Transgenic alfalfa plants were tested for glyphosate resistance both in vitro and in vivo.
Eight kinds of plants were tested in channel-dyke and field irrigation systems.
These plants were tested serologically for 15 viruses known to infect soybean plants.
However, none of these plants were tested in the field to demonstrate real potential of this approach.
To evaluate rice panicle blast resistance, the F4 plants were tested in an experimental field at the Aichi Agricultural Research Center in 2010.
Contradictory rankings of tolerance were observed in many studies due to different screening conditions and different development stages at which plants were tested.
The resulting selected plants were tested for cytotoxic activity and the compounds responsible for this activity were evaluated by liquid chromatography mass spectroscopy (LC MS).
Wild-type and transgenic plants were tested for Zn and Cd tolerance; Zn, Fe and Cd accumulation patterns, and for the expression of endogenous Zn/Fe-homeostasis genes.
Briefly, the plants were tested for the bacterium presence using 5 µL of DNA template obtained after extraction with Qiagen kit from 1 g of leaf midribs in PCR with primers and under conditions reported in literature [12].
The chlorophyll fluorescence parameters of the pepper plants were tested every 7 days, with healthy canopy leaves chosen for measurement, ensuring that each measure was taken at the same location as much as possible.
A total of 650 F1 plants were produced and 150 F1 plants were tested for the hybridity and confirmed by their heterozygosity for the resistance gene linked markers of which 143 plants were observed to be true F1s.
