Root hairs tie the root system to the soil substrate, facilitate water and nutrient absorption,
and enable the interaction with microbes in the soil. Root hair development can be classified …

When interacting with the environment, plant roots integrate sensory information over space
and time in order to respond appropriately under non-uniform conditions. The complexity …

Root exudates control critical processes in the rhizosphere, retaining water, selecting for
beneficial microorganisms or solubilising nutrients prior to uptake by the plant. Analysing …

Nuclear migration during growth and development is a conserved phenomenon among
many eukaryotic species. In Arabidopsis, movement of the nucleus is important for root hair …

Cell biology investigation is important for plant physiology research in terms of dissecting
biological processes from plants/organs to macromolecular scales in various spatial and …

The nucleus is a central organelle of eukaryotic cells undergoing dynamic structural
changes during cellular fundamental processes such as proliferation and differentiation …

Similar to any microscopic appendages, such as cilia or antennae, phenotyping of root hairs
has been a challenge due to their complex intersecting arrangements in two-dimensional …

Redox changes of pyridine nucleotides in cellular compartments are highly dynamic and
their equilibria are under the influence of various reducing and oxidizing reactions. To obtain …

Root hair (RH) cells are important for the growth and survival of seedlings. They favor plant–
microbe interactions and nutrients uptake. When invading the soil, RH cells have to …

We analysed cell wall formation in rapidly growing root hairs of Triticum aestivum under
reduced turgor pressure by application of iso-and hypertonic mannitol solutions. Our …