<p>The first angle is the tilt angle (τ) which is defined as the angle between the principal axis of the peptide backbone and the normal to the plane of the lipid bilayer, while the second angle is the rotation angle (φ) which is defined as the angle between the normal to the β-sheet plane and the vector normal to the lipid bilayer.</p
The Ramachandran plot is important to structural biology as it describes a peptide backbone in the c...
AbstractThe orientation of a β-sheet membrane peptide in lipid bilayers is determined, for the first...
AbstractOriented circular dichroism (OCD) was used to characterize and compare in a quantitative man...
Solid-state NMR methods employing <sup>2</sup>H NMR and geometric analysis of labeled al...
The orientation of the transmembrane peptide WALP23 under small hydrophobic mismatch has been assess...
AbstractSolid-state NMR methods employing 2H NMR and geometric analysis of labeled alanines (GALA) w...
ABSTRACT Solid-state NMR methods employing 2H NMR and geometric analysis of labeled alanines (GALA) ...
<p>The plot shows the tilt angle values for MAG2 in (A) 80 lipids and (B) 120 lipids, PGLa (C), MG-H...
To gain insight into the parameters that determine the arrangement of proteins in membranes, 2H NMR ...
In this study the membrane orientation of a tryptophan-flanked model peptide, WALP23, was determined...
In this review we discuss recent insights obtained from well-characterized model systems into the fa...
AbstractIn this study the membrane orientation of a tryptophan-flanked model peptide, WALP23, was de...
AbstractPhysical properties of membranes, such as fluidity, charge or curvature influence their func...
<p>The parameters were calculated by the PPM server.</p>a<p>Depth of the deepest non-hydrogen atom r...
AbstractThe β-turn is a common secondary structure in biologically active peptides and globular prot...
The Ramachandran plot is important to structural biology as it describes a peptide backbone in the c...
AbstractThe orientation of a β-sheet membrane peptide in lipid bilayers is determined, for the first...
AbstractOriented circular dichroism (OCD) was used to characterize and compare in a quantitative man...
Solid-state NMR methods employing <sup>2</sup>H NMR and geometric analysis of labeled al...
The orientation of the transmembrane peptide WALP23 under small hydrophobic mismatch has been assess...
AbstractSolid-state NMR methods employing 2H NMR and geometric analysis of labeled alanines (GALA) w...
ABSTRACT Solid-state NMR methods employing 2H NMR and geometric analysis of labeled alanines (GALA) ...
<p>The plot shows the tilt angle values for MAG2 in (A) 80 lipids and (B) 120 lipids, PGLa (C), MG-H...
To gain insight into the parameters that determine the arrangement of proteins in membranes, 2H NMR ...
In this study the membrane orientation of a tryptophan-flanked model peptide, WALP23, was determined...
In this review we discuss recent insights obtained from well-characterized model systems into the fa...
AbstractIn this study the membrane orientation of a tryptophan-flanked model peptide, WALP23, was de...
AbstractPhysical properties of membranes, such as fluidity, charge or curvature influence their func...
<p>The parameters were calculated by the PPM server.</p>a<p>Depth of the deepest non-hydrogen atom r...
AbstractThe β-turn is a common secondary structure in biologically active peptides and globular prot...
The Ramachandran plot is important to structural biology as it describes a peptide backbone in the c...
AbstractThe orientation of a β-sheet membrane peptide in lipid bilayers is determined, for the first...
AbstractOriented circular dichroism (OCD) was used to characterize and compare in a quantitative man...
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