… The membrane permeability is mostly recognized as the … cell membranes, leading to the
change of the electrochemical potential on bacterial cell membranes, inducing cell membrane …

… (antimicrobial peptides) can enter host cells without damaging their cytoplasmic membrane,
as … The binding of the S4 13 -PV peptide to the cell membrane is promoted by electrostatic …

… cell membrane that can result in peptide sensing that signals … antimicrobial peptide action
must be shifted from the peptide … to the cell determinants of sensitivity to peptides. The use of …

… via mechanisms that are not membrane-dependent, in … antimicrobial peptide field now
encompasses peptides ranging from naturally-occurring through to synthetic de novo peptides, …

… membrane. Accumulating evidence shows that in addition to acting at the cell membrane,
AMPs may act on the cell … Therefore, once a peptide has reached the cell wall, cell membrane, …

… cells, we investigated the cellular uptake of fluorescent analogues of the two representative
antimicrobial peptides … Arg-rich cell-penetrating Tat-(47–57) peptide (YGRKKRRQRRR). The …

… The syndecans are hybrid molecules consisting of a protein core attached to the cell membrane
and containing 3 to 5 glycosaminoglycans side chains displayed across the cell surface …

… antimicrobial peptides do not interact with cationic amphiphiles due to electrostatic repulsion,
whereas with non-ionic amphiphiles, the peptide … to vertebrate host cell membranes, most …

… peptides [1], anionic antimicrobial peptides/proteins [2], cationic amphipathic peptides [3],
cationic AMPs [4], host defense peptides [… , an initial cell membrane interaction with peptides is …

… in natural membrane-active AMPs can guide the design of antistaphylococcal peptides. For
… of naturally occurring membrane-active AMPs from the Antimicrobial Peptide Database (…