Project measure / variable:   Crusio1   errors_d4

ID, description, units MPD:62033   errors_d4   number of errors made before all 8 rewards collected   [n]  day 4  
Data set, strains Crusio1   BXD w/par   55 strains     sex: both     age: 10-13wks
Procedure radial maze
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  STRAIN COMPARISON PLOT
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Crusio1 - number of errors made before all 8 rewards collected day 4



  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested54 strains55 strains
Mean of the strain means7.7617   n 6.871   n
Median of the strain means7.15   n 6.9   n
SD of the strain means± 2.6397 ± 1.9709
Coefficient of variation (CV)0.3401 0.2869
Min–max range of strain means2.0   –   17.167   n 2.0   –   11.25   n
Mean sample size per strain8.3   mice 8.4   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
sex 1 46.5025 46.5025 1.6953 0.1933
strain 51 2250.5853 44.1291 1.6088 0.0053
sex:strain 51 1391.9237 27.2926 0.995 0.4858
Residuals 796 21834.0286 27.4297


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 f 10.5 7.7782   2   5.5 0.7408 5.0, 16.0 1.04
BXD1 m 6.0 1.4142   2   1.0 0.2357 5.0, 7.0 -0.44
BXD100 f 5.9 3.604   10 1.1397 0.6108 2.0, 13.0 -0.71
BXD100 m 3.3 2.0028   10 0.63333 0.6069 -1.81
BXD101 f 6.6667 3.2042   6 1.3081 0.4806 2.0, 10.0 -0.41
BXD101 m 8.125 5.1113   8 1.8071 0.6291 4.0, 18.0 0.64
BXD102 f 8.0 2.9814   10 0.94281 0.3727 4.0, 13.0 0.09
BXD102 m 8.7 6.0009   10 1.8977 0.6898 1.0, 17.0 0.93
BXD11 f 4.5 2.4152   10 0.76376 0.5367 2.0, 9.0 -1.24
BXD11 m 6.6 4.3767   10 1.384 0.6631 -0.14
BXD13 f 5.4 3.9215   10 1.2401 0.7262 -0.89
BXD13 m 9.8 9.3785   10 2.9657 0.957 1.0, 28.0 1.49
BXD14 f 7.1 4.9542   10 1.5667 0.6978 1.0, 16.0 -0.25
BXD14 m 8.2 2.7809   10 0.87939 0.3391 3.0, 11.0 0.67
BXD15 f 7.1 3.2813   10 1.0376 0.4621 1.0, 11.0 -0.25
BXD15 m 5.3 4.6916   10 1.4836 0.8852 -0.8
BXD16 f 12.3 7.8038   10 2.4678 0.6345 2.0, 21.0 1.72
BXD16 m 7.8 5.6921   10 1.8 0.7298 1.0, 20.0 0.47
BXD18 f 2.0 0.0   1   0.0 0.0 2.0, 2.0 -2.18
BXD18 m 4.5 0.70711   2   0.5 0.1571 4.0, 5.0 -1.2
BXD19 f 11.5 2.1213   2   1.5 0.1845 10.0, 13.0 1.42
BXD19 m 2.0 1.4142   2   1.0 0.7071 1.0, 3.0 -2.47
BXD2 f 9.2 5.2662   10 1.6653 0.5724 2.0, 17.0 0.54
BXD2 m 10.2 4.4672   10 1.4126 0.438 3.0, 18.0 1.69
BXD21 f 11.0 4.4472   10 1.4063 0.4043 5.0, 18.0 1.23
BXD21 m 9.875 6.7281   8 2.3788 0.6813 1.0, 23.0 1.52
BXD27 f 7.2 5.35   10 1.6918 0.7431 3.0, 21.0 -0.21
BXD27 m 9.6 8.9468   10 2.8292 0.932 1.0, 33.0 1.38
BXD28 f 7.0 5.7927   10 1.8318 0.8275 -0.29
BXD28 m 5.6 4.6476   10 1.4697 0.8299 1.0, 16.0 -0.64
BXD31 f 6.7 6.43   10 2.0333 0.9597 2.0, 24.0 -0.4
BXD31 m 9.0 6.4807   10 2.0494 0.7201 3.0, 24.0 1.08
BXD32 f 5.4 3.7178   10 1.1757 0.6885 1.0, 12.0 -0.89
BXD32 m 8.8 5.3707   10 1.6984 0.6103 2.0, 17.0 0.98
BXD33 f 11.0 0.0   1   0.0 0.0 11.0, 11.0 1.23
BXD33 m 3.0 0.0   1   0.0 0.0 3.0, 3.0 -1.96
BXD34 f 13.5 0.70711   2   0.5 0.0524 13.0, 14.0 2.17
BXD34 m 6.5 2.1213   2   1.5 0.3264 5.0, 8.0 -0.19
BXD39 f 8.6 6.7032   10 2.1197 0.7794 3.0, 25.0 0.32
BXD39 m 6.5 3.1358   10 0.99163 0.4824 3.0, 14.0 -0.19
BXD40 f 6.4 4.402   10 1.392 0.6878 1.0, 15.0 -0.52
BXD40 m 6.9 4.2282   10 1.3371 0.6128 1.0, 14.0 0.01
BXD42 f 5.9 5.4863   10 1.7349 0.9299 -0.71
BXD42 m 7.6 4.8808   10 1.5434 0.6422 1.0, 14.0 0.37
BXD43 f 7.0 5.0111   10 1.5846 0.7159 -0.29
BXD43 m 3.4 2.2706   10 0.71802 0.6678 -1.76
BXD44 f 8.0 6.7495   10 2.1344 0.8437 0.09
BXD44 m 6.4 5.6804   10 1.7963 0.8876 -0.24
BXD48 f 5.3 3.164   10 1.0006 0.597 2.0, 10.0 -0.93
BXD48 m 6.0 6.0736   10 1.9206 1.0123 2.0, 22.0 -0.44
BXD49 f 6.0 5.099   10 1.6125 0.8498 1.0, 15.0 -0.67
BXD49 m 3.7 2.1108   10 0.6675 0.5705 1.0, 8.0 -1.61
BXD50 f 7.3 3.8887   10 1.2297 0.5327 2.0, 16.0 -0.17
BXD50 m 6.0 5.164   10 1.633 0.8607 -0.44
BXD51 f 9.4 7.5454   10 2.3861 0.8027 1.0, 24.0 0.62
BXD51 m 3.9 1.912   10 0.60461 0.4902 1.0, 7.0 -1.51
BXD6 f 10.0 8.7939   10 2.7809 0.8794 2.0, 31.0 0.85
BXD6 m 6.9 4.6536   10 1.4716 0.6744 1.0, 15.0 0.01
BXD61 f 8.9 5.6853   10 1.7978 0.6388 1.0, 22.0 0.43
BXD61 m 7.1 6.5226   10 2.0626 0.9187 1.0, 22.0 0.12
BXD62 f 7.1 2.9609   10 0.9363 0.417 3.0, 12.0 -0.25
BXD62 m 6.1 4.0401   10 1.2776 0.6623 1.0, 12.0 -0.39
BXD65 f 17.167 8.6352   6 3.5253 0.503 7.0, 32.0 3.56
BXD65 m 8.7 7.7323   10 2.4452 0.8888 2.0, 28.0 0.93
BXD66 f 11.25 11.413   4 5.7064 1.0145 4.0, 28.0 1.32
BXD66 m 11.25 9.3229   4 4.6615 0.8287 1.0, 21.0 2.22
BXD68 f 9.5 4.4347   4 2.2174 0.4668 5.0, 15.0 0.66
BXD68 m 5.6667 4.8028   6 1.9607 0.8475 1.0, 13.0 -0.61
BXD69 f 7.9 6.6908   10 2.1158 0.8469 2.0, 24.0 0.05
BXD69 m 7.8 4.1312   10 1.3064 0.5296 2.0, 13.0 0.47
BXD70 f 8.0 3.3993   10 1.075 0.4249 3.0, 13.0 0.09
BXD70 m 6.8 4.1312   10 1.3064 0.6075 2.0, 13.0 -0.04
BXD71 m 6.5 0.70711   2   0.5 0.1088 6.0, 7.0 -0.19
BXD73 f 7.0 6.2004   10 1.9607 0.8858 -0.29
BXD73 m 7.4 4.2216   10 1.335 0.5705 2.0, 16.0 0.27
BXD75 f 7.8 5.4732   10 1.7308 0.7017 2.0, 18.0 0.01
BXD75 m 6.2 4.5898   10 1.4514 0.7403 -0.34
BXD77 f 10.25 6.1847   4 3.0923 0.6034 5.0, 19.0 0.94
BXD77 m 8.25 2.0616   4 1.0308 0.2499 6.0, 10.0 0.7
BXD8 f 4.1 4.508   10 1.4256 1.0995 -1.39
BXD8 m 4.9 2.9231   10 0.92436 0.5965 -1.0
BXD80 f 9.3 4.0565   10 1.2828 0.4362 1.0, 14.0 0.58
BXD80 m 8.5 4.8591   10 1.5366 0.5717 4.0, 18.0 0.83
BXD81 f 6.4 7.7201   10 2.4413 1.2063 -0.52
BXD81 m 7.0 5.2705   10 1.6667 0.7529 2.0, 21.0 0.07
BXD84 f 3.9 2.2336   10 0.70632 0.5727 2.0, 8.0 -1.46
BXD84 m 4.7 2.7101   10 0.857 0.5766 1.0, 10.0 -1.1
BXD85 f 5.5 1.9149   4 0.95743 0.3482 3.0, 7.0 -0.86
BXD85 m 8.25 3.8622   4 1.9311 0.4681 4.0, 12.0 0.7
BXD86 f 4.0 2.7889   10 0.88192 0.6972 1.0, 9.0 -1.43
BXD86 m 7.1 6.4196   10 2.0301 0.9042 1.0, 20.0 0.12
BXD87 f 7.4 7.6768   10 2.4276 1.0374 1.0, 28.0 -0.14
BXD87 m 6.1 5.8013   10 1.8345 0.951 -0.39
BXD89 f 6.9 5.1521   10 1.6292 0.7467 1.0, 16.0 -0.33
BXD89 m 9.3 5.9638   10 1.8859 0.6413 2.0, 24.0 1.23
BXD90 f 5.6667 4.274   6 1.7448 0.7542 3.0, 14.0 -0.79
BXD90 m 6.8333 4.8751   6 1.9903 0.7134 -0.02
BXD92 f 10.0 8.4853   2   6.0 0.8485 4.0, 16.0 0.85
BXD92 m 9.6667 3.5119   3 2.0276 0.3633 6.0, 13.0 1.42
BXD96 f 5.7 2.9833   10 0.9434 0.5234 2.0, 10.0 -0.78
BXD96 m 7.5 5.7783   10 1.8273 0.7704 2.0, 20.0 0.32
BXD97 f 6.9 6.9514   10 2.1982 1.0075 -0.33
BXD97 m 6.9 5.5267   10 1.7477 0.801 1.0, 17.0 0.01
BXD98 f 5.6667 2.8752   6 1.1738 0.5074 2.0, 10.0 -0.79
BXD98 m 5.2857 3.1997   7 1.2094 0.6053 1.0, 11.0 -0.8
C57BL/6J f 8.1667 3.1885   6 1.3017 0.3904 4.0, 13.0 0.15
C57BL/6J m 5.6 2.5906   10 0.81921 0.4626 1.0, 9.0 -0.64
DBA/2J f 8.8 5.35   10 1.6918 0.608 3.0, 18.0 0.39
DBA/2J m 8.3 5.1865   10 1.6401 0.6249 3.0, 18.0 0.73


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 f 10.5 3.7034 17.7695 3.2305
BXD1 m 6.0 3.7034 13.2695 -1.2695
BXD100 f 5.9 1.6562 9.151 2.649
BXD100 m 3.3 1.6562 6.551 0.049
BXD101 f 6.6667 2.1381 10.8637 2.4696
BXD101 m 8.125 1.8517 11.7597 4.4903
BXD102 f 8.0 1.6562 11.251 4.749
BXD102 m 8.7 1.6562 11.951 5.449
BXD11 f 4.5 1.6562 7.751 1.249
BXD11 m 6.6 1.6562 9.851 3.349
BXD13 f 5.4 1.6562 8.651 2.149
BXD13 m 9.8 1.6562 13.051 6.549
BXD14 f 7.1 1.6562 10.351 3.849
BXD14 m 8.2 1.6562 11.451 4.949
BXD15 f 7.1 1.6562 10.351 3.849
BXD15 m 5.3 1.6562 8.551 2.049
BXD16 f 12.3 1.6562 15.551 9.049
BXD16 m 7.8 1.6562 11.051 4.549
BXD19 f 11.5 3.7034 18.7695 4.2305
BXD19 m 2.0 3.7034 9.2695 -5.2695
BXD2 f 9.2 1.6562 12.451 5.949
BXD2 m 10.2 1.6562 13.451 6.949
BXD21 f 11.0 1.6562 14.251 7.749
BXD21 m 9.875 1.8517 13.5097 6.2403
BXD27 f 7.2 1.6562 10.451 3.949
BXD27 m 9.6 1.6562 12.851 6.349
BXD28 f 7.0 1.6562 10.251 3.749
BXD28 m 5.6 1.6562 8.851 2.349
BXD31 f 6.7 1.6562 9.951 3.449
BXD31 m 9.0 1.6562 12.251 5.749
BXD32 f 5.4 1.6562 8.651 2.149
BXD32 m 8.8 1.6562 12.051 5.549
BXD34 f 13.5 3.7034 20.7695 6.2305
BXD34 m 6.5 3.7034 13.7695 -0.7695
BXD39 f 8.6 1.6562 11.851 5.349
BXD39 m 6.5 1.6562 9.751 3.249
BXD40 f 6.4 1.6562 9.651 3.149
BXD40 m 6.9 1.6562 10.151 3.649
BXD42 f 5.9 1.6562 9.151 2.649
BXD42 m 7.6 1.6562 10.851 4.349
BXD43 f 7.0 1.6562 10.251 3.749
BXD43 m 3.4 1.6562 6.651 0.149
BXD44 f 8.0 1.6562 11.251 4.749
BXD44 m 6.4 1.6562 9.651 3.149
BXD48 f 5.3 1.6562 8.551 2.049
BXD48 m 6.0 1.6562 9.251 2.749
BXD49 f 6.0 1.6562 9.251 2.749
BXD49 m 3.7 1.6562 6.951 0.449
BXD50 f 7.3 1.6562 10.551 4.049
BXD50 m 6.0 1.6562 9.251 2.749
BXD51 f 9.4 1.6562 12.651 6.149
BXD51 m 3.9 1.6562 7.151 0.649
BXD6 f 10.0 1.6562 13.251 6.749
BXD6 m 6.9 1.6562 10.151 3.649
BXD61 f 8.9 1.6562 12.151 5.649
BXD61 m 7.1 1.6562 10.351 3.849
BXD62 f 7.1 1.6562 10.351 3.849
BXD62 m 6.1 1.6562 9.351 2.849
BXD65 f 17.1667 2.1381 21.3637 12.9696
BXD65 m 8.7 1.6562 11.951 5.449
BXD66 f 11.25 2.6187 16.3903 6.1097
BXD66 m 11.25 2.6187 16.3903 6.1097
BXD68 f 9.5 2.6187 14.6403 4.3597
BXD68 m 5.6667 2.1381 9.8637 1.4696
BXD69 f 7.9 1.6562 11.151 4.649
BXD69 m 7.8 1.6562 11.051 4.549
BXD70 f 8.0 1.6562 11.251 4.749
BXD70 m 6.8 1.6562 10.051 3.549
BXD73 f 7.0 1.6562 10.251 3.749
BXD73 m 7.4 1.6562 10.651 4.149
BXD75 f 7.8 1.6562 11.051 4.549
BXD75 m 6.2 1.6562 9.451 2.949
BXD77 f 10.25 2.6187 15.3903 5.1097
BXD77 m 8.25 2.6187 13.3903 3.1097
BXD8 f 4.1 1.6562 7.351 0.849
BXD8 m 4.9 1.6562 8.151 1.649
BXD80 f 9.3 1.6562 12.551 6.049
BXD80 m 8.5 1.6562 11.751 5.249
BXD81 f 6.4 1.6562 9.651 3.149
BXD81 m 7.0 1.6562 10.251 3.749
BXD84 f 3.9 1.6562 7.151 0.649
BXD84 m 4.7 1.6562 7.951 1.449
BXD85 f 5.5 2.6187 10.6403 0.3597
BXD85 m 8.25 2.6187 13.3903 3.1097
BXD86 f 4.0 1.6562 7.251 0.749
BXD86 m 7.1 1.6562 10.351 3.849
BXD87 f 7.4 1.6562 10.651 4.149
BXD87 m 6.1 1.6562 9.351 2.849
BXD89 f 6.9 1.6562 10.151 3.649
BXD89 m 9.3 1.6562 12.551 6.049
BXD90 f 5.6667 2.1381 9.8637 1.4696
BXD90 m 6.8333 2.1381 11.0304 2.6363
BXD92 f 10.0 3.7034 17.2695 2.7305
BXD92 m 9.6667 3.0238 15.6022 3.7311
BXD96 f 5.7 1.6562 8.951 2.449
BXD96 m 7.5 1.6562 10.751 4.249
BXD97 f 6.9 1.6562 10.151 3.649
BXD97 m 6.9 1.6562 10.151 3.649
BXD98 f 5.6667 2.1381 9.8637 1.4696
BXD98 m 5.2857 1.9795 9.1714 1.4
C57BL/6J f 8.1667 2.1381 12.3637 3.9696
C57BL/6J m 5.6 1.6562 8.851 2.349
DBA/2J f 8.8 1.6562 12.051 5.549
DBA/2J m 8.3 1.6562 11.551 5.049


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
BXD1 both 8.25 2.6187 13.3903 3.1097
BXD100 both 4.6 1.1711 6.8988 2.3012
BXD101 both 7.3958 1.4142 10.1719 4.6197
BXD102 both 8.35 1.1711 10.6488 6.0512
BXD11 both 5.55 1.1711 7.8488 3.2512
BXD13 both 7.6 1.1711 9.8988 5.3012
BXD14 both 7.65 1.1711 9.9488 5.3512
BXD15 both 6.2 1.1711 8.4988 3.9012
BXD16 both 10.05 1.1711 12.3488 7.7512
BXD19 both 6.75 2.6187 11.8903 1.6097
BXD2 both 9.7 1.1711 11.9988 7.4012
BXD21 both 10.4375 1.2421 12.8758 7.9992
BXD27 both 8.4 1.1711 10.6988 6.1012
BXD28 both 6.3 1.1711 8.5988 4.0012
BXD31 both 7.85 1.1711 10.1488 5.5512
BXD32 both 7.1 1.1711 9.3988 4.8012
BXD34 both 10.0 2.6187 15.1403 4.8597
BXD39 both 7.55 1.1711 9.8488 5.2512
BXD40 both 6.65 1.1711 8.9488 4.3512
BXD42 both 6.75 1.1711 9.0488 4.4512
BXD43 both 5.2 1.1711 7.4988 2.9012
BXD44 both 7.2 1.1711 9.4988 4.9012
BXD48 both 5.65 1.1711 7.9488 3.3512
BXD49 both 4.85 1.1711 7.1488 2.5512
BXD50 both 6.65 1.1711 8.9488 4.3512
BXD51 both 6.65 1.1711 8.9488 4.3512
BXD6 both 8.45 1.1711 10.7488 6.1512
BXD61 both 8.0 1.1711 10.2988 5.7012
BXD62 both 6.6 1.1711 8.8988 4.3012
BXD65 both 12.9333 1.3523 15.5878 10.2789
BXD66 both 11.25 1.8517 14.8847 7.6153
BXD68 both 7.5833 1.6903 10.9014 4.2653
BXD69 both 7.85 1.1711 10.1488 5.5512
BXD70 both 7.4 1.1711 9.6988 5.1012
BXD73 both 7.2 1.1711 9.4988 4.9012
BXD75 both 7.0 1.1711 9.2988 4.7012
BXD77 both 9.25 1.8517 12.8847 5.6153
BXD8 both 4.5 1.1711 6.7988 2.2012
BXD80 both 8.9 1.1711 11.1988 6.6012
BXD81 both 6.7 1.1711 8.9988 4.4012
BXD84 both 4.3 1.1711 6.5988 2.0012
BXD85 both 6.875 1.8517 10.5097 3.2403
BXD86 both 5.55 1.1711 7.8488 3.2512
BXD87 both 6.75 1.1711 9.0488 4.4512
BXD89 both 8.1 1.1711 10.3988 5.8012
BXD90 both 6.25 1.5119 9.2178 3.2822
BXD92 both 9.8333 2.3905 14.5258 5.1409
BXD96 both 6.6 1.1711 8.8988 4.3012
BXD97 both 6.9 1.1711 9.1988 4.6012
BXD98 both 5.4762 1.4569 8.336 2.6164
C57BL/6J both 6.8833 1.3523 9.5378 4.2289
DBA/2J both 8.55 1.1711 10.8488 6.2512




  GWAS USING LINEAR MIXED MODELS