Indeed, in the vast majority of the datasets that we analyzed we detected a significant correlation between rapidity of induction and genomic transcribed length.
In the vast majority of the datasets analyzed, we found a highly significant anti-correlation between rapidity of induction and mRNA stability.
Application of Bayesian Network analysis, although computationally expensive, represented one possible way to discover these important links in expression data, but failed to provide much insight when applied to the vast majority of expression datasets.
While it is unclear whether the sequences obtained from human gut metagenomes are encoded chromosomally or by plasmids, as chromosomal DNA represents the vast majority of the metagenomic datasets utilised it is most likely that chromosomally encoded TA modules have been retrieved.
The type IV J-proteins account for the vast majority of the benchmark dataset.
The vast majority of interactions in this dataset occur in cis, with only 1%% (637) occurring trans-chromosomally (Fig. 3a).
For MDDR, ACD and TCMCD, the percentage of the molecules which do not have any ring system are 1.19%, 1.84%, and 3.14%, respectively, indicating that the vast majority of molecules in the three datasets have ring systems.
Overall, Venn analysis showed that the numbers of SNPs and INDELs called in the whole exome and chr12 capture callsets using WGA or genomic DNA is very similar, with the vast majority of variant sites shared between datasets.
In particular, all of the information about the vast majority of the genes in the dataset is redundant.
All the evidence support that the vast majority of the sequences in our dataset are authentic piRNAs.
