Phenotype measure:   Crusio1   activity


  STRAIN COMPARISON PLOT
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Crusio1 - total locomotor activity, 20 min test



  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested54 strains55 strains
Mean of the strain means10401.0   cm 10395.0   cm
Median of the strain means10194.0   cm 10357.0   cm
SD of the strain means± 2368.0 ± 2060.0
Coefficient of variation (CV)0.2277 0.1982
Min–max range of strain means6520.0   –   15696.0   cm 6172.0   –   15040.0   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 124020.061 124020.061 0.0328 0.8562
strain 52 3548842119.9746 68246963.8457 18.0708 < 0.0001
sex:strain 52 416172053.4862 8003308.7209 2.1192 < 0.0001
Residuals 804 3036416796.131 3776637.8061


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 11913.0 1188.0   2   840.0 0.0997 11073.0, 12753.0 0.64
BXD1 m 10042.0 4310.0   2   3048.0 0.4292 6995.0, 13090.0 -0.17
BXD100 f 6523.0 1248.0   10 394.7 0.1913 5180.0, 9111.0 -1.64
BXD100 m 7033.0 1063.0   10 336.1 0.1511 5682.0, 9632.0 -1.63
BXD101 f 9368.0 1616.0   6 659.6 0.1725 7695.0, 12429.0 -0.44
BXD101 m 9421.0 1407.0   8 497.5 0.1494 7994.0, 11429.0 -0.47
BXD102 f 15696.0 1581.0   10 500.0 0.1007 12375.0, 18131.0 2.24
BXD102 m 13787.0 1574.0   10 497.7 0.1141 11146.0, 16175.0 1.65
BXD11 f 8076.0 1827.0   10 577.6 0.2262 6068.0, 11427.0 -0.98
BXD11 m 7444.0 2032.0   10 642.4 0.2729 4415.0, 9686.0 -1.43
BXD13 f 8982.0 1412.0   10 446.4 0.1572 7318.0, 11484.0 -0.6
BXD13 m 9069.0 1151.0   10 364.1 0.127 7735.0, 11705.0 -0.64
BXD14 f 10998.0 1763.0   10 557.4 0.1603 8594.0, 13897.0 0.25
BXD14 m 11032.0 2590.0   10 819.2 0.2348 4723.0, 13257.0 0.31
BXD15 f 10479.0 3482.0   10 1101.0 0.3323 5644.0, 15220.0 0.03
BXD15 m 10031.0 2152.0   10 680.4 0.2145 5170.0, 12060.0 -0.18
BXD16 f 12759.0 2611.0   10 825.5 0.2046 8865.0, 15791.0 1.0
BXD16 m 10292.0 2021.0   10 639.0 0.1964 7205.0, 12806.0 -0.05
BXD18 f 15668.0 372.6   2   263.5 0.0238 15405.0, 15932.0 2.22
BXD18 m 13032.0 261.6   2   185.0 0.0201 12847.0, 13217.0 1.28
BXD19 f 15176.0 2068.0   2   1462.0 0.1363 13713.0, 16638.0 2.02
BXD19 m 10516.0 1730.0   2   1224.0 0.1645 9293.0, 11740.0 0.06
BXD2 f 10521.0 1718.0   10 543.3 0.1633 8053.0, 13397.0 0.05
BXD2 m 11419.0 2399.0   10 758.7 0.2101 8482.0, 15542.0 0.5
BXD21 f 11020.0 1508.0   10 476.8 0.1368 9074.0, 14089.0 0.26
BXD21 m 12828.0 2695.0   10 852.4 0.2101 10099.0, 19788.0 1.18
BXD27 f 6520.0 1480.0   10 468.1 0.2271 4116.0, 9198.0 -1.64
BXD27 m 7984.0 1687.0   10 533.4 0.2113 4047.0, 9617.0 -1.17
BXD28 f 7570.0 726.3   10 229.7 0.0959 6117.0, 8512.0 -1.2
BXD28 m 6172.0 788.8   10 249.4 0.1278 5619.0, 7822.0 -2.05
BXD31 f 7733.0 839.4   10 265.4 0.1085 6716.0, 9189.0 -1.13
BXD31 m 9272.0 1620.0   10 512.4 0.1748 7287.0, 12392.0 -0.55
BXD32 f 13552.0 2231.0   10 705.6 0.1646 10639.0, 16574.0 1.33
BXD32 m 14200.0 1785.0   10 564.5 0.1257 9538.0, 15917.0 1.85
BXD33 f 12982.0 0.0   1   0.0 0.0 12982.0, 12982.0 1.09
BXD33 m 11450.0 0.0   1   0.0 0.0 11450.0, 11450.0 0.51
BXD34 f 7481.0 2342.0   2   1656.0 0.3131 5825.0, 9137.0 -1.23
BXD34 m 8054.0 17.678   2   12.5 0.0022 8042.0, 8067.0 -1.14
BXD39 f 8535.0 2063.0   10 652.4 0.2417 5661.0, 11975.0 -0.79
BXD39 m 6938.0 1994.0   10 630.7 0.2875 4024.0, 9776.0 -1.68
BXD40 f 11402.0 3519.0   10 1113.0 0.3086 5821.0, 17418.0 0.42
BXD40 m 12620.0 1675.0   10 529.7 0.1327 10257.0, 15674.0 1.08
BXD42 f 11133.0 1597.0   10 505.2 0.1435 9033.0, 13687.0 0.31
BXD42 m 11974.0 2089.0   10 660.5 0.1744 8693.0, 14702.0 0.77
BXD43 f 8350.0 1360.0   10 430.0 0.1629 6741.0, 11392.0 -0.87
BXD43 m 8711.0 1287.0   10 407.0 0.1478 6446.0, 11179.0 -0.82
BXD44 f 9898.0 1905.0   10 602.3 0.1924 6776.0, 12237.0 -0.21
BXD44 m 10357.0 1590.0   10 502.8 0.1535 8017.0, 13243.0 -0.02
BXD48 f 11213.0 2548.0   10 805.6 0.2272 5816.0, 14941.0 0.34
BXD48 m 11707.0 1342.0   10 424.5 0.1147 8898.0, 13117.0 0.64
BXD49 f 10359.0 2208.0   10 698.1 0.2131 7093.0, 13044.0 -0.02
BXD49 m 9564.0 1990.0   10 629.3 0.2081 6923.0, 12727.0 -0.4
BXD50 f 15085.0 2475.0   10 782.8 0.1641 11432.0, 19780.0 1.98
BXD50 m 10942.0 3337.0   10 1055.0 0.305 3279.0, 14780.0 0.27
BXD51 f 9010.0 1713.0   10 541.7 0.1901 6667.0, 11453.0 -0.59
BXD51 m 8930.0 1914.0   10 605.4 0.2144 6757.0, 12614.0 -0.71
BXD6 f 9056.0 1606.0   10 507.9 0.1774 7061.0, 12808.0 -0.57
BXD6 m 9084.0 2007.0   10 634.6 0.2209 6933.0, 12371.0 -0.64
BXD61 f 9726.0 1920.0   10 607.1 0.1974 7706.0, 13691.0 -0.28
BXD61 m 12136.0 1724.0   10 545.3 0.1421 9436.0, 15848.0 0.84
BXD62 f 8299.0 2069.0   10 654.3 0.2493 4695.0, 10599.0 -0.89
BXD62 m 7530.0 1643.0   10 519.6 0.2182 4167.0, 9557.0 -1.39
BXD65 f 14212.0 2789.0   6 1138.0 0.1962 9175.0, 17592.0 1.61
BXD65 m 13762.0 1715.0   10 542.3 0.1246 11145.0, 17376.0 1.63
BXD66 f 7362.0 1463.0   4 731.6 0.1988 5854.0, 8899.0 -1.28
BXD66 m 7386.0 805.3   4 402.7 0.109 6596.0, 8487.0 -1.46
BXD68 f 11135.0 529.0   4 264.5 0.0475 10521.0, 11671.0 0.31
BXD68 m 10952.0 2044.0   6 834.4 0.1866 8587.0, 13908.0 0.27
BXD69 f 14246.0 1367.0   10 432.2 0.0959 12850.0, 16398.0 1.62
BXD69 m 11635.0 1114.0   10 352.3 0.0958 9182.0, 13438.0 0.6
BXD70 f 10712.0 1378.0   10 435.7 0.1286 8659.0, 13056.0 0.13
BXD70 m 11887.0 1093.0   10 345.5 0.0919 10567.0, 14080.0 0.72
BXD71 m 15040.0 3507.0   2   2480.0 0.2331 12561.0, 17520.0 2.25
BXD73 f 9343.0 2034.0   10 643.2 0.2177 7121.0, 14177.0 -0.45
BXD73 m 9679.0 1607.0   10 508.2 0.166 7569.0, 12680.0 -0.35
BXD75 f 10003.0 1892.0   10 598.3 0.1891 7183.0, 12712.0 -0.17
BXD75 m 11293.0 2125.0   10 671.9 0.1882 8537.0, 15225.0 0.44
BXD77 f 7539.0 1607.0   4 803.3 0.2131 5964.0, 9771.0 -1.21
BXD77 m 7750.0 3023.0   4 1511.0 0.39 5413.0, 12120.0 -1.28
BXD8 f 8006.0 1418.0   10 448.5 0.1772 5782.0, 10626.0 -1.01
BXD8 m 9188.0 1284.0   10 405.9 0.1397 6967.0, 11256.0 -0.59
BXD80 f 9198.0 1183.0   10 374.2 0.1286 7904.0, 11640.0 -0.51
BXD80 m 9969.0 1822.0   10 576.3 0.1828 7299.0, 12337.0 -0.21
BXD81 f 10211.0 1868.0   10 590.7 0.1829 7692.0, 13530.0 -0.08
BXD81 m 10269.0 2480.0   10 784.2 0.2415 6575.0, 14444.0 -0.06
BXD84 f 7328.0 1707.0   10 539.9 0.2329 4998.0, 11007.0 -1.3
BXD84 m 8423.0 1585.0   10 501.1 0.1881 6281.0, 11311.0 -0.96
BXD85 f 10242.0 2169.0   4 1084.0 0.2117 7371.0, 12627.0 -0.07
BXD85 m 10676.0 3006.0   4 1503.0 0.2815 7027.0, 14271.0 0.14
BXD86 f 11075.0 2215.0   10 700.4 0.2 8182.0, 15094.0 0.28
BXD86 m 10452.0 2559.0   10 809.3 0.2449 7041.0, 15383.0 0.03
BXD87 f 8453.0 2543.0   10 804.2 0.3009 5300.0, 13460.0 -0.82
BXD87 m 7918.0 1900.0   10 600.7 0.2399 4348.0, 10506.0 -1.2
BXD89 f 11480.0 1421.0   10 449.3 0.1238 9719.0, 14435.0 0.46
BXD89 m 11882.0 1317.0   10 416.3 0.1108 10583.0, 14184.0 0.72
BXD90 f 9984.0 1162.0   6 474.3 0.1164 8043.0, 11659.0 -0.18
BXD90 m 10738.0 1285.0   6 524.7 0.1197 9145.0, 12760.0 0.17
BXD92 f 8524.0 1498.0   2   1059.0 0.1758 7465.0, 9584.0 -0.79
BXD92 m 12838.0 629.2   3 363.3 0.049 12300.0, 13530.0 1.19
BXD96 f 12046.0 2151.0   10 680.2 0.1785 8873.0, 16236.0 0.69
BXD96 m 9940.0 1953.0   10 617.6 0.1965 5706.0, 12767.0 -0.22
BXD97 f 9517.0 1085.0   10 343.2 0.114 8076.0, 11014.0 -0.37
BXD97 m 8944.0 1939.0   10 613.1 0.2168 5754.0, 11565.0 -0.7
BXD98 f 12639.0 708.4   6 289.2 0.0561 11942.0, 13521.0 0.95
BXD98 m 13869.0 2382.0   7 900.4 0.1718 11149.0, 16323.0 1.69
C57BL/6J f 13125.0 2607.0   10 824.4 0.1986 10595.0, 18394.0 1.15
C57BL/6J m 12684.0 2749.0   10 869.2 0.2167 9436.0, 17448.0 1.11
DBA/2J f 10177.0 2375.0   10 751.2 0.2334 7049.0, 13522.0 -0.09
DBA/2J m 10982.0 3061.0   10 968.0 0.2787 5937.0, 16338.0 0.28


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 f 11913.0 1374.1612 14610.367 9215.633
BXD1 m 10042.5 1374.1612 12739.867 7345.133
BXD100 f 6522.8 614.5436 7729.0992 5316.5008
BXD100 m 7032.6 614.5436 8238.8992 5826.3008
BXD101 f 9367.5 793.3723 10924.8256 7810.1744
BXD101 m 9421.25 687.0806 10769.9335 8072.5665
BXD102 f 15696.1 614.5436 16902.3992 14489.8008
BXD102 m 13787.3 614.5436 14993.5992 12581.0008
BXD11 f 8075.7 614.5436 9281.9992 6869.4008
BXD11 m 7444.0 614.5436 8650.2992 6237.7008
BXD13 f 8982.4 614.5436 10188.6992 7776.1008
BXD13 m 9069.1 614.5436 10275.3992 7862.8008
BXD14 f 10998.1 614.5436 12204.3992 9791.8008
BXD14 m 11031.5 614.5436 12237.7992 9825.2008
BXD15 f 10479.1 614.5436 11685.3992 9272.8008
BXD15 m 10030.6 614.5436 11236.8992 8824.3008
BXD16 f 12758.8 614.5436 13965.0992 11552.5008
BXD16 m 10291.5 614.5436 11497.7992 9085.2008
BXD18 f 15668.5 1374.1612 18365.867 12971.133
BXD18 m 13032.0 1374.1612 15729.367 10334.633
BXD19 f 15175.5 1374.1612 17872.867 12478.133
BXD19 m 10516.5 1374.1612 13213.867 7819.133
BXD2 f 10521.1 614.5436 11727.3992 9314.8008
BXD2 m 11418.8 614.5436 12625.0992 10212.5008
BXD21 f 11020.3 614.5436 12226.5992 9814.0008
BXD21 m 12828.0 614.5436 14034.2992 11621.7008
BXD27 f 6519.6 614.5436 7725.8992 5313.3008
BXD27 m 7984.1 614.5436 9190.3992 6777.8008
BXD28 f 7570.3 614.5436 8776.5992 6364.0008
BXD28 m 6171.5 614.5436 7377.7992 4965.2008
BXD31 f 7732.9 614.5436 8939.1992 6526.6008
BXD31 m 9271.6 614.5436 10477.8992 8065.3008
BXD32 f 13551.5 614.5436 14757.7992 12345.2008
BXD32 m 14199.6 614.5436 15405.8992 12993.3008
BXD34 f 7481.0 1374.1612 10178.367 4783.633
BXD34 m 8054.5 1374.1612 10751.867 5357.133
BXD39 f 8535.3 614.5436 9741.5992 7329.0008
BXD39 m 6938.0 614.5436 8144.2992 5731.7008
BXD40 f 11402.1 614.5436 12608.3992 10195.8008
BXD40 m 12620.5 614.5436 13826.7992 11414.2008
BXD42 f 11132.8 614.5436 12339.0992 9926.5008
BXD42 m 11974.3 614.5436 13180.5992 10768.0008
BXD43 f 8350.1 614.5436 9556.3992 7143.8008
BXD43 m 8711.2 614.5436 9917.4992 7504.9008
BXD44 f 9898.2 614.5436 11104.4992 8691.9008
BXD44 m 10356.8 614.5436 11563.0992 9150.5008
BXD48 f 11213.3 614.5436 12419.5992 10007.0008
BXD48 m 11707.3 614.5436 12913.5992 10501.0008
BXD49 f 10358.7 614.5436 11564.9992 9152.4008
BXD49 m 9563.9 614.5436 10770.1992 8357.6008
BXD50 f 15084.9 614.5436 16291.1992 13878.6008
BXD50 m 10942.5 614.5436 12148.7992 9736.2008
BXD51 f 9009.6 614.5436 10215.8992 7803.3008
BXD51 m 8929.6 614.5436 10135.8992 7723.3008
BXD6 f 9055.5 614.5436 10261.7992 7849.2008
BXD6 m 9083.5 614.5436 10289.7992 7877.2008
BXD61 f 9726.5 614.5436 10932.7992 8520.2008
BXD61 m 12136.2 614.5436 13342.4992 10929.9008
BXD62 f 8299.3 614.5436 9505.5992 7093.0008
BXD62 m 7529.7 614.5436 8735.9992 6323.4008
BXD65 f 14211.8333 793.3723 15769.1589 12654.5078
BXD65 m 13762.0 614.5436 14968.2992 12555.7008
BXD66 f 7361.75 971.6787 9269.0765 5454.4235
BXD66 m 7386.5 971.6787 9293.8265 5479.1735
BXD68 f 11134.75 971.6787 13042.0765 9227.4235
BXD68 m 10951.5 793.3723 12508.8256 9394.1744
BXD69 f 14245.8 614.5436 15452.0992 13039.5008
BXD69 m 11634.8 614.5436 12841.0992 10428.5008
BXD70 f 10711.6 614.5436 11917.8992 9505.3008
BXD70 m 11887.4 614.5436 13093.6992 10681.1008
BXD73 f 9342.6 614.5436 10548.8992 8136.3008
BXD73 m 9678.6 614.5436 10884.8992 8472.3008
BXD75 f 10003.4 614.5436 11209.6992 8797.1008
BXD75 m 11293.4 614.5436 12499.6992 10087.1008
BXD77 f 7539.0 971.6787 9446.3265 5631.6735
BXD77 m 7750.5 971.6787 9657.8265 5843.1735
BXD8 f 8005.6 614.5436 9211.8992 6799.3008
BXD8 m 9187.5 614.5436 10393.7992 7981.2008
BXD80 f 9198.4 614.5436 10404.6992 7992.1008
BXD80 m 9969.2 614.5436 11175.4992 8762.9008
BXD81 f 10210.7 614.5436 11416.9992 9004.4008
BXD81 m 10269.3 614.5436 11475.5992 9063.0008
BXD84 f 7328.5 614.5436 8534.7992 6122.2008
BXD84 m 8423.4 614.5436 9629.6992 7217.1008
BXD85 f 10242.25 971.6787 12149.5765 8334.9235
BXD85 m 10676.0 971.6787 12583.3265 8768.6735
BXD86 f 11075.0 614.5436 12281.2992 9868.7008
BXD86 m 10452.0 614.5436 11658.2992 9245.7008
BXD87 f 8453.2 614.5436 9659.4992 7246.9008
BXD87 m 7918.4 614.5436 9124.6992 6712.1008
BXD89 f 11479.7 614.5436 12685.9992 10273.4008
BXD89 m 11881.5 614.5436 13087.7992 10675.2008
BXD90 f 9983.5 793.3723 11540.8256 8426.1744
BXD90 m 10737.8333 793.3723 12295.1589 9180.5078
BXD92 f 8524.5 1374.1612 11221.867 5827.133
BXD92 m 12838.3333 1121.9979 15040.7242 10635.9424
BXD96 f 12046.3 614.5436 13252.5992 10840.0008
BXD96 m 9940.5 614.5436 11146.7992 8734.2008
BXD97 f 9516.7 614.5436 10722.9992 8310.4008
BXD97 m 8944.0 614.5436 10150.2992 7737.7008
BXD98 f 12638.6667 793.3723 14195.9922 11081.3411
BXD98 m 13869.4286 734.52 15311.2319 12427.6253
C57BL/6J f 13125.4 614.5436 14331.6992 11919.1008
C57BL/6J m 12683.5 614.5436 13889.7992 11477.2008
DBA/2J f 10176.7 614.5436 11382.9992 8970.4008
DBA/2J m 10982.3 614.5436 12188.5992 9776.0008


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
BXD1 both 10977.75 971.6787 12885.0765 9070.4235
BXD100 both 6777.7 434.5479 7630.6823 5924.7177
BXD101 both 9394.375 524.7665 10424.449 8364.301
BXD102 both 14741.7 434.5479 15594.6823 13888.7177
BXD11 both 7759.85 434.5479 8612.8323 6906.8677
BXD13 both 9025.75 434.5479 9878.7323 8172.7677
BXD14 both 11014.8 434.5479 11867.7823 10161.8177
BXD15 both 10254.85 434.5479 11107.8323 9401.8677
BXD16 both 11525.15 434.5479 12378.1323 10672.1677
BXD18 both 14350.25 971.6787 16257.5765 12442.9235
BXD19 both 12846.0 971.6787 14753.3265 10938.6735
BXD2 both 10969.95 434.5479 11822.9323 10116.9677
BXD21 both 11924.15 434.5479 12777.1323 11071.1677
BXD27 both 7251.85 434.5479 8104.8323 6398.8677
BXD28 both 6870.9 434.5479 7723.8823 6017.9177
BXD31 both 8502.25 434.5479 9355.2323 7649.2677
BXD32 both 13875.55 434.5479 14728.5323 13022.5677
BXD34 both 7767.75 971.6787 9675.0765 5860.4235
BXD39 both 7736.65 434.5479 8589.6323 6883.6677
BXD40 both 12011.3 434.5479 12864.2823 11158.3177
BXD42 both 11553.55 434.5479 12406.5323 10700.5677
BXD43 both 8530.65 434.5479 9383.6323 7677.6677
BXD44 both 10127.5 434.5479 10980.4823 9274.5177
BXD48 both 11460.3 434.5479 12313.2823 10607.3177
BXD49 both 9961.3 434.5479 10814.2823 9108.3177
BXD50 both 13013.7 434.5479 13866.6823 12160.7177
BXD51 both 8969.6 434.5479 9822.5823 8116.6177
BXD6 both 9069.5 434.5479 9922.4823 8216.5177
BXD61 both 10931.35 434.5479 11784.3323 10078.3677
BXD62 both 7914.5 434.5479 8767.4823 7061.5177
BXD65 both 13986.9167 501.7727 14971.8558 13001.9775
BXD66 both 7374.125 687.0806 8722.8085 6025.4415
BXD68 both 11043.125 627.2159 12274.2989 9811.9511
BXD69 both 12940.3 434.5479 13793.2823 12087.3177
BXD70 both 11299.5 434.5479 12152.4823 10446.5177
BXD73 both 9510.6 434.5479 10363.5823 8657.6177
BXD75 both 10648.4 434.5479 11501.3823 9795.4177
BXD77 both 7644.75 687.0806 8993.4335 6296.0665
BXD8 both 8596.55 434.5479 9449.5323 7743.5677
BXD80 both 9583.8 434.5479 10436.7823 8730.8177
BXD81 both 10240.0 434.5479 11092.9823 9387.0177
BXD84 both 7875.95 434.5479 8728.9323 7022.9677
BXD85 both 10459.125 687.0806 11807.8085 9110.4415
BXD86 both 10763.5 434.5479 11616.4823 9910.5177
BXD87 both 8185.8 434.5479 9038.7823 7332.8177
BXD89 both 11680.6 434.5479 12533.5823 10827.6177
BXD90 both 10360.6667 560.9989 11461.8621 9259.4712
BXD92 both 10681.4167 887.0172 12422.5596 8940.2738
BXD96 both 10993.4 434.5479 11846.3823 10140.4177
BXD97 both 9230.35 434.5479 10083.3323 8377.3677
BXD98 both 13254.0476 540.5921 14315.1861 12192.9091
C57BL/6J both 12904.45 434.5479 13757.4323 12051.4677
DBA/2J both 10579.5 434.5479 11432.4823 9726.5177




  GWAS USING LINEAR MIXED MODELS