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Project measure / variable:   Crusio1   errors_d1

ID, description, units MPD:62030   errors_d1   number of errors made before all 8 rewards collected   [n]  day 1  
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
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Crusio1 - number of errors made before all 8 rewards collected day 1



  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested54 strains55 strains
Mean of the strain means12.87   n 13.082   n
Median of the strain means11.75   n 12.0   n
SD of the strain means± 5.9151 ± 5.8093
Coefficient of variation (CV)0.4596 0.4441
Min–max range of strain means5.5   –   41.0   n 5.8   –   43.75   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 7.0982 7.0982 0.0892 0.7653
strain 51 17557.9109 344.2728 4.3257 < 0.0001
sex:strain 51 3564.4938 69.892 0.8782 0.7133
Residuals 796 63352.2071 79.5882


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 9.0 2.8284   2   2.0 0.3143 7.0, 11.0 -0.65
BXD1 m 18.0 1.4142   2   1.0 0.0786 17.0, 19.0 0.85
BXD100 f 12.6 7.7201   10 2.4413 0.6127 5.0, 30.0 -0.05
BXD100 m 14.4 7.806   10 2.4685 0.5421 5.0, 32.0 0.23
BXD101 f 9.5 4.7223   6 1.9279 0.4971 5.0, 17.0 -0.57
BXD101 m 8.25 3.7702   8 1.333 0.457 4.0, 14.0 -0.83
BXD102 f 13.0 7.303   10 2.3094 0.5618 6.0, 25.0 0.02
BXD102 m 11.8 8.0664   10 2.5508 0.6836 5.0, 29.0 -0.22
BXD11 f 10.5 7.2915   10 2.3058 0.6944 2.0, 24.0 -0.4
BXD11 m 6.9 5.8013   10 1.8345 0.8408 -1.06
BXD13 f 13.8 9.2232   10 2.9166 0.6683 5.0, 37.0 0.16
BXD13 m 11.9 9.9828   10 3.1568 0.8389 -0.2
BXD14 f 12.2 7.8287   10 2.4757 0.6417 4.0, 31.0 -0.11
BXD14 m 13.1 6.4885   10 2.0518 0.4953 6.0, 26.0 0.0
BXD15 f 8.3 5.7552   10 1.82 0.6934 2.0, 22.0 -0.77
BXD15 m 7.7 3.802   10 1.2023 0.4938 4.0, 15.0 -0.93
BXD16 f 14.8 6.4944   10 2.0537 0.4388 8.0, 28.0 0.33
BXD16 m 12.7 10.307   10 3.2593 0.8116 3.0, 34.0 -0.07
BXD18 f 41.0 0.0   1   0.0 0.0 41.0, 41.0 4.76
BXD18 m 16.0 9.8995   2   7.0 0.6187 9.0, 23.0 0.5
BXD19 f 5.5 0.70711   2   0.5 0.1286 5.0, 6.0 -1.25
BXD19 m 14.0 16.971   2   12.0 1.2122 2.0, 26.0 0.16
BXD2 f 13.8 8.6897   10 2.7479 0.6297 4.0, 29.0 0.16
BXD2 m 17.0 7.6158   10 2.4083 0.448 8.0, 34.0 0.67
BXD21 f 35.5 15.785   10 4.9917 0.4446 10.0, 57.0 3.83
BXD21 m 43.75 33.602   8 11.88 0.768 1.0, 99.0 5.28
BXD27 f 10.2 6.7791   10 2.1437 0.6646 1.0, 22.0 -0.45
BXD27 m 12.4 6.7032   10 2.1197 0.5406 3.0, 27.0 -0.12
BXD28 f 11.4 6.8993   10 2.1817 0.6052 2.0, 21.0 -0.25
BXD28 m 17.2 10.528   10 3.3293 0.6121 4.0, 44.0 0.71
BXD31 f 9.8 5.4119   10 1.7114 0.5522 2.0, 17.0 -0.52
BXD31 m 13.8 6.6966   10 2.1177 0.4853 6.0, 25.0 0.12
BXD32 f 11.7 5.7359   10 1.8138 0.4902 3.0, 20.0 -0.2
BXD32 m 18.2 13.871   10 4.3863 0.7621 4.0, 50.0 0.88
BXD33 f 13.0 0.0   1   0.0 0.0 13.0, 13.0 0.02
BXD33 m 9.0 0.0   1   0.0 0.0 9.0, 9.0 -0.7
BXD34 f 10.0 1.4142   2   1.0 0.1414 9.0, 11.0 -0.49
BXD34 m 12.5 6.364   2   4.5 0.5091 8.0, 17.0 -0.1
BXD39 f 11.8 4.8028   10 1.5188 0.407 4.0, 22.0 -0.18
BXD39 m 9.8 6.957   10 2.2 0.7099 3.0, 24.0 -0.57
BXD40 f 14.0 9.3333   10 2.9515 0.6667 0.19
BXD40 m 12.3 5.8888   10 1.8622 0.4788 4.0, 21.0 -0.13
BXD42 f 10.4 7.0427   10 2.2271 0.6772 1.0, 23.0 -0.42
BXD42 m 11.3 11.691   10 3.697 1.0346 1.0, 40.0 -0.31
BXD43 f 19.5 10.491   10 3.3175 0.538 3.0, 33.0 1.12
BXD43 m 15.0 12.987   10 4.1069 0.8658 0.33
BXD44 f 11.8 7.4803   10 2.3655 0.6339 4.0, 25.0 -0.18
BXD44 m 10.9 6.3149   10 1.9969 0.5793 3.0, 21.0 -0.38
BXD48 f 12.8 6.3386   10 2.0044 0.4952 4.0, 21.0 -0.01
BXD48 m 8.7 4.8546   10 1.5351 0.558 3.0, 16.0 -0.75
BXD49 f 9.9 5.7822   10 1.8285 0.5841 2.0, 20.0 -0.5
BXD49 m 11.1 7.1717   10 2.2679 0.6461 3.0, 25.0 -0.34
BXD50 f 9.4 5.1034   10 1.6138 0.5429 4.0, 18.0 -0.59
BXD50 m 11.3 6.4644   10 2.0442 0.5721 4.0, 26.0 -0.31
BXD51 f 9.3 4.99   10 1.578 0.5366 2.0, 16.0 -0.6
BXD51 m 11.4 4.3256   10 1.3679 0.3794 6.0, 20.0 -0.29
BXD6 f 10.9 6.4713   10 2.0464 0.5937 3.0, 23.0 -0.33
BXD6 m 10.7 6.7007   10 2.119 0.6262 3.0, 25.0 -0.41
BXD61 f 11.9 6.3675   10 2.0136 0.5351 1.0, 19.0 -0.16
BXD61 m 12.8 5.3292   10 1.6852 0.4163 6.0, 22.0 -0.05
BXD62 f 13.7 6.6005   10 2.0873 0.4818 8.0, 29.0 0.14
BXD62 m 5.8 2.6162   10 0.82731 0.4511 2.0, 9.0 -1.25
BXD65 f 13.667 9.8319   6 4.0139 0.7194 4.0, 31.0 0.13
BXD65 m 9.7 7.9729   10 2.5212 0.8219 1.0, 26.0 -0.58
BXD66 f 17.5 13.204   4 6.6018 0.7545 8.0, 36.0 0.78
BXD66 m 7.0 3.8297   4 1.9149 0.5471 2.0, 10.0 -1.05
BXD68 f 9.0 4.5461   4 2.273 0.5051 5.0, 15.0 -0.65
BXD68 m 12.667 6.2183   6 2.5386 0.4909 9.0, 24.0 -0.07
BXD69 f 15.6 10.783   10 3.4098 0.6912 6.0, 38.0 0.46
BXD69 m 9.6 7.3515   10 2.3247 0.7658 -0.6
BXD70 f 13.7 4.8086   10 1.5206 0.351 7.0, 21.0 0.14
BXD70 m 12.5 7.692   10 2.4324 0.6154 5.0, 29.0 -0.1
BXD71 m 31.5 21.92   2   15.5 0.6959 16.0, 47.0 3.17
BXD73 f 9.4 4.9261   10 1.5578 0.5241 2.0, 16.0 -0.59
BXD73 m 12.7 7.8747   10 2.4902 0.6201 3.0, 30.0 -0.07
BXD75 f 11.5 6.6039   10 2.0883 0.5742 4.0, 25.0 -0.23
BXD75 m 11.6 5.5015   10 1.7397 0.4743 5.0, 21.0 -0.26
BXD77 f 12.0 6.2716   4 3.1358 0.5226 4.0, 17.0 -0.15
BXD77 m 13.0 3.7417   4 1.8708 0.2878 8.0, 17.0 -0.01
BXD8 f 13.2 11.924   10 3.7706 0.9033 0.06
BXD8 m 11.6 5.7194   10 1.8086 0.493 5.0, 21.0 -0.26
BXD80 f 13.8 8.5739   10 2.7113 0.6213 4.0, 31.0 0.16
BXD80 m 12.7 3.5292   10 1.116 0.2779 6.0, 18.0 -0.07
BXD81 f 7.3 3.9455   10 1.2477 0.5405 -0.94
BXD81 m 10.1 4.6774   10 1.4791 0.4631 5.0, 18.0 -0.51
BXD84 f 21.7 31.401   10 9.9298 1.447 5.0, 109.0 1.49
BXD84 m 12.8 9.3547   10 2.9582 0.7308 2.0, 32.0 -0.05
BXD85 f 11.5 5.9161   4 2.958 0.5144 5.0, 17.0 -0.23
BXD85 m 12.75 4.4253   4 2.2127 0.3471 8.0, 17.0 -0.06
BXD86 f 10.3 7.8606   10 2.4857 0.7632 3.0, 30.0 -0.43
BXD86 m 16.2 10.369   10 3.2789 0.64 6.0, 39.0 0.54
BXD87 f 10.8 5.2026   10 1.6452 0.4817 3.0, 21.0 -0.35
BXD87 m 8.4 5.1034   10 1.6138 0.6075 1.0, 16.0 -0.81
BXD89 f 16.5 7.6048   10 2.4049 0.4609 4.0, 28.0 0.61
BXD89 m 12.0 9.2376   10 2.9212 0.7698 1.0, 34.0 -0.19
BXD90 f 10.0 5.5136   6 2.2509 0.5514 5.0, 17.0 -0.49
BXD90 m 11.833 6.7355   6 2.7497 0.5692 7.0, 25.0 -0.22
BXD92 f 8.5 0.70711   2   0.5 0.0832 8.0, 9.0 -0.74
BXD92 m 16.333 10.786   3 6.2272 0.6604 4.0, 24.0 0.56
BXD96 f 8.0 5.5777   10 1.7638 0.6972 3.0, 21.0 -0.82
BXD96 m 10.2 6.4944   10 2.0537 0.6367 3.0, 23.0 -0.5
BXD97 f 17.9 8.9125   10 2.8184 0.4979 8.0, 38.0 0.85
BXD97 m 11.4 8.2892   10 2.6213 0.7271 3.0, 32.0 -0.29
BXD98 f 15.0 11.933   6 4.8717 0.7955 5.0, 36.0 0.36
BXD98 m 22.143 19.608   7 7.4112 0.8855 2.0, 61.0 1.56
C57BL/6J f 7.3333 5.8878   6 2.4037 0.8029 3.0, 19.0 -0.94
C57BL/6J m 10.1 5.087   10 1.6087 0.5037 4.0, 19.0 -0.51
DBA/2J f 9.8 3.6757   10 1.1624 0.3751 4.0, 17.0 -0.52
DBA/2J m 11.0 7.7316   10 2.4449 0.7029 -0.36


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 f 9.0 6.3083 21.3828 -3.3828
BXD1 m 18.0 6.3083 30.3828 5.6172
BXD100 f 12.6 2.8211 18.1377 7.0623
BXD100 m 14.4 2.8211 19.9377 8.8623
BXD101 f 9.5 3.6421 16.6492 2.3508
BXD101 m 8.25 3.1541 14.4414 2.0586
BXD102 f 13.0 2.8211 18.5377 7.4623
BXD102 m 11.8 2.8211 17.3377 6.2623
BXD11 f 10.5 2.8211 16.0377 4.9623
BXD11 m 6.9 2.8211 12.4377 1.3623
BXD13 f 13.8 2.8211 19.3377 8.2623
BXD13 m 11.9 2.8211 17.4377 6.3623
BXD14 f 12.2 2.8211 17.7377 6.6623
BXD14 m 13.1 2.8211 18.6377 7.5623
BXD15 f 8.3 2.8211 13.8377 2.7623
BXD15 m 7.7 2.8211 13.2377 2.1623
BXD16 f 14.8 2.8211 20.3377 9.2623
BXD16 m 12.7 2.8211 18.2377 7.1623
BXD19 f 5.5 6.3083 17.8828 -6.8828
BXD19 m 14.0 6.3083 26.3828 1.6172
BXD2 f 13.8 2.8211 19.3377 8.2623
BXD2 m 17.0 2.8211 22.5377 11.4623
BXD21 f 35.5 2.8211 41.0377 29.9623
BXD21 m 43.75 3.1541 49.9414 37.5586
BXD27 f 10.2 2.8211 15.7377 4.6623
BXD27 m 12.4 2.8211 17.9377 6.8623
BXD28 f 11.4 2.8211 16.9377 5.8623
BXD28 m 17.2 2.8211 22.7377 11.6623
BXD31 f 9.8 2.8211 15.3377 4.2623
BXD31 m 13.8 2.8211 19.3377 8.2623
BXD32 f 11.7 2.8211 17.2377 6.1623
BXD32 m 18.2 2.8211 23.7377 12.6623
BXD34 f 10.0 6.3083 22.3828 -2.3828
BXD34 m 12.5 6.3083 24.8828 0.1172
BXD39 f 11.8 2.8211 17.3377 6.2623
BXD39 m 9.8 2.8211 15.3377 4.2623
BXD40 f 14.0 2.8211 19.5377 8.4623
BXD40 m 12.3 2.8211 17.8377 6.7623
BXD42 f 10.4 2.8211 15.9377 4.8623
BXD42 m 11.3 2.8211 16.8377 5.7623
BXD43 f 19.5 2.8211 25.0377 13.9623
BXD43 m 15.0 2.8211 20.5377 9.4623
BXD44 f 11.8 2.8211 17.3377 6.2623
BXD44 m 10.9 2.8211 16.4377 5.3623
BXD48 f 12.8 2.8211 18.3377 7.2623
BXD48 m 8.7 2.8211 14.2377 3.1623
BXD49 f 9.9 2.8211 15.4377 4.3623
BXD49 m 11.1 2.8211 16.6377 5.5623
BXD50 f 9.4 2.8211 14.9377 3.8623
BXD50 m 11.3 2.8211 16.8377 5.7623
BXD51 f 9.3 2.8211 14.8377 3.7623
BXD51 m 11.4 2.8211 16.9377 5.8623
BXD6 f 10.9 2.8211 16.4377 5.3623
BXD6 m 10.7 2.8211 16.2377 5.1623
BXD61 f 11.9 2.8211 17.4377 6.3623
BXD61 m 12.8 2.8211 18.3377 7.2623
BXD62 f 13.7 2.8211 19.2377 8.1623
BXD62 m 5.8 2.8211 11.3377 0.2623
BXD65 f 13.6667 3.6421 20.8159 6.5175
BXD65 m 9.7 2.8211 15.2377 4.1623
BXD66 f 17.5 4.4606 26.256 8.744
BXD66 m 7.0 4.4606 15.756 -1.756
BXD68 f 9.0 4.4606 17.756 0.244
BXD68 m 12.6667 3.6421 19.8159 5.5175
BXD69 f 15.6 2.8211 21.1377 10.0623
BXD69 m 9.6 2.8211 15.1377 4.0623
BXD70 f 13.7 2.8211 19.2377 8.1623
BXD70 m 12.5 2.8211 18.0377 6.9623
BXD73 f 9.4 2.8211 14.9377 3.8623
BXD73 m 12.7 2.8211 18.2377 7.1623
BXD75 f 11.5 2.8211 17.0377 5.9623
BXD75 m 11.6 2.8211 17.1377 6.0623
BXD77 f 12.0 4.4606 20.756 3.244
BXD77 m 13.0 4.4606 21.756 4.244
BXD8 f 13.2 2.8211 18.7377 7.6623
BXD8 m 11.6 2.8211 17.1377 6.0623
BXD80 f 13.8 2.8211 19.3377 8.2623
BXD80 m 12.7 2.8211 18.2377 7.1623
BXD81 f 7.3 2.8211 12.8377 1.7623
BXD81 m 10.1 2.8211 15.6377 4.5623
BXD84 f 21.7 2.8211 27.2377 16.1623
BXD84 m 12.8 2.8211 18.3377 7.2623
BXD85 f 11.5 4.4606 20.256 2.744
BXD85 m 12.75 4.4606 21.506 3.994
BXD86 f 10.3 2.8211 15.8377 4.7623
BXD86 m 16.2 2.8211 21.7377 10.6623
BXD87 f 10.8 2.8211 16.3377 5.2623
BXD87 m 8.4 2.8211 13.9377 2.8623
BXD89 f 16.5 2.8211 22.0377 10.9623
BXD89 m 12.0 2.8211 17.5377 6.4623
BXD90 f 10.0 3.6421 17.1492 2.8508
BXD90 m 11.8333 3.6421 18.9825 4.6841
BXD92 f 8.5 6.3083 20.8828 -3.8828
BXD92 m 16.3333 5.1507 26.4438 6.2228
BXD96 f 8.0 2.8211 13.5377 2.4623
BXD96 m 10.2 2.8211 15.7377 4.6623
BXD97 f 17.9 2.8211 23.4377 12.3623
BXD97 m 11.4 2.8211 16.9377 5.8623
BXD98 f 15.0 3.6421 22.1492 7.8508
BXD98 m 22.1429 3.3719 28.7617 15.524
C57BL/6J f 7.3333 3.6421 14.4825 0.1841
C57BL/6J m 10.1 2.8211 15.6377 4.5623
DBA/2J f 9.8 2.8211 15.3377 4.2623
DBA/2J m 11.0 2.8211 16.5377 5.4623


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
BXD1 both 13.5 4.4606 22.256 4.744
BXD100 both 13.5 1.9948 17.4158 9.5842
BXD101 both 8.875 2.409 13.6038 4.1462
BXD102 both 12.4 1.9948 16.3158 8.4842
BXD11 both 8.7 1.9948 12.6158 4.7842
BXD13 both 12.85 1.9948 16.7658 8.9342
BXD14 both 12.65 1.9948 16.5658 8.7342
BXD15 both 8.0 1.9948 11.9158 4.0842
BXD16 both 13.75 1.9948 17.6658 9.8342
BXD19 both 9.75 4.4606 18.506 0.994
BXD2 both 15.4 1.9948 19.3158 11.4842
BXD21 both 39.625 2.1159 43.7783 35.4717
BXD27 both 11.3 1.9948 15.2158 7.3842
BXD28 both 14.3 1.9948 18.2158 10.3842
BXD31 both 11.8 1.9948 15.7158 7.8842
BXD32 both 14.95 1.9948 18.8658 11.0342
BXD34 both 11.25 4.4606 20.006 2.494
BXD39 both 10.8 1.9948 14.7158 6.8842
BXD40 both 13.15 1.9948 17.0658 9.2342
BXD42 both 10.85 1.9948 14.7658 6.9342
BXD43 both 17.25 1.9948 21.1658 13.3342
BXD44 both 11.35 1.9948 15.2658 7.4342
BXD48 both 10.75 1.9948 14.6658 6.8342
BXD49 both 10.5 1.9948 14.4158 6.5842
BXD50 both 10.35 1.9948 14.2658 6.4342
BXD51 both 10.35 1.9948 14.2658 6.4342
BXD6 both 10.8 1.9948 14.7158 6.8842
BXD61 both 12.35 1.9948 16.2658 8.4342
BXD62 both 9.75 1.9948 13.6658 5.8342
BXD65 both 11.6833 2.3034 16.2049 7.1618
BXD66 both 12.25 3.1541 18.4414 6.0586
BXD68 both 10.8333 2.8793 16.4853 5.1814
BXD69 both 12.6 1.9948 16.5158 8.6842
BXD70 both 13.1 1.9948 17.0158 9.1842
BXD73 both 11.05 1.9948 14.9658 7.1342
BXD75 both 11.55 1.9948 15.4658 7.6342
BXD77 both 12.5 3.1541 18.6914 6.3086
BXD8 both 12.4 1.9948 16.3158 8.4842
BXD80 both 13.25 1.9948 17.1658 9.3342
BXD81 both 8.7 1.9948 12.6158 4.7842
BXD84 both 17.25 1.9948 21.1658 13.3342
BXD85 both 12.125 3.1541 18.3164 5.9336
BXD86 both 13.25 1.9948 17.1658 9.3342
BXD87 both 9.6 1.9948 13.5158 5.6842
BXD89 both 14.25 1.9948 18.1658 10.3342
BXD90 both 10.9167 2.5753 15.9719 5.8614
BXD92 both 12.4167 4.072 20.4097 4.4236
BXD96 both 9.1 1.9948 13.0158 5.1842
BXD97 both 14.65 1.9948 18.5658 10.7342
BXD98 both 18.5714 2.4817 23.4428 13.7001
C57BL/6J both 8.7167 2.3034 13.2382 4.1951
DBA/2J both 10.4 1.9948 14.3158 6.4842




  GWAS USING LINEAR MIXED MODELS