… Many studies demonstrated a crosstalk between histone ubiquitination and other histone
modifications required to act in combination or sequentially to regulate transcription. For …

… presents four histone modifications and their functions in chromatin structure and function.
The four core histones—H2A, H2B, H3, H4—and their variants and the linker histone H1 …

… These and other observations have led to the idea of a histone modification ‘code’ which
might be read by various cellular machineries. The term ‘code’ may be a misnomer, however, …

… In this review, we summarize the histone modification and chromatin remodeling that occur
during the seed life cycle, from seed development to seedling establishment. We hope to …

… region and exhibit shared histone modification peaks. Overall, patterns of histone modifications
are stable through the life cycle. Analysis of histone modifications at generation-biased …

… In contrast, phosphorylation in serine 23 of H2B and methylations of lysine 76 of histone H3
… of histone modifications related to the control of gene expression and cell-cycle regulation …

… -transcriptional modifications can change the electronic charge and structures of these histone
tails, … To date, histone modifications have been found to play important roles in a variety of …

… are critical to virulence and completion of the life cycle. We will highlight studies that
demonstrate the relevance of histone modifications with respect to pathogenesis, and discuss how …

… Although the western blot analyzes indicated the effect of apicidin on nucleosomal histone
modifications, in our next step we wished to investigate the distribution of these induced …

… of histones bound to HPV genomes during the differentiation-dependent productive life cycle
… state throughout the viral life cycle as evidenced by the presence of acetylated H3 and H4 …