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Cytocompatible bone cement. I. Interaction between osteoblasts and bone cement incorporating amino groups

机译:细胞相容性骨水泥。一,成骨细胞与结合氨基的骨水泥之间的相互作用

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To enhance the cytocompatibility of bone cements, amino groups have been incorporated in bone cements by mixing a monomer with an amino group. The modified bone cements were characterized by electron spectroscopy for chemical analysis (ESCA), water contact angle measurements, and water absorbency. According to the results of ESCA, amino groups were exposed on the surfaces of the modified bone cements. The water contact angles of the modified bone cements were about the same as that of the control bone cement, but their water absorbencies increased due to the incorporation of amino groups. The cytocompatibility was examined by observing the interaction between bone cements and osteoblasts, bone-forming cells. The cell spreading and cell-growth rate were enhanced by incorporating amino groups.
机译:为了增强骨水泥的细胞相容性,通过将单体与氨基混合将氨基掺入骨水泥中。改性骨水泥通过电子光谱法进行化学分析(ESCA),水接触角测量和吸水率表征。根据ESCA的结果,氨基暴露在改性骨水泥的表面上。改性骨水泥的水接触角与对照骨水泥的水接触角大致相同,但是由于结合了氨基,它们的吸水率增加。通过观察骨水泥与成骨细胞,成骨细胞之间的相互作用来检查细胞相容性。通过掺入氨基提高了细胞扩散和细胞生长速率。

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