Sentence examples for more comprehensive diagnostic from inspiring English sources

However, only a limited number of these patients underwent a more comprehensive diagnostic work-up, including bronchoscopy with BAL (n = 22, 9.4%), immunological tests (n = 12, 5.1%), and search for a pneumotoxic drug (n = 6, 2.6%).

A more comprehensive diagnostic algorithm for differential diagnosis is provided by Anthenelli (1997).

A total of 10 investigations used brief PTSD screening tools exclusively as opposed to more comprehensive diagnostic methods.

With this work we hope to contribute to this effort and to the urgent task of identifying the true nature of the human blood plasma proteome, which holds the potential for more comprehensive diagnostics and crucial biomarker discoveries.

In this paper we suggest a design for diagnostic studies that considers the requirements of diagnosis in primary care more comprehensively: the comprehensive diagnostic study.

Given the recent description of three new FTL mutations (Vidal et al., 2004; Maciel et al., 2005; Mancuso et al., 2005; Ohta et al., 2008), we now sequence exon 4 of FTL to provide a more comprehensive molecular diagnostic approach.

Though chart notation is not expected to be fully comprehensive or without errors, we expected it to be more comprehensive than the diagnostic coding.

We aimed to generate a more comprehensive understanding of the diagnostic performance and potential influence factors of presepsin in distinguishing sepsis from non-infectious SIRS.

The study was part of a more comprehensive study also involving diagnostic imaging of the cervical spine.

Moreover, we determined the pooled PLR and NLR to obtain a more comprehensive view of their diagnostic accuracy: the PLR of 3.56 suggested that patients with tumors had nearly fourfold higher chance of being miR-155 test positive than other healthy donors.

The system can be applied to a range of biological biomarker monitoring applications, and we are working to expand the multiplex platform to provide a high-throughput approach to quantitatively detect more comprehensive bladder cancer-associated diagnostic protein signatures in voided urine samples.