Project measure / variable:   Auwerx1   bw_28wks_CD

ID, description, units MPD:111220   bw_28wks_CD   body weight at 28 wks of age   [g]  CD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   57 strains     sex: m     age: 28wks
Procedure body weight
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  STRAIN COMPARISON PLOT
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Auwerx1 - body weight at 28 wks of age CD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested57 strains
Mean of the strain means36.617   g
Median of the strain means35.662   g
SD of the strain means± 5.856
Coefficient of variation (CV)0.1599
Min–max range of strain means26.827   –   52.91   g
Mean sample size per strain4.3   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
strain 56 8184.7042 146.1554 10.3166 < 0.0001
Residuals 190 2691.7199 14.1669


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 30.618 2.9749   5 1.3304 0.0972 27.94, 35.37 -1.02
BXD100 m 41.457 9.4658   3 5.4651 0.2283 32.42, 51.3 0.83
BXD101 m 32.242 3.2275   4 1.6137 0.1001 28.25, 35.84 -0.75
BXD11 m 35.25 5.3882   2   3.81 0.1529 31.44, 39.06 -0.23
BXD12 m 30.572 1.7309   5 0.77407 0.0566 28.2, 32.48 -1.03
BXD16 m 52.91 2.9043   4 1.4521 0.0549 48.92, 55.52 2.78
BXD2 m 36.255 2.4132   4 1.2066 0.0666 32.81, 38.27 -0.06
BXD27 m 33.66 3.4785   5 1.5556 0.1033 29.93, 37.8 -0.5
BXD32 m 35.662 2.9823   5 1.3337 0.0836 32.47, 39.91 -0.16
BXD34 m 37.922 1.3322   4 0.6661 0.0351 36.75, 39.29 0.22
BXD39 m 45.506 2.372   5 1.0608 0.0521 42.88, 49.12 1.52
BXD40 m 26.827 0.58943   3 0.34031 0.022 26.17, 27.31 -1.67
BXD43 m 32.777 3.6979   3 2.135 0.1128 30.12, 37.0 -0.66
BXD44 m 36.619 3.9117   9 1.3039 0.1068 30.75, 42.35 0.0
BXD45 m 32.576 3.2416   5 1.4497 0.0995 29.97, 37.71 -0.69
BXD48 m 38.44 3.2781   5 1.466 0.0853 35.64, 44.0 0.31
BXD48a m 44.01 4.5293   5 2.0256 0.1029 38.72, 50.21 1.26
BXD49 m 40.87 1.0027   4 0.50135 0.0245 39.91, 42.12 0.73
BXD50 m 38.578 3.842   4 1.921 0.0996 32.9, 41.4 0.33
BXD51 m 35.484 5.7072   5 2.5523 0.1608 32.57, 45.68 -0.19
BXD53 m 34.874 4.7315   5 2.116 0.1357 31.21, 42.95 -0.3
BXD55 m 30.622 2.2439   5 1.0035 0.0733 26.97, 32.87 -1.02
BXD56 m 34.38 0.21071   3 0.12166 0.0061 34.18, 34.6 -0.38
BXD6 m 35.714 3.0083   5 1.3454 0.0842 32.75, 40.42 -0.15
BXD60 m 47.953 2.2632   4 1.1316 0.0472 45.27, 50.73 1.94
BXD61 m 34.767 2.904   3 1.6766 0.0835 31.69, 37.46 -0.32
BXD62 m 31.96 3.0665   4 1.5333 0.0959 28.55, 34.68 -0.8
BXD63 m 36.647 2.0087   3 1.1597 0.0548 34.46, 38.41 0.01
BXD64 m 33.72 0.84265   4 0.42133 0.025 32.47, 34.31 -0.49
BXD65 m 48.302 3.3675   4 1.6838 0.0697 44.91, 52.45 2.0
BXD65a m 44.038 1.6254   5 0.7269 0.0369 42.3, 46.6 1.27
BXD65b m 49.21 1.9326   4 0.96631 0.0393 47.53, 51.85 2.15
BXD66 m 44.306 7.1318   5 3.1894 0.161 33.02, 51.39 1.31
BXD67 m 38.768 7.8007   5 3.4886 0.2012 29.9, 47.71 0.37
BXD68 m 40.953 6.7849   3 3.9173 0.1657 33.12, 44.99 0.74
BXD69 m 39.608 0.94904   5 0.42442 0.024 38.4, 40.77 0.51
BXD70 m 31.38 8.5875   4 4.2938 0.2737 26.4, 44.23 -0.89
BXD71 m 38.16 3.6639   4 1.8319 0.096 35.4, 43.4 0.26
BXD73 m 31.922 4.2655   4 2.1328 0.1336 29.39, 38.3 -0.8
BXD73a m 41.382 1.7431   5 0.77952 0.0421 39.89, 44.25 0.81
BXD73b m 40.346 4.2739   5 1.9113 0.1059 35.66, 45.32 0.64
BXD75 m 34.966 4.1463   5 1.8543 0.1186 30.56, 39.93 -0.28
BXD77 m 32.746 4.3529   5 1.9467 0.1329 27.05, 36.65 -0.66
BXD79 m 38.596 2.7192   5 1.2161 0.0705 34.29, 40.98 0.34
BXD8 m 30.262 2.2957   4 1.1478 0.0759 28.31, 33.57 -1.09
BXD81 m 27.595 5.3515   4 2.6758 0.1939 20.94, 33.7 -1.54
BXD83 m 29.03 2.0516   3 1.1845 0.0707 27.54, 31.37 -1.3
BXD84 m 36.017 2.7172   3 1.5688 0.0754 32.88, 37.65 -0.1
BXD85 m 47.678 3.4304   5 1.5341 0.0719 42.01, 51.04 1.89
BXD87 m 27.508 1.7649   5 0.78929 0.0642 25.34, 29.74 -1.56
BXD89 m 35.962 2.0524   4 1.0262 0.0571 33.79, 38.5 -0.11
BXD90 m 33.867 2.2955   4 1.1478 0.0678 31.15, 36.75 -0.47
BXD95 m 33.682 4.1682   4 2.0841 0.1238 28.45, 37.05 -0.5
BXD98 m 37.14 4.357   4 2.1785 0.1173 30.63, 39.63 0.09
BXD99 m 32.58 0.88329   5 0.39502 0.0271 31.3, 33.68 -0.69
C57BL/6J m 29.966 0.87053   5 0.38931 0.0291 29.35, 31.45 -1.14
DBA/2J m 32.335 3.4956   4 1.7478 0.1081 28.0, 36.26 -0.73


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 30.618 1.6832674759 33.938292534 27.297707466
BXD100 m 41.4566666667 2.1730889671 45.7431458962 37.1701874371
BXD101 m 32.2425 1.8819502502 35.9546999056 28.5303000944
BXD11 m 35.25 2.6614795675 40.4998434527 30.0001565473
BXD12 m 30.572 1.6832674759 33.892292534 27.251707466
BXD16 m 52.91 1.8819502502 56.6221999056 49.1978000944
BXD2 m 36.255 1.8819502502 39.9671999056 32.5428000944
BXD27 m 33.66 1.6832674759 36.980292534 30.339707466
BXD32 m 35.662 1.6832674759 38.982292534 32.341707466
BXD34 m 37.9225 1.8819502502 41.6346999056 34.2103000944
BXD39 m 45.506 1.6832674759 48.826292534 42.185707466
BXD40 m 26.8266666667 2.1730889671 31.1131458962 22.5401874371
BXD43 m 32.7766666667 2.1730889671 37.0631458962 28.4901874371
BXD44 m 36.6188888889 1.2546335001 39.093688826 34.1440889518
BXD45 m 32.576 1.6832674759 35.896292534 29.255707466
BXD48 m 38.44 1.6832674759 41.760292534 35.119707466
BXD48a m 44.01 1.6832674759 47.330292534 40.689707466
BXD49 m 40.87 1.8819502502 44.5821999056 37.1578000944
BXD50 m 38.5775 1.8819502502 42.2896999056 34.8653000944
BXD51 m 35.484 1.6832674759 38.804292534 32.163707466
BXD53 m 34.874 1.6832674759 38.194292534 31.553707466
BXD55 m 30.622 1.6832674759 33.942292534 27.301707466
BXD56 m 34.38 2.1730889671 38.6664792296 30.0935207704
BXD6 m 35.714 1.6832674759 39.034292534 32.393707466
BXD60 m 47.9525 1.8819502502 51.6646999056 44.2403000944
BXD61 m 34.7666666667 2.1730889671 39.0531458962 30.4801874371
BXD62 m 31.96 1.8819502502 35.6721999056 28.2478000944
BXD63 m 36.6466666667 2.1730889671 40.9331458962 32.3601874371
BXD64 m 33.72 1.8819502502 37.4321999056 30.0078000944
BXD65 m 48.3025 1.8819502502 52.0146999056 44.5903000944
BXD65a m 44.038 1.6832674759 47.358292534 40.717707466
BXD65b m 49.21 1.8819502502 52.9221999056 45.4978000944
BXD66 m 44.306 1.6832674759 47.626292534 40.985707466
BXD67 m 38.768 1.6832674759 42.088292534 35.447707466
BXD68 m 40.9533333333 2.1730889671 45.2398125629 36.6668541038
BXD69 m 39.608 1.6832674759 42.928292534 36.287707466
BXD70 m 31.38 1.8819502502 35.0921999056 27.6678000944
BXD71 m 38.16 1.8819502502 41.8721999056 34.4478000944
BXD73 m 31.9225 1.8819502502 35.6346999056 28.2103000944
BXD73a m 41.382 1.6832674759 44.702292534 38.061707466
BXD73b m 40.346 1.6832674759 43.666292534 37.025707466
BXD75 m 34.966 1.6832674759 38.286292534 31.645707466
BXD77 m 32.746 1.6832674759 36.066292534 29.425707466
BXD79 m 38.596 1.6832674759 41.916292534 35.275707466
BXD8 m 30.2625 1.8819502502 33.9746999056 26.5503000944
BXD81 m 27.595 1.8819502502 31.3071999056 23.8828000944
BXD83 m 29.03 2.1730889671 33.3164792296 24.7435207704
BXD84 m 36.0166666667 2.1730889671 40.3031458962 31.7301874371
BXD85 m 47.678 1.6832674759 50.998292534 44.357707466
BXD87 m 27.508 1.6832674759 30.828292534 24.187707466
BXD89 m 35.9625 1.8819502502 39.6746999056 32.2503000944
BXD90 m 33.8675 1.8819502502 37.5796999056 30.1553000944
BXD95 m 33.6825 1.8819502502 37.3946999056 29.9703000944
BXD98 m 37.14 1.8819502502 40.8521999056 33.4278000944
BXD99 m 32.58 1.6832674759 35.900292534 29.259707466
C57BL/6J m 29.966 1.6832674759 33.286292534 26.645707466
DBA/2J m 32.335 1.8819502502 36.0471999056 28.6228000944




  GWAS USING LINEAR MIXED MODELS