Project measure / variable:   Auwerx1   bw_15wks_CD

ID, description, units MPD:111194   bw_15wks_CD   body weight at 15 wks of age   [g]  CD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   57 strains     sex: m     age: 15wks
Procedure body weight
Ontology mappings

  •   Or, add this measure to your collection.
       
  •     no folder
  •     put it in new folder  

  STRAIN COMPARISON PLOT
Dimensions Width:   px    Height:   px
Download Plot   
Visualization Options

Auwerx1 - body weight at 15 wks of age CD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested57 strains
Mean of the strain means33.488   g
Median of the strain means32.916   g
SD of the strain means± 4.8887
Coefficient of variation (CV)0.146
Min–max range of strain means24.945   –   45.598   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 6147.9756 109.7853 11.129 < 0.0001
Residuals 209 2061.7504 9.8648


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 27.56 1.4733   5 0.65889 0.0535 25.39, 29.48 -1.21
BXD100 m 36.02 9.305   3 5.3723 0.2583 26.7, 45.31 0.52
BXD101 m 28.12 1.9269   4 0.96343 0.0685 26.3, 30.76 -1.1
BXD11 m 30.19 3.1886   4 1.5943 0.1056 27.25, 34.6 -0.67
BXD12 m 28.75 1.195   5 0.53443 0.0416 27.56, 30.72 -0.97
BXD16 m 45.598 4.3925   5 1.9644 0.0963 39.7, 51.03 2.48
BXD2 m 35.03 2.8991   4 1.4496 0.0828 32.45, 38.19 0.32
BXD27 m 39.576 1.7537   5 0.78427 0.0443 37.4, 41.59 1.25
BXD32 m 31.54 2.2807   5 1.02 0.0723 28.12, 34.19 -0.4
BXD34 m 33.36 1.1835   4 0.59176 0.0355 32.5, 35.11 -0.03
BXD39 m 41.24 2.3523   5 1.052 0.057 38.99, 44.12 1.59
BXD40 m 24.945 0.84248   4 0.42124 0.0338 23.82, 25.79 -1.75
BXD43 m 29.897 3.7525   4 1.8763 0.1255 25.9, 34.72 -0.73
BXD44 m 34.617 4.056   9 1.352 0.1172 28.93, 39.14 0.23
BXD45 m 29.7 1.3143   5 0.58778 0.0443 27.84, 31.47 -0.77
BXD48 m 34.522 3.5792   5 1.6007 0.1037 31.45, 40.65 0.21
BXD48a m 37.726 3.9615   5 1.7716 0.105 33.9, 42.8 0.87
BXD49 m 36.53 1.0048   4 0.50241 0.0275 35.45, 37.61 0.62
BXD50 m 36.926 6.1272   5 2.7402 0.1659 28.48, 42.8 0.7
BXD51 m 31.014 2.0562   5 0.91957 0.0663 29.69, 34.52 -0.51
BXD53 m 31.194 2.667   5 1.1927 0.0855 29.12, 35.55 -0.47
BXD55 m 29.086 1.7617   5 0.78786 0.0606 26.85, 30.8 -0.9
BXD56 m 32.682 1.1888   5 0.53165 0.0364 31.6, 34.09 -0.16
BXD6 m 30.876 2.2387   5 1.0012 0.0725 28.45, 33.78 -0.53
BXD60 m 36.344 4.0057   5 1.7914 0.1102 30.5, 40.64 0.58
BXD61 m 32.11 1.0966   3 0.63311 0.0342 31.31, 33.36 -0.28
BXD62 m 29.475 1.7498   4 0.87492 0.0594 27.0, 30.78 -0.82
BXD63 m 34.302 2.4288   5 1.0862 0.0708 31.05, 37.04 0.17
BXD64 m 32.188 1.4505   4 0.72524 0.0451 30.8, 34.15 -0.27
BXD65 m 39.645 2.8234   4 1.4117 0.0712 35.42, 41.31 1.26
BXD65a m 41.908 0.53429   5 0.23894 0.0127 41.1, 42.44 1.72
BXD65b m 40.825 1.0539   4 0.52695 0.0258 39.85, 42.32 1.5
BXD66 m 37.514 6.3532   5 2.8412 0.1694 27.21, 43.88 0.82
BXD67 m 32.916 5.3753   5 2.4039 0.1633 26.73, 38.79 -0.12
BXD68 m 36.254 5.3505   5 2.3928 0.1476 29.03, 42.46 0.57
BXD69 m 38.608 1.8903   5 0.84538 0.049 36.48, 40.76 1.05
BXD70 m 30.078 7.3048   4 3.6524 0.2429 24.23, 40.31 -0.7
BXD71 m 37.806 2.4765   5 1.1075 0.0655 35.02, 41.34 0.88
BXD73 m 32.37 3.9129   5 1.7499 0.1209 29.44, 39.07 -0.23
BXD73a m 39.256 1.8219   5 0.81479 0.0464 37.12, 41.19 1.18
BXD73b m 40.438 2.1404   5 0.95723 0.0529 37.79, 43.09 1.42
BXD75 m 35.264 1.7734   5 0.79309 0.0503 33.36, 37.13 0.36
BXD77 m 30.774 2.6616   5 1.1903 0.0865 27.33, 33.21 -0.56
BXD79 m 34.714 1.4834   5 0.6634 0.0427 32.7, 36.5 0.25
BXD8 m 26.727 1.0179   4 0.50893 0.0381 25.33, 27.64 -1.38
BXD81 m 25.125 4.2751   4 2.1376 0.1702 20.35, 29.3 -1.71
BXD83 m 26.037 1.6005   3 0.92406 0.0615 25.0, 27.88 -1.52
BXD84 m 34.47 2.9287   5 1.3097 0.085 31.44, 38.59 0.2
BXD85 m 43.844 3.2111   5 1.4361 0.0732 39.29, 47.77 2.12
BXD87 m 25.258 1.3436   5 0.60087 0.0532 22.86, 25.96 -1.68
BXD89 m 34.312 2.591   4 1.2955 0.0755 30.66, 36.77 0.17
BXD90 m 27.567 1.4569   4 0.72843 0.0528 26.13, 29.15 -1.21
BXD95 m 32.11 3.7465   4 1.8732 0.1167 27.15, 36.06 -0.28
BXD98 m 31.86 2.1378   5 0.95605 0.0671 28.34, 33.6 -0.33
BXD99 m 34.854 1.8624   5 0.83289 0.0534 32.99, 37.53 0.28
C57BL/6J m 27.978 1.6922   5 0.75677 0.0605 25.79, 29.56 -1.13
DBA/2J m 29.184 1.7309   5 0.7741 0.0593 27.32, 31.19 -0.88


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 27.56 1.4046234036 30.329045729 24.790954271
BXD100 m 36.02 1.8133610166 39.5948226645 32.4451773355
BXD101 m 28.12 1.5704167066 31.2158872415 25.0241127585
BXD11 m 30.19 1.5704167066 33.2858872415 27.0941127585
BXD12 m 28.75 1.4046234036 31.519045729 25.980954271
BXD16 m 45.598 1.4046234036 48.367045729 42.828954271
BXD2 m 35.03 1.5704167066 38.1258872415 31.9341127585
BXD27 m 39.576 1.4046234036 42.345045729 36.806954271
BXD32 m 31.54 1.4046234036 34.309045729 28.770954271
BXD34 m 33.36 1.5704167066 36.4558872415 30.2641127585
BXD39 m 41.24 1.4046234036 44.009045729 38.470954271
BXD40 m 24.945 1.5704167066 28.0408872415 21.8491127585
BXD43 m 29.8975 1.5704167066 32.9933872415 26.8016127585
BXD44 m 34.6166666667 1.0469444711 36.6805914943 32.552741839
BXD45 m 29.7 1.4046234036 32.469045729 26.930954271
BXD48 m 34.522 1.4046234036 37.291045729 31.752954271
BXD48a m 37.726 1.4046234036 40.495045729 34.956954271
BXD49 m 36.53 1.5704167066 39.6258872415 33.4341127585
BXD50 m 36.926 1.4046234036 39.695045729 34.156954271
BXD51 m 31.014 1.4046234036 33.783045729 28.244954271
BXD53 m 31.194 1.4046234036 33.963045729 28.424954271
BXD55 m 29.086 1.4046234036 31.855045729 26.316954271
BXD56 m 32.682 1.4046234036 35.451045729 29.912954271
BXD6 m 30.876 1.4046234036 33.645045729 28.106954271
BXD60 m 36.344 1.4046234036 39.113045729 33.574954271
BXD61 m 32.11 1.8133610166 35.6848226645 28.5351773355
BXD62 m 29.475 1.5704167066 32.5708872415 26.3791127585
BXD63 m 34.302 1.4046234036 37.071045729 31.532954271
BXD64 m 32.1875 1.5704167066 35.2833872415 29.0916127585
BXD65 m 39.645 1.5704167066 42.7408872415 36.5491127585
BXD65a m 41.908 1.4046234036 44.677045729 39.138954271
BXD65b m 40.825 1.5704167066 43.9208872415 37.7291127585
BXD66 m 37.514 1.4046234036 40.283045729 34.744954271
BXD67 m 32.916 1.4046234036 35.685045729 30.146954271
BXD68 m 36.254 1.4046234036 39.023045729 33.484954271
BXD69 m 38.608 1.4046234036 41.377045729 35.838954271
BXD70 m 30.0775 1.5704167066 33.1733872415 26.9816127585
BXD71 m 37.806 1.4046234036 40.575045729 35.036954271
BXD73 m 32.37 1.4046234036 35.139045729 29.600954271
BXD73a m 39.256 1.4046234036 42.025045729 36.486954271
BXD73b m 40.438 1.4046234036 43.207045729 37.668954271
BXD75 m 35.264 1.4046234036 38.033045729 32.494954271
BXD77 m 30.774 1.4046234036 33.543045729 28.004954271
BXD79 m 34.714 1.4046234036 37.483045729 31.944954271
BXD8 m 26.7275 1.5704167066 29.8233872415 23.6316127585
BXD81 m 25.125 1.5704167066 28.2208872415 22.0291127585
BXD83 m 26.0366666667 1.8133610166 29.6114893312 22.4618440022
BXD84 m 34.47 1.4046234036 37.239045729 31.700954271
BXD85 m 43.844 1.4046234036 46.613045729 41.074954271
BXD87 m 25.258 1.4046234036 28.027045729 22.488954271
BXD89 m 34.3125 1.5704167066 37.4083872415 31.2166127585
BXD90 m 27.5675 1.5704167066 30.6633872415 24.4716127585
BXD95 m 32.11 1.5704167066 35.2058872415 29.0141127585
BXD98 m 31.86 1.4046234036 34.629045729 29.090954271
BXD99 m 34.854 1.4046234036 37.623045729 32.084954271
C57BL/6J m 27.978 1.4046234036 30.747045729 25.208954271
DBA/2J m 29.184 1.4046234036 31.953045729 26.414954271




  GWAS USING LINEAR MIXED MODELS