Project measure / variable:   Auwerx1   bw_9wks_CD

ID, description, units MPD:111182   bw_9wks_CD   body weight at 9 wks of age   [g]  CD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   57 strains     sex: m     age: 9wks
Procedure body weight
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  STRAIN COMPARISON PLOT
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Auwerx1 - body weight at 9 wks of age CD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested57 strains
Mean of the strain means27.469   g
Median of the strain means27.048   g
SD of the strain means± 3.0013
Coefficient of variation (CV)0.1093
Min–max range of strain means21.598   –   36.274   g
Mean sample size per strain4.7   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
strain 56 2322.2911 41.4695 8.0268 < 0.0001
Residuals 210 1084.9393 5.1664


Q-Q normality assessment based on residuals

  


  STRAIN MEANS (UNADJUSTED)
  
Select table page:
Strain Sex Mean SD N mice SEM CV Min, Max Z score
BXD1 m 24.564 0.96308   5 0.4307 0.0392 23.06, 25.75 -0.97
BXD100 m 29.313 5.3107   3 3.0661 0.1812 23.28, 33.28 0.61
BXD101 m 23.445 1.0144   4 0.50722 0.0433 22.2, 24.4 -1.34
BXD11 m 25.438 1.8425   5 0.824 0.0724 23.38, 27.32 -0.68
BXD12 m 25.294 1.0823   5 0.48404 0.0428 24.33, 26.74 -0.72
BXD16 m 36.274 3.8242   5 1.7102 0.1054 30.68, 40.26 2.93
BXD2 m 30.557 2.0783   4 1.0392 0.068 27.7, 32.19 1.03
BXD27 m 30.864 2.5404   5 1.1361 0.0823 27.83, 33.47 1.13
BXD32 m 28.962 0.95455   5 0.42689 0.033 27.82, 29.84 0.5
BXD34 m 26.748 0.99222   4 0.49611 0.0371 25.82, 28.06 -0.24
BXD39 m 31.652 1.8038   5 0.8067 0.057 30.17, 34.73 1.39
BXD40 m 22.935 0.98287   4 0.49143 0.0429 21.74, 24.13 -1.51
BXD43 m 24.25 2.0934   4 1.0467 0.0863 21.79, 26.15 -1.07
BXD44 m 25.849 2.3476   9 0.78253 0.0908 23.0, 29.79 -0.54
BXD45 m 25.0 2.5495   5 1.1402 0.102 22.0, 29.0 -0.82
BXD48 m 28.434 1.9163   5 0.85699 0.0674 26.57, 31.18 0.32
BXD48a m 30.976 2.2985   5 1.0279 0.0742 28.46, 33.76 1.17
BXD49 m 33.01 0.91611   4 0.45806 0.0278 32.11, 34.23 1.85
BXD50 m 29.774 3.9114   5 1.7492 0.1314 25.38, 34.68 0.77
BXD51 m 28.4 2.0736   5 0.92736 0.073 27.0, 32.0 0.31
BXD53 m 26.166 1.6343   5 0.73087 0.0625 24.34, 28.53 -0.43
BXD55 m 25.0 0.70711   5 0.31623 0.0283 24.0, 26.0 -0.82
BXD56 m 27.948 0.30728   5 0.13742 0.011 27.58, 28.41 0.16
BXD6 m 26.142 0.59579   5 0.26645 0.0228 25.61, 27.1 -0.44
BXD60 m 29.706 4.0071   5 1.792 0.1349 26.05, 36.09 0.75
BXD61 m 28.133 1.8288   3 1.0559 0.065 26.24, 29.89 0.22
BXD62 m 26.31 1.7227   4 0.86135 0.0655 24.5, 28.39 -0.39
BXD63 m 28.514 2.5841   5 1.1556 0.0906 25.12, 31.98 0.35
BXD64 m 25.515 1.5203   4 0.76016 0.0596 23.87, 27.45 -0.65
BXD65 m 30.628 3.3801   4 1.6901 0.1104 25.83, 33.5 1.05
BXD65a m 33.314 0.93607   5 0.41862 0.0281 32.27, 34.44 1.95
BXD65b m 29.345 1.8961   4 0.94806 0.0646 26.99, 31.63 0.62
BXD66 m 30.206 3.9713   5 1.776 0.1315 24.23, 34.92 0.91
BXD67 m 27.854 4.1002   5 1.8336 0.1472 23.63, 33.17 0.13
BXD68 m 27.048 3.6002   5 1.61 0.1331 23.33, 32.89 -0.14
BXD69 m 28.81 2.4703   5 1.1048 0.0857 25.88, 31.5 0.45
BXD70 m 25.098 5.4954   4 2.7477 0.219 20.06, 32.82 -0.79
BXD71 m 27.74 1.6428   5 0.73468 0.0592 26.26, 30.12 0.09
BXD73 m 28.8 2.0494   5 0.91652 0.0712 27.0, 32.0 0.44
BXD73a m 30.046 1.0882   5 0.48665 0.0362 28.84, 31.27 0.86
BXD73b m 31.558 2.1174   5 0.94694 0.0671 29.07, 33.47 1.36
BXD75 m 28.508 1.9089   5 0.85371 0.067 26.2, 30.29 0.35
BXD77 m 26.362 1.4871   5 0.66504 0.0564 24.51, 28.18 -0.37
BXD79 m 26.306 0.92975   5 0.4158 0.0353 25.21, 27.09 -0.39
BXD8 m 24.005 1.0849   4 0.54244 0.0452 22.66, 25.31 -1.15
BXD81 m 21.598 2.3913   4 1.1956 0.1107 18.16, 23.7 -1.96
BXD83 m 23.857 1.6141   3 0.93189 0.0677 22.89, 25.72 -1.2
BXD84 m 26.544 2.2719   5 1.016 0.0856 24.1, 29.46 -0.31
BXD85 m 31.93 2.9725   5 1.3294 0.0931 28.18, 36.15 1.49
BXD87 m 22.804 0.79924   5 0.35743 0.035 21.49, 23.55 -1.55
BXD89 m 27.997 0.82758   4 0.41379 0.0296 26.79, 28.64 0.18
BXD90 m 24.155 1.0277   4 0.51383 0.0425 23.31, 25.53 -1.1
BXD95 m 25.02 2.5608   4 1.2804 0.1023 21.32, 27.0 -0.82
BXD98 m 26.14 1.0736   5 0.48011 0.0411 24.44, 27.03 -0.44
BXD99 m 26.53 0.50867   5 0.22749 0.0192 25.81, 27.1 -0.31
C57BL/6J m 23.136 1.3533   5 0.60522 0.0585 21.75, 24.79 -1.44
DBA/2J m 25.232 1.6256   5 0.727 0.0644 22.95, 26.63 -0.75


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 24.564 1.0165016098 26.5678548258 22.5601451742
BXD100 m 29.3133333333 1.3122979354 31.9002987895 26.7263678772
BXD101 m 23.445 1.1364833494 25.6853778038 21.2046221962
BXD11 m 25.438 1.0165016098 27.4418548258 23.4341451742
BXD12 m 25.294 1.0165016098 27.2978548258 23.2901451742
BXD16 m 36.274 1.0165016098 38.2778548258 34.2701451742
BXD2 m 30.5575 1.1364833494 32.7978778038 28.3171221962
BXD27 m 30.864 1.0165016098 32.8678548258 28.8601451742
BXD32 m 28.962 1.0165016098 30.9658548258 26.9581451742
BXD34 m 26.7475 1.1364833494 28.9878778038 24.5071221962
BXD39 m 31.652 1.0165016098 33.6558548258 29.6481451742
BXD40 m 22.935 1.1364833494 25.1753778038 20.6946221962
BXD43 m 24.25 1.1364833494 26.4903778038 22.0096221962
BXD44 m 25.8488888889 0.7576555663 27.3424740914 24.3553036864
BXD45 m 25.0 1.0165016098 27.0038548258 22.9961451742
BXD48 m 28.434 1.0165016098 30.4378548258 26.4301451742
BXD48a m 30.976 1.0165016098 32.9798548258 28.9721451742
BXD49 m 33.01 1.1364833494 35.2503778038 30.7696221962
BXD50 m 29.774 1.0165016098 31.7778548258 27.7701451742
BXD51 m 28.4 1.0165016098 30.4038548258 26.3961451742
BXD53 m 26.166 1.0165016098 28.1698548258 24.1621451742
BXD55 m 25.0 1.0165016098 27.0038548258 22.9961451742
BXD56 m 27.948 1.0165016098 29.9518548258 25.9441451742
BXD6 m 26.142 1.0165016098 28.1458548258 24.1381451742
BXD60 m 29.706 1.0165016098 31.7098548258 27.7021451742
BXD61 m 28.1333333333 1.3122979354 30.7202987895 25.5463678772
BXD62 m 26.31 1.1364833494 28.5503778038 24.0696221962
BXD63 m 28.514 1.0165016098 30.5178548258 26.5101451742
BXD64 m 25.515 1.1364833494 27.7553778038 23.2746221962
BXD65 m 30.6275 1.1364833494 32.8678778038 28.3871221962
BXD65a m 33.314 1.0165016098 35.3178548258 31.3101451742
BXD65b m 29.345 1.1364833494 31.5853778038 27.1046221962
BXD66 m 30.206 1.0165016098 32.2098548258 28.2021451742
BXD67 m 27.854 1.0165016098 29.8578548258 25.8501451742
BXD68 m 27.048 1.0165016098 29.0518548258 25.0441451742
BXD69 m 28.81 1.0165016098 30.8138548258 26.8061451742
BXD70 m 25.0975 1.1364833494 27.3378778038 22.8571221962
BXD71 m 27.74 1.0165016098 29.7438548258 25.7361451742
BXD73 m 28.8 1.0165016098 30.8038548258 26.7961451742
BXD73a m 30.046 1.0165016098 32.0498548258 28.0421451742
BXD73b m 31.558 1.0165016098 33.5618548258 29.5541451742
BXD75 m 28.508 1.0165016098 30.5118548258 26.5041451742
BXD77 m 26.362 1.0165016098 28.3658548258 24.3581451742
BXD79 m 26.306 1.0165016098 28.3098548258 24.3021451742
BXD8 m 24.005 1.1364833494 26.2453778038 21.7646221962
BXD81 m 21.5975 1.1364833494 23.8378778038 19.3571221962
BXD83 m 23.8566666667 1.3122979354 26.4436321228 21.2697012105
BXD84 m 26.544 1.0165016098 28.5478548258 24.5401451742
BXD85 m 31.93 1.0165016098 33.9338548258 29.9261451742
BXD87 m 22.804 1.0165016098 24.8078548258 20.8001451742
BXD89 m 27.9975 1.1364833494 30.2378778038 25.7571221962
BXD90 m 24.155 1.1364833494 26.3953778038 21.9146221962
BXD95 m 25.02 1.1364833494 27.2603778038 22.7796221962
BXD98 m 26.14 1.0165016098 28.1438548258 24.1361451742
BXD99 m 26.53 1.0165016098 28.5338548258 24.5261451742
C57BL/6J m 23.136 1.0165016098 25.1398548258 21.1321451742
DBA/2J m 25.232 1.0165016098 27.2358548258 23.2281451742




  GWAS USING LINEAR MIXED MODELS