We report on the self-assembly of poly (3-dodecylthiophene)(P3DDT) into nanowhiskers for
the first time via addition of the marginal solvent anisole into its well-dissolved solution. By …

Protein folding kinetics are often measured by monitoring the change of a single
spectroscopic signal, such as the fluorescence of an intrinsic fluorophore or the absorbance …

Determining the rate of forming the truly folded conformation of ultrafast folding proteins is an
important issue for both experiments and simulations. The double-norleucine mutant of the …

As the simplest and most prevalent motif of protein folding, α-helix initiation is the starting
point of macromolecular complexity. In this work, helix initiation was directly measured via …

The nucleation event in α-helix formation is a fundamental process in protein folding.
However, determining how quickly it takes place based on measurements of the relaxation …

Abstract Due to Plaxco, Simons, Baker and others, it is now well known that the two-state
single domain protein folding rate is fairly well predicted from knowledge of the topology of …

Eine überraschende Wendung: Eine neuartige Multisonden‐und Multifrequenzmethode
ermöglicht die Untersuchung der Faltungsdynamik individueller Proteinstrukturelemente …

The folding kinetics of proteins is frequently single-exponential, as basins of folded and
unfolded conformations are well separated by a high barrier. However, for relatively short …

The use of a fast temperature jump (T-jump) is a very powerful experiment aiming at
studying protein denaturation dynamics. However, probing the secondary structure is a …

Peptides and proteins are highly dynamic systems, which can adopt more or less stable
conformations. The dynamics of these molecules, particularly those on the nanosecond to …