Deep diving into the comparative study of Choline dynamics using molecular dynamics simulation and neutron scattering technique

TL;DR

This paper compares the dynamics of Choline and Tetra-methyl ammonium bromide using molecular dynamics simulations and neutron scattering to understand their behavior in aqueous solutions, emphasizing Choline's nutritional importance.

Contribution

It provides a comprehensive comparative analysis of Choline dynamics with Tetra-methyl ammonium bromide using combined simulation and experimental techniques.

Findings

Choline exhibits distinct dynamic behavior compared to Tetra-methyl ammonium bromide.

Neutron scattering and molecular dynamics reveal insights into solute-solvent interactions.

Choline's dynamics are crucial for understanding its biological functions.

Abstract

We present here the comparative study between the dynamics Choline and Tetra-methyl ammonium bromide. This is well known that deficiency in Choline would cause many severe diseases. No wonder why Choline is crucial component for our nutrients and dietary requirements. We present here a comprehensive study using all-atom molecular dynamics simulation combined with neutron scattering technique for solute behavior in aqueous solution. The solvent behavior is discussed in the follow up work