Project measure / variable:   Auwerx1   speed_wheel_CD

ID, description, units MPD:111322   speed_wheel_CD   speed (mean rpm), voluntary wheel running test, 24h   [n/min]  CD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   36 strains     sex: m     age: 23wks
Procedure running wheel monitoring
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  STRAIN COMPARISON PLOT
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Auwerx1 - speed (mean rpm), voluntary wheel running test, 24h CD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested36 strains
Mean of the strain means45.949   n/min
Median of the strain means45.454   n/min
SD of the strain means± 4.3523
Coefficient of variation (CV)0.0947
Min–max range of strain means41.412   –   64.34   n/min
Mean sample size per strain4.1   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
strain 35 1948.4586 55.6702 0.8461 0.7089
Residuals 110 7237.6795 65.7971


Q-Q normality assessment based on residuals

  


  STRAIN MEANS (UNADJUSTED)
  
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Strain Sex Mean SD N mice SEM CV Min, Max Z score
BXD100 m 64.34 3.1891   2   2.255 0.0496 62.09, 66.6 4.23
BXD43 m 48.51 2.8909   3 1.6691 0.0596 45.81, 51.56 0.59
BXD44 m 49.268 12.053   9 4.0177 0.2446 33.09, 75.95 0.76
BXD45 m 46.355 3.6568   4 1.8284 0.0789 42.57, 50.82 0.09
BXD48 m 42.596 10.146   5 4.5372 0.2382 29.21, 55.1 -0.77
BXD49 m 41.765 7.1811   4 3.5906 0.1719 33.18, 50.37 -0.96
BXD50 m 42.263 5.8753   4 2.9376 0.139 35.35, 49.7 -0.85
BXD51 m 45.1 4.8833   4 2.4417 0.1083 41.6, 52.3 -0.19
BXD55 m 44.268 2.8158   5 1.2593 0.0636 41.5, 48.64 -0.39
BXD56 m 53.93 3.5803   3 2.0671 0.0664 49.85, 56.56 1.83
BXD60 m 41.412 2.3607   4 1.1804 0.057 37.91, 42.94 -1.04
BXD61 m 45.807 9.6923   3 5.5958 0.2116 37.6, 56.5 -0.03
BXD62 m 41.55 10.924   4 5.4621 0.2629 31.5, 56.92 -1.01
BXD63 m 42.44 5.4627   4 2.7314 0.1287 37.43, 49.84 -0.81
BXD64 m 43.87 8.1456   4 4.0728 0.1857 35.8, 54.27 -0.48
BXD65 m 42.873 3.84   4 1.92 0.0896 38.4, 47.5 -0.71
BXD65b m 43.0 1.8473   4 0.92366 0.043 40.85, 45.22 -0.68
BXD66 m 43.076 9.8829   5 4.4197 0.2294 32.94, 56.05 -0.66
BXD68 m 49.213 6.8494   3 3.9545 0.1392 41.34, 53.8 0.75
BXD69 m 48.342 8.1564   5 3.6477 0.1687 36.4, 58.7 0.55
BXD70 m 47.078 11.37   4 5.6849 0.2415 33.9, 57.31 0.26
BXD71 m 46.955 4.3887   4 2.1943 0.0935 41.76, 50.96 0.23
BXD73 m 49.813 8.4708   3 4.8906 0.1701 43.5, 59.44 0.89
BXD73a m 45.95 8.1374   4 4.0687 0.1771 37.3, 56.4 0.0
BXD73b m 44.064 10.185   5 4.555 0.2311 32.21, 55.4 -0.43
BXD75 m 47.93 13.555   5 6.062 0.2828 33.95, 69.1 0.46
BXD79 m 42.254 8.9942   5 4.0223 0.2129 35.9, 56.77 -0.85
BXD81 m 43.2 6.1914   4 3.0957 0.1433 37.7, 51.7 -0.63
BXD83 m 44.15 16.9   2   11.95 0.3828 32.2, 56.1 -0.41
BXD87 m 41.455 4.7133   4 2.3567 0.1137 36.04, 47.18 -1.03
BXD90 m 48.678 10.947   4 5.4735 0.2249 38.8, 63.96 0.63
BXD95 m 43.542 2.1196   4 1.0598 0.0487 41.06, 46.11 -0.55
BXD98 m 45.86 6.2592   4 3.1296 0.1365 38.4, 51.98 -0.02
BXD99 m 46.972 8.81   4 4.405 0.1876 38.27, 58.0 0.24
C57BL/6J m 46.58 3.5047   4 1.7523 0.0752 43.35, 51.47 0.15
DBA/2J m 49.693 5.6825   3 3.2808 0.1144 43.85, 55.2 0.86


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD100 m 64.345 5.7357251595 75.7118609889 52.9781390111
BXD43 m 48.51 4.6831999818 57.7910031333 39.2289968667
BXD44 m 49.2683333333 2.7038467702 54.6267229907 43.909943676
BXD45 m 46.35475 4.0557701553 54.392334486 38.317165514
BXD48 m 42.596 3.6275911073 49.7850341143 35.4069658857
BXD49 m 41.765 4.0557701553 49.802584486 33.727415514
BXD50 m 42.2625 4.0557701553 50.300084486 34.224915514
BXD51 m 45.1 4.0557701553 53.137584486 37.062415514
BXD55 m 44.268 3.6275911073 51.4570341143 37.0789658857
BXD56 m 53.9266666667 4.6831999818 63.2076698 44.6456635334
BXD60 m 41.4125 4.0557701553 49.450084486 33.374915514
BXD61 m 45.8066666667 4.6831999818 55.0876698 36.5256635334
BXD62 m 41.55 4.0557701553 49.587584486 33.512415514
BXD63 m 42.44 4.0557701553 50.477584486 34.402415514
BXD64 m 43.87 4.0557701553 51.907584486 35.832415514
BXD65 m 42.8725 4.0557701553 50.910084486 34.834915514
BXD65b m 43.0 4.0557701553 51.037584486 34.962415514
BXD66 m 43.076 3.6275911073 50.2650341143 35.8869658857
BXD68 m 49.2133333333 4.6831999818 58.4943364666 39.9323302
BXD69 m 48.342 3.6275911073 55.5310341143 41.1529658857
BXD70 m 47.0775 4.0557701553 55.115084486 39.039915514
BXD71 m 46.955 4.0557701553 54.992584486 38.917415514
BXD73 m 49.8133333333 4.6831999818 59.0943364666 40.5323302
BXD73a m 45.95 4.0557701553 53.987584486 37.912415514
BXD73b m 44.064 3.6275911073 51.2530341143 36.8749658857
BXD75 m 47.93 3.6275911073 55.1190341143 40.7409658857
BXD79 m 42.254 3.6275911073 49.4430341143 35.0649658857
BXD81 m 43.2 4.0557701553 51.237584486 35.162415514
BXD83 m 44.15 5.7357251595 55.5168609889 32.7831390111
BXD87 m 41.455 4.0557701553 49.492584486 33.417415514
BXD90 m 48.6775 4.0557701553 56.715084486 40.639915514
BXD95 m 43.5425 4.0557701553 51.580084486 35.504915514
BXD98 m 45.86 4.0557701553 53.897584486 37.822415514
BXD99 m 46.9725 4.0557701553 55.010084486 38.934915514
C57BL/6J m 46.58 4.0557701553 54.617584486 38.542415514
DBA/2J m 49.6933333333 4.6831999818 58.9743364666 40.4123302




  GWAS USING LINEAR MIXED MODELS