Sentence examples for allowed us to categorize from inspiring English sources

This is a problem LinkedIn could solve, however, if it allowed us to categorize our connections and use those categories to filter search results.

The fact that our algorithm was restricted to the use of major MeSH terms allowed us to categorize articles only according to the main topics discussed in the articles.

Multiple comparisons of means allowed us to categorize lines with the CC, GC, and GT haplotype variants of the G871C and C1177T markers, into three groups with approximately six-fold significant differences (P<0.05) in Lim3A levels in adult heads (CC: 0.7±0.12; GC: 0.4±0.04; GT: 0.1±0.02; Figure 5).

Multiple comparisons of means allowed us to categorize lines with different haplotype variants of the G871C and C1177T markers, specifically CC, GC, and GT, into three groups with an approximately six-fold significant difference (P<0.05) in the amount of Lim3A in embryos (CC: 1.8±0.27; GC: 0.7±0.06; GT: 0.3±0.04; Figure 5).

Further questions allowed us to categorize breakfast cereals consumed for the purpose of estimating overall consumption of whole grains.

Furthermore, prescription drug and psychotherapy information allowed us to categorize no depression treatment as well as type of depression treatment.

These results allow us to categorize isotropic modified GSPs based on the ratio of the throat radii of the hyperboloids.

Diffusion of innovation theory allows us to categorize adopters' characteristics based on their tendencies to adopt (Rogers [2003]; Moore [2002]).

Content mining module: an improved association rule-mining algorithm is implemented in this module, allowing us to categorize and interpret UGC with multiple heterogeneous features.  .

Our findings allow us to categorize origins with respect to their propensity to reinitiate and demonstrate that pre-RC formation is not the only target for the mechanisms that prevent genomic re-replication.

Such a method allows us to categorize oxidative polymerization of pyrrole as a new area in cationic polymerization, in which the conditions of initiation, propagation, and termination of the chains can be said by means of the electrochemical potential of the system.