… that the high yield of rubber tree likely results from higher total … latex transcriptome of these
two rubber tree varieties and the molecular mechanisms underlying high yield in rubber tree…

… Latex is the cytoplasmic content of laticifers or latex vessels of Hevea brasiliensis, the
cultivated tree species for commercial production of natural rubber. Laticifers form a ubiquitous …

… genes but are associated with the differential expression of the other genes involved in
sugar availability and catabolism, as well as other kinds of metabolisms within the latex cells. …

… The involvement of reactive oxygen species in the latex metabolism and TPD syndrome,
and the wounding tolerance of rubber trees, suggest that some HbERFs from group VII, …

… Hevea brasiliensis (para rubber tree), a native tree of Brazil, is the sole commercial species
cultivated for rubber production due to the high quality, high yield, easy harvesting and …

… species including the rubber tree. Compared to model plants, transcript resources in this
economically important species … Expressed Sequence Tags (EST) from latex (Chow et al., 2012, …

… stress, and the regulation of latex biosynthesis. Thus, the objectives of … variety of Hevea
brasiliensis organs and tissues with a view to completing the available reference transcriptomes, …

… produces latex of highly complex and variable composition according to the plant species. …
In this study, five tissues were investigated by transcriptome profiling which included latex, …

… To further improve knowledge on latex production, we performed transcriptome … transcriptome
analysis on four tissues (latex, bark, petiole and leaf) and on three rubber cultivars (RRIM …

… (the Brazilian rubber tree) is the only species that produces commercially viable quantities
… of the latex transcriptome An interesting finding in this study is that the latex transcriptome is …