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Lipid bilayer / Model lipid bilayer / Cell-penetrating peptide / Cell membrane / CLIP / Peptide / Biology / Membrane biology / Thermometric titration


PCCP Interaction of the Trojan peptide penetratin with anionic lipid membranes–a calorimetric study Hans Binder*y and Go¨ran Lindblom Department of Biophysical Chemistry, Umea˚ University, SE-90187, Umea˚, Sweden
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Document Date: 2006-03-07 03:56:20

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City

Leipzig / New York / Lincoln / /

Company

W. C. Wimley A. S. / MicroCal Inc. / Wiley and Sons / Renault / /

Country

Germany / Sweden / United States / Canada / /

Currency

pence / /

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Facility

Leipzig University / Umea˚ University / University Uppsala / /

IndustryTerm

respective chemical transfer potential / penetratin buffer solution / free energy / respective electrostatic free energy / chemical potential / desired sample solutions / divalent metal cations / penetratin solution / buffer solution / chemical transfer potential / free energy defines / stock solutions / gas constant / lipid solution / peptide solution / carrier efficiency / /

Organization

Binder*y and Go¨ran Lindblom Department of Biophysical Chemistry / Umea˚ University / Interdisciplinary Centre for Bioinformatics / Leipzig University / /

Person

Nat / P. Lincoln / L. Van Deusen / M. Karlsson / N. O. Kozlova / V / M. Herner / D. Persson / Hans Binder / B. Norden / /

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Position

c0 =RT / electrolytes RT / 2000e0 ew RT / c0F/RT / RT / VP isothermal titration calorimeter / Kb exp RT / representative / /

Product

Grahame / Kb / /

ProvinceOrState

Alabama / New York / Northampton / /

TVStation

Kapp / /

Technology

Bioinformatics / SMS / molecular modeling / thermodynamics / electroporation / dielectric / spectroscopy / /

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