Phenotype measure:   CGDpheno3   pctRetic

ID, description, units MPD:43913   pctRetic   reticulocyte differential (Retic; percentage of total RBC)   [%]
Data set, strains CGDpheno3   CC diallel w/par   62 strains     sex: both     age: 7wks
Procedure complete blood count
Ontology mappings

  STRAIN COMPARISON PLOT
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CGDpheno3 - reticulocyte differential (Retic; percentage of total RBC)



  8-WAY DIALLEL CROSS VIEW
Female animals
129S ♂ A ♂ B6 ♂ CAST ♂ NOD ♂ NZO ♂ PWK ♂ WSB ♂
129S ♀ 3.02 2.94 2.86 2.24 3.30 1.93 2.08 4.72
A ♀ 2.54 2.34 3.68 1.57 4.20 2.50 2.22 2.04
B6 ♀ 2.10 2.00 4.22 2.06 3.32 1.68 1.92 4.26
CAST ♀ 3.14 1.78 2.10 2.94 4.12 2.06 1.73 2.01
NOD ♀ 3.78 3.20 2.78 3.64 4.58 3.30 2.41 3.30
NZO ♀ 2.12 2.90 3.68 2.72 2.29 3.04
PWK ♀ 1.57 1.42 1.28 2.14 2.28 1.38 1.60 3.50
WSB ♀ 4.38 2.45 2.12 2.15 3.90 3.44 4.18 2.76

Male animals
129S ♂ A ♂ B6 ♂ CAST ♂ NOD ♂ NZO ♂ PWK ♂ WSB ♂
129S ♀ 2.80 2.94 2.66 1.92 1.99 1.94 4.00
A ♀ 3.58 3.06 2.70 1.62 3.50 1.66 2.42 2.18
B6 ♀ 3.02 1.90 2.88 1.72 3.58 4.34 2.36 4.54
CAST ♀ 2.44 1.90 2.52 2.12 3.18 2.58 1.98 2.32
NOD ♀ 4.10 4.46 2.96 4.28 4.43 3.42 3.40 3.10
NZO ♀ 1.80 2.88 3.20 2.48 2.22 2.68
PWK ♀ 1.68 2.08 2.10 4.42 2.90 1.94 1.25 2.03
WSB ♀ 3.28 2.30 2.78 6.70 3.53 3.26 3.58 2.81

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 means2.74   % 2.86   %
Median of the strain means2.52   % 2.78   %
SD of the strain means± 0.900 ± 0.967
Coefficient of variation (CV)0.328 0.338
Min–max range of strain means1.28   –   4.72   % 1.25   –   6.70   %
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 1.6827 1.6827 2.7219 0.0996
strain 59 396.2891 6.7168 10.8647 < 0.0001
sex:strain 59 107.7365 1.826 2.9537 < 0.0001
Residuals 498 307.8718 0.6182


Q-Q normality assessment based on residuals

  


  STRAIN MEANS (UNADJUSTED)
Strain Sex Mean SD N mice SEM CV Min, Max Z score
129S1/SvImJ f 3.02 0.719   5 0.322 0.238 2.4, 4.1 0.31
129S1/SvImJ m 2.8 0.964   5 0.431 0.344 1.9, 4.4 -0.06
129SAF1 f 2.94 0.611   5 0.273 0.208 2.1, 3.5 0.22
129SAF1 m 2.94 0.428   5 0.191 0.146 2.4, 3.5 0.08
129SB6F1 f 2.86 0.404   5 0.181 0.141 2.3, 3.4 0.13
129SB6F1 m 2.66 0.929   5 0.415 0.349 1.8, 4.2 -0.21
129SCASTF1 f 2.24 0.527   5 0.236 0.235 1.7, 2.8 -0.56
129SCASTF1 m 1.92 0.259   5 0.116 0.135 1.6, 2.3 -0.97
129SNODF1 f 3.3 0.447   5 0.2 0.136 2.6, 3.6 0.62
129SNZOF1 f 1.93 0.541   7 0.204 0.28 1.1, 2.4 -0.9
129SNZOF1 m 1.99 0.983   14 0.263 0.493 0.8, 4.5 -0.9
129SPWKF1 f 2.08 0.792   5 0.354 0.381 1.3, 3.2 -0.73
129SPWKF1 m 1.94 0.251   5 0.112 0.129 1.7, 2.3 -0.95
129SWSBF1 f 4.72 1.24   5 0.554 0.263 3.8, 6.8 2.2
129SWSBF1 m 4.0 0.7   5 0.313 0.175 3.2, 5.1 1.18
A129SF1 f 2.54 0.41   5 0.183 0.161 2.0, 2.9 -0.22
A129SF1 m 3.58 0.589   5 0.263 0.165 2.8, 4.3 0.75
AB6F1 f 3.68 0.807   5 0.361 0.219 2.6, 4.8 1.04
AB6F1 m 2.7 0.1   5 0.0447 0.037 2.6, 2.8 -0.16
ACASTF1 f 1.57 0.716   5 0.32 0.456 1.1, 2.8 -1.3
ACASTF1 m 1.62 0.0837   5 0.0374 0.0516 1.5, 1.7 -1.28
A/J f 2.34 0.518   5 0.232 0.221 1.9, 3.2 -0.45
A/J m 3.06 0.811   5 0.363 0.265 2.0, 4.1 0.21
ANODF1 f 4.2 1.28   5 0.573 0.305 3.2, 6.3 1.62
ANODF1 m 3.5 0.56   4 0.28 0.16 3.0, 4.2 0.66
ANZOF1 f 2.5 0.292   5 0.13 0.117 2.3, 3.0 -0.27
ANZOF1 m 1.66 0.559   5 0.25 0.337 1.2, 2.6 -1.24
APWKF1 f 2.22 0.606   5 0.271 0.273 1.6, 2.9 -0.58
APWKF1 m 2.42 0.228   5 0.102 0.0942 2.2, 2.7 -0.45
AWSBF1 f 2.04 0.416   5 0.186 0.204 1.6, 2.6 -0.78
AWSBF1 m 2.18 0.192   5 0.086 0.0882 2.0, 2.5 -0.7
B6129SF1/J f 2.1 0.604   5 0.27 0.288 1.5, 2.8 -0.71
B6129SF1/J m 3.02 0.517   5 0.231 0.171 2.6, 3.8 0.17
B6AF1/J f 2.0 0.515   5 0.23 0.257 1.6, 2.9 -0.82
B6AF1/J m 1.9 0.596   5 0.266 0.314 1.1, 2.6 -0.99
B6CASTF1 f 2.06 0.261   5 0.117 0.127 1.8, 2.4 -0.76
B6CASTF1 m 1.72 0.148   5 0.0663 0.0862 1.5, 1.9 -1.18
B6NODF1 f 3.32 0.179   5 0.08 0.0539 3.1, 3.5 0.64
B6NODF1 m 3.58 0.349   5 0.156 0.0976 3.1, 4.0 0.75
B6NZOF1 f 1.68 0.217   5 0.097 0.129 1.5, 2.0 -1.18
B6NZOF1 m 4.34 1.23   5 0.55 0.283 2.4, 5.5 1.53
B6PWKF1 f 1.92 0.649   6 0.265 0.339 1.5, 3.2 -0.91
B6PWKF1 m 2.36 0.321   5 0.144 0.136 1.8, 2.6 -0.52
B6WSBF1 f 4.26 0.799   5 0.357 0.187 3.7, 5.6 1.69
B6WSBF1 m 4.54 1.09   5 0.488 0.241 3.5, 6.1 1.74
C57BL/6J f 4.22 1.49   5 0.664 0.352 2.5, 5.9 1.64
C57BL/6J m 2.88 0.487   5 0.218 0.169 2.3, 3.6 0.02
CAST129SF1 f 3.14 1.01   5 0.452 0.322 1.7, 4.3 0.44
CAST129SF1 m 2.44 0.929   5 0.415 0.381 1.6, 4.0 -0.43
CASTAF1 f 1.78 0.349   5 0.156 0.196 1.6, 2.4 -1.07
CASTAF1 m 1.9 0.224   5 0.1 0.118 1.6, 2.2 -0.99
CASTB6F1 f 2.1 1.36   5 0.607 0.646 1.1, 4.4 -0.71
CASTB6F1 m 2.52 0.606   5 0.271 0.24 1.6, 3.1 -0.35
CAST/EiJ f 2.94 0.428   5 0.191 0.146 2.5, 3.6 0.22
CAST/EiJ m 2.12 0.928   6 0.379 0.439 0.8, 3.0 -0.76
CASTNODF1 f 4.12 1.02   5 0.457 0.248 3.0, 5.3 1.53
CASTNODF1 m 3.18 0.507   5 0.227 0.159 2.5, 3.9 0.33
CASTNZOF1 f 2.06 0.397   5 0.178 0.193 1.6, 2.7 -0.76
CASTNZOF1 m 2.58 0.973   5 0.435 0.377 1.7, 3.9 -0.29
CASTPWKF1 f 1.73 0.556   5 0.249 0.322 1.3, 2.7 -1.12
CASTPWKF1 m 1.98 0.409   5 0.183 0.206 1.5, 2.6 -0.91
CASTWSBF1 f 2.01 0.413   5 0.185 0.205 1.6, 2.6 -0.81
CASTWSBF1 m 2.32 0.356   5 0.159 0.154 2.0, 2.9 -0.56
NOD129SF1 f 3.78 0.968   5 0.433 0.256 2.5, 5.0 1.16
NOD129SF1 m 4.1 0.418   5 0.187 0.102 3.6, 4.7 1.28
NODAF1 f 3.2 0.245   5 0.11 0.0765 2.9, 3.5 0.51
NODAF1 m 4.46 1.44   5 0.642 0.322 3.5, 7.0 1.66
NODB6F1 f 2.78 0.626   5 0.28 0.225 2.2, 3.8 0.04
NODB6F1 m 2.96 0.477   5 0.214 0.161 2.2, 3.5 0.1
NODCASTF1 f 3.64 0.451   5 0.201 0.124 3.0, 4.2 1.0
NODCASTF1 m 4.28 0.576   5 0.258 0.135 3.5, 5.1 1.47
NODNZOF1 f 3.3 0.718   5 0.321 0.217 2.1, 3.9 0.62
NODNZOF1 m 3.42 0.37   5 0.166 0.108 2.9, 3.8 0.58
NODPWKF1 f 2.41 0.474   7 0.179 0.196 1.6, 2.9 -0.37
NODPWKF1 m 3.4 0.43   5 0.192 0.127 2.8, 3.8 0.56
NOD/ShiLtJ f 4.58 0.522   5 0.233 0.114 3.8, 5.2 2.04
NOD/ShiLtJ m 4.43 0.454   5 0.203 0.102 3.9, 5.1 1.62
NODWSBF1 f 3.3 0.975   5 0.436 0.295 2.4, 4.8 0.62
NODWSBF1 m 3.1 0.682   5 0.305 0.22 2.0, 3.7 0.25
NZO129SF1 f 2.12 0.507   5 0.227 0.239 1.8, 3.0 -0.69
NZO129SF1 m 1.8 0.381   5 0.17 0.212 1.2, 2.2 -1.1
NZOAF1 f 2.9 0.762   4 0.381 0.263 2.3, 4.0 0.18
NZOAF1 m 2.88 0.335   5 0.15 0.116 2.4, 3.2 0.02
NZOB6F1 f 3.68 0.881   5 0.394 0.24 2.4, 4.8 1.04
NZOB6F1 m 3.2 0.235   5 0.105 0.0733 2.8, 3.4 0.35
NZO/HlLtJ f 2.29 0.253   5 0.113 0.111 1.95, 2.6 -0.5
NZO/HlLtJ m 2.22 0.475   5 0.212 0.214 1.85, 3.0 -0.66
NZONODF1 f 2.72 0.31   4 0.155 0.114 2.3, 3.0 -0.02
NZONODF1 m 2.48 0.377   4 0.189 0.153 2.0, 2.9 -0.39
NZOWSBF1 f 3.04 0.744   5 0.333 0.245 2.3, 4.2 0.33
NZOWSBF1 m 2.68 0.335   5 0.15 0.125 2.4, 3.2 -0.19
PWK129SF1 f 1.57 0.544   7 0.206 0.346 1.0, 2.5 -1.3
PWK129SF1 m 1.68 0.947   5 0.424 0.564 0.9, 3.1 -1.22
PWKAF1 f 1.42 0.349   5 0.156 0.246 1.1, 2.0 -1.47
PWKAF1 m 2.08 0.449   5 0.201 0.216 1.7, 2.8 -0.81
PWKB6F1 f 1.28 0.228   5 0.102 0.178 1.0, 1.5 -1.62
PWKB6F1 m 2.1 0.51   5 0.228 0.243 1.6, 2.8 -0.79
PWKCASTF1 f 2.14 0.513   5 0.229 0.24 1.6, 2.8 -0.67
PWKCASTF1 m 4.42 2.62   5 1.17 0.592 1.6, 8.7 1.61
PWKNODF1 f 2.28 0.517   5 0.231 0.227 1.6, 3.0 -0.51
PWKNODF1 m 2.9 0.339   5 0.152 0.117 2.5, 3.4 0.04
PWKNZOF1 f 1.38 0.536   5 0.24 0.388 0.7, 2.1 -1.51
PWKNZOF1 m 1.94 0.673   5 0.301 0.347 1.1, 2.9 -0.95
PWK/PhJ f 1.6 0.0   1   0.0 0.0 1.6, 1.6 -1.27
PWK/PhJ m 1.25 0.212   2   0.15 0.17 1.1, 1.4 -1.66
PWKWSBF1 f 3.5 0.797   5 0.356 0.228 2.7, 4.7 0.84
PWKWSBF1 m 2.03 0.574   5 0.257 0.283 1.2, 2.7 -0.86
WSB129SF1 f 4.38 0.653   5 0.292 0.149 3.6, 5.3 1.82
WSB129SF1 m 3.28 0.517   5 0.231 0.158 2.6, 4.0 0.44
WSBAF1 f 2.45 0.705   5 0.315 0.288 1.45, 3.1 -0.32
WSBAF1 m 2.3 0.412   5 0.184 0.179 1.6, 2.7 -0.58
WSBB6F1 f 2.12 0.356   5 0.159 0.168 1.8, 2.7 -0.69
WSBB6F1 m 2.78 0.415   5 0.185 0.149 2.3, 3.3 -0.08
WSBCASTF1 f 2.15 0.354   2   0.25 0.164 1.9, 2.4 -0.66
WSBCASTF1 m 6.7 3.18   4 1.59 0.475 3.9, 11.0 3.97
WSB/EiJ f 2.76 1.75   7 0.66 0.634 0.9, 4.9 0.02
WSB/EiJ m 2.81 1.32   10 0.417 0.468 1.2, 4.6 -0.05
WSBNODF1 f 3.9 0.832   6 0.34 0.213 2.9, 5.1 1.29
WSBNODF1 m 3.53 0.758   6 0.309 0.215 2.8, 5.0 0.69
WSBNZOF1 f 3.44 0.541   5 0.242 0.157 2.8, 4.1 0.78
WSBNZOF1 m 3.26 0.305   5 0.136 0.0935 2.9, 3.7 0.41
WSBPWKF1 f 4.18 1.55   5 0.695 0.372 2.3, 5.6 1.6
WSBPWKF1 m 3.58 1.19   5 0.531 0.332 2.6, 5.4 0.75


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
129S1/SvImJ f 3.02 0.3516 3.7109 2.3291
129S1/SvImJ m 2.8 0.3516 3.4909 2.1091
129SAF1 f 2.94 0.3516 3.6309 2.2491
129SAF1 m 2.94 0.3516 3.6309 2.2491
129SB6F1 f 2.86 0.3516 3.5509 2.1691
129SB6F1 m 2.66 0.3516 3.3509 1.9691
129SCASTF1 f 2.24 0.3516 2.9309 1.5491
129SCASTF1 m 1.92 0.3516 2.6109 1.2291
129SNZOF1 f 1.9286 0.2972 2.5125 1.3447
129SNZOF1 m 1.9929 0.2101 2.4057 1.58
129SPWKF1 f 2.08 0.3516 2.7709 1.3891
129SPWKF1 m 1.94 0.3516 2.6309 1.2491
129SWSBF1 f 4.72 0.3516 5.4109 4.0291
129SWSBF1 m 4.0 0.3516 4.6909 3.3091
A129SF1 f 2.54 0.3516 3.2309 1.8491
A129SF1 m 3.58 0.3516 4.2709 2.8891
AB6F1 f 3.68 0.3516 4.3709 2.9891
AB6F1 m 2.7 0.3516 3.3909 2.0091
ACASTF1 f 1.57 0.3516 2.2609 0.8791
ACASTF1 m 1.62 0.3516 2.3109 0.9291
A/J f 2.34 0.3516 3.0309 1.6491
A/J m 3.06 0.3516 3.7509 2.3691
ANODF1 f 4.2 0.3516 4.8909 3.5091
ANODF1 m 3.5 0.3931 4.2724 2.7276
ANZOF1 f 2.5 0.3516 3.1909 1.8091
ANZOF1 m 1.66 0.3516 2.3509 0.9691
APWKF1 f 2.22 0.3516 2.9109 1.5291
APWKF1 m 2.42 0.3516 3.1109 1.7291
AWSBF1 f 2.04 0.3516 2.7309 1.3491
AWSBF1 m 2.18 0.3516 2.8709 1.4891
B6129SF1/J f 2.1 0.3516 2.7909 1.4091
B6129SF1/J m 3.02 0.3516 3.7109 2.3291
B6AF1/J f 2.0 0.3516 2.6909 1.3091
B6AF1/J m 1.9 0.3516 2.5909 1.2091
B6CASTF1 f 2.06 0.3516 2.7509 1.3691
B6CASTF1 m 1.72 0.3516 2.4109 1.0291
B6NODF1 f 3.32 0.3516 4.0109 2.6291
B6NODF1 m 3.58 0.3516 4.2709 2.8891
B6NZOF1 f 1.68 0.3516 2.3709 0.9891
B6NZOF1 m 4.34 0.3516 5.0309 3.6491
B6PWKF1 f 1.9167 0.321 2.5473 1.286
B6PWKF1 m 2.36 0.3516 3.0509 1.6691
B6WSBF1 f 4.26 0.3516 4.9509 3.5691
B6WSBF1 m 4.54 0.3516 5.2309 3.8491
C57BL/6J f 4.22 0.3516 4.9109 3.5291
C57BL/6J m 2.88 0.3516 3.5709 2.1891
CAST129SF1 f 3.14 0.3516 3.8309 2.4491
CAST129SF1 m 2.44 0.3516 3.1309 1.7491
CASTAF1 f 1.78 0.3516 2.4709 1.0891
CASTAF1 m 1.9 0.3516 2.5909 1.2091
CASTB6F1 f 2.1 0.3516 2.7909 1.4091
CASTB6F1 m 2.52 0.3516 3.2109 1.8291
CAST/EiJ f 2.94 0.3516 3.6309 2.2491
CAST/EiJ m 2.1167 0.321 2.7473 1.486
CASTNODF1 f 4.12 0.3516 4.8109 3.4291
CASTNODF1 m 3.18 0.3516 3.8709 2.4891
CASTNZOF1 f 2.06 0.3516 2.7509 1.3691
CASTNZOF1 m 2.58 0.3516 3.2709 1.8891
CASTPWKF1 f 1.73 0.3516 2.4209 1.0391
CASTPWKF1 m 1.98 0.3516 2.6709 1.2891
CASTWSBF1 f 2.01 0.3516 2.7009 1.3191
CASTWSBF1 m 2.32 0.3516 3.0109 1.6291
NOD129SF1 f 3.78 0.3516 4.4709 3.0891
NOD129SF1 m 4.1 0.3516 4.7909 3.4091
NODAF1 f 3.2 0.3516 3.8909 2.5091
NODAF1 m 4.46 0.3516 5.1509 3.7691
NODB6F1 f 2.78 0.3516 3.4709 2.0891
NODB6F1 m 2.96 0.3516 3.6509 2.2691
NODCASTF1 f 3.64 0.3516 4.3309 2.9491
NODCASTF1 m 4.28 0.3516 4.9709 3.5891
NODNZOF1 f 3.3 0.3516 3.9909 2.6091
NODNZOF1 m 3.42 0.3516 4.1109 2.7291
NODPWKF1 f 2.4143 0.2972 2.9982 1.8304
NODPWKF1 m 3.4 0.3516 4.0909 2.7091
NOD/ShiLtJ f 4.58 0.3516 5.2709 3.8891
NOD/ShiLtJ m 4.43 0.3516 5.1209 3.7391
NODWSBF1 f 3.3 0.3516 3.9909 2.6091
NODWSBF1 m 3.1 0.3516 3.7909 2.4091
NZO129SF1 f 2.12 0.3516 2.8109 1.4291
NZO129SF1 m 1.8 0.3516 2.4909 1.1091
NZOAF1 f 2.9 0.3931 3.6724 2.1276
NZOAF1 m 2.88 0.3516 3.5709 2.1891
NZOB6F1 f 3.68 0.3516 4.3709 2.9891
NZOB6F1 m 3.2 0.3516 3.8909 2.5091
NZO/HlLtJ f 2.29 0.3516 2.9809 1.5991
NZO/HlLtJ m 2.22 0.3516 2.9109 1.5291
NZONODF1 f 2.725 0.3931 3.4974 1.9526
NZONODF1 m 2.475 0.3931 3.2474 1.7026
NZOWSBF1 f 3.04 0.3516 3.7309 2.3491
NZOWSBF1 m 2.68 0.3516 3.3709 1.9891
PWK129SF1 f 1.5714 0.2972 2.1553 0.9875
PWK129SF1 m 1.68 0.3516 2.3709 0.9891
PWKAF1 f 1.42 0.3516 2.1109 0.7291
PWKAF1 m 2.08 0.3516 2.7709 1.3891
PWKB6F1 f 1.28 0.3516 1.9709 0.5891
PWKB6F1 m 2.1 0.3516 2.7909 1.4091
PWKCASTF1 f 2.14 0.3516 2.8309 1.4491
PWKCASTF1 m 4.42 0.3516 5.1109 3.7291
PWKNODF1 f 2.28 0.3516 2.9709 1.5891
PWKNODF1 m 2.9 0.3516 3.5909 2.2091
PWKNZOF1 f 1.38 0.3516 2.0709 0.6891
PWKNZOF1 m 1.94 0.3516 2.6309 1.2491
PWKWSBF1 f 3.5 0.3516 4.1909 2.8091
PWKWSBF1 m 2.03 0.3516 2.7209 1.3391
WSB129SF1 f 4.38 0.3516 5.0709 3.6891
WSB129SF1 m 3.28 0.3516 3.9709 2.5891
WSBAF1 f 2.45 0.3516 3.1409 1.7591
WSBAF1 m 2.3 0.3516 2.9909 1.6091
WSBB6F1 f 2.12 0.3516 2.8109 1.4291
WSBB6F1 m 2.78 0.3516 3.4709 2.0891
WSBCASTF1 f 2.15 0.556 3.2423 1.0577
WSBCASTF1 m 6.7 0.3931 7.4724 5.9276
WSB/EiJ f 2.7571 0.2972 3.341 2.1733
WSB/EiJ m 2.815 0.2486 3.3035 2.3265
WSBNODF1 f 3.9 0.321 4.5307 3.2693
WSBNODF1 m 3.5333 0.321 4.164 2.9027
WSBNZOF1 f 3.44 0.3516 4.1309 2.7491
WSBNZOF1 m 3.26 0.3516 3.9509 2.5691
WSBPWKF1 f 4.18 0.3516 4.8709 3.4891
WSBPWKF1 m 3.58 0.3516 4.2709 2.8891


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
129S1/SvImJ both 2.91 0.2486 3.3985 2.4215
129SAF1 both 2.94 0.2486 3.4285 2.4515
129SB6F1 both 2.76 0.2486 3.2485 2.2715
129SCASTF1 both 2.08 0.2486 2.5685 1.5915
129SNZOF1 both 1.9607 0.182 2.3183 1.6032
129SPWKF1 both 2.01 0.2486 2.4985 1.5215
129SWSBF1 both 4.36 0.2486 4.8485 3.8715
A129SF1 both 3.06 0.2486 3.5485 2.5715
AB6F1 both 3.19 0.2486 3.6785 2.7015
ACASTF1 both 1.595 0.2486 2.0835 1.1065
A/J both 2.7 0.2486 3.1885 2.2115
ANODF1 both 3.85 0.2637 4.3681 3.3319
ANZOF1 both 2.08 0.2486 2.5685 1.5915
APWKF1 both 2.32 0.2486 2.8085 1.8315
AWSBF1 both 2.11 0.2486 2.5985 1.6215
B6129SF1/J both 2.56 0.2486 3.0485 2.0715
B6AF1/J both 1.95 0.2486 2.4385 1.4615
B6CASTF1 both 1.89 0.2486 2.3785 1.4015
B6NODF1 both 3.45 0.2486 3.9385 2.9615
B6NZOF1 both 3.01 0.2486 3.4985 2.5215
B6PWKF1 both 2.1383 0.2381 2.606 1.6706
B6WSBF1 both 4.4 0.2486 4.8885 3.9115
C57BL/6J both 3.55 0.2486 4.0385 3.0615
CAST129SF1 both 2.79 0.2486 3.2785 2.3015
CASTAF1 both 1.84 0.2486 2.3285 1.3515
CASTB6F1 both 2.31 0.2486 2.7985 1.8215
CAST/EiJ both 2.5283 0.2381 2.996 2.0606
CASTNODF1 both 3.65 0.2486 4.1385 3.1615
CASTNZOF1 both 2.32 0.2486 2.8085 1.8315
CASTPWKF1 both 1.855 0.2486 2.3435 1.3665
CASTWSBF1 both 2.165 0.2486 2.6535 1.6765
NOD129SF1 both 3.94 0.2486 4.4285 3.4515
NODAF1 both 3.83 0.2486 4.3185 3.3415
NODB6F1 both 2.87 0.2486 3.3585 2.3815
NODCASTF1 both 3.96 0.2486 4.4485 3.4715
NODNZOF1 both 3.36 0.2486 3.8485 2.8715
NODPWKF1 both 2.9071 0.2302 3.3594 2.4549
NOD/ShiLtJ both 4.505 0.2486 4.9935 4.0165
NODWSBF1 both 3.2 0.2486 3.6885 2.7115
NZO129SF1 both 1.96 0.2486 2.4485 1.4715
NZOAF1 both 2.89 0.2637 3.4081 2.3719
NZOB6F1 both 3.44 0.2486 3.9285 2.9515
NZO/HlLtJ both 2.255 0.2486 2.7435 1.7665
NZONODF1 both 2.6 0.278 3.1462 2.0538
NZOWSBF1 both 2.86 0.2486 3.3485 2.3715
PWK129SF1 both 1.6257 0.2302 2.078 1.1734
PWKAF1 both 1.75 0.2486 2.2385 1.2615
PWKB6F1 both 1.69 0.2486 2.1785 1.2015
PWKCASTF1 both 3.28 0.2486 3.7685 2.7915
PWKNODF1 both 2.59 0.2486 3.0785 2.1015
PWKNZOF1 both 1.66 0.2486 2.1485 1.1715
PWKWSBF1 both 2.765 0.2486 3.2535 2.2765
WSB129SF1 both 3.83 0.2486 4.3185 3.3415
WSBAF1 both 2.375 0.2486 2.8635 1.8865
WSBB6F1 both 2.45 0.2486 2.9385 1.9615
WSBCASTF1 both 4.425 0.3405 5.0939 3.7561
WSB/EiJ both 2.7861 0.1937 3.1667 2.4054
WSBNODF1 both 3.7167 0.227 4.1626 3.2707
WSBNZOF1 both 3.35 0.2486 3.8385 2.8615
WSBPWKF1 both 3.88 0.2486 4.3685 3.3915




  GENOME-WIDE ASSOCIATION (GWAS) STATIC PLOT
Plot generated with EMMA / pyLMM using 132K SNP array. Click on plot to view at larger size.