Preparing Engineered Tissues in vitro by Macroporous Microcarriers
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the National Natural Science Foundation of China (No.20576036) and the Key Program of Science and Technology Commission Foundation of Shanghai City (No. 05DZ19328).

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    Abstract:

    Macroporous microcarriers (Cytopore) were used to construct microfabricated tissues. Perfusion approach was used to reassemble macrotissue on the basis of their aggregative property. Microfabricated tissues reached the maximum cell density with 16.4×107 cells/cm3 after 20 days. They were uniform with high cell viability and massive matrix as a whole after 32 days. The aggregation of the microfabricated tissues was visible especially in the later period of the culture, and a centimetre-size(12 mm × 6 mm)macrotissue with uniform cell and matrix distribution was obtained through perfusion reassembly. Constructing engineered tissues using macroporous microcarriers was effective and promising.

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汤 强,周 燕,陈 飞,谭文松. 利用大孔微载体体外制备工程化组织[J]. Chinese Journal of Biotechnology, 2008, 24(1): 74-82

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  • Received:April 03,2007
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