AbstractTwenty-eight years after its original publication, the diffusion-collision model has successfully been applied to describe the folding kinetics of two proteins with the same native structure but different sequences (Islam et al., 2004, this issue of Structure). The calculations show the relative importance of the primary and tertiary structure on the sequence of events and folding. For both proteins, the model suggests parallel folding pathways, a finding which has wide implications for the interpretations of experiments
Current knowledge on the reaction whereby a protein acquires its native three-dimensional structure ...
We use a minimalist protein model, in combination with a sequence design strategy, to determine diff...
AbstractWe propose a general theory to describe the distribution of protein-folding transition paths...
AbstractTwenty-eight years after its original publication, the diffusion-collision model has success...
AbstractThe diffusion-collision model (DCM) is applied to the folding kinetics of protein L and prot...
AbstractProteins with complex folding kinetics will be susceptible to misfolding at some stage in th...
Backgound:The role of intermediates in protein folding has been a matter of great controversy. Altho...
A diffusion-collision-like model is proposed for helical proteins with three-state folding dynamics....
AbstractTo investigate a putatively primordial protein we have simplified the sequence of a 56-resid...
In this article we use mutation studies as a benchmark for a minimal model of the folding process of...
BackgroundRecent experimental and theoretical studies have revealed that protein folding kinetics ca...
AbstractA major question about protein folding is whether the coming together by diffusion of differ...
AbstractUnderstanding how proteins fold is one of the central problems in biochemistry. A new genera...
Backgound:We have used protein engineering and relaxation kinetics to examine the order in which sec...
Systematic studies of kinetics using minimal protein models reveal multiple folding nuclei for seque...
Current knowledge on the reaction whereby a protein acquires its native three-dimensional structure ...
We use a minimalist protein model, in combination with a sequence design strategy, to determine diff...
AbstractWe propose a general theory to describe the distribution of protein-folding transition paths...
AbstractTwenty-eight years after its original publication, the diffusion-collision model has success...
AbstractThe diffusion-collision model (DCM) is applied to the folding kinetics of protein L and prot...
AbstractProteins with complex folding kinetics will be susceptible to misfolding at some stage in th...
Backgound:The role of intermediates in protein folding has been a matter of great controversy. Altho...
A diffusion-collision-like model is proposed for helical proteins with three-state folding dynamics....
AbstractTo investigate a putatively primordial protein we have simplified the sequence of a 56-resid...
In this article we use mutation studies as a benchmark for a minimal model of the folding process of...
BackgroundRecent experimental and theoretical studies have revealed that protein folding kinetics ca...
AbstractA major question about protein folding is whether the coming together by diffusion of differ...
AbstractUnderstanding how proteins fold is one of the central problems in biochemistry. A new genera...
Backgound:We have used protein engineering and relaxation kinetics to examine the order in which sec...
Systematic studies of kinetics using minimal protein models reveal multiple folding nuclei for seque...
Current knowledge on the reaction whereby a protein acquires its native three-dimensional structure ...
We use a minimalist protein model, in combination with a sequence design strategy, to determine diff...
AbstractWe propose a general theory to describe the distribution of protein-folding transition paths...