Project measure / variable:   Palmer5   glucose_fast

ID, description, units MPD:59752   glucose_fast   glucose (blood GLU, 16h fast)   [mmol/L]  
Data set, strains Palmer5   F1 Tcf7l2   30 strains     sex: both     age: 7-14wks
Procedure metabolic panel
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  STRAIN COMPARISON PLOT
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Palmer5 - glucose (blood GLU, 16h fast)



  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested30 strains30 strains
Mean of the strain means54.0   mmol/L 63.4   mmol/L
Median of the strain means52.0   mmol/L 62.3   mmol/L
SD of the strain means± 9.64 ± 12.7
Coefficient of variation (CV)0.179 0.200
Min–max range of strain means41.8   –   83.2   mmol/L 42.8   –   87.4   mmol/L
Mean sample size per strain4.8   mice 4.6   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
sex 1 6244.9917 6244.9917 33.0608 < 0.0001
strain 29 25234.1221 870.1421 4.6065 < 0.0001
sex:strain 29 7813.103 269.4173 1.4263 0.0808
Residuals 226 42690.0909 188.8942


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
129SB6F1 f 42.5 5.39   6 2.2 0.127 34.0, 49.0 -1.19
129SB6F1 m 49.6 6.99   5 3.12 0.141 43.0, 59.0 -1.09
AB6F1 f 43.7 2.31   3 1.33 0.0529 41.0, 45.0 -1.07
AB6F1 m 54.2 10.8   4 5.38 0.198 45.0, 65.0 -0.73
AKB6F1 f 47.2 5.91   4 2.95 0.125 40.0, 53.0 -0.7
AKB6F1 m 78.0 2.83   2   2.0 0.0363 76.0, 80.0 1.15
BKSB6F1 f 50.0 9.7   5 4.34 0.194 38.0, 64.0 -0.41
BKSB6F1 m 53.5 10.9   6 4.43 0.203 43.0, 65.0 -0.78
BTBRB6F1 f 56.8 10.2   4 5.11 0.18 44.0, 65.0 0.29
BTBRB6F1 m 71.5 7.14   4 3.57 0.0999 64.0, 79.0 0.64
BUB6F1 f 46.4 8.3   7 3.14 0.179 37.0, 60.0 -0.79
BUB6F1 m 44.2 12.0   5 5.36 0.271 37.0, 65.0 -1.52
C3B6F1 f 54.8 12.6   4 6.28 0.229 46.0, 73.0 0.09
C3B6F1 m 80.0 18.2   4 9.12 0.228 67.0, 107.0 1.31
C57BL/6J f 58.8 13.7   8 4.85 0.233 39.0, 80.0 0.5
C57BL/6J m 66.8 10.9   9 3.64 0.164 51.0, 84.0 0.27
C57LB6F1 f 70.3 13.7   3 7.88 0.194 58.0, 85.0 1.69
C57LB6F1 m 73.0 34.6   3 20.0 0.474 34.0, 100.0 0.75
C58B6F1 f 61.5 17.0   6 6.94 0.276 41.0, 92.0 0.78
C58B6F1 m 53.5 10.5   4 5.25 0.196 47.0, 69.0 -0.78
CBAB6F1 f 55.3 21.1   3 12.2 0.382 33.0, 75.0 0.14
CBAB6F1 m 64.3 15.5   3 8.95 0.241 49.0, 80.0 0.07
CByB6F1 f 51.0 14.3   4 7.14 0.28 40.0, 70.0 -0.31
CByB6F1 m 55.6 11.2   5 5.01 0.201 46.0, 71.0 -0.62
D2B6F1 f 72.8 24.5   5 11.0 0.337 42.0, 98.0 1.95
D2B6F1 m 87.4 25.5   5 11.4 0.292 43.0, 108.0 1.89
DDYB6F1 f 44.8 8.06   4 4.03 0.18 36.0, 53.0 -0.95
DDYB6F1 m 67.0 8.51   5 3.81 0.127 56.0, 79.0 0.28
FVBB6F1 f 68.8 18.9   5 8.47 0.275 49.0, 93.0 1.54
FVBB6F1 m 76.7 13.4   7 5.06 0.175 66.0, 98.0 1.05
IB6F1 f 55.5 6.83   6 2.79 0.123 45.0, 63.0 0.16
IB6F1 m 80.5 25.6   6 10.5 0.318 59.0, 127.0 1.35
KKB6F1 f 83.2 14.6   4 7.32 0.176 62.0, 95.0 3.03
KKB6F1 m 65.6 8.62   5 3.85 0.131 56.0, 78.0 0.17
LPB6F1 f 47.5 17.7   2   12.5 0.372 35.0, 60.0 -0.67
LPB6F1 m 60.3 12.9   3 7.45 0.214 46.0, 71.0 -0.25
MAB6F1 f 41.8 10.0   6 4.1 0.24 33.0, 59.0 -1.26
MAB6F1 m 50.2 6.46   5 2.89 0.129 43.0, 57.0 -1.04
MRLB6F1 f 48.4 8.3   7 3.14 0.171 40.0, 62.0 -0.58
MRLB6F1 m 49.8 7.6   5 3.4 0.153 43.0, 62.0 -1.08
NODB6F1 f 46.8 3.7   5 1.66 0.0791 42.0, 51.0 -0.74
NODB6F1 m 50.3 6.83   6 2.79 0.136 43.0, 60.0 -1.04
NONB6F1 f 49.0 7.87   4 3.94 0.161 38.0, 56.0 -0.52
NONB6F1 m 55.7 12.0   3 6.94 0.216 44.0, 68.0 -0.61
NZBB6F1 f 49.0 16.6   4 8.32 0.339 35.0, 73.0 -0.52
NZBB6F1 m 52.0 19.7   3 11.4 0.378 34.0, 73.0 -0.9
NZWB6F1 f 54.0 11.2   4 5.58 0.207 44.0, 66.0 0.0
NZWB6F1 m 65.3 17.4   6 7.11 0.267 50.0, 98.0 0.15
PLB6F1 f 57.8 17.0   5 7.61 0.294 41.0, 83.0 0.4
PLB6F1 m 76.0 18.4   2   13.0 0.242 63.0, 89.0 0.99
RIIIB6F1 f 50.2 9.78   5 4.37 0.195 41.0, 65.0 -0.39
RIIIB6F1 m 59.9 18.0   8 6.36 0.3 40.0, 100.0 -0.28
SEAB6F1 f 44.8 15.4   9 5.14 0.344 21.0, 70.0 -0.95
SEAB6F1 m 56.4 9.11   7 3.44 0.161 40.0, 63.0 -0.55
SJLB6F1 f 53.0 11.3   6 4.62 0.213 41.0, 69.0 -0.1
SJLB6F1 m 79.2 13.1   4 6.55 0.165 60.0, 88.0 1.24
SMB6F1 f 58.7 8.96   3 5.17 0.153 53.0, 69.0 0.49
SMB6F1 m 83.7 21.7   3 12.5 0.26 64.0, 107.0 1.6
SWRB6F1 f 55.0 19.4   4 9.68 0.352 36.0, 82.0 0.11
SWRB6F1 m 42.8 5.38   4 2.69 0.126 36.0, 49.0 -1.63


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
129SB6F1 f 42.5 5.6109 53.5564 31.4436
129SB6F1 m 49.6 6.1464 61.7117 37.4883
AB6F1 f 43.6667 7.935 59.3028 28.0306
AB6F1 m 54.25 6.8719 67.7913 40.7087
AKB6F1 f 47.25 6.8719 60.7913 33.7087
AKB6F1 m 78.0 9.7184 97.1502 58.8498
BKSB6F1 f 50.0 6.1464 62.1117 37.8883
BKSB6F1 m 53.5 5.6109 64.5564 42.4436
BTBRB6F1 f 56.75 6.8719 70.2913 43.2087
BTBRB6F1 m 71.5 6.8719 85.0413 57.9587
BUB6F1 f 46.4286 5.1947 56.6648 36.1923
BUB6F1 m 44.2 6.1464 56.3117 32.0883
C3B6F1 f 54.75 6.8719 68.2913 41.2087
C3B6F1 m 80.0 6.8719 93.5413 66.4587
C57BL/6J f 58.75 4.8592 68.3251 49.1749
C57BL/6J m 66.7778 4.5813 75.8053 57.7503
C57LB6F1 f 70.3333 7.935 85.9694 54.6972
C57LB6F1 m 73.0 7.935 88.6361 57.3639
C58B6F1 f 61.5 5.6109 72.5564 50.4436
C58B6F1 m 53.5 6.8719 67.0413 39.9587
CBAB6F1 f 55.3333 7.935 70.9694 39.6972
CBAB6F1 m 64.3333 7.935 79.9694 48.6972
CByB6F1 f 51.0 6.8719 64.5413 37.4587
CByB6F1 m 55.6 6.1464 67.7117 43.4883
D2B6F1 f 72.8 6.1464 84.9117 60.6883
D2B6F1 m 87.4 6.1464 99.5117 75.2883
DDYB6F1 f 44.75 6.8719 58.2913 31.2087
DDYB6F1 m 67.0 6.1464 79.1117 54.8883
FVBB6F1 f 68.8 6.1464 80.9117 56.6883
FVBB6F1 m 76.7143 5.1947 86.9505 66.478
IB6F1 f 55.5 5.6109 66.5564 44.4436
IB6F1 m 80.5 5.6109 91.5564 69.4436
KKB6F1 f 83.25 6.8719 96.7913 69.7087
KKB6F1 m 65.6 6.1464 77.7117 53.4883
LPB6F1 f 47.5 9.7184 66.6502 28.3498
LPB6F1 m 60.3333 7.935 75.9694 44.6972
MAB6F1 f 41.8333 5.6109 52.8897 30.7769
MAB6F1 m 50.2 6.1464 62.3117 38.0883
MRLB6F1 f 48.4286 5.1947 58.6648 38.1923
MRLB6F1 m 49.8 6.1464 61.9117 37.6883
NODB6F1 f 46.8 6.1464 58.9117 34.6883
NODB6F1 m 50.3333 5.6109 61.3897 39.2769
NONB6F1 f 49.0 6.8719 62.5413 35.4587
NONB6F1 m 55.6667 7.935 71.3028 40.0306
NZBB6F1 f 49.0 6.8719 62.5413 35.4587
NZBB6F1 m 52.0 7.935 67.6361 36.3639
NZWB6F1 f 54.0 6.8719 67.5413 40.4587
NZWB6F1 m 65.3333 5.6109 76.3897 54.2769
PLB6F1 f 57.8 6.1464 69.9117 45.6883
PLB6F1 m 76.0 9.7184 95.1502 56.8498
RIIIB6F1 f 50.2 6.1464 62.3117 38.0883
RIIIB6F1 m 59.875 4.8592 69.4501 50.2999
SEAB6F1 f 44.7778 4.5813 53.8053 35.7503
SEAB6F1 m 56.4286 5.1947 66.6648 46.1923
SJLB6F1 f 53.0 5.6109 64.0564 41.9436
SJLB6F1 m 79.25 6.8719 92.7913 65.7087
SMB6F1 f 58.6667 7.935 74.3028 43.0306
SMB6F1 m 83.6667 7.935 99.3028 68.0306
SWRB6F1 f 55.0 6.8719 68.5413 41.4587
SWRB6F1 m 42.75 6.8719 56.2913 29.2087


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
129SB6F1 both 46.05 4.1612 54.2496 37.8504
AB6F1 both 48.9583 5.2485 59.3006 38.616
AKB6F1 both 62.625 5.9513 74.3521 50.8979
BKSB6F1 both 51.75 4.1612 59.9496 43.5504
BTBRB6F1 both 64.125 4.8592 73.7001 54.5499
BUB6F1 both 45.3143 4.0238 53.2432 37.3853
C3B6F1 both 67.375 4.8592 76.9501 57.7999
C57BL/6J both 62.7639 3.3392 69.3438 56.184
C57LB6F1 both 71.6667 5.6109 82.7231 60.6103
C58B6F1 both 57.5 4.4358 66.2409 48.7591
CBAB6F1 both 59.8333 5.6109 70.8897 48.7769
CByB6F1 both 53.3 4.6098 62.3838 44.2162
D2B6F1 both 80.1 4.3462 88.6643 71.5357
DDYB6F1 both 55.875 4.6098 64.9588 46.7912
FVBB6F1 both 72.7571 4.0238 80.6861 64.8282
IB6F1 both 68.0 3.9675 75.8181 60.1819
KKB6F1 both 74.425 4.6098 83.5088 65.3412
LPB6F1 both 53.9167 6.2732 66.2781 41.5552
MAB6F1 both 46.0167 4.1612 54.2163 37.817
MRLB6F1 both 49.1143 4.0238 57.0432 41.1853
NODB6F1 both 48.5667 4.1612 56.7663 40.367
NONB6F1 both 52.3333 5.2485 62.6756 41.991
NZBB6F1 both 50.5 5.2485 60.8423 40.1577
NZWB6F1 both 59.6667 4.4358 68.4075 50.9258
PLB6F1 both 66.9 5.7495 78.2294 55.5706
RIIIB6F1 both 55.0375 3.9176 62.7572 47.3178
SEAB6F1 both 50.6032 3.4631 57.4273 43.779
SJLB6F1 both 66.125 4.4358 74.8659 57.3841
SMB6F1 both 71.1667 5.6109 82.2231 60.1103
SWRB6F1 both 48.875 4.8592 58.4501 39.2999




GWAS analysis not available: Strain panel must be either Inbred, HMDP, BXD, BXH, CXB, or AXB/BXA