Progress in The Study of Molecular Mechanism Maintaining Embryonic Stem Cells Self-renewal
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This work was supported by grants from The Major Research Program of Zhejiang Province from The Science and Technique Department of Zhejiang Province (J 20020579-30116) and The Central Hospital of Huzhou City (H20010984-32536).

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    Abstract:

    Some intrinsic ESC-specific markers, cytokines and extracelluar matrix in the microenvironment compose of a complex network to co-regulate ESC self-renewal. The molecular mechanism of signal network maintaining ESC self-renewal was investigated by studying the ESC-specific markers, such as Oct-4 and Nonog recently. Moreover, ESC signal pathways, just like LIF-STAT3, Wnt-β-catenin and BMP-Id ,were further deeply studied. In conclusion, the most important key to maintain ESC self-renewal is the balance among the content of various cytokines, extracelluar matrix, and expressing quantity of intrinsic ESC-specific markers by different signal stimulators.

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JIANG Zu-Yun, YUAN Yi-Jun, MING Zhen-Huan, ZHANG Ming. Progress in The Study of Molecular Mechanism Maintaining Embryonic Stem Cells Self-renewal[J]. Progress in Biochemistry and Biophysics,2004,31(11):965-968

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  • Received:May 18,2004
  • Revised:August 31,2004
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