AbstractTwo models for the mechanism of maintenance of lipid asymmetry in erythrocytes are considered: binding of internal lipids to cytoskeletal proteins, and pumping of internal lipids from the outside to the inside of the cell. Analysis of the kinetics of lipid internalization suggests that the first model is more likely, and that the apparent pumping of lipids represents the activity of an ATP-dependent lipid flip/flop catalyst
The plasma membrane phospholipid distribution of animal cells is markedly asymmetric. Phosphatidylse...
Cells have thousands of different lipids. In the plasma membrane, and in membranes of the late secre...
In the 1970s, it was established that phospholipid (PL) classes are asymmetrically distributed acros...
AbstractTwo models for the mechanism of maintenance of lipid asymmetry in erythrocytes are considere...
Erythrocyte membrane phospholipids are asymmetrically distributed in two surfaces of the membrane bi...
Earlier studies have suggested that the membrane-associated cytoskeleton (membrane skeleton) in eryt...
Various structural components of biological membranes are asymmetrically localized in the two surfac...
An equilibrium transmembrane asymmetry in charged lipids is shown to arise as a result of oriented, ...
AbstractProtein mediated phospholipid translocation through membranes has been observed in rat liver...
AbstractVesicles that do not contain spectrin were released from human erythrocytes by incubation wi...
It is well established that biological membranes maintain an asymmetric transbilayer distribution o...
AbstractA theoretical analysis of the lipid translocation in cellular bilayer membranes is presented...
It is well established that biological membranes maintain an asymmetric transbilayer distribution o...
AbstractTrace amounts of radiolabeled phospholipids were inserted into the outer membrane leaflet of...
AbstractErythrocytes and spectrin-free DMPC-induced vesicles released from the cells were incubated ...
The plasma membrane phospholipid distribution of animal cells is markedly asymmetric. Phosphatidylse...
Cells have thousands of different lipids. In the plasma membrane, and in membranes of the late secre...
In the 1970s, it was established that phospholipid (PL) classes are asymmetrically distributed acros...
AbstractTwo models for the mechanism of maintenance of lipid asymmetry in erythrocytes are considere...
Erythrocyte membrane phospholipids are asymmetrically distributed in two surfaces of the membrane bi...
Earlier studies have suggested that the membrane-associated cytoskeleton (membrane skeleton) in eryt...
Various structural components of biological membranes are asymmetrically localized in the two surfac...
An equilibrium transmembrane asymmetry in charged lipids is shown to arise as a result of oriented, ...
AbstractProtein mediated phospholipid translocation through membranes has been observed in rat liver...
AbstractVesicles that do not contain spectrin were released from human erythrocytes by incubation wi...
It is well established that biological membranes maintain an asymmetric transbilayer distribution o...
AbstractA theoretical analysis of the lipid translocation in cellular bilayer membranes is presented...
It is well established that biological membranes maintain an asymmetric transbilayer distribution o...
AbstractTrace amounts of radiolabeled phospholipids were inserted into the outer membrane leaflet of...
AbstractErythrocytes and spectrin-free DMPC-induced vesicles released from the cells were incubated ...
The plasma membrane phospholipid distribution of animal cells is markedly asymmetric. Phosphatidylse...
Cells have thousands of different lipids. In the plasma membrane, and in membranes of the late secre...
In the 1970s, it was established that phospholipid (PL) classes are asymmetrically distributed acros...