When comparing both methods, we observed two SNP haplotypes consisting of 12 SNPs within 452 bp region in the CAD gene sequence of parent AA3.
Within a total of 6,997,906 bp of sequence called by both methods, we observed 3,973 concordant and 1,220 discordant single-nucleotide variant (SNV) genotype calls.
For both alignments (mtDNA1, mtDNA2; for details about alignments see Methods), we observed a major shift in nucleotide composition between colobine and non-colobine representatives (Additional file 4).
In addition, when we examined the subclass memberships of the tumors as determined by various prediction methods, we observed only a few discrepancies (Supplementary Fig. 3 online).
Using traditional and novel analytical methods, we observed significant aggregation and extra-organismal dissolution of silver, organismal uptake and, in one case, transgenerational transfer of AgNPs.
When exploring a consensus of the docking methods we observed a correlation of 57%.
Using immunocytochemical methods, we observed that lipid rafts and EBP were colocalized in human dermal fibroblasts (Fig. 1).
Using optical methods, we observed intense immunostaining in the cerebellum surrounding Purkinje cell bodies and in basket cells.
Comparing the CI of both bootstrap methods, we observe that for small values of W the amplitude of the CI is larger for the percentile method, whereas for high values of W, the amplitude of the CI is larger for the BCa method (figure 5, second and third rows).
With both insertion methods, we observe stable current baselines over the minutes time scale, or lifetime of the bilayer membrane, and reproducible charge flux values at fixed concentrations of protein.
After treating PP surface with both methods, we commonly observed OH-groups, CO groups in ester, ketone and carboxyl groups, CO groups in unsaturated ketones and aldehydes.
