To link observed surface water concentrations at Imnavait Creek to parent soil material we analyzed the elemental composition of a soil core from the watershed and tracked the soil temperatures as a function of time and depth.
In order to assess the proportion of P. vivax DNA in our starting material we analyzed the bulk genomic DNA using qPCR.
In order to try to add some value to these materials, we analyzed the chemical composition of the starfish Luidia senegalensis collected in the Brazilian coast as a consequence of the trawling fishery method.
To know the allele type of Ghd7 from our breeding materials, we analyzed the genomic sequence (protein coding regions and an intron) of Ghd7 using WGS data of six genotypes.
Based on the gene ontology and KEGG pathway materials, we analyzed the GO and KEGG enrichments for known AMD-related genes, which were retrieved from the Retina International website (http://www.retina-international.org/files/sci-news/remacdy.htm) or the published literature.
In this review, we analyze the material requirement from different TE perspectives, while discussing pros and cons of advanced fabrication techniques for scale-up manufacturing.
We analyze the critical materials properties that would influence engineering nanocapacitors (nanoscopic capacitors), and show that at nanoscale, dielectric properties (dielectric constant, dielectric strength, and dielectric relaxation) determine the practicality of such capacitors.
As shown in table 1 and in details in supplementary table 1, Supplementary Material online, we analyzed the mitochondrial outer membrane β-barrels from 157 species, including 7 Amoebozoas, 89 Opisthokontas, 32 Archaeplastidas, 20 Chromalveolatas, 8 Excavatas, and a single Rhizaria species.
Using again a branch-site model, model A (see Materials and Methods), we analyzed the 21 longest internal and terminal branches of the V1r1/V1r2 clades.
In this study, by determining the minimum parsimony of nucleotides at each position (see Materials and Methods), we analyzed the impact of nucleosome occupancy on the evolution rate of TFBSs in sensu stricto yeasts.
