Sentence examples for datasets allowed us to from inspiring English sources
Combining these two datasets allowed us to assess the interaction of land cover changes with stream channel loss.
Integrated analysis of these complementary genome-wide datasets allowed us to construct a global regulatory network model, which suggested that key regulators are activated sequentially during blood specification, but will ultimately collaborate to control many haematopoietically expressed genes.
The processing of the extensive radar datasets allowed us to study the solar cycle and geomagnetic activity dependencies of the revealed characteristics.
Combining both datasets allowed us to identify 53 novel miRNA loci in the fruit fly genome 22 of which we had predicted computationally.
An unbiased analysis of the gene expression datasets allowed us to identify the pathways that constitute the secondary response of an FdGOGAT1/GLU1 knock-down.
Analysis of these dynamic and comprehensive datasets allowed us to identify a general uncoupling of protein levels from their corresponding messenger RNA (mRNA) levels.
Comparing the 'original network' (i.e. the network obtained by using the original dataset) with the 'bootstrap networks' (i.e. those obtained using the bootstrap datasets) allows us to get a measure of confidence in the causal relationships identified in the 'original network'.
Both datasets allow us to study the hierarchical structure of star formation: the youngest stellar groups are the most compact, and are often arranged within broader, sparser structures.
These datasets allow us to analyze the development of land cover change trends in the province since 2000 with high spatial and temporal detail.
We have shown that we can determine the characteristics of the digital imaging sensor directly from large datasets, allowing us to perform a posteriori data corrections that are matched to the experimental conditions.
Based on the collected data alone, large datasets allow us to precisely determine the statistical properties of the imaging sensor on a pixel-by-pixel basis, independent of any "a priori" normalization routinely applied to the raw image data during collection ("flat field correction").
