Author:
Antosiak-Iwańska Magdalena,Bącal Paweł,Kazimierczak Beata,Kwiatkowska Angelika,Godlewska Ewa,Grzeczkowicz Anna,Stachowiak Radosław,Bielecki Jacek,Granicka Ludomira
Abstract
Modern wound dressings not only play a covering role but also facilitate the function of the wound, contributing to a faster healing process. In this paper, we present a polyelectrolyte system with nanosized elements that could stimulate the growth of eukaryotic cells while providing
antimicrobial properties, which may be recommended as a potential dressing material. The proposed platform consisted of polyethyleneimine, hydroxyapatite, and silver nanoparticles and was characterized using various macroscopic techniques. The constructed membrane scaffold was evaluated with
immobilized WEHI 164 cells as a model system for cells sustained at the interface of bone and skin. Moreover, the bacteriostatic function of the designed membrane material was evaluated using different bacterial strains.
Publisher
American Scientific Publishers
Subject
Pharmaceutical Science,General Materials Science,Biomedical Engineering,Medicine (miscellaneous),Bioengineering
Cited by
3 articles.
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