首页> 外文会议>Annual meeting of the Society for Biomaterials >Effect of GRGDSP-Alginate in Alginate Foam for 3D Cell Culture Compared to Cells Affinity to FITC-GRGDSP
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Effect of GRGDSP-Alginate in Alginate Foam for 3D Cell Culture Compared to Cells Affinity to FITC-GRGDSP

机译:相比于FITC-GRGDSP细胞亲和力,GRGDSP-藻酸盐在藻酸盐泡沫中对3D细胞培养的影响

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For some cell types was the cell proliferation rate effectively promoted by addition of GRGDSP covalently bound to alginate. The differences seen in binding capacity of FITC-GRGDSP may reflect the dependency of attachment peptides for cell proliferation in an inert alginate matrix and the presence of receptors available for binding on the cell surfaces. Evaluating the cells' affinities for different peptide sequences and then covalently couple the relevant sequences onto alginate may be of high value, as this knowledge may be used to optimize the cell culture system and control cell interaction with a synthetic ECM such as the alginate based NovaMatrix-3D .
机译:对于某些细胞类型,通过添加与藻酸盐共价结合的GRGDSP可以有效地提高细胞增殖速率。 FITC-GRGDSP的结合能力上的差异可能反映了附着肽对惰性藻酸盐基质中细胞增殖的依赖性以及可用于结合在细胞表面的受体的存在。评估细胞对不同肽序列的亲和力,然后将相关序列共价偶联到藻酸盐上可能具有很高的价值,因为此知识可用于优化细胞培养系统并控制细胞与合成ECM(例如基于藻酸盐的NovaMatrix)的相互作用-3D。

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