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Adult neurogenesis without germinal layers: The 'atypical' cerebellum of rabbits (Review)

机译:没有生发层的成年神经发生:兔子的“非典型”小脑(综述)

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Unlike non mammalian vertebrates, adult neurogenesis in mammals is detectable in highly restricted brain sites. Persistent neurogenesis is thought to depend on stem cells residing in neural stem cell niches which are remnants of the embryonic germinal layers. Local progenitors which retain some proliferative capacity have been identified in the mature brain parenchyma, yet they do not support a constitutive, 'actual' neurogenesis, but rather a 'potential' neurogenesis which does not extrinsecate fully and spontaneously in vivo. In contrast with such a view, genesis of neuronal and glial cells from local progenitors does occur in the peripuberal and adult rabbit cerebellum. This process is independent from persisting germinal layers and involves different cell populations.
机译:与非哺乳动物脊椎动物不同,在高度受限的大脑部位可检测到哺乳动物的成年神经发生。持久性神经发生被认为依赖于位于神经干细胞壁ches中的干细胞,这些壁stem是胚胎生发层的残留物。已经在成熟的脑实质中鉴定出了具有一定增殖能力的局部祖细胞,但是它们不支持组成型的“实际”神经发生,而是支持不能完全自发地在体内消灭的“潜在的”神经发生。与这种观点相反,来自局部祖细胞的神经元和神经胶质细胞的发生确实发生在青春期前后和成年兔小脑中。该过程独立于持久的生发层,并涉及不同的细胞群。

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