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Cell membrane / Lipid bilayer / Model lipid bilayer / Lipid raft / Membrane curvature / Membrane protein / Single particle tracking / Biological membrane / Fluorescence recovery after photobleaching / Biology / Membrane biology / Saffman–Delbrück model


Mobility in geometrically confined membranes Yegor A. Domanova, Sophie Aimona, Gilman E. S. Toombesa, Marianne Rennerb, François Quemeneura, Antoine Trillerb, Matthew S. Turnerc, and Patricia Bassereaua,1 a Institut Cur
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Document Date: 2011-08-11 14:40:51


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City

Coventry / New York / Paris / Angelova / Amsterdam / London / /

Company

Westview Press / Cambridge Univ Press / Affymetrix / Safran SA / Y.A.D. S.A. / Venable / /

Country

France / United Kingdom / /

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Facility

University of Warwick / University of Pennsylvania / Rockefeller University / /

IndustryTerm

electroformation protocol / casein solution / sucrose solution / similar systems / high-speed imaging / buffer solution / /

MusicGroup

E.S.T. / /

Organization

Centre National / Ecole Normale Supérieure / Institut Curie / Institut National / Rockefeller University / New York / EPC / Ecole Supérieure de Physique / European Commission / Ecole Normale Supérieur / University of Pennsylvania / Philadelphia / University of Warwick / Centre de Recherche / Environmental Protection Agency / /

Person

Antoine Trillerb / Patricia Bassereaua / Ann Phys / Gilman E. S. Toombesa / Tom C. Lubensky / Sophie Aimona / Marianne Rennerb / François Quemeneura / Matthew S. Turnerc / Marie Curie / Pierre Sens / /

Position

Author / Sheetz MP / /

Product

KvAP / Saffman / GUV suspension / /

ProgrammingLanguage

MATLAB / /

ProvinceOrState

New York / Pennsylvania / /

PublishedMedium

la Recherche / /

Technology

quantum dots / tracking algorithm / electroformation protocol / Thermodynamics / dialysis / /

URL

www.pnas.org/cgi/doi/10.1073/pnas.1102646108 / www.pnas.org/lookup/suppl / /

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