Table 3 Genetic correlations between tiredness documented in the UK Biobank data set and the health-related variables collected from GWAS consortia

From: Genetic contributions to self-reported tiredness

Trait category

Traits from GWAS consortia

rg

s.e.

P

Physical health

Blood pressure: diastolic

0.0332

0.0502

0.5083

 

Blood pressure: systolic

−0.0698

0.0478

0.1444

 

BMI

0.2024

0.0322

3.18 × 10 −10

 

Cholesterol: HDL

−0.1087

0.0373

0.0036

 

Cholesterol: LDL

0.0829

0.0413

0.0449

 

Coronary artery disease

0.1338

0.067

0.0459

 

C-reactive protein

0.0165

0.054

0.0021

 

Grip strengtha

−0.1596

0.0482

0.0009

 

HbA1c

0.2536

0.0857

0.0031

 

Height

−0.0201

0.0297

0.4980

 

Longevity

−0.3943

0.1096

0.0003

 

Forced expiratory volume 1sa

−0.1181

0.0538

0.0281

 

Obesity

0.2063

0.0381

6.31 × 10 −8

 

Rheumatoid arthritis

−0.0181

0.0674

0.7885

 

Self-rated healtha

−0.7780

0.0349

7.30 × 10 −110

 

Smoking status

0.2009

0.0603

0.0009

 

Triglycerides

0.1324

0.0332

6.62 × 10 −5

 

Type 2 diabetes

0.1784

0.0689

0.0097

 

Waist–hip ratio

0.2834

0.0417

1.09 × 10 −11

Mental health

ADHD

0.2694

0.1116

0.0158

 

Alzheimer’s disease

0.0762

0.1079

0.4801

 

Alzheimer’s disease (500 kb)

0.0613

0.0872

0.4816

 

Anorexia nervosa

0.0192

0.0492

0.6967

 

Autism

0.0129

0.0695

0.8522

 

Bipolar disorder

0.1382

0.0605

0.0223

 

Childhood cognitive ability

−0.1528

0.0891

0.0864

 

Major depressive disorder

0.5902

0.1015

6.03 × 10 −9

 

Neuroticism

0.6150

0.038

7.34 × 10 −59

 

Schizophrenia

0.2490

0.0386

1.14 × 10 −10

 

Verbal-numerical reasoninga

−0.1379

0.0596

0.0206

  1. Abbreviations: ADHD, attention deficit hyperactivity disorder; BMI, body mass index; FDR, false discovery rate; GWAS, genome-wide association study; HDL, high-density lipoprotein; LDL, low-density lipoprotein.
  2. Statistically significant P-values (after false discovery rate correction; threshold: P=0.0281) are shown in bold.
  3. aGWAS based on UK Biobank data.