This wasn't a scan of the Sargasso Sea or a study of salinity samples.
The simple, rapid and eco-benign SALLE based method proved potentially applicable for trace benzimidazole fungicides analysis in high salinity samples.
A novel method for the simultaneous separation and determination of four benzimidazole fungicides (i.e., carbendazim, fuberidazole, thiophanate-methyl and thiophanate) in high salinity samples was developed by using salting-out assisted liquid liquid extraction (SALLE) via water-miscible acetonitrile as the extractant coupled with high-performance liquid chromatography.
The cDNA library was constructed using 40 μg RNA for each of the two salinity samples.
The normalized library was generated with a wide variety of reproductive and vegetative tissues, enriched with developing fruits, abscission zones and salinity samples.
The reference (control) sample consisted of pooled RNA extracted from sunflower seedlings growing under unaltered environmental greenhouse conditions, whereas chilling and salinity samples were RNA extracted from sunflower seedlings growing in greenhouse under those stressed conditions.
Most of these sequences were derived from the normalized full-length library (4673), that contained a mixed of reproductive and vegetative tissues particularly enriched with fruit tissues, abscission zones and salinity samples.
Additionally, we quantified the number of genes in the normalized libraries that were uniquely represented in one C. virginica population sample or the other by mapping the trimmed and filtered 454 read pools from 'low' and 'high' salinity samples back to the annotated reftigs from the 80%-clustered transcriptome using GSMapper (454 Life Sciences, Roche Diagnostics) with default settings.
DOC concentrations were highest near the most inland, low-salinity sampling sites; concentrations were lowest offshore in Ponce de Leon Bay.
Individuals >180 cm were predicted to have limited movements in relation to salinity, although sample sizes were relatively small.
