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Table 4 Thirty-nine genes genome-wide significantly associated with physical capacity across 116 samples

From: A novel atlas of gene expression in human skeletal muscle reveals molecular changes associated with aging

Gene

Min (p)

Max |β|

SOCS2

6.28E-08

0.014

SLC16A10

8.53E-07

−0.024

HOMER1

1.02E-06

−0.018

ZMYND17

1.84E-06

−0.021

BCKDHB

3.06E-06

0.010

INADL

4.99E-06

−0.011

MAST2

5.28E-06

−0.011

BDH1

5.76E-06

0.015

ZNF133

6.37E-06

−0.008

METTL7A

1.22E-05

−0.022

ZNF57

1.30E-05

0.011

TMEM56

1.61E-05

−0.021

RALGAPA1

1.66E-05

−0.010

CALU

1.89E-05

0.009

SYNPO2L

2.11E-05

−0.014

RP11-304 L19.5.1

2.33E-05

−0.018

AQP1

2.79E-05

0.014

SCPEP1

2.96E-05

−0.014

KIAA1109

3.02E-05

0.004

HYI

3.46E-05

−0.008

FEZ2

3.46E-05

−0.020

EIF4E2

3.79E-05

−0.016

LPL

3.85E-05

0.028

ZNRF1

3.89E-05

−0.010

YPEL2

3.98E-05

−0.013

DMRT2

4.37E-05

0.019

UGGT1

4.61E-05

−0.007

MPP7

4.79E-05

0.012

SUN1

5.37E-05

−0.008

BRD8

5.77E-05

−0.008

PRKAG3

6.04E-05

−0.025

SLC38A1

6.10E-05

0.047

ITGA6

6.32E-05

0.018

CMBL

6.74E-05

−0.011

NANOS1

8.65E-05

−0.035

SCGB1D2

8.80E-05

0.027

MESP1

8.97E-05

−0.008

HSPA2

9.31E-05

−0.022

HEMK1

9.56E-05

−0.008

  1. A positive β value implicates increasing gene expression with increased physical capacity, adjusted for study effect