Interestingly, most Alk5 clusters present on the microparticles were accompanied by the TGFβRII, most likely, the assembled heteromeric complexes.
We were able to infer global functions for most SpG8 clusters, strengthening the hypothesis that they correspond to coherent functional units.
Yet, t1 clusters do not have the same size distribution as t2 clusters, but instead are intermediate, with most t1 clusters being in only a minority of the E. coli genomes (fig. 5).
This threshold was set to select at most 29,857 clusters in each sample, which is the number of promoters previously identified using CAGE for THP-1 myelomonocytic leukemia cells in an extensive study [ 37].
This was done to determine the true number of clusters present, and suggested that if any population structure exists, it is best explained by there being at most 2 clusters within the data (although the technique is unable to validate if 1 cluster is an even better fit).
Of the 10 most likely clusters, 5 (1, 2, 3, 7, and 10) were located in the Amazon region of Brazil, and 3 (6, 8, and 9) were contiguous to 1 of these 5 Amazon clusters and located in dry savannah areas.
In each case, the number of 2 member clusters accounted for approximately 50% of the total cluster number, with S. cerevisiae having the most 2 member clusters (68%) and A. thaliana the least (42%).
It shows that the vast majority (4,439 or 94%) of the unique core genomes found contains at most 10 homology clusters.
Here, most CUC3 sequences clustered together with four uncharacterized proteins from A. thaliana.
Because most (97.5%) sequence clusters at COI corresponded with a named taxon, DNA barcoding reliably identifies spiders in the Churchill fauna.
