Sentence examples for testing of a comprehensive from inspiring English sources

The success rate of using ITS2 for identification of animals is 91.7% at the species level based on testing of a comprehensive sample set, and the identification efficiency of ITS2 for sequences in cnidarians is more than 77%.

In this paper, the development and pilot testing of a comprehensive and theoretically based measure of resilience for adolescents is detailed.

These results can be used to inform the development and testing of a comprehensive framework that takes into account the potentially differing influences of individual-level and neighborhood-level SES-related factors affecting smoking behavior.

Although some of the techniques described above for probabilistic protein design have been applied with some success (e.g. Park et al., 2006), they have not yet, to the best of our knowledge, been applied to perform large-scale unsupervised combinatorial protein design (as suggested in Park et al., 2005), or even tested on a comprehensive dataset of experimentally-derived probabilities.

Family Rewards represents the first test of a comprehensive CCT in the United States.

They say Drug Free Sport often fails to adhere to tenets of serious drug testing, like random, unannounced tests; collection of samples by trained, independent officials; and testing for a comprehensive list of recreational and performance-enhancing drugs.

Strengths of the study include that it is community-based and uses parent-collected specimens returned to the diagnostic laboratory by surface mail for highly sensitive and specific real-time PCR testing for a comprehensive range of viruses.

The presented results could form the basis of a future point-of-care diagnostic test for a comprehensive HNC management, including differentiated diagnosis to enable optimal treatment at minimal interference with basic functions, and may hold future potential as screening test for at-risk populations and lifelong follow-up of HNC survivors.

A higher proportion of children with persistent diarrhoea tested positive for any pathogen, but the frequency of detection was also high in children without diarrhoea; across studies that tested for a comprehensive range of organisms, 65% of children with persistent diarrhoea tested positive for at least one pathogen, compared with 43% of children without diarrhoea.

Additionally, various flow rates were tested for a comprehensive analysis of the influence of the flow rate on the heat response of this system.

Load-carrying capacity predictions obtained from the proposed analysis method are in a better agreement with corbel test results of a comprehensive database, comprising 455 test results, compiled from the available literature, than other existing models for corbels.