Independent PCA of both mRNA and protein data from the 798 gene products indicated that the first two principal components (PC-1mRNA and PC-1protein) account for over 85% of the total variance in the either dataset (Figure 4B).
In either dataset, you can click on "List of stations in current view" under the map and then search for a particular station name, or you can go through the list and select multiple stations using the toggle boxes next to each name.
We performed the analysis at the higher resolution, that of RS2, in order to avoid introducing artefacts by changing pixel values in either dataset.
In order to avoid introducing artefacts by changing the true resolution of either dataset or averaging any pixel values, we warped RS1 to the same projection and resolution as RS2, using a rigorous arithmetic conversion between the projections and a nearest neighbour resampling method (so no pixel values were changed).
The distribution of contig lengths of this dataset is longer than that for either dataset alone (Figure 4D).
There was not a statistically significant difference in missing genotypes between cases and controls in either dataset.
While some people showed no degree of frailty, no individual was completely free of social vulnerability in either dataset.
Yet, due to the modular architecture of proteins, the same DDI can be found in PPIs belonging to either dataset, but with a different probability.
This component alone accounted for over 75% of the total variance in either dataset, and therefore, appears to be the most prominent pattern in our data.
Specifically, we used the program SpaceAngle to determine if the observed angle between two shape spaces differed from those calculated from random sub-divisions of either dataset.
Furthermore, we note that while the axon guidance pathway SNPs genotyped in the ALS and PD datasets were partially overlapping, that there were many SNPs unique to either dataset.
