Sentence examples for arbitrary experimental from inspiring English sources

One thing is at least clear for now: few studies offer consistent results that are of value, and it is difficult to compare studies because they are often carried out using poorly characterized nanomaterials and arbitrary experimental conditions.

With the availability of fast and inexpensive computing, their main limitation would be some lack of flexibility to work with arbitrary experimental designs.

Our method deals with arbitrary experimental designs and performs competitively with alternative approaches, while making the search results interpretable in terms of differential expression patterns.

By combining items in various ways, arbitrary experimental paradigms can be constructed (Fig.  1d).> One of the biggest challenges when designing a GUI is to offer sufficient flexibility.

If one claims that an estimate is meaningful, it is fair to ask how vigorously would one have to defend a specific choice of arbitrary experimental parameters to defend a particular order-of-magnitude range around that estimate.

In this respect, the simplicity of mini constructs as we used is a clear advantage, and we show that IWR1 treatment results in the expected decrease in signal intensity; iii) the use of lacZ in the Axin2 model gives an additional layer of arbitrary experimental conditions.

Since many of the analyses are based on overlaps defined by arbitrary thresholds, experimental variability could significantly affect quantitative aspects of the conclusions.

Otherwise a search for the proper dose metric would rely on an arbitrary interpretation of experimental data.

Whereas MAGE-TAB SDRF uses a structured format that mirrors the processes of doing a microarray experiment, BIR-TAB SDRF has been generalized to expect an arbitrary series of experimental protocols and their inputs and outputs.

Equally, this model does not attempt to model the many hundreds of intermediate steps involved in each process such as transcription, as the steps introduced would necessarily have been arbitrary, and without experimental data to justify rate constants.

We have installed two detectors that allow us to measure the densities in both beams, on an arbitrary scale, at each experimental cycle, and to determine a scaling factor to bring all data points on the same scale.