AbstractThe maintenance of transbilayer distribution of phospholipids is crucial for proper cell function. Intramembrane transport of lipids is mediated by three activities termed floppases, flippases, and scramblases. Members of the ATP-binding cassette transporter family and P-type ATPase superfamily have been implicated in the translocation of lipids. The importance of these activities is exemplified by several severe human inherited disorders that are caused by defects in intramembranous transport of lipids. In order to elucidate the molecular mechanisms that underlie these disorders, the combination of in vivo, biochemical, and structural analyses on intramembrane transporters is crucial
Eukaryotic cells possess a remarkable diversity of lipids, which distribute among cellular membranes...
Cells have thousands of different lipids. In the plasma membrane, and in membranes of the late secre...
A fascinating aspect of cellular membranes is that the different lipid species are often non-randoml...
AbstractThe maintenance of transbilayer distribution of phospholipids is crucial for proper cell fun...
The maintenance of transbilayer distribution of phospholipids is crucial for proper cell function. I...
AbstractThe majority of the human ATP-binding cassette (ABC)-transporters function in cellular lipid...
AbstractMany mammalian ABC transporters move membrane lipids to acceptor lipid assemblies in the ext...
AbstractThe maintenance of phospholipid asymmetry in membrane bilayers is a paradigm in cell biology...
AbstractProtein mediated phospholipid translocation through membranes has been observed in rat liver...
AbstractP4 ATPases are integral transmembrane proteins implicated in phospholipid translocation from...
Transport proteins are essential for cells in allowing the exchange of substances between cells and ...
AbstractThe best understood consequence of the collapse of lipid asymmetry is exposure of phosphatid...
AbstractIn plasma membranes, lipids distribute asymmetrically across the bilayer, a process that req...
Phospholipid scrambling, the process by which cells collapse the lipid asymmetry on the plasma membr...
AbstractThe differences in lipid composition between intracellular membranes cannot be adequately ex...
Eukaryotic cells possess a remarkable diversity of lipids, which distribute among cellular membranes...
Cells have thousands of different lipids. In the plasma membrane, and in membranes of the late secre...
A fascinating aspect of cellular membranes is that the different lipid species are often non-randoml...
AbstractThe maintenance of transbilayer distribution of phospholipids is crucial for proper cell fun...
The maintenance of transbilayer distribution of phospholipids is crucial for proper cell function. I...
AbstractThe majority of the human ATP-binding cassette (ABC)-transporters function in cellular lipid...
AbstractMany mammalian ABC transporters move membrane lipids to acceptor lipid assemblies in the ext...
AbstractThe maintenance of phospholipid asymmetry in membrane bilayers is a paradigm in cell biology...
AbstractProtein mediated phospholipid translocation through membranes has been observed in rat liver...
AbstractP4 ATPases are integral transmembrane proteins implicated in phospholipid translocation from...
Transport proteins are essential for cells in allowing the exchange of substances between cells and ...
AbstractThe best understood consequence of the collapse of lipid asymmetry is exposure of phosphatid...
AbstractIn plasma membranes, lipids distribute asymmetrically across the bilayer, a process that req...
Phospholipid scrambling, the process by which cells collapse the lipid asymmetry on the plasma membr...
AbstractThe differences in lipid composition between intracellular membranes cannot be adequately ex...
Eukaryotic cells possess a remarkable diversity of lipids, which distribute among cellular membranes...
Cells have thousands of different lipids. In the plasma membrane, and in membranes of the late secre...
A fascinating aspect of cellular membranes is that the different lipid species are often non-randoml...