Knowledge of crystal nucleation and growth is paramount in understanding the geometry
evolution of porous medium during reactive transport processes in geo-environmental …

During the chemical interactions between fluid and minerals in different geological
processes, it is of high importance to predict where secondary precipitates form in the …

Simulations of glycine aqueous solutions have been carried out to study the effect of
increasing solute concentration on the aggregation of glycine zwitterions. AMBER force field …

Precipitation and growth of solid phases during a reactive fluid flow and solute transport are
critical in many natural and industrial systems. Mineral nucleation and growth is a prime …

The reverse vapor diffusion method is among the rarest methods used in protein
crystallization studies. In the common case, it is accompanied by a decrease in the …

Filamentous self-assembly of proteins is an important process implicated in a plethora of
human diseases and of interest for nanotechnology. Using rate equations, we analyze the …

With the rise in interest of protein crystallisation as a purification step in downstream
processing, there is significant interest in the process modelling of these crystallisation …

Apoferritin is a thermostable protein cage that belongs to those proteins whose solubility
does not exhibit dependence on temperature. This opens up a possibility for investigation of …

Here we provide an analysis of primary results obtained from a study of apoferritin crystal
nucleation in compositionally invariant bulk solution at constant supersaturation ratio of the …

The aggregation of lysozyme in crystallizing solutions prior to crystal nucleation and during
crystal growth has been the subject of numerous investigations over the past two decades …