When we included all of the additional covariates, concurrent BPb concentration changed by < 5%, and it remained statistically significant (β = −2.99, p = 0.019) for the children with maximal BPb levels < 7.5 μg/dL.
The percentage of adolescents whose 25(OH D concentration changed by >20 nmol/L from year 11 was calculated for all age groups: 12% of the cohort had a change of >20 nmol/L at 13 y of age compared with 46% at 20 y of age.
For each time series and each point in time, the relative mRNA concentrations were changed by adding noise sampled from a Gaussian distribution with mean 0 and variance 0.05.
This large difference was due to a 2-fold reduction in concentration in the XI-strain whereas the concentration only changed by 27% in the XR/XDH-strain.
Iron dissolution as well as hydrogen evolution was studied in HCl and HBr acetonitrile solutions in a concentration range between 2·8 × 10−4 M. Halide concentration was changed by adding lithium halide to some of the previous solution.
Ghrelin and GH concentrations were not changed by secretin injection throughout the experimental periods.
Ruminal pH, ammonia, and total volatile FA concentrations were not changed by LO supplementation to diets.
The plasma TNFα and nitrate concentrations were not changed by treatment or time after sepsis induction.
