Project measure / variable:   Auwerx1   temp_t1_CD

ID, description, units MPD:111284   temp_t1_CD   body temperature (rectal) in cold (4°C) room, 1h exposed to cold   [°C]  CD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   57 strains     sex: m     age: 21wks
Procedure body temperature
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  STRAIN COMPARISON PLOT
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Auwerx1 - body temperature (rectal) in cold (4°C) room, 1h exposed to cold CD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested57 strains
Mean of the strain means36.189   °C
Median of the strain means36.275   °C
SD of the strain means± 0.74779
Coefficient of variation (CV)0.0207
Min–max range of strain means34.44   –   38.033   °C
Mean sample size per strain4.4   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
strain 56 135.0994 2.4125 7.1253 < 0.0001
Residuals 196 66.3617 0.3386


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 36.58 0.42661   5 0.19079 0.0117 36.1, 37.2 0.52
BXD100 m 38.033 0.45092   3 0.26034 0.0119 37.6, 38.5 2.47
BXD101 m 36.875 0.40311   4 0.20156 0.0109 36.3, 37.2 0.92
BXD11 m 36.367 1.1547   3 0.66667 0.0318 35.7, 37.7 0.24
BXD12 m 37.72 0.30332   5 0.13565 0.008 37.3, 38.1 2.05
BXD16 m 35.825 0.34034   4 0.17017 0.0095 35.5, 36.3 -0.49
BXD2 m 36.45 0.46547   4 0.23274 0.0128 36.0, 36.9 0.35
BXD27 m 34.8 0.81548   5 0.36469 0.0234 33.8, 35.7 -1.86
BXD32 m 37.24 0.68775   5 0.30757 0.0185 36.2, 38.1 1.41
BXD34 m 36.225 0.43493   4 0.21747 0.012 35.6, 36.6 0.05
BXD39 m 35.02 0.67231   5 0.30067 0.0192 33.9, 35.5 -1.56
BXD40 m 36.5 1.5   3 0.86603 0.0411 35.0, 38.0 0.42
BXD43 m 37.467 0.15275   3 0.08819 0.0041 37.3, 37.6 1.71
BXD44 m 36.022 0.61192   9 0.20397 0.017 35.0, 37.0 -0.22
BXD45 m 36.58 1.152   5 0.51517 0.0315 34.9, 37.7 0.52
BXD48 m 35.56 0.72664   5 0.32496 0.0204 34.3, 36.1 -0.84
BXD48a m 36.26 0.58566   5 0.26192 0.0162 35.5, 36.9 0.09
BXD49 m 35.95 0.34157   4 0.17078 0.0095 35.6, 36.4 -0.32
BXD50 m 35.25 0.56862   4 0.28431 0.0161 34.9, 36.1 -1.26
BXD51 m 36.64 0.19494   5 0.08718 0.0053 36.4, 36.9 0.6
BXD53 m 35.12 0.97314   5 0.4352 0.0277 34.1, 36.4 -1.43
BXD55 m 36.48 0.40866   5 0.18276 0.0112 35.9, 37.0 0.39
BXD56 m 35.825 0.51881   4 0.25941 0.0145 35.2, 36.3 -0.49
BXD6 m 35.92 0.70498   5 0.31528 0.0196 35.2, 37.0 -0.36
BXD60 m 35.6 0.84063   4 0.42032 0.0236 34.7, 36.7 -0.79
BXD61 m 37.233 0.40415   3 0.23333 0.0109 36.8, 37.6 1.4
BXD62 m 36.45 0.51962   4 0.25981 0.0143 35.8, 37.0 0.35
BXD63 m 35.35 0.97468   4 0.48734 0.0276 34.0, 36.3 -1.12
BXD64 m 35.5 0.46904   4 0.23452 0.0132 35.0, 36.1 -0.92
BXD65 m 36.575 0.38622   4 0.19311 0.0106 36.0, 36.8 0.52
BXD65a m 36.46 0.66558   5 0.29766 0.0183 35.4, 37.1 0.36
BXD65b m 35.35 0.59161   4 0.2958 0.0167 34.8, 36.0 -1.12
BXD66 m 35.66 0.29665   5 0.13266 0.0083 35.2, 36.0 -0.71
BXD67 m 36.9 0.5099   5 0.22804 0.0138 36.0, 37.2 0.95
BXD68 m 35.1 0.41633   4 0.20817 0.0119 34.6, 35.6 -1.46
BXD69 m 35.36 0.4219   5 0.18868 0.0119 35.1, 36.1 -1.11
BXD70 m 36.825 0.38622   4 0.19311 0.0105 36.3, 37.2 0.85
BXD71 m 34.44 0.50299   5 0.22494 0.0146 33.8, 34.9 -2.34
BXD73 m 35.775 0.22174   4 0.11087 0.0062 35.5, 36.0 -0.55
BXD73a m 36.42 0.40866   5 0.18276 0.0112 35.8, 36.9 0.31
BXD73b m 35.36 0.80187   5 0.35861 0.0227 34.0, 36.0 -1.11
BXD75 m 36.72 0.20494   5 0.09165 0.0056 36.5, 36.9 0.71
BXD77 m 36.64 0.66558   5 0.29766 0.0182 35.8, 37.3 0.6
BXD79 m 35.72 0.25884   5 0.11576 0.0072 35.4, 36.1 -0.63
BXD8 m 37.0 0.38297   4 0.19149 0.0104 36.7, 37.5 1.08
BXD81 m 36.675 0.22174   4 0.11087 0.006 36.4, 36.9 0.65
BXD83 m 35.8 0.26458   3 0.15275 0.0074 35.5, 36.0 -0.52
BXD84 m 36.15 0.40415   4 0.20207 0.0112 35.8, 36.5 -0.05
BXD85 m 36.38 0.16432   5 0.07348 0.0045 36.2, 36.6 0.26
BXD87 m 36.96 0.24083   5 0.1077 0.0065 36.7, 37.3 1.03
BXD89 m 36.275 0.4113   4 0.20565 0.0113 35.8, 36.8 0.11
BXD90 m 35.9 0.74386   4 0.37193 0.0207 34.9, 36.6 -0.39
BXD95 m 35.95 0.42032   4 0.21016 0.0117 35.5, 36.5 -0.32
BXD98 m 35.15 0.42032   4 0.21016 0.012 34.6, 35.6 -1.39
BXD99 m 36.6 0.46368   5 0.20736 0.0127 36.2, 37.4 0.55
C57BL/6J m 36.84 0.73007   5 0.3265 0.0198 35.9, 37.7 0.87
DBA/2J m 36.95 0.64031   4 0.32016 0.0173 36.3, 37.5 1.02


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 36.58 0.2602230641 37.0931966315 36.0668033685
BXD100 m 38.0333333333 0.3359465312 38.6958673357 37.3707993309
BXD101 m 36.875 0.2909382303 37.4487712769 36.3012287231
BXD11 m 36.3666666667 0.3359465312 37.0292006691 35.7041326643
BXD12 m 37.72 0.2602230641 38.2331966315 37.2068033685
BXD16 m 35.825 0.2909382303 36.3987712769 35.2512287231
BXD2 m 36.45 0.2909382303 37.0237712769 35.8762287231
BXD27 m 34.8 0.2602230641 35.3131966315 34.2868033685
BXD32 m 37.24 0.2602230641 37.7531966315 36.7268033685
BXD34 m 36.225 0.2909382303 36.7987712769 35.6512287231
BXD39 m 35.02 0.2602230641 35.5331966315 34.5068033685
BXD40 m 36.5 0.3359465312 37.1625340024 35.8374659976
BXD43 m 37.4666666667 0.3359465312 38.1292006691 36.8041326643
BXD44 m 36.0222222222 0.1939588202 36.4047364069 35.6397080376
BXD45 m 36.58 0.2602230641 37.0931966315 36.0668033685
BXD48 m 35.56 0.2602230641 36.0731966315 35.0468033685
BXD48a m 36.26 0.2602230641 36.7731966315 35.7468033685
BXD49 m 35.95 0.2909382303 36.5237712769 35.3762287231
BXD50 m 35.25 0.2909382303 35.8237712769 34.6762287231
BXD51 m 36.64 0.2602230641 37.1531966315 36.1268033685
BXD53 m 35.12 0.2602230641 35.6331966315 34.6068033685
BXD55 m 36.48 0.2602230641 36.9931966315 35.9668033685
BXD56 m 35.825 0.2909382303 36.3987712769 35.2512287231
BXD6 m 35.92 0.2602230641 36.4331966315 35.4068033685
BXD60 m 35.6 0.2909382303 36.1737712769 35.0262287231
BXD61 m 37.2333333333 0.3359465312 37.8958673357 36.5707993309
BXD62 m 36.45 0.2909382303 37.0237712769 35.8762287231
BXD63 m 35.35 0.2909382303 35.9237712769 34.7762287231
BXD64 m 35.5 0.2909382303 36.0737712769 34.9262287231
BXD65 m 36.575 0.2909382303 37.1487712769 36.0012287231
BXD65a m 36.46 0.2602230641 36.9731966315 35.9468033685
BXD65b m 35.35 0.2909382303 35.9237712769 34.7762287231
BXD66 m 35.66 0.2602230641 36.1731966315 35.1468033685
BXD67 m 36.9 0.2602230641 37.4131966315 36.3868033685
BXD68 m 35.1 0.2909382303 35.6737712769 34.5262287231
BXD69 m 35.36 0.2602230641 35.8731966315 34.8468033685
BXD70 m 36.825 0.2909382303 37.3987712769 36.2512287231
BXD71 m 34.44 0.2602230641 34.9531966315 33.9268033685
BXD73 m 35.775 0.2909382303 36.3487712769 35.2012287231
BXD73a m 36.42 0.2602230641 36.9331966315 35.9068033685
BXD73b m 35.36 0.2602230641 35.8731966315 34.8468033685
BXD75 m 36.72 0.2602230641 37.2331966315 36.2068033685
BXD77 m 36.64 0.2602230641 37.1531966315 36.1268033685
BXD79 m 35.72 0.2602230641 36.2331966315 35.2068033685
BXD8 m 37.0 0.2909382303 37.5737712769 36.4262287231
BXD81 m 36.675 0.2909382303 37.2487712769 36.1012287231
BXD83 m 35.8 0.3359465312 36.4625340024 35.1374659976
BXD84 m 36.15 0.2909382303 36.7237712769 35.5762287231
BXD85 m 36.38 0.2602230641 36.8931966315 35.8668033685
BXD87 m 36.96 0.2602230641 37.4731966315 36.4468033685
BXD89 m 36.275 0.2909382303 36.8487712769 35.7012287231
BXD90 m 35.9 0.2909382303 36.4737712769 35.3262287231
BXD95 m 35.95 0.2909382303 36.5237712769 35.3762287231
BXD98 m 35.15 0.2909382303 35.7237712769 34.5762287231
BXD99 m 36.6 0.2602230641 37.1131966315 36.0868033685
C57BL/6J m 36.84 0.2602230641 37.3531966315 36.3268033685
DBA/2J m 36.95 0.2909382303 37.5237712769 36.3762287231




  GWAS USING LINEAR MIXED MODELS