The Arabidopsis root has been the subject of intense research over the past decades. This
research has led to significantly improved understanding of the molecular mechanisms …

In recent years, more and more single-cell technologies have been developed. A vast
amount of single-cell omics data has been generated by large projects, such as the Human …

Positional information is pivotal for establishing developmental patterning in plants,,, but little
is known about the underlying signalling mechanisms. The Arabidopsis root radial pattern is …

Plant roots can regenerate after excision of their tip, including the stem cell niche. To
determine which developmental program mediates such repair, we applied a combination of …

The quiescent center (QC) plays an essential role during root development by creating a
microenvironment that preserves the stem cell fate of its surrounding cells. Despite being …

Multicellular organisms possess pluripotent stem cells to form new organs, replenish the
daily loss of cells, or regenerate organs after injury. Stem cells are maintained in specific …

The astonishingly long lives of plants and their regeneration capacity depend on the activity
of plant stem cells. As in animals, stem cells reside in stem cell niches, which produce …

During Drosophila development and mammalian embryogenesis, exit from the cell cycle is
contingent on tightly controlled downregulation of the activity of Cyclin E–Cdk2 complexes …

In the growing apex of Arabidopsis thaliana primary roots, cells proceed through four distinct
phases of cellular activities. These zones and their boundaries can be well defined based …

The self-renewal characteristics of stem cells render them vital engines of development. To
better understand the molecular mechanisms that determine the properties of stem cells …