Most histones are assembled into nucleosomes behind the replication fork to package newly
synthesized DNA. By contrast, histone variants, which are encoded by separate genes, are …

In nature, plants are often subjected to periods of recurrent environmental stress that can
strongly affect their development and productivity. To cope with these conditions, plants can …

Plants can sense temperature changes and adjust their development and morphology
accordingly in a process called thermomorphogenesis. This phenotypic plasticity implies …

Histone chaperones and chromatin remodelers control nucleosome dynamics, which are
essential for transcription, replication, and DNA repair. The histone chaperone Anti …

Being sessile organisms, plants are exposed to multiple stimuli without possibility for
escape. Therefore, plants have evolved to be able to adapt their developmental and …

The organization of DNA with histone proteins into chromatin is fundamental for the
regulation of gene expression. Incorporation of different histone variants into the …

Organization of the genetic information into chromatin plays an important role in the
regulation of all DNA template-based reactions. The incorporation of different variant …

The histone H3 family in animals and plants includes replicative H3 and nonreplicative H3. 3
variants. H3. 3 preferentially associates with active transcription, yet its function in …

Chromatin based organization of eukaryotic genome plays a profound role in regulating
gene transcription. Nucleosomes form the basic subunits of chromatin by packaging DNA …

Pluripotent stem-cells are slowly dividing cells giving rise to daughter cells that can either
differentiate to new tissues and organs, or remain stem-cells. In plants, stem-cells are …