Publication | Closed Access
Coacervate Formation from Natural Glycolipid: One Acetyl Group on the Headgroup Triggers Coacervate-to-Vesicle Transition
129
Citations
13
References
2004
Year
EngineeringMicroscopyGlycobiologyNatural GlycolipidLipid MovementSoft MatterEndocytic PathwayBiophysicsGlycosylationBiochemistryStructural MorphologyL3 PhaseCoacervate FormationUltrastructureBiomolecular EngineeringSelf-assemblyLalpha PhaseSpontaneous CurvatureAcetyl GroupMedicine
Coacervate (L3 phase) formation of the single component "natural" glycoliped biosurfactant, MEL-A, was observed for the first time by using an optical microscope, a confocal laser scanning microscope (CLSM), and a freeze-fracture electron microscope (FF-TEM). It was also found that only a slight decrease in spontaneous curvature resulting from the absence of one acetyl group on the headgroup induced a drastic morphological change in the 3D self-assembled structure from coacervates (L3 phase) to ordered vesicles (Lalpha phase).
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