Hydrophobic effect is the dominate force in protein folding.In 40 simulations around Trp-cage protein,we found that the water dynamic behavior companying with the protein folding events around the hydrophobic core.In as small as Trp-cage hydrophobic core,there may be also have drying-effect.Chang...Hydrophobic effect is the dominate force in protein folding.In 40 simulations around Trp-cage protein,we found that the water dynamic behavior companying with the protein folding events around the hydrophobic core.In as small as Trp-cage hydrophobic core,there may be also have drying-effect.Chang...中国生物化学与分子生物学学会蛋白质专业委员会(The Chinese Protein Society)
The focus of the PhD has been the investigation of the environmental effects on peptide and protein ...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Biology, 1991.Includes bibliographi...
Solvation and hydrophobicity drive many critical processes in nature, playing an important role in t...
A computational method independent of experimental protein structure information is proposed to reco...
Abstract. It is commonly accepted that water plays an essential role in determining both the stabili...
It is commonly accepted that water plays an essential role in determining both the stability of the ...
Although protein folding is typically studied in dilute solution, folding in a cell will be affected...
The hydrophobic effect drives the folding of proteins into their native states within cells by maxim...
The hydrophobic effect is a major driving force in protein folding. A complete understanding of this...
We explore the correlation between the energy landscape and topology in the folding of a model prote...
Long-range intraprotein interactions play important roles in protein folding. In the present study, ...
We explore the correlation between the energy landscape and topology in the folding of a model prote...
Proteins are essential to supporting life in every living being. The three-dimensional shape of prot...
An accurate potential energy model is crucial for biomolecular simulations. Despite many recent impr...
AbstractDespite its small size, chicken villin headpiece subdomain HP36 folds into the native struct...
The focus of the PhD has been the investigation of the environmental effects on peptide and protein ...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Biology, 1991.Includes bibliographi...
Solvation and hydrophobicity drive many critical processes in nature, playing an important role in t...
A computational method independent of experimental protein structure information is proposed to reco...
Abstract. It is commonly accepted that water plays an essential role in determining both the stabili...
It is commonly accepted that water plays an essential role in determining both the stability of the ...
Although protein folding is typically studied in dilute solution, folding in a cell will be affected...
The hydrophobic effect drives the folding of proteins into their native states within cells by maxim...
The hydrophobic effect is a major driving force in protein folding. A complete understanding of this...
We explore the correlation between the energy landscape and topology in the folding of a model prote...
Long-range intraprotein interactions play important roles in protein folding. In the present study, ...
We explore the correlation between the energy landscape and topology in the folding of a model prote...
Proteins are essential to supporting life in every living being. The three-dimensional shape of prot...
An accurate potential energy model is crucial for biomolecular simulations. Despite many recent impr...
AbstractDespite its small size, chicken villin headpiece subdomain HP36 folds into the native struct...
The focus of the PhD has been the investigation of the environmental effects on peptide and protein ...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Biology, 1991.Includes bibliographi...
Solvation and hydrophobicity drive many critical processes in nature, playing an important role in t...