Project measure / variable:   Auwerx1   bw_14wks_CD

ID, description, units MPD:111192   bw_14wks_CD   body weight at 14 wks of age   [g]  CD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   57 strains     sex: m     age: 14wks
Procedure body weight
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  STRAIN COMPARISON PLOT
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Auwerx1 - body weight at 14 wks of age CD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested57 strains
Mean of the strain means32.687   g
Median of the strain means32.537   g
SD of the strain means± 4.6534
Coefficient of variation (CV)0.1424
Min–max range of strain means24.218   –   44.1   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 5562.241 99.3257 10.9097 < 0.0001
Residuals 209 1902.815 9.1044


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 27.602 1.5463   5 0.69153 0.056 25.44, 29.8 -1.09
BXD100 m 34.987 8.4306   3 4.8674 0.241 25.95, 42.64 0.49
BXD101 m 26.838 1.5611   4 0.78057 0.0582 24.96, 28.73 -1.26
BXD11 m 28.775 3.2593   4 1.6297 0.1133 26.0, 33.16 -0.84
BXD12 m 28.434 1.1906   5 0.53246 0.0419 27.54, 30.45 -0.91
BXD16 m 44.1 4.5629   5 2.0406 0.1035 37.46, 48.99 2.45
BXD2 m 34.408 2.5545   4 1.2772 0.0742 31.64, 37.24 0.37
BXD27 m 38.762 2.067   5 0.92438 0.0533 36.4, 41.08 1.31
BXD32 m 31.394 1.9155   5 0.85664 0.061 28.6, 33.8 -0.28
BXD34 m 33.032 1.1474   4 0.57368 0.0347 31.83, 34.59 0.07
BXD39 m 39.574 2.2677   5 1.0141 0.0573 37.53, 42.9 1.48
BXD40 m 24.218 1.0762   4 0.5381 0.0444 22.71, 25.26 -1.82
BXD43 m 28.86 3.8239   4 1.912 0.1325 23.98, 32.99 -0.82
BXD44 m 33.676 4.0345   9 1.3448 0.1198 28.0, 39.0 0.21
BXD45 m 29.328 1.4858   5 0.66449 0.0507 27.15, 31.14 -0.72
BXD48 m 33.726 3.0615   5 1.3691 0.0908 30.98, 38.95 0.22
BXD48a m 37.11 3.7562   5 1.6798 0.1012 33.17, 42.09 0.95
BXD49 m 36.145 0.88936   4 0.44468 0.0246 35.0, 37.15 0.74
BXD50 m 36.296 6.2501   5 2.7951 0.1722 27.8, 42.38 0.78
BXD51 m 30.722 2.1499   5 0.96145 0.07 28.99, 34.26 -0.42
BXD53 m 30.542 2.3482   5 1.0502 0.0769 28.85, 34.22 -0.46
BXD55 m 28.378 1.559   5 0.69723 0.0549 26.48, 29.78 -0.93
BXD56 m 32.274 0.99663   5 0.44571 0.0309 31.19, 33.34 -0.09
BXD6 m 30.124 1.7838   5 0.79775 0.0592 28.16, 32.4 -0.55
BXD60 m 34.98 3.5092   5 1.5694 0.1003 28.87, 37.73 0.49
BXD61 m 32.537 1.1705   3 0.6758 0.036 31.55, 33.83 -0.03
BXD62 m 29.258 2.2822   4 1.1411 0.078 26.5, 31.91 -0.74
BXD63 m 34.558 2.4715   5 1.1053 0.0715 31.03, 37.15 0.4
BXD64 m 31.12 1.6063   4 0.80313 0.0516 29.21, 33.07 -0.34
BXD65 m 38.438 3.0994   4 1.5497 0.0806 33.79, 40.1 1.24
BXD65a m 40.812 0.43849   5 0.1961 0.0107 40.05, 41.13 1.75
BXD65b m 39.23 1.1936   4 0.59678 0.0304 38.46, 41.01 1.41
BXD66 m 36.744 6.1838   5 2.7655 0.1683 26.49, 42.59 0.87
BXD67 m 32.082 5.5375   5 2.4764 0.1726 26.18, 38.42 -0.13
BXD68 m 34.886 5.0222   5 2.246 0.144 28.3, 41.01 0.47
BXD69 m 37.836 2.3581   5 1.0546 0.0623 35.22, 40.6 1.11
BXD70 m 30.928 6.4413   4 3.2207 0.2083 24.71, 39.78 -0.38
BXD71 m 36.348 2.3268   5 1.0406 0.064 34.01, 39.94 0.79
BXD73 m 31.5 3.7417   5 1.6733 0.1188 28.53, 37.67 -0.26
BXD73a m 38.44 1.8219   5 0.81479 0.0474 36.23, 40.56 1.24
BXD73b m 39.554 2.0499   5 0.91673 0.0518 37.45, 41.86 1.48
BXD75 m 34.294 2.1152   5 0.94594 0.0617 31.78, 36.45 0.35
BXD77 m 29.456 1.9675   5 0.87989 0.0668 26.86, 31.13 -0.69
BXD79 m 32.974 1.3593   5 0.60789 0.0412 31.04, 34.33 0.06
BXD8 m 26.47 1.2797   4 0.63986 0.0483 24.91, 27.6 -1.34
BXD81 m 24.94 4.0386   4 2.0193 0.1619 19.92, 28.83 -1.66
BXD83 m 25.373 1.6984   3 0.98058 0.0669 24.28, 27.33 -1.57
BXD84 m 32.794 2.9558   5 1.3219 0.0901 29.18, 37.23 0.02
BXD85 m 42.35 3.0999   5 1.3863 0.0732 37.92, 45.98 2.08
BXD87 m 24.74 1.1282   5 0.50455 0.0456 22.92, 25.68 -1.71
BXD89 m 32.84 2.0365   4 1.0183 0.062 29.9, 34.6 0.03
BXD90 m 27.05 0.93627   4 0.46813 0.0346 26.0, 28.02 -1.21
BXD95 m 30.565 3.2665   4 1.6333 0.1069 26.16, 34.02 -0.46
BXD98 m 31.536 1.8334   5 0.81991 0.0581 28.7, 33.48 -0.25
BXD99 m 33.266 1.6352   5 0.73129 0.0492 31.66, 35.41 0.12
C57BL/6J m 27.208 1.7683   5 0.7908 0.065 24.77, 29.09 -1.18
DBA/2J m 28.748 1.8698   5 0.83622 0.065 26.65, 30.89 -0.85


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 27.602 1.3493982523 30.262176 24.941824
BXD100 m 34.9866666667 1.7420656528 38.4209391153 31.552394218
BXD101 m 26.8375 1.5086731104 29.8116671841 23.8633328159
BXD11 m 28.775 1.5086731104 31.7491671841 25.8008328159
BXD12 m 28.434 1.3493982523 31.094176 25.773824
BXD16 m 44.1 1.3493982523 46.760176 41.439824
BXD2 m 34.4075 1.5086731104 37.3816671841 31.4333328159
BXD27 m 38.762 1.3493982523 41.422176 36.101824
BXD32 m 31.394 1.3493982523 34.054176 28.733824
BXD34 m 33.0325 1.5086731104 36.0066671841 30.0583328159
BXD39 m 39.574 1.3493982523 42.234176 36.913824
BXD40 m 24.2175 1.5086731104 27.1916671841 21.2433328159
BXD43 m 28.86 1.5086731104 31.8341671841 25.8858328159
BXD44 m 33.6755555556 1.0057820736 35.6583336783 31.6927774328
BXD45 m 29.328 1.3493982523 31.988176 26.667824
BXD48 m 33.726 1.3493982523 36.386176 31.065824
BXD48a m 37.11 1.3493982523 39.770176 34.449824
BXD49 m 36.145 1.5086731104 39.1191671841 33.1708328159
BXD50 m 36.296 1.3493982523 38.956176 33.635824
BXD51 m 30.722 1.3493982523 33.382176 28.061824
BXD53 m 30.542 1.3493982523 33.202176 27.881824
BXD55 m 28.378 1.3493982523 31.038176 25.717824
BXD56 m 32.274 1.3493982523 34.934176 29.613824
BXD6 m 30.124 1.3493982523 32.784176 27.463824
BXD60 m 34.98 1.3493982523 37.640176 32.319824
BXD61 m 32.5366666667 1.7420656528 35.9709391153 29.102394218
BXD62 m 29.2575 1.5086731104 32.2316671841 26.2833328159
BXD63 m 34.558 1.3493982523 37.218176 31.897824
BXD64 m 31.12 1.5086731104 34.0941671841 28.1458328159
BXD65 m 38.4375 1.5086731104 41.4116671841 35.4633328159
BXD65a m 40.812 1.3493982523 43.472176 38.151824
BXD65b m 39.23 1.5086731104 42.2041671841 36.2558328159
BXD66 m 36.744 1.3493982523 39.404176 34.083824
BXD67 m 32.082 1.3493982523 34.742176 29.421824
BXD68 m 34.886 1.3493982523 37.546176 32.225824
BXD69 m 37.836 1.3493982523 40.496176 35.175824
BXD70 m 30.9275 1.5086731104 33.9016671841 27.9533328159
BXD71 m 36.348 1.3493982523 39.008176 33.687824
BXD73 m 31.5 1.3493982523 34.160176 28.839824
BXD73a m 38.44 1.3493982523 41.100176 35.779824
BXD73b m 39.554 1.3493982523 42.214176 36.893824
BXD75 m 34.294 1.3493982523 36.954176 31.633824
BXD77 m 29.456 1.3493982523 32.116176 26.795824
BXD79 m 32.974 1.3493982523 35.634176 30.313824
BXD8 m 26.47 1.5086731104 29.4441671841 23.4958328159
BXD81 m 24.94 1.5086731104 27.9141671841 21.9658328159
BXD83 m 25.3733333333 1.7420656528 28.807605782 21.9390608847
BXD84 m 32.794 1.3493982523 35.454176 30.133824
BXD85 m 42.35 1.3493982523 45.010176 39.689824
BXD87 m 24.74 1.3493982523 27.400176 22.079824
BXD89 m 32.84 1.5086731104 35.8141671841 29.8658328159
BXD90 m 27.05 1.5086731104 30.0241671841 24.0758328159
BXD95 m 30.565 1.5086731104 33.5391671841 27.5908328159
BXD98 m 31.536 1.3493982523 34.196176 28.875824
BXD99 m 33.266 1.3493982523 35.926176 30.605824
C57BL/6J m 27.208 1.3493982523 29.868176 24.547824
DBA/2J m 28.748 1.3493982523 31.408176 26.087824




  GWAS USING LINEAR MIXED MODELS