Sentence examples for most useful factor from inspiring English sources

Cyclothymia showed the best discriminant validity for case finding and screening out those who would not make transition, with sub-threshold manic symptoms being ranked as the second most useful factor.

Lawyers are the single most useful factor in predicting the success of a petition without one, the chance of failure is 89percentt.

ROC analysis revealed that the B value was the most useful factor to determine the presence/absence of bile pigments (area under the curve (AUC): 0.95, P < 0.0001).

The order of the statements was randomized to avoid an unintentional 'serial position effect', meaning that the first factors in the list are judged differently than the factors listed further down [ 25]. 2. The physicians were then asked to have another look at those factors marked with a cross, to select the five most useful factors and to rank them according to their usefulness.

To determine the most useful factors, we performed a hierarchical clustering over all hospitals using SPSS v16 (method: average linkage between groups UPGMA - Unwithhted PArithmeticMeanodistancerithmeasureean; disquaredmEuclidianquaredistanceian distance).

They found that the most useful factors for determining if a particular species had an elevated risk of extinction was its maximum body size, the minimum depth of water in which it lived, and the range of depth with larger species and those that swim in shallower waters having the largest risk.

Race continues as the most useful, single factor of both analysis and power in the South, but people down here understand that they have to adjust their language and conduct to political realities and a new way of life.

At the moment, pathological staging is still the most useful prognostic factor [23].

In ovarian carcinoma, TATI expression, both in tissue and serum, has been associated with a shorter survival and high tissue expression was the most useful prognostic factor (Huhtala et al, 1982; Paju et al, 2004).

The difference in the U concentrations in the granites (up to 29 mg/kg) relative to those in the surrounding meta-sedimentary rocks of the region (2.1 4.6 mg/kg) provides the key background upon which groundwater Rn distribution can be interpreted because bedrock U distribution has been suggested as the ultimate source and the most useful explanatory factor for groundwater [Rn].

The 223 participants identified the 's everity of the effect' and the 'clinical status of the patient' as the most useful context factors.