… somatic cells, cytological and biochemical dynamic activities are crucial factors in conferring
on somatic cells the ability to manifest embryogenic … and biochemical dynamic activity during …

… These results suggest a possible use of antioxidant enzyme activity to evaluate the ability
to produce somatic embryos, especially in long-term proliferated cultures. In addition, it is well …

… The activity of the other enzyme responsible for sucrose cleavage (SuSy) … of activity, leading
to high SuSy activity in mature embryos. This dynamic was verified by biochemical activity …

… of zygotic embryos of this … embryo polarity. Taken together, the present work brings new
insights to the physiological and biochemical dynamics that occur during somatic embryogenesis …

… a zygotic embryo, develops … Somatic embryos are used for studying regulation of embryo
development, but also as a tool for large scale vegetative propagation. Somatic embryogenesis …

… Their molecular functions are related to DNA binding, protein binding, and UDP-forming
activity. By searching for the biological functions of these candidate proteins, we found that they …

… regeneration efficiency, with dynamic changes in chromatin … of histone deacetylases (HDAs)
activity, leading to acetylation of … Inhibiting ACS activity with 10 µM AOA increased the total …

… Recently, a few groups have shown the dynamic activity in the … phase of somatic embryos,
was correlated with the increase of H3K9me2. This indicates that the chromatin is dynamically …

… somatic embryogenesis has been established in several plant species, there remains many
problems to be solved. The main problem in somatic embryogenesis … important dynamic role …

… PRC1 is found in plants and animals, where it represses gene activity by histone H2A …
It would be interesting to investigate the cell-specific dynamics of chromatin modifications …