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Table 1 Characteristics of GWASs on the metabolome used for genetic instrument selection

From: Association between human blood metabolome and the risk of breast cancer

Reference

Cohort(s)

Cohort description

Sample size

Number of metabolic traits

Biomarker assay

Blood fraction tested

Ethnicity

Year

Shin et al

KORA; TwinsUK

Population-based cohort; Population-based twin study

7,824

453

Metabolon

Serum; plasma

German; British

2014

Kettunen et al

EGCUT; ERF; FTC; FR97; COROGENE; GenMets; HBCS; KORA; LLS; NTR; NFBC 1966; PredictCVD; PROTE; YFS

Population-based cohort; Family-based; Population-based twin study; Population-based cohort; Case–control study (only controls used); Case–control study; Birth cohort; Population-based cohort; Family-based; Population-based twin study; Birth cohort; Cohort study; Population-based; Follow up study in children

24,925

123

NMR

Serum; plasma

Estonian; Dutch; Finnish; Finnish; Finnish; Finnish; Finnish; German; Dutch; Dutch; Finnish; Finnish; Estonian; Finnish

2016

Borges et al

UK Biobank

Population-based cohort

115,078

249

Nightingale Health (NMR)

Blood

British

2020

  1. COROGENE Genetic Predisposition of Coronary Heart Disease in Patients Verified with Coronary Angiogram, EGCUT Estonian Genome Center of University of Tartu Cohort, ERF Erasmus Rucphen Family Study, FR97 a subsample of FINRISK 1997, FTC Finnish Twin Cohort, GenMets Genetics of METabolic Syndrome, HBCS Helsinki Birth Cohort Study, KORA Kooperative Health Research in the Region of Augsburg, LLS Leiden Longevity Study, GWAS genome-wide association study, NFBC 1966 Northern Finland Birth Cohort 1966, NMR nuclear magnetic resonance, NTR Netherlands Twin Register, PredictCVD FINRISK subsample of incident cardiovascular cases and controls, PROTE EGCUT sub-cohort, YFS The Cardiovascular Risk in Young Finns Study