Sentence examples for samples opens up from inspiring English sources

Combined analysis of contemporary and historical samples opens up completely new and extremely powerful opportunities for simultaneously tracking population structure and adaptive divergence in both space and time.

The development of a high-throughput method for examination of ≥ 0.1 mg of C size samples opens up a range of applications for C AMS studies.

The green and red emissions achieved by excitation in IR light or higher energies in erbium samples open up the possibility of using these composites as up-converters or down-converters for both solar cell and lighting applications.

New very large 2D detectors, such as those recently installed on D2B and D19 at ILL, are up to an order of magnitude larger than previous designs, and will provide unmatched speed of data collection from very small samples, opening up new scientific perspectives for powder and single crystal diffraction.

Development of the HT Zn reduction method for examination of ≥0.1 mg of C size samples opened up a range of applications for C AMS studies.

Validation of individual cases following proteomic analysis of pooled samples is important because sample pooling opens up the possibility that a large change in one individual could be driving the signal measured [ 38], despite the fact that interindividual variability generally is muted by pooling.

The SIMPLE flexibility in liquid manipulation and compatibility with different sample matrices opens up numerous opportunities for implementing more complex assays and expanding its POC applications portfolio.

The high sensitivity of this PCR diagnostic test with relatively non-invasive peripheral blood sampling method opens up the possibility of its deployment in field for the routine diagnosis of VL.

The capability of continuously sampling the extracellular fluid opens up a wide range of applications of microdialysis in biological, pharmaceutical, and clinical studies.

The lower cost of analysis for ≥0.1 mg of C size samples of the method opened up C-AMS to nonbiological applications.

The development of methods to extract DNA from ancient and historical samples [ 11- 14] has opened up the possibility to directly study the evolution of demographic and/or biogeographical patterns, i.e. changes in these patterns over time.