Ceramide has a large effect on the properties of biological membranes, increasing lipid order and promoting lateral phase separation, and plays an important role in cell signaling. This review provides an overview of recent studies of the effects of direct ceramide incorporation and enzymatic ceramide generation on planar supported membranes, including lipid monolayers and supported lipid bilayers. Recent studies have focused on understanding the nucleation, growth and morphology of ceramide gel domains, characterizing the properties of ceramide-rich membrane phases and investigating the effects of ceramide on phase-separated membranes with co-existing liquid-ordered and fluid phases, as models for cellular membranes.Peer reviewed: YesNRC p...
Ceramides are both sphingolipid precursor molecules and breakdown products with effects on membranes...
In cells, one of the main roles of ceramide-enriched membrane domains is to recruit or exclude intra...
AbstractTo understand the role of sphingomyelinase (SMase) in the function of biological membranes, ...
AbstractFree-standing giant unilamellar vesicles were used to visualize the complex lateral heteroge...
The generation of ceramide in cellular membranes is believed to cause coalescence of small lipid raf...
AbstractThe sphingolipid ceramides are known to influence lipid lateral organization in biological m...
AbstractThe available data concerning the ability of ceramide and other simple sphingolipids to segr...
AbstractCeramide is a sphingolipid present in eukaryotic cells that laterally segregates into solid ...
AbstractCeramide-induced alterations in the lateral organization of membrane proteins can be involve...
Photolysis of 6-bromo-7-hydroxycoumarinyl-caged ceramide was used to generate ceramide with spatial ...
This thesis describes the development of novel fluorescent and photocaged lipids, and their applicat...
The enzymatic generation of ceramide has significant effects on the biophysical properties of lipid ...
AbstractThe effect of physiologically relevant ceramide concentrations (≤4mol %) in raft model membr...
AbstractWe mimicked the effect of sphingomyelinase activity on lipid mixtures of palmitoyl-oleoyl-ph...
AbstractThe effects of ceramide incorporation in supported bilayers prepared from ternary lipid mixt...
Ceramides are both sphingolipid precursor molecules and breakdown products with effects on membranes...
In cells, one of the main roles of ceramide-enriched membrane domains is to recruit or exclude intra...
AbstractTo understand the role of sphingomyelinase (SMase) in the function of biological membranes, ...
AbstractFree-standing giant unilamellar vesicles were used to visualize the complex lateral heteroge...
The generation of ceramide in cellular membranes is believed to cause coalescence of small lipid raf...
AbstractThe sphingolipid ceramides are known to influence lipid lateral organization in biological m...
AbstractThe available data concerning the ability of ceramide and other simple sphingolipids to segr...
AbstractCeramide is a sphingolipid present in eukaryotic cells that laterally segregates into solid ...
AbstractCeramide-induced alterations in the lateral organization of membrane proteins can be involve...
Photolysis of 6-bromo-7-hydroxycoumarinyl-caged ceramide was used to generate ceramide with spatial ...
This thesis describes the development of novel fluorescent and photocaged lipids, and their applicat...
The enzymatic generation of ceramide has significant effects on the biophysical properties of lipid ...
AbstractThe effect of physiologically relevant ceramide concentrations (≤4mol %) in raft model membr...
AbstractWe mimicked the effect of sphingomyelinase activity on lipid mixtures of palmitoyl-oleoyl-ph...
AbstractThe effects of ceramide incorporation in supported bilayers prepared from ternary lipid mixt...
Ceramides are both sphingolipid precursor molecules and breakdown products with effects on membranes...
In cells, one of the main roles of ceramide-enriched membrane domains is to recruit or exclude intra...
AbstractTo understand the role of sphingomyelinase (SMase) in the function of biological membranes, ...