Project measure / variable:   Crusio1   errors_d3_d5

ID, description, units MPD:62035   errors_d3_d5   number of errors made before all 8 rewards collected   [n]  sum of days 3, 4, 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 sum of days 3, 4, 5



  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested54 strains55 strains
Mean of the strain means23.303   n 21.204   n
Median of the strain means22.35   n 20.8   n
SD of the strain means± 5.0397 ± 4.4447
Coefficient of variation (CV)0.2163 0.2096
Min–max range of strain means15.1   –   38.25   n 12.0   –   36.875   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 1 477.2646 477.2646 4.4563 0.0351
strain 51 12414.2258 243.4162 2.2728 < 0.0001
sex:strain 51 3771.2342 73.9458 0.6904 0.9512
Residuals 796 85250.9143 107.0991


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 23.5 13.435   2   9.5 0.5717 14.0, 33.0 0.04
BXD1 m 26.0 5.6569   2   4.0 0.2176 22.0, 30.0 1.08
BXD100 f 18.2 6.0332   10 1.9079 0.3315 7.0, 26.0 -1.01
BXD100 m 12.3 6.1653   10 1.9496 0.5012 2.0, 20.0 -2.0
BXD101 f 23.333 7.0048   6 2.8597 0.3002 11.0, 31.0 0.01
BXD101 m 26.375 13.005   8 4.5979 0.4931 16.0, 47.0 1.16
BXD102 f 21.5 8.045   10 2.5441 0.3742 7.0, 34.0 -0.36
BXD102 m 21.7 9.2862   10 2.9366 0.4279 9.0, 38.0 0.11
BXD11 f 15.9 4.383   10 1.386 0.2757 9.0, 23.0 -1.47
BXD11 m 15.2 6.2503   10 1.9765 0.4112 5.0, 26.0 -1.35
BXD13 f 20.6 12.946   10 4.0939 0.6284 8.0, 53.0 -0.54
BXD13 m 24.6 15.994   10 5.0579 0.6502 13.0, 56.0 0.76
BXD14 f 23.9 12.396   10 3.9199 0.5187 9.0, 44.0 0.12
BXD14 m 22.0 8.6923   10 2.7487 0.3951 6.0, 36.0 0.18
BXD15 f 25.8 13.348   10 4.2211 0.5174 13.0, 58.0 0.5
BXD15 m 21.2 9.6125   10 3.0397 0.4534 4.0, 35.0 0.0
BXD16 f 32.7 12.019   10 3.8007 0.3676 10.0, 54.0 1.86
BXD16 m 21.1 8.5303   10 2.6975 0.4043 8.0, 36.0 -0.02
BXD18 f 22.0 0.0   1   0.0 0.0 22.0, 22.0 -0.26
BXD18 m 28.5 10.607   2   7.5 0.3722 21.0, 36.0 1.64
BXD19 f 25.5 7.7782   2   5.5 0.305 20.0, 31.0 0.44
BXD19 m 16.0 7.0711   2   5.0 0.4419 11.0, 21.0 -1.17
BXD2 f 28.7 11.344   10 3.5872 0.3952 13.0, 49.0 1.07
BXD2 m 28.6 6.1319   10 1.9391 0.2144 17.0, 40.0 1.66
BXD21 f 33.1 8.6596   10 2.7384 0.2616 20.0, 44.0 1.94
BXD21 m 36.875 24.897   8 8.8023 0.6752 9.0, 84.0 3.53
BXD27 f 21.5 10.711   10 3.3871 0.4982 7.0, 43.0 -0.36
BXD27 m 22.4 10.298   10 3.2564 0.4597 9.0, 42.0 0.27
BXD28 f 21.5 11.769   10 3.7216 0.5474 6.0, 41.0 -0.36
BXD28 m 18.4 9.4892   10 3.0007 0.5157 7.0, 36.0 -0.63
BXD31 f 21.3 11.066   10 3.4994 0.5195 8.0, 43.0 -0.4
BXD31 m 24.3 10.625   10 3.3601 0.4373 4.0, 38.0 0.7
BXD32 f 25.1 7.1095   10 2.2482 0.2832 12.0, 36.0 0.36
BXD32 m 24.1 8.6724   10 2.7425 0.3599 14.0, 43.0 0.65
BXD33 f 35.0 0.0   1   0.0 0.0 35.0, 35.0 2.32
BXD33 m 12.0 0.0   1   0.0 0.0 12.0, 12.0 -2.07
BXD34 f 23.5 2.1213   2   1.5 0.0903 22.0, 25.0 0.04
BXD34 m 23.0 14.142   2   10.0 0.6149 13.0, 33.0 0.4
BXD39 f 20.4 7.6187   10 2.4092 0.3735 10.0, 34.0 -0.58
BXD39 m 20.8 5.9404   10 1.8785 0.2856 11.0, 30.0 -0.09
BXD40 f 20.1 10.181   10 3.2196 0.5065 6.0, 42.0 -0.64
BXD40 m 20.4 9.7662   10 3.0883 0.4787 8.0, 42.0 -0.18
BXD42 f 19.6 8.0857   10 2.5569 0.4125 9.0, 32.0 -0.73
BXD42 m 19.2 8.0802   10 2.5552 0.4208 7.0, 30.0 -0.45
BXD43 f 23.1 11.377   10 3.5977 0.4925 4.0, 48.0 -0.04
BXD43 m 17.4 9.3357   10 2.9522 0.5365 2.0, 32.0 -0.86
BXD44 f 21.3 14.205   10 4.4921 0.6669 4.0, 57.0 -0.4
BXD44 m 18.1 10.949   10 3.4623 0.6049 7.0, 46.0 -0.7
BXD48 f 21.8 10.443   10 3.3025 0.4791 7.0, 47.0 -0.3
BXD48 m 22.6 8.3026   10 2.6255 0.3674 14.0, 42.0 0.31
BXD49 f 20.2 9.4139   10 2.9769 0.466 11.0, 39.0 -0.62
BXD49 m 19.0 7.3786   10 2.3333 0.3883 10.0, 29.0 -0.5
BXD50 f 21.8 10.82   10 3.4215 0.4963 8.0, 42.0 -0.3
BXD50 m 18.3 6.4644   10 2.0442 0.3532 7.0, 28.0 -0.65
BXD51 f 22.6 10.352   10 3.2735 0.458 9.0, 40.0 -0.14
BXD51 m 15.3 6.8807   10 2.1759 0.4497 9.0, 28.0 -1.33
BXD6 f 24.2 9.6009   10 3.0361 0.3967 11.0, 40.0 0.18
BXD6 m 20.6 8.0166   10 2.5351 0.3892 5.0, 29.0 -0.14
BXD61 f 19.5 5.7009   10 1.8028 0.2924 8.0, 27.0 -0.75
BXD61 m 19.3 9.9448   10 3.1448 0.5153 9.0, 44.0 -0.43
BXD62 f 18.9 6.3675   10 2.0136 0.3369 11.0, 27.0 -0.87
BXD62 m 15.1 7.1407   10 2.2581 0.4729 6.0, 30.0 -1.37
BXD65 f 35.333 15.756   6 6.4326 0.4459 23.0, 66.0 2.39
BXD65 m 23.8 16.685   10 5.2764 0.7011 8.0, 60.0 0.58
BXD66 f 32.0 17.907   4 8.9536 0.5596 16.0, 57.0 1.73
BXD66 m 30.0 2.9439   4 1.472 0.0981 27.0, 34.0 1.98
BXD68 f 25.75 22.066   4 11.033 0.8569 11.0, 58.0 0.49
BXD68 m 19.0 10.77   6 4.397 0.5669 10.0, 36.0 -0.5
BXD69 f 25.6 13.226   10 4.1825 0.5166 8.0, 47.0 0.46
BXD69 m 27.8 15.15   10 4.7907 0.545 10.0, 65.0 1.48
BXD70 f 23.6 6.3979   10 2.0232 0.2711 13.0, 34.0 0.06
BXD70 m 19.3 5.8888   10 1.8622 0.3051 9.0, 30.0 -0.43
BXD71 m 14.0 5.6569   2   4.0 0.4041 10.0, 18.0 -1.62
BXD73 f 22.2 9.2472   10 2.9242 0.4165 5.0, 37.0 -0.22
BXD73 m 23.1 8.9623   10 2.8341 0.388 11.0, 44.0 0.43
BXD75 f 25.8 17.986   10 5.6878 0.6971 9.0, 65.0 0.5
BXD75 m 20.2 6.4601   10 2.0429 0.3198 13.0, 32.0 -0.23
BXD77 f 38.25 27.403   4 13.701 0.7164 16.0, 78.0 2.97
BXD77 m 19.75 5.5603   4 2.7801 0.2815 13.0, 26.0 -0.33
BXD8 f 16.1 10.546   10 3.3348 0.655 5.0, 42.0 -1.43
BXD8 m 18.2 5.1812   10 1.6384 0.2847 12.0, 30.0 -0.68
BXD80 f 25.2 13.096   10 4.1414 0.5197 7.0, 45.0 0.38
BXD80 m 23.9 8.7743   10 2.7747 0.3671 13.0, 36.0 0.61
BXD81 f 17.5 11.178   10 3.5347 0.6387 6.0, 45.0 -1.15
BXD81 m 20.0 8.1921   10 2.5906 0.4096 14.0, 42.0 -0.27
BXD84 f 17.5 9.0707   10 2.8684 0.5183 6.0, 37.0 -1.15
BXD84 m 17.7 6.0562   10 1.9151 0.3422 9.0, 28.0 -0.79
BXD85 f 21.5 8.3467   4 4.1733 0.3882 10.0, 30.0 -0.36
BXD85 m 22.5 7.5939   4 3.7969 0.3375 15.0, 30.0 0.29
BXD86 f 15.1 6.6072   10 2.0894 0.4376 4.0, 27.0 -1.63
BXD86 m 19.7 15.833   10 5.0068 0.8037 5.0, 53.0 -0.34
BXD87 f 16.9 9.5621   10 3.0238 0.5658 10.0, 43.0 -1.27
BXD87 m 19.8 12.717   10 4.0216 0.6423 7.0, 52.0 -0.32
BXD89 f 24.9 9.4687   10 2.9943 0.3803 9.0, 41.0 0.32
BXD89 m 25.9 8.0062   10 2.5318 0.3091 16.0, 37.0 1.06
BXD90 f 21.333 8.9368   6 3.6484 0.4189 9.0, 36.0 -0.39
BXD90 m 23.5 9.1815   6 3.7483 0.3907 11.0, 39.0 0.52
BXD92 f 28.5 2.1213   2   1.5 0.0744 27.0, 30.0 1.03
BXD92 m 22.667 6.4291   3 3.7118 0.2836 18.0, 30.0 0.33
BXD96 f 22.5 7.7208   10 2.4415 0.3431 10.0, 34.0 -0.16
BXD96 m 22.0 8.4591   10 2.675 0.3845 11.0, 34.0 0.18
BXD97 f 25.2 13.71   10 4.3354 0.544 7.0, 44.0 0.38
BXD97 m 18.8 6.828   10 2.1592 0.3632 8.0, 34.0 -0.54
BXD98 f 16.667 5.6095   6 2.2901 0.3366 7.0, 23.0 -1.32
BXD98 m 22.571 8.5412   7 3.2283 0.3784 12.0, 36.0 0.31
C57BL/6J f 20.0 9.9197   6 4.0497 0.496 11.0, 35.0 -0.66
C57BL/6J m 19.2 9.2472   10 2.9242 0.4816 8.0, 40.0 -0.45
DBA/2J f 24.8 10.779   10 3.4085 0.4346 12.0, 41.0 0.3
DBA/2J m 22.1 8.1847   10 2.5882 0.3703 13.0, 40.0 0.2


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 f 23.5 7.3178 37.8644 9.1356
BXD1 m 26.0 7.3178 40.3644 11.6356
BXD100 f 18.2 3.2726 24.6239 11.7761
BXD100 m 12.3 3.2726 18.7239 5.8761
BXD101 f 23.3333 4.2249 31.6266 15.0401
BXD101 m 26.375 3.6589 33.5572 19.1928
BXD102 f 21.5 3.2726 27.9239 15.0761
BXD102 m 21.7 3.2726 28.1239 15.2761
BXD11 f 15.9 3.2726 22.3239 9.4761
BXD11 m 15.2 3.2726 21.6239 8.7761
BXD13 f 20.6 3.2726 27.0239 14.1761
BXD13 m 24.6 3.2726 31.0239 18.1761
BXD14 f 23.9 3.2726 30.3239 17.4761
BXD14 m 22.0 3.2726 28.4239 15.5761
BXD15 f 25.8 3.2726 32.2239 19.3761
BXD15 m 21.2 3.2726 27.6239 14.7761
BXD16 f 32.7 3.2726 39.1239 26.2761
BXD16 m 21.1 3.2726 27.5239 14.6761
BXD19 f 25.5 7.3178 39.8644 11.1356
BXD19 m 16.0 7.3178 30.3644 1.6356
BXD2 f 28.7 3.2726 35.1239 22.2761
BXD2 m 28.6 3.2726 35.0239 22.1761
BXD21 f 33.1 3.2726 39.5239 26.6761
BXD21 m 36.875 3.6589 44.0572 29.6928
BXD27 f 21.5 3.2726 27.9239 15.0761
BXD27 m 22.4 3.2726 28.8239 15.9761
BXD28 f 21.5 3.2726 27.9239 15.0761
BXD28 m 18.4 3.2726 24.8239 11.9761
BXD31 f 21.3 3.2726 27.7239 14.8761
BXD31 m 24.3 3.2726 30.7239 17.8761
BXD32 f 25.1 3.2726 31.5239 18.6761
BXD32 m 24.1 3.2726 30.5239 17.6761
BXD34 f 23.5 7.3178 37.8644 9.1356
BXD34 m 23.0 7.3178 37.3644 8.6356
BXD39 f 20.4 3.2726 26.8239 13.9761
BXD39 m 20.8 3.2726 27.2239 14.3761
BXD40 f 20.1 3.2726 26.5239 13.6761
BXD40 m 20.4 3.2726 26.8239 13.9761
BXD42 f 19.6 3.2726 26.0239 13.1761
BXD42 m 19.2 3.2726 25.6239 12.7761
BXD43 f 23.1 3.2726 29.5239 16.6761
BXD43 m 17.4 3.2726 23.8239 10.9761
BXD44 f 21.3 3.2726 27.7239 14.8761
BXD44 m 18.1 3.2726 24.5239 11.6761
BXD48 f 21.8 3.2726 28.2239 15.3761
BXD48 m 22.6 3.2726 29.0239 16.1761
BXD49 f 20.2 3.2726 26.6239 13.7761
BXD49 m 19.0 3.2726 25.4239 12.5761
BXD50 f 21.8 3.2726 28.2239 15.3761
BXD50 m 18.3 3.2726 24.7239 11.8761
BXD51 f 22.6 3.2726 29.0239 16.1761
BXD51 m 15.3 3.2726 21.7239 8.8761
BXD6 f 24.2 3.2726 30.6239 17.7761
BXD6 m 20.6 3.2726 27.0239 14.1761
BXD61 f 19.5 3.2726 25.9239 13.0761
BXD61 m 19.3 3.2726 25.7239 12.8761
BXD62 f 18.9 3.2726 25.3239 12.4761
BXD62 m 15.1 3.2726 21.5239 8.6761
BXD65 f 35.3333 4.2249 43.6266 27.0401
BXD65 m 23.8 3.2726 30.2239 17.3761
BXD66 f 32.0 5.1744 42.1572 21.8428
BXD66 m 30.0 5.1744 40.1572 19.8428
BXD68 f 25.75 5.1744 35.9072 15.5928
BXD68 m 19.0 4.2249 27.2933 10.7067
BXD69 f 25.6 3.2726 32.0239 19.1761
BXD69 m 27.8 3.2726 34.2239 21.3761
BXD70 f 23.6 3.2726 30.0239 17.1761
BXD70 m 19.3 3.2726 25.7239 12.8761
BXD73 f 22.2 3.2726 28.6239 15.7761
BXD73 m 23.1 3.2726 29.5239 16.6761
BXD75 f 25.8 3.2726 32.2239 19.3761
BXD75 m 20.2 3.2726 26.6239 13.7761
BXD77 f 38.25 5.1744 48.4072 28.0928
BXD77 m 19.75 5.1744 29.9072 9.5928
BXD8 f 16.1 3.2726 22.5239 9.6761
BXD8 m 18.2 3.2726 24.6239 11.7761
BXD80 f 25.2 3.2726 31.6239 18.7761
BXD80 m 23.9 3.2726 30.3239 17.4761
BXD81 f 17.5 3.2726 23.9239 11.0761
BXD81 m 20.0 3.2726 26.4239 13.5761
BXD84 f 17.5 3.2726 23.9239 11.0761
BXD84 m 17.7 3.2726 24.1239 11.2761
BXD85 f 21.5 5.1744 31.6572 11.3428
BXD85 m 22.5 5.1744 32.6572 12.3428
BXD86 f 15.1 3.2726 21.5239 8.6761
BXD86 m 19.7 3.2726 26.1239 13.2761
BXD87 f 16.9 3.2726 23.3239 10.4761
BXD87 m 19.8 3.2726 26.2239 13.3761
BXD89 f 24.9 3.2726 31.3239 18.4761
BXD89 m 25.9 3.2726 32.3239 19.4761
BXD90 f 21.3333 4.2249 29.6266 13.0401
BXD90 m 23.5 4.2249 31.7933 15.2067
BXD92 f 28.5 7.3178 42.8644 14.1356
BXD92 m 22.6667 5.9749 34.3951 10.9382
BXD96 f 22.5 3.2726 28.9239 16.0761
BXD96 m 22.0 3.2726 28.4239 15.5761
BXD97 f 25.2 3.2726 31.6239 18.7761
BXD97 m 18.8 3.2726 25.2239 12.3761
BXD98 f 16.6667 4.2249 24.9599 8.3734
BXD98 m 22.5714 3.9115 30.2495 14.8933
C57BL/6J f 20.0 4.2249 28.2933 11.7067
C57BL/6J m 19.2 3.2726 25.6239 12.7761
DBA/2J f 24.8 3.2726 31.2239 18.3761
DBA/2J m 22.1 3.2726 28.5239 15.6761


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
BXD1 both 24.75 5.1744 34.9072 14.5928
BXD100 both 15.25 2.3141 19.7924 10.7076
BXD101 both 24.8542 2.7945 30.3397 19.3687
BXD102 both 21.6 2.3141 26.1424 17.0576
BXD11 both 15.55 2.3141 20.0924 11.0076
BXD13 both 22.6 2.3141 27.1424 18.0576
BXD14 both 22.95 2.3141 27.4924 18.4076
BXD15 both 23.5 2.3141 28.0424 18.9576
BXD16 both 26.9 2.3141 31.4424 22.3576
BXD19 both 20.75 5.1744 30.9072 10.5928
BXD2 both 28.65 2.3141 33.1924 24.1076
BXD21 both 34.9875 2.4545 39.8055 30.1695
BXD27 both 21.95 2.3141 26.4924 17.4076
BXD28 both 19.95 2.3141 24.4924 15.4076
BXD31 both 22.8 2.3141 27.3424 18.2576
BXD32 both 24.6 2.3141 29.1424 20.0576
BXD34 both 23.25 5.1744 33.4072 13.0928
BXD39 both 20.6 2.3141 25.1424 16.0576
BXD40 both 20.25 2.3141 24.7924 15.7076
BXD42 both 19.4 2.3141 23.9424 14.8576
BXD43 both 20.25 2.3141 24.7924 15.7076
BXD44 both 19.7 2.3141 24.2424 15.1576
BXD48 both 22.2 2.3141 26.7424 17.6576
BXD49 both 19.6 2.3141 24.1424 15.0576
BXD50 both 20.05 2.3141 24.5924 15.5076
BXD51 both 18.95 2.3141 23.4924 14.4076
BXD6 both 22.4 2.3141 26.9424 17.8576
BXD61 both 19.4 2.3141 23.9424 14.8576
BXD62 both 17.0 2.3141 21.5424 12.4576
BXD65 both 29.5667 2.6721 34.8118 24.3215
BXD66 both 31.0 3.6589 38.1822 23.8178
BXD68 both 22.375 3.3401 28.9314 15.8186
BXD69 both 26.7 2.3141 31.2424 22.1576
BXD70 both 21.45 2.3141 25.9924 16.9076
BXD73 both 22.65 2.3141 27.1924 18.1076
BXD75 both 23.0 2.3141 27.5424 18.4576
BXD77 both 29.0 3.6589 36.1822 21.8178
BXD8 both 17.15 2.3141 21.6924 12.6076
BXD80 both 24.55 2.3141 29.0924 20.0076
BXD81 both 18.75 2.3141 23.2924 14.2076
BXD84 both 17.6 2.3141 22.1424 13.0576
BXD85 both 22.0 3.6589 29.1822 14.8178
BXD86 both 17.4 2.3141 21.9424 12.8576
BXD87 both 18.35 2.3141 22.8924 13.8076
BXD89 both 25.4 2.3141 29.9424 20.8576
BXD90 both 22.4167 2.9875 28.2809 16.5524
BXD92 both 25.5833 4.7236 34.8555 16.3112
BXD96 both 22.25 2.3141 26.7924 17.7076
BXD97 both 22.0 2.3141 26.5424 17.4576
BXD98 both 19.619 2.8788 25.27 13.9681
C57BL/6J both 19.6 2.6721 24.8451 14.3549
DBA/2J both 23.45 2.3141 27.9924 18.9076




  GWAS USING LINEAR MIXED MODELS