Project measure / variable:   CGDpheno3   pctLYMP

ID, description, units MPD:43907   pctLYMP   lymphocyte differential (LYM; percentage of total WBC)   [%]  
Data set, strains CGDpheno3   CC diallel w/par   62 strains     sex: both     age: 7wks
Procedure complete blood count
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  STRAIN COMPARISON PLOT
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CGDpheno3 - lymphocyte differential (LYM; percentage of total WBC)



  8-WAY DIALLEL CROSS VIEW
Female animals
129S ♂ A ♂ B6 ♂ CAST ♂ NOD ♂ NZO ♂ PWK ♂ WSB ♂
129S ♀ 84.7 84.1 87.8 83.0 83.1 82.7 85.2 83.8
A ♀ 83.5 78.4 85.3 82.9 81.3 83.1 81.1 83.5
B6 ♀ 84.3 86.0 89.7 89.2 85.0 86.0 89.3 85.8
CAST ♀ 84.0 83.0 89.4 84.2 83.7 82.6 82.5 85.0
NOD ♀ 81.1 81.6 84.5 80.1 73.1 84.8 78.8 80.9
NZO ♀ 83.4 82.6 86.8 — 86.3 76.0 — 82.7
PWK ♀ 85.2 83.5 87.7 78.0 81.4 81.7 80.9 80.7
WSB ♀ 80.7 80.6 85.7 86.1 84.0 85.5 83.9 78.7

Male animals
129S ♂ A ♂ B6 ♂ CAST ♂ NOD ♂ NZO ♂ PWK ♂ WSB ♂
129S ♀ 84.7 84.1 70.1 85.3 — 84.0 86.8 83.4
A ♀ 82.9 80.7 88.1 86.3 82.5 83.4 82.9 82.1
B6 ♀ 88.3 87.3 86.2 88.4 85.0 84.5 86.2 79.6
CAST ♀ 84.7 85.1 89.1 82.8 84.8 87.2 83.4 86.1
NOD ♀ 85.1 82.9 83.6 86.5 70.0 79.6 78.0 79.8
NZO ♀ 83.5 85.7 86.1 — 85.6 76.4 — 85.2
PWK ♀ 84.6 83.4 84.3 72.8 83.8 82.8 75.0 80.1
WSB ♀ 84.8 84.3 85.5 74.2 84.8 81.0 80.2 77.3

Cell coloring is based on strain mean Z-scores.     High-end         Mid         Low-end           Mouse over the cells to see additional info.


  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested62 strains61 strains
Mean of the strain means83.4   % 83.0   %
Median of the strain means83.5   % 84.1   %
SD of the strain means± 3.12 ± 4.18
Coefficient of variation (CV)0.0374 0.0503
Min–max range of strain means73.1   –   89.7   % 70.0   –   89.1   %
Mean sample size per strain5.0   mice 5.1   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
sex 1 11.609 11.609 1.212 0.2715
strain 59 6122.0224 103.7631 10.833 < 0.0001
sex:strain 59 1940.0662 32.8825 3.433 < 0.0001
Residuals 496 4750.8973 9.5784


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
129S1/SvImJ f 84.7 5.17   5 2.31 0.061 78.2, 90.4 0.42
129S1/SvImJ m 84.7 3.06   5 1.37 0.0361 81.2, 89.4 0.41
129SAF1 f 84.1 1.33   5 0.594 0.0158 82.2, 85.5 0.23
129SAF1 m 84.1 2.06   5 0.921 0.0245 82.0, 87.1 0.26
129SB6F1 f 87.8 2.03   5 0.91 0.0232 84.8, 89.9 1.41
129SB6F1 m 70.1 3.69   5 1.65 0.0527 66.0, 76.1 -3.09
129SCASTF1 f 83.0 2.91   4 1.45 0.035 79.8, 86.5 -0.13
129SCASTF1 m 85.3 2.29   5 1.03 0.0269 82.0, 87.4 0.55
129SNODF1 f 83.1 1.84   5 0.823 0.0222 80.2, 85.2 -0.09
129SNZOF1 f 82.7 1.43   7 0.539 0.0172 81.0, 84.6 -0.22
129SNZOF1 m 84.0 1.57   14 0.421 0.0187 80.7, 86.6 0.24
129SPWKF1 f 85.2 1.71   4 0.855 0.0201 82.9, 86.6 0.58
129SPWKF1 m 86.8 0.862   5 0.385 0.00993 85.6, 87.7 0.91
129SWSBF1 f 83.8 2.46   5 1.1 0.0293 81.8, 87.9 0.13
129SWSBF1 m 83.4 2.54   5 1.14 0.0305 80.7, 86.6 0.1
A129SF1 f 83.5 3.48   5 1.56 0.0417 78.5, 86.5 0.04
A129SF1 m 82.9 2.93   5 1.31 0.0354 79.3, 87.4 -0.02
AB6F1 f 85.3 1.84   5 0.822 0.0215 83.7, 88.4 0.61
AB6F1 m 88.1 1.43   5 0.64 0.0162 85.7, 89.4 1.22
ACASTF1 f 82.9 3.04   5 1.36 0.0367 80.6, 88.2 -0.16
ACASTF1 m 86.3 1.72   5 0.77 0.0199 83.7, 88.1 0.79
A/J f 78.4 1.72   5 0.771 0.022 76.5, 80.7 -1.6
A/J m 80.7 2.99   5 1.34 0.0371 77.5, 84.1 -0.55
ANODF1 f 81.3 2.54   5 1.14 0.0313 78.5, 84.1 -0.67
ANODF1 m 82.5 1.73   4 0.863 0.0209 80.4, 84.3 -0.12
ANZOF1 f 83.1 3.04   5 1.36 0.0366 79.2, 86.5 -0.09
ANZOF1 m 83.4 1.09   5 0.488 0.0131 81.8, 84.4 0.1
APWKF1 f 81.1 2.66   5 1.19 0.0328 77.3, 84.8 -0.73
APWKF1 m 82.9 3.78   5 1.69 0.0456 78.2, 87.8 -0.02
AWSBF1 f 83.5 2.07   5 0.924 0.0247 81.3, 86.7 0.04
AWSBF1 m 82.1 2.29   5 1.02 0.0279 78.6, 84.9 -0.22
B6129SF1/J f 84.3 3.33   5 1.49 0.0395 80.3, 89.2 0.29
B6129SF1/J m 88.3 1.64   5 0.736 0.0186 86.5, 90.6 1.27
B6AF1/J f 86.0 1.33   5 0.594 0.0155 84.2, 87.1 0.84
B6AF1/J m 87.3 0.438   5 0.196 0.00502 86.6, 87.6 1.03
B6CASTF1 f 89.2 1.88   5 0.839 0.021 86.5, 90.9 1.86
B6CASTF1 m 88.4 1.9   5 0.848 0.0215 86.4, 91.0 1.29
B6NODF1 f 85.0 1.69   5 0.757 0.0199 83.4, 87.0 0.52
B6NODF1 m 85.0 1.59   5 0.71 0.0187 83.0, 87.1 0.48
B6NZOF1 f 86.0 1.62   5 0.723 0.0188 83.3, 87.2 0.84
B6NZOF1 m 84.5 3.09   5 1.38 0.0365 79.5, 86.9 0.36
B6PWKF1 f 89.3 1.34   6 0.545 0.015 87.3, 90.8 1.89
B6PWKF1 m 86.2 1.41   5 0.632 0.0164 85.0, 88.6 0.77
B6WSBF1 f 85.8 0.619   5 0.277 0.00721 85.1, 86.7 0.77
B6WSBF1 m 79.6 6.37   5 2.85 0.0801 69.5, 85.4 -0.81
C57BL/6J f 89.7 1.53   5 0.685 0.0171 87.5, 91.5 2.02
C57BL/6J m 86.2 1.93   5 0.863 0.0224 84.7, 89.3 0.77
CAST129SF1 f 84.0 4.07   5 1.82 0.0484 78.4, 87.7 0.2
CAST129SF1 m 84.7 2.23   5 0.998 0.0264 81.7, 86.4 0.41
CASTAF1 f 83.0 4.27   5 1.91 0.0514 75.8, 86.1 -0.13
CASTAF1 m 85.1 1.22   5 0.544 0.0143 84.0, 87.2 0.5
CASTB6F1 f 89.4 2.74   5 1.23 0.0307 86.7, 93.5 1.93
CASTB6F1 m 89.1 1.14   5 0.511 0.0128 87.8, 90.3 1.46
CAST/EiJ f 84.2 2.72   5 1.22 0.0323 79.5, 86.2 0.26
CAST/EiJ m 82.8 3.26   6 1.33 0.0394 77.4, 86.5 -0.05
CASTNODF1 f 83.7 0.926   5 0.414 0.0111 82.4, 85.0 0.1
CASTNODF1 m 84.8 0.853   5 0.381 0.0101 83.8, 85.9 0.43
CASTNZOF1 f 82.6 2.34   5 1.05 0.0283 80.0, 85.4 -0.25
CASTNZOF1 m 87.2 0.851   5 0.381 0.00976 86.2, 88.1 1.01
CASTPWKF1 f 82.5 3.37   5 1.51 0.0408 77.2, 86.3 -0.29
CASTPWKF1 m 83.4 6.09   5 2.72 0.073 72.8, 88.2 0.1
CASTWSBF1 f 85.0 2.6   5 1.16 0.0306 81.2, 87.2 0.52
CASTWSBF1 m 86.1 2.55   5 1.14 0.0296 83.4, 89.1 0.74
NOD129SF1 f 81.1 3.7   5 1.66 0.0456 78.0, 87.3 -0.73
NOD129SF1 m 85.1 1.13   5 0.504 0.0132 83.8, 86.3 0.5
NODAF1 f 81.6 1.94   5 0.869 0.0238 79.4, 83.5 -0.57
NODAF1 m 82.9 2.64   5 1.18 0.0318 79.3, 85.4 -0.02
NODB6F1 f 84.5 2.47   5 1.1 0.0292 82.2, 87.6 0.36
NODB6F1 m 83.6 3.85   5 1.72 0.0461 77.1, 86.5 0.14
NODCASTF1 f 80.1 4.73   5 2.11 0.059 74.8, 86.3 -1.05
NODCASTF1 m 86.5 1.77   5 0.79 0.0204 83.9, 88.2 0.84
NODNZOF1 f 84.8 0.704   5 0.315 0.0083 84.1, 85.6 0.45
NODNZOF1 m 79.6 5.62   5 2.51 0.0706 69.7, 82.9 -0.81
NODPWKF1 f 78.8 4.41   7 1.67 0.056 73.8, 84.9 -1.47
NODPWKF1 m 78.0 1.39   5 0.62 0.0178 75.9, 79.5 -1.2
NOD/ShiLtJ f 73.1 2.29   5 1.02 0.0313 70.2, 75.8 -3.3
NOD/ShiLtJ m 70.0 3.73   5 1.67 0.0533 66.3, 75.5 -3.11
NODWSBF1 f 80.9 4.69   5 2.1 0.058 76.8, 87.6 -0.8
NODWSBF1 m 79.8 0.893   5 0.399 0.0112 78.6, 81.1 -0.77
NZO129SF1 f 83.4 2.63   5 1.17 0.0315 79.6, 86.4 0.0
NZO129SF1 m 83.5 2.77   5 1.24 0.0332 79.8, 86.5 0.12
NZOAF1 f 82.6 0.656   4 0.328 0.00794 81.7, 83.2 -0.25
NZOAF1 m 85.7 1.42   5 0.633 0.0165 84.0, 87.1 0.65
NZOB6F1 f 86.8 1.28   5 0.571 0.0147 85.3, 88.8 1.09
NZOB6F1 m 86.1 1.21   5 0.543 0.0141 84.6, 87.3 0.74
NZO/HlLtJ f 76.0 2.44   5 1.09 0.0321 72.1, 77.8 -2.37
NZO/HlLtJ m 76.4 2.4   5 1.07 0.0314 72.6, 78.5 -1.58
NZONODF1 f 86.3 1.67   4 0.834 0.0193 84.4, 88.0 0.93
NZONODF1 m 85.6 1.53   4 0.767 0.0179 83.4, 86.7 0.62
NZOWSBF1 f 82.7 1.16   5 0.521 0.0141 81.1, 84.2 -0.22
NZOWSBF1 m 85.2 1.17   5 0.525 0.0138 83.9, 87.0 0.53
PWK129SF1 f 85.2 2.02   7 0.762 0.0237 83.3, 89.5 0.58
PWK129SF1 m 84.6 2.14   5 0.958 0.0253 81.2, 86.6 0.38
PWKAF1 f 83.5 5.23   5 2.34 0.0626 75.6, 89.4 0.04
PWKAF1 m 83.4 1.5   5 0.67 0.018 81.2, 84.8 0.1
PWKB6F1 f 87.7 2.35   5 1.05 0.0268 85.9, 91.5 1.38
PWKB6F1 m 84.3 10.2   5 4.55 0.121 66.2, 89.9 0.31
PWKCASTF1 f 78.0 7.71   5 3.45 0.0988 70.2, 86.9 -1.73
PWKCASTF1 m 72.8 7.1   5 3.18 0.0976 65.1, 82.4 -2.44
PWKNODF1 f 81.4 5.42   5 2.43 0.0667 73.0, 87.7 -0.64
PWKNODF1 m 83.8 1.98   5 0.884 0.0236 81.2, 85.8 0.19
PWKNZOF1 f 81.7 3.6   5 1.61 0.044 76.5, 85.2 -0.54
PWKNZOF1 m 82.8 3.83   5 1.71 0.0463 78.3, 86.7 -0.05
PWK/PhJ f 80.9 0.0   1   0.0 0.0 80.9, 80.9 -0.8
PWK/PhJ m 75.0 1.48   2   1.05 0.0198 73.9, 76.0 -1.91
PWKWSBF1 f 80.7 6.11   5 2.73 0.0757 71.1, 87.0 -0.86
PWKWSBF1 m 80.1 2.07   5 0.927 0.0259 78.1, 83.4 -0.69
WSB129SF1 f 80.7 3.45   5 1.54 0.0427 75.2, 83.5 -0.86
WSB129SF1 m 84.8 1.99   5 0.892 0.0235 82.4, 87.9 0.43
WSBAF1 f 80.6 2.48   5 1.11 0.0307 76.7, 82.8 -0.89
WSBAF1 m 84.3 2.23   5 0.996 0.0264 81.9, 87.4 0.31
WSBB6F1 f 85.7 4.09   5 1.83 0.0477 78.6, 88.9 0.74
WSBB6F1 m 85.5 1.91   5 0.855 0.0224 82.4, 87.6 0.6
WSBCASTF1 f 86.1 5.23   2   3.7 0.0608 82.4, 89.8 0.87
WSBCASTF1 m 74.2 2.68   4 1.34 0.0361 70.7, 77.2 -2.11
WSB/EiJ f 78.7 4.77   7 1.8 0.0606 71.7, 84.4 -1.5
WSB/EiJ m 77.3 4.36   10 1.38 0.0564 69.7, 82.0 -1.36
WSBNODF1 f 84.0 1.63   6 0.666 0.0194 82.5, 86.6 0.2
WSBNODF1 m 84.8 2.24   6 0.915 0.0264 80.5, 86.7 0.43
WSBNZOF1 f 85.5 1.85   5 0.828 0.0216 82.8, 87.4 0.68
WSBNZOF1 m 81.0 2.78   5 1.24 0.0343 77.4, 85.0 -0.48
WSBPWKF1 f 83.9 3.24   5 1.45 0.0386 78.7, 87.0 0.16
WSBPWKF1 m 80.2 3.56   5 1.59 0.0444 75.5, 84.6 -0.67


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
129S1/SvImJ f 84.74 1.3841 87.4594 82.0206
129S1/SvImJ m 84.72 1.3841 87.4394 82.0006
129SAF1 f 84.14 1.3841 86.8594 81.4206
129SAF1 m 84.14 1.3841 86.8594 81.4206
129SB6F1 f 87.84 1.3841 90.5594 85.1206
129SB6F1 m 70.06 1.3841 72.7794 67.3406
129SCASTF1 f 83.025 1.5475 86.0654 79.9846
129SCASTF1 m 85.34 1.3841 88.0594 82.6206
129SNZOF1 f 82.6571 1.1698 84.9554 80.3588
129SNZOF1 m 84.0286 0.8271 85.6537 82.4034
129SPWKF1 f 85.2 1.5475 88.2404 82.1596
129SPWKF1 m 86.84 1.3841 89.5594 84.1206
129SWSBF1 f 83.76 1.3841 86.4794 81.0406
129SWSBF1 m 83.36 1.3841 86.0794 80.6406
A129SF1 f 83.48 1.3841 86.1994 80.7606
A129SF1 m 82.94 1.3841 85.6594 80.2206
AB6F1 f 85.28 1.3841 87.9994 82.5606
AB6F1 m 88.08 1.3841 90.7994 85.3606
ACASTF1 f 82.86 1.3841 85.5794 80.1406
ACASTF1 m 86.34 1.3841 89.0594 83.6206
A/J f 78.4 1.3841 81.1194 75.6806
A/J m 80.72 1.3841 83.4394 78.0006
ANODF1 f 81.26 1.3841 83.9794 78.5406
ANODF1 m 82.475 1.5475 85.5154 79.4346
ANZOF1 f 83.06 1.3841 85.7794 80.3406
ANZOF1 m 83.44 1.3841 86.1594 80.7206
APWKF1 f 81.1 1.3841 83.8194 78.3806
APWKF1 m 82.87 1.3841 85.5894 80.1506
AWSBF1 f 83.5 1.3841 86.2194 80.7806
AWSBF1 m 82.14 1.3841 84.8594 79.4206
B6129SF1/J f 84.28 1.3841 86.9994 81.5606
B6129SF1/J m 88.3 1.3841 91.0194 85.5806
B6AF1/J f 86.02 1.3841 88.7394 83.3006
B6AF1/J m 87.32 1.3841 90.0394 84.6006
B6CASTF1 f 89.24 1.3841 91.9594 86.5206
B6CASTF1 m 88.36 1.3841 91.0794 85.6406
B6NODF1 f 85.0 1.3841 87.7194 82.2806
B6NODF1 m 84.98 1.3841 87.6994 82.2606
B6NZOF1 f 86.02 1.3841 88.7394 83.3006
B6NZOF1 m 84.52 1.3841 87.2394 81.8006
B6PWKF1 f 89.2667 1.2635 91.7491 86.7842
B6PWKF1 m 86.2 1.3841 88.9194 83.4806
B6WSBF1 f 85.84 1.3841 88.5594 83.1206
B6WSBF1 m 79.58 1.3841 82.2994 76.8606
C57BL/6J f 89.66 1.3841 92.3794 86.9406
C57BL/6J m 86.18 1.3841 88.8994 83.4606
CAST129SF1 f 83.96 1.3841 86.6794 81.2406
CAST129SF1 m 84.7 1.3841 87.4194 81.9806
CASTAF1 f 83.0 1.3841 85.7194 80.2806
CASTAF1 m 85.12 1.3841 87.8394 82.4006
CASTB6F1 f 89.42 1.3841 92.1394 86.7006
CASTB6F1 m 89.1 1.3841 91.8194 86.3806
CAST/EiJ f 84.24 1.3841 86.9594 81.5206
CAST/EiJ m 82.8167 1.2635 85.2991 80.3342
CASTNODF1 f 83.72 1.3841 86.4394 81.0006
CASTNODF1 m 84.78 1.3841 87.4994 82.0606
CASTNZOF1 f 82.62 1.3841 85.3394 79.9006
CASTNZOF1 m 87.2 1.3841 89.9194 84.4806
CASTPWKF1 f 82.46 1.3841 85.1794 79.7406
CASTPWKF1 m 83.4 1.3841 86.1194 80.6806
CASTWSBF1 f 84.96 1.3841 87.6794 82.2406
CASTWSBF1 m 86.1 1.3841 88.8194 83.3806
NOD129SF1 f 81.1 1.3841 83.8194 78.3806
NOD129SF1 m 85.1 1.3841 87.8194 82.3806
NODAF1 f 81.58 1.3841 84.2994 78.8606
NODAF1 m 82.9 1.3841 85.6194 80.1806
NODB6F1 f 84.54 1.3841 87.2594 81.8206
NODB6F1 m 83.56 1.3841 86.2794 80.8406
NODCASTF1 f 80.1 1.3841 82.8194 77.3806
NODCASTF1 m 86.54 1.3841 89.2594 83.8206
NODNZOF1 f 84.8 1.3841 87.5194 82.0806
NODNZOF1 m 79.62 1.3841 82.3394 76.9006
NODPWKF1 f 78.8143 1.1698 81.1126 76.516
NODPWKF1 m 77.96 1.3841 80.6794 75.2406
NOD/ShiLtJ f 73.08 1.3841 75.7994 70.3606
NOD/ShiLtJ m 70.0 1.3841 72.7194 67.2806
NODWSBF1 f 80.88 1.3841 83.5994 78.1606
NODWSBF1 m 79.78 1.3841 82.4994 77.0606
NZO129SF1 f 83.44 1.3841 86.1594 80.7206
NZO129SF1 m 83.5 1.3841 86.2194 80.7806
NZOAF1 f 82.55 1.5475 85.5904 79.5096
NZOAF1 m 85.7 1.3841 88.4194 82.9806
NZOB6F1 f 86.84 1.3841 89.5594 84.1206
NZOB6F1 m 86.06 1.3841 88.7794 83.3406
NZO/HlLtJ f 76.01 1.3841 78.7294 73.2906
NZO/HlLtJ m 76.37 1.3841 79.0894 73.6506
NZONODF1 f 86.325 1.5475 89.3654 83.2846
NZONODF1 m 85.6 1.5475 88.6404 82.5596
NZOWSBF1 f 82.68 1.3841 85.3994 79.9606
NZOWSBF1 m 85.24 1.3841 87.9594 82.5206
PWK129SF1 f 85.1857 1.1698 87.484 82.8874
PWK129SF1 m 84.64 1.3841 87.3594 81.9206
PWKAF1 f 83.5 1.3841 86.2194 80.7806
PWKAF1 m 83.36 1.3841 86.0794 80.6406
PWKB6F1 f 87.66 1.3841 90.3794 84.9406
PWKB6F1 m 84.32 1.3841 87.0394 81.6006
PWKCASTF1 f 78.0 1.3841 80.7194 75.2806
PWKCASTF1 m 72.76 1.3841 75.4794 70.0406
PWKNODF1 f 81.36 1.3841 84.0794 78.6406
PWKNODF1 m 83.76 1.3841 86.4794 81.0406
PWKNZOF1 f 81.72 1.3841 84.4394 79.0006
PWKNZOF1 m 82.78 1.3841 85.4994 80.0606
PWKWSBF1 f 80.72 1.3841 83.4394 78.0006
PWKWSBF1 m 80.11 1.3841 82.8294 77.3906
WSB129SF1 f 80.72 1.3841 83.4394 78.0006
WSB129SF1 m 84.82 1.3841 87.5394 82.1006
WSBAF1 f 80.6 1.3841 83.3194 77.8806
WSBAF1 m 84.32 1.3841 87.0394 81.6006
WSBB6F1 f 85.68 1.3841 88.3994 82.9606
WSBB6F1 m 85.54 1.3841 88.2594 82.8206
WSBCASTF1 f 86.1 2.1884 90.3997 81.8003
WSBCASTF1 m 74.2 1.5475 77.2404 71.1596
WSB/EiJ f 78.7286 1.1698 81.0269 76.4303
WSB/EiJ m 77.28 0.9787 79.2029 75.3571
WSBNODF1 f 84.05 1.2635 86.5324 81.5676
WSBNODF1 m 84.75 1.2635 87.2324 82.2676
WSBNZOF1 f 85.52 1.3841 88.2394 82.8006
WSBNZOF1 m 80.96 1.3841 83.6794 78.2406
WSBPWKF1 f 83.88 1.3841 86.5994 81.1606
WSBPWKF1 m 80.18 1.3841 82.8994 77.4606


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
129S1/SvImJ both 84.73 0.9787 86.6529 82.8071
129SAF1 both 84.14 0.9787 86.0629 82.2171
129SB6F1 both 78.95 0.9787 80.8729 77.0271
129SCASTF1 both 84.1825 1.0381 86.222 82.143
129SNZOF1 both 83.3429 0.7163 84.7503 81.9354
129SPWKF1 both 86.02 1.0381 88.0595 83.9805
129SWSBF1 both 83.56 0.9787 85.4829 81.6371
A129SF1 both 83.21 0.9787 85.1329 81.2871
AB6F1 both 86.68 0.9787 88.6029 84.7571
ACASTF1 both 84.6 0.9787 86.5229 82.6771
A/J both 79.56 0.9787 81.4829 77.6371
ANODF1 both 81.8675 1.0381 83.907 79.828
ANZOF1 both 83.25 0.9787 85.1729 81.3271
APWKF1 both 81.985 0.9787 83.9079 80.0621
AWSBF1 both 82.82 0.9787 84.7429 80.8971
B6129SF1/J both 86.29 0.9787 88.2129 84.3671
B6AF1/J both 86.67 0.9787 88.5929 84.7471
B6CASTF1 both 88.8 0.9787 90.7229 86.8771
B6NODF1 both 84.99 0.9787 86.9129 83.0671
B6NZOF1 both 85.27 0.9787 87.1929 83.3471
B6PWKF1 both 87.7333 0.937 89.5744 85.8923
B6WSBF1 both 82.71 0.9787 84.6329 80.7871
C57BL/6J both 87.92 0.9787 89.8429 85.9971
CAST129SF1 both 84.33 0.9787 86.2529 82.4071
CASTAF1 both 84.06 0.9787 85.9829 82.1371
CASTB6F1 both 89.26 0.9787 91.1829 87.3371
CAST/EiJ both 83.5283 0.937 85.3694 81.6873
CASTNODF1 both 84.25 0.9787 86.1729 82.3271
CASTNZOF1 both 84.91 0.9787 86.8329 82.9871
CASTPWKF1 both 82.93 0.9787 84.8529 81.0071
CASTWSBF1 both 85.53 0.9787 87.4529 83.6071
NOD129SF1 both 83.1 0.9787 85.0229 81.1771
NODAF1 both 82.24 0.9787 84.1629 80.3171
NODB6F1 both 84.05 0.9787 85.9729 82.1271
NODCASTF1 both 83.32 0.9787 85.2429 81.3971
NODNZOF1 both 82.21 0.9787 84.1329 80.2871
NODPWKF1 both 78.3871 0.9061 80.1674 76.6069
NOD/ShiLtJ both 71.54 0.9787 73.4629 69.6171
NODWSBF1 both 80.33 0.9787 82.2529 78.4071
NZO129SF1 both 83.47 0.9787 85.3929 81.5471
NZOAF1 both 84.125 1.0381 86.1645 82.0855
NZOB6F1 both 86.45 0.9787 88.3729 84.5271
NZO/HlLtJ both 76.19 0.9787 78.1129 74.2671
NZONODF1 both 85.9625 1.0942 88.1124 83.8126
NZOWSBF1 both 83.96 0.9787 85.8829 82.0371
PWK129SF1 both 84.9129 0.9061 86.6931 83.1326
PWKAF1 both 83.43 0.9787 85.3529 81.5071
PWKB6F1 both 85.99 0.9787 87.9129 84.0671
PWKCASTF1 both 75.38 0.9787 77.3029 73.4571
PWKNODF1 both 82.56 0.9787 84.4829 80.6371
PWKNZOF1 both 82.25 0.9787 84.1729 80.3271
PWKWSBF1 both 80.415 0.9787 82.3379 78.4921
WSB129SF1 both 82.77 0.9787 84.6929 80.8471
WSBAF1 both 82.46 0.9787 84.3829 80.5371
WSBB6F1 both 85.61 0.9787 87.5329 83.6871
WSBCASTF1 both 80.15 1.3401 82.783 77.517
WSB/EiJ both 78.0043 0.7626 79.5026 76.506
WSBNODF1 both 84.4 0.8934 86.1554 82.6446
WSBNZOF1 both 83.24 0.9787 85.1629 81.3171
WSBPWKF1 both 82.03 0.9787 83.9529 80.1071




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