神经细胞粘附分子Ng-CAM和Nr-CAM与神经受体和细胞外基质蛋白的异亲性相互作用

Martin Grumet, Takeshi Sakurai
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引用次数: 19

摘要

Ng-CAM/L1和Nr-CAM是密切相关的神经细胞粘附分子,在神经元和雪旺细胞上表达。Ng-CAM/L1普遍存在于轴突上,是神经突生长和轴突束化的有力促进剂。尽管Nr-CAM在这些功能中似乎不起主要作用,但其在脊髓底板发育中的瞬时表达对联合轴突的指导很重要。Ng-CAM和Nr-CAM可以与一些粘附分子亲和和异亲和结合。由于不同的粘附分子复合物在体内的不同定位,它们可能控制轴突的生长和引导。
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Heterophilic interactions of the neural cell adhesion molecules Ng-CAM and Nr-CAM with neural receptors and extracellular matrix proteins

Ng-CAM/L1 and Nr-CAM are closely related neural cell adhesion molecules expressed on neurons and Schwann cells. Ng-CAM/L1 is prevalent on axons and is a potent promoter of neurite growth and axonal fasciculation. Although Nr-CAM does not appear to play a major role in these functions, its transient expression in the developing floor plate of the spinal cord is important for guidance of commissural axons. Ng-CAM and Nr-CAM can bind homophilicly and heterophilicly to several adhesion molecules. Different complexes of adhesion molecules are likely to control axonal growth and guidance as a consequence of their differential localizationsin vivo.

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