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Effects of monocyte-conditioned medium on smooth muscle cells seeded on a degradable-polar hydrophobic ionic polyurethane

机译:单核细胞条件培养基对接种在可降解极性疏水离子聚氨酯上的平滑肌细胞的影响

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The findings of this work suggest that MCM may aid in supporting VSMC attachment. Furthermore, while calponin expression by VSMCs in MCM increased over time, this effect was not seen in co-culture, suggesting that cell-cell contact, rather than secreted factors, may contribute to the modulation of calponin in co-culture. The fact that the MCM and co-culture systems both enhanced cell migration into the scaffold indicates a key role for monocytes and their secreted factors in this process. Ongoing work is assessing the influence of growth factors (TGF-β1, PDGF-BB) on VSMC response, while also looking at other secreted factors from monocytes on D-PHI, in order to aid in explaining the mechanism of action of monocytes in VSMC migration into the scaffold and the modulation of their contractile state.
机译:这项工作的发现表明,MCM可能有助于支持VSMC附加。此外,虽然VSMC在MCM中钙调素表达随时间增加,但在共培养中未见此效应,这表明细胞与细胞的接触而不是分泌因子可能在共培养中有助于钙蛋白的调节。 MCM和共培养系统均增强了细胞向支架的迁移,这一事实表明了单核细胞及其分泌因子在此过程中的关键作用。正在进行的工作是评估生长因子(TGF-β1,PDGF-BB)对VSMC反应的影响,同时也研究单核细胞对D-PHI的其他分泌因子,以帮助解释单核细胞在VSMC中的作用机理。迁移到支架中并调节其收缩状态。

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