… endogenous IAA is transported to the basal end of each segment, thereby inducing root
formation. … The explants were transferred to hormone-free medium after the second IBA treatment …

… strength of rooting medium could remarkably influence root formation, that is, the root regeneration
… It could likewise significantly delay root formation when the ironic strength fell below a …

… endogenous IAA levels during the three successive rooting phases [4, 12, 21]. There is always
a transient increase in the endogenous … also confirms that one hormone may play several …

… and endogenous auxin (1, 26, 27) without itself being an auxin (19). In addition, it has been
possible to reduce adventitious root formation … The role of endogenous hormones in cambial …

… in root-nodule formation in seedling intact roots. From this restricted division response of
the explants to the hormones, a hypothesis of endogenous … , extractions of root tissue were …

… and adventitious root formation in most plant species. Elevated endogenous or exogenous
… role for the gaseous plant hormone ethylene in lateral root formation, utilizing the diversity of …

… of plant endogenous hormones of different alfalfa cultivars with different root regeneration
ability( … The results are as follow: Contents of endogenous hormones in the root tissue between …

… hormones on branching, it is assumed that adaptive changes in root structure are controlled
by endogenous hormone … present study, and the lateral root formation was not quantified. …

… It encodes the auxin-induced tfs gene, which can promote root formation. Our results
showed that the highest expression of ARF5 was after 6 h of treatment in M. prunifolia (Fig. …

… induced adventitious root formation in many plants. However, whether they are the sole
determinants for adventitious root formation is worth further study. In this study, endogenous NO …