Membrane Structure in Disease and Drug TherapyThis study asserts that cellular and intracellular membranes are active in every aspect of the body's physiology and pathophysiology. It compares secondary through to quaternary structures and protien sequences and guages their influence on health, disease and drug therapy. The book highlights the importance of correlations, homologies and categori |
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Acad Sci USA activity alamethicin amino acid antibacterial antibody antimicrobial apoptosis atovaquone bacteria bilayer bile salts binding Biochem Biochemistry Biochim Biophys Acta Biol Chem 1998 brane Ca2+ cationic cDNA cell lines cellular CFTR channel cloning complex concentration cytochrome cytochrome c oxidase digoxin disease domain effect endotoxin enzyme expression fluorescence free radical function gene glucose transport glucose-6-phosphatase GLUT4 human hydrophobic increased induced infection inhibition inhibitor insulin interaction intracellular kidney kinase lipid peroxidation lipopolysaccharide liposomes liver lung magainin mechanism mediated melittin metabolism mitochondrial molecular molecules mutations Na,K-ATPase Natl Acad Sci ouabain oxidative stress peptides phosphatase phospholipid phosphorylation Physiol PKD1 PLA2 plasma membrane polar polycystic kidney disease polycystin presenilins Proc Natl Acad proguanil protein receptor regulation residues respiration role sequence skin specific spin label structure studies substrate subunit surface surfactant tion tissue transfection translocation transmembrane uncoupling vesicles vitro