The phrase "power of detection" is grammatically correct and commonly used in written English.
It refers to the ability or skill of someone to discover or uncover something, especially when it comes to solving mysteries or identifying hidden truths. Example: The detective's power of detection was unmatched, allowing him to solve even the most complex cases.
The implementation of the combined search algorithm (i.e. using a less stringent threshold to detect marginal SNP interactions) increases the power of detection of epistasis.
We show that the presence of epistasis potentially increases statistical power to detect underlying QTLs, and does not decrease the power of detection, leading us to the conclusion that epistasis is not necessarily an obstacle that complicates QTL detection efforts.
We evaluate the power of detection and matching (a measure of overlap between the real and detected partitions) for each set of 1000 Monte Carlo replications.
Another hurdle for studying epistasis is the relatively small sample size in many existing GWA cohorts that may limit the power of detection and replication of epistasis signals unless the epistatic effects to be detected are large.
QTLs (quantitative trait loci) in pigs are generally detected with the F2 design [ 1, 2] because the power of detection using the line-cross methodology is greater than that using within-population data [ 3, 4].
Linkage disequilibrium (LD) is a particularly important determinant of the power to detect a locus, while high levels of genetic diversity decrease the power of detection at a feasible sample size.
Some may choose instead to simply retune their models to predict supersymmetric particles at masses beyond the reach of the Large Hadron Collider's power of detection — and that of any foreseeable substitute.
In general, increasing population size would reduce experimental errors thus improving the power of detection.
We therefore conclude that the power of detection by the program Bottleneck is low for bottleneck events of nature and intensity implemented in our in-vitro simulations.
Clearly, the technology or combination of technologies with the highest power of detection will depend on the particular genes being assayed as well as the goals of the study.
[53], using a method with a higher power of detection of positive selection than previous studies, have shown that within antigenic cluster change could be more important than traditionally (e.g [16]) believed.
