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Lipid raft / Protein–lipid interaction / Lipid bilayer / Quenching / Cell membrane / Membrane protein / Lipid / Lipid bilayer fusion / Single-molecule FRET / Biology / Membrane biology / Förster resonance energy transfer


FRET in membranes Förster resonance energy transfer in membranes: application to lipid domains and protein-lipid selectivity
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Document Date: 2011-08-02 18:01:28


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City

York / Lisboa / Springer / Coimbra / /

Company

Lee AG / /

Country

Portugal / /

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Facility

Institute of Nanosciences / /

IndustryTerm

bilayer systems / fluorescence energy transfer / illustrative applications / nance energy transfer study / fluorescence resonance energy choline receptor function / ternary systems / choline/cholesterol systems / chemical vicinity / decay law / chemical labeling / fluorescence resonance energy transfer / steady-state applications / resonance energy transfer / tion energy / fluorescence energy fect / donor decay law / resonance energy transfer study / numeric solution / analytical law / membrane systems / Energy transfer / resonance energy / imaging / binary systems / energy transfer problem / lipid numerical solution / nance energy transfer / interactions using resonance energy transfer / energy protein-phospholipid interactions / energy / /

NaturalFeature

Montero MT / /

Organization

Czech MP / Instituto Superior Técnico / Universidade de Coimbra / Institute of Nanosciences / Institute of Nanosciences and Nanotech / /

Person

Manuel Prieto / Hudson / Jeffrey Buboltz / Levi V / Ai / Van Der Meer / /

/

Position

author / Molecular model for the FRET analysis / /

ProgrammingLanguage

J / /

ProvinceOrState

Kansas / New York / /

Technology

Av / spectroscopy / simulation / /

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