the folding of a protein appear as highly co-operative processes in both kinetic and thermo-dynamic measurements (Tanford, 1968). Most methods which have been used to date to study these phenomena llow a clear-cut identification of the initial (i.e., native) and final (i.e., denatured) states, but reveal intermediate states in relatively few cases (Roberts and Jardetzky, 1970). To a rough approximation the transition may therefore seem to be a single step between only two states. On the other hand, detailed examination of the crystal structure of several proteins leads to the conclusion that both the folding and unfolding are more likely to proceed as a relatively well-defined sequence of events. That is, certain parts of th
The presence of native contacts in the denatured state of many proteins suggests that elements of th...
AbstractWhen a protein folds or unfolds, it passes through many half-folded microstates. Only a few ...
Kinetic anomalies in protein folding can result from changes of the kinetic ground states (D, I, and...
Our previous kinetic study of the acid and base-induced folding/unfolding transitions of staphylococ...
The complete description of protein dynamics requires three variables: times scales, amplitudes, and...
Our previous kinetic study of the acid and base-induced folding/unfolding transitions of staphylococ...
Three reactions (relaxation times: tau(1) = 140 +/- 8 ms, tau(2) = 840 +/- 30 ms and tau(3) = 30 + 3...
We are interested in how proteins fold and why they fold the way they do. My work uses the recently ...
The folding mechanism of proline-free staphylococcal nuclease (SNase (pro-)) (P11A, P31A, P42A, P47T...
AbstractThermodynamic measurements of proteins indicate that the folding to the native state takes p...
Is the pathway of protein folding determined by the relative stability of folding intermediates, or ...
AbstractKinetics of unfolding and refolding of a staphylococcal nuclease mutant, in which Pro117 is ...
AbstractThe kinetics of chain disruption and collapse of staphylococcal nuclease after positive or n...
The N-terminal RNA binding domain of U1A has been shown to fold in a two-state process without accum...
Recent years have seen the publication of both empirical and theoretical relationships predicting th...
The presence of native contacts in the denatured state of many proteins suggests that elements of th...
AbstractWhen a protein folds or unfolds, it passes through many half-folded microstates. Only a few ...
Kinetic anomalies in protein folding can result from changes of the kinetic ground states (D, I, and...
Our previous kinetic study of the acid and base-induced folding/unfolding transitions of staphylococ...
The complete description of protein dynamics requires three variables: times scales, amplitudes, and...
Our previous kinetic study of the acid and base-induced folding/unfolding transitions of staphylococ...
Three reactions (relaxation times: tau(1) = 140 +/- 8 ms, tau(2) = 840 +/- 30 ms and tau(3) = 30 + 3...
We are interested in how proteins fold and why they fold the way they do. My work uses the recently ...
The folding mechanism of proline-free staphylococcal nuclease (SNase (pro-)) (P11A, P31A, P42A, P47T...
AbstractThermodynamic measurements of proteins indicate that the folding to the native state takes p...
Is the pathway of protein folding determined by the relative stability of folding intermediates, or ...
AbstractKinetics of unfolding and refolding of a staphylococcal nuclease mutant, in which Pro117 is ...
AbstractThe kinetics of chain disruption and collapse of staphylococcal nuclease after positive or n...
The N-terminal RNA binding domain of U1A has been shown to fold in a two-state process without accum...
Recent years have seen the publication of both empirical and theoretical relationships predicting th...
The presence of native contacts in the denatured state of many proteins suggests that elements of th...
AbstractWhen a protein folds or unfolds, it passes through many half-folded microstates. Only a few ...
Kinetic anomalies in protein folding can result from changes of the kinetic ground states (D, I, and...