New York / Witte / Electro Optics / Sebai / London / Durham / /
Company
Academic Press / GSK plc. / Phospholipid Model Membrane Systems / Model 626 LC / Nikas S. P. / Chemical Biology Doctoral / Sigma-Aldrich / Ligand / Gassim A. E. / Science Ltd. / Dow Corning Corp. / Oxford University Press / Royce A. E. / Shimizu / J. Pharm / Macmillan / /
Country
United States / United Kingdom / /
Currency
pence / USD / / /
Facility
Plant Protoplasts / Imperial College / South Kensington Campus / Hammersmith Hospital / /
IndustryTerm
imaging / lipid degradation products / energy / predicted degradation products / transportation mechanism / lipophilic media / cellular energy / chemical / pharmaceutical compounds / chemicals / /
Organization
Imperial College London / Richard H. Templer* Chemical Biology Centre / Department of Chemistry / United Kingdom Antony D. Gee GSK Clinical Imaging Centre / Oxford University / Hammersmith Hospital / /
Person
Franz Hofmeister / Duncan R. Casey / G. R. Role / Richard H. Templer / Andrew Heron / Robert V. Law / Oscar Ces / Van Echteld / Gemma C. Shearman / Antony D. Gee / Van Etcheld / /
Position
model for biological membranes / Painter / Porter / /
650 Ind. Eng. Chem. Res. 2008, 47, [removed]Formulation Affects the Rate of Membrane Degradation Catalyzed by Cationic Amphiphilic Drugs