Project measure / variable:   Schoonjans1   gluc_kinetic_t30_CD

ID, description, units MPD:112642   gluc_kinetic_t30_CD   glucose, glucose kinetic test (Ensure Plus oral gavage, overday fast), at 20 wks of age, after 30 min   [mmol/L]  CD  
high-fat diet study
Data set, strains Schoonjans1   BXD w/par   36 strains     sex: m     age: 20wks
Procedure glucose tolerance
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  STRAIN COMPARISON PLOT
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Schoonjans1 - glucose, glucose kinetic test (Ensure Plus oral gavage, overday fast), at 20 wks of age, after 30 min CD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested36 strains
Mean of the strain means198.8   mmol/L
Median of the strain means188.1   mmol/L
SD of the strain means± 62.21
Coefficient of variation (CV)0.313
Min–max range of strain means136.8   –   512.0   mmol/L
Mean sample size per strain4.8   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
strain 35 665108.3395 19003.0954 10.1427 < 0.0001
Residuals 135 252931.45 1873.5663


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 148.0 19.685   5 8.8034 0.133 114.0, 165.0 -0.82
BXD100 m 186.2 14.446   5 6.4607 0.0776 169.0, 209.0 -0.2
BXD11 m 192.8 26.133   4 13.066 0.1356 161.0, 225.0 -0.1
BXD12 m 177.8 14.5   4 7.25 0.0816 163.0, 195.0 -0.34
BXD27 m 228.8 151.9   4 75.96 0.6641 144.0, 456.0 0.48
BXD32 m 145.0 14.23   5 6.364 0.0981 130.0, 163.0 -0.86
BXD34 m 192.8 22.242   5 9.9469 0.1154 168.0, 221.0 -0.1
BXD39 m 281.2 119.4   4 59.72 0.4247 184.0, 448.0 1.33
BXD40 m 164.2 11.432   5 5.1127 0.0696 147.0, 176.0 -0.56
BXD43 m 237.0 42.113   5 18.833 0.1777 174.0, 282.0 0.61
BXD45 m 224.8 19.619   4 9.8096 0.0873 201.0, 248.0 0.42
BXD48 m 207.2 26.846   5 12.006 0.1296 171.0, 235.0 0.14
BXD48a m 166.5 30.26   4 15.13 0.1817 129.0, 193.0 -0.52
BXD49 m 190.0 8.0312   5 3.5917 0.0423 182.0, 200.0 -0.14
BXD51 m 204.0 23.759   5 10.625 0.1165 181.0, 244.0 0.08
BXD53 m 165.6 14.363   5 6.4234 0.0867 151.0, 184.0 -0.53
BXD55 m 178.2 12.969   5 5.8 0.0728 162.0, 198.0 -0.33
BXD6 m 186.0 9.6437   5 4.3128 0.0518 171.0, 195.0 -0.21
BXD62 m 160.4 24.337   5 10.884 0.1517 128.0, 190.0 -0.62
BXD63 m 175.4 52.16   5 23.325 0.2974 111.0, 243.0 -0.38
BXD64 m 207.6 48.603   5 21.736 0.2341 155.0, 282.0 0.14
BXD66 m 136.8 28.057   5 12.548 0.2051 110.0, 176.0 -1.0
BXD67 m 192.0 7.4386   4 3.7193 0.0387 187.0, 203.0 -0.11
BXD69 m 512.0 25.612   5 11.454 0.05 482.0, 546.0 5.04
BXD73 m 180.0 5.4772   5 2.4495 0.0304 171.0, 185.0 -0.3
BXD75 m 218.6 49.49   5 22.133 0.2264 143.0, 270.0 0.32
BXD77 m 213.6 35.097   5 15.696 0.1643 175.0, 259.0 0.24
BXD79 m 217.0 59.41   5 26.571 0.2738 176.0, 315.0 0.29
BXD8 m 162.8 17.824   5 7.9712 0.1095 149.0, 194.0 -0.58
BXD81 m 152.2 36.836   4 18.418 0.2419 113.0, 202.0 -0.75
BXD84 m 256.8 85.94   5 38.434 0.3347 164.0, 377.0 0.93
BXD87 m 162.2 19.967   5 8.9297 0.1231 133.0, 184.0 -0.59
BXD89 m 174.8 42.181   5 18.864 0.2413 133.0, 245.0 -0.39
BXD90 m 163.8 13.7   5 6.127 0.0836 155.0, 188.0 -0.56
C57BL/6J m 198.6 14.571   5 6.5161 0.0734 181.0, 219.0 0.0
DBA/2J m 194.8 61.78   4 30.891 0.3172 122.0, 272.0 -0.06


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 148.0 19.3575117011 186.2832013979 109.7167986021
BXD100 m 186.2 19.3575117011 224.4832013979 147.9167986021
BXD11 m 192.75 21.6423560195 235.551920361 149.948079639
BXD12 m 177.75 21.6423560195 220.551920361 134.948079639
BXD27 m 228.75 21.6423560195 271.551920361 185.948079639
BXD32 m 145.0 19.3575117011 183.2832013979 106.7167986021
BXD34 m 192.8 19.3575117011 231.0832013979 154.5167986021
BXD39 m 281.25 21.6423560195 324.051920361 238.448079639
BXD40 m 164.2 19.3575117011 202.4832013979 125.9167986021
BXD43 m 237.0 19.3575117011 275.2832013979 198.7167986021
BXD45 m 224.75 21.6423560195 267.551920361 181.948079639
BXD48 m 207.2 19.3575117011 245.4832013979 168.9167986021
BXD48a m 166.5 21.6423560195 209.301920361 123.698079639
BXD49 m 190.0 19.3575117011 228.2832013979 151.7167986021
BXD51 m 204.0 19.3575117011 242.2832013979 165.7167986021
BXD53 m 165.6 19.3575117011 203.8832013979 127.3167986021
BXD55 m 178.2 19.3575117011 216.4832013979 139.9167986021
BXD6 m 186.0 19.3575117011 224.2832013979 147.7167986021
BXD62 m 160.4 19.3575117011 198.6832013979 122.1167986021
BXD63 m 175.4 19.3575117011 213.6832013979 137.1167986021
BXD64 m 207.6 19.3575117011 245.8832013979 169.3167986021
BXD66 m 136.8 19.3575117011 175.0832013979 98.5167986021
BXD67 m 192.0 21.6423560195 234.801920361 149.198079639
BXD69 m 512.0 19.3575117011 550.2832013979 473.7167986021
BXD73 m 180.0 19.3575117011 218.2832013979 141.7167986021
BXD75 m 218.6 19.3575117011 256.8832013979 180.3167986021
BXD77 m 213.6 19.3575117011 251.8832013979 175.3167986021
BXD79 m 217.0 19.3575117011 255.2832013979 178.7167986021
BXD8 m 162.8 19.3575117011 201.0832013979 124.5167986021
BXD81 m 152.25 21.6423560195 195.051920361 109.448079639
BXD84 m 256.8 19.3575117011 295.0832013979 218.5167986021
BXD87 m 162.2 19.3575117011 200.4832013979 123.9167986021
BXD89 m 174.8 19.3575117011 213.0832013979 136.5167986021
BXD90 m 163.8 19.3575117011 202.0832013979 125.5167986021
C57BL/6J m 198.6 19.3575117011 236.8832013979 160.3167986021
DBA/2J m 194.75 21.6423560195 237.551920361 151.948079639




  GWAS USING LINEAR MIXED MODELS