Sentence examples for more complete risk from inspiring English sources

As such, the use of other radiotracers in addition to 99mTc-sestamibi may allow for more complete risk stratification.

This will require the design of purpose-built databases that take into account data format and availability and afford easy data storage and sharing, and will provide for a more complete risk assessment that combines different analyses but avoids any duplication of information.

Incorporating these factors into a more complete risk index could improve the accuracy of the measure.

But Sony probably judged that a more complete apology risked being taken as a sign of weakness for an already troubled company.

"Further integration of ThreatMetrix's capabilities in device, email and social intelligence will build a more complete picture of risk in today's global, mobile digital economy, providing both physical and digital identity solutions," the company writes.

Avoiding misunderstandings caused by the ambiguities during the early stages of system design and risk assessment can save time and resources; it also helps ensure a more consistent and complete risk coverage.

These potential targets deserve attention in future experimental and epidemiological studies to provide a more complete basis for risk assessment.

It is now understood that BMLs are an important feature in OA; however, further work is required to identify a more complete set of risk factors which should include both demographic, environment, and lifestyle factors, combined with MRI biomarkers.

The difference between the area under the ROC curve for the Rosner and Colditz model versus the Gail model for total breast cancer was statistically significant (p < 0.0001), indicating that the more complete modeling of risk factors across the life course could be more useful for discriminating among those women at high and low risk of breast cancer.

However, after more complete adjustment for risk factors for BMI, hypertension, fiber, magnesium intake, and physical activity there was no association between 25(OH D quartile and incident diabetes (odds ratio 1.01, P for trend = 0.94), nor was there evidence of a linear association between 25(OH D level and diabetes risk using clinical cut points or a continuous variable (in 5 nmol/L increments).

If properly validated with well-designed worker exposure studies, such models may be useful in more complete assessments of risks to workers as well as members of the general public.