Inside the living cell is inherently crowded with proteins and other macromolecules. Thus, it
is indispensable to take into account various interactions between the protein and other …

Proteins are neither purified nor diluted inside the living cell. Thus it is indispensable to take
into account various interactions between the protein of interest and other macromolecules …

The interior of a cell is a highly packed environment that can be occupied up to 40% by
different macromolecules. Such crowded media influence different biochemical processes …

The living cell is inherently crowded with proteins and macromolecules. To avoid
aggregation of denatured proteins in the living cell, molecular chaperones play important …

A cell's interior is comprised of macromolecules that can occupy up to 40% of its available
volume. Such crowded environments can influence the stability of proteins and their rates of …

Recent years have seen an increasing number of biophysical studies of proteins being
conducted in cells and concentrated protein solutions. In these experiments, compared to …

The natural environment of a protein inside a cell is characterized by the almost complete
lack of unoccupied space, limited amount of free water, and the tightly packed crowd of …

We investigate the effect of macromolecular crowding on protein folding, using purely
repulsive crowding particles and a self-organizing polymer model of protein folding. We find …

Recent experimental studies of protein folding and binding under crowded solutions suggest
that crowding agents exert subtle influences on the thermodynamic and kinetic properties of …

In cells, proteins execute specific tasks in crowded environments; these environments
influence their stability and dynamics. Similarly, for an enzyme molecule encapsulated in an …