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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