Project measure / variable:   Auwerx1   bw_ogtt_HFD

ID, description, units MPD:111243   bw_ogtt_HFD   body weight prior to oral glucose tolerance test (OGTT), 17 wks of age   [g]  HFD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   56 strains     sex: m     age: 17wks
Procedure body weight
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  STRAIN COMPARISON PLOT
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Auwerx1 - body weight prior to oral glucose tolerance test (OGTT), 17 wks of age HFD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested56 strains
Mean of the strain means41.265   g
Median of the strain means41.464   g
SD of the strain means± 6.3639
Coefficient of variation (CV)0.1542
Min–max range of strain means25.52   –   52.83   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 55 10583.2509 192.4227 20.0746 < 0.0001
Residuals 199 1907.4943 9.5854


Q-Q normality assessment based on residuals

  


  STRAIN MEANS (UNADJUSTED)
  
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Strain Sex Mean SD N mice SEM CV Min, Max Z score
BXD1 m 33.512 3.2309   5 1.4449 0.0964 28.15, 36.49 -1.22
BXD100 m 45.712 4.6676   5 2.0874 0.1021 40.85, 51.46 0.7
BXD101 m 41.843 2.0607   4 1.0304 0.0492 38.85, 43.52 0.09
BXD11 m 43.45 5.1937   5 2.3227 0.1195 36.22, 48.78 0.34
BXD12 m 26.078 1.2077   5 0.54009 0.0463 24.67, 27.76 -2.39
BXD16 m 49.888 2.8243   5 1.2631 0.0566 47.39, 53.76 1.35
BXD2 m 39.73 5.6046   5 2.5064 0.1411 30.73, 44.74 -0.24
BXD27 m 45.057 1.7987   4 0.89933 0.0399 43.03, 47.4 0.6
BXD32 m 44.168 3.6571   4 1.8285 0.0828 39.65, 47.19 0.46
BXD34 m 32.146 4.0559   5 1.8139 0.1262 27.82, 37.01 -1.43
BXD39 m 44.096 1.0894   5 0.48718 0.0247 42.72, 45.36 0.44
BXD40 m 25.52 1.6834   4 0.84169 0.066 23.75, 27.56 -2.47
BXD43 m 35.22 3.2365   3 1.8686 0.0919 31.74, 38.14 -0.95
BXD44 m 52.75 3.1101   9 1.0367 0.059 48.28, 57.81 1.8
BXD45 m 37.42 1.3865   4 0.69324 0.0371 36.2, 39.41 -0.6
BXD48 m 47.705 2.3282   4 1.1641 0.0488 45.72, 50.61 1.01
BXD48a m 52.73 3.6809   4 1.8405 0.0698 49.54, 58.01 1.8
BXD49 m 43.343 3.5215   4 1.7607 0.0812 40.06, 46.97 0.33
BXD50 m 40.664 2.985   5 1.3349 0.0734 36.87, 44.61 -0.09
BXD51 m 52.54 4.7126   4 2.3563 0.0897 47.66, 56.9 1.77
BXD53 m 40.37 2.9523   5 1.3203 0.0731 36.62, 44.4 -0.14
BXD55 m 32.58 1.4272   5 0.63828 0.0438 30.7, 34.0 -1.36
BXD56 m 36.3 1.219   4 0.60948 0.0336 34.852, 37.82 -0.78
BXD6 m 38.682 4.3812   5 1.9593 0.1133 32.0, 43.49 -0.41
BXD60 m 52.83 1.9062   5 0.85246 0.0361 50.21, 54.36 1.82
BXD61 m 49.202 1.4308   5 0.63985 0.0291 47.7, 51.39 1.25
BXD62 m 37.903 1.5025   4 0.75125 0.0396 36.86, 40.09 -0.53
BXD63 m 46.447 2.6715   4 1.3357 0.0575 43.44, 48.94 0.81
BXD64 m 40.907 3.8112   4 1.9056 0.0932 36.31, 45.63 -0.06
BXD65 m 50.7 2.9886   4 1.4943 0.0589 46.94, 54.23 1.48
BXD65a m 45.19 2.9621   4 1.4811 0.0655 42.3, 49.27 0.62
BXD66 m 49.032 4.2388   5 1.8957 0.0864 41.9, 53.1 1.22
BXD67 m 42.788 3.8884   5 1.7389 0.0909 36.0, 45.84 0.24
BXD68 m 34.125 4.6111   4 2.3055 0.1351 29.16, 40.0 -1.12
BXD69 m 37.54 1.4372   5 0.64275 0.0383 36.26, 39.68 -0.59
BXD70 m 35.3 4.3413   4 2.1706 0.123 29.4, 39.5 -0.94
BXD71 m 46.407 3.491   4 1.7455 0.0752 42.16, 50.7 0.81
BXD73 m 37.998 3.2256   5 1.4425 0.0849 33.58, 42.1 -0.51
BXD73a m 41.215 2.2503   4 1.1251 0.0546 38.33, 43.8 -0.01
BXD73b m 43.412 2.999   5 1.3412 0.0691 38.78, 46.37 0.34
BXD75 m 39.9 1.336   5 0.59749 0.0335 37.7, 41.1 -0.21
BXD77 m 39.83 4.5004   5 2.0126 0.113 33.31, 43.69 -0.23
BXD79 m 40.096 2.3014   5 1.0292 0.0574 36.02, 41.59 -0.18
BXD8 m 31.796 3.2777   5 1.4658 0.1031 27.52, 36.35 -1.49
BXD81 m 42.47 1.6181   4 0.80904 0.0381 41.1, 44.33 0.19
BXD83 m 34.81 3.3841   4 1.692 0.0972 30.06, 38.08 -1.01
BXD84 m 44.242 2.9518   4 1.4759 0.0667 41.91, 48.5 0.47
BXD85 m 47.502 2.2266   4 1.1133 0.0469 45.6, 50.07 0.98
BXD87 m 31.624 1.6576   5 0.74131 0.0524 29.16, 33.8 -1.51
BXD89 m 37.895 2.0006   4 1.0003 0.0528 35.17, 39.97 -0.53
BXD90 m 42.397 2.6567   4 1.3283 0.0627 38.7, 45.01 0.18
BXD95 m 43.718 3.573   5 1.5979 0.0817 37.64, 46.94 0.39
BXD98 m 44.038 1.7714   5 0.79219 0.0402 41.2, 45.63 0.44
BXD99 m 41.712 2.3079   5 1.0321 0.0553 39.35, 44.8 0.07
C57BL/6J m 36.06 2.6467   4 1.3234 0.0734 33.43, 38.51 -0.82
DBA/2J m 40.25 2.4109   4 1.2055 0.0599 37.93, 43.28 -0.16


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 33.512 1.3845864658 36.2423443424 30.7816556576
BXD100 m 45.712 1.3845864658 48.4423443424 42.9816556576
BXD101 m 41.8425 1.5480147292 44.8951177758 38.7898822242
BXD11 m 43.45 1.3845864658 46.1803443424 40.7196556576
BXD12 m 26.078 1.3845864658 28.8083443424 23.3476556576
BXD16 m 49.888 1.3845864658 52.6183443424 47.1576556576
BXD2 m 39.73 1.3845864658 42.4603443424 36.9996556576
BXD27 m 45.0575 1.5480147292 48.1101177758 42.0048822242
BXD32 m 44.1675 1.5480147292 47.2201177758 41.1148822242
BXD34 m 32.146 1.3845864658 34.8763443424 29.4156556576
BXD39 m 44.096 1.3845864658 46.8263443424 41.3656556576
BXD40 m 25.52 1.5480147292 28.5726177758 22.4673822242
BXD43 m 35.22 1.7874934412 38.7448593892 31.6951406108
BXD44 m 52.7466666667 1.0320098195 54.7817451839 50.7115881495
BXD45 m 37.42 1.5480147292 40.4726177758 34.3673822242
BXD48 m 47.705 1.5480147292 50.7576177758 44.6523822242
BXD48a m 52.735 1.5480147292 55.7876177758 49.6823822242
BXD49 m 43.3425 1.5480147292 46.3951177758 40.2898822242
BXD50 m 40.664 1.3845864658 43.3943443424 37.9336556576
BXD51 m 52.54 1.5480147292 55.5926177758 49.4873822242
BXD53 m 40.37 1.3845864658 43.1003443424 37.6396556576
BXD55 m 32.58 1.3845864658 35.3103443424 29.8496556576
BXD56 m 36.3005 1.5480147292 39.3531177758 33.2478822242
BXD6 m 38.682 1.3845864658 41.4123443424 35.9516556576
BXD60 m 52.834 1.3845864658 55.5643443424 50.1036556576
BXD61 m 49.202 1.3845864658 51.9323443424 46.4716556576
BXD62 m 37.9025 1.5480147292 40.9551177758 34.8498822242
BXD63 m 46.4475 1.5480147292 49.5001177758 43.3948822242
BXD64 m 40.9075 1.5480147292 43.9601177758 37.8548822242
BXD65 m 50.7025 1.5480147292 53.7551177758 47.6498822242
BXD65a m 45.19 1.5480147292 48.2426177758 42.1373822242
BXD66 m 49.032 1.3845864658 51.7623443424 46.3016556576
BXD67 m 42.788 1.3845864658 45.5183443424 40.0576556576
BXD68 m 34.125 1.5480147292 37.1776177758 31.0723822242
BXD69 m 37.54 1.3845864658 40.2703443424 34.8096556576
BXD70 m 35.3 1.5480147292 38.3526177758 32.2473822242
BXD71 m 46.4075 1.5480147292 49.4601177758 43.3548822242
BXD73 m 37.998 1.3845864658 40.7283443424 35.2676556576
BXD73a m 41.215 1.5480147292 44.2676177758 38.1623822242
BXD73b m 43.412 1.3845864658 46.1423443424 40.6816556576
BXD75 m 39.9 1.3845864658 42.6303443424 37.1696556576
BXD77 m 39.83 1.3845864658 42.5603443424 37.0996556576
BXD79 m 40.096 1.3845864658 42.8263443424 37.3656556576
BXD8 m 31.796 1.3845864658 34.5263443424 29.0656556576
BXD81 m 42.47 1.5480147292 45.5226177758 39.4173822242
BXD83 m 34.81 1.5480147292 37.8626177758 31.7573822242
BXD84 m 44.2425 1.5480147292 47.2951177758 41.1898822242
BXD85 m 47.5025 1.5480147292 50.5551177758 44.4498822242
BXD87 m 31.624 1.3845864658 34.3543443424 28.8936556576
BXD89 m 37.895 1.5480147292 40.9476177758 34.8423822242
BXD90 m 42.3975 1.5480147292 45.4501177758 39.3448822242
BXD95 m 43.718 1.3845864658 46.4483443424 40.9876556576
BXD98 m 44.038 1.3845864658 46.7683443424 41.3076556576
BXD99 m 41.712 1.3845864658 44.4423443424 38.9816556576
C57BL/6J m 36.06 1.5480147292 39.1126177758 33.0073822242
DBA/2J m 40.25 1.5480147292 43.3026177758 37.1973822242




  GWAS USING LINEAR MIXED MODELS