The first aim of the current study is to apply two alternative methods to study the aggregate effect of all SNPs on phenotypic variability in GGT, ALT, and AST levels.
Two alternatives were studied in relation to the threshold length: the completely submersible dam, and the dam spilling over half its crest length.
Studies were included in the review when they fulfilled all of the following inclusion criteria: Full economic evaluation, i.e., comparative analysis of costs and outcomes of at least two alternatives; Applied study (trial generating primary data or modeling of secondary data).
Here, we propose two alternative strategies to study the heterogeneity of risk factors between two groups of patients: (i) a multiplicative-regression model for relative survival (MRS) and (ii) a stratified Cox model (SCM) specifying the graft rank as strata and assuming subvectors of the explicatives variables.
To test these two alternative hypotheses, we studied the influence of another neurotropic pathogen, the cytomegalovirus, on the personality of infected subjects, and reanalyzed the original data after the effect of the potential confounder, the size of living place, was controlled.
Further study of this upstream RNA region identified two alternative secondary structures; experimental study found the structures to be interchangeable, and dependent on both magnesium ion concentration and temperature.
In previous studies, two alternative electron sinks are proposed for the induction of NPQ through the formation of the thylakoid ΔpH.
Two alternative coupling schemes are studied.
Furthermore, we study two alternative ring architectures.
This paper presents two alternative approaches for the study of reinforced concrete beams under blast loads.
