International audienceA 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
The composition and morphology of cellular membranes are highly dynamic. Potential parameters modula...
AbstractThe internal membranes of eukaryotic cells are all twists and bends characterized by high cu...
<div><p>Protein domains shallowly inserting into the membrane matrix are ubiquitous in peripheral me...
International audienceThe recruitment of many cytosolic factors is regulated by the lipid compositio...
International audienceIn recent years, the interest for proteins that exert key functions in vesicul...
During the vesicular trafficking process, cellular membranes undergo dynamic morphological changes, ...
AbstractThe sculpting of membranes into dynamic, curved shapes is central to intracellular cargo tra...
2016-07-29Membrane curvature is an essential biophysical property utilized within cells to execute t...
In this revision work, we emphasize the close relationship between the action of phospholipases and ...
Golgins, long stringlike proteins, tether cisternae and transport vesicles at the Golgi apparatus. W...
Assembly of highly curved membrane structures is essential to cellular physiology. The prevailing vi...
Membrane curvature is an important parameter in defining the morphology of cells, organelles and loc...
International audienceMembrane curvature is involved in numerous biological pathways like vesicle tr...
AbstractTransmembrane proteins are embedded in cellular membranes of varied lipid composition and ge...
The surface of living cells provides an interface that not only separates the outer and inner enviro...
The composition and morphology of cellular membranes are highly dynamic. Potential parameters modula...
AbstractThe internal membranes of eukaryotic cells are all twists and bends characterized by high cu...
<div><p>Protein domains shallowly inserting into the membrane matrix are ubiquitous in peripheral me...
International audienceThe recruitment of many cytosolic factors is regulated by the lipid compositio...
International audienceIn recent years, the interest for proteins that exert key functions in vesicul...
During the vesicular trafficking process, cellular membranes undergo dynamic morphological changes, ...
AbstractThe sculpting of membranes into dynamic, curved shapes is central to intracellular cargo tra...
2016-07-29Membrane curvature is an essential biophysical property utilized within cells to execute t...
In this revision work, we emphasize the close relationship between the action of phospholipases and ...
Golgins, long stringlike proteins, tether cisternae and transport vesicles at the Golgi apparatus. W...
Assembly of highly curved membrane structures is essential to cellular physiology. The prevailing vi...
Membrane curvature is an important parameter in defining the morphology of cells, organelles and loc...
International audienceMembrane curvature is involved in numerous biological pathways like vesicle tr...
AbstractTransmembrane proteins are embedded in cellular membranes of varied lipid composition and ge...
The surface of living cells provides an interface that not only separates the outer and inner enviro...
The composition and morphology of cellular membranes are highly dynamic. Potential parameters modula...
AbstractThe internal membranes of eukaryotic cells are all twists and bends characterized by high cu...
<div><p>Protein domains shallowly inserting into the membrane matrix are ubiquitous in peripheral me...