… that the conjugation of ubiquitin onto H2B prevents H2A–H2B eviction and stabilizes the
nucleosome, and removal of the conjugated ubiquitin by deubiquitinases causes nucleosome …

… In this study, the role of H2Bub1 in regulating global chromatin … at the H2B C terminus
cannot functionally replace ubiquitination to support H3 methylation. Thus, the SUMO or ubiquitin …

… Several interesting questions arise as to how cells could bypass a requirement for detectable
levels of H2Bub in the regulation of gene expression and chromatin dynamics. Myogenic …

… intrinsic properties of the chromatin fiber to change the chromatin state. We used … that H2B
ubiquitylation (uH2B), a modification associated with transcription, interferes with chromatin …

… H2B K34ub on nucleosome assembly and stability as well as the direct effects of H2B
ubiquitylation (K120 or K34) on nucleosome dynamics, … chromatin (45), which in turn deposits H2B …

… chromatin dynamics during the DNA damage response and DNA repair. Our results suggest
that expression of the H2B ubiquitin … the induction of chromatin disassembly and reassembly …

… in synaptic plasticity and long-term memory, and collectively our results suggest that H2B
ubiquitination is a regulator of histone methylation mechanisms that are critical for fear memory …

… chromatin dynamics in vitro and their effects on chromatin accessibility in vivo. We will discuss
both 30-nm fibers and chromatin … Considering H2B ubiquitination has a functional role in …

… implications for the control of chromatin dynamics (47). For … H2B mono-ubiquitylation (17),
while other evidence suggests that H2B and H4 sumoylation may require H2B ubiquitylation …

… Until recently, the biological significance of ubiquitination in the DNA damage response
has been unclear. H2B ubiquitination regulates the damage checkpoint response (Citation15). …