The efficiency of the system was tested on around 2050 leaf images collected from two different plant databases, FCA and Flavia.
Chlorpromazine and decocts of N. corniger were collected from two different plant species used in the traditional medicine were tested for their antimicrobial activity against strains of Escherichia coli resistant to aminoglycosides.
The first five fruits from six different plants were observed for each genotype.
Specimens of bottom ash from four different plants and four seasons were tested by repeated load triaxial tests.
Three biological replicates for each condition were prepared, where each replicate corresponded to the pool of three leaves coming from three different plants.
RNA-Seq analysis was performed with three biological replicates for each condition, with each sample corresponding to a pool of leaves from three different plants.
Moreover, as for RNA-Seq experiment, proteomic analysis was performed with three biological replicates for each condition, with each sample corresponding to a pool of leaves from three different plants.
For seed samples, 40 dry mature seeds from ten different plants were pooled per analysis.
Four leaves from four different plants of each entry were clip inoculated at the maximum tillering stage and lesion lengths (LL) were recorded after 15 days.
Leaves from four different plants were measured for each treatment.
Protein extractions were performed from three independent leaves from three different plants at each time of infection and then characterized by 2-DE.
