Summary. The protein folding problem is the most important unsolved problem in structural biochemistry. The problem consists of three related puzzles: i) what is the physical folding code? ii) what is the folding mechanism? and iii) can we predict the 3D structure from the amino acid sequences of proteins? Bearing in mind the importance of protein folding, misfolding, aggregation and assembly in many different disciplines, from biophysics to biomedicine, finding solutions that would be generally applicable is of the utmost importance in biosciences
It should be possible to predict the fold of a protein into its native conformation, once we are giv...
Understanding and predicting protein folding would elucidate how misfolded proteins cause aggregatio...
AbstractIt should be possible to predict the fold of a protein into its native conformation, once we...
Mechanisms by which the amino acid sequence of polypeptide chains determines their three-dimensional...
We review several results related to the protein folding problem. We start by analyzing the nature o...
This course focuses on the mechanisms by which the amino acid sequence of polypeptide chains (protei...
Proteins have a unique native conformation, which can be proven in many instances to be determined b...
Proteins in nature have evolved to perform specific functions. The functional properties of proteins...
Abstract: The protein folding problem is a fundamental problem in computational molecular biology. T...
As was the case with RNA folding, the goal is to determine the three-dimensional structure of a prot...
The ability of a protein to fold rapidly and efficiently into its intricate and highly specific str...
The protein folding problem, i.e. prediction of the detailed three-dimensional structure of a known ...
It should be possible to predict the fold of a protein into its native conformation, once we are giv...
One of the central dogmas in biochemistry is the view that the biologically active, three-dimensiona...
It should be possible to predict the fold of a protein into its native conformation, once we are giv...
It should be possible to predict the fold of a protein into its native conformation, once we are giv...
Understanding and predicting protein folding would elucidate how misfolded proteins cause aggregatio...
AbstractIt should be possible to predict the fold of a protein into its native conformation, once we...
Mechanisms by which the amino acid sequence of polypeptide chains determines their three-dimensional...
We review several results related to the protein folding problem. We start by analyzing the nature o...
This course focuses on the mechanisms by which the amino acid sequence of polypeptide chains (protei...
Proteins have a unique native conformation, which can be proven in many instances to be determined b...
Proteins in nature have evolved to perform specific functions. The functional properties of proteins...
Abstract: The protein folding problem is a fundamental problem in computational molecular biology. T...
As was the case with RNA folding, the goal is to determine the three-dimensional structure of a prot...
The ability of a protein to fold rapidly and efficiently into its intricate and highly specific str...
The protein folding problem, i.e. prediction of the detailed three-dimensional structure of a known ...
It should be possible to predict the fold of a protein into its native conformation, once we are giv...
One of the central dogmas in biochemistry is the view that the biologically active, three-dimensiona...
It should be possible to predict the fold of a protein into its native conformation, once we are giv...
It should be possible to predict the fold of a protein into its native conformation, once we are giv...
Understanding and predicting protein folding would elucidate how misfolded proteins cause aggregatio...
AbstractIt should be possible to predict the fold of a protein into its native conformation, once we...