Sentence examples for most efficient diagnostic from inspiring English sources
We found the less costly and therefore most efficient diagnostic approach overall to be a strategy, starting with CTA as the first examination, followed by DSA if coiling is not deemed feasible.
Nowadays, cTn is the most efficient diagnostic marker also in POCT [ 105].
Finally, a combination of clinical, laboratory, and instrumental data, carefully filtered by a physician experienced in CF liver diseases, is the most efficient diagnostic approach [ 46].
Moreover, the techniques exhibited a sensitivity similar to that of nested PCR (73.5%), previously found to be the most efficient diagnostic technique for spotted fever rickettsioses (27 ).
The majority, if not all, of such cases can be diagnosed using RT-PCR, which remains the most efficient diagnostic modality.
IL1RN, MAL and MMP1 were the most efficient diagnostic markers of HNSCC, with ROC AUC > 0.95 and both sensitivity and specificity above 91%.
Endoscopic ultrasonography (EUS) is thought to be one of the most reliable and efficient diagnostic modalities for pancreatobiliary diseases because of its superiority to any other modalities with respect to spatial resolution [ 2, 3].
Studies need to define how to best use Determine TB-LAM in combination with other assays within the diagnostic algorithm to optimise diagnostic accuracy, minimize time to diagnosis, reduce initial treatment default and mortality and to provide the most efficient and cost-effective diagnostic process.
Assessing the stability of corpse-associated virus and determining the most efficient sampling methods for diagnostics will clarify the safest practices for handling bodies and the best methods for determining whether a person has died of EVD and presents a risk for transmission.
The most likely explanation for this diagnostic gap is insensitivity of diagnostic tests and type of specimens nasopharyngeal and oropharyngeal swabs are not the most efficient techniques for capturing all respiratory viruses [ 61] and are not appropriate for detecting key bacterial etiologies of pneumonia.
Further research is required to establish the most efficient way of performing LUS in this scenario to achieve the highest possible diagnostic accuracy and reliable documentation of examination results.
