Project measure / variable:   Crusio1   center_dist

ID, description, units MPD:62004   center_dist   distance run in center, 20 min test   [cm]  
Data set, strains Crusio1   BXD w/par   55 strains     sex: both     age: 10-12wks
Procedure open field test
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  STRAIN COMPARISON PLOT
Dimensions Width:   px    Height:   px
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Crusio1 - distance run in center, 20 min test



  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested54 strains55 strains
Mean of the strain means4235.0   cm 4456.0   cm
Median of the strain means4183.0   cm 4392.0   cm
SD of the strain means± 1482.0 ± 1382.0
Coefficient of variation (CV)0.3499 0.3101
Min–max range of strain means1786.0   –   7608.0   cm 1961.0   –   7064.0   cm
Mean sample size per strain8.4   mice 8.4   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
sex 1 13283912.1113 13283912.1113 7.1713 0.0076
strain 52 1625072040.1587 31251385.3877 16.8711 < 0.0001
sex:strain 52 158037432.4825 3039181.3939 1.6407 0.0036
Residuals 804 1489298411.8893 1852361.2088


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 5128.0 1476.0   2   1044.0 0.2879 4084.0, 6172.0 0.6
BXD1 m 3858.0 1686.0   2   1192.0 0.4369 2666.0, 5050.0 -0.43
BXD100 f 2331.0 688.5   10 217.7 0.2954 1521.0, 3441.0 -1.28
BXD100 m 3366.0 966.5   10 305.6 0.2871 2439.0, 5673.0 -0.79
BXD101 f 3099.0 1624.0   6 663.1 0.5241 1601.0, 6020.0 -0.77
BXD101 m 3609.0 1225.0   8 433.0 0.3393 2130.0, 5462.0 -0.61
BXD102 f 6596.0 1042.0   10 329.6 0.158 5202.0, 8315.0 1.59
BXD102 m 5582.0 1109.0   10 350.6 0.1986 3836.0, 7237.0 0.81
BXD11 f 2850.0 1135.0   10 358.8 0.3982 1268.0, 4843.0 -0.93
BXD11 m 2786.0 1454.0   10 459.7 0.5218 643.0, 4583.0 -1.21
BXD13 f 2826.0 1100.0   10 347.7 0.3891 602.0, 4576.0 -0.95
BXD13 m 3067.0 1081.0   10 341.7 0.3524 2160.0, 5966.0 -1.01
BXD14 f 6061.0 1294.0   10 409.1 0.2134 3332.0, 7810.0 1.23
BXD14 m 6346.0 2187.0   10 691.5 0.3446 974.0, 8629.0 1.37
BXD15 f 3122.0 1778.0   10 562.1 0.5694 1020.0, 6145.0 -0.75
BXD15 m 2899.0 1166.0   10 368.9 0.4024 327.0, 3955.0 -1.13
BXD16 f 5772.0 1510.0   10 477.5 0.2616 3937.0, 8843.0 1.04
BXD16 m 4424.0 1813.0   10 573.4 0.4099 1787.0, 6946.0 -0.02
BXD18 f 6460.0 797.6   2   564.0 0.1235 5896.0, 7024.0 1.5
BXD18 m 5910.0 1410.0   2   997.0 0.2386 4913.0, 6907.0 1.05
BXD19 f 5269.0 1263.0   2   893.0 0.2397 4376.0, 6162.0 0.7
BXD19 m 4392.0 190.2   2   134.5 0.0433 4258.0, 4527.0 -0.05
BXD2 f 4520.0 1450.0   10 458.5 0.3208 2226.0, 6514.0 0.19
BXD2 m 5446.0 1827.0   10 577.7 0.3354 2962.0, 8241.0 0.72
BXD21 f 4972.0 1391.0   10 440.0 0.2798 3263.0, 6878.0 0.5
BXD21 m 7064.0 2265.0   10 716.1 0.3206 4169.0, 12575.0 1.89
BXD27 f 1813.0 883.3   10 279.3 0.4873 560.0, 3417.0 -1.63
BXD27 m 2503.0 1725.0   10 545.5 0.6891 31.0, 6243.0 -1.41
BXD28 f 2934.0 952.1   10 301.1 0.3246 1769.0, 4882.0 -0.88
BXD28 m 2162.0 800.6   10 253.2 0.3702 927.0, 3256.0 -1.66
BXD31 f 2486.0 1242.0   10 392.7 0.4994 909.0, 5024.0 -1.18
BXD31 m 4124.0 1181.0   10 373.4 0.2864 1615.0, 5972.0 -0.24
BXD32 f 5416.0 2130.0   10 673.4 0.3932 2553.0, 8565.0 0.8
BXD32 m 5912.0 1471.0   10 465.0 0.2487 2992.0, 8898.0 1.05
BXD33 f 7608.0 0.0   1   0.0 0.0 7608.0, 7608.0 2.28
BXD33 m 6268.0 0.0   1   0.0 0.0 6268.0, 6268.0 1.31
BXD34 f 3310.0 1384.0   2   978.5 0.418 2332.0, 4289.0 -0.62
BXD34 m 3936.0 11.314   2   8.0 0.0029 3928.0, 3944.0 -0.38
BXD39 f 3158.0 1329.0   10 420.2 0.4208 1099.0, 4963.0 -0.73
BXD39 m 2189.0 1322.0   10 418.0 0.6039 780.0, 4369.0 -1.64
BXD40 f 5928.0 1493.0   10 472.2 0.2519 4248.0, 8629.0 1.14
BXD40 m 6405.0 1246.0   10 394.0 0.1945 4338.0, 8116.0 1.41
BXD42 f 4209.0 1006.0   10 318.1 0.239 1865.0, 5269.0 -0.02
BXD42 m 4944.0 1378.0   10 435.8 0.2788 3274.0, 7739.0 0.35
BXD43 f 3843.0 988.5   10 312.6 0.2572 1667.0, 5134.0 -0.26
BXD43 m 4193.0 639.9   10 202.4 0.1526 2995.0, 4946.0 -0.19
BXD44 f 3518.0 1526.0   10 482.6 0.4338 1451.0, 6089.0 -0.48
BXD44 m 4496.0 1054.0   10 333.4 0.2345 2323.0, 6204.0 0.03
BXD48 f 5847.0 1623.0   10 513.3 0.2776 2418.0, 7958.0 1.09
BXD48 m 6062.0 1077.0   10 340.4 0.1776 4494.0, 7717.0 1.16
BXD49 f 4212.0 1875.0   10 592.9 0.4452 1735.0, 7215.0 -0.02
BXD49 m 4328.0 1231.0   10 389.3 0.2845 2378.0, 6804.0 -0.09
BXD50 f 6344.0 1334.0   10 422.0 0.2103 3864.0, 7541.0 1.42
BXD50 m 4593.0 1551.0   10 490.4 0.3376 635.0, 6417.0 0.1
BXD51 f 1786.0 944.8   10 298.8 0.5291 672.0, 3595.0 -1.65
BXD51 m 1961.0 748.7   10 236.8 0.3818 1078.0, 3027.0 -1.81
BXD6 f 2986.0 1337.0   10 422.9 0.4479 964.0, 5354.0 -0.84
BXD6 m 3311.0 1360.0   10 429.9 0.4106 1751.0, 5873.0 -0.83
BXD61 f 3552.0 1239.0   10 391.9 0.3489 2265.0, 5657.0 -0.46
BXD61 m 4436.0 1200.0   10 379.6 0.2706 3213.0, 6920.0 -0.01
BXD62 f 3324.0 1026.0   10 324.6 0.3087 1805.0, 4917.0 -0.61
BXD62 m 3628.0 1054.0   10 333.2 0.2904 1948.0, 5258.0 -0.6
BXD65 f 6878.0 2265.0   6 924.9 0.3294 3036.0, 8763.0 1.78
BXD65 m 6491.0 1366.0   10 432.0 0.2105 4698.0, 8556.0 1.47
BXD66 f 2972.0 755.7   4 377.8 0.2543 2423.0, 4082.0 -0.85
BXD66 m 2804.0 854.8   4 427.4 0.3049 1818.0, 3709.0 -1.2
BXD68 f 4406.0 1425.0   4 712.5 0.3235 2701.0, 6164.0 0.12
BXD68 m 3904.0 1295.0   6 528.8 0.3317 2347.0, 5955.0 -0.4
BXD69 f 7206.0 1012.0   10 320.0 0.1404 5398.0, 8900.0 2.0
BXD69 m 5750.0 1118.0   10 353.5 0.1944 3841.0, 7394.0 0.94
BXD70 f 4913.0 1933.0   10 611.3 0.3935 2741.0, 9470.0 0.46
BXD70 m 5995.0 1102.0   10 348.5 0.1838 4702.0, 8173.0 1.11
BXD71 m 6987.0 1635.0   2   1156.0 0.234 5831.0, 8143.0 1.83
BXD73 f 2208.0 1332.0   10 421.3 0.6035 696.0, 5042.0 -1.37
BXD73 m 2682.0 1409.0   10 445.6 0.5254 248.0, 4873.0 -1.28
BXD75 f 5367.0 1300.0   10 411.1 0.2422 2866.0, 7895.0 0.76
BXD75 m 6404.0 1494.0   10 472.3 0.2332 4216.0, 8927.0 1.41
BXD77 f 4802.0 1126.0   4 563.1 0.2345 3611.0, 6206.0 0.38
BXD77 m 3608.0 2245.0   4 1123.0 0.6223 2047.0, 6940.0 -0.61
BXD8 f 3765.0 965.0   10 305.2 0.2563 2241.0, 5455.0 -0.32
BXD8 m 3906.0 990.4   10 313.2 0.2536 2304.0, 5603.0 -0.4
BXD80 f 2558.0 834.6   10 263.9 0.3263 1657.0, 4604.0 -1.13
BXD80 m 2570.0 927.3   10 293.2 0.3608 1177.0, 4333.0 -1.37
BXD81 f 4840.0 1079.0   10 341.3 0.223 3767.0, 7068.0 0.41
BXD81 m 4908.0 1258.0   10 397.7 0.2563 3026.0, 7136.0 0.33
BXD84 f 2849.0 1144.0   10 361.6 0.4014 941.0, 4848.0 -0.94
BXD84 m 3068.0 1086.0   10 343.4 0.3539 1538.0, 4716.0 -1.0
BXD85 f 4220.0 1083.0   4 541.6 0.2567 2757.0, 5343.0 -0.01
BXD85 m 5117.0 1869.0   4 934.6 0.3653 3034.0, 6983.0 0.48
BXD86 f 4714.0 1214.0   10 383.8 0.2575 2803.0, 6849.0 0.32
BXD86 m 4526.0 1669.0   10 527.9 0.3688 1780.0, 7744.0 0.05
BXD87 f 2087.0 1595.0   10 504.4 0.7642 600.0, 5827.0 -1.45
BXD87 m 2918.0 1270.0   10 401.5 0.4351 943.0, 4564.0 -1.11
BXD89 f 5172.0 1531.0   10 484.3 0.2961 3192.0, 8528.0 0.63
BXD89 m 5421.0 1507.0   10 476.6 0.2781 3301.0, 8701.0 0.7
BXD90 f 3624.0 799.8   6 326.5 0.2207 2369.0, 4626.0 -0.41
BXD90 m 4084.0 1141.0   6 465.7 0.2793 2623.0, 5067.0 -0.27
BXD92 f 3754.0 68.59   2   48.5 0.0183 3706.0, 3803.0 -0.32
BXD92 m 6424.0 1609.0   3 928.9 0.2505 5413.0, 8279.0 1.42
BXD96 f 5503.0 1312.0   10 414.8 0.2384 3610.0, 7851.0 0.86
BXD96 m 4721.0 982.2   10 310.6 0.2081 3199.0, 6150.0 0.19
BXD97 f 4157.0 997.0   10 315.3 0.2398 3051.0, 6180.0 -0.05
BXD97 m 3799.0 1677.0   10 530.3 0.4415 1564.0, 6000.0 -0.48
BXD98 f 3947.0 1317.0   6 537.8 0.3338 2381.0, 5929.0 -0.19
BXD98 m 5662.0 1027.0   7 388.0 0.1813 3456.0, 6496.0 0.87
C57BL/6J f 5373.0 1217.0   10 384.9 0.2265 3688.0, 7207.0 0.77
C57BL/6J m 5792.0 2416.0   10 764.0 0.4171 3237.0, 11223.0 0.97
DBA/2J f 2104.0 1503.0   10 475.4 0.7145 989.0, 5749.0 -1.44
DBA/2J m 3344.0 1841.0   10 582.2 0.5506 859.0, 6644.0 -0.8


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 f 5128.0 962.3828 7017.0794 3238.9206
BXD1 m 3858.0 962.3828 5747.0794 1968.9206
BXD100 f 2330.9 430.3907 3175.722 1486.078
BXD100 m 3366.4 430.3907 4211.222 2521.578
BXD101 f 3099.1667 555.632 4189.8272 2008.5062
BXD101 m 3609.375 481.1914 4553.9147 2664.8353
BXD102 f 6595.8 430.3907 7440.622 5750.978
BXD102 m 5582.0 430.3907 6426.822 4737.178
BXD11 f 2849.5 430.3907 3694.322 2004.678
BXD11 m 2786.2 430.3907 3631.022 1941.378
BXD13 f 2826.2 430.3907 3671.022 1981.378
BXD13 m 3066.6 430.3907 3911.422 2221.778
BXD14 f 6061.1 430.3907 6905.922 5216.278
BXD14 m 6345.7 430.3907 7190.522 5500.878
BXD15 f 3122.0 430.3907 3966.822 2277.178
BXD15 m 2899.0 430.3907 3743.822 2054.178
BXD16 f 5772.1 430.3907 6616.922 4927.278
BXD16 m 4423.9 430.3907 5268.722 3579.078
BXD18 f 6460.0 962.3828 8349.0794 4570.9206
BXD18 m 5910.0 962.3828 7799.0794 4020.9206
BXD19 f 5269.0 962.3828 7158.0794 3379.9206
BXD19 m 4392.5 962.3828 6281.5794 2503.4206
BXD2 f 4519.9 430.3907 5364.722 3675.078
BXD2 m 5446.1 430.3907 6290.922 4601.278
BXD21 f 4972.2 430.3907 5817.022 4127.378
BXD21 m 7063.7 430.3907 7908.522 6218.878
BXD27 f 1812.6 430.3907 2657.422 967.778
BXD27 m 2503.3 430.3907 3348.122 1658.478
BXD28 f 2933.6 430.3907 3778.422 2088.778
BXD28 m 2162.3 430.3907 3007.122 1317.478
BXD31 f 2486.4 430.3907 3331.222 1641.578
BXD31 m 4123.5 430.3907 4968.322 3278.678
BXD32 f 5415.9 430.3907 6260.722 4571.078
BXD32 m 5912.2 430.3907 6757.022 5067.378
BXD34 f 3310.5 962.3828 5199.5794 1421.4206
BXD34 m 3936.0 962.3828 5825.0794 2046.9206
BXD39 f 3158.3 430.3907 4003.122 2313.478
BXD39 m 2188.6 430.3907 3033.422 1343.778
BXD40 f 5928.4 430.3907 6773.222 5083.578
BXD40 m 6405.2 430.3907 7250.022 5560.378
BXD42 f 4208.7 430.3907 5053.522 3363.878
BXD42 m 4944.2 430.3907 5789.022 4099.378
BXD43 f 3843.2 430.3907 4688.022 2998.378
BXD43 m 4193.2 430.3907 5038.022 3348.378
BXD44 f 3518.3 430.3907 4363.122 2673.478
BXD44 m 4496.4 430.3907 5341.222 3651.578
BXD48 f 5847.1 430.3907 6691.922 5002.278
BXD48 m 6062.3 430.3907 6907.122 5217.478
BXD49 f 4211.6 430.3907 5056.422 3366.778
BXD49 m 4327.6 430.3907 5172.422 3482.778
BXD50 f 6344.5 430.3907 7189.322 5499.678
BXD50 m 4593.2 430.3907 5438.022 3748.378
BXD51 f 1785.8 430.3907 2630.622 940.978
BXD51 m 1960.8 430.3907 2805.622 1115.978
BXD6 f 2985.8 430.3907 3830.622 2140.978
BXD6 m 3310.9 430.3907 4155.722 2466.078
BXD61 f 3552.3 430.3907 4397.122 2707.478
BXD61 m 4435.7 430.3907 5280.522 3590.878
BXD62 f 3324.2 430.3907 4169.022 2479.378
BXD62 m 3628.1 430.3907 4472.922 2783.278
BXD65 f 6877.8333 555.632 7968.4938 5787.1728
BXD65 m 6490.8 430.3907 7335.622 5645.978
BXD66 f 2972.0 680.5074 4307.7808 1636.2192
BXD66 m 2803.75 680.5074 4139.5308 1467.9692
BXD68 f 4405.75 680.5074 5741.5308 3069.9692
BXD68 m 3904.5 555.632 4995.1605 2813.8395
BXD69 f 7205.6 430.3907 8050.422 6360.778
BXD69 m 5750.3 430.3907 6595.122 4905.478
BXD70 f 4913.2 430.3907 5758.022 4068.378
BXD70 m 5994.8 430.3907 6839.622 5149.978
BXD73 f 2207.5 430.3907 3052.322 1362.678
BXD73 m 2681.8 430.3907 3526.622 1836.978
BXD75 f 5367.4 430.3907 6212.222 4522.578
BXD75 m 6403.8 430.3907 7248.622 5558.978
BXD77 f 4802.5 680.5074 6138.2808 3466.7192
BXD77 m 3607.75 680.5074 4943.5308 2271.9692
BXD8 f 3764.8 430.3907 4609.622 2919.978
BXD8 m 3905.5 430.3907 4750.322 3060.678
BXD80 f 2557.5 430.3907 3402.322 1712.678
BXD80 m 2570.3 430.3907 3415.122 1725.478
BXD81 f 4839.9 430.3907 5684.722 3995.078
BXD81 m 4907.6 430.3907 5752.422 4062.778
BXD84 f 2848.7 430.3907 3693.522 2003.878
BXD84 m 3068.3 430.3907 3913.122 2223.478
BXD85 f 4220.25 680.5074 5556.0308 2884.4692
BXD85 m 5117.0 680.5074 6452.7808 3781.2192
BXD86 f 4713.6 430.3907 5558.422 3868.778
BXD86 m 4526.5 430.3907 5371.322 3681.678
BXD87 f 2087.2 430.3907 2932.022 1242.378
BXD87 m 2918.4 430.3907 3763.222 2073.578
BXD89 f 5172.1 430.3907 6016.922 4327.278
BXD89 m 5420.7 430.3907 6265.522 4575.878
BXD90 f 3623.6667 555.632 4714.3272 2533.0062
BXD90 m 4084.5 555.632 5175.1605 2993.8395
BXD92 f 3754.5 962.3828 5643.5794 1865.4206
BXD92 m 6423.6667 785.7822 7966.0935 4881.2398
BXD96 f 5503.3 430.3907 6348.122 4658.478
BXD96 m 4720.7 430.3907 5565.522 3875.878
BXD97 f 4156.9 430.3907 5001.722 3312.078
BXD97 m 3798.6 430.3907 4643.422 2953.778
BXD98 f 3946.8333 555.632 5037.4938 2856.1728
BXD98 m 5661.5714 514.4152 6671.3268 4651.816
C57BL/6J f 5372.7 430.3907 6217.522 4527.878
C57BL/6J m 5792.5 430.3907 6637.322 4947.678
DBA/2J f 2104.1 430.3907 2948.922 1259.278
DBA/2J m 3343.9 430.3907 4188.722 2499.078


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
BXD1 both 4493.0 680.5074 5828.7808 3157.2192
BXD100 both 2848.65 304.3322 3446.0294 2251.2706
BXD101 both 3354.2708 367.516 4075.6749 2632.8667
BXD102 both 6088.9 304.3322 6686.2794 5491.5206
BXD11 both 2817.85 304.3322 3415.2294 2220.4706
BXD13 both 2946.4 304.3322 3543.7794 2349.0206
BXD14 both 6203.4 304.3322 6800.7794 5606.0206
BXD15 both 3010.5 304.3322 3607.8794 2413.1206
BXD16 both 5098.0 304.3322 5695.3794 4500.6206
BXD18 both 6185.0 680.5074 7520.7808 4849.2192
BXD19 both 4830.75 680.5074 6166.5308 3494.9692
BXD2 both 4983.0 304.3322 5580.3794 4385.6206
BXD21 both 6017.95 304.3322 6615.3294 5420.5706
BXD27 both 2157.95 304.3322 2755.3294 1560.5706
BXD28 both 2547.95 304.3322 3145.3294 1950.5706
BXD31 both 3304.95 304.3322 3902.3294 2707.5706
BXD32 both 5664.05 304.3322 6261.4294 5066.6706
BXD34 both 3623.25 680.5074 4959.0308 2287.4692
BXD39 both 2673.45 304.3322 3270.8294 2076.0706
BXD40 both 6166.8 304.3322 6764.1794 5569.4206
BXD42 both 4576.45 304.3322 5173.8294 3979.0706
BXD43 both 4018.2 304.3322 4615.5794 3420.8206
BXD44 both 4007.35 304.3322 4604.7294 3409.9706
BXD48 both 5954.7 304.3322 6552.0794 5357.3206
BXD49 both 4269.6 304.3322 4866.9794 3672.2206
BXD50 both 5468.85 304.3322 6066.2294 4871.4706
BXD51 both 1873.3 304.3322 2470.6794 1275.9206
BXD6 both 3148.35 304.3322 3745.7294 2550.9706
BXD61 both 3994.0 304.3322 4591.3794 3396.6206
BXD62 both 3476.15 304.3322 4073.5294 2878.7706
BXD65 both 6684.3167 351.4125 7374.1109 5994.5224
BXD66 both 2887.875 481.1914 3832.4147 1943.3353
BXD68 both 4155.125 439.2656 5017.3678 3292.8822
BXD69 both 6477.95 304.3322 7075.3294 5880.5706
BXD70 both 5454.0 304.3322 6051.3794 4856.6206
BXD73 both 2444.65 304.3322 3042.0294 1847.2706
BXD75 both 5885.6 304.3322 6482.9794 5288.2206
BXD77 both 4205.125 481.1914 5149.6647 3260.5853
BXD8 both 3835.15 304.3322 4432.5294 3237.7706
BXD80 both 2563.9 304.3322 3161.2794 1966.5206
BXD81 both 4873.75 304.3322 5471.1294 4276.3706
BXD84 both 2958.5 304.3322 3555.8794 2361.1206
BXD85 both 4668.625 481.1914 5613.1647 3724.0853
BXD86 both 4620.05 304.3322 5217.4294 4022.6706
BXD87 both 2502.8 304.3322 3100.1794 1905.4206
BXD89 both 5296.4 304.3322 5893.7794 4699.0206
BXD90 both 3854.0833 392.8911 4625.2968 3082.8699
BXD92 both 5089.0833 621.2154 6308.4788 3869.6878
BXD96 both 5112.0 304.3322 5709.3794 4514.6206
BXD97 both 3977.75 304.3322 4575.1294 3380.3706
BXD98 both 4804.2024 378.5994 5547.3622 4061.0425
C57BL/6J both 5582.6 304.3322 6179.9794 4985.2206
DBA/2J both 2724.0 304.3322 3321.3794 2126.6206




  GWAS USING LINEAR MIXED MODELS