Scientists have discovered a rapid molecular switch in plant roots that allows them to detect dry soils and redirect root ...

Boron, though required only in minimal amounts, is vital for plant development. It strengthens cell walls and supports the ...

Scientists have discovered, for the first time how root cells respond to their complex soil environment revealing that roots actively sense their microenvironment and mount precise, cell-specific ...

Root hair curling was observed through simple glass-slide technique ... For quantitative measurement of IAA, one ml of cell-free culture filtrate (CF) was mixed vigorously with 4 ml of Salkowsky's ...

They extend from the surface of root cells, significantly ... and capturing plant root images for different vision tasks for a more accurate representation of their morphology and root trait ...

Root hairs develop distinctly from many other plant cell types. Typically, the two stages of root hair production are cell-fate determination ... in response to the nitrate concentration in nearby ...

Root hairs are extensions of epidermal cells that effectively enlarge the root surface area and facilitate soil exploration for water and nutrients. Root hair development starts with cell fate ...

Root hair development starts with cell fate specification, which determines whether an epidermal cell becomes a hair-forming cell (trichoblast) or a hairless cell (atrichoblast).

Intricately organized tree root systems, for example, can span as far underground as the tree grows high above the soil ... cells play an active role in the plant’s development. Their method involved ...

Researchers found that older hair has more stem cells stuck in a hair follicle, which can't turn into pigment cells. Source: Getty Images. A potential breakthrough has been made in understanding ...