Project measure / variable:   Crusio1   errors_d3

ID, description, units MPD:62032   errors_d3   number of errors made before all 8 rewards collected   [n]  day 3  
Data set, strains Crusio1   BXD w/par   55 strains     sex: both     age: 10-13wks
Procedure radial maze
Ontology mappings

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  STRAIN COMPARISON PLOT


  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested54 strains55 strains
Mean of the strain means8.7142   n 8.0348   n
Median of the strain means8.6   n 7.7   n
SD of the strain means± 3.0891 ± 2.8313
Coefficient of variation (CV)0.3545 0.3524
Min–max range of strain means3.0   –   20.0   n 2.5   –   21.625   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 84.7041 84.7041 2.2662 0.1326
strain 51 3540.0206 69.4122 1.8571 0.0004
sex:strain 51 1786.321 35.0259 0.9371 0.6005
Residuals 796 29751.9143 37.3768


Q-Q normality assessment based on residuals

  


  STRAIN MEANS (UNADJUSTED)
  
Select table page: 1 - 10 / 109 (109)
Strain
Sex
Mean
SD
N mice
SEM
CV
Min, Max
Z score
BXD1 f 7.0 1.4142   2   1.0 0.202 6.0, 8.0 -0.55
BXD1 m 11.0 8.4853   2   6.0 0.7714 5.0, 17.0 1.05
BXD100 f 6.4 3.0984   10 0.9798 0.4841 1.0, 10.0 -0.75
BXD100 m 5.2 4.341   10 1.3728 0.8348 -1.0
BXD101 f 12.833 7.1671   6 2.9259 0.5585 7.0, 25.0 1.33
BXD101 m 7.375 6.4794   8 2.2908 0.8786 2.0, 21.0 -0.23
BXD102 f 7.3 5.7937   10 1.8321 0.7937 1.0, 15.0 -0.46
BXD102 m 6.8 2.5734   10 0.81377 0.3784 3.0, 11.0 -0.44
BXD11 f 5.5 3.7786   10 1.1949 0.687 2.0, 13.0 -1.04
BXD11 m 3.2 1.9322   10 0.61101 0.6038 -1.71
BXD13 f 9.3 8.2738   10 2.6164 0.8897 3.0, 31.0 0.19
BXD13 m 7.0 5.3748   10 1.6997 0.7678 2.0, 18.0 -0.37
BXD14 f 12.5 9.6523   10 3.0523 0.7722 1.23
BXD14 m 7.5 5.2967   10 1.675 0.7062 1.0, 17.0 -0.19
BXD15 f 9.5 9.9805   10 3.1561 1.0506 0.25
BXD15 m 10.0 9.3333   10 2.9515 0.9333 2.0, 29.0 0.69
BXD16 f 12.3 6.2725   10 1.9835 0.51 3.0, 22.0 1.16
BXD16 m 6.7 5.0343   10 1.592 0.7514 -0.47
BXD18 f 12.0 0.0   1   0.0 0.0 12.0, 12.0 1.06
BXD18 m 14.5 6.364   2   4.5 0.4389 10.0, 19.0 2.28
BXD19 f 3.5 2.1213   2   1.5 0.6061 2.0, 5.0 -1.69
BXD19 m 10.0 8.4853   2   6.0 0.8485 4.0, 16.0 0.69
BXD2 f 8.9 4.4585   10 1.4099 0.5009 3.0, 16.0 0.06
BXD2 m 8.9 6.0818   10 1.9232 0.6834 4.0, 25.0 0.31
BXD21 f 13.4 4.971   10 1.572 0.371 4.0, 19.0 1.52
BXD21 m 21.625 19.544   8 6.91 0.9038 6.0, 66.0 4.8
BXD27 f 7.5 6.8678   10 2.1718 0.9157 1.0, 25.0 -0.39
BXD27 m 6.3 5.2079   10 1.6469 0.8267 2.0, 20.0 -0.61
BXD28 f 8.5 5.8166   10 1.8394 0.6843 2.0, 20.0 -0.07
BXD28 m 7.8 5.9404   10 1.8785 0.7616 2.0, 22.0 -0.08
BXD31 f 6.6 4.0056   10 1.2667 0.6069 1.0, 14.0 -0.68
BXD31 m 8.3 4.62   10 1.461 0.5566 1.0, 16.0 0.09
BXD32 f 9.8 5.8271   10 1.8427 0.5946 3.0, 21.0 0.35
BXD32 m 9.8 3.7059   10 1.1719 0.3781 3.0, 14.0 0.62
BXD33 f 20.0 0.0   1   0.0 0.0 20.0, 20.0 3.65
BXD33 m 7.0 0.0   1   0.0 0.0 7.0, 7.0 -0.37
BXD34 f 3.0 1.4142   2   1.0 0.4714 2.0, 4.0 -1.85
BXD34 m 10.0 5.6569   2   4.0 0.5657 6.0, 14.0 0.69
BXD39 f 6.1 3.8427   10 1.2152 0.63 1.0, 13.0 -0.85
BXD39 m 8.3 4.2701   10 1.3503 0.5145 2.0, 17.0 0.09
BXD40 f 8.5 7.0435   10 2.2274 0.8286 3.0, 28.0 -0.07
BXD40 m 8.7 6.2902   10 1.9891 0.723 2.0, 25.0 0.23
BXD42 f 5.8 2.201   10 0.69602 0.3795 4.0, 10.0 -0.94
BXD42 m 5.4 4.9486   10 1.5649 0.9164 1.0, 16.0 -0.93
BXD43 f 8.0 5.6372   10 1.7826 0.7046 2.0, 20.0 -0.23
BXD43 m 8.1 6.4885   10 2.0518 0.801 1.0, 21.0 0.02
BXD44 f 8.9 7.6223   10 2.4104 0.8564 3.0, 23.0 0.06
BXD44 m 6.9 5.0651   10 1.6017 0.7341 -0.4
BXD48 f 10.7 8.5251   10 2.6959 0.7967 3.0, 30.0 0.64
BXD48 m 9.7 4.7621   10 1.5059 0.4909 3.0, 17.0 0.59
BXD49 f 6.5 4.6007   10 1.4549 0.7078 1.0, 18.0 -0.72
BXD49 m 8.1 5.5468   10 1.754 0.6848 1.0, 20.0 0.02
BXD50 f 9.0 6.733   10 2.1292 0.7481 3.0, 21.0 0.09
BXD50 m 5.2 2.0976   10 0.66332 0.4034 2.0, 9.0 -1.0
BXD51 f 8.7 6.5668   10 2.0766 0.7548 1.0, 21.0 0.0
BXD51 m 6.4 4.7889   10 1.5144 0.7483 2.0, 18.0 -0.58
BXD6 f 9.7 5.5187   10 1.7452 0.5689 0.32
BXD6 m 8.3 4.1913   10 1.3254 0.505 3.0, 15.0 0.09
BXD61 f 5.6 3.5963   10 1.1372 0.6422 1.0, 13.0 -1.01
BXD61 m 7.3 2.7508   10 0.86987 0.3768 2.0, 12.0 -0.26
BXD62 f 6.5 3.9511   10 1.2494 0.6079 1.0, 13.0 -0.72
BXD62 m 4.3 1.9465   10 0.61554 0.4527 2.0, 8.0 -1.32
BXD65 f 11.5 9.0056   6 3.6765 0.7831 2.0, 23.0 0.9
BXD65 m 6.0 4.2947   10 1.3581 0.7158 1.0, 14.0 -0.72
BXD66 f 11.75 6.2915   4 3.1458 0.5354 7.0, 21.0 0.98
BXD66 m 10.0 2.582   4 1.291 0.2582 7.0, 13.0 0.69
BXD68 f 12.5 15.022   4 7.5111 1.2018 4.0, 35.0 1.23
BXD68 m 8.3333 7.8909   6 3.2215 0.9469 0.11
BXD69 f 10.1 5.2799   10 1.6697 0.5228 2.0, 19.0 0.45
BXD69 m 13.5 11.346   10 3.5878 0.8404 1.93
BXD70 f 8.7 5.4375   10 1.7195 0.625 2.0, 18.0 0.0
BXD70 m 8.8 4.5898   10 1.4514 0.5216 3.0, 17.0 0.27
BXD71 m 2.5 2.1213   2   1.5 0.8485 1.0, 4.0 -1.95
BXD73 f 9.5 6.7864   10 2.1461 0.7144 1.0, 24.0 0.25
BXD73 m 9.1 7.3401   10 2.3212 0.8066 2.0, 27.0 0.38
BXD75 f 9.2 6.3034   10 1.9933 0.6852 1.0, 23.0 0.16
BXD75 m 8.3 4.3729   10 1.3828 0.5269 2.0, 17.0 0.09
BXD77 f 16.0 14.855   4 7.4274 0.9284 2.36
BXD77 m 5.25 3.0957   4 1.5478 0.5897 1.0, 8.0 -0.98
BXD8 f 7.5 7.1063   10 2.2472 0.9475 2.0, 26.0 -0.39
BXD8 m 8.4 5.2536   10 1.6613 0.6254 2.0, 21.0 0.13
BXD80 f 6.6 5.8727   10 1.8571 0.8898 1.0, 20.0 -0.68
BXD80 m 7.3 4.0838   10 1.2914 0.5594 1.0, 14.0 -0.26
BXD81 f 5.1 2.846   10 0.9 0.558 1.0, 9.0 -1.17
BXD81 m 6.8 1.9889   10 0.62893 0.2925 2.0, 9.0 -0.44
BXD84 f 8.0 6.4464   10 2.0385 0.8058 3.0, 25.0 -0.23
BXD84 m 7.6 4.6236   10 1.4621 0.6084 3.0, 15.0 -0.15
BXD85 f 7.75 3.8622   4 1.9311 0.4983 2.0, 10.0 -0.31
BXD85 m 7.0 4.3205   4 2.1602 0.6172 3.0, 13.0 -0.37
BXD86 f 6.2 3.8239   10 1.2092 0.6168 -0.81
BXD86 m 8.4 8.3427   10 2.6382 0.9932 3.0, 27.0 0.13
BXD87 f 4.6 2.0111   10 0.63596 0.4372 2.0, 9.0 -1.33
BXD87 m 7.9 7.3553   10 2.3259 0.931 1.0, 25.0 -0.05
BXD89 f 10.2 5.4732   10 1.7308 0.5366 3.0, 20.0 0.48
BXD89 m 7.7 2.7101   10 0.857 0.352 3.0, 12.0 -0.12
BXD90 f 9.0 5.6569   6 2.3094 0.6285 0.09
BXD90 m 11.667 6.9186   6 2.8245 0.593 5.0, 24.0 1.28
BXD92 f 4.0 4.2426   2   3.0 1.0607 1.0, 7.0 -1.53
BXD92 m 7.3333 6.0277   3 3.4801 0.822 1.0, 13.0 -0.25
BXD96 f 10.2 8.7025   10 2.752 0.8532 2.0, 25.0 0.48
BXD96 m 8.1 5.9151   10 1.8705 0.7303 2.0, 23.0 0.02
BXD97 f 11.2 9.1506   10 2.8937 0.817 2.0, 29.0 0.8
BXD97 m 6.2 4.7093   10 1.4892 0.7596 2.0, 18.0 -0.65
BXD98 f 6.8333 4.9967   6 2.0399 0.7312 2.0, 16.0 -0.61
BXD98 m 6.4286 3.1015   7 1.1722 0.4824 2.0, 12.0 -0.57
C57BL/6J f 7.5 6.892   6 2.8137 0.9189 1.0, 16.0 -0.39
C57BL/6J m 7.0 3.9721   10 1.2561 0.5674 2.0, 14.0 -0.37
DBA/2J f 6.8 3.4577   10 1.0934 0.5085 2.0, 14.0 -0.62
DBA/2J m 6.6 5.2957   10 1.6746 0.8024 2.0, 15.0 -0.51


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 f 7.0 4.323 15.4858 -1.4858
BXD1 m 11.0 4.323 19.4858 2.5142
BXD100 f 6.4 1.9333 10.195 2.605
BXD100 m 5.2 1.9333 8.995 1.405
BXD101 f 12.8333 2.4959 17.7326 7.934
BXD101 m 7.375 2.1615 11.6179 3.1321
BXD102 f 7.3 1.9333 11.095 3.505
BXD102 m 6.8 1.9333 10.595 3.005
BXD11 f 5.5 1.9333 9.295 1.705
BXD11 m 3.2 1.9333 6.995 -0.595
BXD13 f 9.3 1.9333 13.095 5.505
BXD13 m 7.0 1.9333 10.795 3.205
BXD14 f 12.5 1.9333 16.295 8.705
BXD14 m 7.5 1.9333 11.295 3.705
BXD15 f 9.5 1.9333 13.295 5.705
BXD15 m 10.0 1.9333 13.795 6.205
BXD16 f 12.3 1.9333 16.095 8.505
BXD16 m 6.7 1.9333 10.495 2.905
BXD19 f 3.5 4.323 11.9858 -4.9858
BXD19 m 10.0 4.323 18.4858 1.5142
BXD2 f 8.9 1.9333 12.695 5.105
BXD2 m 8.9 1.9333 12.695 5.105
BXD21 f 13.4 1.9333 17.195 9.605
BXD21 m 21.625 2.1615 25.8679 17.3821
BXD27 f 7.5 1.9333 11.295 3.705
BXD27 m 6.3 1.9333 10.095 2.505
BXD28 f 8.5 1.9333 12.295 4.705
BXD28 m 7.8 1.9333 11.595 4.005
BXD31 f 6.6 1.9333 10.395 2.805
BXD31 m 8.3 1.9333 12.095 4.505
BXD32 f 9.8 1.9333 13.595 6.005
BXD32 m 9.8 1.9333 13.595 6.005
BXD34 f 3.0 4.323 11.4858 -5.4858
BXD34 m 10.0 4.323 18.4858 1.5142
BXD39 f 6.1 1.9333 9.895 2.305
BXD39 m 8.3 1.9333 12.095 4.505
BXD40 f 8.5 1.9333 12.295 4.705
BXD40 m 8.7 1.9333 12.495 4.905
BXD42 f 5.8 1.9333 9.595 2.005
BXD42 m 5.4 1.9333 9.195 1.605
BXD43 f 8.0 1.9333 11.795 4.205
BXD43 m 8.1 1.9333 11.895 4.305
BXD44 f 8.9 1.9333 12.695 5.105
BXD44 m 6.9 1.9333 10.695 3.105
BXD48 f 10.7 1.9333 14.495 6.905
BXD48 m 9.7 1.9333 13.495 5.905
BXD49 f 6.5 1.9333 10.295 2.705
BXD49 m 8.1 1.9333 11.895 4.305
BXD50 f 9.0 1.9333 12.795 5.205
BXD50 m 5.2 1.9333 8.995 1.405
BXD51 f 8.7 1.9333 12.495 4.905
BXD51 m 6.4 1.9333 10.195 2.605
BXD6 f 9.7 1.9333 13.495 5.905
BXD6 m 8.3 1.9333 12.095 4.505
BXD61 f 5.6 1.9333 9.395 1.805
BXD61 m 7.3 1.9333 11.095 3.505
BXD62 f 6.5 1.9333 10.295 2.705
BXD62 m 4.3 1.9333 8.095 0.505
BXD65 f 11.5 2.4959 16.3993 6.6007
BXD65 m 6.0 1.9333 9.795 2.205
BXD66 f 11.75 3.0568 17.7504 5.7496
BXD66 m 10.0 3.0568 16.0004 3.9996
BXD68 f 12.5 3.0568 18.5004 6.4996
BXD68 m 8.3333 2.4959 13.2326 3.434
BXD69 f 10.1 1.9333 13.895 6.305
BXD69 m 13.5 1.9333 17.295 9.705
BXD70 f 8.7 1.9333 12.495 4.905
BXD70 m 8.8 1.9333 12.595 5.005
BXD73 f 9.5 1.9333 13.295 5.705
BXD73 m 9.1 1.9333 12.895 5.305
BXD75 f 9.2 1.9333 12.995 5.405
BXD75 m 8.3 1.9333 12.095 4.505
BXD77 f 16.0 3.0568 22.0004 9.9996
BXD77 m 5.25 3.0568 11.2504 -0.7504
BXD8 f 7.5 1.9333 11.295 3.705
BXD8 m 8.4 1.9333 12.195 4.605
BXD80 f 6.6 1.9333 10.395 2.805
BXD80 m 7.3 1.9333 11.095 3.505
BXD81 f 5.1 1.9333 8.895 1.305
BXD81 m 6.8 1.9333 10.595 3.005
BXD84 f 8.0 1.9333 11.795 4.205
BXD84 m 7.6 1.9333 11.395 3.805
BXD85 f 7.75 3.0568 13.7504 1.7496
BXD85 m 7.0 3.0568 13.0004 0.9996
BXD86 f 6.2 1.9333 9.995 2.405
BXD86 m 8.4 1.9333 12.195 4.605
BXD87 f 4.6 1.9333 8.395 0.805
BXD87 m 7.9 1.9333 11.695 4.105
BXD89 f 10.2 1.9333 13.995 6.405
BXD89 m 7.7 1.9333 11.495 3.905
BXD90 f 9.0 2.4959 13.8993 4.1007
BXD90 m 11.6667 2.4959 16.566 6.7674
BXD92 f 4.0 4.323 12.4858 -4.4858
BXD92 m 7.3333 3.5297 14.262 0.4047
BXD96 f 10.2 1.9333 13.995 6.405
BXD96 m 8.1 1.9333 11.895 4.305
BXD97 f 11.2 1.9333 14.995 7.405
BXD97 m 6.2 1.9333 9.995 2.405
BXD98 f 6.8333 2.4959 11.7326 1.934
BXD98 m 6.4286 2.3107 10.9644 1.8927
C57BL/6J f 7.5 2.4959 12.3993 2.6007
C57BL/6J m 7.0 1.9333 10.795 3.205
DBA/2J f 6.8 1.9333 10.595 3.005
DBA/2J m 6.6 1.9333 10.395 2.805


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
BXD1 both 9.0 3.0568 15.0004 2.9996
BXD100 both 5.8 1.3671 8.4835 3.1165
BXD101 both 10.1042 1.6509 13.3448 6.8636
BXD102 both 7.05 1.3671 9.7335 4.3665
BXD11 both 4.35 1.3671 7.0335 1.6665
BXD13 both 8.15 1.3671 10.8335 5.4665
BXD14 both 10.0 1.3671 12.6835 7.3165
BXD15 both 9.75 1.3671 12.4335 7.0665
BXD16 both 9.5 1.3671 12.1835 6.8165
BXD19 both 6.75 3.0568 12.7504 0.7496
BXD2 both 8.9 1.3671 11.5835 6.2165
BXD21 both 17.5125 1.45 20.3587 14.6663
BXD27 both 6.9 1.3671 9.5835 4.2165
BXD28 both 8.15 1.3671 10.8335 5.4665
BXD31 both 7.45 1.3671 10.1335 4.7665
BXD32 both 9.8 1.3671 12.4835 7.1165
BXD34 both 6.5 3.0568 12.5004 0.4996
BXD39 both 7.2 1.3671 9.8835 4.5165
BXD40 both 8.6 1.3671 11.2835 5.9165
BXD42 both 5.6 1.3671 8.2835 2.9165
BXD43 both 8.05 1.3671 10.7335 5.3665
BXD44 both 7.9 1.3671 10.5835 5.2165
BXD48 both 10.2 1.3671 12.8835 7.5165
BXD49 both 7.3 1.3671 9.9835 4.6165
BXD50 both 7.1 1.3671 9.7835 4.4165
BXD51 both 7.55 1.3671 10.2335 4.8665
BXD6 both 9.0 1.3671 11.6835 6.3165
BXD61 both 6.45 1.3671 9.1335 3.7665
BXD62 both 5.4 1.3671 8.0835 2.7165
BXD65 both 8.75 1.5785 11.8486 5.6514
BXD66 both 10.875 2.1615 15.1179 6.6321
BXD68 both 10.4167 1.9732 14.2899 6.5434
BXD69 both 11.8 1.3671 14.4835 9.1165
BXD70 both 8.75 1.3671 11.4335 6.0665
BXD73 both 9.3 1.3671 11.9835 6.6165
BXD75 both 8.75 1.3671 11.4335 6.0665
BXD77 both 10.625 2.1615 14.8679 6.3821
BXD8 both 7.95 1.3671 10.6335 5.2665
BXD80 both 6.95 1.3671 9.6335 4.2665
BXD81 both 5.95 1.3671 8.6335 3.2665
BXD84 both 7.8 1.3671 10.4835 5.1165
BXD85 both 7.375 2.1615 11.6179 3.1321
BXD86 both 7.3 1.3671 9.9835 4.6165
BXD87 both 6.25 1.3671 8.9335 3.5665
BXD89 both 8.95 1.3671 11.6335 6.2665
BXD90 both 10.3333 1.7649 13.7977 6.869
BXD92 both 5.6667 2.7905 11.1443 0.1891
BXD96 both 9.15 1.3671 11.8335 6.4665
BXD97 both 8.7 1.3671 11.3835 6.0165
BXD98 both 6.631 1.7007 9.9693 3.2926
C57BL/6J both 7.25 1.5785 10.3486 4.1514
DBA/2J both 6.7 1.3671 9.3835 4.0165




  GWAS USING LINEAR MIXED MODELS

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