The project will be focused on the denaturation of proteins by urea. It will be conducted using computer simulations, where four selected proteins, including 4bir, 3bov, 2vim, and 2yxf, were set into a 130 x 130 x 130 A3 water box filled with 8M of urea and run under 500K for 200 ns with a control of the same water box size and without urea, only using thermal denaturation. By analyzing these simulations, the way of denaturing a protein done by urea will be better understood
Correct folding is critical for the biological activities of proteins. As a contribution to a better...
Following the studies of urea denaturation of beta-hairpins using molecular dynamics, in this paper,...
Considerable experimental evidence indicates that trehalose can counteract the denaturing effects of...
The project will be focused on the denaturation of proteins by urea. It will be conducted using comp...
It is well known that folded proteins in water are destabilized by the addition of urea. When a prot...
It is well known that folded proteins in water are destabilized by the addition of urea. When a prot...
In a previous study, we explored the mechanism of urea-induced denaturation of proteins by performin...
AbstractIn performing protein-denaturation experiments, it is common to employ different kinds of de...
In performing protein-denaturation experiments, it is common to employ different kinds of denaturant...
Urea is widely used as a protein denaturant in aqueous solutions. Experimental and computer simulati...
AbstractIn performing protein-denaturation experiments, it is common to employ different kinds of de...
AbstractMolecular dynamics simulations of a ribonuclease A C-peptide analog and a sequence variant w...
Urea is widely used as a protein denaturant in aqueous solutions. Experimental and computer simulati...
Urea is widely used as protein denaturant in aqueous solutions. Experiments and computer simulation ...
AbstractCorrect folding is critical for the biological activities of proteins. As a contribution to ...
Correct folding is critical for the biological activities of proteins. As a contribution to a better...
Following the studies of urea denaturation of beta-hairpins using molecular dynamics, in this paper,...
Considerable experimental evidence indicates that trehalose can counteract the denaturing effects of...
The project will be focused on the denaturation of proteins by urea. It will be conducted using comp...
It is well known that folded proteins in water are destabilized by the addition of urea. When a prot...
It is well known that folded proteins in water are destabilized by the addition of urea. When a prot...
In a previous study, we explored the mechanism of urea-induced denaturation of proteins by performin...
AbstractIn performing protein-denaturation experiments, it is common to employ different kinds of de...
In performing protein-denaturation experiments, it is common to employ different kinds of denaturant...
Urea is widely used as a protein denaturant in aqueous solutions. Experimental and computer simulati...
AbstractIn performing protein-denaturation experiments, it is common to employ different kinds of de...
AbstractMolecular dynamics simulations of a ribonuclease A C-peptide analog and a sequence variant w...
Urea is widely used as a protein denaturant in aqueous solutions. Experimental and computer simulati...
Urea is widely used as protein denaturant in aqueous solutions. Experiments and computer simulation ...
AbstractCorrect folding is critical for the biological activities of proteins. As a contribution to ...
Correct folding is critical for the biological activities of proteins. As a contribution to a better...
Following the studies of urea denaturation of beta-hairpins using molecular dynamics, in this paper,...
Considerable experimental evidence indicates that trehalose can counteract the denaturing effects of...