Sentence examples for be accurately identified using from inspiring English sources

We set out to determine if diabetics could be accurately identified using structured data contained within an EMR.

Invasive breast cancer can be accurately identified using hospital-derived diagnosis alone or in combination with surgeries and breast radiotherapy.

Both adults and children with current asthma can be accurately identified using the mannitol challenge test (MCT) [ 9, 12].

While HIV infection can be accurately identified using secondary data in registry-based studies, medical records or other data sources may be needed to identify specific comorbidities.

Furthermore, a previous validation study showed that RA patients can be accurately identified using a combination of diagnosis codes and disease-modifying antirheumatic drug (DMARD) prescriptions in claims data [ 5].

Visible facial anatomical landmarks were used in the supraorbital and nasal bridge region (Table  1) that can be accurately identified by using the volume renderings and the cross-sectional slices in all three planes of the CBCT images.

"It's a particularly disturbing development as recent research has shown that individuals can be accurately identified by using just the last four access points where they have logged on," F-Secure's report read.

The prediction results that include SEQ and amino acid type show that catalytic residues can be more accurately identified using both features.

By analyzing the resistivity, conventional hydrocarbon zones can be accurately identified and quantitatively evaluated using existing theoretical and/or empirical models (Yong and Zhang 2002).

However, no experimental transmission studies have been undertaken in which the Bartonella species involved could be accurately identified by, for example, using a molecular approach.

Other aliphatic hydrocarbons (branched and cyclic) have been reported in hydrothermal fluids and would also be of interest, but compounds of these homologous series have mass spectra that are too similar to be accurately identified without the use of standards of individual compounds.