Peptide-membrane interaction between targeting and lysis
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Peptide-membrane interaction between targeting and lysis
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2024-11-20
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How does oxidative damage change peptide membrane insertion?
The insertion of peptides and proteins into cell membranes is crucial for the functioning of cells. Cells are continually subject to oxidation events. In this continuation experiment we will use neutr
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Sequences and physicochemical features of peptides.
a)Net theoretical positive charge at pH 7. (R9, RW9 and SP contained a free N-terminal amino group. RW16 and RL16 contained a biotin (Bi) on N-terminus. Both biotinylated and acetylated penetratin der
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Effect of the peptides on the thickness of the membrane bilayer (dbilayer) and hydration layer (dwater) of the two distinct lamellar phases (Ld1 and Ld2) comprised in the PC/PG (9/1) multilamellar vesicles at 20°C.
Effect of the peptides on the thickness of the membrane bilayer (dbilayer) and hydration layer (dwater) of the two distinct lamellar phases (Ld1 and Ld2) comprised in the PC/PG (9/1) multilamellar ves
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Membrane partitioning of peptide aggregates: coarse-grained molecular dynamics simulations
Coarse-grained molecular dynamics (CGMD) simulation technique (MARTINI force field) is applied to monitor the aggregation of helical peptides representing the transmembrane sequence and its extension
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Thermodynamic parameters of cWFW binding to LUVs of bacterial membrane-mimicking lipid composition as derived from ITC experiments.
The Gibbs free energy was calculated according to ΔG° = -RT ln(55.5 M × K0), where 55.5 M is the molar concentration of water in the aqueous phase. The entropic contribution to membrane partitioning,-
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