Enzymes that use energy gained by ATP-hydrolysis to alter nucleosomes, the building
blocks of chromatin, are involved in all processes occurring on DNA (1, 2). These ATP …

Chromatin is actively restructured by a group of proteins that belong to the family of ATP-
dependent DNA translocases. These chromatin remodelers can assemble, relocate or …

Chromatin remodeling ATPases are conserved across species from yeast to human and
much of what we know about their function, mechanism of action and regulation comes from …

The genome is wrapped around octamers of histone proteins forming repeating units called
nucleosomes that resemble beads on a string. These structure chromatin, but also present …

This review addresses recent developments in the field of ATP-dependent chromatin
remodeling factors. These factors use the energy of ATP hydrolysis to introduce superhelical …

One hallmark of ATP-dependent remodeling complexes is the ability to make nucleosomal
DNA accessible to regulatory factors. We have compared two prominent human ATP …

Chromatin remodeling complexes can translocate nucleosomes along the DNA in an ATP-
dependent manner. Here, we studied autofluorescent protein constructs of the human ISWI …

Impediments to DNA access due to assembly of the eukaryotic genome into chromatin are in
part overcome by the activity of ATP‐dependent chromatin‐remodeling complexes. These …

Nucleosome‐remodelling factors containing the ATPase ISWI, such as ACF, render DNA in
chromatin accessible by promoting the sliding of histone octamers. Although the ATP …

Chromatin remodeling enzymes use the energy of ATP hydrolysis to alter histone–DNA
contacts and regulate DNA-based processes in eukaryotes. Whether different subfamilies of …