Project measure / variable:   Crusio1   errors_d5

ID, description, units MPD:62034   errors_d5   number of errors made before all 8 rewards collected   [n]  day 5  
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 5



  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested54 strains55 strains
Mean of the strain means6.8272   n 6.2986   n
Median of the strain means6.4   n 6.2   n
SD of the strain means± 2.2143 ± 1.7551
Coefficient of variation (CV)0.3243 0.2786
Min–max range of strain means3.75   –   14.5   n 2.0   –   10.875   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 33.9147 33.9147 1.4757 0.2248
strain 51 1593.7338 31.2497 1.3598 0.0513
sex:strain 51 1063.1733 20.8465 0.9071 0.6591
Residuals 796 18293.5905 22.9819


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 6.0 4.2426   2   3.0 0.7071 3.0, 9.0 -0.37
BXD1 m 9.0 1.4142   2   1.0 0.1571 8.0, 10.0 1.54
BXD100 f 5.9 4.3063   10 1.3618 0.7299 1.0, 15.0 -0.42
BXD100 m 3.8 2.0976   10 0.66332 0.552 1.0, 7.0 -1.42
BXD101 f 3.8333 3.2506   6 1.3271 0.848 -1.35
BXD101 m 10.875 8.4251   8 2.9787 0.7747 3.0, 26.0 2.61
BXD102 f 6.2 4.4422   10 1.4048 0.7165 1.0, 15.0 -0.28
BXD102 m 6.2 3.3928   10 1.0729 0.5472 2.0, 12.0 -0.06
BXD11 f 5.9 3.178   10 1.005 0.5387 1.0, 12.0 -0.42
BXD11 m 5.4 5.1251   10 1.6207 0.9491 -0.51
BXD13 f 5.9 4.4335   10 1.402 0.7514 1.0, 15.0 -0.42
BXD13 m 7.8 3.9101   10 1.2365 0.5013 4.0, 17.0 0.86
BXD14 f 4.3 3.7431   10 1.1837 0.8705 1.0, 12.0 -1.14
BXD14 m 6.3 6.0378   10 1.9093 0.9584 1.0, 20.0 0.0
BXD15 f 9.2 6.1246   10 1.9368 0.6657 1.0, 23.0 1.07
BXD15 m 5.9 3.9847   10 1.2601 0.6754 -0.23
BXD16 f 8.1 6.5056   10 2.0572 0.8032 3.0, 25.0 0.57
BXD16 m 6.6 4.6236   10 1.4621 0.7005 2.0, 16.0 0.17
BXD18 f 8.0 0.0   1   0.0 0.0 8.0, 8.0 0.53
BXD18 m 9.5 4.9497   2   3.5 0.521 6.0, 13.0 1.82
BXD19 f 10.5 7.7782   2   5.5 0.7408 5.0, 16.0 1.66
BXD19 m 4.0 0.0   2   0.0 0.0 4.0, 4.0 -1.31
BXD2 f 10.6 6.6866   10 2.1145 0.6308 1.7
BXD2 m 9.5 5.1478   10 1.6279 0.5419 2.0, 18.0 1.82
BXD21 f 8.7 7.4095   10 2.3431 0.8517 0.85
BXD21 m 5.375 4.9552   8 1.7519 0.9219 1.0, 16.0 -0.53
BXD27 f 6.8 3.0111   10 0.95219 0.4428 -0.01
BXD27 m 6.5 4.378   10 1.3844 0.6735 1.0, 15.0 0.11
BXD28 f 6.0 3.4319   10 1.0853 0.572 2.0, 12.0 -0.37
BXD28 m 5.0 2.8674   10 0.90676 0.5735 2.0, 10.0 -0.74
BXD31 f 8.0 6.4807   10 2.0494 0.8101 2.0, 24.0 0.53
BXD31 m 7.0 6.5149   10 2.0602 0.9307 0.4
BXD32 f 9.9 6.1545   10 1.9462 0.6217 3.0, 21.0 1.39
BXD32 m 5.5 3.2404   10 1.0247 0.5892 2.0, 13.0 -0.46
BXD33 f 4.0 0.0   1   0.0 0.0 4.0, 4.0 -1.28
BXD33 m 2.0 0.0   1   0.0 0.0 2.0, 2.0 -2.45
BXD34 f 7.0 4.2426   2   3.0 0.6061 4.0, 10.0 0.08
BXD34 m 6.5 6.364   2   4.5 0.9791 2.0, 11.0 0.11
BXD39 f 5.7 3.6225   10 1.1455 0.6355 1.0, 12.0 -0.51
BXD39 m 6.0 3.496   10 1.1055 0.5827 1.0, 11.0 -0.17
BXD40 f 5.2 2.3476   10 0.74237 0.4515 -0.73
BXD40 m 4.8 3.7947   10 1.2 0.7906 1.0, 10.0 -0.85
BXD42 f 7.9 6.9354   10 2.1932 0.8779 4.0, 27.0 0.48
BXD42 m 6.2 4.158   10 1.3149 0.6706 2.0, 13.0 -0.06
BXD43 f 8.1 4.557   10 1.4411 0.5626 1.0, 15.0 0.57
BXD43 m 5.9 4.0947   10 1.2949 0.694 -0.23
BXD44 f 4.4 2.8752   10 0.90921 0.6535 1.0, 11.0 -1.1
BXD44 m 4.8 4.9844   10 1.5762 1.0384 -0.85
BXD48 f 5.8 4.8944   10 1.5478 0.8439 -0.46
BXD48 m 6.9 3.7845   10 1.1968 0.5485 1.0, 13.0 0.34
BXD49 f 7.7 3.9455   10 1.2477 0.5124 3.0, 13.0 0.39
BXD49 m 7.2 5.7697   10 1.8245 0.8013 0.51
BXD50 f 5.5 2.7183   10 0.85959 0.4942 1.0, 9.0 -0.6
BXD50 m 7.1 6.35   10 2.008 0.8944 2.0, 19.0 0.46
BXD51 f 4.5 2.8382   10 0.89753 0.6307 1.0, 9.0 -1.05
BXD51 m 5.0 4.0552   10 1.2824 0.811 -0.74
BXD6 f 4.5 2.2236   10 0.70317 0.4941 1.0, 8.0 -1.05
BXD6 m 5.4 3.893   10 1.2311 0.7209 1.0, 13.0 -0.51
BXD61 f 5.0 2.4037   10 0.76012 0.4807 2.0, 10.0 -0.83
BXD61 m 4.9 4.7714   10 1.5089 0.9738 -0.8
BXD62 f 5.3 3.3682   10 1.0651 0.6355 -0.69
BXD62 m 4.7 3.5292   10 1.116 0.7509 -0.91
BXD65 f 6.6667 4.7188   6 1.9264 0.7078 2.0, 13.0 -0.07
BXD65 m 9.1 6.3149   10 1.9969 0.6939 2.0, 18.0 1.6
BXD66 f 9.0 3.3665   4 1.6833 0.3741 5.0, 13.0 0.98
BXD66 m 8.75 4.4253   4 2.2127 0.5057 4.0, 13.0 1.4
BXD68 f 3.75 3.8622   4 1.9311 1.0299 -1.39
BXD68 m 5.0 2.6077   6 1.0646 0.5215 2.0, 8.0 -0.74
BXD69 f 7.6 5.7194   10 1.8086 0.7525 2.0, 18.0 0.35
BXD69 m 6.5 3.6591   10 1.1571 0.5629 1.0, 12.0 0.11
BXD70 f 6.9 4.8178   10 1.5235 0.6982 1.0, 16.0 0.03
BXD70 m 3.7 2.406   10 0.76085 0.6503 1.0, 8.0 -1.48
BXD71 m 5.0 2.8284   2   2.0 0.5657 3.0, 7.0 -0.74
BXD73 f 5.7 1.9465   10 0.61554 0.3415 2.0, 8.0 -0.51
BXD73 m 6.6 3.5024   10 1.1075 0.5307 2.0, 12.0 0.17
BXD75 f 8.8 12.96   10 4.0982 1.4727 0.89
BXD75 m 5.7 2.4518   10 0.77531 0.4301 2.0, 9.0 -0.34
BXD77 f 12.0 8.5245   4 4.2622 0.7104 4.0, 24.0 2.34
BXD77 m 6.25 4.0311   4 2.0156 0.645 2.0, 11.0 -0.03
BXD8 f 4.5 4.0346   10 1.2758 0.8966 -1.05
BXD8 m 4.9 3.573   10 1.1299 0.7292 1.0, 12.0 -0.8
BXD80 f 9.3 7.3944   10 2.3383 0.7951 1.12
BXD80 m 8.1 5.2377   10 1.6563 0.6466 3.0, 17.0 1.03
BXD81 f 6.0 3.8297   10 1.2111 0.6383 1.0, 13.0 -0.37
BXD81 m 6.2 2.6583   10 0.84063 0.4288 3.0, 13.0 -0.06
BXD84 f 5.6 5.2111   10 1.6479 0.9306 1.0, 17.0 -0.55
BXD84 m 5.4 1.9551   10 0.61824 0.362 2.0, 9.0 -0.51
BXD85 f 8.25 5.4391   4 2.7195 0.6593 1.0, 14.0 0.64
BXD85 m 7.25 5.7373   4 2.8687 0.7914 2.0, 15.0 0.54
BXD86 f 4.9 2.331   10 0.73711 0.4757 1.0, 8.0 -0.87
BXD86 m 4.2 2.6162   10 0.82731 0.6229 1.0, 8.0 -1.2
BXD87 f 4.9 3.8137   10 1.206 0.7783 -0.87
BXD87 m 5.8 4.4422   10 1.4048 0.7659 1.0, 15.0 -0.28
BXD89 f 7.8 7.3454   10 2.3228 0.9417 0.44
BXD89 m 8.9 6.4196   10 2.0301 0.7213 4.0, 22.0 1.48
BXD90 f 6.6667 4.3205   6 1.7638 0.6481 3.0, 15.0 -0.07
BXD90 m 5.0 2.8284   6 1.1547 0.5657 -0.74
BXD92 f 14.5 10.607   2   7.5 0.7315 7.0, 22.0 3.47
BXD92 m 5.6667 2.8868   3 1.6667 0.5094 4.0, 9.0 -0.36
BXD96 f 6.6 2.9136   10 0.92135 0.4414 2.0, 11.0 -0.1
BXD96 m 6.4 3.8064   10 1.2037 0.5948 2.0, 11.0 0.06
BXD97 f 7.1 4.6056   10 1.4564 0.6487 3.0, 16.0 0.12
BXD97 m 5.7 3.5917   10 1.1358 0.6301 -0.34
BXD98 f 4.1667 1.9408   6 0.79232 0.4658 1.0, 6.0 -1.2
BXD98 m 10.857 9.1183   7 3.4464 0.8398 3.0, 30.0 2.6
C57BL/6J f 4.3333 1.8619   6 0.76012 0.4297 1.0, 6.0 -1.13
C57BL/6J m 6.6 6.6366   10 2.0987 1.0055 1.0, 24.0 0.17
DBA/2J f 9.2 6.0882   10 1.9253 0.6618 2.0, 24.0 1.07
DBA/2J m 7.2 2.0976   10 0.66332 0.2913 5.0, 11.0 0.51


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 f 6.0 3.3898 12.6541 -0.6541
BXD1 m 9.0 3.3898 15.6541 2.3459
BXD100 f 5.9 1.516 8.8758 2.9242
BXD100 m 3.8 1.516 6.7758 0.8242
BXD101 f 3.8333 1.9571 7.6751 -0.0084
BXD101 m 10.875 1.6949 14.202 7.548
BXD102 f 6.2 1.516 9.1758 3.2242
BXD102 m 6.2 1.516 9.1758 3.2242
BXD11 f 5.9 1.516 8.8758 2.9242
BXD11 m 5.4 1.516 8.3758 2.4242
BXD13 f 5.9 1.516 8.8758 2.9242
BXD13 m 7.8 1.516 10.7758 4.8242
BXD14 f 4.3 1.516 7.2758 1.3242
BXD14 m 6.3 1.516 9.2758 3.3242
BXD15 f 9.2 1.516 12.1758 6.2242
BXD15 m 5.9 1.516 8.8758 2.9242
BXD16 f 8.1 1.516 11.0758 5.1242
BXD16 m 6.6 1.516 9.5758 3.6242
BXD19 f 10.5 3.3898 17.1541 3.8459
BXD19 m 4.0 3.3898 10.6541 -2.6541
BXD2 f 10.6 1.516 13.5758 7.6242
BXD2 m 9.5 1.516 12.4758 6.5242
BXD21 f 8.7 1.516 11.6758 5.7242
BXD21 m 5.375 1.6949 8.702 2.048
BXD27 f 6.8 1.516 9.7758 3.8242
BXD27 m 6.5 1.516 9.4758 3.5242
BXD28 f 6.0 1.516 8.9758 3.0242
BXD28 m 5.0 1.516 7.9758 2.0242
BXD31 f 8.0 1.516 10.9758 5.0242
BXD31 m 7.0 1.516 9.9758 4.0242
BXD32 f 9.9 1.516 12.8758 6.9242
BXD32 m 5.5 1.516 8.4758 2.5242
BXD34 f 7.0 3.3898 13.6541 0.3459
BXD34 m 6.5 3.3898 13.1541 -0.1541
BXD39 f 5.7 1.516 8.6758 2.7242
BXD39 m 6.0 1.516 8.9758 3.0242
BXD40 f 5.2 1.516 8.1758 2.2242
BXD40 m 4.8 1.516 7.7758 1.8242
BXD42 f 7.9 1.516 10.8758 4.9242
BXD42 m 6.2 1.516 9.1758 3.2242
BXD43 f 8.1 1.516 11.0758 5.1242
BXD43 m 5.9 1.516 8.8758 2.9242
BXD44 f 4.4 1.516 7.3758 1.4242
BXD44 m 4.8 1.516 7.7758 1.8242
BXD48 f 5.8 1.516 8.7758 2.8242
BXD48 m 6.9 1.516 9.8758 3.9242
BXD49 f 7.7 1.516 10.6758 4.7242
BXD49 m 7.2 1.516 10.1758 4.2242
BXD50 f 5.5 1.516 8.4758 2.5242
BXD50 m 7.1 1.516 10.0758 4.1242
BXD51 f 4.5 1.516 7.4758 1.5242
BXD51 m 5.0 1.516 7.9758 2.0242
BXD6 f 4.5 1.516 7.4758 1.5242
BXD6 m 5.4 1.516 8.3758 2.4242
BXD61 f 5.0 1.516 7.9758 2.0242
BXD61 m 4.9 1.516 7.8758 1.9242
BXD62 f 5.3 1.516 8.2758 2.3242
BXD62 m 4.7 1.516 7.6758 1.7242
BXD65 f 6.6667 1.9571 10.5084 2.8249
BXD65 m 9.1 1.516 12.0758 6.1242
BXD66 f 9.0 2.397 13.7051 4.2949
BXD66 m 8.75 2.397 13.4551 4.0449
BXD68 f 3.75 2.397 8.4551 -0.9551
BXD68 m 5.0 1.9571 8.8417 1.1583
BXD69 f 7.6 1.516 10.5758 4.6242
BXD69 m 6.5 1.516 9.4758 3.5242
BXD70 f 6.9 1.516 9.8758 3.9242
BXD70 m 3.7 1.516 6.6758 0.7242
BXD73 f 5.7 1.516 8.6758 2.7242
BXD73 m 6.6 1.516 9.5758 3.6242
BXD75 f 8.8 1.516 11.7758 5.8242
BXD75 m 5.7 1.516 8.6758 2.7242
BXD77 f 12.0 2.397 16.7051 7.2949
BXD77 m 6.25 2.397 10.9551 1.5449
BXD8 f 4.5 1.516 7.4758 1.5242
BXD8 m 4.9 1.516 7.8758 1.9242
BXD80 f 9.3 1.516 12.2758 6.3242
BXD80 m 8.1 1.516 11.0758 5.1242
BXD81 f 6.0 1.516 8.9758 3.0242
BXD81 m 6.2 1.516 9.1758 3.2242
BXD84 f 5.6 1.516 8.5758 2.6242
BXD84 m 5.4 1.516 8.3758 2.4242
BXD85 f 8.25 2.397 12.9551 3.5449
BXD85 m 7.25 2.397 11.9551 2.5449
BXD86 f 4.9 1.516 7.8758 1.9242
BXD86 m 4.2 1.516 7.1758 1.2242
BXD87 f 4.9 1.516 7.8758 1.9242
BXD87 m 5.8 1.516 8.7758 2.8242
BXD89 f 7.8 1.516 10.7758 4.8242
BXD89 m 8.9 1.516 11.8758 5.9242
BXD90 f 6.6667 1.9571 10.5084 2.8249
BXD90 m 5.0 1.9571 8.8417 1.1583
BXD92 f 14.5 3.3898 21.1541 7.8459
BXD92 m 5.6667 2.7678 11.0997 0.2336
BXD96 f 6.6 1.516 9.5758 3.6242
BXD96 m 6.4 1.516 9.3758 3.4242
BXD97 f 7.1 1.516 10.0758 4.1242
BXD97 m 5.7 1.516 8.6758 2.7242
BXD98 f 4.1667 1.9571 8.0084 0.3249
BXD98 m 10.8571 1.8119 14.4139 7.3004
C57BL/6J f 4.3333 1.9571 8.1751 0.4916
C57BL/6J m 6.6 1.516 9.5758 3.6242
DBA/2J f 9.2 1.516 12.1758 6.2242
DBA/2J m 7.2 1.516 10.1758 4.2242


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
BXD1 both 7.5 2.397 12.2051 2.7949
BXD100 both 4.85 1.072 6.9542 2.7458
BXD101 both 7.3542 1.2945 9.8952 4.8131
BXD102 both 6.2 1.072 8.3042 4.0958
BXD11 both 5.65 1.072 7.7542 3.5458
BXD13 both 6.85 1.072 8.9542 4.7458
BXD14 both 5.3 1.072 7.4042 3.1958
BXD15 both 7.55 1.072 9.6542 5.4458
BXD16 both 7.35 1.072 9.4542 5.2458
BXD19 both 7.25 2.397 11.9551 2.5449
BXD2 both 10.05 1.072 12.1542 7.9458
BXD21 both 7.0375 1.137 9.2693 4.8057
BXD27 both 6.65 1.072 8.7542 4.5458
BXD28 both 5.5 1.072 7.6042 3.3958
BXD31 both 7.5 1.072 9.6042 5.3958
BXD32 both 7.7 1.072 9.8042 5.5958
BXD34 both 6.75 2.397 11.4551 2.0449
BXD39 both 5.85 1.072 7.9542 3.7458
BXD40 both 5.0 1.072 7.1042 2.8958
BXD42 both 7.05 1.072 9.1542 4.9458
BXD43 both 7.0 1.072 9.1042 4.8958
BXD44 both 4.6 1.072 6.7042 2.4958
BXD48 both 6.35 1.072 8.4542 4.2458
BXD49 both 7.45 1.072 9.5542 5.3458
BXD50 both 6.3 1.072 8.4042 4.1958
BXD51 both 4.75 1.072 6.8542 2.6458
BXD6 both 4.95 1.072 7.0542 2.8458
BXD61 both 4.95 1.072 7.0542 2.8458
BXD62 both 5.0 1.072 7.1042 2.8958
BXD65 both 7.8833 1.2378 10.3131 5.4536
BXD66 both 8.875 1.6949 12.202 5.548
BXD68 both 4.375 1.5472 7.4122 1.3378
BXD69 both 7.05 1.072 9.1542 4.9458
BXD70 both 5.3 1.072 7.4042 3.1958
BXD73 both 6.15 1.072 8.2542 4.0458
BXD75 both 7.25 1.072 9.3542 5.1458
BXD77 both 9.125 1.6949 12.452 5.798
BXD8 both 4.7 1.072 6.8042 2.5958
BXD80 both 8.7 1.072 10.8042 6.5958
BXD81 both 6.1 1.072 8.2042 3.9958
BXD84 both 5.5 1.072 7.6042 3.3958
BXD85 both 7.75 1.6949 11.077 4.423
BXD86 both 4.55 1.072 6.6542 2.4458
BXD87 both 5.35 1.072 7.4542 3.2458
BXD89 both 8.35 1.072 10.4542 6.2458
BXD90 both 5.8333 1.3839 8.5498 3.1168
BXD92 both 10.0833 2.1881 14.3785 5.7882
BXD96 both 6.5 1.072 8.6042 4.3958
BXD97 both 6.4 1.072 8.5042 4.2958
BXD98 both 7.5119 1.3336 10.1296 4.8942
C57BL/6J both 5.4667 1.2378 7.8964 3.0369
DBA/2J both 8.2 1.072 10.3042 6.0958




  GWAS USING LINEAR MIXED MODELS