Project measure / variable:   Auwerx1   bw_11wks_HFD

ID, description, units MPD:111187   bw_11wks_HFD   body weight at 11 wks of age   [g]  HFD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   56 strains     sex: m     age: 11wks
Procedure body weight
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  STRAIN COMPARISON PLOT
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Auwerx1 - body weight at 11 wks of age HFD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested56 strains
Mean of the strain means34.328   g
Median of the strain means34.722   g
SD of the strain means± 5.1477
Coefficient of variation (CV)0.15
Min–max range of strain means22.85   –   46.01   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 55 6769.9257 123.0896 17.1093 < 0.0001
Residuals 206 1482.0287 7.1943


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 30.134 1.6567   5 0.7409 0.055 27.89, 32.1 -0.81
BXD100 m 32.924 1.761   5 0.78755 0.0535 30.89, 34.77 -0.27
BXD101 m 36.145 1.5397   4 0.76985 0.0426 33.86, 37.22 0.35
BXD11 m 36.488 3.2551   5 1.4557 0.0892 33.23, 41.19 0.42
BXD12 m 25.698 0.43666   5 0.19528 0.017 25.31, 26.43 -1.68
BXD16 m 42.512 2.2401   5 1.0018 0.0527 39.64, 45.23 1.59
BXD2 m 35.338 3.6094   5 1.6142 0.1021 29.35, 38.55 0.2
BXD27 m 40.758 2.9699   4 1.4849 0.0729 36.64, 43.66 1.25
BXD32 m 37.925 3.792   4 1.896 0.1 33.74, 41.47 0.7
BXD34 m 27.374 2.2346   5 0.99936 0.0816 25.17, 30.87 -1.35
BXD39 m 39.726 1.1343   5 0.50729 0.0286 37.99, 41.11 1.05
BXD40 m 22.85 1.397   4 0.69849 0.0611 21.06, 24.28 -2.23
BXD43 m 26.927 1.423   3 0.82157 0.0528 25.56, 28.4 -1.44
BXD44 m 40.722 2.9401   9 0.98005 0.0722 38.0, 45.77 1.24
BXD45 m 27.6 1.5166   5 0.67823 0.0549 26.0, 29.0 -1.31
BXD48 m 34.982 2.8737   5 1.2852 0.0821 30.24, 37.59 0.13
BXD48a m 39.608 3.4001   4 1.7001 0.0858 36.07, 44.0 1.03
BXD49 m 35.596 2.0359   5 0.91049 0.0572 32.8, 37.71 0.25
BXD50 m 32.758 3.0602   5 1.3686 0.0934 29.95, 37.83 -0.3
BXD51 m 35.25 3.4034   4 1.7017 0.0966 32.0, 40.0 0.18
BXD53 m 33.466 2.011   5 0.89933 0.0601 31.2, 36.08 -0.17
BXD55 m 26.904 0.62756   5 0.28065 0.0233 26.3, 27.8 -1.44
BXD56 m 34.463 1.6875   4 0.84377 0.049 32.34, 36.17 0.03
BXD6 m 33.186 2.5559   5 1.143 0.077 29.65, 36.1 -0.22
BXD60 m 46.01 1.9459   5 0.87022 0.0423 43.3, 47.9 2.27
BXD61 m 32.4 2.0405   5 0.91253 0.063 29.16, 34.15 -0.37
BXD62 m 34.157 1.8427   4 0.92133 0.0539 31.63, 35.81 -0.03
BXD63 m 40.245 3.2758   4 1.6379 0.0814 37.25, 43.66 1.15
BXD64 m 35.85 3.9262   4 1.9631 0.1095 31.77, 41.19 0.3
BXD65 m 39.428 3.5603   4 1.7801 0.0903 34.35, 41.93 0.99
BXD65a m 39.6 1.9446   4 0.97229 0.0491 37.71, 42.16 1.02
BXD66 m 29.408 0.50231   5 0.22464 0.0171 28.61, 29.99 -0.96
BXD67 m 36.084 3.8863   5 1.738 0.1077 30.49, 40.45 0.34
BXD68 m 27.668 3.5443   4 1.7721 0.1281 24.07, 32.37 -1.29
BXD69 m 34.442 3.4545   5 1.5449 0.1003 31.93, 40.52 0.02
BXD70 m 33.806 5.3047   5 2.3724 0.1569 28.77, 41.25 -0.1
BXD71 m 43.57 2.4772   4 1.2386 0.0569 40.8, 46.78 1.8
BXD73 m 34.246 4.7799   5 2.1376 0.1396 30.22, 41.9 -0.02
BXD73a m 35.234 2.3579   5 1.0545 0.0669 31.48, 37.33 0.18
BXD73b m 38.958 3.0225   5 1.3517 0.0776 35.24, 42.24 0.9
BXD75 m 36.308 1.8014   5 0.80563 0.0496 33.31, 37.92 0.38
BXD77 m 36.932 4.021   5 1.7982 0.1089 32.03, 41.12 0.51
BXD79 m 35.642 2.9497   5 1.3192 0.0828 30.59, 38.0 0.26
BXD8 m 27.428 1.399   5 0.62565 0.051 24.96, 28.41 -1.34
BXD81 m 35.942 3.9868   4 1.9934 0.1109 31.18, 39.61 0.31
BXD83 m 29.192 3.4383   4 1.7191 0.1178 25.98, 34.03 -1.0
BXD84 m 33.282 2.895   4 1.4475 0.087 30.65, 37.4 -0.2
BXD85 m 43.037 2.7825   4 1.3913 0.0647 39.39, 45.37 1.69
BXD87 m 25.792 0.51056   5 0.22833 0.0198 24.94, 26.18 -1.66
BXD89 m 29.428 1.6108   4 0.80539 0.0547 27.92, 31.28 -0.95
BXD90 m 33.112 1.2208   4 0.61041 0.0369 31.68, 34.49 -0.24
BXD95 m 36.842 2.5955   5 1.1608 0.0705 33.35, 40.6 0.49
BXD98 m 39.246 1.5336   5 0.68585 0.0391 36.87, 40.73 0.96
BXD99 m 34.114 1.5749   5 0.70432 0.0462 32.04, 35.97 -0.04
C57BL/6J m 26.834 1.0116   5 0.4524 0.0377 25.69, 28.07 -1.46
DBA/2J m 28.796 2.7859   5 1.2459 0.0967 25.77, 33.35 -1.07


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 30.134 1.1995260966 32.4989216807 27.7690783193
BXD100 m 32.924 1.1995260966 35.2889216807 30.5590783193
BXD101 m 36.145 1.3411109464 38.7890628198 33.5009371802
BXD11 m 36.488 1.1995260966 38.8529216807 34.1230783193
BXD12 m 25.698 1.1995260966 28.0629216807 23.3330783193
BXD16 m 42.512 1.1995260966 44.8769216807 40.1470783193
BXD2 m 35.338 1.1995260966 37.7029216807 32.9730783193
BXD27 m 40.7575 1.3411109464 43.4015628198 38.1134371802
BXD32 m 37.925 1.3411109464 40.5690628198 35.2809371802
BXD34 m 27.374 1.1995260966 29.7389216807 25.0090783193
BXD39 m 39.726 1.1995260966 42.0909216807 37.3610783193
BXD40 m 22.85 1.3411109464 25.4940628198 20.2059371802
BXD43 m 26.9266666667 1.5485815319 29.9797674282 23.8735659051
BXD44 m 40.7222222222 0.8940739643 42.4849307688 38.9595136757
BXD45 m 27.6 1.1995260966 29.9649216807 25.2350783193
BXD48 m 34.982 1.1995260966 37.3469216807 32.6170783193
BXD48a m 39.6075 1.3411109464 42.2515628198 36.9634371802
BXD49 m 35.596 1.1995260966 37.9609216807 33.2310783193
BXD50 m 32.758 1.1995260966 35.1229216807 30.3930783193
BXD51 m 35.25 1.3411109464 37.8940628198 32.6059371802
BXD53 m 33.466 1.1995260966 35.8309216807 31.1010783193
BXD55 m 26.904 1.1995260966 29.2689216807 24.5390783193
BXD56 m 34.4625 1.3411109464 37.1065628198 31.8184371802
BXD6 m 33.186 1.1995260966 35.5509216807 30.8210783193
BXD60 m 46.01 1.1995260966 48.3749216807 43.6450783193
BXD61 m 32.4 1.1995260966 34.7649216807 30.0350783193
BXD62 m 34.1575 1.3411109464 36.8015628198 31.5134371802
BXD63 m 40.245 1.3411109464 42.8890628198 37.6009371802
BXD64 m 35.85 1.3411109464 38.4940628198 33.2059371802
BXD65 m 39.4275 1.3411109464 42.0715628198 36.7834371802
BXD65a m 39.6 1.3411109464 42.2440628198 36.9559371802
BXD66 m 29.408 1.1995260966 31.7729216807 27.0430783193
BXD67 m 36.084 1.1995260966 38.4489216807 33.7190783193
BXD68 m 27.6675 1.3411109464 30.3115628198 25.0234371802
BXD69 m 34.442 1.1995260966 36.8069216807 32.0770783193
BXD70 m 33.806 1.1995260966 36.1709216807 31.4410783193
BXD71 m 43.57 1.3411109464 46.2140628198 40.9259371802
BXD73 m 34.246 1.1995260966 36.6109216807 31.8810783193
BXD73a m 35.234 1.1995260966 37.5989216807 32.8690783193
BXD73b m 38.958 1.1995260966 41.3229216807 36.5930783193
BXD75 m 36.308 1.1995260966 38.6729216807 33.9430783193
BXD77 m 36.932 1.1995260966 39.2969216807 34.5670783193
BXD79 m 35.642 1.1995260966 38.0069216807 33.2770783193
BXD8 m 27.428 1.1995260966 29.7929216807 25.0630783193
BXD81 m 35.9425 1.3411109464 38.5865628198 33.2984371802
BXD83 m 29.1925 1.3411109464 31.8365628198 26.5484371802
BXD84 m 33.2825 1.3411109464 35.9265628198 30.6384371802
BXD85 m 43.0375 1.3411109464 45.6815628198 40.3934371802
BXD87 m 25.792 1.1995260966 28.1569216807 23.4270783193
BXD89 m 29.4275 1.3411109464 32.0715628198 26.7834371802
BXD90 m 33.1125 1.3411109464 35.7565628198 30.4684371802
BXD95 m 36.842 1.1995260966 39.2069216807 34.4770783193
BXD98 m 39.246 1.1995260966 41.6109216807 36.8810783193
BXD99 m 34.114 1.1995260966 36.4789216807 31.7490783193
C57BL/6J m 26.834 1.1995260966 29.1989216807 24.4690783193
DBA/2J m 28.796 1.1995260966 31.1609216807 26.4310783193




  GWAS USING LINEAR MIXED MODELS