AMP / ACS / Proc Natl Acad Sci U S A / Hess / Cold Spring Harbor Laboratory Press / /
Country
Portugal / United Kingdom / / /
Facility
University of Leeds / University of Lisbon / Institute of Molecular Medicine / Canal BQ / terminal of BPI / / /
IndustryTerm
energy barrier / cyte-binding site / systems energy transfer / biophysical applications / biomembrane model systems / aqueous solution / membrane model systems / energy / fibrin network / model systems / integrin-binding site / potential created systems / energy transfer / century solution / /
School of Physics / University of Leeds / Unit of Molecular Vascular Medicine / University of Lisbon / HIV-1 association / American Chemical Society / Institute of Molecular Medicine / Instituto de Medicina Molecular / Santiago PS / Faculty of Sciences / European Union / IMM Biomembranes Unit / Biomembranes Unit / Santos NC / Universidade de Lisboa / /
Person
Robert Ariëns / Chem Commun / Marco M. Domingues / Egas Moniz / Ritchie / Filomena A. Carvalho / Pedro M. Matos / Miguel Castanho / Nano / Gabriel Miltenberger-Miltenyi / Gregory Melikian / Evans / Alice Tavares / / /
Position
Prime Minister / Corresponding author / model / /
Product
pseudo / Fuzeon / T-1249 / nitro / /
ProvinceOrState
Connecticut / /
PublishedMedium
PLoS One / /
Technology
alpha / radiation / Av / spectroscopy / dom / light scattering spectroscopy / /
Protein-Biomembrane interactions as therapeutic targets Marco M. Domingues, Pedro M. Matos, Filomena A. Carvalho, Nuno C. Santos* ABSTRACT Biological membranes are dynamic structures essential for several cellular phenom