While significant progress has been made in elucidating molecular properties of specific
genes and their regulation, our understanding of how the whole genome is coordinated has …

Matrix attachment regions (MARs) are operationally defined as DNA elements that bind
specifically to the nuclear matrix in vitro. It is possible, although unproven, that they also …

For years, nanotechnology has shown great promise in the fields of biomedical and
biotechnological sciences and medical research. In this review, we demonstrate its …

Molecular motors that hydrolyze ATP and use the derived energy to generate force are
involved in a variety of diverse cellular functions. Genetic, biochemical, and cellular …

The nuclear lamina is a complex protein mesh attached to the inner nuclear membrane
(INM), which is also associated with nuclear pore complexes. It provides mechanical support …

As nanoparticles can cross different cellular barriers and access different tissues, control of
their uptake and cellular fate presents a functional approach that will be broadly applicable …

Plant cells can exhibit highly complex nuclear organization. Through dye-labeling
experiments in untransformed onion epidermal and tobacco culture cells and through the …

The phenomenon of non-orthodox seed behaviour is presented in the framework of the
probability of being much more common than might be expected, considering that scientific …

Nuclear proteins are a vital component of eukaryotic cell nuclei and have a profound effect
on the way in which genetic information is stored, expressed, replicated, repaired, and …

The eukaryotic cell nucleus enclosed within the nuclear envelope harbors organized
chromatin territories and various nuclear bodies as sub-nuclear compartments. This higher …