Thermodynamics and kinetics of the peptide was analyzed using a combination of generalized-ensemble techniques and canonical Monte Carlo. The results of generalized-ensemble techniques were compared with dynamical Monte Carlo simulation results at appropriate temperature. The concepts of folding developed in past minimalist models can also be used for peptide on simulating with an all-atom force field
The article reports an attempt to study the protein folding problem by generalized-ensemble Monte Ca...
Long-standing questions on how peptides fold are addressed by the simulation at different temperatur...
The folding of large proteins can be examined in part through the simulation of smaller proteins or ...
With the development of generalized-ensemble techniques, an efficient sampling of low-energy configu...
We perform a generalized-ensemble simulation of a small peptide taking the interactions among all at...
We review uses of Tsallis statistical mechanics in the protein folding problem. Monte Carlo simulate...
We review uses of Tsallis statistical mechanics in the protein folding problem. Monte Carlo simulate...
We review uses of Tsallis statistical mechanics in the protein folding problem. Monte Carlo simulate...
Sequence-based models for protein folding are developed and tested on peptides with both alpha- and ...
Monte Carlo simulated annealing and generalized-ensemble algorithms for protein fold-ing problem are...
The thermodynamics of folding was studied for all-atom protein models employing generalized-ensemble...
The folding of large proteins can be examined in part through the simulation of smaller proteins or ...
Long-standing questions on how peptides fold are addressed by the simulation at different temperatur...
The aim of this experiment is to investigate the folding of small peptides (10 amino acids and 20 am...
The aim of this experiment is to investigate the folding of small peptides (10 amino acids and 20 am...
The article reports an attempt to study the protein folding problem by generalized-ensemble Monte Ca...
Long-standing questions on how peptides fold are addressed by the simulation at different temperatur...
The folding of large proteins can be examined in part through the simulation of smaller proteins or ...
With the development of generalized-ensemble techniques, an efficient sampling of low-energy configu...
We perform a generalized-ensemble simulation of a small peptide taking the interactions among all at...
We review uses of Tsallis statistical mechanics in the protein folding problem. Monte Carlo simulate...
We review uses of Tsallis statistical mechanics in the protein folding problem. Monte Carlo simulate...
We review uses of Tsallis statistical mechanics in the protein folding problem. Monte Carlo simulate...
Sequence-based models for protein folding are developed and tested on peptides with both alpha- and ...
Monte Carlo simulated annealing and generalized-ensemble algorithms for protein fold-ing problem are...
The thermodynamics of folding was studied for all-atom protein models employing generalized-ensemble...
The folding of large proteins can be examined in part through the simulation of smaller proteins or ...
Long-standing questions on how peptides fold are addressed by the simulation at different temperatur...
The aim of this experiment is to investigate the folding of small peptides (10 amino acids and 20 am...
The aim of this experiment is to investigate the folding of small peptides (10 amino acids and 20 am...
The article reports an attempt to study the protein folding problem by generalized-ensemble Monte Ca...
Long-standing questions on how peptides fold are addressed by the simulation at different temperatur...
The folding of large proteins can be examined in part through the simulation of smaller proteins or ...