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Project measure / variable:   Auwerx1   bw_15wks_HFD

ID, description, units MPD:111195   bw_15wks_HFD   body weight at 15 wks of age   [g]  HFD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   56 strains     sex: m     age: 15wks
Procedure body weight
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  STRAIN COMPARISON PLOT
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Auwerx1 - body weight at 15 wks of age HFD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested56 strains
Mean of the strain means41.417   g
Median of the strain means42.101   g
SD of the strain means± 6.0326
Coefficient of variation (CV)0.1457
Min–max range of strain means27.055   –   53.75   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 55 9447.1121 171.7657 16.7718 < 0.0001
Residuals 205 2099.469 10.2413


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 34.812 3.0793   5 1.3771 0.0885 29.87, 38.28 -1.09
BXD100 m 42.972 5.4133   5 2.4209 0.126 37.12, 50.02 0.26
BXD101 m 42.198 2.3634   4 1.1817 0.056 39.12, 44.86 0.13
BXD11 m 45.252 5.7178   5 2.5571 0.1264 39.01, 53.64 0.64
BXD12 m 27.732 1.2577   5 0.56247 0.0454 26.2, 29.28 -2.27
BXD16 m 51.56 2.9219   5 1.3067 0.0567 48.25, 54.79 1.68
BXD2 m 41.996 5.6601   5 2.5313 0.1348 32.4, 46.97 0.1
BXD27 m 46.228 2.1707   4 1.0853 0.047 43.83, 49.03 0.8
BXD32 m 44.108 3.5795   4 1.7897 0.0812 39.18, 46.8 0.45
BXD34 m 32.068 4.2499   5 1.9006 0.1325 27.43, 36.46 -1.55
BXD39 m 44.69 0.82813   5 0.37035 0.0185 43.47, 45.68 0.54
BXD40 m 27.055 1.1213   4 0.56066 0.0414 25.72, 28.32 -2.38
BXD43 m 34.057 3.6303   3 2.096 0.1066 30.06, 37.15 -1.22
BXD44 m 49.833 3.7096   9 1.2365 0.0744 45.92, 56.39 1.4
BXD45 m 33.38 2.2959   5 1.0267 0.0688 29.83, 35.96 -1.33
BXD48 m 45.56 4.2732   5 1.911 0.0938 38.46, 49.55 0.69
BXD48a m 50.19 3.7203   4 1.8602 0.0741 46.95, 55.55 1.45
BXD49 m 41.854 3.5507   5 1.5879 0.0848 36.6, 45.24 0.07
BXD50 m 42.392 2.7555   5 1.2323 0.065 38.63, 46.2 0.16
BXD51 m 47.812 5.8081   4 2.9041 0.1215 42.47, 53.91 1.06
BXD53 m 41.488 3.2561   5 1.4562 0.0785 36.98, 46.13 0.01
BXD55 m 32.032 1.3724   5 0.61375 0.0428 30.19, 33.66 -1.56
BXD56 m 38.473 1.3903   4 0.69514 0.0361 37.28, 40.15 -0.49
BXD6 m 42.004 3.7208   5 1.664 0.0886 37.88, 46.4 0.1
BXD60 m 53.75 1.3903   5 0.62176 0.0259 51.61, 54.88 2.04
BXD61 m 43.48 2.3263   5 1.0403 0.0535 40.43, 46.52 0.34
BXD62 m 39.972 1.3041   4 0.65203 0.0326 38.74, 41.61 -0.24
BXD63 m 46.203 2.4335   4 1.2168 0.0527 43.76, 48.95 0.79
BXD64 m 42.403 3.9038   4 1.9519 0.0921 37.53, 47.08 0.16
BXD65 m 50.05 2.4786   4 1.2393 0.0495 46.62, 52.34 1.43
BXD65a m 47.165 2.5012   4 1.2506 0.053 44.94, 50.71 0.95
BXD66 m 40.57 2.0372   5 0.91107 0.0502 37.32, 42.75 -0.14
BXD67 m 41.596 3.9496   5 1.7663 0.095 35.08, 45.67 0.03
BXD68 m 34.038 4.2752   4 2.1376 0.1256 30.75, 40.31 -1.22
BXD69 m 41.112 1.7277   5 0.77267 0.042 39.56, 43.47 -0.05
BXD70 m 39.57 5.2819   4 2.641 0.1335 32.51, 44.96 -0.31
BXD71 m 48.552 2.8858   4 1.4429 0.0594 44.86, 51.9 1.18
BXD73 m 40.56 4.2815   5 1.9148 0.1056 34.46, 45.81 -0.14
BXD73a m 40.96 2.5761   5 1.152 0.0629 37.31, 43.52 -0.08
BXD73b m 45.616 2.1753   5 0.97282 0.0477 42.44, 47.93 0.7
BXD75 m 42.202 1.9043   5 0.85165 0.0451 38.85, 43.45 0.13
BXD77 m 40.446 5.1296   5 2.294 0.1268 33.39, 45.35 -0.16
BXD79 m 41.878 2.53   5 1.1314 0.0604 37.53, 44.12 0.08
BXD8 m 33.366 2.7062   5 1.2102 0.0811 29.39, 36.8 -1.33
BXD81 m 43.16 2.3479   4 1.1739 0.0544 40.88, 45.51 0.29
BXD83 m 34.538 3.6591   4 1.8295 0.1059 29.68, 38.56 -1.14
BXD84 m 44.402 2.9913   4 1.4956 0.0674 42.53, 48.87 0.49
BXD85 m 49.17 1.4933   4 0.74663 0.0304 47.64, 50.77 1.29
BXD87 m 30.342 1.5516   5 0.6939 0.0511 27.93, 32.08 -1.84
BXD89 m 38.96 2.4186   4 1.2093 0.0621 36.56, 42.1 -0.41
BXD90 m 42.67 2.5127   4 1.2564 0.0589 39.12, 44.48 0.21
BXD95 m 45.0 3.3279   5 1.4883 0.074 39.87, 48.8 0.59
BXD98 m 45.588 1.5174   5 0.6786 0.0333 43.06, 46.8 0.69
BXD99 m 43.194 2.0821   5 0.93115 0.0482 41.37, 46.26 0.29
C57BL/6J m 30.67 2.256   5 1.0089 0.0736 28.32, 34.07 -1.78
DBA/2J m 38.434 2.2907   5 1.0244 0.0596 36.21, 41.9 -0.49


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 34.812 1.4311751974 37.6337100272 31.9902899728
BXD100 m 42.972 1.4311751974 45.7937100272 40.1502899728
BXD101 m 42.1975 1.6001025145 45.3522677168 39.0427322832
BXD11 m 45.252 1.4311751974 48.0737100272 42.4302899728
BXD12 m 27.732 1.4311751974 30.5537100272 24.9102899728
BXD16 m 51.556 1.4311751974 54.3777100272 48.7342899728
BXD2 m 41.996 1.4311751974 44.8177100272 39.1742899728
BXD27 m 46.2275 1.6001025145 49.3822677168 43.0727322832
BXD32 m 44.1075 1.6001025145 47.2622677168 40.9527322832
BXD34 m 32.068 1.4311751974 34.8897100272 29.2462899728
BXD39 m 44.69 1.4311751974 47.5117100272 41.8682899728
BXD40 m 27.055 1.6001025145 30.2097677168 23.9002322832
BXD43 m 34.0566666667 1.847639235 37.6994786477 30.4138546856
BXD44 m 49.8333333333 1.0667350097 51.9365118112 47.7301548555
BXD45 m 33.38 1.4311751974 36.2017100272 30.5582899728
BXD48 m 45.56 1.4311751974 48.3817100272 42.7382899728
BXD48a m 50.185 1.6001025145 53.3397677168 47.0302322832
BXD49 m 41.854 1.4311751974 44.6757100272 39.0322899728
BXD50 m 42.392 1.4311751974 45.2137100272 39.5702899728
BXD51 m 47.8125 1.6001025145 50.9672677168 44.6577322832
BXD53 m 41.488 1.4311751974 44.3097100272 38.6662899728
BXD55 m 32.032 1.4311751974 34.8537100272 29.2102899728
BXD56 m 38.4725 1.6001025145 41.6272677168 35.3177322832
BXD6 m 42.004 1.4311751974 44.8257100272 39.1822899728
BXD60 m 53.75 1.4311751974 56.5717100272 50.9282899728
BXD61 m 43.48 1.4311751974 46.3017100272 40.6582899728
BXD62 m 39.9725 1.6001025145 43.1272677168 36.8177322832
BXD63 m 46.2025 1.6001025145 49.3572677168 43.0477322832
BXD64 m 42.4025 1.6001025145 45.5572677168 39.2477322832
BXD65 m 50.045 1.6001025145 53.1997677168 46.8902322832
BXD65a m 47.165 1.6001025145 50.3197677168 44.0102322832
BXD66 m 40.57 1.4311751974 43.3917100272 37.7482899728
BXD67 m 41.596 1.4311751974 44.4177100272 38.7742899728
BXD68 m 34.0375 1.6001025145 37.1922677168 30.8827322832
BXD69 m 41.112 1.4311751974 43.9337100272 38.2902899728
BXD70 m 39.57 1.6001025145 42.7247677168 36.4152322832
BXD71 m 48.5525 1.6001025145 51.7072677168 45.3977322832
BXD73 m 40.56 1.4311751974 43.3817100272 37.7382899728
BXD73a m 40.96 1.4311751974 43.7817100272 38.1382899728
BXD73b m 45.616 1.4311751974 48.4377100272 42.7942899728
BXD75 m 42.202 1.4311751974 45.0237100272 39.3802899728
BXD77 m 40.446 1.4311751974 43.2677100272 37.6242899728
BXD79 m 41.878 1.4311751974 44.6997100272 39.0562899728
BXD8 m 33.366 1.4311751974 36.1877100272 30.5442899728
BXD81 m 43.16 1.6001025145 46.3147677168 40.0052322832
BXD83 m 34.5375 1.6001025145 37.6922677168 31.3827322832
BXD84 m 44.4025 1.6001025145 47.5572677168 41.2477322832
BXD85 m 49.17 1.6001025145 52.3247677168 46.0152322832
BXD87 m 30.342 1.4311751974 33.1637100272 27.5202899728
BXD89 m 38.96 1.6001025145 42.1147677168 35.8052322832
BXD90 m 42.67 1.6001025145 45.8247677168 39.5152322832
BXD95 m 45.0 1.4311751974 47.8217100272 42.1782899728
BXD98 m 45.588 1.4311751974 48.4097100272 42.7662899728
BXD99 m 43.194 1.4311751974 46.0157100272 40.3722899728
C57BL/6J m 30.67 1.4311751974 33.4917100272 27.8482899728
DBA/2J m 38.434 1.4311751974 41.2557100272 35.6122899728




  GWAS USING LINEAR MIXED MODELS