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Project measure / variable:   Crusio1   task_time_d4

ID, description, units MPD:62019   task_time_d4   time to complete task   [s]  day 4  
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 - time to complete task day 4



  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested54 strains55 strains
Mean of the strain means299.7   s 260.5   s
Median of the strain means277.4   s 234.6   s
SD of the strain means± 117.3 ± 100.4
Coefficient of variation (CV)0.3915 0.3855
Min–max range of strain means106.0   –   573.0   s 125.0   –   628.8   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 143401.1477 143401.1477 3.5021 0.0617
strain 51 6517970.8281 127803.3496 3.1212 < 0.0001
sex:strain 51 3669182.8459 71944.7617 1.757 0.0011
Residuals 796 32594177.9905 40947.4598


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 318.0 135.8   2   96.0 0.4269 222.0, 414.0 0.16
BXD1 m 133.0 11.314   2   8.0 0.0851 125.0, 141.0 -1.27
BXD100 f 331.6 225.4   10 71.26 0.6796 89.0, 904.0 0.27
BXD100 m 208.9 50.92   10 16.103 0.2438 137.0, 294.0 -0.51
BXD101 f 197.2 63.19   6 25.797 0.3205 99.0, 253.0 -0.87
BXD101 m 179.2 55.67   8 19.683 0.3106 114.0, 272.0 -0.81
BXD102 f 235.5 94.86   10 29.997 0.4028 131.0, 388.0 -0.55
BXD102 m 517.0 509.6   10 161.2 0.9858 124.0, 1800.0 2.55
BXD11 f 353.9 196.5   10 62.13 0.5552 140.0, 746.0 0.46
BXD11 m 628.8 547.0   10 173.0 0.8699 99.0, 1800.0 3.67
BXD13 f 302.9 267.3   10 84.53 0.8824 125.0, 994.0 0.03
BXD13 m 390.8 236.8   10 74.88 0.6059 149.0, 825.0 1.3
BXD14 f 214.8 98.4   10 31.116 0.4581 102.0, 379.0 -0.72
BXD14 m 233.1 42.438   10 13.42 0.1821 164.0, 298.0 -0.27
BXD15 f 257.8 93.11   10 29.444 0.3612 111.0, 377.0 -0.36
BXD15 m 197.1 68.51   10 21.666 0.3476 117.0, 307.0 -0.63
BXD16 f 215.0 84.49   10 26.718 0.393 110.0, 327.0 -0.72
BXD16 m 268.7 115.2   10 36.434 0.4288 129.0, 485.0 0.08
BXD18 f 106.0 0.0   1   0.0 0.0 106.0, 106.0 -1.65
BXD18 m 125.0 15.556   2   11.0 0.1245 114.0, 136.0 -1.35
BXD19 f 268.5 65.76   2   46.5 0.2449 222.0, 315.0 -0.27
BXD19 m 259.0 18.385   2   13.0 0.071 246.0, 272.0 -0.02
BXD2 f 171.1 80.06   10 25.318 0.4679 78.0, 303.0 -1.1
BXD2 m 273.0 192.2   10 60.77 0.7039 117.0, 781.0 0.12
BXD21 f 233.4 56.18   10 17.767 0.2407 166.0, 329.0 -0.56
BXD21 m 224.2 141.0   8 49.837 0.6286 99.0, 544.0 -0.36
BXD27 f 417.8 332.9   10 105.3 0.7968 142.0, 1319.0 1.01
BXD27 m 234.6 124.4   10 39.326 0.5301 114.0, 441.0 -0.26
BXD28 f 276.7 98.5   10 31.147 0.356 142.0, 408.0 -0.2
BXD28 m 227.3 107.6   10 34.036 0.4735 104.0, 417.0 -0.33
BXD31 f 278.5 150.2   10 47.509 0.5395 103.0, 636.0 -0.18
BXD31 m 238.1 87.09   10 27.539 0.3658 149.0, 450.0 -0.22
BXD32 f 149.8 47.611   10 15.056 0.3178 72.0, 239.0 -1.28
BXD32 m 309.3 224.0   10 70.82 0.7241 102.0, 792.0 0.49
BXD33 f 182.0 0.0   1   0.0 0.0 182.0, 182.0 -1.0
BXD33 m 132.0 0.0   1   0.0 0.0 132.0, 132.0 -1.28
BXD34 f 513.0 107.5   2   76.0 0.2095 437.0, 589.0 1.82
BXD34 m 171.0 29.698   2   21.0 0.1737 150.0, 192.0 -0.89
BXD39 f 464.5 333.6   10 105.5 0.7181 118.0, 1105.0 1.4
BXD39 m 324.6 149.5   10 47.284 0.4606 160.0, 598.0 0.64
BXD40 f 561.9 524.4   10 165.8 0.9332 134.0, 1771.0 2.23
BXD40 m 204.8 92.56   10 29.269 0.4519 117.0, 394.0 -0.55
BXD42 f 455.8 510.9   10 161.6 1.1209 109.0, 1800.0 1.33
BXD42 m 365.0 372.4   10 117.8 1.0203 148.0, 1399.0 1.04
BXD43 f 368.8 332.8   10 105.2 0.9023 89.0, 1038.0 0.59
BXD43 m 196.8 92.64   10 29.295 0.4707 75.0, 357.0 -0.63
BXD44 f 211.9 124.2   10 39.268 0.586 92.0, 422.0 -0.75
BXD44 m 238.2 159.2   10 50.34 0.6683 92.0, 634.0 -0.22
BXD48 f 146.1 58.39   10 18.463 0.3996 95.0, 282.0 -1.31
BXD48 m 207.5 185.6   10 58.68 0.8942 100.0, 694.0 -0.53
BXD49 f 309.3 146.0   10 46.161 0.472 135.0, 543.0 0.08
BXD49 m 278.4 146.3   10 46.275 0.5256 91.0, 555.0 0.18
BXD50 f 261.7 99.91   10 31.595 0.3818 134.0, 378.0 -0.32
BXD50 m 213.3 140.2   10 44.331 0.6572 80.0, 555.0 -0.47
BXD51 f 408.4 193.7   10 61.25 0.4743 218.0, 802.0 0.93
BXD51 m 278.6 77.32   10 24.451 0.2775 157.0, 391.0 0.18
BXD6 f 308.1 118.6   10 37.516 0.3851 136.0, 489.0 0.07
BXD6 m 215.2 89.61   10 28.336 0.4164 99.0, 340.0 -0.45
BXD61 f 573.0 253.9   10 80.29 0.4431 296.0, 1113.0 2.33
BXD61 m 321.4 196.8   10 62.22 0.6122 122.0, 776.0 0.61
BXD62 f 280.2 175.3   10 55.43 0.6256 112.0, 689.0 -0.17
BXD62 m 342.5 205.0   10 64.82 0.5984 136.0, 673.0 0.82
BXD65 f 465.0 172.8   6 70.53 0.3715 280.0, 679.0 1.41
BXD65 m 395.2 243.1   10 76.89 0.6153 117.0, 989.0 1.34
BXD66 f 494.0 528.1   4 264.1 1.0691 187.0, 1284.0 1.66
BXD66 m 321.8 206.2   4 103.1 0.641 147.0, 611.0 0.61
BXD68 f 499.5 270.6   4 135.3 0.5418 258.0, 875.0 1.7
BXD68 m 239.2 141.4   6 57.73 0.5912 124.0, 430.0 -0.21
BXD69 f 275.5 125.9   10 39.82 0.4571 97.0, 495.0 -0.21
BXD69 m 519.7 484.6   10 153.3 0.9325 95.0, 1800.0 2.58
BXD70 f 168.4 61.89   10 19.573 0.3675 76.0, 279.0 -1.12
BXD70 m 138.6 58.24   10 18.418 0.4202 79.0, 253.0 -1.21
BXD71 m 150.5 0.70711   2   0.5 0.0047 150.0, 151.0 -1.1
BXD73 f 230.1 123.7   10 39.133 0.5378 74.0, 415.0 -0.59
BXD73 m 154.6 47.521   10 15.028 0.3074 104.0, 240.0 -1.05
BXD75 f 302.8 157.1   10 49.681 0.5188 127.0, 638.0 0.03
BXD75 m 267.9 179.8   10 56.85 0.671 114.0, 608.0 0.07
BXD77 f 233.8 81.43   4 40.717 0.3484 151.0, 343.0 -0.56
BXD77 m 242.0 38.026   4 19.013 0.1571 196.0, 284.0 -0.18
BXD8 f 280.5 194.5   10 61.52 0.6935 65.0, 650.0 -0.16
BXD8 m 281.3 172.0   10 54.38 0.6113 90.0, 565.0 0.21
BXD80 f 317.5 208.2   10 65.83 0.6557 127.0, 784.0 0.15
BXD80 m 210.0 106.1   10 33.563 0.5054 103.0, 445.0 -0.5
BXD81 f 221.4 193.0   10 61.02 0.8716 76.0, 695.0 -0.67
BXD81 m 215.7 101.6   10 32.14 0.4712 108.0, 435.0 -0.45
BXD84 f 234.5 82.88   10 26.21 0.3534 118.0, 359.0 -0.56
BXD84 m 182.6 116.2   10 36.744 0.6363 69.0, 442.0 -0.78
BXD85 f 335.8 230.4   4 115.2 0.6862 170.0, 671.0 0.31
BXD85 m 297.2 58.12   4 29.061 0.1955 254.0, 383.0 0.37
BXD86 f 398.2 198.4   10 62.74 0.4982 191.0, 750.0 0.84
BXD86 m 397.1 159.9   10 50.57 0.4027 215.0, 635.0 1.36
BXD87 f 538.3 247.5   10 78.26 0.4597 203.0, 928.0 2.03
BXD87 m 343.6 162.3   10 51.34 0.4725 95.0, 662.0 0.83
BXD89 f 158.4 48.899   10 15.463 0.3087 60.0, 225.0 -1.2
BXD89 m 219.6 92.0   10 29.092 0.4189 116.0, 430.0 -0.41
BXD90 f 238.8 101.6   6 41.496 0.4256 151.0, 365.0 -0.52
BXD90 m 212.2 116.1   6 47.379 0.547 92.0, 367.0 -0.48
BXD92 f 243.0 18.385   2   13.0 0.0757 230.0, 256.0 -0.48
BXD92 m 190.0 39.509   3 22.811 0.2079 161.0, 235.0 -0.7
BXD96 f 171.4 57.12   10 18.064 0.3333 90.0, 280.0 -1.09
BXD96 m 176.7 111.6   10 35.277 0.6313 81.0, 419.0 -0.83
BXD97 f 278.1 127.0   10 40.166 0.4567 68.0, 475.0 -0.18
BXD97 m 370.2 338.9   10 107.2 0.9155 94.0, 1164.0 1.09
BXD98 f 164.5 47.706   6 19.476 0.29 93.0, 212.0 -1.15
BXD98 m 157.9 55.95   7 21.148 0.3545 77.0, 226.0 -1.02
C57BL/6J f 379.5 221.4   6 90.4 0.5835 129.0, 749.0 0.68
C57BL/6J m 280.8 156.5   10 49.478 0.5572 150.0, 657.0 0.2
DBA/2J f 180.9 59.25   10 18.735 0.3275 102.0, 284.0 -1.01
DBA/2J m 228.8 121.9   10 38.541 0.5327 83.0, 468.0 -0.32


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 f 318.0 143.0864 598.8713 37.1287
BXD1 m 133.0 143.0864 413.8713 -147.8713
BXD100 f 331.6 63.9902 457.2095 205.9905
BXD100 m 208.9 63.9902 334.5095 83.2905
BXD101 f 197.1667 82.611 359.3278 35.0055
BXD101 m 179.25 71.5432 319.6857 38.8143
BXD102 f 235.5 63.9902 361.1095 109.8905
BXD102 m 517.0 63.9902 642.6095 391.3905
BXD11 f 353.9 63.9902 479.5095 228.2905
BXD11 m 628.8 63.9902 754.4095 503.1905
BXD13 f 302.9 63.9902 428.5095 177.2905
BXD13 m 390.8 63.9902 516.4095 265.1905
BXD14 f 214.8 63.9902 340.4095 89.1905
BXD14 m 233.1 63.9902 358.7095 107.4905
BXD15 f 257.8 63.9902 383.4095 132.1905
BXD15 m 197.1 63.9902 322.7095 71.4905
BXD16 f 215.0 63.9902 340.6095 89.3905
BXD16 m 268.7 63.9902 394.3095 143.0905
BXD19 f 268.5 143.0864 549.3713 -12.3713
BXD19 m 259.0 143.0864 539.8713 -21.8713
BXD2 f 171.1 63.9902 296.7095 45.4905
BXD2 m 273.0 63.9902 398.6095 147.3905
BXD21 f 233.4 63.9902 359.0095 107.7905
BXD21 m 224.25 71.5432 364.6857 83.8143
BXD27 f 417.8 63.9902 543.4095 292.1905
BXD27 m 234.6 63.9902 360.2095 108.9905
BXD28 f 276.7 63.9902 402.3095 151.0905
BXD28 m 227.3 63.9902 352.9095 101.6905
BXD31 f 278.5 63.9902 404.1095 152.8905
BXD31 m 238.1 63.9902 363.7095 112.4905
BXD32 f 149.8 63.9902 275.4095 24.1905
BXD32 m 309.3 63.9902 434.9095 183.6905
BXD34 f 513.0 143.0864 793.8713 232.1287
BXD34 m 171.0 143.0864 451.8713 -109.8713
BXD39 f 464.5 63.9902 590.1095 338.8905
BXD39 m 324.6 63.9902 450.2095 198.9905
BXD40 f 561.9 63.9902 687.5095 436.2905
BXD40 m 204.8 63.9902 330.4095 79.1905
BXD42 f 455.8 63.9902 581.4095 330.1905
BXD42 m 365.0 63.9902 490.6095 239.3905
BXD43 f 368.8 63.9902 494.4095 243.1905
BXD43 m 196.8 63.9902 322.4095 71.1905
BXD44 f 211.9 63.9902 337.5095 86.2905
BXD44 m 238.2 63.9902 363.8095 112.5905
BXD48 f 146.1 63.9902 271.7095 20.4905
BXD48 m 207.5 63.9902 333.1095 81.8905
BXD49 f 309.3 63.9902 434.9095 183.6905
BXD49 m 278.4 63.9902 404.0095 152.7905
BXD50 f 261.7 63.9902 387.3095 136.0905
BXD50 m 213.3 63.9902 338.9095 87.6905
BXD51 f 408.4 63.9902 534.0095 282.7905
BXD51 m 278.6 63.9902 404.2095 152.9905
BXD6 f 308.1 63.9902 433.7095 182.4905
BXD6 m 215.2 63.9902 340.8095 89.5905
BXD61 f 573.0 63.9902 698.6095 447.3905
BXD61 m 321.4 63.9902 447.0095 195.7905
BXD62 f 280.2 63.9902 405.8095 154.5905
BXD62 m 342.5 63.9902 468.1095 216.8905
BXD65 f 465.0 82.611 627.1611 302.8389
BXD65 m 395.2 63.9902 520.8095 269.5905
BXD66 f 494.0 101.1774 692.606 295.394
BXD66 m 321.75 101.1774 520.356 123.144
BXD68 f 499.5 101.1774 698.106 300.894
BXD68 m 239.1667 82.611 401.3278 77.0055
BXD69 f 275.5 63.9902 401.1095 149.8905
BXD69 m 519.7 63.9902 645.3095 394.0905
BXD70 f 168.4 63.9902 294.0095 42.7905
BXD70 m 138.6 63.9902 264.2095 12.9905
BXD73 f 230.1 63.9902 355.7095 104.4905
BXD73 m 154.6 63.9902 280.2095 28.9905
BXD75 f 302.8 63.9902 428.4095 177.1905
BXD75 m 267.9 63.9902 393.5095 142.2905
BXD77 f 233.75 101.1774 432.356 35.144
BXD77 m 242.0 101.1774 440.606 43.394
BXD8 f 280.5 63.9902 406.1095 154.8905
BXD8 m 281.3 63.9902 406.9095 155.6905
BXD80 f 317.5 63.9902 443.1095 191.8905
BXD80 m 210.0 63.9902 335.6095 84.3905
BXD81 f 221.4 63.9902 347.0095 95.7905
BXD81 m 215.7 63.9902 341.3095 90.0905
BXD84 f 234.5 63.9902 360.1095 108.8905
BXD84 m 182.6 63.9902 308.2095 56.9905
BXD85 f 335.75 101.1774 534.356 137.144
BXD85 m 297.25 101.1774 495.856 98.644
BXD86 f 398.2 63.9902 523.8095 272.5905
BXD86 m 397.1 63.9902 522.7095 271.4905
BXD87 f 538.3 63.9902 663.9095 412.6905
BXD87 m 343.6 63.9902 469.2095 217.9905
BXD89 f 158.4 63.9902 284.0095 32.7905
BXD89 m 219.6 63.9902 345.2095 93.9905
BXD90 f 238.8333 82.611 400.9945 76.6722
BXD90 m 212.1667 82.611 374.3278 50.0055
BXD92 f 243.0 143.0864 523.8713 -37.8713
BXD92 m 190.0 116.8296 419.3305 -39.3305
BXD96 f 171.4 63.9902 297.0095 45.7905
BXD96 m 176.7 63.9902 302.3095 51.0905
BXD97 f 278.1 63.9902 403.7095 152.4905
BXD97 m 370.2 63.9902 495.8095 244.5905
BXD98 f 164.5 82.611 326.6611 2.3389
BXD98 m 157.8571 76.4829 307.9892 7.7251
C57BL/6J f 379.5 82.611 541.6611 217.3389
C57BL/6J m 280.8 63.9902 406.4095 155.1905
DBA/2J f 180.9 63.9902 306.5095 55.2905
DBA/2J m 228.8 63.9902 354.4095 103.1905


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
BXD1 both 225.5 101.1774 424.106 26.894
BXD100 both 270.25 45.2479 359.0693 181.4307
BXD101 both 188.2083 54.642 295.4678 80.9488
BXD102 both 376.25 45.2479 465.0693 287.4307
BXD11 both 491.35 45.2479 580.1693 402.5307
BXD13 both 346.85 45.2479 435.6693 258.0307
BXD14 both 223.95 45.2479 312.7693 135.1307
BXD15 both 227.45 45.2479 316.2693 138.6307
BXD16 both 241.85 45.2479 330.6693 153.0307
BXD19 both 263.75 101.1774 462.356 65.144
BXD2 both 222.05 45.2479 310.8693 133.2307
BXD21 both 228.825 47.9927 323.0321 134.6179
BXD27 both 326.2 45.2479 415.0193 237.3807
BXD28 both 252.0 45.2479 340.8193 163.1807
BXD31 both 258.3 45.2479 347.1193 169.4807
BXD32 both 229.55 45.2479 318.3693 140.7307
BXD34 both 342.0 101.1774 540.606 143.394
BXD39 both 394.55 45.2479 483.3693 305.7307
BXD40 both 383.35 45.2479 472.1693 294.5307
BXD42 both 410.4 45.2479 499.2193 321.5807
BXD43 both 282.8 45.2479 371.6193 193.9807
BXD44 both 225.05 45.2479 313.8693 136.2307
BXD48 both 176.8 45.2479 265.6193 87.9807
BXD49 both 293.85 45.2479 382.6693 205.0307
BXD50 both 237.5 45.2479 326.3193 148.6807
BXD51 both 343.5 45.2479 432.3193 254.6807
BXD6 both 261.65 45.2479 350.4693 172.8307
BXD61 both 447.2 45.2479 536.0193 358.3807
BXD62 both 311.35 45.2479 400.1693 222.5307
BXD65 both 430.1 52.2478 532.6597 327.5403
BXD66 both 407.875 71.5432 548.3107 267.4393
BXD68 both 369.3333 65.3097 497.533 241.1337
BXD69 both 397.6 45.2479 486.4193 308.7807
BXD70 both 153.5 45.2479 242.3193 64.6807
BXD73 both 192.35 45.2479 281.1693 103.5307
BXD75 both 285.35 45.2479 374.1693 196.5307
BXD77 both 237.875 71.5432 378.3107 97.4393
BXD8 both 280.9 45.2479 369.7193 192.0807
BXD80 both 263.75 45.2479 352.5693 174.9307
BXD81 both 218.55 45.2479 307.3693 129.7307
BXD84 both 208.55 45.2479 297.3693 119.7307
BXD85 both 316.5 71.5432 456.9357 176.0643
BXD86 both 397.65 45.2479 486.4693 308.8307
BXD87 both 440.95 45.2479 529.7693 352.1307
BXD89 both 189.0 45.2479 277.8193 100.1807
BXD90 both 225.5 58.4148 340.1652 110.8348
BXD92 both 216.5 92.3619 397.8017 35.1983
BXD96 both 174.05 45.2479 262.8693 85.2307
BXD97 both 324.15 45.2479 412.9693 235.3307
BXD98 both 161.1786 56.2899 271.6728 50.6844
C57BL/6J both 330.15 52.2478 432.7097 227.5903
DBA/2J both 204.85 45.2479 293.6693 116.0307




  GWAS USING LINEAR MIXED MODELS