Fig. 4 Statistical chart of resolving cycle ambiguity with respect to different phase error conditions, whether or not an ambiguity judgment is used.
These include increasing the sample size compared with single gene/marker studies and resolving statistical problems inherent to multiple testing.
Therefore, six subsets of items were created, by combining the corresponding muscle pairs (left and right) with each other, improving the statistical parameters and resolving local dependency.
Shen et al. [ 30] recently investigated this question using 23 (mostly nuclear) markers for 28 vertebrates, and estimated that with their taxon sampling, a total sequence length of more than 13,000 nucleotides from independent nuclear markers is necessary to provide significant statistical support for resolving the controversial relationships between turtles, birds, and crocodilians.
"Low-dose effects of endocrine disruptors" gives a synthesis of recent observations in in vitro systems and highlights the importance of statistical power considerations in resolving the low-dose issue.
In this method, termed hereafter unmixing-via-NPBN (UNPBN), a flexible number of Gaussian Bayesian networks is being fitted to the data and thereby iteratively identifying the number of distinct subpopulations, unmixing the observations and resolving the statistical model for each subpopulation.
The principle is based on the formulation of non-equilibrium statistical mechanics to resolve the macroscopic irreversibility.
This gained experience shows that only carefully designed studies of a sufficient statistical power may resolve the relationships between polymorphisms and colorectal cancer risk.
Unexpectedly, we find that the mobility varies by up to a factor of 2 on a scale of just few mm, and that significant conductance variations in the investigated CVD graphene are due to mobility rather doping variations, which highlights the importance of techniques that facilitate highly statistical or spatially resolved approaches for assessing transport properties in large-area graphene.
Statistical parsimony analysis resolved single networks for Symbiodinium ITS2 sequences in clade C and D (Figure 2).
