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    Home > Biochemistry News > Biotechnology News > Researchers have developed a self-organized embryonic body platform that can replace some animal experiments

    Researchers have developed a self-organized embryonic body platform that can replace some animal experiments

    • Last Update: 2021-12-25
    • Source: Internet
    • Author: User
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    Mouse pluripotent embryonic stem cells are stained green.


    Photo Credit: Jan Langkabel/University of Bonn

    Researchers at the University of Bonn have developed a method to generate embryonic-like cell complexes from stem cells in mice


    People do not fully understand how mice, dogs, or humans develop from fertilized egg cells


    This process must be coordinated to the smallest details


    Modified cell lines can self-organize

    Current research allows for new insights into these precise coordination processes


    However, they obviously play a decisive role in embryonic development: if ES cells are stimulated to divide, they just become a group of undifferentiated cells


    When the researchers combined these two modified cell lines with the original embryonic stem cells, they observed something amazing: the mouse cells differentiated in a finely balanced way, eventually producing an embryo-like compound Body-an embryoid body


    Embryo-like bodies can replace animal experiments

    It has been possible to make such embryoid bodies before


    Currently, Professor Scholler is planning to create this embryo-like body from monkey embryonic stem cells in a very similar way


    Nature Communications

    DOI

    10.



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