Project measure / variable:   Auwerx1   temp_t3_CD

ID, description, units MPD:111288   temp_t3_CD   body temperature (rectal) in cold (4°C) room, 3h 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, 3h exposed to cold CD

DBA/2JBXD45BXD63C57BL/6JBXD100BXD87BXD6BXD43BXD75BXD70BXD55BXD62BXD48aBXD65aBXD2BXD32BXD61BXD83BXD12BXD73aBXD81BXD69BXD65BXD73bBXD77BXD51BXD73BXD39BXD101BXD27BXD99BXD95BXD67BXD56BXD16BXD44BXD50BXD90BXD85BXD8BXD65bBXD68BXD11BXD84BXD79BXD89BXD1BXD71BXD49BXD34BXD40BXD98BXD64BXD66BXD60BXD53BXD48 °C 32.032.533.033.534.034.535.035.536.036.537.037.5femalemale


  MEASURE SUMMARY
Measure Summary Male
Number of strains tested57 strains
Mean of the strain means35.319   °C
Median of the strain means35.3   °C
SD of the strain means± 0.80416
Coefficient of variation (CV)0.0228
Min–max range of strain means33.26   –   36.825   °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 56 160.9035 2.8733 6.6717 < 0.0001
Residuals 196 84.4108 0.4307


Q-Q normality assessment based on residuals

  


  STRAIN MEANS (UNADJUSTED)
  
Select table page: 1 - 10 / 57 (57)
Strain
Sex
Mean
SD
N mice
SEM
CV
Min, Max
Z score
BXD1 m 34.84 0.30496   5 0.13638 0.0088 34.4, 35.2 -0.6
BXD100 m 36.467 0.60277   3 0.34801 0.0165 35.9, 37.1 1.43
BXD101 m 35.3 0.38297   4 0.19149 0.0108 34.8, 35.6 -0.02
BXD11 m 34.967 0.75056   3 0.43333 0.0215 34.1, 35.4 -0.44
BXD12 m 35.7 0.78102   5 0.34928 0.0219 34.8, 36.8 0.47
BXD16 m 35.1 0.60553   4 0.30277 0.0173 34.5, 35.9 -0.27
BXD2 m 35.825 0.54391   4 0.27195 0.0152 35.4, 36.6 0.63
BXD27 m 35.2 0.65955   5 0.29496 0.0187 34.6, 36.1 -0.15
BXD32 m 35.76 1.031   5 0.46109 0.0288 34.7, 37.4 0.55
BXD34 m 34.45 0.23805   4 0.11902 0.0069 34.1, 34.6 -1.08
BXD39 m 35.34 0.71624   5 0.32031 0.0203 34.1, 35.9 0.03
BXD40 m 34.433 0.75056   3 0.43333 0.0218 34.0, 35.3 -1.1
BXD43 m 36.267 1.0214   3 0.58973 0.0282 35.1, 37.0 1.18
BXD44 m 35.033 0.98742   9 0.32914 0.0282 33.7, 36.4 -0.36
BXD45 m 36.82 0.56303   5 0.25179 0.0153 36.2, 37.5 1.87
BXD48 m 33.26 0.98133   5 0.43886 0.0295 32.1, 34.4 -2.56
BXD48a m 35.86 0.6229   5 0.27857 0.0174 35.0, 36.4 0.67
BXD49 m 34.525 0.71356   4 0.35678 0.0207 33.5, 35.1 -0.99
BXD50 m 35.025 0.55603   4 0.27801 0.0159 34.4, 35.7 -0.37
BXD51 m 35.4 0.41231   5 0.18439 0.0116 35.1, 36.1 0.1
BXD53 m 33.52 0.69785   5 0.31209 0.0208 32.6, 34.5 -2.24
BXD55 m 36.08 0.27749   5 0.1241 0.0077 35.6, 36.3 0.95
BXD56 m 35.125 0.49917   4 0.24958 0.0142 34.6, 35.6 -0.24
BXD6 m 36.3 0.83367   5 0.37283 0.023 35.4, 37.1 1.22
BXD60 m 33.55 0.23805   4 0.11902 0.0071 33.3, 33.8 -2.2
BXD61 m 35.733 0.20817   3 0.12019 0.0058 35.5, 35.9 0.51
BXD62 m 36.0 0.8756   4 0.4378 0.0243 34.7, 36.6 0.85
BXD63 m 36.675 0.3304   4 0.1652 0.009 36.2, 36.9 1.69
BXD64 m 34.05 0.83865   4 0.41932 0.0246 32.9, 34.9 -1.58
BXD65 m 35.475 0.71822   4 0.35911 0.0202 34.6, 36.2 0.19
BXD65a m 35.84 0.45056   5 0.20149 0.0126 35.2, 36.4 0.65
BXD65b m 35.0 0.41633   4 0.20817 0.0119 34.5, 35.5 -0.4
BXD66 m 33.88 0.89554   5 0.4005 0.0264 32.7, 35.1 -1.79
BXD67 m 35.14 0.45607   5 0.20396 0.013 34.7, 35.7 -0.22
BXD68 m 34.975 0.61847   4 0.30923 0.0177 34.2, 35.7 -0.43
BXD69 m 35.48 0.82885   5 0.37068 0.0234 34.6, 36.5 0.2
BXD70 m 36.2 0.50332   4 0.25166 0.0139 35.7, 36.9 1.1
BXD71 m 34.66 0.76681   5 0.34293 0.0221 33.8, 35.6 -0.82
BXD73 m 35.375 0.5252   4 0.2626 0.0148 34.6, 35.7 0.07
BXD73a m 35.68 0.66858   5 0.299 0.0187 34.7, 36.4 0.45
BXD73b m 35.42 0.54037   5 0.24166 0.0153 34.6, 36.0 0.13
BXD75 m 36.24 0.38471   5 0.17205 0.0106 35.9, 36.9 1.15
BXD77 m 35.42 0.49699   5 0.22226 0.014 34.9, 36.1 0.13
BXD79 m 34.92 0.13038   5 0.05831 0.0037 34.8, 35.1 -0.5
BXD8 m 35.0 1.1518   4 0.57591 0.0329 34.2, 36.7 -0.4
BXD81 m 35.675 0.63966   4 0.31983 0.0179 35.2, 36.6 0.44
BXD83 m 35.7 0.3   3 0.17321 0.0084 35.4, 36.0 0.47
BXD84 m 34.95 0.54467   4 0.27234 0.0156 34.2, 35.4 -0.46
BXD85 m 35.02 0.54498   5 0.24372 0.0156 34.1, 35.5 -0.37
BXD87 m 36.34 0.53198   5 0.23791 0.0146 35.7, 37.0 1.27
BXD89 m 34.9 0.45461   4 0.2273 0.013 34.4, 35.5 -0.52
BXD90 m 35.025 0.5252   4 0.2626 0.015 34.3, 35.5 -0.37
BXD95 m 35.175 0.4272   4 0.2136 0.0121 34.7, 35.7 -0.18
BXD98 m 34.425 0.90323   4 0.45162 0.0262 33.5, 35.2 -1.11
BXD99 m 35.18 0.76616   5 0.34264 0.0218 34.3, 35.9 -0.17
C57BL/6J m 36.66 0.63482   5 0.2839 0.0173 35.9, 37.4 1.67
DBA/2J m 36.825 0.61847   4 0.30923 0.0168 36.1, 37.6 1.87


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 34.84 0.2934850991 35.4187940619 34.2612059381
BXD100 m 36.4666666667 0.3788876337 37.2138865875 35.7194467458
BXD101 m 35.3 0.328126316 35.9471114337 34.6528885663
BXD11 m 34.9666666667 0.3788876337 35.7138865875 34.2194467458
BXD12 m 35.7 0.2934850991 36.2787940619 35.1212059381
BXD16 m 35.1 0.328126316 35.7471114337 34.4528885663
BXD2 m 35.825 0.328126316 36.4721114337 35.1778885663
BXD27 m 35.2 0.2934850991 35.7787940619 34.6212059381
BXD32 m 35.76 0.2934850991 36.3387940619 35.1812059381
BXD34 m 34.45 0.328126316 35.0971114337 33.8028885663
BXD39 m 35.34 0.2934850991 35.9187940619 34.7612059381
BXD40 m 34.4333333333 0.3788876337 35.1805532542 33.6861134125
BXD43 m 36.2666666667 0.3788876337 37.0138865875 35.5194467458
BXD44 m 35.0333333333 0.2187508773 35.4647409558 34.6019257109
BXD45 m 36.82 0.2934850991 37.3987940619 36.2412059381
BXD48 m 33.26 0.2934850991 33.8387940619 32.6812059381
BXD48a m 35.86 0.2934850991 36.4387940619 35.2812059381
BXD49 m 34.525 0.328126316 35.1721114337 33.8778885663
BXD50 m 35.025 0.328126316 35.6721114337 34.3778885663
BXD51 m 35.4 0.2934850991 35.9787940619 34.8212059381
BXD53 m 33.52 0.2934850991 34.0987940619 32.9412059381
BXD55 m 36.08 0.2934850991 36.6587940619 35.5012059381
BXD56 m 35.125 0.328126316 35.7721114337 34.4778885663
BXD6 m 36.3 0.2934850991 36.8787940619 35.7212059381
BXD60 m 33.55 0.328126316 34.1971114337 32.9028885663
BXD61 m 35.7333333333 0.3788876337 36.4805532542 34.9861134125
BXD62 m 36.0 0.328126316 36.6471114337 35.3528885663
BXD63 m 36.675 0.328126316 37.3221114337 36.0278885663
BXD64 m 34.05 0.328126316 34.6971114337 33.4028885663
BXD65 m 35.475 0.328126316 36.1221114337 34.8278885663
BXD65a m 35.84 0.2934850991 36.4187940619 35.2612059381
BXD65b m 35.0 0.328126316 35.6471114337 34.3528885663
BXD66 m 33.88 0.2934850991 34.4587940619 33.3012059381
BXD67 m 35.14 0.2934850991 35.7187940619 34.5612059381
BXD68 m 34.975 0.328126316 35.6221114337 34.3278885663
BXD69 m 35.48 0.2934850991 36.0587940619 34.9012059381
BXD70 m 36.2 0.328126316 36.8471114337 35.5528885663
BXD71 m 34.66 0.2934850991 35.2387940619 34.0812059381
BXD73 m 35.375 0.328126316 36.0221114337 34.7278885663
BXD73a m 35.68 0.2934850991 36.2587940619 35.1012059381
BXD73b m 35.42 0.2934850991 35.9987940619 34.8412059381
BXD75 m 36.24 0.2934850991 36.8187940619 35.6612059381
BXD77 m 35.42 0.2934850991 35.9987940619 34.8412059381
BXD79 m 34.92 0.2934850991 35.4987940619 34.3412059381
BXD8 m 35.0 0.328126316 35.6471114337 34.3528885663
BXD81 m 35.675 0.328126316 36.3221114337 35.0278885663
BXD83 m 35.7 0.3788876337 36.4472199209 34.9527800791
BXD84 m 34.95 0.328126316 35.5971114337 34.3028885663
BXD85 m 35.02 0.2934850991 35.5987940619 34.4412059381
BXD87 m 36.34 0.2934850991 36.9187940619 35.7612059381
BXD89 m 34.9 0.328126316 35.5471114337 34.2528885663
BXD90 m 35.025 0.328126316 35.6721114337 34.3778885663
BXD95 m 35.175 0.328126316 35.8221114337 34.5278885663
BXD98 m 34.425 0.328126316 35.0721114337 33.7778885663
BXD99 m 35.18 0.2934850991 35.7587940619 34.6012059381
C57BL/6J m 36.66 0.2934850991 37.2387940619 36.0812059381
DBA/2J m 36.825 0.328126316 37.4721114337 36.1778885663




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