One of the major challenges in understanding biophysics is to understand the basic principles of controlling lipid bilayer mixtures. Lipid bilayers or membranes control and mediate various biologically related processes at the cellular level. In addition to cell membranes, lipid membranes also exist in various man-made applications, such as liposomes (and many natural entities, such as lipoproteins) used in new drug delivery technologies. The various situations in which lipid bilayers play an important role do make people are fascinated. However, although experimental methods are the cornerstone of membrane research, it is often difficult or even impossible to obtain a thorough understanding of the phenomena that occur in the lipid bilayer through experiments alone. Therefore, atomic computer simulation technology ( For example, classical molecular dynamics (MD) has become a standard tool for studying biological membrane systems at the molecular level. CD ComputaBio provides you with professional lipid molecular dynamics simulation services.
Figure 1. Lipid molecular dynamics simulations.
CD ComputaBio has developed a novel scheme for comparing the structural properties of the lipid bilayer determined by simulation with the bilayer properties determined by diffraction experiments, which allows rigorous testing of the ability of molecular dynamics simulation to reproduce experimental data.
|Lipid molecular dynamics simulation service
|Depends on the time you need to simulate and the time required for the system to reach equilibrium.
|Product delivery mode
|The simulation results provide you with the raw data and analysis results of molecular dynamics.
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