An error occurred on this page.
These results could be incomplete or invalid. Staff have been notified.



Project measure / variable:   Auwerx1   temp_t5_HFD

ID, description, units MPD:111293   temp_t5_HFD   body temperature (rectal) in cold (4°C) room, 5h exposed to cold   [°C]  HFD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   56 strains     sex: m     age: 21wks
Procedure body temperature
Ontology mappings

  •   Or, add this measure to your collection.
       
  •     no folder
  •     put it in new folder  

  STRAIN COMPARISON PLOT
Dimensions Width:   px    Height:   px
Download Plot   
Visualization Options

Auwerx1 - body temperature (rectal) in cold (4°C) room, 5h exposed to cold HFD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested56 strains
Mean of the strain means35.004   °C
Median of the strain means35.246   °C
SD of the strain means± 1.3264
Coefficient of variation (CV)0.0379
Min–max range of strain means30.38   –   37.3   °C
Mean sample size per strain4.5   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
strain 55 439.547 7.9918 10.7567 < 0.0001
Residuals 195 144.8762 0.743


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 34.32 0.81976   5 0.36661 0.0239 33.0, 35.0 -0.52
BXD100 m 35.66 0.70214   5 0.31401 0.0197 34.7, 36.3 0.49
BXD101 m 34.925 0.28723   4 0.14361 0.0082 34.6, 35.3 -0.06
BXD11 m 35.54 1.1014   5 0.49254 0.031 33.7, 36.4 0.4
BXD12 m 36.44 0.55498   5 0.24819 0.0152 36.0, 37.4 1.08
BXD16 m 34.84 0.63875   5 0.28566 0.0183 34.3, 35.9 -0.12
BXD2 m 36.08 0.57619   5 0.25768 0.016 35.7, 37.1 0.81
BXD27 m 32.467 1.4012   3 0.80898 0.0432 30.9, 33.6 -1.91
BXD32 m 36.0 0.55678   3 0.32146 0.0155 35.4, 36.5 0.75
BXD34 m 34.5 0.4   5 0.17889 0.0116 34.2, 35.2 -0.38
BXD39 m 35.52 0.23875   5 0.10677 0.0067 35.3, 35.9 0.39
BXD40 m 33.475 0.96393   4 0.48197 0.0288 32.2, 34.4 -1.15
BXD43 m 35.4 1.2288   3 0.70946 0.0347 34.0, 36.3 0.3
BXD44 m 34.022 0.85114   9 0.28371 0.025 32.1, 35.3 -0.74
BXD45 m 36.32 0.55857   5 0.2498 0.0154 35.8, 37.0 0.99
BXD48 m 34.36 0.60249   5 0.26944 0.0175 33.3, 34.8 -0.49
BXD48a m 35.6 0.87178   3 0.50332 0.0245 35.0, 36.6 0.45
BXD49 m 34.62 0.54955   5 0.24576 0.0159 34.0, 35.4 -0.29
BXD50 m 34.5 1.6912   5 0.75631 0.049 31.6, 35.9 -0.38
BXD51 m 34.975 0.7932   4 0.3966 0.0227 33.8, 35.5 -0.02
BXD53 m 34.48 0.34928   5 0.1562 0.0101 33.9, 34.8 -0.4
BXD55 m 36.2 0.08165   4 0.04082 0.0023 36.1, 36.3 0.9
BXD56 m 35.233 0.55076   3 0.31798 0.0156 34.6, 35.6 0.17
BXD6 m 34.54 0.68775   5 0.30757 0.0199 33.6, 35.3 -0.35
BXD60 m 33.025 1.0626   4 0.53131 0.0322 32.3, 34.6 -1.49
BXD61 m 35.9 0.46368   5 0.20736 0.0129 35.3, 36.5 0.68
BXD62 m 36.275 0.34034   4 0.17017 0.0094 36.0, 36.7 0.96
BXD63 m 34.1 2.5456   2   1.8 0.0747 32.3, 35.9 -0.68
BXD64 m 33.3 0.58878   4 0.29439 0.0177 32.7, 34.1 -1.28
BXD65 m 35.2 0.24495   4 0.12247 0.007 34.9, 35.5 0.15
BXD65a m 32.6 1.5078   4 0.75388 0.0463 30.7, 34.0 -1.81
BXD66 m 30.38 2.6499   5 1.1851 0.0872 26.2, 33.5 -3.49
BXD67 m 33.96 1.1082   5 0.49558 0.0326 32.1, 34.9 -0.79
BXD68 m 34.925 0.22174   4 0.11087 0.0063 34.6, 35.1 -0.06
BXD69 m 33.82 0.97314   5 0.4352 0.0288 32.9, 35.3 -0.89
BXD70 m 37.3 0.77028   4 0.38514 0.0207 36.3, 38.0 1.73
BXD71 m 34.467 0.05774   3 0.03333 0.0017 34.4, 34.5 -0.41
BXD73 m 35.26 1.1014   5 0.49254 0.0312 34.2, 36.8 0.19
BXD73a m 36.7 0.23452   5 0.10488 0.0064 36.3, 36.9 1.28
BXD73b m 35.6 0.73485   5 0.32863 0.0206 34.8, 36.6 0.45
BXD75 m 37.12 0.30332   5 0.13565 0.0082 36.7, 37.5 1.59
BXD77 m 35.5 0.6   5 0.26833 0.0169 34.6, 36.2 0.37
BXD79 m 35.48 0.20494   5 0.09165 0.0058 35.3, 35.8 0.36
BXD8 m 35.64 0.86487   5 0.38678 0.0243 34.8, 37.0 0.48
BXD81 m 33.65 0.51962   4 0.25981 0.0154 33.3, 34.4 -1.02
BXD83 m 35.975 0.45   4 0.225 0.0125 35.6, 36.6 0.73
BXD84 m 35.467 0.66583   3 0.38442 0.0188 34.9, 36.2 0.35
BXD85 m 35.4 0.53541   4 0.26771 0.0151 35.1, 36.2 0.3
BXD87 m 36.58 0.55857   5 0.2498 0.0153 35.8, 37.1 1.19
BXD89 m 36.125 0.57373   4 0.28687 0.0159 35.6, 36.8 0.84
BXD90 m 36.1 0.40825   4 0.20412 0.0113 35.7, 36.5 0.83
BXD95 m 33.96 0.85615   5 0.38288 0.0252 33.1, 34.9 -0.79
BXD98 m 32.2 0.89163   5 0.39875 0.0277 30.7, 33.0 -2.11
BXD99 m 35.04 1.4519   5 0.64931 0.0414 33.2, 36.8 0.03
C57BL/6J m 36.54 0.43359   5 0.19391 0.0119 36.1, 37.2 1.16
DBA/2J m 36.64 0.47749   5 0.21354 0.013 36.0, 37.2 1.23


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 34.32 0.3854750279 35.0802354117 33.5597645883
BXD100 m 35.66 0.3854750279 36.4202354117 34.8997645883
BXD101 m 34.925 0.430974183 35.7749690298 34.0750309702
BXD11 m 35.54 0.3854750279 36.3002354117 34.7797645883
BXD12 m 36.44 0.3854750279 37.2002354117 35.6797645883
BXD16 m 34.84 0.3854750279 35.6002354117 34.0797645883
BXD2 m 36.08 0.3854750279 36.8402354117 35.3197645883
BXD27 m 32.4666666667 0.4976461212 33.4481263629 31.4852069704
BXD32 m 36.0 0.4976461212 36.9814596963 35.0185403037
BXD34 m 34.5 0.3854750279 35.2602354117 33.7397645883
BXD39 m 35.52 0.3854750279 36.2802354117 34.7597645883
BXD40 m 33.475 0.430974183 34.3249690298 32.6250309702
BXD43 m 35.4 0.4976461212 36.3814596963 34.4185403037
BXD44 m 34.0222222222 0.287316122 34.5888682421 33.4555762024
BXD45 m 36.32 0.3854750279 37.0802354117 35.5597645883
BXD48 m 34.36 0.3854750279 35.1202354117 33.5997645883
BXD48a m 35.6 0.4976461212 36.5814596963 34.6185403037
BXD49 m 34.62 0.3854750279 35.3802354117 33.8597645883
BXD50 m 34.5 0.3854750279 35.2602354117 33.7397645883
BXD51 m 34.975 0.430974183 35.8249690298 34.1250309702
BXD53 m 34.48 0.3854750279 35.2402354117 33.7197645883
BXD55 m 36.2 0.430974183 37.0499690298 35.3500309702
BXD56 m 35.2333333333 0.4976461212 36.2147930296 34.2518736371
BXD6 m 34.54 0.3854750279 35.3002354117 33.7797645883
BXD60 m 33.025 0.430974183 33.8749690298 32.1750309702
BXD61 m 35.9 0.3854750279 36.6602354117 35.1397645883
BXD62 m 36.275 0.430974183 37.1249690298 35.4250309702
BXD63 m 34.1 0.6094895347 35.3020377295 32.8979622705
BXD64 m 33.3 0.430974183 34.1499690298 32.4500309702
BXD65 m 35.2 0.430974183 36.0499690298 34.3500309702
BXD65a m 32.6 0.430974183 33.4499690298 31.7500309702
BXD66 m 30.38 0.3854750279 31.1402354117 29.6197645883
BXD67 m 33.96 0.3854750279 34.7202354117 33.1997645883
BXD68 m 34.925 0.430974183 35.7749690298 34.0750309702
BXD69 m 33.82 0.3854750279 34.5802354117 33.0597645883
BXD70 m 37.3 0.430974183 38.1499690298 36.4500309702
BXD71 m 34.4666666667 0.4976461212 35.4481263629 33.4852069704
BXD73 m 35.26 0.3854750279 36.0202354117 34.4997645883
BXD73a m 36.7 0.3854750279 37.4602354117 35.9397645883
BXD73b m 35.6 0.3854750279 36.3602354117 34.8397645883
BXD75 m 37.12 0.3854750279 37.8802354117 36.3597645883
BXD77 m 35.5 0.3854750279 36.2602354117 34.7397645883
BXD79 m 35.48 0.3854750279 36.2402354117 34.7197645883
BXD8 m 35.64 0.3854750279 36.4002354117 34.8797645883
BXD81 m 33.65 0.430974183 34.4999690298 32.8000309702
BXD83 m 35.975 0.430974183 36.8249690298 35.1250309702
BXD84 m 35.4666666667 0.4976461212 36.4481263629 34.4852069704
BXD85 m 35.4 0.430974183 36.2499690298 34.5500309702
BXD87 m 36.58 0.3854750279 37.3402354117 35.8197645883
BXD89 m 36.125 0.430974183 36.9749690298 35.2750309702
BXD90 m 36.1 0.430974183 36.9499690298 35.2500309702
BXD95 m 33.96 0.3854750279 34.7202354117 33.1997645883
BXD98 m 32.2 0.3854750279 32.9602354117 31.4397645883
BXD99 m 35.04 0.3854750279 35.8002354117 34.2797645883
C57BL/6J m 36.54 0.3854750279 37.3002354117 35.7797645883
DBA/2J m 36.64 0.3854750279 37.4002354117 35.8797645883




  GWAS USING LINEAR MIXED MODELS