Effects of cholesterol and temperature on structural properties and dynamic behavior of niosome bilayers with melatonin Inclusion: A Coarse-Grained simulation study
“…In a recent experimental study involving melatonin-loaded niosomes, it was observed that niosomes with a 1 : 1 ratio of Span60 and cholesterol exhibited high stability and efficient melatonin entrapment, ranging from 85.09% to 86.69%. 33 Corresponding MD simulations 34 revealed that niosome bilayers with an equal ratio of Span60 and cholesterol displayed high physical stability and greater efficiency in melatonin entrapment over a wide temperature range (298 K–310 K). The simulations also identified two possible orientations for melatonin within the bilayer: one where melatonin aligns parallel to the bilayer surface and another where it tilts to the bilayer normal vector.…”
The niosome bilayer containing melatonin exhibits the liquid–disordered phase, resulting in increased fluidity. Furthermore, the inclusion of 50 mol% cholesterol in the bilayer enhances melatonin mobility in both lateral and transverse directions.
“…In a recent experimental study involving melatonin-loaded niosomes, it was observed that niosomes with a 1 : 1 ratio of Span60 and cholesterol exhibited high stability and efficient melatonin entrapment, ranging from 85.09% to 86.69%. 33 Corresponding MD simulations 34 revealed that niosome bilayers with an equal ratio of Span60 and cholesterol displayed high physical stability and greater efficiency in melatonin entrapment over a wide temperature range (298 K–310 K). The simulations also identified two possible orientations for melatonin within the bilayer: one where melatonin aligns parallel to the bilayer surface and another where it tilts to the bilayer normal vector.…”
The niosome bilayer containing melatonin exhibits the liquid–disordered phase, resulting in increased fluidity. Furthermore, the inclusion of 50 mol% cholesterol in the bilayer enhances melatonin mobility in both lateral and transverse directions.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.