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. Author manuscript; available in PMC: 2014 Feb 28.
Published in final edited form as: Compr Physiol. 2011 Jul;1(3):1603–1648. doi: 10.1002/cphy.c100059

Table 11.

Stepwise Regression model for VO2max training response in the HERITAGE Family Study using candidate gene SNPs derived from global skeletal muscle gene expression profiling (RNA predictor) and exercise training-related QTL studies

Gene (SNP) Identification method RNA level correlation Chr. Map partial r2 Regression model
model r2 p-value
SVIL (rs6481619) QTL YES (+) 10 30,022,960 0.0411 0.0411 <.0001
SLC22A3 (rs2457571) RNA predictor YES (+) 6 160,754,818 0.0307 0.0718 0.0003
NRP2 (rs3770991) QTL YES (+) 2 206,363,984 0.0224 0.0942 0.0017
TTN (rs10497520) QTL NO 2 179,353,100 0.0204 0.1146 0.0025
H19 (rs2251375) RNA predictor YES (+) 11 1,976,072 0.0268 0.1414 0.0004
ID3 (rs11574) RNA predictor YES (+) 1 23,758,085 0.02 0.1615 0.0021
MIPEP (rs7324557) QTL YES (−) 13 23,194,862 0.0163 0.1778 0.0051
CPVL (rs4257918) RNA predictor YES (+) 7 29,020,374 0.0179 0.1957 0.0031
DEPDC6 (rs7386139) RNA predictor YES (+) 8 121,096,600 0.0112 0.2069 0.0185
BTAF1 (rs2792022) RNA Predictor YES (+) 10 93,730,409 0.0125 0.2194 0.0122
DIS3L (rs1546570) RNA Predictor YES (+) 15 64,382,829 0.0095 0.2289 0.0279

Modified from Timmons, et al (2010) Using molecular classification to predict gains in maximal aerobic capacity following endurance exercise training in humans. J Appl Physiol. 108, 1487–1496