Flexibility and Dynamics.
Applications of NM R for the characterization of protein dynamics and folding
(C . Bracken).
Observation and simulation to study m echanical properties of proteins
(B. Isralewitz et al.).
Intrinsically disordered proteins
(A.K. Dunker et al.).
Predicting flexib ility in proteins using constraint theory (M.F. Thorpe et al. ).
Structure and dynamics of 6-hydroxymethyl-7, 8-dihydropter in pyrophosphokinase
(H. Yan et al.).
Sampling activated mechanisms in proteins with the activation -relaxation technique
(N. Mousseau et al.).
Folding and Unfolding.
Constr ucting smooth potential functions for protein folding (G.M. Crippen).< BR id='LF'>
Hydrogen exchange and protein folding
(C. Woodward et al.).
Structural transit ions in neutral and charged proteins in vacuo (G.A. Arteca, O. Tapia).
Applications of NM R for the characterization of protein dynamics and folding
(C . Bracken).
Observation and simulation to study m echanical properties of proteins
(B. Isralewitz et al.).
Intrinsically disordered proteins
(A.K. Dunker et al.).
Predicting flexib ility in proteins using constraint theory (M.F. Thorpe et al. ).
Structure and dynamics of 6-hydroxymethyl-7, 8-dihydropter in pyrophosphokinase
(H. Yan et al.).
Sampling activated mechanisms in proteins with the activation -relaxation technique
(N. Mousseau et al.).
Folding and Unfolding.
Constr ucting smooth potential functions for protein folding (G.M. Crippen).< BR id='LF'>
Hydrogen exchange and protein folding
(C. Woodward et al.).
Structural transit ions in neutral and charged proteins in vacuo (G.A. Arteca, O. Tapia).
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