Project measure / variable:   Auwerx1   bw_19wks_HFD

ID, description, units MPD:111203   bw_19wks_HFD   body weight at 19 wks of age   [g]  High fat diet  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   54 strains     sex: m     age: 19wks
Procedure body weight
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  STRAIN COMPARISON PLOT
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Auwerx1 - body weight at 19 wks of age High fat diet



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested54 strains
Mean of the strain means43.747   g
Median of the strain means44.479   g
SD of the strain means± 6.5843
Coefficient of variation (CV)0.1505
Min–max range of strain means28.926   –   56.39   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 53 11000.7476 207.5613 18.6386 < 0.0001
Residuals 193 2149.2662 11.1361


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 35.556 3.2171   5 1.4387 0.0905 30.22, 38.2 -1.24
BXD100 m 50.74 4.2958   5 1.9212 0.0847 46.64, 55.79 1.06
BXD101 m 45.138 1.6556   4 0.82779 0.0367 42.86, 46.83 0.21
BXD11 m 47.23 4.8605   5 2.1737 0.1029 39.55, 52.21 0.53
BXD12 m 28.926 1.5363   5 0.68706 0.0531 27.4, 31.0 -2.25
BXD16 m 54.13 3.3543   5 1.5001 0.062 50.47, 58.66 1.58
BXD2 m 42.264 5.0019   5 2.2369 0.1183 34.55, 46.7 -0.23
BXD27 m 47.682 2.0794   4 1.0397 0.0436 45.52, 50.51 0.6
BXD32 m 45.313 4.3569   3 2.5154 0.0961 41.23, 49.9 0.24
BXD34 m 36.022 5.2761   5 2.3595 0.1465 30.09, 42.29 -1.17
BXD39 m 44.706 0.79274   5 0.35452 0.0177 43.47, 45.51 0.15
BXD40 m 29.308 1.8056   4 0.90279 0.0616 27.5, 31.72 -2.19
BXD43 m 39.197 4.0497   3 2.3381 0.1033 34.86, 42.88 -0.69
BXD44 m 56.11 3.9351   9 1.3117 0.0701 51.43, 63.41 1.88
BXD45 m 36.76 1.9843   5 0.8874 0.054 34.05, 39.58 -1.06
BXD48 m 50.49 5.0804   5 2.272 0.1006 43.15, 55.68 1.02
BXD48a m 54.34 5.6039   3 3.2354 0.1031 49.54, 60.5 1.61
BXD49 m 46.18 5.3931   5 2.4119 0.1168 39.06, 53.07 0.37
BXD50 m 41.756 3.979   5 1.7795 0.0953 36.49, 44.91 -0.3
BXD51 m 52.74 5.1324   4 2.5662 0.0973 47.33, 57.32 1.37
BXD53 m 44.888 2.7389   5 1.2249 0.061 41.75, 48.41 0.17
BXD55 m 35.623 0.52462   4 0.26231 0.0147 35.06, 36.18 -1.23
BXD56 m 39.88 1.8179   4 0.90896 0.0456 37.69, 42.14 -0.59
BXD6 m 40.826 4.443   5 1.987 0.1088 34.94, 46.81 -0.44
BXD60 m 56.39 2.034   5 0.90962 0.0361 54.13, 59.04 1.92
BXD61 m 50.55 1.3304   5 0.59496 0.0263 49.19, 52.44 1.03
BXD62 m 41.57 1.5282   4 0.76408 0.0368 39.48, 43.15 -0.33
BXD63 m 49.288 2.3426   4 1.1713 0.0475 46.86, 51.6 0.84
BXD64 m 44.25 4.5317   4 2.2658 0.1024 38.6, 49.57 0.08
BXD65 m 52.65 2.6202   4 1.3101 0.0498 49.35, 55.74 1.35
BXD65a m 47.828 2.9961   4 1.4981 0.0626 45.44, 52.21 0.62
BXD66 m 48.066 2.5517   5 1.1412 0.0531 43.68, 50.19 0.66
BXD67 m 47.05 3.6956   5 1.6527 0.0785 40.63, 50.07 0.5
BXD68 m 37.517 5.5449   4 2.7724 0.1478 31.1, 43.98 -0.95
BXD69 m 41.416 1.0935   5 0.48905 0.0264 40.3, 43.13 -0.35
BXD70 m 41.275 4.1222   4 2.0611 0.0999 36.13, 45.81 -0.38
BXD71 m 49.407 3.2992   4 1.6496 0.0668 46.06, 53.83 0.86
BXD73 m 38.506 3.5278   5 1.5777 0.0916 33.77, 43.19 -0.8
BXD73a m 42.436 2.1912   5 0.97995 0.0516 40.14, 45.07 -0.2
BXD73b m 46.294 2.5295   5 1.1312 0.0546 42.35, 48.51 0.39
BXD75 m 40.556 1.9996   5 0.89425 0.0493 38.48, 42.87 -0.48
BXD77 m 43.462 4.2145   5 1.8848 0.097 38.42, 47.66 -0.04
BXD79 m 44.252 2.4593   5 1.0998 0.0556 39.97, 46.0 0.08
BXD8 m 34.096 3.6374   5 1.6267 0.1067 29.78, 38.93 -1.47
BXD81 m 45.363 2.0241   4 1.0121 0.0446 43.52, 47.82 0.25
BXD83 m 35.555 3.5016   4 1.7508 0.0985 30.55, 38.67 -1.24
BXD85 m 50.79 2.5273   4 1.2636 0.0498 47.86, 53.29 1.07
BXD87 m 31.336 1.5867   5 0.7096 0.0506 29.35, 33.66 -1.89
BXD89 m 39.065 2.3563   4 1.1782 0.0603 36.03, 41.4 -0.71
BXD90 m 47.01 3.0626   4 1.5313 0.0651 42.49, 49.26 0.5
BXD98 m 46.896 2.0436   5 0.91392 0.0436 44.05, 49.32 0.48
BXD99 m 47.374 2.7742   5 1.2406 0.0586 44.58, 51.35 0.55
C57BL/6J m 36.06 2.6467   4 1.3234 0.0734 33.43, 38.51 -1.17
DBA/2J m 40.25 2.4109   4 1.2055 0.0599 37.93, 43.28 -0.53


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 35.556 1.4923869638 38.4994820813 32.6125179187
BXD100 m 50.74 1.4923869638 53.6834820813 47.7965179187
BXD101 m 45.1375 1.6685393499 48.4284130121 41.8465869879
BXD11 m 47.23 1.4923869638 50.1734820813 44.2865179187
BXD12 m 28.926 1.4923869638 31.8694820813 25.9825179187
BXD16 m 54.126 1.4923869638 57.0694820813 51.1825179187
BXD2 m 42.264 1.4923869638 45.2074820813 39.3205179187
BXD27 m 47.6825 1.6685393499 50.9734130121 44.3915869879
BXD32 m 45.3133333333 1.9266632856 49.1133523602 41.5133143065
BXD34 m 36.022 1.4923869638 38.9654820813 33.0785179187
BXD39 m 44.706 1.4923869638 47.6494820813 41.7625179187
BXD40 m 29.3075 1.6685393499 32.5984130121 26.0165869879
BXD43 m 39.1966666667 1.9266632856 42.9966856935 35.3966476398
BXD44 m 56.1066666667 1.1123595666 58.3006086748 53.9127246586
BXD45 m 36.76 1.4923869638 39.7034820813 33.8165179187
BXD48 m 50.494 1.4923869638 53.4374820813 47.5505179187
BXD48a m 54.3433333333 1.9266632856 58.1433523602 50.5433143065
BXD49 m 46.18 1.4923869638 49.1234820813 43.2365179187
BXD50 m 41.756 1.4923869638 44.6994820813 38.8125179187
BXD51 m 52.7425 1.6685393499 56.0334130121 49.4515869879
BXD53 m 44.888 1.4923869638 47.8314820813 41.9445179187
BXD55 m 35.6225 1.6685393499 38.9134130121 32.3315869879
BXD56 m 39.88 1.6685393499 43.1709130121 36.5890869879
BXD6 m 40.826 1.4923869638 43.7694820813 37.8825179187
BXD60 m 56.392 1.4923869638 59.3354820813 53.4485179187
BXD61 m 50.548 1.4923869638 53.4914820813 47.6045179187
BXD62 m 41.57 1.6685393499 44.8609130121 38.2790869879
BXD63 m 49.2875 1.6685393499 52.5784130121 45.9965869879
BXD64 m 44.25 1.6685393499 47.5409130121 40.9590869879
BXD65 m 52.645 1.6685393499 55.9359130121 49.3540869879
BXD65a m 47.8275 1.6685393499 51.1184130121 44.5365869879
BXD66 m 48.066 1.4923869638 51.0094820813 45.1225179187
BXD67 m 47.05 1.4923869638 49.9934820813 44.1065179187
BXD68 m 37.5175 1.6685393499 40.8084130121 34.2265869879
BXD69 m 41.416 1.4923869638 44.3594820813 38.4725179187
BXD70 m 41.275 1.6685393499 44.5659130121 37.9840869879
BXD71 m 49.4075 1.6685393499 52.6984130121 46.1165869879
BXD73 m 38.506 1.4923869638 41.4494820813 35.5625179187
BXD73a m 42.436 1.4923869638 45.3794820813 39.4925179187
BXD73b m 46.294 1.4923869638 49.2374820813 43.3505179187
BXD75 m 40.556 1.4923869638 43.4994820813 37.6125179187
BXD77 m 43.462 1.4923869638 46.4054820813 40.5185179187
BXD79 m 44.252 1.4923869638 47.1954820813 41.3085179187
BXD8 m 34.096 1.4923869638 37.0394820813 31.1525179187
BXD81 m 45.3625 1.6685393499 48.6534130121 42.0715869879
BXD83 m 35.555 1.6685393499 38.8459130121 32.2640869879
BXD85 m 50.79 1.6685393499 54.0809130121 47.4990869879
BXD87 m 31.336 1.4923869638 34.2794820813 28.3925179187
BXD89 m 39.065 1.6685393499 42.3559130121 35.7740869879
BXD90 m 47.01 1.6685393499 50.3009130121 43.7190869879
BXD98 m 46.896 1.4923869638 49.8394820813 43.9525179187
BXD99 m 47.374 1.4923869638 50.3174820813 44.4305179187
C57BL/6J m 36.06 1.6685393499 39.3509130121 32.7690869879
DBA/2J m 40.25 1.6685393499 43.5409130121 36.9590869879




  GWAS USING LINEAR MIXED MODELS