Driven by interactions between lipids and proteins, biological membranes display lateral heterogeneity that manifests itself in a mosaic of liquid-ordered (Lo) or raft, and liquid-disordered (Ld) or non-raft domains with a wide range of different properties and compositions. In giant plasma membrane vesicles and giant unilamellar vesicles, specific binding of Cholera Toxin (CTxB) to GM1 glycolipids is a commonly used strategy to label raft domains or Lo membrane environments. However, these studies often use acyl-chain labeled bodipy-GM1 (bdGM1), whose headgroup accessibility and membrane order or phase partitioning may differ from those of GM1, rendering the interpretation of CTxB binding data quite problematic. To unravel the molecular ba...
Gangliosides in the outer leaflet of the plasma membrane of eukaryotic cells are essential for many ...
The composition and morphology of cellular membranes are highly dynamic. Potential parameters modula...
The glycosphingolipid GM1 binds cholera toxin (CT) on host cells and carries it retrograde from the ...
Driven by interactions between lipids and proteins, biological membranes display lateral heterogenei...
Driven by interactions between lipids and proteins, biological membranes display lateral heterogenei...
Driven by interactions between lipids and proteins, biological membranes display lateral heterogenei...
Driven by interactions between lipids and proteins, biological membranes display lateral heterogenei...
Several simplified membrane models featuring coexisting liquid disordered (Ld) and ordered (Lo) lipi...
During the last decades, several cholera pandemics have taken place. Still, cholera currently contin...
ABSTRACT Cholera toxin (CT) from Vibrio cholerae is responsible for the majority of the symptoms of ...
AbstractChanges of membrane organization upon cross-linking of its components trigger cell signaling...
Multivalent glycolipid binding toxins such as cholera toxin have the capacity to cluster glycolipids...
Interactions of cholera toxin (CT) with membrane are associated with the massive secretory diarrhea ...
<div><p>Multivalent glycolipid binding toxins such as cholera toxin have the capacity to cluster gly...
SummaryThe glycosphingolipid GM1 binds cholera toxin (CT) on host cells and carries it retrograde fr...
Gangliosides in the outer leaflet of the plasma membrane of eukaryotic cells are essential for many ...
The composition and morphology of cellular membranes are highly dynamic. Potential parameters modula...
The glycosphingolipid GM1 binds cholera toxin (CT) on host cells and carries it retrograde from the ...
Driven by interactions between lipids and proteins, biological membranes display lateral heterogenei...
Driven by interactions between lipids and proteins, biological membranes display lateral heterogenei...
Driven by interactions between lipids and proteins, biological membranes display lateral heterogenei...
Driven by interactions between lipids and proteins, biological membranes display lateral heterogenei...
Several simplified membrane models featuring coexisting liquid disordered (Ld) and ordered (Lo) lipi...
During the last decades, several cholera pandemics have taken place. Still, cholera currently contin...
ABSTRACT Cholera toxin (CT) from Vibrio cholerae is responsible for the majority of the symptoms of ...
AbstractChanges of membrane organization upon cross-linking of its components trigger cell signaling...
Multivalent glycolipid binding toxins such as cholera toxin have the capacity to cluster glycolipids...
Interactions of cholera toxin (CT) with membrane are associated with the massive secretory diarrhea ...
<div><p>Multivalent glycolipid binding toxins such as cholera toxin have the capacity to cluster gly...
SummaryThe glycosphingolipid GM1 binds cholera toxin (CT) on host cells and carries it retrograde fr...
Gangliosides in the outer leaflet of the plasma membrane of eukaryotic cells are essential for many ...
The composition and morphology of cellular membranes are highly dynamic. Potential parameters modula...
The glycosphingolipid GM1 binds cholera toxin (CT) on host cells and carries it retrograde from the ...