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Structurally Controlled Bio-hybrid Materials Based on Unidirectional Association of Anisotropic Microparticles with Human Endothelial Cells

机译:基于各向异性微粒与人内皮细胞单向缔合的结构受控生物混合材料

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摘要

In recent decades, biomedical researchers have increasingly realized the importance of local interactions between synthetic materials and cells for their macroscopic functionality. The groundbreaking progress in the biological sciences has led to a push towards custom-tailored biomaterials with precisely designed physico-chemical properties at the nano- and microscale.To date, a range of different approaches towards custom-tailored biomaterials exist based on different types of materials, such as hydrogels,microfabricated biomaterials,or electrospun fiber scaffolds.
机译:近几十年来,生物医学研究人员越来越意识到合成材料与细胞之间的局部相互作用对其宏观功能的重要性。生物科学的突破性进展促使人们朝着定制的生物材料方向发展,这些材料具有精确设计的纳米和微米级的物理化学特性。迄今为止,基于不同类型的生物材料存在着多种不同的定制生物材料方法材料,例如水凝胶,超细生物材料或电纺纤维支架。

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  • 来源
    《Advanced Materials》 |2009年第48期|4920-4925|共6页
  • 作者单位

    Department of Chemical Engineering The University of Michigan 3414 GGBL, 2300 Hayward Ann Arbor, MI 4809;

    Macromolecular Science and Engineering The University of Michigan Ann Arbor, MI 4809;

    Department of Chemical Engineering The University of Michigan 3414 GGBL, 2300 Hayward Ann Arbor, MI 4809;

    Macromolecular Science and Engineering The University of Michigan Ann Arbor, MI 4809;

    Department of Chemical Engineering The University of Michigan 3414 GGBL, 2300 Hayward Ann Arbor, MI 4809;

    Department of Chemical Engineering The University of Michigan 3414 GGBL, 2300 Hayward Ann Arbor, MI 4809;

    Macromolecular Science and Engineering The University of Michigan Ann Arbor, MI 4809;

    Department of Chemical Engineering The University of Michigan 3414 GGBL, 2300 Hayward Ann Arbor, MI 4809 Macromolecular Science and Engineering The University of Michigan Ann Arbor, MI 4809 Department of Materials Science and Engineering The University of Michigan Ann Arbor, Ml 4809;

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