Project measure / variable:   Auwerx1   systolic_bp_CD

ID, description, units MPD:111274   systolic_bp_CD   systolic blood pressure   [mmHg]  CD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   57 strains     sex: m     age: 19wks
Procedure tail cuff
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  STRAIN COMPARISON PLOT
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Auwerx1 - systolic blood pressure CD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested57 strains
Mean of the strain means108.7   mmHg
Median of the strain means108.5   mmHg
SD of the strain means± 7.8649
Coefficient of variation (CV)0.0723
Min–max range of strain means89.4   –   124.2   mmHg
Mean sample size per strain4.1   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
strain 56 13925.484 248.6694 2.002 0.0003
Residuals 177 21985.6808 124.2129


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 115.4 13.164   5 5.8873 0.1141 101.0, 133.0 0.85
BXD100 m 110.3 5.7735   3 3.3333 0.0523 107.0, 117.0 0.2
BXD101 m 100.0 10.708   4 5.3541 0.1071 88.0, 114.0 -1.11
BXD11 m 102.7 5.6862   3 3.283 0.0554 98.0, 109.0 -0.77
BXD12 m 109.6 11.653   5 5.2115 0.1063 97.0, 121.0 0.11
BXD16 m 108.5 7.1414   4 3.5707 0.0658 98.0, 113.0 -0.03
BXD2 m 109.8 7.719   4 3.8595 0.0703 102.0, 119.0 0.14
BXD27 m 107.8 10.545   5 4.7159 0.0978 90.0, 117.0 -0.12
BXD32 m 103.8 10.035   5 4.4878 0.0967 89.0, 114.0 -0.63
BXD34 m 107.8 7.1356   4 3.5678 0.0662 100.0, 116.0 -0.12
BXD39 m 89.4 10.922   5 4.8847 0.1222 76.0, 103.0 -2.46
BXD40 m 121.0 7.0   3 4.0415 0.0579 113.0, 126.0 1.56
BXD43 m 94.67 7.3711   3 4.2557 0.0779 89.0, 103.0 -1.79
BXD44 m 105.0 17.08   8 6.0386 0.1627 72.0, 132.0 -0.47
BXD45 m 121.5 3.873   4 1.9365 0.0319 118.0, 127.0 1.62
BXD48 m 108.5 12.124   4 6.0622 0.1117 98.0, 125.0 -0.03
BXD48a m 115.7 3.2146   3 1.8559 0.0278 112.0, 118.0 0.89
BXD49 m 93.5 9.1469   4 4.5735 0.0978 87.0, 107.0 -1.94
BXD50 m 95.0 14.832   4 7.4162 0.1561 74.0, 108.0 -1.75
BXD51 m 98.75 5.909   4 2.9545 0.0598 93.0, 107.0 -1.27
BXD53 m 110.2 8.438   5 3.7736 0.0766 105.0, 125.0 0.19
BXD55 m 122.0 2.4495   4 1.2247 0.0201 119.0, 124.0 1.69
BXD56 m 106.5 15.28   4 7.64 0.1435 86.0, 123.0 -0.28
BXD6 m 102.6 7.3007   5 3.265 0.0712 93.0, 111.0 -0.78
BXD60 m 118.2 14.151   4 7.0755 0.1197 102.0, 132.0 1.2
BXD61 m 108.3 4.9329   3 2.848 0.0455 105.0, 114.0 -0.06
BXD62 m 98.5 3.0   4 1.5 0.0305 95.0, 101.0 -1.3
BXD63 m 115.8 10.372   4 5.1861 0.0896 101.0, 125.0 0.9
BXD64 m 115.8 11.529   4 5.7645 0.0996 105.0, 131.0 0.9
BXD65 m 107.0 12.302   4 6.1509 0.115 94.0, 118.0 -0.22
BXD65a m 110.8 14.841   4 7.4204 0.134 96.0, 131.0 0.26
BXD65b m 99.25 4.3493   4 2.1747 0.0438 93.0, 103.0 -1.21
BXD66 m 101.0 5.3541   4 2.6771 0.053 95.0, 108.0 -0.98
BXD67 m 110.6 6.5803   5 2.9428 0.0595 105.0, 120.0 0.24
BXD68 m 106.5 4.5092   4 2.2546 0.0423 103.0, 113.0 -0.28
BXD69 m 114.5 13.892   4 6.9462 0.1213 102.0, 134.0 0.73
BXD70 m 104.2 13.937   4 6.9687 0.1337 87.0, 121.0 -0.58
BXD71 m 116.5 7.5056   4 3.7528 0.0644 110.0, 126.0 0.99
BXD73 m 101.5 29.682   4 14.841 0.2924 61.0, 131.0 -0.92
BXD73a m 113.2 11.983   4 5.9913 0.1058 103.0, 128.0 0.57
BXD73b m 123.0 22.642   4 11.321 0.1841 98.0, 153.0 1.81
BXD75 m 124.2 2.63   4 1.315 0.0212 122.0, 128.0 1.97
BXD77 m 107.4 5.1284   5 2.2935 0.0478 103.0, 116.0 -0.17
BXD79 m 100.5 8.5049   4 4.2525 0.0846 88.0, 107.0 -1.05
BXD8 m 111.0 13.515   4 6.7577 0.1218 96.0, 126.0 0.29
BXD81 m 105.7 16.971   4 8.4856 0.1606 86.7, 128.0 -0.39
BXD83 m 115.0 4.3589   3 2.5166 0.0379 110.0, 118.0 0.8
BXD84 m 111.0 13.589   4 6.7946 0.1224 96.0, 123.0 0.29
BXD85 m 107.2 14.886   4 7.4428 0.1388 91.0, 127.0 -0.19
BXD87 m 104.2 8.0156   4 4.0078 0.0769 98.0, 116.0 -0.58
BXD89 m 117.2 12.312   4 6.156 0.105 99.0, 126.0 1.08
BXD90 m 112.2 2.0616   4 1.0308 0.0184 110.0, 115.0 0.44
BXD95 m 122.5 8.3467   4 4.1733 0.0681 114.0, 133.0 1.75
BXD98 m 105.5 5.6862   4 2.8431 0.0539 99.0, 112.0 -0.41
BXD99 m 103.5 8.6987   4 4.3493 0.084 91.0, 111.0 -0.67
C57BL/6J m 113.0 11.972   4 5.9861 0.1059 102.0, 130.0 0.54
DBA/2J m 113.0 1.8257   4 0.91287 0.0162 111.0, 115.0 0.54


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 115.4 4.984232861 125.236170234 105.563829766
BXD100 m 110.3333333333 6.4346169548 123.0317745022 97.6348921644
BXD101 m 100.0 5.5725417465 110.9971726407 89.0028273593
BXD11 m 102.6666666667 6.4346169548 115.3651078356 89.9682254978
BXD12 m 109.6 4.984232861 119.436170234 99.763829766
BXD16 m 108.5 5.5725417465 119.4971726407 97.5028273593
BXD2 m 109.75 5.5725417465 120.7471726407 98.7528273593
BXD27 m 107.8 4.984232861 117.636170234 97.963829766
BXD32 m 103.8 4.984232861 113.636170234 93.963829766
BXD34 m 107.75 5.5725417465 118.7471726407 96.7528273593
BXD39 m 89.4 4.984232861 99.236170234 79.563829766
BXD40 m 121.0 6.4346169548 133.6984411689 108.3015588311
BXD43 m 94.6666666667 6.4346169548 107.3651078356 81.9682254978
BXD44 m 105.0 3.9403820574 112.7761753481 97.2238246519
BXD45 m 121.5 5.5725417465 132.4971726407 110.5028273593
BXD48 m 108.5 5.5725417465 119.4971726407 97.5028273593
BXD48a m 115.6666666667 6.4346169548 128.3651078356 102.9682254978
BXD49 m 93.5 5.5725417465 104.4971726407 82.5028273593
BXD50 m 95.0 5.5725417465 105.9971726407 84.0028273593
BXD51 m 98.75 5.5725417465 109.7471726407 87.7528273593
BXD53 m 110.2 4.984232861 120.036170234 100.363829766
BXD55 m 122.0 5.5725417465 132.9971726407 111.0028273593
BXD56 m 106.45 5.5725417465 117.4471726407 95.4528273593
BXD6 m 102.6 4.984232861 112.436170234 92.763829766
BXD60 m 118.25 5.5725417465 129.2471726407 107.2528273593
BXD61 m 108.3333333333 6.4346169548 121.0317745022 95.6348921644
BXD62 m 98.5 5.5725417465 109.4971726407 87.5028273593
BXD63 m 115.75 5.5725417465 126.7471726407 104.7528273593
BXD64 m 115.75 5.5725417465 126.7471726407 104.7528273593
BXD65 m 107.0 5.5725417465 117.9971726407 96.0028273593
BXD65a m 110.75 5.5725417465 121.7471726407 99.7528273593
BXD65b m 99.25 5.5725417465 110.2471726407 88.2528273593
BXD66 m 101.0 5.5725417465 111.9971726407 90.0028273593
BXD67 m 110.6 4.984232861 120.436170234 100.763829766
BXD68 m 106.5 5.5725417465 117.4971726407 95.5028273593
BXD69 m 114.5 5.5725417465 125.4971726407 103.5028273593
BXD70 m 104.25 5.5725417465 115.2471726407 93.2528273593
BXD71 m 116.5 5.5725417465 127.4971726407 105.5028273593
BXD73 m 101.5 5.5725417465 112.4971726407 90.5028273593
BXD73a m 113.25 5.5725417465 124.2471726407 102.2528273593
BXD73b m 123.0 5.5725417465 133.9971726407 112.0028273593
BXD75 m 124.25 5.5725417465 135.2471726407 113.2528273593
BXD77 m 107.4 4.984232861 117.236170234 97.563829766
BXD79 m 100.5 5.5725417465 111.4971726407 89.5028273593
BXD8 m 111.0 5.5725417465 121.9971726407 100.0028273593
BXD81 m 105.675 5.5725417465 116.6721726407 94.6778273593
BXD83 m 115.0 6.4346169548 127.6984411689 102.3015588311
BXD84 m 111.0 5.5725417465 121.9971726407 100.0028273593
BXD85 m 107.25 5.5725417465 118.2471726407 96.2528273593
BXD87 m 104.25 5.5725417465 115.2471726407 93.2528273593
BXD89 m 117.25 5.5725417465 128.2471726407 106.2528273593
BXD90 m 112.25 5.5725417465 123.2471726407 101.2528273593
BXD95 m 122.5 5.5725417465 133.4971726407 111.5028273593
BXD98 m 105.5 5.5725417465 116.4971726407 94.5028273593
BXD99 m 103.5 5.5725417465 114.4971726407 92.5028273593
C57BL/6J m 113.0 5.5725417465 123.9971726407 102.0028273593
DBA/2J m 113.0 5.5725417465 123.9971726407 102.0028273593




  GWAS USING LINEAR MIXED MODELS