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Multimerizing Peptides Inspired by the Coiled Coil Domain of Fibrin for Constructing Self-Assembled Biomaterials

机译:用于构建自组装生物材料的纤维蛋白的卷线卷域的多聚化肽

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With minimal, targeted changes in primary amino acid sequence, peptides from the coiled coil domain of fibrin can be designed to fold into multimeric coiled coil bundles. Moreover, the peptides were not found to be cytotoxic in cell culture. In our next experiments, we will utilize peptide γ_(52-88)KI as a basis for forming well-folded self-assembled biomaterials by producing multi-arm peptides and peptide polymers capable of forming networks. These peptides will serve as a basis for constructing three-dimensional self-assembled scaffolds and for tailoring the specific bioactivity of these scaffolds to achieve desirable cell and tissue responses.
机译:通过最小的,初级氨基酸序列的靶向变化,可以设计来自纤维蛋白的卷线螺旋域的肽以折叠成多聚体盘绕线圈束。此外,未发现肽是细胞培养中的细胞毒性。在我们的下一个实验中,我们将利用肽γ_(52-88)Ki作为通过产生能够形成网络的多臂肽和肽聚合物来形成折叠折叠的自组装生物材料的基础。这些肽将作为构建三维自组装支架的基础,并用于定制这些支架的特异性生物活性以实现所需的细胞和组织反应。

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