AbstractRecently a polymer crowder and two protein crowders were found to have opposite effects on the folding stability of chymotrypsin inhibitor 2 (CI2), suggesting that they interact differently with CI2. Here we propose that all the macromolecular crowders act similarly, with an entropic component favoring the folded state and an enthalpic component favoring the unfolded state. The net effect is destabilizing below a crossover temperature but stabilizing above it. This general trend is indeed observed in recent experiments and hints experimental temperature as a reason for the opposite crowding effects of the polymer and protein crowders
AbstractHere we show that increased amount of secondary structure is acquired in the folded states o...
Most proteins function in nature under crowded conditions, and crowding can change protein propertie...
AbstractWe discuss the potential for inert biopolymers existing in cells to play a role in regulatin...
AbstractRecently a polymer crowder and two protein crowders were found to have opposite effects on t...
A cell's interior is comprised of macromolecules that can occupy up to 40% of its available volume. ...
Macromolecular crowding ought to stabilize folded forms of proteins, through an excluded volume effe...
AbstractTheoretical models predict that macromolecular crowding can increase protein folding stabili...
Proteins are the powerhouse of the cell, catalyzing chemical reactions, serving as signaling hubs, a...
In cells, proteins perform specific tasks in crowded and confined environments; these environments i...
Theory predicts that macromolecular crowding affects protein behavior, but experimental confirmation...
An understanding of cellular chemistry requires knowledge of how crowded environments affect protein...
In cells proteins fold and unfold in the presence of macromolecules with various sizes and shapes. R...
Macromolecular crowding is one of the key characteristics of the cellular environment and therefore,...
Protein folding is the process during which an extended and unstructured polypeptide converts to its...
AbstractWe investigate the effect of macromolecular crowding on protein folding, using purely repuls...
AbstractHere we show that increased amount of secondary structure is acquired in the folded states o...
Most proteins function in nature under crowded conditions, and crowding can change protein propertie...
AbstractWe discuss the potential for inert biopolymers existing in cells to play a role in regulatin...
AbstractRecently a polymer crowder and two protein crowders were found to have opposite effects on t...
A cell's interior is comprised of macromolecules that can occupy up to 40% of its available volume. ...
Macromolecular crowding ought to stabilize folded forms of proteins, through an excluded volume effe...
AbstractTheoretical models predict that macromolecular crowding can increase protein folding stabili...
Proteins are the powerhouse of the cell, catalyzing chemical reactions, serving as signaling hubs, a...
In cells, proteins perform specific tasks in crowded and confined environments; these environments i...
Theory predicts that macromolecular crowding affects protein behavior, but experimental confirmation...
An understanding of cellular chemistry requires knowledge of how crowded environments affect protein...
In cells proteins fold and unfold in the presence of macromolecules with various sizes and shapes. R...
Macromolecular crowding is one of the key characteristics of the cellular environment and therefore,...
Protein folding is the process during which an extended and unstructured polypeptide converts to its...
AbstractWe investigate the effect of macromolecular crowding on protein folding, using purely repuls...
AbstractHere we show that increased amount of secondary structure is acquired in the folded states o...
Most proteins function in nature under crowded conditions, and crowding can change protein propertie...
AbstractWe discuss the potential for inert biopolymers existing in cells to play a role in regulatin...