Project measure / variable:   Auwerx1   bw_12wks_HFD

ID, description, units MPD:111189   bw_12wks_HFD   body weight at 12 wks of age   [g]  HFD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   56 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 HFD

BXD60BXD16BXD71BXD85BXD65BXD48aBXD44BXD27BXD98BXD63BXD65aBXD39BXD73bBXD32BXD11BXD95BXD101BXD2BXD75BXD67BXD48BXD64BXD77BXD49BXD79BXD84BXD99BXD51BXD73aBXD69BXD62BXD53BXD73BXD81BXD56BXD50BXD61BXD90BXD70BXD89BXD6BXD100DBA/2JBXD1BXD83BXD66BXD68BXD45BXD8BXD43BXD55BXD34C57BL/6JBXD87BXD12BXD40 g 253035404550femalemale


  MEASURE SUMMARY
Measure Summary Male
Number of strains tested56 strains
Mean of the strain means36.498   g
Median of the strain means37.314   g
SD of the strain means± 5.6294
Coefficient of variation (CV)0.1542
Min–max range of strain means23.893   –   48.194   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 8144.6746 148.085 17.9393 < 0.0001
Residuals 206 1700.4892 8.2548


Q-Q normality assessment based on residuals

  


  STRAIN MEANS (UNADJUSTED)
  
Select table page: 1 - 10 / 56 (56)
Strain
Sex
Mean
SD
N mice
SEM
CV
Min, Max
Z score
BXD1 m 31.388 2.4596   5 1.1 0.0784 27.91, 34.73 -0.91
BXD100 m 33.154 1.8108   5 0.80981 0.0546 30.99, 34.73 -0.59
BXD101 m 38.42 1.5475   4 0.77376 0.0403 36.35, 39.85 0.34
BXD11 m 39.484 3.3535   5 1.4997 0.0849 36.45, 44.75 0.53
BXD12 m 26.06 0.43394   5 0.19406 0.0167 25.69, 26.74 -1.85
BXD16 m 46.294 2.6303   5 1.1763 0.0568 42.97, 49.39 1.74
BXD2 m 38.168 4.124   5 1.8443 0.108 30.95, 40.72 0.3
BXD27 m 42.633 2.8571   4 1.4285 0.067 38.78, 45.66 1.09
BXD32 m 40.508 4.2789   4 2.1394 0.1056 35.2, 44.15 0.71
BXD34 m 28.324 2.6846   5 1.2006 0.0948 25.77, 32.44 -1.45
BXD39 m 41.22 1.0292   5 0.46027 0.025 39.54, 42.11 0.84
BXD40 m 23.893 1.0979   4 0.54897 0.046 22.51, 25.19 -2.24
BXD43 m 28.503 2.2969   3 1.3261 0.0806 25.97, 30.45 -1.42
BXD44 m 44.021 3.0934   9 1.0311 0.0703 41.0, 49.25 1.34
BXD45 m 28.94 0.73678   5 0.3295 0.0255 27.99, 29.94 -1.34
BXD48 m 38.064 2.9628   5 1.325 0.0778 33.32, 40.7 0.28
BXD48a m 44.462 3.6526   4 1.8263 0.0822 41.33, 49.66 1.41
BXD49 m 37.688 2.1157   5 0.94618 0.0561 34.39, 39.55 0.21
BXD50 m 35.886 3.3187   5 1.4842 0.0925 32.32, 40.95 -0.11
BXD51 m 37.367 3.6407   4 1.8203 0.0974 33.92, 41.22 0.15
BXD53 m 36.326 2.6236   5 1.1733 0.0722 33.2, 40.26 -0.03
BXD55 m 28.422 0.62584   5 0.27988 0.022 27.38, 28.97 -1.43
BXD56 m 35.92 1.5239   4 0.76195 0.0424 34.05, 37.43 -0.1
BXD6 m 34.536 2.6223   5 1.1727 0.0759 31.3, 37.66 -0.35
BXD60 m 48.194 2.2933   5 1.0256 0.0476 45.24, 50.48 2.08
BXD61 m 35.732 2.4658   5 1.1027 0.069 31.85, 37.88 -0.14
BXD62 m 36.565 1.694   4 0.84702 0.0463 34.12, 37.81 0.01
BXD63 m 41.663 3.7559   4 1.8779 0.0901 38.21, 45.63 0.92
BXD64 m 38.02 3.5952   4 1.7976 0.0946 34.04, 42.76 0.27
BXD65 m 44.925 3.4168   4 1.7084 0.0761 40.01, 47.6 1.5
BXD65a m 41.287 1.8472   4 0.92359 0.0447 39.2, 43.57 0.85
BXD66 m 30.372 1.1158   5 0.49901 0.0367 28.76, 31.68 -1.09
BXD67 m 38.14 4.355   5 1.9476 0.1142 31.55, 42.98 0.29
BXD68 m 29.32 3.5521   4 1.776 0.1211 25.54, 33.69 -1.28
BXD69 m 37.166 3.3397   5 1.4935 0.0899 35.07, 43.05 0.12
BXD70 m 34.77 6.4631   5 2.8904 0.1859 26.41, 43.14 -0.31
BXD71 m 46.163 2.478   4 1.239 0.0537 42.71, 48.6 1.72
BXD73 m 36.148 4.5179   5 2.0205 0.125 32.59, 43.66 -0.06
BXD73a m 37.262 2.9734   5 1.3297 0.0798 32.73, 40.01 0.14
BXD73b m 40.984 3.0421   5 1.3605 0.0742 36.56, 44.02 0.8
BXD75 m 38.15 1.8944   5 0.84721 0.0497 34.81, 39.25 0.29
BXD77 m 38.01 3.9724   5 1.7765 0.1045 32.9, 42.15 0.27
BXD79 m 37.646 2.8489   5 1.2741 0.0757 32.76, 39.83 0.2
BXD8 m 28.668 2.2854   5 1.0221 0.0797 24.88, 30.91 -1.39
BXD81 m 35.942 3.9868   4 1.9934 0.1109 31.18, 39.61 -0.1
BXD83 m 31.102 3.8766   4 1.9383 0.1246 26.66, 36.06 -0.96
BXD84 m 37.525 2.9059   4 1.453 0.0774 35.05, 41.73 0.18
BXD85 m 45.633 2.6124   4 1.3062 0.0572 42.24, 48.05 1.62
BXD87 m 27.072 0.87953   5 0.39334 0.0325 25.69, 27.72 -1.67
BXD89 m 34.603 1.9537   4 0.97683 0.0565 32.85, 36.7 -0.34
BXD90 m 35.308 1.3658   4 0.6829 0.0387 33.68, 37.02 -0.21
BXD95 m 38.434 2.4711   5 1.1051 0.0643 35.24, 42.15 0.34
BXD98 m 41.69 1.4561   5 0.65121 0.0349 39.29, 43.0 0.92
BXD99 m 37.49 2.2006   5 0.98414 0.0587 34.34, 40.45 0.18
C57BL/6J m 27.924 1.2004   5 0.53685 0.043 26.31, 29.35 -1.52
DBA/2J m 32.288 3.0817   5 1.3782 0.0954 29.46, 37.45 -0.75


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 31.388 1.2848970306 33.9212344612 28.8547655388
BXD100 m 33.154 1.2848970306 35.6872344612 30.6207655388
BXD101 m 38.42 1.4365585522 41.2522422291 35.5877577709
BXD11 m 39.484 1.2848970306 42.0172344612 36.9507655388
BXD12 m 26.06 1.2848970306 28.5932344612 23.5267655388
BXD16 m 46.294 1.2848970306 48.8272344612 43.7607655388
BXD2 m 38.168 1.2848970306 40.7012344612 35.6347655388
BXD27 m 42.6325 1.4365585522 45.4647422291 39.8002577709
BXD32 m 40.5075 1.4365585522 43.3397422291 37.6752577709
BXD34 m 28.324 1.2848970306 30.8572344612 25.7907655388
BXD39 m 41.22 1.2848970306 43.7532344612 38.6867655388
BXD40 m 23.8925 1.4365585522 26.7247422291 21.0602577709
BXD43 m 28.5033333333 1.6587949337 31.7737249601 25.2329417066
BXD44 m 44.0211111111 0.9577057015 45.9092725972 42.132949625
BXD45 m 28.94 1.2848970306 31.4732344612 26.4067655388
BXD48 m 38.064 1.2848970306 40.5972344612 35.5307655388
BXD48a m 44.4625 1.4365585522 47.2947422291 41.6302577709
BXD49 m 37.688 1.2848970306 40.2212344612 35.1547655388
BXD50 m 35.886 1.2848970306 38.4192344612 33.3527655388
BXD51 m 37.3675 1.4365585522 40.1997422291 34.5352577709
BXD53 m 36.326 1.2848970306 38.8592344612 33.7927655388
BXD55 m 28.422 1.2848970306 30.9552344612 25.8887655388
BXD56 m 35.92 1.4365585522 38.7522422291 33.0877577709
BXD6 m 34.536 1.2848970306 37.0692344612 32.0027655388
BXD60 m 48.194 1.2848970306 50.7272344612 45.6607655388
BXD61 m 35.732 1.2848970306 38.2652344612 33.1987655388
BXD62 m 36.565 1.4365585522 39.3972422291 33.7327577709
BXD63 m 41.6625 1.4365585522 44.4947422291 38.8302577709
BXD64 m 38.02 1.4365585522 40.8522422291 35.1877577709
BXD65 m 44.925 1.4365585522 47.7572422291 42.0927577709
BXD65a m 41.2875 1.4365585522 44.1197422291 38.4552577709
BXD66 m 30.372 1.2848970306 32.9052344612 27.8387655388
BXD67 m 38.14 1.2848970306 40.6732344612 35.6067655388
BXD68 m 29.32 1.4365585522 32.1522422291 26.4877577709
BXD69 m 37.166 1.2848970306 39.6992344612 34.6327655388
BXD70 m 34.77 1.2848970306 37.3032344612 32.2367655388
BXD71 m 46.1625 1.4365585522 48.9947422291 43.3302577709
BXD73 m 36.148 1.2848970306 38.6812344612 33.6147655388
BXD73a m 37.262 1.2848970306 39.7952344612 34.7287655388
BXD73b m 40.984 1.2848970306 43.5172344612 38.4507655388
BXD75 m 38.15 1.2848970306 40.6832344612 35.6167655388
BXD77 m 38.01 1.2848970306 40.5432344612 35.4767655388
BXD79 m 37.646 1.2848970306 40.1792344612 35.1127655388
BXD8 m 28.668 1.2848970306 31.2012344612 26.1347655388
BXD81 m 35.9425 1.4365585522 38.7747422291 33.1102577709
BXD83 m 31.1025 1.4365585522 33.9347422291 28.2702577709
BXD84 m 37.525 1.4365585522 40.3572422291 34.6927577709
BXD85 m 45.6325 1.4365585522 48.4647422291 42.8002577709
BXD87 m 27.072 1.2848970306 29.6052344612 24.5387655388
BXD89 m 34.6025 1.4365585522 37.4347422291 31.7702577709
BXD90 m 35.3075 1.4365585522 38.1397422291 32.4752577709
BXD95 m 38.434 1.2848970306 40.9672344612 35.9007655388
BXD98 m 41.69 1.2848970306 44.2232344612 39.1567655388
BXD99 m 37.49 1.2848970306 40.0232344612 34.9567655388
C57BL/6J m 27.924 1.2848970306 30.4572344612 25.3907655388
DBA/2J m 32.288 1.2848970306 34.8212344612 29.7547655388




  GWAS USING LINEAR MIXED MODELS

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