The results of the analysis of variance show a significant influence of exposure, type of seat, and interactions exposure-by-posture, exposure-by-type of seat, and posture-by type of seat on the SEAT factor.
The PHENOTYPE project examines simultaneously the possible underlying mechanisms (stress reduction/restorative function, physical activity, social interaction, exposure to environmental hazards) for the relationship between green space and health in four different countries in Europe.
The PHENOTYPE project explores the proposed underlying mechanisms at work (stress reduction/restorative function, physical activity, social interaction, exposure to environmental hazards) and examines the associations with health outcomes for different population groups.
This method investigates the effects of acute exposures and can also examine both multiple exposures and interactions between exposures.
The main limitations of this analysis include limited statistical power to detect interactions, some exposure misclassification, and heterogeneity and potential confounding concerning environmental exposures and genetic variation.
When testing for interactions between exposure to diesel exhaust and solvents, we observed a significant interaction (P=0.049) for paternal exposure in the year before conception.
There were no drug drug interactions affecting exposure of either drug.
This experiment was repeated with an additional acid-stripping step to remove non-covalent peptide-HLA interactions following exposure to UV light (Table 2B).
We examined interactions between exposure indicators by including multiplicative terms.
We did not find any significant interactions between exposure and ever AD when the interaction exposure*ever AD was included in the model.
Interactions between exposure and genotype were investigated one SNP at a time.
