Sentence examples for complementary associations from inspiring English sources

54 Indeed, associations were generally stronger with body mass index and odds of obesity than with diet in this study, although we found consistent and complementary associations between environmental exposure and both dietary and body weight outcomes throughout.

Our findings suggest that there is a complementary association between Notch1 and Hes1 in CD8+T cells during AVH-B infection.

Therefore, a complementary association between Notch1 and Hes1 expression in CD8 T cells is likely in AVH-B than in CHB patients.

We followed this up by conducting a genome-wide association analysis in the 1958 birth cohort and observed a complementary association signal [odds ratio (95% CIs) 1.27 (1.44, 1.44), P-value 9.6E − 05, Supplementary Material, Figs S1 S3].

Across complementary subgroups, associations of CRP with cardiovascular mortality by diabetes status always were similar (all P ≥ 0.09 for the three-way interaction tests).

This initiative links the EBP with a complementary genome association program, led by the National Human Genome Research Institute (NHGRI), which is dedicated to finding genetic risk factors for environmental diseases.

Nevertheless, this study demonstrates that comparative proteomics is suitable to identify novel candidate genes and yields results complementary to association mapping based on functional and positional candidate genes.

Complementary to the associations between reduced function CYP2C19 alleles and increased cardiovascular risk, the common CYP2C19*17 gain of function allele has been associated with a better antiplatelet response to clopidogrel.

A methodology able to include customers and less popular products into a global picture can be useful as a complementary part of association rule mining.

This bivariate approach is particularly helpful to highlight SNPs for which there is complementary evidence for association with both untreated and response traits, as illustrated by the relatively high posterior probabilities assigned to SNPs near APOE and GCKR in Table 2 for association with statin-related change of LDLC and Tg, respectively.

This study illustrates the utility of complementary QTL and association mapping as tools for gene discovery with no a priori candidate gene selection.