Project measure / variable:   Crusio1   brain_wt_pct

ID, description, units MPD:62046   brain_wt_pct   brain weight as percentage of total body weight   [%]  
Data set, strains Crusio1   BXD w/par   55 strains     sex: both     age: 12-16wks
Procedure organ weights
Ontology mappings

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  STRAIN COMPARISON PLOT
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Crusio1 - brain weight as percentage of total body weight



  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested54 strains55 strains
Mean of the strain means1.8894   % 1.523   %
Median of the strain means1.8799   % 1.5486   %
SD of the strain means± 0.16856 ± 0.12934
Coefficient of variation (CV)0.0892 0.0849
Min–max range of strain means1.5164   –   2.3392   % 1.1849   –   1.7227   %
Mean sample size per strain8.2   mice 8.2   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
sex 1 30.8961 30.8961 1440.218 < 0.0001
strain 51 13.034 0.2556 11.9133 < 0.0001
sex:strain 51 2.4779 0.0486 2.2648 < 0.0001
Residuals 783 16.7972 0.0215


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 2.0796 0.07514   2   0.05313 0.0361 2.026431718, 2.132701422 1.13
BXD1 m 1.6724 0.14112   2   0.09979 0.0844 1.572580645, 1.772151899 1.16
BXD100 f 1.8426 0.06725   10 0.02127 0.0365 1.762114537, 1.974789916 -0.28
BXD100 m 1.4779 0.07815   10 0.02471 0.0529 1.382636656, 1.653225807 -0.35
BXD101 f 1.8381 0.11992   6 0.04896 0.0652 1.724137931, 2.019704434 -0.3
BXD101 m 1.4835 0.05227   6 0.02134 0.0352 1.397849462, 1.541501976 -0.31
BXD102 f 1.7757 0.13351   10 0.04222 0.0752 1.5, 2.019230769 -0.67
BXD102 m 1.2951 0.16193   8 0.05725 0.125 0.940438872, 1.507352941 -1.76
BXD11 f 2.153 0.18263   8 0.06457 0.0848 1.881188119, 2.4 1.56
BXD11 m 1.626 0.0849   10 0.02685 0.0522 1.535433071, 1.789883269 0.8
BXD13 f 1.9516 0.19955   10 0.0631 0.1023 1.580882353, 2.234042553 0.37
BXD13 m 1.364 0.16441   8 0.05813 0.1205 1.061452514, 1.535433071 -1.23
BXD14 f 1.7972 0.12809   10 0.04051 0.0713 1.547619048, 1.941747573 -0.55
BXD14 m 1.4185 0.0537   10 0.01698 0.0379 1.31147541, 1.487889273 -0.81
BXD15 f 1.7601 0.03721   10 0.01177 0.0211 1.707317073, 1.810344828 -0.77
BXD15 m 1.4713 0.08554   10 0.02705 0.0581 1.365187713, 1.628787879 -0.4
BXD16 f 1.7633 0.13832   10 0.04374 0.0784 1.482758621, 1.974248927 -0.75
BXD16 m 1.4357 0.07992   10 0.02527 0.0557 1.257861635, 1.530612245 -0.67
BXD18 f 1.7697 0.12542   2   0.08869 0.0709 1.681034483, 1.85840708 -0.71
BXD18 m 1.2963 0.03168   2   0.0224 0.0244 1.27388535, 1.318681319 -1.75
BXD19 f 1.8868 0.0   1   0.0 0.0 1.886792453, 1.886792453 -0.02
BXD19 m 1.7009 0.06655   2   0.04706 0.0391 1.653846154, 1.74796748 1.38
BXD2 f 1.6817 0.1541   9 0.05137 0.0916 1.357466063, 1.909090909 -1.23
BXD2 m 1.3167 0.14511   10 0.04589 0.1102 0.996677741, 1.468531469 -1.59
BXD21 f 1.7691 0.08498   10 0.02687 0.048 1.62601626, 1.919642857 -0.71
BXD21 m 1.4373 0.10755   10 0.03401 0.0748 1.266233766, 1.578947368 -0.66
BXD27 f 1.6672 0.18576   8 0.06568 0.1114 1.38576779, 2.032085562 -1.32
BXD27 m 1.4955 0.15844   9 0.05281 0.1059 1.233766234, 1.694915254 -0.21
BXD28 f 1.7959 0.13867   10 0.04385 0.0772 1.598173516, 2.010309278 -0.55
BXD28 m 1.4052 0.09489   10 0.03001 0.0675 1.220338983, 1.5 -0.91
BXD31 f 2.0373 0.29109   10 0.09205 0.1429 1.798245614, 2.807017544 0.88
BXD31 m 1.5095 0.09802   10 0.031 0.0649 1.417624521, 1.714285714 -0.1
BXD32 f 1.9459 0.13795   10 0.04362 0.0709 1.701244813, 2.211538462 0.34
BXD32 m 1.6232 0.12747   8 0.04507 0.0785 1.505376344, 1.891891892 0.78
BXD33 f 2.3392 0.0   1   0.0 0.0 2.339181287, 2.339181287 2.67
BXD33 m 1.7227 0.0   1   0.0 0.0 1.722689076, 1.722689076 1.54
BXD34 f 1.952 0.13688   2   0.09679 0.0701 1.85520362, 2.048780488 0.37
BXD34 m 1.5488 0.03719   2   0.0263 0.024 1.52249135, 1.575091575 0.2
BXD39 f 1.7827 0.13788   10 0.0436 0.0773 1.490909091, 1.937172775 -0.63
BXD39 m 1.503 0.12544   10 0.03967 0.0835 1.324041812, 1.6796875 -0.15
BXD40 f 2.0682 0.12457   10 0.03939 0.0602 1.866028708, 2.284263959 1.06
BXD40 m 1.636 0.17564   10 0.05554 0.1074 1.218487395, 1.861471862 0.87
BXD42 f 2.1465 0.23403   10 0.07401 0.109 1.837837838, 2.565789474 1.53
BXD42 m 1.6501 0.12009   10 0.03798 0.0728 1.496350365, 1.85840708 0.98
BXD43 f 1.9824 0.19526   10 0.06175 0.0985 1.722488038, 2.391304348 0.55
BXD43 m 1.5764 0.13492   10 0.04267 0.0856 1.423487545, 1.85520362 0.41
BXD44 f 2.0223 0.22391   10 0.07081 0.1107 1.523178808, 2.359550562 0.79
BXD44 m 1.5503 0.18219   10 0.05761 0.1175 1.304347826, 1.85840708 0.21
BXD48 f 1.8323 0.17378   10 0.05495 0.0948 1.572580645, 2.216748769 -0.34
BXD48 m 1.4954 0.09063   10 0.02866 0.0606 1.3671875, 1.62055336 -0.21
BXD49 f 1.8662 0.0694   10 0.02195 0.0372 1.785714286, 2.028301887 -0.14
BXD49 m 1.3872 0.07559   10 0.0239 0.0545 1.275964392, 1.481481482 -1.05
BXD50 f 2.0857 0.17863   10 0.05649 0.0856 1.724137931, 2.375 1.16
BXD50 m 1.6091 0.12526   10 0.03961 0.0778 1.464435146, 1.862745098 0.67
BXD51 f 1.9415 0.20143   10 0.0637 0.1038 1.477832512, 2.146341463 0.31
BXD51 m 1.515 0.06523   10 0.02063 0.0431 1.381578947, 1.607843137 -0.06
BXD6 f 1.7528 0.12725   10 0.04024 0.0726 1.434977579, 1.851851852 -0.81
BXD6 m 1.4128 0.17743   10 0.05611 0.1256 1.003584229, 1.705069124 -0.85
BXD61 f 1.8802 0.13221   10 0.04181 0.0703 1.710526316, 2.125603865 -0.05
BXD61 m 1.6363 0.10101   10 0.03194 0.0617 1.52173913, 1.86440678 0.88
BXD62 f 2.029 0.11851   10 0.03748 0.0584 1.842105263, 2.240437159 0.83
BXD62 m 1.6489 0.09169   10 0.029 0.0556 1.5234375, 1.798245614 0.97
BXD65 f 1.6357 0.15749   6 0.0643 0.0963 1.428571429, 1.826484018 -1.5
BXD65 m 1.3501 0.10708   10 0.03386 0.0793 1.144781145, 1.507352941 -1.34
BXD66 f 1.9067 0.28217   4 0.14109 0.148 1.526104418, 2.191011236 0.1
BXD66 m 1.6855 0.15544   4 0.07772 0.0922 1.46953405, 1.839622642 1.26
BXD68 f 1.8694 0.25446   4 0.12723 0.1361 1.586715867, 2.102803738 -0.12
BXD68 m 1.7187 0.15395   6 0.06285 0.0896 1.459854015, 1.908396947 1.51
BXD69 f 2.031 0.09153   10 0.02895 0.0451 1.85520362, 2.135416667 0.84
BXD69 m 1.6131 0.15575   10 0.04925 0.0966 1.397058824, 1.889400922 0.7
BXD70 f 1.9358 0.08906   10 0.02816 0.046 1.793721973, 2.102564103 0.28
BXD70 m 1.5486 0.09115   10 0.02882 0.0589 1.413427562, 1.70212766 0.2
BXD71 m 1.643 0.0334   2   0.02362 0.0203 1.619433198, 1.666666667 0.93
BXD73 f 2.0812 0.14403   10 0.04555 0.0692 1.868686869, 2.336956522 1.14
BXD73 m 1.595 0.1395   10 0.04411 0.0875 1.391941392, 1.843137255 0.56
BXD75 f 1.9269 0.13876   10 0.04388 0.072 1.759656652, 2.222222222 0.22
BXD75 m 1.4938 0.08699   10 0.02751 0.0582 1.396226415, 1.639344262 -0.23
BXD77 f 1.5164 0.06986   4 0.03493 0.0461 1.423076923, 1.58490566 -2.21
BXD77 m 1.2319 0.0621   4 0.03105 0.0504 1.184971098, 1.319018405 -2.25
BXD8 f 1.843 0.16241   10 0.05136 0.0881 1.596244132, 2.089552239 -0.27
BXD8 m 1.634 0.11646   10 0.03683 0.0713 1.365187713, 1.774891775 0.86
BXD80 f 2.1351 0.22958   10 0.0726 0.1075 1.731601732, 2.532467533 1.46
BXD80 m 1.7181 0.12228   10 0.03867 0.0712 1.472868217, 1.863636364 1.51
BXD81 f 1.905 0.17383   10 0.05497 0.0913 1.660079051, 2.162162162 0.09
BXD81 m 1.4227 0.25717   10 0.08132 0.1808 1.004784689, 1.754385965 -0.78
BXD84 f 1.7781 0.22285   10 0.07047 0.1253 1.333333333, 1.989795918 -0.66
BXD84 m 1.5899 0.10111   10 0.03197 0.0636 1.394422311, 1.762295082 0.52
BXD85 f 1.6628 0.13049   4 0.06525 0.0785 1.512027491, 1.814345992 -1.34
BXD85 m 1.1849 0.15794   4 0.07897 0.1333 0.988235294, 1.365079365 -2.61
BXD86 f 2.1079 0.1089   10 0.03444 0.0517 1.990291262, 2.315270936 1.3
BXD86 m 1.5969 0.22865   10 0.07231 0.1432 1.238670695, 1.973684211 0.57
BXD87 f 2.0124 0.15639   10 0.04946 0.0777 1.794871795, 2.311827957 0.73
BXD87 m 1.5906 0.15052   10 0.0476 0.0946 1.310861423, 1.85840708 0.52
BXD89 f 1.9851 0.06801   10 0.02151 0.0343 1.883408072, 2.107843137 0.57
BXD89 m 1.6118 0.10195   10 0.03224 0.0633 1.418685121, 1.784037559 0.69
BXD90 f 1.6493 0.38065   6 0.1554 0.2308 0.921658986, 1.971153846 -1.42
BXD90 m 1.4352 0.09898   6 0.04041 0.069 1.320754717, 1.595330739 -0.68
BXD92 f 1.5946 0.10195   2   0.07209 0.0639 1.52249135, 1.666666667 -1.75
BXD92 m 1.418 0.19685   3 0.11365 0.1388 1.294117647, 1.645021645 -0.81
BXD96 f 1.5827 0.0857   10 0.0271 0.0541 1.47601476, 1.739130435 -1.82
BXD96 m 1.4057 0.12749   10 0.04031 0.0907 1.183800623, 1.635514019 -0.91
BXD97 f 1.8091 0.10448   10 0.03304 0.0578 1.598360656, 1.947368421 -0.48
BXD97 m 1.487 0.08285   10 0.0262 0.0557 1.302681992, 1.589958159 -0.28
BXD98 f 1.8717 0.0763   6 0.03115 0.0408 1.773399015, 1.959798995 -0.1
BXD98 m 1.628 0.11126   6 0.04542 0.0683 1.5, 1.735159817 0.81
C57BL/6J f 2.1097 0.08009   6 0.0327 0.038 2.041884817, 2.233502538 1.31
C57BL/6J m 1.6035 0.08093   10 0.02559 0.0505 1.480263158, 1.721611722 0.62
DBA/2J f 1.8795 0.24145   10 0.07635 0.1285 1.550802139, 2.287234043 -0.06
DBA/2J m 1.6354 0.16414   10 0.05191 0.1004 1.466165414, 1.94214876 0.87


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 f 2.0796 0.1036 2.2829 1.8763
BXD1 m 1.6724 0.1036 1.8757 1.4691
BXD100 f 1.8426 0.0463 1.9335 1.7517
BXD100 m 1.4779 0.0463 1.5688 1.387
BXD101 f 1.8381 0.0598 1.9555 1.7207
BXD101 m 1.4835 0.0598 1.6009 1.3662
BXD102 f 1.7757 0.0463 1.8666 1.6848
BXD102 m 1.2951 0.0518 1.3967 1.1934
BXD11 f 2.153 0.0518 2.2546 2.0513
BXD11 m 1.626 0.0463 1.7169 1.5351
BXD13 f 1.9516 0.0463 2.0425 1.8606
BXD13 m 1.364 0.0518 1.4657 1.2623
BXD14 f 1.7972 0.0463 1.8881 1.7063
BXD14 m 1.4185 0.0463 1.5094 1.3275
BXD15 f 1.7601 0.0463 1.8511 1.6692
BXD15 m 1.4713 0.0463 1.5622 1.3804
BXD16 f 1.7633 0.0463 1.8542 1.6724
BXD16 m 1.4357 0.0463 1.5266 1.3447
BXD18 f 1.7697 0.1036 1.973 1.5664
BXD18 m 1.2963 0.1036 1.4996 1.093
BXD2 f 1.6817 0.0488 1.7775 1.5858
BXD2 m 1.3167 0.0463 1.4076 1.2258
BXD21 f 1.7691 0.0463 1.86 1.6782
BXD21 m 1.4373 0.0463 1.5282 1.3464
BXD27 f 1.6672 0.0518 1.7689 1.5656
BXD27 m 1.4955 0.0488 1.5914 1.3997
BXD28 f 1.7959 0.0463 1.8868 1.705
BXD28 m 1.4052 0.0463 1.4961 1.3142
BXD31 f 2.0373 0.0463 2.1282 1.9464
BXD31 m 1.5095 0.0463 1.6005 1.4186
BXD32 f 1.9459 0.0463 2.0368 1.855
BXD32 m 1.6232 0.0518 1.7249 1.5216
BXD34 f 1.952 0.1036 2.1553 1.7487
BXD34 m 1.5488 0.1036 1.7521 1.3455
BXD39 f 1.7827 0.0463 1.8736 1.6918
BXD39 m 1.503 0.0463 1.5939 1.4121
BXD40 f 2.0682 0.0463 2.1591 1.9773
BXD40 m 1.636 0.0463 1.7269 1.5451
BXD42 f 2.1465 0.0463 2.2374 2.0555
BXD42 m 1.6501 0.0463 1.741 1.5592
BXD43 f 1.9824 0.0463 2.0733 1.8915
BXD43 m 1.5764 0.0463 1.6673 1.4854
BXD44 f 2.0223 0.0463 2.1132 1.9314
BXD44 m 1.5503 0.0463 1.6413 1.4594
BXD48 f 1.8323 0.0463 1.9232 1.7414
BXD48 m 1.4954 0.0463 1.5863 1.4044
BXD49 f 1.8662 0.0463 1.9571 1.7753
BXD49 m 1.3872 0.0463 1.4781 1.2963
BXD50 f 2.0857 0.0463 2.1766 1.9948
BXD50 m 1.6091 0.0463 1.7 1.5182
BXD51 f 1.9415 0.0463 2.0324 1.8506
BXD51 m 1.515 0.0463 1.6059 1.424
BXD6 f 1.7528 0.0463 1.8437 1.6619
BXD6 m 1.4128 0.0463 1.5037 1.3219
BXD61 f 1.8802 0.0463 1.9711 1.7892
BXD61 m 1.6363 0.0463 1.7273 1.5454
BXD62 f 2.029 0.0463 2.1199 1.9381
BXD62 m 1.6489 0.0463 1.7399 1.558
BXD65 f 1.6357 0.0598 1.7531 1.5183
BXD65 m 1.3501 0.0463 1.441 1.2592
BXD66 f 1.9067 0.0732 2.0504 1.7629
BXD66 m 1.6855 0.0732 1.8293 1.5418
BXD68 f 1.8694 0.0732 2.0131 1.7256
BXD68 m 1.7187 0.0598 1.8361 1.6013
BXD69 f 2.031 0.0463 2.1219 1.9401
BXD69 m 1.6131 0.0463 1.704 1.5221
BXD70 f 1.9358 0.0463 2.0267 1.8448
BXD70 m 1.5486 0.0463 1.6395 1.4577
BXD73 f 2.0812 0.0463 2.1722 1.9903
BXD73 m 1.595 0.0463 1.6859 1.5041
BXD75 f 1.9269 0.0463 2.0178 1.8359
BXD75 m 1.4938 0.0463 1.5847 1.4029
BXD77 f 1.5164 0.0732 1.6602 1.3727
BXD77 m 1.2319 0.0732 1.3756 1.0881
BXD8 f 1.843 0.0463 1.934 1.7521
BXD8 m 1.634 0.0463 1.7249 1.543
BXD80 f 2.1351 0.0463 2.226 2.0441
BXD80 m 1.7181 0.0463 1.8091 1.6272
BXD81 f 1.905 0.0463 1.9959 1.8141
BXD81 m 1.4227 0.0463 1.5137 1.3318
BXD84 f 1.7781 0.0463 1.869 1.6872
BXD84 m 1.5899 0.0463 1.6808 1.499
BXD85 f 1.6628 0.0732 1.8065 1.519
BXD85 m 1.1849 0.0732 1.3286 1.0411
BXD86 f 2.1079 0.0463 2.1988 2.0169
BXD86 m 1.5969 0.0463 1.6878 1.506
BXD87 f 2.0124 0.0463 2.1033 1.9214
BXD87 m 1.5906 0.0463 1.6815 1.4997
BXD89 f 1.9851 0.0463 2.0761 1.8942
BXD89 m 1.6118 0.0463 1.7027 1.5208
BXD90 f 1.6493 0.0598 1.7666 1.5319
BXD90 m 1.4352 0.0598 1.5526 1.3178
BXD92 f 1.5946 0.1036 1.7979 1.3913
BXD92 m 1.418 0.0846 1.584 1.252
BXD96 f 1.5827 0.0463 1.6736 1.4918
BXD96 m 1.4057 0.0463 1.4966 1.3148
BXD97 f 1.8091 0.0463 1.9 1.7182
BXD97 m 1.487 0.0463 1.578 1.3961
BXD98 f 1.8717 0.0598 1.989 1.7543
BXD98 m 1.628 0.0598 1.7454 1.5106
C57BL/6J f 2.1097 0.0598 2.227 1.9923
C57BL/6J m 1.6035 0.0463 1.6945 1.5126
DBA/2J f 1.8795 0.0463 1.9704 1.7885
DBA/2J m 1.6354 0.0463 1.7263 1.5445


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
BXD1 both 1.876 0.0732 2.0197 1.7322
BXD100 both 1.6602 0.0328 1.7245 1.596
BXD101 both 1.6608 0.0423 1.7438 1.5778
BXD102 both 1.5354 0.0347 1.6036 1.4672
BXD11 both 1.8895 0.0347 1.9577 1.8213
BXD13 both 1.6578 0.0347 1.726 1.5896
BXD14 both 1.6078 0.0328 1.6721 1.5435
BXD15 both 1.6157 0.0328 1.68 1.5514
BXD16 both 1.5995 0.0328 1.6638 1.5352
BXD18 both 1.533 0.0732 1.6768 1.3892
BXD2 both 1.4992 0.0336 1.5652 1.4331
BXD21 both 1.6032 0.0328 1.6675 1.5389
BXD27 both 1.5814 0.0356 1.6512 1.5115
BXD28 both 1.6005 0.0328 1.6648 1.5362
BXD31 both 1.7734 0.0328 1.8377 1.7091
BXD32 both 1.7846 0.0347 1.8528 1.7164
BXD34 both 1.7504 0.0732 1.8941 1.6066
BXD39 both 1.6428 0.0328 1.7071 1.5785
BXD40 both 1.8521 0.0328 1.9164 1.7878
BXD42 both 1.8983 0.0328 1.9626 1.834
BXD43 both 1.7794 0.0328 1.8437 1.7151
BXD44 both 1.7863 0.0328 1.8506 1.722
BXD48 both 1.6638 0.0328 1.7281 1.5996
BXD49 both 1.6267 0.0328 1.691 1.5624
BXD50 both 1.8474 0.0328 1.9117 1.7831
BXD51 both 1.7282 0.0328 1.7925 1.6639
BXD6 both 1.5828 0.0328 1.6471 1.5185
BXD61 both 1.7583 0.0328 1.8225 1.694
BXD62 both 1.839 0.0328 1.9032 1.7747
BXD65 both 1.4929 0.0378 1.5672 1.4187
BXD66 both 1.7961 0.0518 1.8978 1.6945
BXD68 both 1.794 0.0473 1.8868 1.7012
BXD69 both 1.822 0.0328 1.8863 1.7577
BXD70 both 1.7422 0.0328 1.8065 1.6779
BXD73 both 1.8381 0.0328 1.9024 1.7738
BXD75 both 1.7103 0.0328 1.7746 1.646
BXD77 both 1.3742 0.0518 1.4758 1.2725
BXD8 both 1.7385 0.0328 1.8028 1.6742
BXD80 both 1.9266 0.0328 1.9909 1.8623
BXD81 both 1.6639 0.0328 1.7282 1.5996
BXD84 both 1.684 0.0328 1.7483 1.6197
BXD85 both 1.4238 0.0518 1.5255 1.3222
BXD86 both 1.8524 0.0328 1.9167 1.7881
BXD87 both 1.8015 0.0328 1.8658 1.7372
BXD89 both 1.7985 0.0328 1.8627 1.7342
BXD90 both 1.5422 0.0423 1.6252 1.4592
BXD92 both 1.5063 0.0669 1.6375 1.3751
BXD96 both 1.4942 0.0328 1.5585 1.4299
BXD97 both 1.6481 0.0328 1.7124 1.5838
BXD98 both 1.7498 0.0423 1.8328 1.6668
C57BL/6J both 1.8566 0.0378 1.9308 1.7824
DBA/2J both 1.7574 0.0328 1.8217 1.6932




  GWAS USING LINEAR MIXED MODELS