Membrane Structure in Disease and Drug TherapyCRC Press, 10 мая 2000 г. - Всего страниц: 552 This 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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... bilayer or hydrophilic permeation of small molecules through the water-filled porin channels. Antimicrobial peptides have been postulated to overcome this barrier by displacement of the native cations from their binding sites. Binding ...
... bilayer or hydrophilic permeation of small molecules through the water-filled porin channels. Antimicrobial peptides have been postulated to overcome this barrier by displacement of the native cations from their binding sites. Binding ...
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... bilayers enclosing an aqueous compartment, (2) planar bilayers covering a small hole in a partition wall separating two compartments that contain aqueous solutions, and (3) oriented bilayers prepared by covering a solid support with ...
... bilayers enclosing an aqueous compartment, (2) planar bilayers covering a small hole in a partition wall separating two compartments that contain aqueous solutions, and (3) oriented bilayers prepared by covering a solid support with ...
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... bilayers are the preferred techniques for structural studies and the investigation of the location and orientation of ... bilayer properties. Peptide-induced membrane permeabilization is mostly studied by the release of water-soluble ...
... bilayers are the preferred techniques for structural studies and the investigation of the location and orientation of ... bilayer properties. Peptide-induced membrane permeabilization is mostly studied by the release of water-soluble ...
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... bilayer-bound peptides (49). On negatively charged membranes electrostatic interactions cause high peptide accumulation. The sequences are fixed at the polar membrane interface. But this surface state is less effective for ...
... bilayer-bound peptides (49). On negatively charged membranes electrostatic interactions cause high peptide accumulation. The sequences are fixed at the polar membrane interface. But this surface state is less effective for ...
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... peptide binding and (2) permeabilization of the lipid bilayer (Fig. 3). Accumulation of amphipathic helices may distinctly influence the physical properties of lipid layers. Thickness-matching to the inserted peptide, area.
... peptide binding and (2) permeabilization of the lipid bilayer (Fig. 3). Accumulation of amphipathic helices may distinctly influence the physical properties of lipid layers. Thickness-matching to the inserted peptide, area.
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Раздел 23 | 2015 |
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Раздел 20 | 1999 |
Раздел 21 | 2012 |
Раздел 22 | 2014 |
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6C6 antigen Acad Sci USA activity Akt1 alamethicin Alzheimer’s disease amino acid antibacterial antibody antimicrobial apoptosis atovaquone bacteria bilayer bile salts binding Biochem Biochemistry Biochim Biophys Acta Biol Chem cationic cDNA cell lines cellular CFTR channel cloning complex concentration cytochrome cytochrome c oxidase digoxin domain effect endogenous endotoxin enzyme epithelial expression fluorescence free radical function gene glucose transport GLUT4 human hydrophobic increased induced infection inhibition inhibitor insulin interaction intracellular isoforms isolated kidney kinase lipid peroxidation lipopolysaccharide liposomes liver lung magainin mechanism mediated melittin metabolism mitochondrial molecular molecules mutations Na,K-ATPase Natl Acad Sci oxidative stress parasites pardaxin peptides permeability phosphatases phospholipid phosphorylation Physiol PKD1 PLA2 plasma membrane polar presenilins Proc Natl Acad proguanil protein receptor region regulation residues respiration role sequence skin spin label structure studies substrate subunit surface surfactant tissue transfection translocation transmembrane uncoupling vesicles vitro