Sentence examples for this dataset supports from inspiring English sources

This dataset supports the above work and conclusions.

This dataset supports earlier work suggesting that inteins preferentially occur in highly conserved regions of their host proteins.

This dataset supports a method of predicting the likelihood of long-term survival without relapse for such breast cancers.

Results obtained with this dataset support our theory.

Although 40 50% of mRNAs have at least one uAUG codon, this percentage is in fact much lower than would be expected either by chance or by comparison with the frequency of other upstream codons (~90% of mRNAs in this dataset), supporting the theory that there is significant selection against AUG codons in 5' UTRs [ 27, 28].

Fifth, the data used in sample 3 (pilot test) of this study has a naturally occurring multi-level nature (individuals - units - nursing homes) which could have a biasing effect on the analyses reported here; the ICC(1) values for CRU scale score however revealed CRU is largely an individual concept in this dataset supporting our choice of analyses and limiting any potential bias in this regard.

And the dataset supporting the conclusions of this article is included within the article.

The current dataset supports this general consensus that parish apprentices were younger than those privately bound, but were not very young children.

In fact, our dataset supports this assumption since rearranged chromosomes in the macaque lineage (MMU3 and MMU5) have more TRs than do those that maintained the ancestral form (MMU2, MMU7, MMU10, MMU12, MMU13 and MMU18) (Mann–Whitney U test, p-value < 0.0001).

Conclusions drawn from this large dataset support previous work in the West Usambaras and provide a conceptual foundation from which to build improved soil maps across the Eastern Arc and in other tropical montane systems throughout the world.

One method of quantifying this cross dataset support is the union of probability rule for two corresponding independent events, given by P1 ⋃ P2 = P1 + (1 - P1)(P1).