Recently, the funnel shape energy landscape theory has been successfully utilized to
describe the folding (1–4) and binding (5) behavior in proteins. While in general the free …

▪ Abstract During protein folding, many of the events leading to secondary and tertiary
structure occur in milliseconds or faster. Modern nuclear magnetic resonance and laser …

We used UV resonance Raman spectroscopy to characterize the equilibrium conformation
and the kinetics of thermal denaturation of a 21 amino acid, mainly alanine, α-helical peptide …

The oxidative refolding of hen lysozyme has been studied by a variety of time‐resolved
biophysical methods in conjunction with analysis of folding intermediates using reverse …

The refolding of equine lysozyme from guanidinium chloride has been studied using
hydrogen exchange pulse labelling in conjunction with NMR spectroscopy and stopped flow …

Logarithmic oscillations superimposed on the temporal relaxation patterns of complex
systems are considered from the standpoint of their hierarchical origin. We propose that a …

To elucidate early stages in protein folding, we have adopted a fragment reconstitution
method for small proteins. This approach is expected to provide nuclei for protein folding …

Time-resolved fluorescence anisotropy of a bound extrinsic probe was studied in an effort to
characterize dynamic properties of the transient partially folded forms that appear during the …

We describe here an algorithm for distinguishing sequential from nonsequentially folding
proteins. Several experiments have recently suggested that most of the proteins that are …

Protein secondary structures result both from short-range and long-range interactions. Here
neural networks are used to implement a procedure to detect regions of the protein …