The phrase "allowed us to interpret" is correct and usable in written English.
It can be used when discussing how a certain situation, information, or context provided the opportunity or means to understand something in a particular way.
Example: "The data collected from the survey allowed us to interpret the trends in consumer behavior more accurately."
Alternatives: "enabled us to understand" or "permitted us to analyze".
Instead of providing isocaloric interpretations, the multivariate energy partition models allowed us to interpret our results while taking both energy and non-energy effects of foods into account.
It allowed us to interpret standard radiographs more precisely and more correctly.
The aerodynamic and acoustic investigations allowed us to interpret exhaustively the wall pressure cross-statistics and to separate contributions induced by hydrodynamic and purely acoustic pressure fluctuations.
This simple model has thus allowed us to interpret the evolution of PL emitted by Er-doped AlN films prepared on Si substrates by reactive magnetron sputtering.
These features support the theory of a catastrophic drainage event, but also indicate a pattern of differential erosion and deposition that allowed us to interpret palaeoflow on individual bars.
The data obtained on these simple systems then allowed us to interpret the sub-cellular localization of the photosensitizers on a human line of fibroblasts, and to evaluate the influence of LDLs on the intracellular distribution of the compounds.
Here we describe a number of analytical methods that allow us to interpret QSAR models using the MMP approach.
We used sigmoidal output units, which allow us to interpret each output as the conditional probability that a certain voxel belongs to a cell soma given the original image patch as input.
This type of thinking is common and useful in everyday thought, because it allows us to interpret events and behaviors; it is therefore persistent even when contradictory evidence is available (Kelemen, 1999).
Our results were compared with those obtained using a standard logistic regression model and allow us to interpret the most relevant household assets and their complex interactions when adopting NTC, in order to aid in the design of rural policies.
We used Kunjin virus, the West Nile virus variant; its uniform diameter allows us to interpret a change in dynamic light scattering as a change in effective hydrodynamic radius.
