0000000000845181

AUTHOR

Lars Duelund

0000-0002-3786-2822

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Phase coexistence in a triolein-phosphatidylcholine system. Implications for lysosomal membrane properties.

2010

The effects of tri- and monoglycerides on phospholipid (POPC) membranes were studied using spectroscopical methods. Triolein was found to form two types of POPC-rich membranes, both with POPC or as a three-component system with monopalmitin. These two membrane types were determined as co-existing phases based on their spontaneous and stable separation and named heavy and light phase according to their sedimentation behaviour. Marked differences were seen in the physical properties of these phases, even though only minor compositional variation was detected. The light, less polar phase was found to be less ordered and more fluid and seemed to allow significantly lower amount of water penetra…

Membrane FluidityLipid BilayersPhospholipidCalorimetryBiochemistryPhase TransitionGlycerideschemistry.chemical_compoundPhosphatidylcholineMembrane fluidityTransition TemperatureTrioleinMolecular BiologyPOPCChromatographyCalorimetry Differential ScanningOrganic ChemistryElectron Spin Resonance SpectroscopyWaterCell BiologyPenetration (firestop)MembranechemistryBiophysicsPhosphatidylcholineslipids (amino acids peptides and proteins)LysosomesTrioleinChemistry and physics of lipids
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