Sentence examples for blue strain from inspiring English sources

AFB1 was degraded by up to 94% by the Blue strain.

Treatment with the Blue strain resulted in >90% degradation in samples with an initial AFB1 concentration of 2500 ng g−1, and the Blue strain demonstrated the smallest variance of AFB1 degradation across different concentrations (Fig. 1).

The new, more efficient green strain will divide and consume glucose at an even faster rate than the blue strain, thus depleting the dish's glucose and achieving maximum system entropy at an earlier time point.

Another blue strain obtained from a hobby breeder, BDZW2, was also homozygous for the csf1ra indel allele, and complementation test crosses to BDZW1 confirmed allelism.

Samples were either mock inoculated with ten 6 mm diameter sterile agar plugs or inoculated with ten 6 mm agar plugs of N001, Pearl, or Blue strains, respectively.

In the second run, degradation percentage changed from 84.1, 84.2, and 94.4% to 80.4, 91.3, and 99% for N001, Pearl and Blue strains, respectively (Table 2).

However, breakdown products from AFB1-contaminated maize that was treated with the N001 and Blue strains did show significant reversion in the first run of a duplicated acid reversion assay.

Samples treated with N001, Pearl or Blue strains resulted in 26.2 ± 1.9, 29.8 ± 1.7, and 17.2 ± 1.7 revertant CFUs respectively, which were not significantly different than baseline levels from uncontaminated (0 ng g−1) maize samples and 70% MeOH controls that resulted in 15 ± 1.9 and 20.3 ± 4.3 revertant CFUs, respectively (Fig. 2).

At the main lineage level, the green, orange, and blue strains did not appear as monophyletic groupings in the 24-loci-MIRU-VNTR phylogeny (Figure 3D).

Mast cell phenotype was determined by toluidine blue straining (>96%) and flow cytometry for double stained c-kit+/IgE binding+ cells (>95%).

In general, blue strains that were less copper sensitive with one terminator showed a similar response to the other.