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Circadian control method of self-renewal and differentiation of stem cells / progenitor cells, as well as circadian control method of clock control gene expression

机译:干细胞/祖细胞自我更新和分化的昼夜节律控制方法以及时钟控制基因表达的昼夜节律控制方法

摘要

Methods of controlling bone marrow cell development, stem cell self-renewal, differentiation and/or function, and expression of clock controlled genes having an E-box sequence in their regulatory region by providing appropriate cells having a circadian clock system and manipulating the circadian clock system under conditions effective to control bone marrow cell development, stem cell self-renewal, differentiation and/or function, as well as expression of clock controlled genes having an E-box sequence in their regulatory region. In addition, an in vitro engineered tissue is disclosed that includes a plurality of cells or cell types in intimate contact with one another to form a tissue, the cells or cell types having a circadian clock system that has been modulated to regulate growth, development and/or functions of the cells or cell types within the tissue.
机译:通过提供具有昼夜节律系统的合适细胞并操纵昼夜节律来控制骨髓细胞发育,干细胞自我更新,分化和/或功能以及在其调控区中具有E-box序列的时钟控制基因的表达的方法在有效控制骨髓细胞发育,干细胞自我更新,分化和/或功能,以及在其调控区中具有E-box序列的时钟控制基因的表达的条件下,该系统被激活。另外,公开了一种体外工程化的组织,其包括彼此紧密接触以形成组织的多种细胞或细胞类型,所述细胞或细胞类型具有已被调节以调节生长,发育和生长的生物钟系统。 /或组织中细胞的功能或细胞类型。

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