A comparative study of solvent dynamics in Choline Bromide aqueous solution using combination of neutron scattering technique and molecular dynamics simulation

TL;DR

This study combines neutron scattering and molecular dynamics simulations to compare solvent dynamics in choline bromide aqueous solutions, highlighting differences relevant to health and disease.

Contribution

It introduces a combined experimental and simulation approach to analyze solvent behavior in choline bromide solutions, which is novel in this context.

Findings

Differences in solvent dynamics between choline and Tetra-methyl ammonium bromide.

Insights into how choline's solvent interactions relate to its biological role.

Methodology integrating neutron scattering with molecular dynamics simulations.

Abstract

A comparative study between Choline and Tetra-methyl ammonium bromide is presented here. Choline which is a crucial component for our dietary requirements causes many diseases if there is deficiency. We used combined approach of all-atom molecular dynamics simulation coupled with neutron scattering technique to study mainly the solvent behavior in this study. There is follow up work where we discussed about the solute dynamical behavior.