In the top-right corner the canvas weave pattern can be distinguished and distributed over this sample we see large individual pigment particles protruding.
Within a given sample, we see that by sequentially examining more genomic dimensions at the DNA level, i.e. gene dosage, allelic status, and DNA methylation, we can explain a higher proportion of the differential gene expression changes observed.
However, considering the characteristics of this universal sample, we see that not only do all mean scores of the secondary outcomes fall within the healthy range, there is also very little variation in these scores.
A stricter criterion of gene expression is the observation of exon splicing: in each sample, we see spliced reads in over 50% of protein-coding genes (Additional file 1: Table S2).
In our sample, we see that instructors, on average, frequently practice many of the PORTAAL elements: they do not regularly provide hints during the engagement part of the activity, do frequently explain why the right answer is correct, do make students accountable for participating, and do not discourage student participation with negative feedback.
Not much to it, the investigators concluded: "On the basis of the samples we saw, we are satisfied so far that it is unlikely that Google will have captured significant amounts of personal data".
Comparing the nanohardness with the conventional knoop microhardness of the same series of samples, we saw that the values of knoop microhardness are much higher than those of nanohardness.
The ICO said in a statement: "On the basis of the samples we saw, we are satisfied so far that it is unlikely that Google will have captured significant amounts of personal data".
In two of the experimental samples, we saw more PARP and caspase-7 cleavage when compared with the control sample.
