SummaryProteins involved in membrane traffic must distinguish between different classes of vesicles. New work now shows that α-synuclein and ALPS motifs represent two extreme types of amphipathic helix that are tuned to detect both the curvature of transport vesicles as well as their bulk lipid content
There is increasing evidence for the involvement of lipid membranes in both the functional and patho...
Membrane traffic in eukaryotic cells involves transport of vesicles that bud from a donor compartmen...
The composition and morphology of cellular membranes are highly dynamic. Potential parameters modula...
International audienceMembrane curvature sensors have diverse structures and chemistries, suggesting...
Membrane curvature sensors have diverse structures and chemistries, suggesting that they might have ...
International audienceBacteria and eukaryotic cells contain geometry-sensing tools in their cytosol:...
International audienceMembrane curvature is involved in numerous biological pathways like vesicle tr...
International audienceThe recruitment of many cytosolic factors is regulated by the lipid compositio...
Membrane curvature is involved in numerous biological pathways like vesicle trafficking, endocytosis...
International audienceA cellular membrane is highly deformable: during the last decade, numerous stu...
International audienceNumerous data have been collected on lipid-binding amphipathic helices involve...
AbstractNumerous data have been collected on lipid-binding amphipathic helices involved in membrane-...
AbstractThe internal membranes of eukaryotic cells are all twists and bends characterized by high cu...
Biological membranes are constantly being remodeled with high spatial and temporal accuracy, which i...
Biological membranes are constantly being remodeled with high spatial and temporal accuracy, which i...
There is increasing evidence for the involvement of lipid membranes in both the functional and patho...
Membrane traffic in eukaryotic cells involves transport of vesicles that bud from a donor compartmen...
The composition and morphology of cellular membranes are highly dynamic. Potential parameters modula...
International audienceMembrane curvature sensors have diverse structures and chemistries, suggesting...
Membrane curvature sensors have diverse structures and chemistries, suggesting that they might have ...
International audienceBacteria and eukaryotic cells contain geometry-sensing tools in their cytosol:...
International audienceMembrane curvature is involved in numerous biological pathways like vesicle tr...
International audienceThe recruitment of many cytosolic factors is regulated by the lipid compositio...
Membrane curvature is involved in numerous biological pathways like vesicle trafficking, endocytosis...
International audienceA cellular membrane is highly deformable: during the last decade, numerous stu...
International audienceNumerous data have been collected on lipid-binding amphipathic helices involve...
AbstractNumerous data have been collected on lipid-binding amphipathic helices involved in membrane-...
AbstractThe internal membranes of eukaryotic cells are all twists and bends characterized by high cu...
Biological membranes are constantly being remodeled with high spatial and temporal accuracy, which i...
Biological membranes are constantly being remodeled with high spatial and temporal accuracy, which i...
There is increasing evidence for the involvement of lipid membranes in both the functional and patho...
Membrane traffic in eukaryotic cells involves transport of vesicles that bud from a donor compartmen...
The composition and morphology of cellular membranes are highly dynamic. Potential parameters modula...
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