Spatial patterns of the hormone auxin are important drivers of plant development. The
observed feedback between the active, directed transport that generates auxin patterns and …

Systems biology orientates signaling pathways in their biological context. This aim invariably
requires models that ignore extraneous factors and focus on the most crucial pathways of …

Auxin is an essential hormone for plant growth and development. Auxin influx carriers
AUX1/LAX transport auxin into the cell, while auxin efflux carriers PIN pump it out of the cell …

A striking feature of vascular plants is the regular arrangement of lateral organs on the stem,
known as phyllotaxis. The most common phyllotactic patterns can be described using …

Unlike in animals, in plants, vein patterning does not rely on direct cell-cell interaction and
cell migration; instead, it depends on the transport of the plant hormone auxin, which in turn …

Plants develop new organs to adjust their bodies to dynamic changes in the environment.
How independent organs achieve anisotropic shapes and polarities is poorly understood …

Throughout plant development, vascular cells continually form from within a population of
seemingly equivalent cells. Vascular cells connect end to end to form continuous strands …

Highlights•Behavior of cells in tissues is coordinated along specific orientations or
directions.•These orientations and directions are coordinated by coordinating cell …

What remains of the evidence for auxin feedback on PIN polarity patterns? | Plant
Physiology | Oxford Academic Skip to Main Content Advertisement Oxford Academic …

The initiation of vascular development occurs during embryogenesis and the development
of lateral organs, such as lateral roots and leaves. Understanding the mechanism underlying …