Project measure / variable:   Crusio1   latency_d2

ID, description, units MPD:62041   latency_d2   attack latency   [s]  day 2  
Data set, strains Crusio1   BXD w/par   51 strains     sex: m     age: 12-16wks
Procedure behavior observation
Ontology mappings

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  STRAIN COMPARISON PLOT
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Crusio1 - attack latency day 2

BXD65BXD90BXD89BXD61BXD66BXD15BXD85BXD102BXD98BXD86BXD32BXD68BXD39BXD49BXD40BXD75BXD8BXD87BXD77BXD2BXD51BXD62BXD70BXD21BXD69BXD6BXD50BXD28BXD42BXD84C57BL/6JBXD27BXD31BXD73BXD13BXD81DBA/2JBXD44BXD16BXD101BXD48BXD18BXD100BXD14BXD11BXD43BXD97BXD92BXD96BXD80BXD71 s 050100150200250300350400450500550600femalemale


  MEASURE SUMMARY
Measure Summary Male
Number of strains tested51 strains
Mean of the strain means460.4   s
Median of the strain means485.0   s
SD of the strain means± 121.8
Coefficient of variation (CV)0.2646
Min–max range of strain means46.0   –   600.0   s
Mean sample size per strain8.3   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
strain 50 4902412.9089 98048.2582 2.9445 < 0.0001
Residuals 372 12387094.0698 33298.64


Q-Q normality assessment based on residuals

  


  STRAIN MEANS (UNADJUSTED)
  
Select table page: 1 - 10 / 51 (51)
Strain
Sex
Mean
SD
N mice
SEM
CV
Min, Max
Z score
BXD100 m 364.7 219.1   10 69.28 0.6007 41.0, 600.0 -0.79
BXD101 m 387.3 289.4   6 118.1 0.747 17.0, 600.0 -0.6
BXD102 m 580.2 62.61   10 19.8 0.1079 402.0, 600.0 0.98
BXD11 m 321.5 169.6   6 69.24 0.5275 106.0, 600.0 -1.14
BXD13 m 405.9 238.3   10 75.35 0.587 21.0, 600.0 -0.45
BXD14 m 359.5 208.5   10 65.95 0.5801 105.0, 600.0 -0.83
BXD15 m 600.0 0.0   10 0.0 0.0 600.0, 600.0 1.15
BXD16 m 388.5 196.0   6 80.03 0.5046 167.0, 600.0 -0.59
BXD18 m 373.0 321.0   2   227.0 0.8607 146.0, 600.0 -0.72
BXD2 m 534.9 125.1   8 44.24 0.2339 277.0, 600.0 0.61
BXD21 m 496.6 209.5   8 74.08 0.4219 27.0, 600.0 0.3
BXD27 m 439.4 190.9   8 67.49 0.4345 174.0, 600.0 -0.17
BXD28 m 475.5 171.7   10 54.29 0.3611 185.0, 600.0 0.12
BXD31 m 431.2 207.0   8 73.19 0.48 130.0, 600.0 -0.24
BXD32 m 566.4 70.91   8 25.071 0.1252 402.0, 600.0 0.87
BXD39 m 562.0 71.25   8 25.191 0.1268 427.0, 600.0 0.83
BXD40 m 547.0 149.9   8 53.0 0.2741 176.0, 600.0 0.71
BXD42 m 453.7 209.0   10 66.09 0.4607 89.0, 600.0 -0.06
BXD43 m 279.1 283.3   8 100.2 1.0149 2.0, 600.0 -1.49
BXD44 m 393.2 222.4   10 70.32 0.5656 78.0, 600.0 -0.55
BXD48 m 378.8 234.8   10 74.24 0.6198 27.0, 600.0 -0.67
BXD49 m 549.4 135.4   10 42.827 0.2465 170.0, 600.0 0.73
BXD50 m 484.5 188.1   10 59.49 0.3883 165.0, 600.0 0.2
BXD51 m 525.8 163.4   10 51.66 0.3107 124.0, 600.0 0.54
BXD6 m 485.0 242.7   10 76.76 0.5005 0.2
BXD61 m 600.0 0.0   9 0.0 0.0 600.0, 600.0 1.15
BXD62 m 523.0 162.4   10 51.35 0.3105 207.0, 600.0 0.51
BXD65 m 600.0 0.0   10 0.0 0.0 600.0, 600.0 1.15
BXD66 m 600.0 0.0   4 0.0 0.0 600.0, 600.0 1.15
BXD68 m 563.3 89.81   6 36.667 0.1594 380.0, 600.0 0.84
BXD69 m 485.4 216.1   8 76.42 0.4453 65.0, 600.0 0.21
BXD70 m 502.7 180.3   10 57.03 0.3587 70.0, 600.0 0.35
BXD71 m 46.0 35.355   2   25.0 0.7686 21.0, 71.0 -3.4
BXD73 m 414.0 241.0   9 80.34 0.5822 12.0, 600.0 -0.38
BXD75 m 544.5 150.7   10 47.658 0.2768 121.0, 600.0 0.69
BXD77 m 535.2 129.5   4 64.75 0.2419 341.0, 600.0 0.61
BXD8 m 540.1 132.9   10 42.033 0.2461 186.0, 600.0 0.65
BXD80 m 214.4 154.5   9 51.51 0.7206 76.0, 600.0 -2.02
BXD81 m 402.0 221.1   10 69.93 0.5501 96.0, 600.0 -0.48
BXD84 m 448.1 222.0   10 70.21 0.4955 56.0, 600.0 -0.1
BXD85 m 586.5 27.0   4 13.5 0.046 546.0, 600.0 1.04
BXD86 m 572.5 86.96   10 27.5 0.1519 325.0, 600.0 0.92
BXD87 m 539.3 129.5   10 40.937 0.24 255.0, 600.0 0.65
BXD89 m 600.0 0.0   10 0.0 0.0 600.0, 600.0 1.15
BXD90 m 600.0 0.0   4 0.0 0.0 600.0, 600.0 1.15
BXD92 m 262.3 294.6   3 170.1 1.1229 58.0, 600.0 -1.63
BXD96 m 228.1 199.7   10 63.16 0.8756 3.0, 588.0 -1.91
BXD97 m 270.0 279.1   10 88.24 1.0335 3.0, 600.0 -1.56
BXD98 m 576.6 61.99   7 23.429 0.1075 436.0, 600.0 0.95
C57BL/6J m 446.8 250.6   10 79.24 0.5608 9.0, 600.0 -0.11
DBA/2J m 396.6 268.7   10 84.98 0.6776 26.0, 600.0 -0.52


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD100 m 364.7 57.705 478.1688 251.2312
BXD101 m 387.3333 74.4968 533.821 240.8457
BXD102 m 580.2 57.705 693.6688 466.7312
BXD11 m 321.5 74.4968 467.9876 175.0124
BXD13 m 405.9 57.705 519.3688 292.4312
BXD14 m 359.5 57.705 472.9688 246.0312
BXD15 m 600.0 57.705 713.4688 486.5312
BXD16 m 388.5 74.4968 534.9876 242.0124
BXD18 m 373.0 129.0322 626.724 119.276
BXD2 m 534.875 64.5161 661.737 408.013
BXD21 m 496.625 64.5161 623.487 369.763
BXD27 m 439.375 64.5161 566.237 312.513
BXD28 m 475.5 57.705 588.9688 362.0312
BXD31 m 431.25 64.5161 558.112 304.388
BXD32 m 566.375 64.5161 693.237 439.513
BXD39 m 562.0 64.5161 688.862 435.138
BXD40 m 547.0 64.5161 673.862 420.138
BXD42 m 453.7 57.705 567.1688 340.2312
BXD43 m 279.125 64.5161 405.987 152.263
BXD44 m 393.2 57.705 506.6688 279.7312
BXD48 m 378.8 57.705 492.2688 265.3312
BXD49 m 549.4 57.705 662.8688 435.9312
BXD50 m 484.5 57.705 597.9688 371.0312
BXD51 m 525.8 57.705 639.2688 412.3312
BXD6 m 485.0 57.705 598.4688 371.5312
BXD61 m 600.0 60.8264 719.6067 480.3933
BXD62 m 523.0 57.705 636.4688 409.5312
BXD65 m 600.0 57.705 713.4688 486.5312
BXD66 m 600.0 91.2396 779.41 420.59
BXD68 m 563.3333 74.4968 709.821 416.8457
BXD69 m 485.375 64.5161 612.237 358.513
BXD70 m 502.7 57.705 616.1688 389.2312
BXD71 m 46.0 129.0322 299.724 -207.724
BXD73 m 414.0 60.8264 533.6067 294.3933
BXD75 m 544.5 57.705 657.9688 431.0312
BXD77 m 535.25 91.2396 714.66 355.84
BXD8 m 540.1 57.705 653.5688 426.6312
BXD80 m 214.4444 60.8264 334.0511 94.8378
BXD81 m 402.0 57.705 515.4688 288.5312
BXD84 m 448.1 57.705 561.5688 334.6312
BXD85 m 586.5 91.2396 765.91 407.09
BXD86 m 572.5 57.705 685.9688 459.0312
BXD87 m 539.3 57.705 652.7688 425.8312
BXD89 m 600.0 57.705 713.4688 486.5312
BXD90 m 600.0 91.2396 779.41 420.59
BXD92 m 262.3333 105.3544 469.4981 55.1685
BXD96 m 228.1 57.705 341.5688 114.6312
BXD97 m 270.0 57.705 383.4688 156.5312
BXD98 m 576.5714 68.9706 712.1926 440.9502
C57BL/6J m 446.8 57.705 560.2688 333.3312
DBA/2J m 396.6 57.705 510.0688 283.1312




  GWAS USING LINEAR MIXED MODELS

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