… the subnuclear space in a gene repositioning cycle. We propose a model of localized chromatin
interaction … chromatin regions in response to cell cycle progression and stress in plants. …

… is involved in the regulation of cell division, revealed several RPs … the subcellular/subnuclear
localization and cell levels of specific … The nuclear localization and interaction of eEF1A and …

… protein that in differentiated cells localizes in nucleoli and … due to distinct cell cycle phases,
except for mitotic cells, which were … self-interaction could also be observed in HEK293T cells (…

… In this study, we use both fixed- and live-cell imaging of human cells to address this question…
cell cycle. This suggests a mechanism by which cells that have committed to the cell cycle …

… /NoLS and that K467 is required for the interaction between dyskerin and GAR1 in a
SUMO3-dependent manner, and we identify here a SIM in GAR1 that is important for this interaction. …

… Besides their distinctive genomic and subnuclear organization, replicative histones differ
from … We have also learned a lot about the interplay among histone variants and their …

… also necessary to consider the subnuclear components that include (i… according to the cell
cycle progression, developmental … interaction network functioning in transcriptional regulation (…

… and CAP-G interaction in mitotic G 2 /M cells. The level of this … are segregated into a subnuclear
compartment called the XY … proteins bind to the central regulatory domain of HSF1 [110] …

… On a global scale, asymmetric cell division can lead to … in different cell types with different
stimuli, these subnuclear … uses its PB1 domain for proteasome interaction. Nuclear retention of …

… rapidly exchanging genome binding that is dynamically regulated throughout the cell cycle
[44–47]. … CTCF interaction partners in normal MCF10A cells to reveal the variety of interaction …