Big data may reveal behavior that was previously difficult to detect, including those that are deliberately hidden, and allow comparisons between more precise samples of interest (Monroe et al. 2015).
To find out, her team took human blood samples from a study where scientists meticulously re-created people's usual diets, measured exactly how much they ate over a week, and took precise samples of each meal.
For example, human-occupied submersibles and remotely operated vehicles (ROVs) have allowed the extension of our knowledge by permitting detailed and precise sampling of the distribution of organisms across deep-sea landscapes, as well as collection of individuals for taxonomic identification.
This allows more precise sampling of the particle movement than the four discrete 4-frame averages along the 16-frame videos shown in Figure 1.
This plane of section allowed for sampling from multiple cortical and subcortical regions known to be differentially affected with Aβ and NFT pathology, and also allowed for precise sampling of a matching clinical imaging plane.
Employing precise sampling of tissues for microarray expression analysis, the authors showed that developmentally related components display a high degree of correlative gene expression and that certain structures, for example the early proximal tubule, show highly restricted gene expression patterns.
We caution, however, that additional studies involving more precise sampling of normal colonic mucosa from individuals without cancer are required before concluding that there are no site-related differences in the CpG-island methylation levels of this tissue.
This suggests that the variance in cortisol was not affected by the more precise sampling on the day of test, and that the laboratory test day samples did not necessarily contain less measurement error than the at-home days.
In forest inventories, various sampling techniques, also known as sampling designs, are used for the collection of the necessary information, which will provide precise sample estimates of the tree population characteristics at a low cost.
Owing to the relatively large sample area (∼2 × 2 cm) and limited imaging fields of view (<150 × 150 μm for CRM when working at 60× magnification), it is challenging to ensure precise sample navigation, reliable relocation of microscopic CRM ROIs for subsequent MSI, and proper alignment of imaged regions for precise spatial registry of the CRM and MSI data.
This result highlighted the importance of precise sample matching between the AR and NR patients groups with respect to sample collection time posttransplantation.
