Sentence examples for samples can contribute from inspiring English sources

With the concept of informationally structured space where additional samples can contribute to constructing the prior for recognition, joint probabilistic face method is used for its accuracy, simplicity and transparency in data handling.

Enhanced level of IL1B found in the RPE-choroid tissue of AMD samples can contribute to strong p38 pathway activation.

This study has shown that the isotopic analysis of environmental and blood samples can contribute significantly to the investigation of elevated Pb levels.

In this sense, we argue that a strategy to support the systematic establishment of sampling frames from an adequate source of sampling can contribute to improve this scenario.

If reliabilities of observed samples differ from sample to sample, each sample can contribute to the maximum likelihood estimate in proportion to its reliability through WLL.

Although this difference of sampling can contribute to the discrepancy between results, the intrinsic complexity of the red blood cells polymorphisms must clearly be considered as the principal reason.

We have shown that combining transcriptional and metabolic data from the same breast carcinoma sample can contribute to a more refined subclassification of breast cancers as well as reveal relationships between these molecular levels.

Combining a power calculation method with optimal design methods for determining the sample sizes and sampling schedules can contribute therefore to a robust and efficient pharmacokinetic study design.

Our results have revealed part of this behavior, implying that dense seismic array observations with a high sampling rate can contribute to our understanding of volcanic activity and contribute to the prediction of eruptions.

Autopsy studies have shown that myocardial inflammation is not homogeneous and that sampling issues can contribute to a high rate of false negative endomyocardial biopsies.

This has particular relevance to polycrystalline samples, where each crystallite can contribute to many diffraction peaks simultaneously, resulting in the whole diffraction profile building from a limited number of crystallites.