Therefore, the "frequent descriptors" are representing macro and micro aspects of the dataset molecules and all of them affect elongation at break.
This could highlight the relevant aspects of the dataset more clearly, leading to more coherent visualizations, and also facilitating more accurate and efficient visual analytics.
Although it is perhaps fair to say that we find stronger evidence for a 62 Myr periodicity in [19]'s dataset than [1] did, important aspects of the dataset also show evidence for 26 30 Myr periodicity, but also a statistical artifact at this period.
That is, a signature developed using a single dataset may overfit certain aspects of the dataset that are not of primary scientific interest, leading to poor performance on independent data.
Nevertheless, the similar aspects of these datasets (including that they were all sourced from several individuals) does suggest that longer read lengths can improve assembly quality.
Four sets of two papers and one set of three papers were identified which reported on different aspects of the same datasets.
As explained before, the novel aspects of this dataset compared to Nagano et al. is that we are assessing the integration of multiple environmental signals (including drought) and the effect of different types of environmental context.
To accommodate different aspects of the resequencing dataset, we also computed for each genomic region the number of haplotypes, K, the number of polymorphisms, S, the nucleotide diversity, π, Tajima's D [74], Fu's Fs [80], Fu and Li's F* [81], and Fay and Wu's H [82] statistics.
Other aspects of the CardioGxE dataset were explored.
A tomato-potato Global Match File was generated for the interpretation of various aspects of the heterologous dataset, including the retrieval of best matching potato counterparts and annotation, and the establishment of a core set of highly homologous genes.
