When Ghd7 was transferred to plants, the transformants exhibited delayed flowering, increased plant height and panicle size (Xue et al. 2008).
Transformants exhibited an increase in resistance to paromomycin by up to 333-fold.
H-ras transformants exhibited a statistically-significant increase (p < 0.05) in foci count, as compared to non-treated NIH3T3 controls (Fig. 5a & c).
Compared to the wild type, the PYC activity in the pyc transformants increased 56%83%%, whereas pepc transformants exhibited significant PEPC activity (3 6 mU/mg) that was absent in the wild type.
However, the transformants exhibited no improved tolerance against desiccation stress.
Resultant transformants exhibited salt-tolerance with dwarfing phenotypes.
The transformants exhibited higher tolerance to NaCl stress compared to untransformed parent plants.
All the uidA transformants had the "yellow-in-the-dark" phenotype characteristic of chlL mutants, whereas homoplasmic nifH transformants exhibited a partial "green-in-the-dark" phenotype.
The MerE transformants exhibited no distinctive phenotypes.
The transformants exhibited enhanced tolerance to low Fe availability in both hydroponic culture and calcareous soil (Fig. 4a).
