To our knowledge, this is the first study to use stated preference surveys to probe the range of economic incentives required for a pay-for-testing strategy in low-resource settings.
Overall, these results demonstrate that a large-scale data mining approach can inform the evolution of theoretical cognitive models by probing the range of behavioral manipulations across experimental tasks.
The use of large-scale electrophysiology to obtain high spatiotemporal resolution brain recordings (>100 channels) capable of probing the range of neural activity from local field potential oscillations to single-neuron action potentials presents new challenges for data acquisition, storage, and analysis.
I hope these studies will encourage the use of non-traditional animals in order to probe the range of basic cell biological phenomena such as the cell cycle and checkpoint regulation among metazoans.
In addition, the possibility to generate single-strand probes in the range of 150 500 nucleotides by a sodium hydroxide treatment of immobilised probes with subsequent elution of the remaining biotinylated strand, opens up for new microarray applications that would extend probe length beyond current oligonucleotide synthesis limits.
In view of the saliency of subject roles in determining the subtypes of EPs, the study further probes into the range of form-meaning mapping principles realized in polysemous relations as well as the grammatical means typically drawn upon to encode a subject role shift.
With commonly marketed XRF equipment, without capillary for detection, the lateral resolution is limited by the diameter of the primary probe, in the range of 10 μm.
Still, there was a difference between the experimental data and those expected by the model, that is, the signal intensities of experimental data gradually increased with the probe length in the range of longer probes (e.g. longer than 22 mer), where the prediction of the model converged to constant levels.
In addition to the availability of samples, the spin and time domain with revolutionary detectors and laser probes would expand the range of physics that can be explored through ARPES.
In both cases, the log ratios of these outlying probes fell within the range of -0.5 to 0.5.
