'Detailed Location' is a category with relatively low variability if we consider accession numbers as one token type.
However, this hypothesis needs to be confirmed by considering more accessions distributed over a wide geographic range especially from the Near East and the Central Mediterranean region.
Such elevated number of groups was expected considering that accessions with different genomic constitution (AA, BB, ABB, AAB, AAA, AAAA, and AAAB), and from distinct subgroups ('Pome'Plantain'in', 'Cavendish', 'Gros Michel, etc) from the variou genomic groups were analyzed.
We used only positions with highly confident decision values ≥1 for phosphorylation sites and ≤ -1 for non-phosphorylation sites in the TAIR7 protein sequence considering the accession specific sequence.
As a case study, we considered four accessions that were not among the 80 strains sequenced in the current study.
Based on a 1 9 scoring system on leaves (from 1 absence of symptoms up to 9 corresponding to lesion area >85%%), we considered all accessions with a score below or equal to two (corresponding to incompatible reactions) as resistant, and the remainder as susceptible.
However, it is virtually impossible to exploit all individual wild accessions by generating genetic libraries of ILs, considering >75 000 Solanum accessions are conserved in genebanks around the world (Larry and Joanne, 2007).
Overall, salinity stressed among all 13 purslane accessions considering biomass production, physiological growth, and anatomical development Ac9 was the best salt-tolerant purslane accession and Ac13 was the most affected accession.
Overall, salinity stressed among all 13 purslane accessions considering biomass production, physiological growth, and anatomical development Ac9 was the best salt-tolerant purslane accession which produced the highest amount of fresh and dry weight and Ac13 was the most affected accession.
According to other works, for our germplasm collection RM190 could explain a high percentage of variation in AAC (74.5%), considering non-glutinous accessions.
