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音猬因子:沿神经管头尾轴腹侧模式形成的共同信号。

Sonic hedgehog: a common signal for ventral patterning along the rostrocaudal axis of the neural tube.

作者信息

Ericson J, Muhr J, Jessell T M, Edlund T

机构信息

Department of Microbiology, University of Umeä, Sweden.

出版信息

Int J Dev Biol. 1995 Oct;39(5):809-16.

PMID:8645565
Abstract

The vertebrate hedgehog-related gene, sonic hedgehog, is expressed in ventral domains along the entire rostrocaudal length of the neural tube, including the forebrain. Shh induces the differentiation of ventral neuronal cell types in explants derived from prospective forebrain regions of the neural plate. Neurons induced in explants derived from diencephalic and telencephalic levels of the neural plate express the LIM homeodomain protein Islet-1, but these neurons possess distinct identities that match those of the ventral neurons normally generated in these two subdivisions of the forebrain. These results, together with other studies of neuronal differentiation at caudal levels of the neural tube, suggest that a single inducing molecule, Shh, mediates the induction of distinct ventral neuronal cell types along the entire rostrocaudal extent of the embryonic central nervous system.

摘要

脊椎动物中与刺猬基因相关的音猬因子基因(sonic hedgehog),沿神经管的整个头尾长度在腹侧区域表达,包括前脑。音猬因子在源自神经板预期前脑区域的外植体中诱导腹侧神经元细胞类型的分化。在源自神经板间脑和端脑水平的外植体中诱导产生的神经元表达LIM同源域蛋白胰岛-1,但这些神经元具有与前脑这两个细分区域中正常生成的腹侧神经元相匹配的独特特性。这些结果,连同对神经管尾侧水平神经元分化的其他研究,表明单一的诱导分子音猬因子,介导了沿胚胎中枢神经系统整个头尾范围不同腹侧神经元细胞类型的诱导过程。

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