Analytical ultracentrifugation (AUC) is a versatile and powerful method for the quantitative
analysis of macromolecules in solution. AUC has broad applications for the study of …

In this contribution the use of Analytical Ultracentrifugation (AUC) for the modern analysis of
colloids is reviewed. Since AUC is a fractionation technique, distributions of the …

Heterochromatin plays important roles in transcriptional silencing and genome maintenance
by the formation of condensed chromatin structures, which determine the epigenetic status …

Regulation of chromatin structure involves histone posttranslational modifications that can
modulate intrinsic properties of the chromatin fiber to change the chromatin state. We used …

The existence of a 30‐nm fiber as a basic folding unit for DNA packaging has remained a
topic of active discussion. Here, we characterize the supramolecular structures formed by …

The release of GA (mitochondrial glutaminase) from neurons following acute ischaemia or
during chronic neurodegenerative diseases may contribute to the propagation of glutamate …

The crystal structure has been determined at 3.0 Å resolution for an unphosphorylated
STAT1 (1–683) complexed with a phosphopeptide derived from the α chain of interferon γ …

We report a model-independent analysis approach for fitting sedimentation velocity data
which permits simultaneous determination of shape and molecular weight distributions for …

With the introduction of the Beckman XL-I/A in the early 1990s, digital data acquisition from
the analytical ultracentrifuge has made it possible to readily analyze sedimentation data with …

Activation of the complement system generates potent chemoattractants and leads to the
opsonization of cells for immune clearance. Short-lived protease complexes cleave …