Project measure / variable:   Peters1   RDW

ID, description, units MPD:6209   RDW   RBC corpuscular distribution width (RDW)   [%]  
Data set, strains Peters1   inbred w/CC7   43 strains     sex: both     age: 10wks
Procedure complete blood count
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  STRAIN COMPARISON PLOT
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Peters1 - RBC corpuscular distribution width (RDW)

MSM/MsJCAST/EiJMOLF/EiJJF1/MsJWSB/EiJA/JBALB/cJSEA/GnJPWK/PhJPERA/EiJRF/JDBA/1JSPRET/EiJCZECHII/EiJDBA/2JI/LnJNZW/LacJSM/JCE/J129S1/SvImJMA/MyJPL/JCBA/JKK/HlJSWR/JC3H/HeJNOD/ShiLtJC57BL/6JC57BLKS/JBUB/BnJRIIIS/JFVB/NJNZB/BlNJNON/ShiLtJLP/JBALB/cByJSJL/JBTBR T<+> Itpr3<tf>/JC57L/JC58/JAKR/JC57BL/10JC57BR/cdJ % 121416182022242628femalemale


  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested43 strains43 strains
Mean of the strain means17.7   % 16.6   %
Median of the strain means17.3   % 16.3   %
SD of the strain means± 2.53 ± 2.07
Coefficient of variation (CV)0.143 0.125
Min–max range of strain means13.6   –   24.0   % 12.7   –   22.4   %
Mean sample size per strain11.8   mice 11.3   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
sex 1 298.1312 298.1312 63.0023 < 0.0001
strain 42 4347.5799 103.5138 21.875 < 0.0001
sex:strain 42 852.3598 20.2943 4.2887 < 0.0001
Residuals 922 4362.9681 4.7321


Q-Q normality assessment based on residuals

  


  STRAIN MEANS (UNADJUSTED)
  
Select table page: 1 - 10 / 86 (86)
Strain
Sex
Mean
SD
N mice
SEM
CV
Min, Max
Z score
129S1/SvImJ f 17.5 1.67   14 0.446 0.0951 16.1, 21.5 -0.07
129S1/SvImJ m 16.4 2.81   15 0.726 0.171 12.9, 21.5 -0.08
A/J f 23.9 4.13   10 1.31 0.173 17.6, 27.3 2.46
A/J m 14.7 0.341   10 0.108 0.0232 14.2, 15.3 -0.9
AKR/J f 16.0 2.51   10 0.795 0.157 13.7, 19.8 -0.66
AKR/J m 12.7 1.13   9 0.377 0.089 11.6, 15.2 -1.87
BALB/cByJ f 15.5 1.07   15 0.275 0.0687 13.8, 17.4 -0.86
BALB/cByJ m 15.2 1.22   29 0.227 0.0805 13.3, 17.9 -0.66
BALB/cJ f 20.9 4.36   11 1.31 0.208 14.8, 27.1 1.27
BALB/cJ m 17.3 0.853   5 0.381 0.0492 16.2, 18.6 0.36
BTBR T+ Itpr3tf/J f 15.3 0.908   10 0.287 0.0593 14.1, 16.8 -0.94
BTBR T+ Itpr3tf/J m 14.8 1.22   10 0.386 0.0825 13.2, 17.0 -0.85
BUB/BnJ f 15.6 1.04   14 0.279 0.0671 13.8, 17.5 -0.82
BUB/BnJ m 16.3 1.65   10 0.523 0.102 14.1, 19.7 -0.12
C3H/HeJ f 17.8 0.369   10 0.117 0.0207 17.2, 18.5 0.05
C3H/HeJ m 15.1 1.12   10 0.355 0.0746 13.9, 18.0 -0.7
C57BL/10J f 14.4 0.812   20 0.182 0.0563 13.1, 16.5 -1.3
C57BL/10J m 13.7 0.435   15 0.112 0.0318 13.0, 14.5 -1.38
C57BL/6J f 15.7 1.07   11 0.324 0.0682 14.2, 17.8 -0.78
C57BL/6J m 16.7 0.795   11 0.24 0.0478 15.5, 17.7 0.07
C57BLKS/J f 16.4 1.31   10 0.414 0.0797 14.8, 18.6 -0.51
C57BLKS/J m 15.6 1.62   10 0.512 0.104 12.3, 18.2 -0.46
C57BR/cdJ f 13.6 0.454   10 0.144 0.0333 13.1, 14.5 -1.61
C57BR/cdJ m 12.9 0.847   12 0.245 0.0658 11.8, 14.4 -1.77
C57L/J f 14.7 1.26   12 0.363 0.0856 12.7, 17.3 -1.18
C57L/J m 14.8 1.29   15 0.333 0.0872 13.1, 17.0 -0.85
C58/J f 15.1 0.975   11 0.294 0.0644 13.3, 17.3 -1.02
C58/J m 14.1 0.706   9 0.235 0.0501 13.2, 15.5 -1.19
CAST/EiJ f 23.0 2.48   12 0.717 0.108 20.6, 27.9 2.1
CAST/EiJ m 20.8 2.04   11 0.614 0.0977 18.5, 26.2 2.05
CBA/J f 19.2 3.38   9 1.13 0.176 13.2, 23.0 0.6
CBA/J m 14.1 1.55   10 0.49 0.11 12.5, 17.3 -1.19
CE/J f 18.3 4.3   13 1.19 0.235 14.3, 25.5 0.25
CE/J m 15.6 1.94   8 0.685 0.125 13.4, 19.2 -0.46
CZECHII/EiJ f 19.2 4.39   11 1.32 0.229 14.1, 27.2 0.6
CZECHII/EiJ m 16.6 2.16   11 0.65 0.13 14.1, 21.7 0.02
DBA/1J f 17.3 2.02   14 0.54 0.117 14.3, 21.4 -0.15
DBA/1J m 18.6 3.77   11 1.14 0.203 15.2, 26.7 0.99
DBA/2J f 18.3 3.37   13 0.935 0.185 15.7, 26.7 0.25
DBA/2J m 16.9 1.08   10 0.343 0.064 14.3, 18.1 0.17
FVB/NJ f 15.8 1.66   12 0.479 0.105 14.0, 19.5 -0.74
FVB/NJ m 15.7 1.52   12 0.437 0.0968 13.4, 18.8 -0.41
I/LnJ f 18.1 2.65   13 0.735 0.146 15.4, 23.2 0.17
I/LnJ m 17.0 2.61   14 0.697 0.153 15.0, 25.5 0.22
JF1/MsJ f 20.5 3.34   12 0.963 0.162 15.3, 27.5 1.12
JF1/MsJ m 18.8 1.69   16 0.422 0.0895 16.3, 21.8 1.09
KK/HlJ f 15.2 0.675   14 0.18 0.0443 13.8, 16.3 -0.98
KK/HlJ m 18.1 2.39   11 0.721 0.132 16.2, 22.6 0.75
LP/J f 15.8 3.74   15 0.966 0.237 11.1, 24.7 -0.74
LP/J m 15.5 1.12   10 0.354 0.0725 14.1, 17.0 -0.51
MA/MyJ f 18.5 3.23   12 0.932 0.174 15.8, 25.8 0.32
MA/MyJ m 15.4 0.453   13 0.126 0.0294 14.9, 16.4 -0.56
MOLF/EiJ f 21.8 2.42   13 0.672 0.111 19.1, 28.1 1.63
MOLF/EiJ m 21.3 2.97   15 0.766 0.139 15.5, 27.3 2.3
MSM/MsJ f 24.0 2.99   11 0.901 0.125 20.1, 28.2 2.5
MSM/MsJ m 22.4 2.69   11 0.81 0.12 16.5, 26.1 2.83
NOD/ShiLtJ f 16.6 0.682   10 0.216 0.0411 15.6, 17.9 -0.43
NOD/ShiLtJ m 16.2 1.37   10 0.432 0.0845 15.1, 19.8 -0.17
NON/ShiLtJ f 15.8 0.569   10 0.18 0.036 14.9, 16.5 -0.74
NON/ShiLtJ m 15.6 0.853   10 0.27 0.0545 14.1, 16.8 -0.46
NZB/BlNJ f 15.5 1.81   12 0.522 0.116 14.3, 20.9 -0.86
NZB/BlNJ m 15.9 1.19   9 0.397 0.0746 14.2, 18.2 -0.32
NZW/LacJ f 17.3 1.25   12 0.361 0.0723 15.9, 20.3 -0.15
NZW/LacJ m 16.9 1.26   10 0.4 0.0748 15.4, 18.7 0.17
PERA/EiJ f 18.6 3.3   11 0.994 0.177 15.1, 26.1 0.36
PERA/EiJ m 19.0 4.46   8 1.58 0.235 13.6, 25.2 1.18
PL/J f 16.9 1.95   16 0.487 0.115 14.3, 21.0 -0.31
PL/J m 17.0 1.81   10 0.572 0.106 15.6, 21.6 0.22
PWK/PhJ f 19.5 3.39   13 0.94 0.174 16.0, 26.7 0.72
PWK/PhJ m 18.2 1.27   12 0.367 0.0698 16.8, 20.9 0.8
RF/J f 19.6 4.83   10 1.53 0.246 14.9, 26.9 0.76
RF/J m 16.9 3.31   16 0.829 0.197 12.5, 22.1 0.17
RIIIS/J f 16.6 1.12   10 0.354 0.0673 14.7, 18.7 -0.43
RIIIS/J m 15.1 1.75   16 0.438 0.116 12.6, 19.1 -0.7
SEA/GnJ f 19.9 2.71   10 0.858 0.136 16.7, 26.4 0.88
SEA/GnJ m 18.3 2.09   9 0.695 0.114 15.5, 22.3 0.84
SJL/J f 14.3 0.385   8 0.136 0.027 13.9, 14.9 -1.34
SJL/J m 16.2 1.12   14 0.3 0.0693 14.4, 17.9 -0.17
SM/J f 18.1 1.92   11 0.58 0.106 14.7, 21.1 0.17
SM/J m 16.1 1.4   10 0.443 0.0873 15.0, 18.3 -0.22
SPRET/EiJ f 18.4 1.36   11 0.411 0.074 17.2, 21.3 0.29
SPRET/EiJ m 17.4 0.905   11 0.273 0.052 16.2, 19.2 0.41
SWR/J f 16.4 1.01   13 0.281 0.0617 15.0, 18.8 -0.51
SWR/J m 16.6 0.622   11 0.187 0.0374 15.8, 17.8 0.02
WSB/EiJ f 19.3 2.32   11 0.7 0.12 13.1, 22.4 0.64
WSB/EiJ m 19.4 2.39   9 0.796 0.123 16.6, 23.7 1.38


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
129S1/SvImJ f 17.5429 0.5814 18.6838 16.4019
129S1/SvImJ m 16.3867 0.5617 17.489 15.2844
A/J f 23.86 0.6879 25.21 22.51
A/J m 14.69 0.6879 16.04 13.34
AKR/J f 15.99 0.6879 17.34 14.64
AKR/J m 12.7 0.7251 14.1231 11.2769
BALB/cByJ f 15.5267 0.5617 16.629 14.4244
BALB/cByJ m 15.2 0.4039 15.9928 14.4072
BALB/cJ f 20.9273 0.6559 22.2145 19.6401
BALB/cJ m 17.32 0.9728 19.2292 15.4108
BTBR T+ Itpr3tf/J f 15.3 0.6879 16.65 13.95
BTBR T+ Itpr3tf/J m 14.79 0.6879 16.14 13.44
BUB/BnJ f 15.5714 0.5814 16.7124 14.4304
BUB/BnJ m 16.28 0.6879 17.63 14.93
C3H/HeJ f 17.84 0.6879 19.19 16.49
C3H/HeJ m 15.07 0.6879 16.42 13.72
C57BL/10J f 14.425 0.4864 15.3796 13.4704
C57BL/10J m 13.6733 0.5617 14.7756 12.571
C57BL/6J f 15.7364 0.6559 17.0236 14.4492
C57BL/6J m 16.6545 0.6559 17.9418 15.3673
C57BLKS/J f 16.42 0.6879 17.77 15.07
C57BLKS/J m 15.64 0.6879 16.99 14.29
C57BR/cdJ f 13.62 0.6879 14.97 12.27
C57BR/cdJ m 12.8833 0.628 14.1157 11.6509
C57L/J f 14.6917 0.628 15.9241 13.4593
C57L/J m 14.7933 0.5617 15.8956 13.691
C58/J f 15.1364 0.6559 16.4236 13.8492
C58/J m 14.0889 0.7251 15.5119 12.6658
CAST/EiJ f 23.0417 0.628 24.2741 21.8093
CAST/EiJ m 20.8455 0.6559 22.1327 19.5582
CBA/J f 19.2222 0.7251 20.6453 17.7992
CBA/J m 14.12 0.6879 15.47 12.77
CE/J f 18.2769 0.6033 19.461 17.0929
CE/J m 15.55 0.7691 17.0594 14.0406
CZECHII/EiJ f 19.1727 0.6559 20.4599 17.8855
CZECHII/EiJ m 16.6 0.6559 17.8872 15.3128
DBA/1J f 17.3286 0.5814 18.4696 16.1876
DBA/1J m 18.6091 0.6559 19.8963 17.3219
DBA/2J f 18.2692 0.6033 19.4533 17.0852
DBA/2J m 16.93 0.6879 18.28 15.58
FVB/NJ f 15.8167 0.628 17.0491 14.5843
FVB/NJ m 15.65 0.628 16.8824 14.4176
I/LnJ f 18.1308 0.6033 19.3148 16.9467
I/LnJ m 17.0071 0.5814 18.1481 15.8662
JF1/MsJ f 20.55 0.628 21.7824 19.3176
JF1/MsJ m 18.85 0.5438 19.9173 17.7827
KK/HlJ f 15.2286 0.5814 16.3696 14.0876
KK/HlJ m 18.0636 0.6559 19.3508 16.7764
LP/J f 15.76 0.5617 16.8623 14.6577
LP/J m 15.46 0.6879 16.81 14.11
MA/MyJ f 18.5167 0.628 19.7491 17.2843
MA/MyJ m 15.4 0.6033 16.5841 14.2159
MOLF/EiJ f 21.7769 0.6033 22.961 20.5929
MOLF/EiJ m 21.32 0.5617 22.4223 20.2177
MSM/MsJ f 23.9818 0.6559 25.269 22.6946
MSM/MsJ m 22.4455 0.6559 23.7327 21.1582
NOD/ShiLtJ f 16.6 0.6879 17.95 15.25
NOD/ShiLtJ m 16.19 0.6879 17.54 14.84
NON/ShiLtJ f 15.79 0.6879 17.14 14.44
NON/ShiLtJ m 15.64 0.6879 16.99 14.29
NZB/BlNJ f 15.5417 0.628 16.7741 14.3093
NZB/BlNJ m 15.9444 0.7251 17.3675 14.5214
NZW/LacJ f 17.3167 0.628 18.5491 16.0843
NZW/LacJ m 16.9 0.6879 18.25 15.55
PERA/EiJ f 18.6273 0.6559 19.9145 17.3401
PERA/EiJ m 19.0 0.7691 20.5094 17.4906
PL/J f 16.8625 0.5438 17.9298 15.7952
PL/J m 17.02 0.6879 18.37 15.67
PWK/PhJ f 19.4692 0.6033 20.6533 18.2852
PWK/PhJ m 18.2083 0.628 19.4407 16.9759
RF/J f 19.62 0.6879 20.97 18.27
RF/J m 16.85 0.5438 17.9173 15.7827
RIIIS/J f 16.62 0.6879 17.97 15.27
RIIIS/J m 15.0562 0.5438 16.1235 13.989
SEA/GnJ f 19.87 0.6879 21.22 18.52
SEA/GnJ m 18.3111 0.7251 19.7342 16.8881
SJL/J f 14.3 0.7691 15.8094 12.7906
SJL/J m 16.2071 0.5814 17.3481 15.0662
SM/J f 18.1273 0.6559 19.4145 16.8401
SM/J m 16.07 0.6879 17.42 14.72
SPRET/EiJ f 18.4182 0.6559 19.7054 17.131
SPRET/EiJ m 17.4182 0.6559 18.7054 16.131
SWR/J f 16.4462 0.6033 17.6302 15.2621
SWR/J m 16.6364 0.6559 17.9236 15.3492
WSB/EiJ f 19.3091 0.6559 20.5963 18.0219
WSB/EiJ m 19.4444 0.7251 20.8675 18.0214


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
129S1/SvImJ both 16.9648 0.4042 17.758 16.1715
A/J both 19.275 0.4864 20.2296 18.3204
AKR/J both 14.345 0.4997 15.3258 13.3642
BALB/cByJ both 15.3633 0.3459 16.0422 14.6844
BALB/cJ both 19.1236 0.5866 20.2749 17.9723
BTBR T+ Itpr3tf/J both 15.045 0.4864 15.9996 14.0904
BUB/BnJ both 15.9257 0.4503 16.8095 15.0419
C3H/HeJ both 16.455 0.4864 17.4096 15.5004
C57BL/10J both 14.0492 0.3715 14.7783 13.3201
C57BL/6J both 16.1955 0.4638 17.1056 15.2853
C57BLKS/J both 16.03 0.4864 16.9846 15.0754
C57BR/cdJ both 13.2517 0.4657 14.1656 12.3377
C57L/J both 14.7425 0.4213 15.5692 13.9158
C58/J both 14.6126 0.4889 15.5721 13.6532
CAST/EiJ both 21.9436 0.454 22.8346 21.0525
CBA/J both 16.6711 0.4997 17.6519 15.6903
CE/J both 16.9135 0.4888 17.8727 15.9543
CZECHII/EiJ both 17.8864 0.4638 18.7966 16.9762
DBA/1J both 17.9688 0.4382 18.8289 17.1088
DBA/2J both 17.5996 0.4575 18.4975 16.7018
FVB/NJ both 15.7333 0.444 16.6048 14.8619
I/LnJ both 17.569 0.4189 18.3911 16.7468
JF1/MsJ both 19.7 0.4154 20.5152 18.8848
KK/HlJ both 16.6461 0.4382 17.5062 15.7861
LP/J both 15.61 0.444 16.4814 14.7386
MA/MyJ both 16.9583 0.4354 17.8129 16.1038
MOLF/EiJ both 21.5485 0.4122 22.3573 20.7396
MSM/MsJ both 23.2136 0.4638 24.1238 22.3034
NOD/ShiLtJ both 16.395 0.4864 17.3496 15.4404
NON/ShiLtJ both 15.715 0.4864 16.6696 14.7604
NZB/BlNJ both 15.7431 0.4796 16.6843 14.8018
NZW/LacJ both 17.1083 0.4657 18.0223 16.1944
PERA/EiJ both 18.8136 0.5054 19.8055 17.8218
PL/J both 16.9412 0.4385 17.8017 16.0808
PWK/PhJ both 18.8388 0.4354 19.6933 17.9843
RF/J both 18.235 0.4385 19.0955 17.3745
RIIIS/J both 15.8381 0.4385 16.6986 14.9776
SEA/GnJ both 19.0906 0.4997 20.0713 18.1098
SJL/J both 15.2536 0.4821 16.1996 14.3075
SM/J both 17.0986 0.4752 18.0313 16.166
SPRET/EiJ both 17.9182 0.4638 18.8284 17.008
SWR/J both 16.5413 0.4456 17.4157 15.6668
WSB/EiJ both 19.3768 0.4889 20.3362 18.4173




  GWAS USING LINEAR MIXED MODELS

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