The major strengths of our study are its relatively large sample size and the extensive quality control quality assurance procedures implemented for the analytical work.
In particular, suitable finite element models were implemented for those cases where no analytical solutions were available.
To derive the true haplotype frequencies as input parameters, different scenarios were implemented for the simulations and the analytical computations: Abstract scenarios included three types: (a) A two-locus scenario varying the frequency f1 of haplotype h1, while two other frequencies f3 and f4 are set at 0.1 and 0.05.
These equations were solved numerically, while analytical solutions were implemented for analyzing the solid media.
Existing constitutive models are further improved to describe the mechanisms that resist sliding under cyclic shear reversals and implemented for the first time in an analytical model for deriving the response of RC jacketed members.
The analytical strategy was implemented for two scenarios: cases with a complete response of the outcome parameter and, an imputed dataset in which missing values of the outcome parameter were imputed.
In IMEP-116 the proportion of overestimated uncertainties for iAs (31%) could be explained by the fact that some NRLs have used an analytical method recently implemented, for which the laboratory is not fully confident, thus resulting in larger standard uncertainties.
When the analytical methods are validated and implemented for routine use, unforeseen issues will occur during their use.
This work demonstrates an analytical method that could potentially be implemented for monitoring of intracellular gene expression in the future.
In this work we reformulate the original formulation of DTIRCs to obtain an analytical framework for feasible designs which are easily implemented for computer numerical control (CNC) manufacturing.
