Sentence examples for plants we generated from inspiring English sources

The 35S::GA5 plants we generated clearly flowered earlier under both photoperiodic conditions tested, confirming the importance of GAs in the control of the transition to flowering.

Therefore, the transgenic rice plants we generated were highly sensitive to bentazon but tolerant to glyphosate, which is exactly the opposite of conventional rice plants.

Since all Lhc proteins share a certain degree of similarity, in order to accurately assign Physcomitrella polypeptides to groups of corresponding isoforms from other plants, we generated phylogenetic trees (for an example of sequence alignments and the list of sequences included see supplemental figure S2 and S3).

To explore the ability of induced PBs to accumulate biopharmaceutical recombinant proteins in plants we generated transgenic tobacco expressing Zera-EGF and Zera-Ct fusions.

DOI: http://dx.doi.org/10.7554/eLife.03498.009 To investigate whether myosin VIII has a similar role in seed plants, we generated a tobacco BY-2 cell line stably transformed with the moss Myo8A-GFP.

Therefore, making use of the possibility to easily address different subcellular compartments within the plants, we generated two expression constructs featuring PfGAP50, one ER-retarded and the other one targeted to the plastids.

To assay the effect of IrrE expression on salt tolerance in a crop plant, we generated Brassica napus transgenic plants overexpressing the irrE gene (Figure 2).

To reduce negative effects of EsWAX1 over-expression on plant growth, we generated transgenic Arabidopsis plants expressing EsWAX1 driven by the stress-inducible RD29A promoter.

To gain insight into the molecular composition of the protein translocation systems in intracellular membranes of plant cells, we generated a bioinformatic pipeline for the identification of orthologues and (co- orthologues in plants.

To better understand HGT in this host-parasite plant system, we generated transcriptomic data for both the parasite (Rafflesia) and its obligate host (Tetrastigma).

To test the functionality of this tool for plant analysis, we generated transcriptome data of root and leaf responses to Fe deficiency and the Arabidopsis metal homeostasis mutant nas4x-1.