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After AlCl3 (pH 4.5) stress for 24 h, low Al concentration (20 μM) could inhibit root growth significantly.
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The great avidity of Al3+ for electrons (Fig. 3, Box 1) could prevent the regeneration of apoplasmic ascorbate and inhibit root growth.
Also, high concentration of BR was shown to inhibit root growth along with root coiling.
Micromolar concentration of Al3+ can rapidly inhibit root growth.
Although auxin can induce new root formation, higher concentrations inhibit root elongation and enhance adventitious root formation.
Root hair-specific overexpression of wild-type PIN1, 2, or 7 greatly inhibited root hair growth by depleting auxin levels in the root hair cell, whereas overexpression of M3 phosphorylation-defective PIN mutants failed to inhibit root hair growth.
Root hair-specific overexpression of wild-type PIN3 greatly inhibited root hair growth by exporting auxin from the root hair cell, whereas overexpression of a phosphorylation-defective M3 mutant PIN3 failed to inhibit root hair growth.
In plant roots, external ethylene can inhibit root elongation (Visser and Pierik 2007) and aerenchyma formation (Takahashi et al. 2015).
To obtain further insights into the root responses of aspen to Al, we investigated root gene expression at Al conditions that inhibit root growth.
In this way, the root cap and epidermal/exodermal morphological disorganizations observed in docs1 mutant roots could inhibit the early steps of lateral auxin gradient establishment.
Objective of the investigation was to determine if, the phytocompound(s) present in the root of Polygonum hydropiper could inhibit implantation mediating the regulation of Insulin like growth factor (IGF-I) mRNA transcript.
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