Sentence examples for more complex screening from inspiring English sources

However, these new targets might require the use of different or more complex screening libraries.

These screening tools can also be used to monitor fetal well-being via assessment of fetal movement, heart rate, and/or growth; and feto-placental and/or uteroplacental circulatory dynamics, whether routinely at antenatal care (ANC) visits or via more complex screening tests in high-risk and post-term pregnancies [ 3].

In edgeR, screens can be analyzed using either the classic method, ideal for simple two-group comparisons, or generalized linear models (GLMs) for more complex screens with multiple conditions (using the glmFit function).

However, if a screening tool as straightforward as asking a single question, which has low time cost and requires little to no training to administer, can perform as well as more complex screens such as the IQCODE, then it would seem intuitive that this is a preferable option.

Despite receiving the same or more of the less complex screening procedures, obese individuals often receive fewer of the more complex screenings, which may, at least in part, contribute to the increased mortality (yet higher quality of care) seen in older obese individuals [ 36].

The findings imply that other tools such as text triggers or more complex automated screening rules, which combine data hierarchically are needed to effectively screen for ADEs in chronically ill adults seen in primary care.

Finally, our findings imply that other tools, such as text triggers, or more complex automated screening rules which combine data hierarchically may be needed to efficiently screen for ADEs in adults seen in primary care.

Screening always sounds good – catch disease early, while it can still be treated – but the reality is more complex and screening has side effects.

The typically bullish Apple analyst points to indications from his contacts in Asia, patents filed by Apple for ever more complex touch-screen devices and Apple's moves to build up expertise in the design of powerful mobile processors.

Recently developed genome-wide short hairpin RNA (shRNA) and microRNA-adapted short hairpin RNA (shRNAmir) libraries incorporate advances in shRNA design and molecular 'barcodes' to enable more complex RNAi screens and the opportunity to progress to more complex genetics in whole animals.

The main limitation of this method of selective screening is that it is more complex than universal screening and its implementation adds an additional burden to the health care provider.