We are analyzing https://link.springer.com/article/10.1007/s002490050197.

Title:
Spontaneous curvature of fluid vesicles induced by trans-bilayer sugar asymmetry | European Biophysics Journal
Description:
We present measurements of the effective spontaneous curvature of fluid lipid bilayers as a function of trans-bilayer asymmetry. Experiments are performed on micrometer-scale vesicles in sugar solutions with varying species across the membrane. There are two effects leading to a preferred curvature of such a vesicle. The spontaneous curvatures of the two monolayers as well as their area difference combine into an effective spontaneous curvature of the membrane. Our technique for measuring this parameter allows us to use vesicle morphology as a probe for general membrane-solute interactions affecting elasticity.
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Topics {✒️}

trans-bilayer sugar asymmetry trans-bilayer asymmetry month download article/chapter european economic area area difference combine effective spontaneous curvature privacy choices/manage cookies lipid membranes full article pdf spontaneous curvature journal finder publish vesicle morphology d-14513 teltow-seehof conditions privacy policy fluid lipid bilayers fluid vesicles induced micrometer-scale vesicles check access article döbereiner instant access membrane fluid lipid vesicles sugar solutions accepting optional cookies preferred curvature intrinsic curvature related subjects main content log vesicle spontaneous curvatures journal publish article log article cite information privacy policy books a personal data optional cookies manage preferences selchow lipowsky spontaneous data protection personal recollection essential cookies cookies skip subscription content similar content institution subscribe usage analysis

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         description: We present measurements of the effective spontaneous curvature of fluid lipid bilayers as a function of trans-bilayer asymmetry. Experiments are performed on micrometer-scale vesicles in sugar solutions with varying species across the membrane. There are two effects leading to a preferred curvature of such a vesicle. The spontaneous curvatures of the two monolayers as well as their area difference combine into an effective spontaneous curvature of the membrane. Our technique for measuring this parameter allows us to use vesicle morphology as a probe for general membrane-solute interactions affecting elasticity.
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         Cell Biology
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         Membrane Biology
         Nanotechnology
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