning will be employed to encapsulate the powder into polymer structure. The developed materials will be tested to determine the cell proliferation in order to use the modified materials in tiss (en)
  • Bude dosaženo vývoje, laboratorní výroby, otestování modifikovaných tkáňových nosičů. Budou získány poznatky o: -inkapsulaci práškových disperzí -změnách nonvláken v důsledku plazmatických úprav -kvalitě proliferace buněk na vyvinutých implantátech
Title
  • Modification of nanofibers materials by plasma technologies for biomedical applications (en)
  • Modifikace nanovlákenných materiálů plazmatickými technologiemi pro biologické aplikace.
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  • ME10145
http://linked.open...avai/cep/aktivita
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  • electrospinning core-shell electrospinning electrospun nanofibers biodegradable polymer scaffold plasma modification diamond powder nanoparticles tissue engineering tissue regeneration cell behavior (en)
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  • During the realization of the project a series of polymer solutions has been developed from which subsequently were produced nanofibrous layers by electrospinning method. Furthermore, a technology of plasma modification of polymer nanofibers was developed. Methane plasma modification of PVA nanofibers resulted in the hydrophobic properties of the samples and affects their biological properties (en)
  • V rámci řešení projektu byla vyvinuta řada polymerních roztoků, ze kterých byly vyrobeny nanovlákenné vrstvy pomocí elektrostatického zvlákňování. Dále byla vyvinuta technologie plazmové modifikace polymerních nanovláken. Modifikace nanovláken PVA v metanové plazmě vede k hydrofobizaci vzorků a podstatné ovlivňuje jejích biologické vlastnosti. (cs)
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