Project measure / variable:   Peters2   MONO

ID, description, units MPD:6513   MONO   monocyte differential (percent of total WBC)   [%]  
Data set, strains Peters2   AXB BXA   28 strains     sex: both     age: 11wks
Procedure complete blood count
Ontology mappings

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  STRAIN COMPARISON PLOT
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Peters2 - monocyte differential (percent of total WBC)

AXB5/PgnJAXB24/PgnJAXB12/PgnJAXB19b/PgnJAXB23/PgnJAXB19/PgnJAXB1/PgnJBXA11/PgnJBXA8/PgnJAXB15/PgnJBXA25/PgnJBXA1/PgnJAXB10/PgnJBXA14/PgnJBXA24/PgnJAXB6/PgnJAXB8/PgnJBXA16/PgnJBXA4/PgnJBXA26/PgnJAXB19a/PgnJBXA12/PgnJBXA2/PgnJAXB13/PgnJBXA13/PgnJAXB4/PgnJBXA7/PgnJAXB2/PgnJ % 0.51.01.52.02.53.03.54.0femalemale


  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested28 strains28 strains
Mean of the strain means1.52   % 1.80   %
Median of the strain means1.46   % 1.81   %
SD of the strain means± 0.509 ± 0.341
Coefficient of variation (CV)0.334 0.189
Min–max range of strain means0.775   –   3.29   % 1.02   –   2.52   %
Mean sample size per strain7.7   mice 7.9   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
sex 1 9.19 9.19 42.9281 < 0.0001
strain 27 63.3489 2.3463 10.9598 < 0.0001
sex:strain 27 13.8075 0.5114 2.3888 0.0002
Residuals 391 83.7046 0.2141


Q-Q normality assessment based on residuals

  


  STRAIN MEANS (UNADJUSTED)
  
Select table page: 1 - 10 / 56 (56)
Strain
Sex
Mean
SD
N mice
SEM
CV
Min, Max
Z score
AXB10/PgnJ f 1.61 0.308   7 0.116 0.191 1.2, 1.9 0.17
AXB10/PgnJ m 1.73 0.32   8 0.113 0.185 1.4, 2.4 -0.21
AXB12/PgnJ f 2.24 0.409   10 0.129 0.182 1.8, 3.0 1.41
AXB12/PgnJ m 2.12 0.684   8 0.242 0.322 1.2, 3.5 0.93
AXB13/PgnJ f 0.825 0.324   8 0.115 0.393 0.6, 1.5 -1.37
AXB13/PgnJ m 1.82 0.991   8 0.35 0.543 0.8, 3.3 0.05
AXB15/PgnJ f 1.7 0.342   8 0.121 0.201 1.2, 2.3 0.35
AXB15/PgnJ m 1.81 0.636   8 0.225 0.351 1.3, 3.3 0.02
AXB19a/PgnJ f 1.54 0.245   8 0.0865 0.159 1.1, 1.8 0.04
AXB19a/PgnJ m 1.4 0.428   7 0.162 0.306 0.8, 1.8 -1.18
AXB19b/PgnJ f 1.83 0.325   7 0.123 0.178 1.5, 2.4 0.61
AXB19b/PgnJ m 2.52 0.55   8 0.194 0.218 1.7, 3.3 2.1
AXB19/PgnJ f 1.88 0.225   8 0.0796 0.12 1.5, 2.2 0.7
AXB19/PgnJ m 2.05 0.49   8 0.173 0.239 1.3, 2.9 0.72
AXB1/PgnJ f 1.7 0.187   5 0.0837 0.11 1.5, 2.0 0.35
AXB1/PgnJ m 2.05 0.657   8 0.232 0.32 1.3, 3.3 0.72
AXB23/PgnJ f 2.1 0.505   5 0.226 0.24 1.7, 2.9 1.14
AXB23/PgnJ m 2.03 0.618   7 0.234 0.305 1.2, 2.8 0.66
AXB24/PgnJ f 2.01 0.47   8 0.166 0.234 1.0, 2.5 0.96
AXB24/PgnJ m 2.4 0.926   8 0.327 0.386 1.5, 4.2 1.75
AXB2/PgnJ f 0.775 0.255   8 0.0901 0.329 0.5, 1.2 -1.47
AXB2/PgnJ m 1.02 0.292   8 0.103 0.284 0.7, 1.5 -2.29
AXB4/PgnJ f 0.967 0.186   6 0.076 0.193 0.8, 1.2 -1.09
AXB4/PgnJ m 1.44 0.321   9 0.107 0.222 1.1, 2.0 -1.06
AXB5/PgnJ f 3.29 0.546   7 0.206 0.166 2.7, 4.2 3.47
AXB5/PgnJ m 2.27 0.515   7 0.195 0.227 1.7, 3.1 1.37
AXB6/PgnJ f 1.36 0.341   7 0.129 0.251 0.9, 1.8 -0.32
AXB6/PgnJ m 1.7 0.19   6 0.0775 0.112 1.5, 2.0 -0.3
AXB8/PgnJ f 1.23 0.243   7 0.0918 0.198 0.9, 1.5 -0.57
AXB8/PgnJ m 1.82 0.468   8 0.166 0.257 1.1, 2.3 0.05
BXA11/PgnJ f 1.61 0.445   8 0.157 0.276 1.1, 2.4 0.17
BXA11/PgnJ m 2.02 0.875   8 0.309 0.432 1.1, 4.0 0.64
BXA12/PgnJ f 1.28 0.231   8 0.0818 0.182 0.9, 1.5 -0.48
BXA12/PgnJ m 1.61 0.364   8 0.129 0.226 1.3, 2.4 -0.57
BXA13/PgnJ f 0.962 0.297   8 0.105 0.309 0.6, 1.5 -1.1
BXA13/PgnJ m 1.59 0.617   8 0.218 0.389 0.9, 3.0 -0.62
BXA14/PgnJ f 1.27 0.276   8 0.0977 0.217 0.9, 1.6 -0.49
BXA14/PgnJ m 2.03 1.1   8 0.388 0.541 1.1, 3.9 0.66
BXA16/PgnJ f 1.46 0.453   8 0.16 0.31 1.0, 2.2 -0.12
BXA16/PgnJ m 1.53 0.381   8 0.135 0.25 1.0, 2.1 -0.8
BXA1/PgnJ f 1.46 0.621   7 0.235 0.426 1.0, 2.8 -0.12
BXA1/PgnJ m 2.0 0.219   6 0.0894 0.11 1.6, 2.2 0.58
BXA24/PgnJ f 1.46 0.403   8 0.143 0.276 0.8, 2.1 -0.12
BXA24/PgnJ m 1.66 0.2   8 0.0706 0.12 1.4, 1.9 -0.42
BXA25/PgnJ f 1.7 0.316   8 0.112 0.186 1.2, 2.1 0.35
BXA25/PgnJ m 1.76 0.272   8 0.0962 0.154 1.5, 2.2 -0.13
BXA26/PgnJ f 1.31 0.237   9 0.079 0.181 1.0, 1.8 -0.42
BXA26/PgnJ m 1.64 0.519   7 0.196 0.316 1.0, 2.5 -0.48
BXA2/PgnJ f 1.29 0.432   8 0.153 0.336 0.9, 2.0 -0.46
BXA2/PgnJ m 1.5 0.397   10 0.126 0.265 1.1, 2.4 -0.89
BXA4/PgnJ f 1.18 0.175   8 0.062 0.149 0.9, 1.4 -0.67
BXA4/PgnJ m 1.8 0.312   8 0.11 0.173 1.4, 2.3 -0.01
BXA7/PgnJ f 0.963 0.292   8 0.103 0.304 0.5, 1.4 -1.1
BXA7/PgnJ m 1.18 0.292   8 0.103 0.248 0.7, 1.4 -1.83
BXA8/PgnJ f 1.61 0.334   16 0.0834 0.208 0.9, 2.2 0.17
BXA8/PgnJ m 1.99 0.314   15 0.081 0.158 1.4, 2.4 0.55


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
AXB10/PgnJ f 1.6143 0.1749 1.9581 1.2705
AXB10/PgnJ m 1.725 0.1636 2.0466 1.4034
AXB12/PgnJ f 2.24 0.1463 2.5277 1.9523
AXB12/PgnJ m 2.125 0.1636 2.4466 1.8034
AXB13/PgnJ f 0.825 0.1636 1.1466 0.5034
AXB13/PgnJ m 1.825 0.1636 2.1466 1.5034
AXB15/PgnJ f 1.7 0.1636 2.0216 1.3784
AXB15/PgnJ m 1.8125 0.1636 2.1341 1.4909
AXB19a/PgnJ f 1.5375 0.1636 1.8591 1.2159
AXB19a/PgnJ m 1.4 0.1749 1.7438 1.0562
AXB19b/PgnJ f 1.8286 0.1749 2.1724 1.4848
AXB19b/PgnJ m 2.525 0.1636 2.8466 2.2034
AXB19/PgnJ f 1.875 0.1636 2.1966 1.5534
AXB19/PgnJ m 2.05 0.1636 2.3716 1.7284
AXB1/PgnJ f 1.7 0.2069 2.1068 1.2932
AXB1/PgnJ m 2.05 0.1636 2.3716 1.7284
AXB23/PgnJ f 2.1 0.2069 2.5068 1.6932
AXB23/PgnJ m 2.0286 0.1749 2.3724 1.6848
AXB24/PgnJ f 2.0125 0.1636 2.3341 1.6909
AXB24/PgnJ m 2.4 0.1636 2.7216 2.0784
AXB2/PgnJ f 0.775 0.1636 1.0966 0.4534
AXB2/PgnJ m 1.025 0.1636 1.3466 0.7034
AXB4/PgnJ f 0.9667 0.1889 1.338 0.5953
AXB4/PgnJ m 1.4444 0.1542 1.7477 1.1412
AXB5/PgnJ f 3.2857 0.1749 3.6295 2.9419
AXB5/PgnJ m 2.2714 0.1749 2.6152 1.9276
AXB6/PgnJ f 1.3571 0.1749 1.701 1.0133
AXB6/PgnJ m 1.7 0.1889 2.0714 1.3286
AXB8/PgnJ f 1.2286 0.1749 1.5724 0.8848
AXB8/PgnJ m 1.825 0.1636 2.1466 1.5034
BXA11/PgnJ f 1.6125 0.1636 1.9341 1.2909
BXA11/PgnJ m 2.025 0.1636 2.3466 1.7034
BXA12/PgnJ f 1.275 0.1636 1.5966 0.9534
BXA12/PgnJ m 1.6125 0.1636 1.9341 1.2909
BXA13/PgnJ f 0.9625 0.1636 1.2841 0.6409
BXA13/PgnJ m 1.5875 0.1636 1.9091 1.2659
BXA14/PgnJ f 1.275 0.1636 1.5966 0.9534
BXA14/PgnJ m 2.025 0.1636 2.3466 1.7034
BXA16/PgnJ f 1.4625 0.1636 1.7841 1.1409
BXA16/PgnJ m 1.525 0.1636 1.8466 1.2034
BXA1/PgnJ f 1.4571 0.1749 1.801 1.1133
BXA1/PgnJ m 2.0 0.1889 2.3714 1.6286
BXA24/PgnJ f 1.4625 0.1636 1.7841 1.1409
BXA24/PgnJ m 1.6625 0.1636 1.9841 1.3409
BXA25/PgnJ f 1.7 0.1636 2.0216 1.3784
BXA25/PgnJ m 1.7625 0.1636 2.0841 1.4409
BXA26/PgnJ f 1.3111 0.1542 1.6143 1.0079
BXA26/PgnJ m 1.6429 0.1749 1.9867 1.299
BXA2/PgnJ f 1.2875 0.1636 1.6091 0.9659
BXA2/PgnJ m 1.5 0.1463 1.7877 1.2123
BXA4/PgnJ f 1.175 0.1636 1.4966 0.8534
BXA4/PgnJ m 1.8 0.1636 2.1216 1.4784
BXA7/PgnJ f 0.9625 0.1636 1.2841 0.6409
BXA7/PgnJ m 1.175 0.1636 1.4966 0.8534
BXA8/PgnJ f 1.6063 0.1157 1.8337 1.3788
BXA8/PgnJ m 1.9867 0.1195 2.2215 1.7518


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
AXB10/PgnJ both 1.6696 0.1197 1.905 1.4342
AXB12/PgnJ both 2.1825 0.1097 2.3982 1.9668
AXB13/PgnJ both 1.325 0.1157 1.5524 1.0976
AXB15/PgnJ both 1.7563 0.1157 1.9837 1.5288
AXB19a/PgnJ both 1.4688 0.1197 1.7041 1.2334
AXB19b/PgnJ both 2.1768 0.1197 2.4122 1.9414
AXB19/PgnJ both 1.9625 0.1157 2.1899 1.7351
AXB1/PgnJ both 1.875 0.1319 2.1343 1.6157
AXB23/PgnJ both 2.0643 0.1355 2.3306 1.798
AXB24/PgnJ both 2.2063 0.1157 2.4337 1.9788
AXB2/PgnJ both 0.9 0.1157 1.1274 0.6726
AXB4/PgnJ both 1.2056 0.1219 1.4453 0.9658
AXB5/PgnJ both 2.7786 0.1237 3.0217 2.5355
AXB6/PgnJ both 1.5286 0.1287 1.7816 1.2755
AXB8/PgnJ both 1.5268 0.1197 1.7622 1.2914
BXA11/PgnJ both 1.8188 0.1157 2.0462 1.5913
BXA12/PgnJ both 1.4438 0.1157 1.6712 1.2163
BXA13/PgnJ both 1.275 0.1157 1.5024 1.0476
BXA14/PgnJ both 1.65 0.1157 1.8774 1.4226
BXA16/PgnJ both 1.4938 0.1157 1.7212 1.2663
BXA1/PgnJ both 1.7286 0.1287 1.9816 1.4755
BXA24/PgnJ both 1.5625 0.1157 1.7899 1.3351
BXA25/PgnJ both 1.7313 0.1157 1.9587 1.5038
BXA26/PgnJ both 1.477 0.1166 1.7062 1.2478
BXA2/PgnJ both 1.3938 0.1097 1.6095 1.178
BXA4/PgnJ both 1.4875 0.1157 1.7149 1.2601
BXA7/PgnJ both 1.0688 0.1157 1.2962 0.8413
BXA8/PgnJ both 1.7965 0.0831 1.9599 1.633




  GWAS USING LINEAR MIXED MODELS

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