An error occurred on this page.
These results could be incomplete or invalid. Staff have been notified.



Project measure / variable:   Auwerx1   bw_16wks_CD

ID, description, units MPD:111196   bw_16wks_CD   body weight at 16 wks of age   [g]  CD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   57 strains     sex: m     age: 16wks
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 16 wks of age CD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested57 strains
Mean of the strain means33.777   g
Median of the strain means33.116   g
SD of the strain means± 5.0119
Coefficient of variation (CV)0.1484
Min–max range of strain means24.97   –   46.832   g
Mean sample size per strain4.6   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
strain 56 6431.7496 114.8527 11.1214 < 0.0001
Residuals 208 2148.0528 10.3272


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 27.898 1.8736   5 0.8379 0.0672 25.2, 30.38 -1.17
BXD100 m 36.177 9.7622   3 5.6362 0.2698 25.75, 45.1 0.48
BXD101 m 28.567 1.7994   4 0.89972 0.063 26.42, 30.61 -1.04
BXD11 m 29.588 4.8884   4 2.4442 0.1652 25.23, 35.72 -0.84
BXD12 m 28.706 0.92566   5 0.41397 0.0322 27.87, 30.29 -1.01
BXD16 m 46.832 4.0212   5 1.7983 0.0859 41.34, 51.11 2.6
BXD2 m 35.188 2.4339   4 1.2169 0.0692 33.03, 37.3 0.28
BXD27 m 40.076 1.7293   5 0.77338 0.0432 38.11, 42.31 1.26
BXD32 m 32.198 2.6319   5 1.177 0.0817 28.84, 35.91 -0.32
BXD34 m 33.858 1.0168   4 0.50839 0.03 33.17, 35.36 0.02
BXD39 m 41.47 2.4445   5 1.0932 0.0589 39.13, 44.27 1.53
BXD40 m 24.97 1.4524   4 0.72621 0.0582 22.97, 26.43 -1.76
BXD43 m 30.748 4.3973   4 2.1987 0.143 26.19, 36.53 -0.6
BXD44 m 34.48 3.5087   9 1.1696 0.1018 29.82, 40.44 0.14
BXD45 m 30.266 1.2325   5 0.5512 0.0407 28.82, 32.17 -0.7
BXD48 m 35.236 3.2233   5 1.4415 0.0915 32.29, 40.68 0.29
BXD48a m 38.216 3.9228   5 1.7543 0.1026 34.34, 43.14 0.89
BXD49 m 36.64 1.3207   4 0.66037 0.036 34.91, 37.8 0.57
BXD50 m 32.134 5.5161   5 2.4669 0.1717 25.11, 38.19 -0.33
BXD51 m 31.828 2.1603   5 0.96612 0.0679 30.48, 35.62 -0.39
BXD53 m 31.784 2.8119   5 1.2575 0.0885 29.22, 36.35 -0.4
BXD55 m 29.828 1.6513   5 0.73849 0.0554 27.75, 31.73 -0.79
BXD56 m 32.22 1.4411   5 0.64448 0.0447 30.76, 34.27 -0.31
BXD6 m 31.8 2.5999   5 1.1627 0.0818 28.64, 34.94 -0.39
BXD60 m 32.616 4.546   5 2.033 0.1394 25.17, 37.04 -0.23
BXD61 m 32.797 0.40464   3 0.23362 0.0123 32.33, 33.05 -0.2
BXD62 m 29.718 1.5223   4 0.76113 0.0512 28.01, 31.57 -0.81
BXD63 m 33.208 2.5717   5 1.1501 0.0774 29.74, 36.07 -0.11
BXD64 m 33.12 1.6707   4 0.83534 0.0504 31.9, 35.44 -0.13
BXD65 m 40.073 3.0329   4 1.5164 0.0757 35.54, 41.87 1.26
BXD65a m 42.246 0.54925   5 0.24563 0.013 41.68, 42.9 1.69
BXD65b m 41.62 1.0014   4 0.50072 0.0241 40.23, 42.62 1.56
BXD66 m 38.0 6.5594   5 2.9335 0.1726 27.28, 44.69 0.84
BXD67 m 33.58 5.6345   5 2.5198 0.1678 27.43, 39.67 -0.04
BXD68 m 37.064 5.6379   5 2.5213 0.1521 29.65, 43.05 0.66
BXD69 m 38.912 1.5629   4 0.78147 0.0402 37.07, 40.8 1.02
BXD70 m 30.502 7.3526   4 3.6763 0.241 24.4, 40.86 -0.65
BXD71 m 38.586 2.4512   5 1.0962 0.0635 35.44, 41.86 0.96
BXD73 m 33.116 4.4793   5 2.0032 0.1353 29.07, 40.42 -0.13
BXD73a m 40.908 1.8214   5 0.81455 0.0445 38.67, 42.9 1.42
BXD73b m 40.968 2.328   5 1.0411 0.0568 38.55, 43.37 1.43
BXD75 m 35.264 2.3891   5 1.0684 0.0677 32.5, 38.1 0.3
BXD77 m 31.862 2.2447   5 1.0039 0.0705 28.91, 33.69 -0.38
BXD79 m 35.67 1.4797   5 0.66174 0.0415 33.58, 37.64 0.38
BXD8 m 27.663 0.81455   4 0.40727 0.0294 26.54, 28.47 -1.22
BXD81 m 25.387 4.2403   4 2.1201 0.167 20.54, 29.34 -1.67
BXD83 m 25.323 2.0349   3 1.1749 0.0804 23.54, 27.54 -1.69
BXD84 m 35.124 2.8182   5 1.2604 0.0802 32.29, 38.56 0.27
BXD85 m 45.282 2.9224   5 1.307 0.0645 41.06, 48.96 2.3
BXD87 m 25.556 1.3044   5 0.58333 0.051 23.27, 26.47 -1.64
BXD89 m 32.227 1.51   4 0.75502 0.0469 30.02, 33.44 -0.31
BXD90 m 28.043 1.8935   4 0.94675 0.0675 26.14, 29.74 -1.14
BXD95 m 33.905 4.6404   4 2.3202 0.1369 27.33, 37.76 0.03
BXD98 m 32.534 2.1221   5 0.94904 0.0652 28.93, 34.39 -0.25
BXD99 m 35.498 1.7528   5 0.78386 0.0494 34.01, 38.26 0.34
C57BL/6J m 28.084 1.4347   5 0.6416 0.0511 26.07, 29.33 -1.14
DBA/2J m 30.146 1.7996   5 0.80481 0.0597 28.21, 32.19 -0.72


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 27.898 1.4371622563 30.731271482 25.064728518
BXD100 m 36.1766666667 1.8553684948 39.8344044217 32.5189289116
BXD101 m 28.5675 1.6067962499 31.7351938162 25.3998061838
BXD11 m 29.5875 1.6067962499 32.7551938162 26.4198061838
BXD12 m 28.706 1.4371622563 31.539271482 25.872728518
BXD16 m 46.832 1.4371622563 49.665271482 43.998728518
BXD2 m 35.1875 1.6067962499 38.3551938162 32.0198061838
BXD27 m 40.076 1.4371622563 42.909271482 37.242728518
BXD32 m 32.198 1.4371622563 35.031271482 29.364728518
BXD34 m 33.8575 1.6067962499 37.0251938162 30.6898061838
BXD39 m 41.47 1.4371622563 44.303271482 38.636728518
BXD40 m 24.97 1.6067962499 28.1376938162 21.8023061838
BXD43 m 30.7475 1.6067962499 33.9151938162 27.5798061838
BXD44 m 34.48 1.0711974999 36.5917958775 32.3682041225
BXD45 m 30.266 1.4371622563 33.099271482 27.432728518
BXD48 m 35.236 1.4371622563 38.069271482 32.402728518
BXD48a m 38.216 1.4371622563 41.049271482 35.382728518
BXD49 m 36.64 1.6067962499 39.8076938162 33.4723061838
BXD50 m 32.134 1.4371622563 34.967271482 29.300728518
BXD51 m 31.828 1.4371622563 34.661271482 28.994728518
BXD53 m 31.784 1.4371622563 34.617271482 28.950728518
BXD55 m 29.828 1.4371622563 32.661271482 26.994728518
BXD56 m 32.22 1.4371622563 35.053271482 29.386728518
BXD6 m 31.8 1.4371622563 34.633271482 28.966728518
BXD60 m 32.616 1.4371622563 35.449271482 29.782728518
BXD61 m 32.7966666667 1.8553684948 36.4544044217 29.1389289116
BXD62 m 29.7175 1.6067962499 32.8851938162 26.5498061838
BXD63 m 33.208 1.4371622563 36.041271482 30.374728518
BXD64 m 33.12 1.6067962499 36.2876938162 29.9523061838
BXD65 m 40.0725 1.6067962499 43.2401938162 36.9048061838
BXD65a m 42.246 1.4371622563 45.079271482 39.412728518
BXD65b m 41.62 1.6067962499 44.7876938162 38.4523061838
BXD66 m 38.0 1.4371622563 40.833271482 35.166728518
BXD67 m 33.58 1.4371622563 36.413271482 30.746728518
BXD68 m 37.064 1.4371622563 39.897271482 34.230728518
BXD69 m 38.9125 1.6067962499 42.0801938162 35.7448061838
BXD70 m 30.5025 1.6067962499 33.6701938162 27.3348061838
BXD71 m 38.586 1.4371622563 41.419271482 35.752728518
BXD73 m 33.116 1.4371622563 35.949271482 30.282728518
BXD73a m 40.908 1.4371622563 43.741271482 38.074728518
BXD73b m 40.968 1.4371622563 43.801271482 38.134728518
BXD75 m 35.264 1.4371622563 38.097271482 32.430728518
BXD77 m 31.862 1.4371622563 34.695271482 29.028728518
BXD79 m 35.67 1.4371622563 38.503271482 32.836728518
BXD8 m 27.6625 1.6067962499 30.8301938162 24.4948061838
BXD81 m 25.3875 1.6067962499 28.5551938162 22.2198061838
BXD83 m 25.3233333333 1.8553684948 28.9810710884 21.6655955783
BXD84 m 35.124 1.4371622563 37.957271482 32.290728518
BXD85 m 45.282 1.4371622563 48.115271482 42.448728518
BXD87 m 25.556 1.4371622563 28.389271482 22.722728518
BXD89 m 32.2275 1.6067962499 35.3951938162 29.0598061838
BXD90 m 28.0425 1.6067962499 31.2101938162 24.8748061838
BXD95 m 33.905 1.6067962499 37.0726938162 30.7373061838
BXD98 m 32.534 1.4371622563 35.367271482 29.700728518
BXD99 m 35.498 1.4371622563 38.331271482 32.664728518
C57BL/6J m 28.084 1.4371622563 30.917271482 25.250728518
DBA/2J m 30.146 1.4371622563 32.979271482 27.312728518




  GWAS USING LINEAR MIXED MODELS