Project measure / variable:   Auwerx1   bw_12wks_CD

ID, description, units MPD:111188   bw_12wks_CD   body weight at 12 wks of age   [g]  CD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   57 strains     sex: m     age: 12wks
Procedure body weight
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  STRAIN COMPARISON PLOT
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Auwerx1 - body weight at 12 wks of age CD

BXD16BXD65aBXD85BXD39BXD27BXD65BXD65bBXD73bBXD73aBXD49BXD66BXD69BXD48aBXD50BXD71BXD2BXD60BXD100BXD63BXD75BXD48BXD68BXD44BXD56BXD61BXD34BXD67BXD99BXD84BXD89BXD73BXD79BXD32BXD51BXD70BXD62BXD98BXD64BXD95BXD53BXD6BXD77BXD45BXD12BXD11DBA/2JBXD55BXD43BXD1BXD101C57BL/6JBXD8BXD90BXD83BXD40BXD87BXD81 g 202530354045femalemale


  MEASURE SUMMARY
Measure Summary Male
Number of strains tested57 strains
Mean of the strain means30.917   g
Median of the strain means30.7   g
SD of the strain means± 4.0499
Coefficient of variation (CV)0.131
Min–max range of strain means22.83   –   41.672   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 4220.7045 75.3697 10.1408 < 0.0001
Residuals 210 1560.7848 7.4323


Q-Q normality assessment based on residuals

  


  STRAIN MEANS (UNADJUSTED)
  
Select table page: 1 - 10 / 57 (57)
Strain
Sex
Mean
SD
N mice
SEM
CV
Min, Max
Z score
BXD1 m 26.326 1.4233   5 0.6365 0.0541 24.45, 28.41 -1.13
BXD100 m 32.897 6.9841   3 4.0323 0.2123 25.27, 38.98 0.49
BXD101 m 26.287 1.4719   4 0.73596 0.056 24.58, 27.67 -1.14
BXD11 m 27.406 2.4169   5 1.0809 0.0882 25.34, 30.54 -0.87
BXD12 m 27.444 1.2558   5 0.56162 0.0458 26.46, 29.6 -0.86
BXD16 m 41.672 4.4656   5 1.9971 0.1072 35.45, 46.59 2.66
BXD2 m 33.472 2.4223   4 1.2111 0.0724 30.88, 35.75 0.63
BXD27 m 36.13 2.1249   5 0.9503 0.0588 33.43, 38.38 1.29
BXD32 m 30.08 1.3307   5 0.59509 0.0442 28.15, 31.66 -0.21
BXD34 m 30.828 1.0326   4 0.51631 0.0335 29.784, 32.23 -0.02
BXD39 m 37.348 2.3447   5 1.0486 0.0628 35.76, 41.17 1.59
BXD40 m 24.608 1.0225   4 0.51126 0.0416 23.23, 25.6 -1.56
BXD43 m 26.66 3.0081   4 1.504 0.1128 23.15, 30.15 -1.05
BXD44 m 31.039 3.0914   9 1.0305 0.0996 27.0, 35.06 0.03
BXD45 m 27.57 1.8521   5 0.82827 0.0672 25.11, 29.95 -0.83
BXD48 m 31.768 2.3838   5 1.0661 0.075 29.61, 35.78 0.21
BXD48a m 34.54 3.3495   5 1.498 0.097 31.35, 38.63 0.89
BXD49 m 34.992 0.6584   4 0.3292 0.0188 34.31, 35.89 1.01
BXD50 m 33.92 6.0322   5 2.6977 0.1778 26.36, 40.42 0.74
BXD51 m 29.85 2.5017   5 1.1188 0.0838 27.83, 34.11 -0.26
BXD53 m 28.884 1.8494   5 0.82708 0.064 27.23, 31.57 -0.5
BXD55 m 27.266 1.1896   5 0.53199 0.0436 25.92, 28.39 -0.9
BXD56 m 30.992 0.77503   5 0.3466 0.025 30.39, 31.95 0.02
BXD6 m 28.692 1.2016   5 0.53739 0.0419 27.4, 29.99 -0.55
BXD60 m 33.13 3.4847   5 1.5584 0.1052 27.79, 36.44 0.55
BXD61 m 30.933 1.952   3 1.127 0.0631 28.81, 32.65 0.0
BXD62 m 29.772 2.3544   4 1.1772 0.0791 27.22, 32.78 -0.28
BXD63 m 32.684 2.3596   5 1.0552 0.0722 29.8, 35.83 0.44
BXD64 m 29.438 1.1885   4 0.59426 0.0404 28.15, 30.98 -0.37
BXD65 m 36.043 3.4825   4 1.7412 0.0966 30.89, 38.43 1.27
BXD65a m 39.16 0.69372   5 0.31024 0.0177 38.45, 39.91 2.04
BXD65b m 35.98 1.7447   4 0.87235 0.0485 34.76, 38.54 1.25
BXD66 m 34.872 4.6428   5 2.0763 0.1331 28.09, 40.74 0.98
BXD67 m 30.768 5.206   5 2.3282 0.1692 25.16, 37.73 -0.04
BXD68 m 31.518 4.403   5 1.9691 0.1397 25.9, 37.52 0.15
BXD69 m 34.696 2.21   5 0.98835 0.0637 32.19, 37.36 0.93
BXD70 m 29.82 6.3504   4 3.1752 0.213 24.95, 39.02 -0.27
BXD71 m 33.54 2.1269   5 0.95116 0.0634 31.61, 36.95 0.65
BXD73 m 30.326 3.1284   5 1.3991 0.1032 27.9, 35.68 -0.15
BXD73a m 35.666 2.3736   5 1.0615 0.0665 33.34, 39.01 1.17
BXD73b m 35.966 2.86   5 1.279 0.0795 32.89, 39.17 1.25
BXD75 m 32.4 2.186   5 0.97761 0.0675 30.07, 34.94 0.37
BXD77 m 28.616 1.8673   5 0.83507 0.0653 26.38, 30.67 -0.57
BXD79 m 30.202 1.5726   5 0.70331 0.0521 28.2, 32.01 -0.18
BXD8 m 25.77 1.7412   4 0.87061 0.0676 23.76, 27.84 -1.27
BXD81 m 22.83 3.0092   4 1.5046 0.1318 18.8, 25.83 -2.0
BXD83 m 24.65 1.4811   3 0.8551 0.0601 23.41, 26.29 -1.55
BXD84 m 30.7 2.7027   5 1.2087 0.088 27.93, 34.91 -0.05
BXD85 m 38.402 2.8336   5 1.2672 0.0738 35.02, 42.69 1.85
BXD87 m 24.568 0.96846   5 0.43311 0.0394 22.85, 25.15 -1.57
BXD89 m 30.68 1.5295   4 0.76477 0.0499 28.46, 31.76 -0.06
BXD90 m 25.58 1.0766   4 0.5383 0.0421 24.27, 26.89 -1.32
BXD95 m 29.398 2.7123   4 1.3562 0.0923 25.75, 32.18 -0.38
BXD98 m 29.492 1.3868   5 0.6202 0.047 27.09, 30.49 -0.35
BXD99 m 30.702 0.9854   5 0.44069 0.0321 29.9, 32.15 -0.05
C57BL/6J m 25.98 1.6527   5 0.7391 0.0636 23.85, 27.68 -1.22
DBA/2J m 27.302 1.4195   5 0.63483 0.052 25.6, 28.8 -0.89


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 26.326 1.2192053498 28.7294497341 23.9225502659
BXD100 m 32.8966666667 1.5739873385 35.9995069312 29.7938264021
BXD101 m 26.2875 1.3631130203 28.974638493 23.600361507
BXD11 m 27.406 1.2192053498 29.8094497341 25.0025502659
BXD12 m 27.444 1.2192053498 29.8474497341 25.0405502659
BXD16 m 41.672 1.2192053498 44.0754497341 39.2685502659
BXD2 m 33.4725 1.3631130203 36.159638493 30.785361507
BXD27 m 36.13 1.2192053498 38.5334497341 33.7265502659
BXD32 m 30.08 1.2192053498 32.4834497341 27.6765502659
BXD34 m 30.8285 1.3631130203 33.515638493 28.141361507
BXD39 m 37.348 1.2192053498 39.7514497341 34.9445502659
BXD40 m 24.6075 1.3631130203 27.294638493 21.920361507
BXD43 m 26.66 1.3631130203 29.347138493 23.972861507
BXD44 m 31.0388888889 0.9087420136 32.8303145509 29.2474632269
BXD45 m 27.57 1.2192053498 29.9734497341 25.1665502659
BXD48 m 31.768 1.2192053498 34.1714497341 29.3645502659
BXD48a m 34.54 1.2192053498 36.9434497341 32.1365502659
BXD49 m 34.9925 1.3631130203 37.679638493 32.305361507
BXD50 m 33.92 1.2192053498 36.3234497341 31.5165502659
BXD51 m 29.85 1.2192053498 32.2534497341 27.4465502659
BXD53 m 28.884 1.2192053498 31.2874497341 26.4805502659
BXD55 m 27.266 1.2192053498 29.6694497341 24.8625502659
BXD56 m 30.992 1.2192053498 33.3954497341 28.5885502659
BXD6 m 28.692 1.2192053498 31.0954497341 26.2885502659
BXD60 m 33.13 1.2192053498 35.5334497341 30.7265502659
BXD61 m 30.9333333333 1.5739873385 34.0361735979 27.8304930688
BXD62 m 29.7725 1.3631130203 32.459638493 27.085361507
BXD63 m 32.684 1.2192053498 35.0874497341 30.2805502659
BXD64 m 29.4375 1.3631130203 32.124638493 26.750361507
BXD65 m 36.0425 1.3631130203 38.729638493 33.355361507
BXD65a m 39.16 1.2192053498 41.5634497341 36.7565502659
BXD65b m 35.98 1.3631130203 38.667138493 33.292861507
BXD66 m 34.872 1.2192053498 37.2754497341 32.4685502659
BXD67 m 30.768 1.2192053498 33.1714497341 28.3645502659
BXD68 m 31.518 1.2192053498 33.9214497341 29.1145502659
BXD69 m 34.696 1.2192053498 37.0994497341 32.2925502659
BXD70 m 29.82 1.3631130203 32.507138493 27.132861507
BXD71 m 33.54 1.2192053498 35.9434497341 31.1365502659
BXD73 m 30.326 1.2192053498 32.7294497341 27.9225502659
BXD73a m 35.666 1.2192053498 38.0694497341 33.2625502659
BXD73b m 35.966 1.2192053498 38.3694497341 33.5625502659
BXD75 m 32.4 1.2192053498 34.8034497341 29.9965502659
BXD77 m 28.616 1.2192053498 31.0194497341 26.2125502659
BXD79 m 30.202 1.2192053498 32.6054497341 27.7985502659
BXD8 m 25.77 1.3631130203 28.457138493 23.082861507
BXD81 m 22.83 1.3631130203 25.517138493 20.142861507
BXD83 m 24.65 1.5739873385 27.7528402646 21.5471597354
BXD84 m 30.7 1.2192053498 33.1034497341 28.2965502659
BXD85 m 38.402 1.2192053498 40.8054497341 35.9985502659
BXD87 m 24.568 1.2192053498 26.9714497341 22.1645502659
BXD89 m 30.68 1.3631130203 33.367138493 27.992861507
BXD90 m 25.58 1.3631130203 28.267138493 22.892861507
BXD95 m 29.3975 1.3631130203 32.084638493 26.710361507
BXD98 m 29.492 1.2192053498 31.8954497341 27.0885502659
BXD99 m 30.702 1.2192053498 33.1054497341 28.2985502659
C57BL/6J m 25.98 1.2192053498 28.3834497341 23.5765502659
DBA/2J m 27.302 1.2192053498 29.7054497341 24.8985502659




  GWAS USING LINEAR MIXED MODELS

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