Sentence examples for functional completeness from inspiring English sources
This weak/strong distinction (for more on which, see Humberstone (1993)) is not usually registered in the literature, and functional completeness simpliciter is understood as weak functional completeness.
It is then important to define ways to evaluate their functional completeness and correction as well as their security and reliability.
The proposed technical evaluation strategy is build starting from international specific standards as ISO/IEC 25010 2011 and is focused on functional suitability and its three components, functional completeness, functional correctness and functional appropriateness.
Post's functional completeness theorem (Post [1941], and see also Pelletier and Martin [1990]) suggests that it is possible to define an n-ary "exactly one" quantifier for every n in terms only of compositions of ternary exclusive ors; and one such definition is offered in Pelletier and Hartline [2008].
Given the current state of functional annotation completeness for the GO, it is expected that there are some number of functionally interesting clusters that will be missed, however the number of false positives is expected to be very low with GOSteiner.
Importantly, many essential processes involve a large number of interconnected proteins (typically several hundred), and many of these genes belong to our HK set, confirming the functional integrity and completeness of the HK set.
Recent treatment strategies aimed at causing regional volume loss by occluding or disrupting airflow to diseased segments of the lung have resulted in a need to better understand the anatomy and functional consequence of fissure completeness.
For this reason, parallel resources such as HAMAP (2) and NCBI's ProtClustDB (3) have been developed with the aim of gradually increasing the quality and completeness of functional annotations.
Here, we outline the key principles of whole-cell modeling which have emerged from our work developing bacterial whole-cell models: single-cellularity; functional, genetic, molecular, and temporal completeness; biophysical realism including temporal dynamics and stochastic variation; species-specificity; and model integration and reproducibility.
In general, the quality and completeness of the functional annotation of genomes tend to continuously improve due to the incessant flow of new experimental results and the correction of systematic errors in annotation transfer [ 13].
Thus, a high correlation coefficient does not necessarily indicate the completeness of the estimated functional repertoire but rather provides a measure of correspondence between the whole metagenome and the 16S rRNA-predicted KO abundances.
