The targeted delivery to specific locations while not causing damage to healthy tissues
efficiently remains a challenge in drug delivery systems. Through addressing this issue …

Neutron scattering methods are powerful tools for the study of the structure and dynamics of
lipid bilayers in length scales from sub Å to tens to hundreds nm and the time scales from …

The bending modulus is an important physical constant characterizing lipid membranes.
Different methods have been devised for calculating the bending modulus from simulations …

The outbreak of electronic-cigarette/vaping-associated lung injury (EVALI) has made
thousands ill. This lung injury has been attributed to a physical interaction between toxicants …

Neutron spin-echo spectroscopy provides a means to study membrane undulation dynamics
over length scales roughly spanning 10–100 nanometers. Modern interpretation of these …

The first stage of the action mechanism of small cationic peptides with antimicrobial activity
is ruled by electrostatic interactions between the peptide and the pathogen cell membrane …

Computer simulations offer a valuable way to study membrane systems, from simple lipid
bilayers to large transmembrane protein complexes and lipid‐nucleic acid complexes for …

The lipid bilayer bending modulus, characterized by thermal undulations, is often affected by
the presence of membrane active molecules. However, complex interplay between …

We have used neutron spin echo (NSE) spectroscopy to study the effect of bilayer thickness
and monounsaturation (existence of a single double bond on one of the aliphatic chains) on …

Biomembranes are key objects of numerous studies in biology and biophysics of great
importance to medicine. A few nanometers thin quasi two-dimensional liquid crystalline …