Project measure / variable:   Crusio1   visit_time_d3_d5

ID, description, units MPD:62039   visit_time_d3_d5   mean duration per arm visit (including errors)   [s]  mean  
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 - mean duration per arm visit (including errors) mean



  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested54 strains55 strains
Mean of the strain means19.446   s 18.035   s
Median of the strain means18.614   s 16.757   s
SD of the strain means± 7.0468 ± 6.8407
Coefficient of variation (CV)0.3624 0.3793
Min–max range of strain means10.078   –   39.884   s 9.5672   –   47.018   s
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 1 251.9722 251.9722 1.6211 0.2033
strain 51 30349.7716 595.0936 3.8286 < 0.0001
sex:strain 51 14669.3775 287.6349 1.8505 0.0004
Residuals 796 123724.0738 155.4323


Q-Q normality assessment based on residuals

  


  STRAIN MEANS (UNADJUSTED)
  
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Strain Sex Mean SD N mice SEM CV Min, Max Z score
BXD1 f 19.837 0.83855   2   0.59295 0.0423 19.24425574, 20.43014706 0.06
BXD1 m 10.969 1.4776   2   1.0448 0.1347 9.924551282, 12.01424501 -1.03
BXD100 f 25.42 15.452   10 4.8864 0.6079 12.69300938, 63.89393939 0.85
BXD100 m 16.776 3.4381   10 1.0872 0.2049 9.739316239, 21.05 -0.18
BXD101 f 28.216 24.628   6 10.055 0.8729 10.19191919, 76.97665733 1.24
BXD101 m 12.471 2.6   8 0.91922 0.2085 9.72875817, 16.46666667 -0.81
BXD102 f 16.653 7.7382   10 2.447 0.4647 8.04973545, 35.46084165 -0.4
BXD102 m 25.381 22.112   10 6.9924 0.8712 11.52136752, 76.59803922 1.07
BXD11 f 29.447 15.981   10 5.0535 0.5427 8.914141414, 58.04848485 1.42
BXD11 m 47.018 29.993   10 9.4846 0.6379 12.03782051, 114.1578947 4.24
BXD13 f 21.17 14.166   10 4.4796 0.6691 8.510916179, 51.3482906 0.24
BXD13 m 24.957 17.234   10 5.45 0.6906 6.606488294, 61.41260823 1.01
BXD14 f 14.046 6.0836   10 1.9238 0.4331 9.426767677, 27.71043771 -0.77
BXD14 m 14.795 6.4154   10 2.0287 0.4336 9.862433862, 32.58333333 -0.47
BXD15 f 18.831 8.4919   10 2.6854 0.4509 8.95215311, 37.58760684 -0.09
BXD15 m 15.053 3.0593   10 0.96743 0.2032 11.67734205, 19.22474748 -0.44
BXD16 f 11.037 1.9909   10 0.62958 0.1804 8.261904762, 15.95920746 -1.19
BXD16 m 18.699 11.664   10 3.6885 0.6238 7.931197479, 47.05820106 0.1
BXD18 f 10.529 0.0   1   0.0 0.0 10.52916667, 10.52916667 -1.27
BXD18 m 9.5672 0.54345   2   0.38428 0.0568 9.182946683, 9.951499118 -1.24
BXD19 f 18.637 3.9941   2   2.8243 0.2143 15.81303419, 21.46153846 -0.11
BXD19 m 20.32 0.28094   2   0.19865 0.0138 20.12121212, 20.51851852 0.33
BXD2 f 10.373 2.157   10 0.6821 0.2079 8.39440109, 14.58555345 -1.29
BXD2 m 15.103 10.883   10 3.4414 0.7206 7.735294118, 45.51190476 -0.43
BXD21 f 12.817 2.3055   10 0.72908 0.1799 8.366666667, 15.53888889 -0.94
BXD21 m 17.29 6.5098   8 2.3016 0.3765 9.165079365, 30.81168091 -0.11
BXD27 f 29.22 18.152   10 5.7402 0.6212 11.82008547, 73.95757021 1.39
BXD27 m 17.432 6.7565   10 2.1366 0.3876 9.020833333, 28.65238095 -0.09
BXD28 f 20.928 11.264   10 3.5621 0.5382 9.351540616, 41.93076923 0.21
BXD28 m 17.809 8.6619   10 2.7391 0.4864 10.39814815, 35.3 -0.03
BXD31 f 19.972 10.717   10 3.3891 0.5366 9.660416667, 46.06111111 0.07
BXD31 m 14.542 2.1103   10 0.66732 0.1451 12.39027778, 19.11712963 -0.51
BXD32 f 11.226 2.4884   10 0.78691 0.2217 8.970213997, 15.28888889 -1.17
BXD32 m 16.757 9.0026   10 2.8469 0.5373 8.717460318, 35.79095928 -0.19
BXD33 f 10.078 0.0   1   0.0 0.0 10.07790309, 10.07790309 -1.33
BXD33 m 12.156 0.0   1   0.0 0.0 12.15555556, 12.15555556 -0.86
BXD34 f 20.09 2.4305   2   1.7186 0.121 18.37121212, 21.80846561 0.09
BXD34 m 12.592 1.667   2   1.1788 0.1324 11.41282051, 13.77033493 -0.8
BXD39 f 26.481 14.572   10 4.6081 0.5503 11.26521518, 57.40656566 1.0
BXD39 m 25.214 6.198   10 1.96 0.2458 16.11589744, 35.96363636 1.05
BXD40 f 38.778 36.935   10 11.68 0.9525 8.317210145, 131.0037879 2.74
BXD40 m 12.764 3.6566   10 1.1563 0.2865 8.748148148, 19.52513228 -0.77
BXD42 f 30.307 24.017   10 7.5947 0.7924 12.58518519, 91.16666667 1.54
BXD42 m 18.775 11.264   10 3.5619 0.5999 10.95238095, 49.90808081 0.11
BXD43 f 23.091 12.793   10 4.0456 0.5541 11.88752914, 52.3374345 0.52
BXD43 m 16.457 4.697   10 1.4853 0.2854 10.15285409, 24.91341991 -0.23
BXD44 f 13.714 5.11   10 1.6159 0.3726 8.977777778, 23.7235922 -0.81
BXD44 m 25.49 26.624   10 8.4192 1.0445 10.33618234, 98.31111111 1.09
BXD48 f 13.109 6.697   10 2.1178 0.5109 7.945054945, 26.76366226 -0.9
BXD48 m 14.332 6.2649   10 1.9811 0.4371 8.943926846, 30.74166667 -0.54
BXD49 f 21.674 9.3009   10 2.9412 0.4291 8.905128205, 38.86349206 0.32
BXD49 m 19.298 6.562   10 2.0751 0.34 10.60570508, 30.51566952 0.18
BXD50 f 18.104 6.7174   10 2.1242 0.371 9.908333333, 32.775 -0.19
BXD50 m 14.77 5.8378   10 1.8461 0.3952 7.818686869, 28.28535354 -0.48
BXD51 f 22.459 5.5161   10 1.7444 0.2456 15.34245576, 33.09100529 0.43
BXD51 m 21.716 4.6399   10 1.4673 0.2137 15.25708061, 31.15800866 0.54
BXD6 f 16.736 6.7607   10 2.1379 0.404 10.96392496, 32.30416667 -0.38
BXD6 m 17.473 8.7919   10 2.7802 0.5032 8.733333333, 38.11111111 -0.08
BXD61 f 39.884 27.773   10 8.7827 0.6964 14.81111111, 104.7529138 2.9
BXD61 m 23.092 9.9805   10 3.1561 0.4322 10.09722222, 36.26402116 0.74
BXD62 f 19.93 11.878   10 3.7562 0.596 10.57466063, 47.62202381 0.07
BXD62 m 22.93 11.236   10 3.5532 0.49 10.85042735, 44.83611111 0.72
BXD65 f 17.207 4.8684   6 1.9875 0.2829 10.96811594, 25.00277778 -0.32
BXD65 m 27.969 26.329   10 8.326 0.9414 11.05384615, 96.13888889 1.45
BXD66 f 20.878 9.1159   4 4.5579 0.4366 14.47385621, 34.24592912 0.2
BXD66 m 14.581 1.5598   4 0.7799 0.107 13.13047619, 15.96002506 -0.5
BXD68 f 21.334 6.4029   4 3.2015 0.3001 13.65, 28.03968655 0.27
BXD68 m 15.156 3.4671   6 1.4154 0.2288 11.15555556, 19.7211329 -0.42
BXD69 f 17.085 6.7687   10 2.1405 0.3962 8.606570513, 27.10897436 -0.34
BXD69 m 33.203 36.197   10 11.447 1.0902 10.95047619, 133.7232323 2.22
BXD70 f 11.713 4.6418   10 1.4679 0.3963 7.128205128, 23.78176638 -1.1
BXD70 m 10.432 2.5287   10 0.79964 0.2424 7.667171717, 14.88201754 -1.11
BXD71 m 11.415 0.44525   2   0.31484 0.039 11.1, 11.72967773 -0.97
BXD73 f 15.395 5.8208   10 1.8407 0.3781 8.95260989, 25.95138889 -0.57
BXD73 m 10.213 2.1531   10 0.68087 0.2108 7.171568628, 13.40909091 -1.14
BXD75 f 18.592 6.8596   10 2.1692 0.369 10.06763285, 30.84285714 -0.12
BXD75 m 19.732 5.4439   10 1.7215 0.2759 12.06010101, 28.19084249 0.25
BXD77 f 13.161 1.8823   4 0.94116 0.143 10.37861748, 14.5 -0.89
BXD77 m 13.266 2.0443   4 1.0222 0.1541 10.3587963, 15.15191826 -0.7
BXD8 f 23.585 14.574   10 4.6088 0.6179 9.763197587, 54.74074074 0.59
BXD8 m 19.517 6.1376   10 1.9409 0.3145 13.17254902, 29.71990741 0.22
BXD80 f 22.596 16.545   10 5.232 0.7322 6.88015873, 52.27279202 0.45
BXD80 m 12.4 4.3828   10 1.386 0.3535 7.793233083, 20.77206127 -0.82
BXD81 f 13.84 4.9052   10 1.5512 0.3544 8.475163399, 24.65868946 -0.8
BXD81 m 13.874 3.7446   10 1.1841 0.2699 9.873015873, 21.83234127 -0.61
BXD84 f 16.612 6.1589   10 1.9476 0.3708 10.96388889, 30.9769697 -0.4
BXD84 m 13.796 5.5442   10 1.7532 0.4019 7.121428571, 23.95982906 -0.62
BXD85 f 22.817 15.358   4 7.6791 0.6731 10.75712251, 43.21851852 0.48
BXD85 m 20.393 7.9267   4 3.9634 0.3887 15.05098814, 31.87460318 0.34
BXD86 f 32.179 14.284   10 4.517 0.4439 10.28954248, 61.22893773 1.81
BXD86 m 30.445 12.048   10 3.81 0.3957 13.95634921, 56.27878788 1.81
BXD87 f 30.431 11.876   10 3.7554 0.3902 18.21587302, 49.33333333 1.56
BXD87 m 22.876 6.5438   10 2.0693 0.2861 10.89059715, 33.06349206 0.71
BXD89 f 10.237 2.0298   10 0.64187 0.1983 6.430555556, 13.694561 -1.31
BXD89 m 13.012 3.446   10 1.0897 0.2648 9.640829346, 20.06244779 -0.73
BXD90 f 17.213 5.4795   6 2.237 0.3183 11.20732971, 25.98430736 -0.32
BXD90 m 25.967 26.925   6 10.992 1.0369 10.33015873, 80.51856884 1.16
BXD92 f 13.7 3.2213   2   2.2778 0.2351 11.42222222, 15.97777778 -0.82
BXD92 m 11.108 2.4869   3 1.4358 0.2239 9.234126984, 13.9291939 -1.01
BXD96 f 13.469 6.0572   10 1.9155 0.4497 7.558545686, 28.36666667 -0.85
BXD96 m 11.402 3.3832   10 1.0699 0.2967 6.769980507, 16.43501684 -0.97
BXD97 f 18.565 6.383   10 2.0185 0.3438 7.489448052, 26.39694444 -0.13
BXD97 m 23.599 23.73   10 7.5039 1.0055 10.71322751, 88.24206349 0.81
BXD98 f 12.419 3.3547   6 1.3695 0.2701 7.856481482, 16.97878788 -1.0
BXD98 m 11.09 2.1102   7 0.79758 0.1903 7.000661376, 13.72692308 -1.02
C57BL/6J f 22.906 11.54   6 4.7111 0.5038 9.451465202, 40.02010582 0.49
C57BL/6J m 21.766 10.261   10 3.2447 0.4714 10.5182598, 44.62698413 0.55
DBA/2J f 11.365 3.2597   10 1.0308 0.2868 7.964102564, 17.73328523 -1.15
DBA/2J m 12.736 4.2304   10 1.3378 0.3322 7.277693321, 19.38947368 -0.77


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 f 19.8372 8.8157 37.1419 2.5325
BXD1 m 10.9694 8.8157 28.2741 -6.3353
BXD100 f 25.4203 3.9425 33.1592 17.6814
BXD100 m 16.7761 3.9425 24.515 9.0372
BXD101 f 28.2156 5.0897 38.2065 18.2247
BXD101 m 12.4711 4.4078 21.1235 3.8188
BXD102 f 16.6534 3.9425 24.3923 8.9145
BXD102 m 25.3815 3.9425 33.1204 17.6426
BXD11 f 29.4473 3.9425 37.1863 21.7084
BXD11 m 47.0179 3.9425 54.7568 39.279
BXD13 f 21.1701 3.9425 28.909 13.4311
BXD13 m 24.9572 3.9425 32.6961 17.2183
BXD14 f 14.0462 3.9425 21.7851 6.3073
BXD14 m 14.7946 3.9425 22.5335 7.0557
BXD15 f 18.8312 3.9425 26.5701 11.0922
BXD15 m 15.0531 3.9425 22.792 7.3142
BXD16 f 11.0373 3.9425 18.7762 3.2984
BXD16 m 18.6986 3.9425 26.4376 10.9597
BXD19 f 18.6373 8.8157 35.942 1.3326
BXD19 m 20.3199 8.8157 37.6246 3.0151
BXD2 f 10.373 3.9425 18.1119 2.6341
BXD2 m 15.1027 3.9425 22.8416 7.3638
BXD21 f 12.8173 3.9425 20.5562 5.0784
BXD21 m 17.2902 4.4078 25.9426 8.6379
BXD27 f 29.2198 3.9425 36.9587 21.4809
BXD27 m 17.4325 3.9425 25.1714 9.6936
BXD28 f 20.9282 3.9425 28.6671 13.1893
BXD28 m 17.8091 3.9425 25.5481 10.0702
BXD31 f 19.972 3.9425 27.7109 12.2331
BXD31 m 14.5419 3.9425 22.2808 6.803
BXD32 f 11.2259 3.9425 18.9648 3.487
BXD32 m 16.7566 3.9425 24.4955 9.0177
BXD34 f 20.0898 8.8157 37.3946 2.7851
BXD34 m 12.5916 8.8157 29.8963 -4.7131
BXD39 f 26.4806 3.9425 34.2195 18.7417
BXD39 m 25.2137 3.9425 32.9526 17.4748
BXD40 f 38.7778 3.9425 46.5167 31.0389
BXD40 m 12.7639 3.9425 20.5028 5.025
BXD42 f 30.3071 3.9425 38.046 22.5682
BXD42 m 18.7747 3.9425 26.5136 11.0358
BXD43 f 23.0907 3.9425 30.8296 15.3518
BXD43 m 16.4573 3.9425 24.1962 8.7184
BXD44 f 13.714 3.9425 21.4529 5.9751
BXD44 m 25.4904 3.9425 33.2294 17.7515
BXD48 f 13.1086 3.9425 20.8475 5.3697
BXD48 m 14.3323 3.9425 22.0712 6.5934
BXD49 f 21.6744 3.9425 29.4133 13.9355
BXD49 m 19.2978 3.9425 27.0367 11.5589
BXD50 f 18.1044 3.9425 25.8433 10.3655
BXD50 m 14.77 3.9425 22.5089 7.0311
BXD51 f 22.4587 3.9425 30.1976 14.7198
BXD51 m 21.7157 3.9425 29.4546 13.9768
BXD6 f 16.7356 3.9425 24.4745 8.9967
BXD6 m 17.4734 3.9425 25.2123 9.7345
BXD61 f 39.8842 3.9425 47.6231 32.1453
BXD61 m 23.0919 3.9425 30.8308 15.353
BXD62 f 19.9302 3.9425 27.6691 12.1913
BXD62 m 22.9303 3.9425 30.6692 15.1914
BXD65 f 17.2074 5.0897 27.1983 7.2166
BXD65 m 27.9687 3.9425 35.7076 20.2298
BXD66 f 20.8775 6.2336 33.1138 8.6413
BXD66 m 14.5807 6.2336 26.8169 2.3444
BXD68 f 21.334 6.2336 33.5703 9.0977
BXD68 m 15.1557 5.0897 25.1466 5.1648
BXD69 f 17.0848 3.9425 24.8237 9.3459
BXD69 m 33.2026 3.9425 40.9415 25.4637
BXD70 f 11.7127 3.9425 19.4516 3.9738
BXD70 m 10.4318 3.9425 18.1707 2.6929
BXD73 f 15.3948 3.9425 23.1337 7.6559
BXD73 m 10.2134 3.9425 17.9523 2.4745
BXD75 f 18.5922 3.9425 26.3311 10.8533
BXD75 m 19.7323 3.9425 27.4712 11.9934
BXD77 f 13.1607 6.2336 25.397 0.9244
BXD77 m 13.2656 6.2336 25.5019 1.0294
BXD8 f 23.5851 3.9425 31.324 15.8462
BXD8 m 19.5172 3.9425 27.2561 11.7783
BXD80 f 22.5961 3.9425 30.335 14.8572
BXD80 m 12.3996 3.9425 20.1385 4.6607
BXD81 f 13.84 3.9425 21.5789 6.101
BXD81 m 13.8735 3.9425 21.6124 6.1346
BXD84 f 16.6118 3.9425 24.3507 8.8729
BXD84 m 13.796 3.9425 21.5349 6.057
BXD85 f 22.8174 6.2336 35.0537 10.5811
BXD85 m 20.3931 6.2336 32.6294 8.1568
BXD86 f 32.1791 3.9425 39.918 24.4402
BXD86 m 30.4454 3.9425 38.1843 22.7064
BXD87 f 30.4314 3.9425 38.1703 22.6925
BXD87 m 22.876 3.9425 30.6149 15.1371
BXD89 f 10.2372 3.9425 17.9761 2.4983
BXD89 m 13.0116 3.9425 20.7505 5.2727
BXD90 f 17.2126 5.0897 27.2035 7.2217
BXD90 m 25.9667 5.0897 35.9576 15.9759
BXD92 f 13.7 8.8157 31.0047 -3.6047
BXD92 m 11.1077 7.198 25.2369 -3.0216
BXD96 f 13.4695 3.9425 21.2084 5.7306
BXD96 m 11.4018 3.9425 19.1407 3.6629
BXD97 f 18.5653 3.9425 26.3042 10.8264
BXD97 m 23.599 3.9425 31.3379 15.8601
BXD98 f 12.4194 5.0897 22.4103 2.4286
BXD98 m 11.0902 4.7122 20.34 1.8405
C57BL/6J f 22.9062 5.0897 32.897 12.9153
C57BL/6J m 21.7656 3.9425 29.5045 14.0266
DBA/2J f 11.3651 3.9425 19.104 3.6262
DBA/2J m 12.7357 3.9425 20.4747 4.9968


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
BXD1 both 15.4033 6.2336 27.6396 3.167
BXD100 both 21.0982 2.7878 26.5704 15.626
BXD101 both 20.3433 3.3665 26.9517 13.735
BXD102 both 21.0174 2.7878 26.4897 15.5452
BXD11 both 38.2326 2.7878 43.7049 32.7604
BXD13 both 23.0636 2.7878 28.5359 17.5914
BXD14 both 14.4204 2.7878 19.8926 8.9481
BXD15 both 16.9421 2.7878 22.4144 11.4699
BXD16 both 14.868 2.7878 20.3402 9.3957
BXD19 both 19.4786 6.2336 31.7149 7.2423
BXD2 both 12.7379 2.7878 18.2101 7.2656
BXD21 both 15.0538 2.9569 20.858 9.2496
BXD27 both 23.3261 2.7878 28.7984 17.8539
BXD28 both 19.3687 2.7878 24.8409 13.8964
BXD31 both 17.257 2.7878 22.7292 11.7847
BXD32 both 13.9913 2.7878 19.4635 8.519
BXD34 both 16.3407 6.2336 28.577 4.1044
BXD39 both 25.8471 2.7878 31.3194 20.3749
BXD40 both 25.7708 2.7878 31.2431 20.2986
BXD42 both 24.5409 2.7878 30.0131 19.0687
BXD43 both 19.774 2.7878 25.2462 14.3018
BXD44 both 19.6022 2.7878 25.0745 14.13
BXD48 both 13.7205 2.7878 19.1927 8.2482
BXD49 both 20.4861 2.7878 25.9583 15.0139
BXD50 both 16.4372 2.7878 21.9095 10.965
BXD51 both 22.0872 2.7878 27.5595 16.615
BXD6 both 17.1045 2.7878 22.5768 11.6323
BXD61 both 31.4881 2.7878 36.9603 26.0158
BXD62 both 21.4302 2.7878 26.9025 15.958
BXD65 both 22.5881 3.219 28.9069 16.2693
BXD66 both 17.7291 4.4078 26.3815 9.0767
BXD68 both 18.2449 4.0238 26.1434 10.3464
BXD69 both 25.1437 2.7878 30.616 19.6715
BXD70 both 11.0722 2.7878 16.5445 5.6
BXD73 both 12.8041 2.7878 18.2763 7.3319
BXD75 both 19.1623 2.7878 24.6345 13.69
BXD77 both 13.2132 4.4078 21.8655 4.5608
BXD8 both 21.5512 2.7878 27.0234 16.0789
BXD80 both 17.4979 2.7878 22.9701 12.0256
BXD81 both 13.8567 2.7878 19.329 8.3845
BXD84 both 15.2039 2.7878 20.6761 9.7316
BXD85 both 21.6052 4.4078 30.2576 12.9529
BXD86 both 31.3122 2.7878 36.7845 25.84
BXD87 both 26.6537 2.7878 32.1259 21.1815
BXD89 both 11.6244 2.7878 17.0966 6.1522
BXD90 both 21.5897 3.599 28.6543 14.5251
BXD92 both 12.4038 5.6905 23.574 1.2337
BXD96 both 12.4356 2.7878 17.9079 6.9634
BXD97 both 21.0822 2.7878 26.5544 15.6099
BXD98 both 11.7548 3.4681 18.5625 4.9472
C57BL/6J both 22.3359 3.219 28.6546 16.0171
DBA/2J both 12.0504 2.7878 17.5227 6.5782




  GWAS USING LINEAR MIXED MODELS