Sentence examples for important prognostic implications from inspiring English sources

Perineural invasion in head and neck cancers has important prognostic implications, and even if clinically silent, can be radiographically evident.

Whether or not the kidney recovers from an episode of AKI has important prognostic implications [177] and therefore deserves a correct assessment.

The presence of delirium has important prognostic implications; in mechanically ventilated patients it is associated with a 2.5-fold increase in short-term mortality and a 3.2-fold increase in 6-month mortality.

Detecting apathy in PD patients has important prognostic implications, as apathy is a predictive factor for the development of dementia [6] and is associated with cognitive dysfunction [6] [11].

Even assuming that culture is the gold standard for diagnosis of tuberculosis and that it is the only method enabling a study of strain sensitivity to treatment, this drastic reduction in diagnostic delay has important prognostic implications in severe cases, such as meningitis or vertebral osteomyelitis.

Histological response after neoadjuvant chemotherapy has important prognostic implications.

Even in GOLD stages 2-3, seemtoms seem to have important prognostic implication over and above spirometric abnormalities [ 19].

The SOFA score and SOFA-related variables' day-to-day changes in a population of septic patients may have an important prognostic implication and some patterns of daily evolution may distinguish those patients with a more ominous outcome.

Recent advances in molecular biology have led to identification of several genetic markers with important prognostic implication in AML, such as mutations in FLT3 (fms-like tyrosine kinase 3), NPM1 (nucleophosmin 1) and CEBPA (CCAAT/enhancer binding protein alpha).

This does not render this parameter clinically irrelevant because the disappearance of low-frequency oscillations in heart rate has important negative prognostic implications [ 3].

These studies have revealed several underlying signatures associated with the primary physiology of the tumor with important prognostic and predictive implications, and suggest that the sum of multiple gene-expression measurements may provide greater diagnostic precision than the biochemical or morphological marker on which they are based.