Drin Guillaume, Bigay Joëlle, Antonny Bruno
Université de Nice Sophia Antipolis et CNRS, Institut de Pharmacologie moléculaire et cellulaire, UMR, Valbonne, France.
Med Sci (Paris). 2009 May;25(5):483-8. doi: 10.1051/medsci/2009255483.
A cellular membrane is highly deformable: during the last decade, numerous studies have dissected at the molecular scale how during vesicular transport various proteins could deform a membrane or recognize membrane deformation. We will discuss how the activity of ArfGAP1 and GMAP-210, two proteins involved in vesicular transport, is regulated by membrane curvature thanks to an ALPS motif. Since a membrane is not solely defined by its shape but also by its lipids composition, we will show how others proteins are adapted to other lipid compositions to recognize membrane shape.
在过去十年中,众多研究在分子尺度上剖析了在囊泡运输过程中各种蛋白质如何使膜变形或识别膜变形。我们将讨论参与囊泡运输的两种蛋白质ArfGAP1和GMAP - 210的活性如何借助ALPS基序受膜曲率的调节。由于膜不仅由其形状定义,还由其脂质组成定义,我们将展示其他蛋白质如何适应其他脂质组成以识别膜形状。