D-Eph-ective endocytosis disrupts topographic mapping

D-Eph-ective 内吞作用破坏地形图绘制

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Abstract

EMBO J 30 8, 1593–1607 (2011); published online February 22 2011 Since the discovery of the ephrin/Eph family of axon guidance molecules in the early ‘90s, research has often uncovered rather surprising aspects of their biology (Pasquale, 2008). A paper in this issue of The EMBO Journal provides further, novel insights into ephrin/Eph function. Here, the Park lab demonstrates the importance of Eph/ephrin endocytosis for retinotectal mapping, an interesting—though not unexpected—finding in itself. However, the surprise comes with their demonstration that endocytosis of the Eph/ephrin complex into neurons of the target structure, rather than into the retinal axons themselves, is of critical importance.

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