12 research outputs found

    Phenotypic correlations of MDD status (absent = 0, affected = 1) between kinship dyads.

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    <p>Estimates from 500 jack-knifed replicates that sampled a single pair from each family for full siblings (N families with one or more pairs = 4306), full sisters (N = 2239), full brothers (N = 1161), opposite sex full-siblings (N = 2426), parent-child (N = 3402), grandparent-grandchild (N = 391), avuncular (aunt/uncle-niece/nephew N = 1826), first cousins (N = 1194).</p

    Genetic and Environmental Risk for Chronic Pain and the Contribution of Risk Variants for Major Depressive Disorder: A Family-Based Mixed-Model Analysis - Fig 1

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    <p><b>The association between Pfizer-23andMeā€“derived polygenic risk profiles scores for pain on chronic pain phenotypes in GS:SFHS (left panel) and UK Biobank (right panel).</b> This figure shows the association between polygenic risk scores for pain (derived from Pfizer-23andMe data) and chronic pain in GS:SFHS (left panel) and UK Biobank (right panel). Vertical <i>y</i>-axis represents the effect size as a standardised beta; horizontal axis represents the four alternative <i>p</i>-value thresholds used for the generation of polygenic scores in the discovery GWAS studies.</p

    Association between polygenic risk of MDD and chronic pain phenotypes in GS:SFHS and UK Biobank.

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    <p>This figure shows the association between polygenic risk scores for MDD (derived from Psychiatric Genomics Consortium data) and chronic pain in GS:SFHS (left panel) and UK Biobank (right panel). Vertical <i>y</i>-axis represents the effect size as a standardised beta, horizontal axis represents the four alternative <i>p</i>-value thresholds used for the generation of polygenic scores in the discovery GWAS studies.</p
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