Cell-Material Interaction - Spreading Course Correlates with Surface Charge |Biomedgrid
Journal: American Journal of Biomedical Science & Research (Vol.9, No. 1)Publication Date: 2020-05-26
Authors : Martina Gruening; Sven Neuber; Katja Fricke; Christiane A. Helm; Barbara Nebe;
Page : 1-3
Keywords : Cell-Material Interaction; Zeta Potential; Wettability; Surface Modification; Polyelectrolyte Multilayer;
Abstract
To design appropriate materials for tissue engineering, a profound understanding of the cell-material interaction is essential. We are of the opinion that the zeta (ζ) potential has a decisive role in the cell behaviour, outshining wettability. Here we present a comparative analysis of the MG- 63 osteoblastic cell spreading behaviour on negatively and positively charged surfaces in the hydrophilic range. The results indicate a correlation of the cells' spreading area with the surface charge. Thus, the ζ-potential should be considered as a key parameter for cell interactions at the biomaterial interface.
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