To analyze each target gene, we used linear mixed effects models (LMMs) to estimate the parameters for relative mRNA expression over the 6 day experiment.
Consequently, the parameter used for relative chronology (δ-value) has been verified to be age dependent, although absolute values are modulated by microclimate due to altitude variations.
Furthermore, results of maximum likelihood tests for tree congruence [9] and estimated parameter values for relative impact (r/m) and rate of recombination and mutation supported the recombinogenic nature of the five lineages (Table S2).
Hence, by incorporating d 1 in addition to d0 a multi-dimensional relative treatment effect is used rather than single parameter for the relative treatment effect.
Ct values decreased linearly with increasing input target quantity and were used to calculate the relative mRNA expression, according to the mathematical quantification model proposed by Pfaffl, which defines a parameter for the relative gene expression [30].
The DNP parameters such as enhancement factor, nuclear−electron coupling constant, saturation factor, leakage factor, the parameter for the relative importance of scalar and translational dipolar interaction and the total spin-lattice relaxation rate were determined.
The F-measure F β is the harmonic mean between precision and recall, where β is a parameter for the relative importance of precision over recall.
(Network) meta-analysis of survival data is commonly performed with models represented with one parameter for the relative treatment effect: the constant hazard ratio.
Arrows indicate up-regulation, down-regulation, or no changes in parameters for LOAD relative to young or old controls, and old relative to young controls.
Shape and scale parameter for Weibull: – Low relative survival (λ =1, γ =0.5), medium relative survival (λ =0.5, γ =0.5), high relative survival (λ =0.02, γ =0.5).
