Project measure / variable:   Crusio1   bw

ID, description, units MPD:62001   bw   body weight   [g]  
Data set, strains Crusio1   BXD w/par   55 strains     sex: both     age: 10-13wks
Procedure body weight
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  STRAIN COMPARISON PLOT
Dimensions Width:   px    Height:   px
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Crusio1 - body weight



  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested54 strains55 strains
Mean of the strain means21.594   g 26.841   g
Median of the strain means21.38   g 26.29   g
SD of the strain means± 2.0445 ± 2.6222
Coefficient of variation (CV)0.0947 0.0977
Min–max range of strain means17.1   –   26.75   g 23.05   –   36.775   g
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 6548.292 6548.292 1493.0693 < 0.0001
strain 52 3200.6213 61.5504 14.034 < 0.0001
sex:strain 52 588.0259 11.3082 2.5784 < 0.0001
Residuals 802 3517.4055 4.3858


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 21.9 1.1314   2   0.8 0.0517 21.1, 22.7 0.15
BXD1 m 24.25 0.77782   2   0.55 0.0321 23.7, 24.8 -0.99
BXD100 f 22.85 1.2545   10 0.39672 0.0549 21.3, 25.0 0.61
BXD100 m 28.27 1.7101   10 0.54079 0.0605 24.8, 31.1 0.54
BXD101 f 21.133 0.90037   6 0.36757 0.0426 20.3, 22.3 -0.23
BXD101 m 26.325 1.062   8 0.37548 0.0403 25.2, 27.9 -0.2
BXD102 f 23.55 2.2332   10 0.7062 0.0948 20.8, 28.0 0.96
BXD102 m 30.72 2.155   10 0.68147 0.0701 27.2, 34.1 1.48
BXD11 f 19.59 1.3186   10 0.41699 0.0673 17.5, 21.5 -0.98
BXD11 m 25.73 0.97417   10 0.30806 0.0379 24.1, 27.0 -0.42
BXD13 f 21.14 2.7893   10 0.88207 0.1319 18.1, 27.2 -0.22
BXD13 m 29.62 3.396   10 1.0739 0.1147 25.4, 35.8 1.06
BXD14 f 22.43 1.9448   10 0.61501 0.0867 19.6, 25.2 0.41
BXD14 m 28.64 0.9594   10 0.30339 0.0335 26.7, 30.5 0.69
BXD15 f 23.81 0.62973   10 0.19914 0.0264 22.9, 24.6 1.08
BXD15 m 28.68 1.4551   10 0.46014 0.0507 26.4, 30.6 0.7
BXD16 f 25.25 2.1262   10 0.67235 0.0842 21.5, 29.0 1.79
BXD16 m 30.69 1.1827   10 0.374 0.0385 28.9, 32.8 1.47
BXD18 f 22.9 0.42426   2   0.3 0.0185 22.6, 23.2 0.64
BXD18 m 29.35 2.8991   2   2.05 0.0988 27.3, 31.4 0.96
BXD19 f 21.7 0.70711   2   0.5 0.0326 21.2, 22.2 0.05
BXD19 m 25.3 0.98995   2   0.7 0.0391 24.6, 26.0 -0.59
BXD2 f 23.67 2.3176   10 0.73289 0.0979 22.0, 29.8 1.02
BXD2 m 28.49 2.4547   10 0.77624 0.0862 25.6, 34.4 0.63
BXD21 f 24.12 1.1896   10 0.37618 0.0493 22.4, 26.2 1.24
BXD21 m 28.77 2.655   10 0.83958 0.0923 24.7, 33.7 0.74
BXD27 f 22.79 2.5462   10 0.80518 0.1117 18.7, 26.7 0.58
BXD27 m 25.26 2.3429   10 0.7409 0.0928 23.2, 30.8 -0.6
BXD28 f 20.6 0.95219   10 0.30111 0.0462 19.3, 21.9 -0.49
BXD28 m 26.96 1.8283   10 0.57816 0.0678 23.5, 29.5 0.05
BXD31 f 19.21 3.4965   10 1.1057 0.182 11.4, 22.8 -1.17
BXD31 m 26.22 1.8023   10 0.56995 0.0687 24.1, 28.9 -0.24
BXD32 f 21.84 1.0426   10 0.32971 0.0477 20.4, 24.1 0.12
BXD32 m 26.09 1.7578   10 0.55587 0.0674 22.2, 28.2 -0.29
BXD33 f 17.1 0.0   1   0.0 0.0 17.1, 17.1 -2.2
BXD33 m 23.8 0.0   1   0.0 0.0 23.8, 23.8 -1.16
BXD34 f 21.3 1.1314   2   0.8 0.0531 20.5, 22.1 -0.14
BXD34 m 28.1 1.1314   2   0.8 0.0403 27.3, 28.9 0.48
BXD39 f 22.2 2.3224   10 0.73439 0.1046 19.1, 27.5 0.3
BXD39 m 26.29 2.1147   10 0.66874 0.0804 23.0, 28.7 -0.21
BXD40 f 20.54 0.97548   10 0.30847 0.0475 18.6, 22.3 -0.52
BXD40 m 25.09 1.5147   10 0.47899 0.0604 22.8, 27.4 -0.67
BXD42 f 18.96 2.0945   10 0.66235 0.1105 15.2, 21.4 -1.29
BXD42 m 25.69 1.8681   10 0.59075 0.0727 22.6, 27.9 -0.44
BXD43 f 19.7 1.0382   10 0.3283 0.0527 17.8, 20.9 -0.93
BXD43 m 25.5 1.772   10 0.56036 0.0695 22.1, 28.1 -0.51
BXD44 f 22.03 3.342   10 1.0568 0.1517 17.8, 30.2 0.21
BXD44 m 27.26 2.9045   10 0.91848 0.1065 22.6, 32.2 0.16
BXD48 f 21.55 1.8975   10 0.60005 0.0881 19.3, 24.8 -0.02
BXD48 m 25.3 1.4591   10 0.4614 0.0577 22.9, 28.4 -0.59
BXD49 f 22.43 1.3225   10 0.41821 0.059 21.2, 25.2 0.41
BXD49 m 29.68 2.6778   10 0.8468 0.0902 27.0, 34.4 1.08
BXD50 f 17.6 1.518   10 0.48005 0.0863 15.6, 20.3 -1.95
BXD50 m 24.0 1.6465   10 0.52068 0.0686 20.4, 25.9 -1.08
BXD51 f 20.69 0.95853   10 0.30311 0.0463 19.6, 22.3 -0.44
BXD51 m 27.97 1.618   10 0.51165 0.0578 25.5, 30.4 0.43
BXD6 f 21.86 0.70585   10 0.22321 0.0323 20.4, 22.9 0.13
BXD6 m 26.84 2.037   10 0.64415 0.0759 21.7, 29.4 0.0
BXD61 f 22.51 1.4881   10 0.47057 0.0661 20.3, 24.6 0.45
BXD61 m 26.71 1.6272   10 0.51455 0.0609 23.6, 28.4 -0.05
BXD62 f 20.05 1.3443   10 0.42511 0.067 18.3, 22.8 -0.76
BXD62 m 24.56 1.4485   10 0.45806 0.059 22.1, 26.9 -0.87
BXD65 f 23.717 2.7169   6 1.1092 0.1146 21.4, 28.7 1.04
BXD65 m 29.2 1.7575   10 0.55578 0.0602 27.2, 32.8 0.9
BXD66 f 21.05 3.0205   4 1.5102 0.1435 17.8, 24.9 -0.27
BXD66 m 23.05 3.3491   4 1.6746 0.1453 20.5, 27.9 -1.45
BXD68 f 22.675 3.6854   4 1.8427 0.1625 18.4, 27.1 0.53
BXD68 m 24.5 1.9037   6 0.77717 0.0777 22.3, 27.4 -0.89
BXD69 f 20.43 1.3728   10 0.43411 0.0672 18.5, 22.8 -0.57
BXD69 m 25.87 2.6403   10 0.83494 0.1021 21.7, 30.8 -0.37
BXD70 f 20.94 1.5248   10 0.48217 0.0728 18.7, 23.1 -0.32
BXD70 m 26.35 1.4261   10 0.45099 0.0541 23.5, 28.3 -0.19
BXD71 m 23.45 1.7678   2   1.25 0.0754 22.2, 24.7 -1.29
BXD73 f 19.48 1.6212   10 0.51268 0.0832 17.8, 22.6 -1.03
BXD73 m 26.1 1.456   10 0.46043 0.0558 24.0, 28.1 -0.28
BXD75 f 20.56 1.9478   10 0.61594 0.0947 17.1, 23.5 -0.51
BXD75 m 26.09 1.3059   10 0.41297 0.0501 24.1, 28.6 -0.29
BXD77 f 26.375 0.62383   4 0.31192 0.0237 25.8, 27.2 2.34
BXD77 m 33.325 2.0353   4 1.0177 0.0611 30.8, 35.3 2.47
BXD8 f 21.46 1.3656   10 0.43184 0.0636 19.9, 23.8 -0.07
BXD8 m 24.83 1.9602   10 0.61987 0.0789 22.9, 29.3 -0.77
BXD80 f 18.67 2.3162   10 0.73243 0.1241 15.4, 23.1 -1.43
BXD80 m 24.02 1.0952   10 0.34635 0.0456 22.0, 25.8 -1.08
BXD81 f 21.56 2.7399   10 0.86644 0.1271 17.4, 25.5 -0.02
BXD81 m 30.23 7.0932   10 2.2431 0.2346 21.5, 41.8 1.29
BXD84 f 20.68 0.63386   10 0.20044 0.0307 19.6, 21.6 -0.45
BXD84 m 24.82 1.1272   10 0.35646 0.0454 23.4, 27.3 -0.77
BXD85 f 26.0 2.4249   4 1.2124 0.0933 23.7, 29.1 2.15
BXD85 m 36.775 4.9567   4 2.4784 0.1348 31.5, 42.5 3.79
BXD86 f 19.24 1.2677   10 0.40089 0.0659 17.0, 20.9 -1.15
BXD86 m 26.95 4.4011   10 1.3917 0.1633 22.2, 34.4 0.04
BXD87 f 19.51 0.79924   10 0.25274 0.041 18.5, 20.7 -1.02
BXD87 m 23.7 1.4337   10 0.45338 0.0605 22.1, 26.7 -1.2
BXD89 f 20.92 0.72999   10 0.23084 0.0349 20.1, 22.3 -0.33
BXD89 m 25.25 2.4034   10 0.76001 0.0952 21.3, 28.9 -0.61
BXD90 f 22.283 1.6105   6 0.65748 0.0723 20.4, 24.4 0.34
BXD90 m 28.317 3.2183   6 1.3139 0.1137 24.0, 31.8 0.56
BXD92 f 26.75 3.0406   2   2.15 0.1137 24.6, 28.9 2.52
BXD92 m 29.933 5.9534   3 3.4372 0.1989 23.1, 34.0 1.18
BXD96 f 24.82 1.4748   10 0.46638 0.0594 22.5, 27.1 1.58
BXD96 m 27.22 3.3492   10 1.0591 0.123 21.4, 32.1 0.14
BXD97 f 20.87 1.7192   10 0.54366 0.0824 18.6, 24.4 -0.35
BXD97 m 25.05 1.2349   10 0.39051 0.0493 23.1, 26.5 -0.68
BXD98 f 20.683 1.1531   6 0.47076 0.0558 19.9, 23.0 -0.45
BXD98 m 23.243 1.6881   7 0.63802 0.0726 20.2, 25.3 -1.37
C57BL/6J f 20.85 1.0889   8 0.38499 0.0522 19.1, 22.4 -0.36
C57BL/6J m 27.66 1.6561   10 0.5237 0.0599 25.7, 30.4 0.31
DBA/2J f 19.56 1.1325   10 0.35814 0.0579 17.9, 21.5 -0.99
DBA/2J m 24.17 1.5875   10 0.50201 0.0657 21.5, 26.6 -1.02


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 f 21.9 1.4808 24.8068 18.9932
BXD1 m 24.25 1.4808 27.1568 21.3432
BXD100 f 22.85 0.6623 24.15 21.55
BXD100 m 28.27 0.6623 29.57 26.97
BXD101 f 21.1333 0.855 22.8116 19.4551
BXD101 m 26.325 0.7404 27.7784 24.8716
BXD102 f 23.55 0.6623 24.85 22.25
BXD102 m 30.72 0.6623 32.02 29.42
BXD11 f 19.59 0.6623 20.89 18.29
BXD11 m 25.73 0.6623 27.03 24.43
BXD13 f 21.14 0.6623 22.44 19.84
BXD13 m 29.62 0.6623 30.92 28.32
BXD14 f 22.43 0.6623 23.73 21.13
BXD14 m 28.64 0.6623 29.94 27.34
BXD15 f 23.81 0.6623 25.11 22.51
BXD15 m 28.68 0.6623 29.98 27.38
BXD16 f 25.25 0.6623 26.55 23.95
BXD16 m 30.69 0.6623 31.99 29.39
BXD18 f 22.9 1.4808 25.8068 19.9932
BXD18 m 29.35 1.4808 32.2568 26.4432
BXD19 f 21.7 1.4808 24.6068 18.7932
BXD19 m 25.3 1.4808 28.2068 22.3932
BXD2 f 23.67 0.6623 24.97 22.37
BXD2 m 28.49 0.6623 29.79 27.19
BXD21 f 24.12 0.6623 25.42 22.82
BXD21 m 28.77 0.6623 30.07 27.47
BXD27 f 22.79 0.6623 24.09 21.49
BXD27 m 25.26 0.6623 26.56 23.96
BXD28 f 20.6 0.6623 21.9 19.3
BXD28 m 26.96 0.6623 28.26 25.66
BXD31 f 19.21 0.6623 20.51 17.91
BXD31 m 26.22 0.6623 27.52 24.92
BXD32 f 21.84 0.6623 23.14 20.54
BXD32 m 26.09 0.6623 27.39 24.79
BXD34 f 21.3 1.4808 24.2068 18.3932
BXD34 m 28.1 1.4808 31.0068 25.1932
BXD39 f 22.2 0.6623 23.5 20.9
BXD39 m 26.29 0.6623 27.59 24.99
BXD40 f 20.54 0.6623 21.84 19.24
BXD40 m 25.09 0.6623 26.39 23.79
BXD42 f 18.96 0.6623 20.26 17.66
BXD42 m 25.69 0.6623 26.99 24.39
BXD43 f 19.7 0.6623 21.0 18.4
BXD43 m 25.5 0.6623 26.8 24.2
BXD44 f 22.03 0.6623 23.33 20.73
BXD44 m 27.26 0.6623 28.56 25.96
BXD48 f 21.55 0.6623 22.85 20.25
BXD48 m 25.3 0.6623 26.6 24.0
BXD49 f 22.43 0.6623 23.73 21.13
BXD49 m 29.68 0.6623 30.98 28.38
BXD50 f 17.6 0.6623 18.9 16.3
BXD50 m 24.0 0.6623 25.3 22.7
BXD51 f 20.69 0.6623 21.99 19.39
BXD51 m 27.97 0.6623 29.27 26.67
BXD6 f 21.86 0.6623 23.16 20.56
BXD6 m 26.84 0.6623 28.14 25.54
BXD61 f 22.51 0.6623 23.81 21.21
BXD61 m 26.71 0.6623 28.01 25.41
BXD62 f 20.05 0.6623 21.35 18.75
BXD62 m 24.56 0.6623 25.86 23.26
BXD65 f 23.7167 0.855 25.3949 22.0384
BXD65 m 29.2 0.6623 30.5 27.9
BXD66 f 21.05 1.0471 23.1054 18.9946
BXD66 m 23.05 1.0471 25.1054 20.9946
BXD68 f 22.675 1.0471 24.7304 20.6196
BXD68 m 24.5 0.855 26.1782 22.8218
BXD69 f 20.43 0.6623 21.73 19.13
BXD69 m 25.87 0.6623 27.17 24.57
BXD70 f 20.94 0.6623 22.24 19.64
BXD70 m 26.35 0.6623 27.65 25.05
BXD73 f 19.48 0.6623 20.78 18.18
BXD73 m 26.1 0.6623 27.4 24.8
BXD75 f 20.56 0.6623 21.86 19.26
BXD75 m 26.09 0.6623 27.39 24.79
BXD77 f 26.375 1.0471 28.4304 24.3196
BXD77 m 33.325 1.0471 35.3804 31.2696
BXD8 f 21.46 0.6623 22.76 20.16
BXD8 m 24.83 0.6623 26.13 23.53
BXD80 f 18.67 0.6623 19.97 17.37
BXD80 m 24.02 0.6623 25.32 22.72
BXD81 f 21.56 0.6623 22.86 20.26
BXD81 m 30.23 0.6623 31.53 28.93
BXD84 f 20.68 0.6623 21.98 19.38
BXD84 m 24.82 0.6623 26.12 23.52
BXD85 f 26.0 1.0471 28.0554 23.9446
BXD85 m 36.775 1.0471 38.8304 34.7196
BXD86 f 19.24 0.6623 20.54 17.94
BXD86 m 26.95 0.6623 28.25 25.65
BXD87 f 19.51 0.6623 20.81 18.21
BXD87 m 23.7 0.6623 25.0 22.4
BXD89 f 20.92 0.6623 22.22 19.62
BXD89 m 25.25 0.6623 26.55 23.95
BXD90 f 22.2833 0.855 23.9616 20.6051
BXD90 m 28.3167 0.855 29.9949 26.6384
BXD92 f 26.75 1.4808 29.6568 23.8432
BXD92 m 29.9333 1.2091 32.3067 27.56
BXD96 f 24.82 0.6623 26.12 23.52
BXD96 m 27.22 0.6623 28.52 25.92
BXD97 f 20.87 0.6623 22.17 19.57
BXD97 m 25.05 0.6623 26.35 23.75
BXD98 f 20.6833 0.855 22.3616 19.0051
BXD98 m 23.2429 0.7915 24.7966 21.6891
C57BL/6J f 20.85 0.7404 22.3034 19.3966
C57BL/6J m 27.66 0.6623 28.96 26.36
DBA/2J f 19.56 0.6623 20.86 18.26
DBA/2J m 24.17 0.6623 25.47 22.87


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
BXD1 both 23.075 1.0471 25.1304 21.0196
BXD100 both 25.56 0.4683 26.4792 24.6408
BXD101 both 23.7292 0.5655 24.8392 22.6191
BXD102 both 27.135 0.4683 28.0542 26.2158
BXD11 both 22.66 0.4683 23.5792 21.7408
BXD13 both 25.38 0.4683 26.2992 24.4608
BXD14 both 25.535 0.4683 26.4542 24.6158
BXD15 both 26.245 0.4683 27.1642 25.3258
BXD16 both 27.97 0.4683 28.8892 27.0508
BXD18 both 26.125 1.0471 28.1804 24.0696
BXD19 both 23.5 1.0471 25.5554 21.4446
BXD2 both 26.08 0.4683 26.9992 25.1608
BXD21 both 26.445 0.4683 27.3642 25.5258
BXD27 both 24.025 0.4683 24.9442 23.1058
BXD28 both 23.78 0.4683 24.6992 22.8608
BXD31 both 22.715 0.4683 23.6342 21.7958
BXD32 both 23.965 0.4683 24.8842 23.0458
BXD34 both 24.7 1.0471 26.7554 22.6446
BXD39 both 24.245 0.4683 25.1642 23.3258
BXD40 both 22.815 0.4683 23.7342 21.8958
BXD42 both 22.325 0.4683 23.2442 21.4058
BXD43 both 22.6 0.4683 23.5192 21.6808
BXD44 both 24.645 0.4683 25.5642 23.7258
BXD48 both 23.425 0.4683 24.3442 22.5058
BXD49 both 26.055 0.4683 26.9742 25.1358
BXD50 both 20.8 0.4683 21.7192 19.8808
BXD51 both 24.33 0.4683 25.2492 23.4108
BXD6 both 24.35 0.4683 25.2692 23.4308
BXD61 both 24.61 0.4683 25.5292 23.6908
BXD62 both 22.305 0.4683 23.2242 21.3858
BXD65 both 26.4583 0.5407 27.5197 25.3969
BXD66 both 22.05 0.7404 23.5034 20.5966
BXD68 both 23.5875 0.6759 24.9143 22.2607
BXD69 both 23.15 0.4683 24.0692 22.2308
BXD70 both 23.645 0.4683 24.5642 22.7258
BXD73 both 22.79 0.4683 23.7092 21.8708
BXD75 both 23.325 0.4683 24.2442 22.4058
BXD77 both 29.85 0.7404 31.3034 28.3966
BXD8 both 23.145 0.4683 24.0642 22.2258
BXD80 both 21.345 0.4683 22.2642 20.4258
BXD81 both 25.895 0.4683 26.8142 24.9758
BXD84 both 22.75 0.4683 23.6692 21.8308
BXD85 both 31.3875 0.7404 32.8409 29.9341
BXD86 both 23.095 0.4683 24.0142 22.1758
BXD87 both 21.605 0.4683 22.5242 20.6858
BXD89 both 23.085 0.4683 24.0042 22.1658
BXD90 both 25.3 0.6046 26.4867 24.1133
BXD92 both 28.3417 0.9559 30.218 26.4653
BXD96 both 26.02 0.4683 26.9392 25.1008
BXD97 both 22.96 0.4683 23.8792 22.0408
BXD98 both 21.9631 0.5826 23.1066 20.8196
C57BL/6J both 24.255 0.4967 25.23 23.28
DBA/2J both 21.865 0.4683 22.7842 20.9458




  GWAS USING LINEAR MIXED MODELS