Rhizogenesis is a complex multistep process that still remains widely unknown in terms of
physiological mechanisms. Nevertheless, the anatomy of primary and lateral roots is now …

The mechanisms involved in adventitious root formation reflect the adaptability of plants to
the environment. Moreover, the rooting process is regulated by endogenous hormone …

Abstract Background Alfalfa (Medicago sativa L.) as an important legume plant can quickly
produce adventitious roots (ARs) to form new plants by cutting. But the regulatory …

The evolution of root architecture in plants was a prerequisite for the absorption of water and
minerals from the soil, and thus a major determinant of terrestrial plant colonization. Cereals …

Investigation of the biochemical and molecular changes during rooting in woody species
can reveal how specific molecules are involved in adventitious root (AR) induction. We …

Adventitious rooting derived from the parenchyma cells of vascular cambium is a highly
efficient rooting type for cutting propagation of woody species. To unravel the molecular …

Apples are economically valuable and widely consumed fruits. The adventitious roots (ARs)
formation is gridlock for apple trees mass propagation. The possible function of multiple …

The sweetpotatoes (Ipomoea batatas) generate adventitious roots (ARs) from cut stems that
develop into storage roots and make for an important means of propagation. However, few …

Adventitious rooting is the most important mechanism underlying vegetative propagation
and an important strategy for plant propagation under environmental stress. The present …

The primary root is critical for early seedling growth and survival. To understand the
molecular mechanisms governing primary root development, we performed a dynamic …