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Structured coculture of mesenchymal stem cells and disc cells enhances differentiation and proliferation

机译:间充质干细胞和椎间盘细胞的结构化共培养可促进分化和增殖

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摘要

PurposeDuring in vivo stem cell differentiation, mature cells often induce the differentiation of nearby stem cells. Accordingly, prior studies indicate that a randomly mixed coculture can help transform mesenchymal stem cells (MSC) into Nucleus Pulposus cells (NPC). However, because in vivo signaling typically occurs heterotopically between adjacent cell layers, we hypothesized that a structurally organized coculture between MSC and NPC will result in greater cell differentiation and proliferation over single cell type controls and cocultures with random organization.
机译:目的在体内干细胞分化过程中,成熟细胞经常诱导附近干细胞分化。因此,先前的研究表明,随机混合共培养可以帮助将间充质干细胞(MSC)转化为髓核细胞(NPC)。但是,由于体内信号传导通常在相邻细胞层之间异位发生,因此我们假设MSC和NPC之间的结构化组织共培养将导致更大的细胞分化和增殖,超过单个细胞类型对照和具有随机组织的共培养。

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