AbstractSome lipid mixtures form membranes containing submicroscopic (nanodomain) ordered lipid domains (rafts). Some of these nanodomains are so small (radius <5 nm) that they cannot be readily detected with Förster resonance energy transfer (FRET)-labeled lipid pairs with large Ro. We define such domains as ultrananodomains. We studied the effect of lipid structure/composition on the formation of ultrananodomains in lipid vesicles using a dual-FRET-pair approach in which only one FRET pair had Ro values that were sufficiently small to detect the ultrananodomains. Using this approach, we measured the temperature dependence of domain and ultrananodomain formation for vesicles composed of various mixtures containing a high-Tm lipid (brain sp...
AbstractAtomic force microscopy has been used to study the distribution of ganglioside GM1 in model ...
AbstractEven though superresolution microscopy indicates that size of plasma membrane rafts is <20 n...
AbstractIn recent years, the implication of sphingomyelin in lipid raft formation has intensified th...
AbstractSome lipid mixtures form membranes containing submicroscopic (nanodomain) ordered lipid doma...
AbstractMixtures of unsaturated lipids, sphingolipids, and cholesterol form coexisting liquid-disord...
AbstractMixtures of unsaturated lipids, sphingolipids, and cholesterol form coexisting liquid-disord...
AbstractDespite the importance of lipid rafts, commonly defined as liquid-ordered domains rich in ch...
AbstractWe demonstrate the use of vibrational infrared spectroscopy applied to characterize lipid mi...
Biological membranes generate specific functions through compartmentalized regions such as cholester...
Biological membranes generate specific functions through compartmentalized regions such as cholester...
AbstractIt is known from experimental studies that lipid bilayers composed of unsaturated phospholip...
AbstractDespite the importance of lipid rafts, commonly defined as liquid-ordered domains rich in ch...
AbstractAn approach is described using fluorescence resonance energy transfer (FRET) to detect inhom...
Lateral organization of the cellular plasma membrane promotes biological function by permitting regu...
AbstractCholesterol is believed to be an important component in compositionally distinct lipid domai...
AbstractAtomic force microscopy has been used to study the distribution of ganglioside GM1 in model ...
AbstractEven though superresolution microscopy indicates that size of plasma membrane rafts is <20 n...
AbstractIn recent years, the implication of sphingomyelin in lipid raft formation has intensified th...
AbstractSome lipid mixtures form membranes containing submicroscopic (nanodomain) ordered lipid doma...
AbstractMixtures of unsaturated lipids, sphingolipids, and cholesterol form coexisting liquid-disord...
AbstractMixtures of unsaturated lipids, sphingolipids, and cholesterol form coexisting liquid-disord...
AbstractDespite the importance of lipid rafts, commonly defined as liquid-ordered domains rich in ch...
AbstractWe demonstrate the use of vibrational infrared spectroscopy applied to characterize lipid mi...
Biological membranes generate specific functions through compartmentalized regions such as cholester...
Biological membranes generate specific functions through compartmentalized regions such as cholester...
AbstractIt is known from experimental studies that lipid bilayers composed of unsaturated phospholip...
AbstractDespite the importance of lipid rafts, commonly defined as liquid-ordered domains rich in ch...
AbstractAn approach is described using fluorescence resonance energy transfer (FRET) to detect inhom...
Lateral organization of the cellular plasma membrane promotes biological function by permitting regu...
AbstractCholesterol is believed to be an important component in compositionally distinct lipid domai...
AbstractAtomic force microscopy has been used to study the distribution of ganglioside GM1 in model ...
AbstractEven though superresolution microscopy indicates that size of plasma membrane rafts is <20 n...
AbstractIn recent years, the implication of sphingomyelin in lipid raft formation has intensified th...