Sentence examples for use of new diagnostic from inspiring English sources

As with diabetes, this observation was accompanied by a vigorous debate about whether those increases could be explained solely by the aging of the population and the use of new diagnostic techniques or whether it was really the incidence of cancer itself that was increasing.

Secondly, changes in the reports of causes of death may also be due to the use of new diagnostic techniques allowing a more efficient detection of diseases, to changes in the concept of diseases, and the appearance of new diseases such as HIV.

Use of new diagnostic technologies for respiratory virus detection could decrease unnecessary antibacterial exposures and subsequent MDRO infections.

The influence that use of new diagnostic tests for identification of positive animals has had in such metrics has been also assessed.

The rational use of new diagnostic techniques like diffusion-weighted MRI, perfusion-weighted MRI, and magnetic resonance spectroscopy are useful for differentiating between brain abscess and brain tumor or post-radiation necrosis [ 20].

The combination of basic research and intensive clinical work in the same place is powerful, as new findings can immediately be explored at the lab bench or put into practice in the field, accelerating both the pace of discovery and the use of new diagnostics, treatments and vaccines.

The use of newer diagnostic modalities and the aggressiveness of the evaluation seem to be the most critical.

This may reflect differences in the widespread use of newer diagnostic techniques, or alternatively may suggest differences in biology and risk factors for cancer (such as rates of smoking) between the populations.

Introduction: The "organometallic" complexes have been used in the development of new diagnostic as well as therapeutic radiopharmaceuticals.1 The organometallic labeling approach has led to the creation of a precursor [M H2O 3 CO 3]+ (M = Tc, Re), which exhibits several useful characteristics.

The latter aspect concerning MPs is of greatest interest, as they may be used for the development of new diagnostic assays directed at identifying the early stages of certain diseases and response to therapy.

Here, we describe the first concurrent tissue-specific transcriptomic and proteomic profiling of a filarial nematode (D. immitis) and its Wolbachia (wDi) in order to better understand tissue functions and identify tissue-specific antigens that may be used for the development of new diagnostic and therapeutic tools.