I propose a new method to calculate the entropy of a given protein sequence fragment. The set of fragment entropies over all possible fragments of the given sequence shows which region of the sequence is statistically stable and which region has a strong desire to fold into particular conformations. Here are three methods to calculate fragment entropy, the results from each of which represent entropies of different stage of protein folding
to appear in Journal of Statistical PhysicsProteins are essential components of living systems, capa...
We propose an application of molecular information theory to analyze the folding of single domain pr...
ABSTRACT The average contribution of confor-mational entropy for individual amino acid residues towa...
It has long since been a mystery why most proteins fold within a flash of time into particular struc...
We have developed a general method to compute the structure entropy of protein sequences. Structure ...
A deep understanding of the proteins folding dynamics can be get quantifying folding landscape by ca...
A protein's ultimate function and activity is determined by the unique three-dimensional structure t...
One of the most important questions in molecular biology is what determines folding pathways: native...
Molecular dynamics (MD) simulations contain considerable information with regard to the motions and ...
Estimation of configurational entropy from molecular dynamics trajectories is a difficult task which...
YesMolecular dynamics (MD) simulations contain considerable information with regard to the motions a...
Estimation of configurational entropy from molecular dynamics trajectories is a difficult task which...
Proteins are essential components of living systems, capable of performing a huge variety of tasks a...
We investigated the correlation between the Shannon information entropy, ‘sequence entropy’, with re...
The analysis of the information flow in a feed-forward neural network suggests that the output of th...
to appear in Journal of Statistical PhysicsProteins are essential components of living systems, capa...
We propose an application of molecular information theory to analyze the folding of single domain pr...
ABSTRACT The average contribution of confor-mational entropy for individual amino acid residues towa...
It has long since been a mystery why most proteins fold within a flash of time into particular struc...
We have developed a general method to compute the structure entropy of protein sequences. Structure ...
A deep understanding of the proteins folding dynamics can be get quantifying folding landscape by ca...
A protein's ultimate function and activity is determined by the unique three-dimensional structure t...
One of the most important questions in molecular biology is what determines folding pathways: native...
Molecular dynamics (MD) simulations contain considerable information with regard to the motions and ...
Estimation of configurational entropy from molecular dynamics trajectories is a difficult task which...
YesMolecular dynamics (MD) simulations contain considerable information with regard to the motions a...
Estimation of configurational entropy from molecular dynamics trajectories is a difficult task which...
Proteins are essential components of living systems, capable of performing a huge variety of tasks a...
We investigated the correlation between the Shannon information entropy, ‘sequence entropy’, with re...
The analysis of the information flow in a feed-forward neural network suggests that the output of th...
to appear in Journal of Statistical PhysicsProteins are essential components of living systems, capa...
We propose an application of molecular information theory to analyze the folding of single domain pr...
ABSTRACT The average contribution of confor-mational entropy for individual amino acid residues towa...