In Arabidopsis, the root clock regulates the spacing of lateral organs along the primary root
through oscillating gene expression. The core molecular mechanism that drives the root clock …

Body regeneration through formation of new organs is a major question in developmental
biology. We investigated de novo root formation using whole leaves of Arabidopsis (…

Plants have extraordinary developmental plasticity as they continuously form organs during
post-embryonic development. In addition they may regenerate organs upon in vitro …

Plant growth and development require a continuous balance between cell division and
differentiation. In root meristems, differentiated cells acquire specialized functions, losing their …

Stem cells are central to plant development. During root postembryonic development stem
cells generating tissues are patterned in layers around a stem cell organizer or quiescent …

1. ABSTRACT Lateral root growth occurs from primed xylem pole pericycle cells that can be
specified as founder cells, but how these cells acquire the pluripotency state to initiate a root …

Stem cells are central to plant development. Root stem cells organize around the quiescent
center (QC) and give rise to cell lineages that generate the root radial pattern during …

Body regeneration through formation of new organs is a major question in developmental
biology. We investigated de novo root formation using whole leaves of Arabidopsis (…

A numerical model to study the behavior and distribution of natural radionuclides in sediments
of an estuary (Odiel and Tinto rivers, SW Spain) affected by acid mine drainage and …

An oil spill model was developed for the Red Sea. It uses detailed data on water circulation:
instantaneous tidal currents, tidal residuals (both from a tidal model specifically applied to …