Project measure / variable:   Auwerx1   bw_19wks_CD

ID, description, units MPD:111202   bw_19wks_CD   body weight at 19 wks of age   [g]  CD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   57 strains     sex: m     age: 19wks
Procedure body weight
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  STRAIN COMPARISON PLOT
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Auwerx1 - body weight at 19 wks of age CD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested57 strains
Mean of the strain means34.109   g
Median of the strain means33.58   g
SD of the strain means± 4.9732
Coefficient of variation (CV)0.1458
Min–max range of strain means25.438   –   48.61   g
Mean sample size per strain4.5   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
strain 56 6122.168 109.3244 9.6463 < 0.0001
Residuals 201 2277.9982 11.3333


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 27.482 1.7303   5 0.77382 0.063 25.1, 29.64 -1.33
BXD100 m 36.637 10.906   3 6.2964 0.2977 25.41, 47.19 0.51
BXD101 m 30.527 2.5742   4 1.2871 0.0843 27.91, 34.05 -0.72
BXD11 m 31.74 5.4961   3 3.1732 0.1732 26.7, 37.6 -0.48
BXD12 m 28.922 1.0076   5 0.45059 0.0348 27.89, 30.6 -1.04
BXD16 m 48.61 4.1602   4 2.0801 0.0856 42.86, 51.97 2.92
BXD2 m 35.66 1.966   4 0.98301 0.0551 33.59, 37.51 0.31
BXD27 m 37.486 4.7684   5 2.1325 0.1272 30.52, 43.23 0.68
BXD32 m 32.41 2.7563   5 1.2327 0.085 28.56, 35.57 -0.34
BXD34 m 33.883 1.1202   4 0.56008 0.0331 33.04, 35.53 -0.05
BXD39 m 41.718 2.2918   5 1.0249 0.0549 39.76, 45.5 1.53
BXD40 m 25.438 0.65368   4 0.32684 0.0257 24.95, 26.4 -1.74
BXD43 m 27.52 2.2279   4 1.114 0.081 25.89, 30.61 -1.32
BXD44 m 35.907 4.5312   9 1.5104 0.1262 29.96, 41.87 0.36
BXD45 m 31.314 1.5174   5 0.67859 0.0485 29.77, 33.38 -0.56
BXD48 m 35.51 4.4681   5 1.9982 0.1258 31.65, 43.14 0.28
BXD48a m 39.354 3.7852   5 1.6928 0.0962 35.15, 43.51 1.05
BXD49 m 37.095 0.96935   4 0.48467 0.0261 36.16, 38.11 0.6
BXD50 m 36.185 5.2317   4 2.6158 0.1446 28.87, 41.2 0.42
BXD51 m 32.662 1.9839   5 0.88721 0.0607 31.48, 36.12 -0.29
BXD53 m 32.124 2.1922   5 0.98039 0.0682 29.54, 35.14 -0.4
BXD55 m 30.446 1.4771   5 0.66059 0.0485 28.17, 31.84 -0.74
BXD56 m 31.215 1.013   4 0.5065 0.0325 30.17, 32.4 -0.58
BXD6 m 32.126 2.1641   5 0.96781 0.0674 29.16, 34.76 -0.4
BXD60 m 38.538 5.5624   5 2.4876 0.1443 29.31, 42.83 0.89
BXD61 m 32.023 1.2647   3 0.73017 0.0395 30.65, 33.14 -0.42
BXD62 m 30.53 2.0712   4 1.0356 0.0678 28.64, 33.37 -0.72
BXD63 m 35.863 3.2197   4 1.6098 0.0898 33.1, 40.24 0.35
BXD64 m 32.6 2.162   4 1.081 0.0663 30.65, 35.45 -0.3
BXD65 m 39.463 2.8597   4 1.4298 0.0725 35.39, 41.64 1.08
BXD65a m 41.948 0.53486   5 0.23919 0.0128 41.21, 42.53 1.58
BXD65b m 41.51 1.4846   4 0.74229 0.0358 40.27, 43.45 1.49
BXD66 m 40.824 6.3901   5 2.8577 0.1565 31.04, 47.97 1.35
BXD67 m 35.242 5.6481   5 2.5259 0.1603 28.55, 41.49 0.23
BXD68 m 36.044 5.368   5 2.4007 0.1489 29.7, 42.3 0.39
BXD69 m 38.782 1.7687   5 0.791 0.0456 36.19, 40.6 0.94
BXD70 m 30.648 7.1866   4 3.5933 0.2345 25.23, 41.24 -0.7
BXD71 m 36.006 3.0482   5 1.3632 0.0847 32.61, 40.97 0.38
BXD73 m 33.188 5.3755   4 2.6878 0.162 28.69, 40.47 -0.19
BXD73a m 40.468 2.1009   5 0.93956 0.0519 38.07, 42.31 1.28
BXD73b m 41.256 2.2869   5 1.0227 0.0554 39.13, 44.02 1.44
BXD75 m 35.218 2.8538   5 1.2762 0.081 32.37, 38.74 0.22
BXD77 m 30.946 2.9859   5 1.3353 0.0965 26.38, 33.36 -0.64
BXD79 m 34.516 1.9393   5 0.86726 0.0562 32.32, 37.1 0.08
BXD8 m 27.908 0.63689   4 0.31844 0.0228 27.34, 28.81 -1.25
BXD81 m 26.538 4.2715   4 2.1358 0.161 21.67, 30.95 -1.52
BXD83 m 27.243 2.0153   3 1.1636 0.074 25.77, 29.54 -1.38
BXD84 m 34.014 3.4279   5 1.533 0.1008 29.6, 38.05 -0.02
BXD85 m 44.2 2.4963   5 1.1164 0.0565 40.25, 47.12 2.03
BXD87 m 26.278 1.3003   5 0.58149 0.0495 24.01, 27.28 -1.57
BXD89 m 33.58 1.0612   4 0.53061 0.0316 32.01, 34.35 -0.11
BXD90 m 28.845 0.65404   4 0.32702 0.0227 28.22, 29.7 -1.06
BXD95 m 31.782 3.0554   4 1.5277 0.0961 28.38, 35.81 -0.47
BXD98 m 32.244 2.2197   5 0.99268 0.0688 28.37, 33.81 -0.37
BXD99 m 37.414 1.6294   5 0.72871 0.0436 36.39, 40.29 0.66
C57BL/6J m 27.873 1.2753   4 0.63767 0.0458 26.07, 28.96 -1.25
DBA/2J m 28.702 1.7969   4 0.89844 0.0626 26.81, 30.49 -1.09


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 27.482 1.505544704 30.4506880099 24.5133119901
BXD100 m 36.6366666667 1.9436498552 40.4692264075 32.8041069258
BXD101 m 30.5275 1.6832501506 33.8465940971 27.2084059029
BXD11 m 31.74 1.9436498552 35.5725597408 27.9074402592
BXD12 m 28.922 1.505544704 31.8906880099 25.9533119901
BXD16 m 48.61 1.6832501506 51.9290940971 45.2909059029
BXD2 m 35.66 1.6832501506 38.9790940971 32.3409059029
BXD27 m 37.486 1.505544704 40.4546880099 34.5173119901
BXD32 m 32.41 1.505544704 35.3786880099 29.4413119901
BXD34 m 33.8825 1.6832501506 37.2015940971 30.5634059029
BXD39 m 41.718 1.505544704 44.6866880099 38.7493119901
BXD40 m 25.4375 1.6832501506 28.7565940971 22.1184059029
BXD43 m 27.52 1.6832501506 30.8390940971 24.2009059029
BXD44 m 35.9066666667 1.1221667671 38.1193960647 33.6939372686
BXD45 m 31.314 1.505544704 34.2826880099 28.3453119901
BXD48 m 35.51 1.505544704 38.4786880099 32.5413119901
BXD48a m 39.354 1.505544704 42.3226880099 36.3853119901
BXD49 m 37.095 1.6832501506 40.4140940971 33.7759059029
BXD50 m 36.185 1.6832501506 39.5040940971 32.8659059029
BXD51 m 32.662 1.505544704 35.6306880099 29.6933119901
BXD53 m 32.124 1.505544704 35.0926880099 29.1553119901
BXD55 m 30.446 1.505544704 33.4146880099 27.4773119901
BXD56 m 31.215 1.6832501506 34.5340940971 27.8959059029
BXD6 m 32.126 1.505544704 35.0946880099 29.1573119901
BXD60 m 38.538 1.505544704 41.5066880099 35.5693119901
BXD61 m 32.0233333333 1.9436498552 35.8558930742 28.1907735925
BXD62 m 30.53 1.6832501506 33.8490940971 27.2109059029
BXD63 m 35.8625 1.6832501506 39.1815940971 32.5434059029
BXD64 m 32.6 1.6832501506 35.9190940971 29.2809059029
BXD65 m 39.4625 1.6832501506 42.7815940971 36.1434059029
BXD65a m 41.948 1.505544704 44.9166880099 38.9793119901
BXD65b m 41.51 1.6832501506 44.8290940971 38.1909059029
BXD66 m 40.824 1.505544704 43.7926880099 37.8553119901
BXD67 m 35.242 1.505544704 38.2106880099 32.2733119901
BXD68 m 36.044 1.505544704 39.0126880099 33.0753119901
BXD69 m 38.782 1.505544704 41.7506880099 35.8133119901
BXD70 m 30.6475 1.6832501506 33.9665940971 27.3284059029
BXD71 m 36.006 1.505544704 38.9746880099 33.0373119901
BXD73 m 33.1875 1.6832501506 36.5065940971 29.8684059029
BXD73a m 40.468 1.505544704 43.4366880099 37.4993119901
BXD73b m 41.256 1.505544704 44.2246880099 38.2873119901
BXD75 m 35.218 1.505544704 38.1866880099 32.2493119901
BXD77 m 30.946 1.505544704 33.9146880099 27.9773119901
BXD79 m 34.516 1.505544704 37.4846880099 31.5473119901
BXD8 m 27.9075 1.6832501506 31.2265940971 24.5884059029
BXD81 m 26.5375 1.6832501506 29.8565940971 23.2184059029
BXD83 m 27.2433333333 1.9436498552 31.0758930742 23.4107735925
BXD84 m 34.014 1.505544704 36.9826880099 31.0453119901
BXD85 m 44.2 1.505544704 47.1686880099 41.2313119901
BXD87 m 26.278 1.505544704 29.2466880099 23.3093119901
BXD89 m 33.58 1.6832501506 36.8990940971 30.2609059029
BXD90 m 28.845 1.6832501506 32.1640940971 25.5259059029
BXD95 m 31.7825 1.6832501506 35.1015940971 28.4634059029
BXD98 m 32.244 1.505544704 35.2126880099 29.2753119901
BXD99 m 37.414 1.505544704 40.3826880099 34.4453119901
C57BL/6J m 27.8725 1.6832501506 31.1915940971 24.5534059029
DBA/2J m 28.7025 1.6832501506 32.0215940971 25.3834059029




  GWAS USING LINEAR MIXED MODELS