Sentence examples for resultant bias from inspiring English sources

While publication bias typically results in an attenuation of effect estimates for safety endpoints, resultant bias is not measureable.

Finally we discuss the resultant bias in material towards readily available electronic resources as a result of publisher's uncooperative stance and encourage initiatives that aim to improve open electronic access.

This loss of individuals and resultant bias in the sex ratio in the small Doñana population, coupled with the K-species characteristics of the Spanish imperial eagle have been suggested as the cause of the rapid population decline there [12], [20].

The resultant bias would be expected to have a disproportionate impact on nonrecent events, rendering the recent events more reliable.

Termed "overadjustment" by some, in simulation, the resultant bias can be substantial (Rothman et al. 2008; Schisterman et al. 2009).

Directly measuring and adjusting for differences in shared environment may help reduce any resultant bias on heritability estimates.

In general, the resultant biases caused by misclassification of exposure should be toward the null.

This could contribute to narrow skill development, labor supply and resultant biased employment opportunities (143, p. 43).

The extent to which reduced hybridization due to sequence divergence compromises the ability to accurately identify gene duplications has not been rigorously addressed, nor have the resultant biases in types of gene duplicates been identified.

After randomly picking a biased angle θ B away from the biased direction v ^, so that cos θ B = v ^ ⋅ u ^ ', the resultant biased scattering direction u ^ ' is rotated around the biased direction v ^ by an angle ϕ that is randomly picked from a uniform probability density function from 0 to 2π.

After randomly picking a biased angle θ B away from the direction of the apparent position of the collecting optics, the biased direction v ^, so that cos θ B = v ^ ⋅ u ^ ', the resultant biased scattering direction u ^ ' is rotated around v ^ by an angle ϕ that is randomly picked from a uniform probability density function from 0 to 2π.