All ATP-dependent chromatin remodelers have a DNA translocase domain that moves along
double-stranded DNA when hydrolyzing ATP, which is the key action leading to DNA …

ATP-dependent chromatin remodelling enzymes are molecular machines that act to
reconfigure the structure of nucleosomes. Until recently, little was known about the structure …

In the eukaryotic nucleus, processes of DNA metabolism such as transcription, DNA
replication, and repair occur in the context of DNA packaged into nucleosomes and higher …

Members of the ATP‐dependent family of chromatin remodeling enzymes play key roles in
the regulation of transcription, development, DNA repair and cell cycle. Each of these …

Cells utilize diverse ATP-dependent nucleosome-remodelling complexes to carry out
histone sliding, ejection or the incorporation of histone variants, suggesting that different …

ATP-dependent chromatin remodeling complexes (remodelers) use the energy of ATP
hydrolysis to regulate chromatin structures by repositioning and reconfiguring nucleosomes …

ATP-dependent chromatin remodelling enzymes act to alter chromatin structure during gene
regulation. Studies of the ATPase motors that drive these enzymes support the notion that …

Members of the ATP-dependent class of chromatin remodeling enzymes are found in all
eukaryotes where they play key roles in many DNA-mediated processes. Each of these …

Chromatin provides both a means to accommodate a large amount of genetic material in a
small space and a means to package the same genetic material in different chromatin states …

ATP-dependent chromatin remodelling enzymes play a fundamental role in determining
how nucleosomes are organised, and render DNA sequences accessible to interacting …