The phrase "analysis can be interpreted" is correct and usable in written English.
It can be used when discussing the various ways in which an analysis can be understood or understood differently by different people.
Example: "The results of the study are complex, and the analysis can be interpreted in several ways depending on the perspective of the reader."
Alternatives: "analysis can be understood" or "analysis can be perceived".
Nonlinear and linear PCA are very similar in objective, method, results, and interpretation and the output of the CATPCA analysis can be interpreted in a largely similar manner as standard PCA (Linting et al., 2007: 27 28).
Results of the cluster analysis can be interpreted consistently with these considerations.
The contribution maps resulting from this analysis can be interpreted with respect to the surrounding protein model.
Areas of tumour have been shown to be reliably differentiated from haemorrhage using DWI, and DCE analysis can be interpreted through image subtraction [42] (Fig. 5).
Capurro (2009) observes that this analysis can be interpreted as an early version of the technical concept of 'sending a message' in modern information theory, but the idea is older and is a common topic in Greek thought (Plato Theaetetus 191c,d; Aristotle De Anime, Book II, Chp. 12, Book III, Chp. 4; Theophrastus De Sensibus 50).
The factors that result from our analysis can be interpreted as multimorbidity patterns (i.e. clusters of diagnosis groups frequently associated with each other) and each factor loading represents the association of the specific diagnosis group with a pattern.
To illustrate the utility of statistical monitoring boundaries in meta-analysis, and provide a framework in which meta-analysis can be interpreted according to the adequacy of sample size.
The results of the current meta-analysis can be interpreted to indicate that a high PA in patients with diabetes was associated with a 40 and 29% lower risk of ACM and CVD, respectively, in comparison with inactivity, although definitions of high PA varied among studies.
The frequency-domain analysis results can be interpreted as follows.
In particular, the time-frequency coherence using the cross-WVD has a useful property for cross spectral analysis, and can be interpreted as a time and frequency dependent correlation coefficients [26].
On the opposite, when considering the audiovisual training group we observed a statistically increase in d' values (bootstrap analysis) which can be interpreted as a facilitatory perceptual effect of the bimodal training on monaural sound localization.
