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Nature neurosci——研究表明新生大脑具有很强的重编程再生能力

已有 1919 次阅读 2017-8-21 08:07 |个人分类:神经科学临床和基础|系统分类:观点评述

Nature neurosci——研究表明新生大脑具有很强的重编程再生能力


Summary

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1. Irradiation of cerebella at P1 results in a major loss of the EGL by P3, but growth largely recovers and motor behavior is intact at P30.

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2. The EGL is progressively replenished after injury.

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3. NEPs populate the EGL and generate granule cells and rescue growth.

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4. PCL NEPs expand and migrate into the EGL after injury.

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5. WM NEPs delay their expansion and production of interneurons and astroglia.

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6. SHH signaling is required for NEPs to expand and populate the EGL and for substantial recovery of the cerebellum.

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