The phrase "analysis can be tested" is correct and usable in written English.
It can be used in contexts where you are discussing the validity or reliability of an analysis, particularly in scientific or research settings.
Example: "In order to ensure the credibility of our findings, we must demonstrate that the analysis can be tested through repeatable experiments."
Alternatives: "the analysis is verifiable" or "the analysis is subject to testing".
All of the different processes described above and schematized in Fig. 1 can be worked out analytically using Langevin methods and the predictions of this analysis can be tested against detailed stochastic simulations.
To ensure that the analysis is grounded in the data, rather than reflecting pre-existing ideas, analysis will occur in parallel with data collection so that aspects of the developing analysis can be tested in subsequent interviews.
To ensure our analysis is grounded in the data, it will be performed in parallel to the qualitative data collection, so the developing themes and framework of analysis can be tested and validated in latter data [ 33, 39].
After obtaining the adjusted true expression signal mean and variance, μ S and σ S i ′ 2, from Eqs. (3) and (4), the two NB parameters r i and p i are further estimated by, (5) r i = μ S i 2 / σ S i ′ 2 - μ S i (6) p i = μ S i / σ S i ′ 2 After estimating the NB parameters in both experimental conditions, differential expression analysis between the two conditions can be tested.
Thus, the hypothesized relationship between CO(2) and plant evolution can be tested through analysis of the concurrent histories of alternative lineages, because an extrinsic driver like atmospheric CO(2) should affect all plants and not just the flowering plants.
For the two-locus analysis, all 255 fully-penetrant models can be tested.
Access affects analysis by determining the hypotheses that can be tested and whether sufficient information can be collected for determining rates and predictors of exposure.
The appropriateness of using Gaussian distributions to model PRT data can be tested by analysis of the data from the positive control samples analysed on every PCR plate.
This analysis clearly shows that the proposed TFs can be tested as diagnostic biomarkers for OC in detailed laboratory investigations.
Whether the current MetS definition or MetS definitions extended with additional features represent a single entity can be tested with factor analysis.
In addition, the 24 receptors we identified by topology analysis and previously not linked with psoriasis can be tested as potential novel targets for disease therapy.
