Project measure / variable:   Palmer3   bw_start

ID, description, units MPD:59201   bw_start   body weight at start of testing   [g]  
Data set, strains Palmer3   F1 Tcf7l2   30 strains     sex: both     age: 7wks
Procedure body weight
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  STRAIN COMPARISON PLOT
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Palmer3 - body weight at start of testing



  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested30 strains30 strains
Mean of the strain means20.1   g 26.3   g
Median of the strain means19.9   g 26.0   g
SD of the strain means± 2.24 ± 3.24
Coefficient of variation (CV)0.112 0.123
Min–max range of strain means15.4   –   24.7   g 19.3   –   33.1   g
Mean sample size per strain5.4   mice 5.2   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
sex 1 3372.9948 3372.9948 1047.7328 < 0.0001
strain 28 2094.8419 74.8158 23.2396 < 0.0001
sex:strain 28 181.907 6.4967 2.018 0.0025
Residuals 256 824.1478 3.2193


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
(129S x B6-Tcf7l2)F1 f 20.2 1.6   6 0.651 0.0789 18.1, 22.8 0.05
(129S x B6-Tcf7l2)F1 m 24.6 2.6   5 1.16 0.106 22.1, 28.6 -0.53
(AJ x B6-Tcf7l2)F1 f 20.2 1.76   6 0.717 0.0867 17.8, 22.6 0.05
(AJ x B6-Tcf7l2)F1 m 28.3 2.16   4 1.08 0.0763 25.2, 30.0 0.61
(AKR x B6-Tcf7l2)F1 f 20.6 1.59   4 0.794 0.0771 19.3, 22.9 0.23
(AKR x B6-Tcf7l2)F1 m 19.3 0.0   1   0.0 0.0 19.3, 19.3 -2.17
(B6 x B6-Tcf7l2)F1 f 15.4 1.15   9 0.383 0.0746 14.0, 17.8 -2.09
(B6 x B6-Tcf7l2)F1 m 20.3 1.09   9 0.365 0.054 18.9, 22.4 -1.86
(BALB x B6-Tcf7l2)F1 f 17.4 1.36   5 0.609 0.0784 15.5, 19.1 -1.2
(BALB x B6-Tcf7l2)F1 m 24.8 1.58   4 0.79 0.0638 22.9, 26.3 -0.47
(BLKS x B6-Tcf7l2)F1 f 17.6 0.764   5 0.341 0.0435 16.8, 18.6 -1.11
(BLKS x B6-Tcf7l2)F1 m 21.9 1.21   5 0.541 0.0553 20.6, 23.3 -1.37
(BTBR x B6-Tcf7l2)F1 f 23.7 1.51   6 0.615 0.0635 21.8, 25.4 1.61
(BTBR x B6-Tcf7l2)F1 m 29.4 2.28   5 1.02 0.0776 26.8, 32.4 0.95
(BUB x B6-Tcf7l2)F1 f 19.1 0.688   5 0.308 0.0361 18.3, 20.1 -0.44
(BUB x B6-Tcf7l2)F1 m 26.4 0.239   5 0.107 0.00905 26.0, 26.6 0.03
(C3H x B6-Tcf7l2)F1 f 20.0 0.829   7 0.313 0.0414 18.6, 20.9 -0.04
(C3H x B6-Tcf7l2)F1 m 27.9 2.83   5 1.27 0.102 23.0, 30.2 0.49
(C57L x B6-Tcf7l2)F1 f 18.8 0.991   4 0.496 0.0527 17.9, 20.1 -0.57
(C57L x B6-Tcf7l2)F1 m 28.3 3.86   5 1.73 0.136 25.1, 34.7 0.61
(C58 x B6-Tcf7l2)F1 f 19.0 0.931   4 0.465 0.049 18.1, 19.9 -0.48
(C58 x B6-Tcf7l2)F1 m 23.9 0.78   4 0.39 0.0327 22.8, 24.5 -0.75
(CBA x B6-Tcf7l2)F1 f 21.2 0.538   4 0.269 0.0253 20.6, 21.9 0.5
(CBA x B6-Tcf7l2)F1 m 24.8 2.65   6 1.08 0.107 21.1, 27.5 -0.47
(DBA x B6-Tcf7l2)F1 f 19.7 0.958   5 0.428 0.0486 18.4, 20.8 -0.17
(DBA x B6-Tcf7l2)F1 m 25.7 4.48   5 2.0 0.174 19.7, 31.1 -0.19
(DDY x B6-Tcf7l2)F1 f 21.8 1.13   5 0.507 0.0519 20.2, 23.1 0.76
(DDY x B6-Tcf7l2)F1 m 30.0 2.71   5 1.21 0.0903 27.7, 34.4 1.14
(FVB x B6-Tcf7l2)F1 f 19.2 0.675   4 0.338 0.0351 18.6, 20.1 -0.4
(FVB x B6-Tcf7l2)F1 m 25.2 1.32   7 0.499 0.0524 23.2, 26.8 -0.35
(ILN x B6-Tcf7l2)F1 f 20.1 0.988   4 0.494 0.0493 18.8, 21.1 0.01
(ILN x B6-Tcf7l2)F1 m 26.8 1.85   9 0.618 0.069 23.7, 28.9 0.15
(KK x B6-Tcf7l2)F1 f 24.3 1.62   6 0.661 0.0665 22.4, 26.9 1.88
(KK x B6-Tcf7l2)F1 m 33.1 1.87   3 1.08 0.0566 31.0, 34.6 2.1
(LP x B6-Tcf7l2)F1 f 20.3 1.36   6 0.556 0.067 18.8, 22.4 0.1
(LP x B6-Tcf7l2)F1 m 25.3 0.424   2   0.3 0.0168 25.0, 25.6 -0.31
(MA x B6-Tcf7l2)F1 f 18.4 1.07   5 0.477 0.0579 16.9, 19.6 -0.75
(MA x B6-Tcf7l2)F1 m 23.7 1.17   5 0.525 0.0495 21.7, 24.7 -0.81
(MRL x B6-Tcf7l2)F1 f 24.5 0.622   5 0.278 0.0254 23.7, 25.2 1.97
(MRL x B6-Tcf7l2)F1 m 31.1 1.08   5 0.481 0.0346 29.6, 32.3 1.48
(NOD x B6-Tcf7l2)F1 f 19.8 0.927   6 0.378 0.0467 18.6, 20.8 -0.13
(NOD x B6-Tcf7l2)F1 m 26.9 1.47   7 0.555 0.0546 25.0, 29.3 0.18
(NON x B6-Tcf7l2)F1 f 22.8 2.41   7 0.909 0.106 20.7, 26.7 1.21
(NON x B6-Tcf7l2)F1 m 32.1 3.46   8 1.22 0.108 27.1, 38.1 1.79
(NZB x B6-Tcf7l2)F1 f 21.8 3.01   8 1.06 0.138 18.4, 26.2 0.76
(NZB x B6-Tcf7l2)F1 m 29.1 1.72   9 0.575 0.0593 26.8, 32.6 0.86
(NZW x B6-Tcf7l2)F1 f 24.7 0.789   4 0.394 0.032 24.0, 25.8 2.06
(NZW x B6-Tcf7l2)F1 m 29.5 1.87   5 0.837 0.0635 27.9, 32.6 0.98
(PL x B6-Tcf7l2)F1 f 19.4 1.16   6 0.473 0.0598 18.2, 20.7 -0.31
(PL x B6-Tcf7l2)F1 m 24.9 1.07   4 0.534 0.043 24.0, 26.4 -0.44
(RIII x B6-Tcf7l2)F1 f 17.5 1.03   6 0.421 0.0588 16.4, 18.8 -1.15
(RIII x B6-Tcf7l2)F1 m 23.1 0.465   4 0.233 0.0201 22.7, 23.8 -0.99
(SEA x B6-Tcf7l2)F1 f 20.0 1.18   5 0.53 0.0591 18.3, 21.6 -0.04
(SEA x B6-Tcf7l2)F1 m 27.5 2.42   7 0.916 0.088 24.6, 31.2 0.37
(SJL x B6-Tcf7l2)F1 f 18.8 1.46   6 0.596 0.0776 17.1, 20.7 -0.57
(SJL x B6-Tcf7l2)F1 m 25.2 0.548   4 0.274 0.0217 24.8, 26.0 -0.35
(SM x B6-Tcf7l2)F1 f 18.2 0.847   5 0.379 0.0465 17.4, 19.3 -0.84
(SM x B6-Tcf7l2)F1 m 26.6 1.65   5 0.738 0.0619 24.6, 28.9 0.09
(SWR x B6-Tcf7l2)F1 f 18.1 0.894   5 0.4 0.0494 17.1, 19.0 -0.89
(SWR x B6-Tcf7l2)F1 m 23.8 1.6   4 0.798 0.0672 22.2, 26.0 -0.78


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
(129S x B6-Tcf7l2)F1 f 20.2167 0.7325 21.6592 18.7742
(129S x B6-Tcf7l2)F1 m 24.58 0.8024 26.1602 22.9998
(AJ x B6-Tcf7l2)F1 f 20.25 0.7325 21.6925 18.8075
(AJ x B6-Tcf7l2)F1 m 28.3 0.8971 30.0667 26.5333
(B6 x B6-Tcf7l2)F1 f 15.3778 0.5981 16.5556 14.2
(B6 x B6-Tcf7l2)F1 m 20.2889 0.5981 21.4667 19.1111
(BALB x B6-Tcf7l2)F1 f 17.38 0.8024 18.9602 15.7998
(BALB x B6-Tcf7l2)F1 m 24.75 0.8971 26.5167 22.9833
(BLKS x B6-Tcf7l2)F1 f 17.56 0.8024 19.1402 15.9798
(BLKS x B6-Tcf7l2)F1 m 21.86 0.8024 23.4402 20.2798
(BTBR x B6-Tcf7l2)F1 f 23.7167 0.7325 25.1592 22.2742
(BTBR x B6-Tcf7l2)F1 m 29.38 0.8024 30.9602 27.7998
(BUB x B6-Tcf7l2)F1 f 19.06 0.8024 20.6402 17.4798
(BUB x B6-Tcf7l2)F1 m 26.38 0.8024 27.9602 24.7998
(C3H x B6-Tcf7l2)F1 f 20.0 0.6782 21.3355 18.6645
(C3H x B6-Tcf7l2)F1 m 27.88 0.8024 29.4602 26.2998
(C57L x B6-Tcf7l2)F1 f 18.825 0.8971 20.5917 17.0583
(C57L x B6-Tcf7l2)F1 m 28.32 0.8024 29.9002 26.7398
(C58 x B6-Tcf7l2)F1 f 19.0 0.8971 20.7667 17.2333
(C58 x B6-Tcf7l2)F1 m 23.875 0.8971 25.6417 22.1083
(CBA x B6-Tcf7l2)F1 f 21.225 0.8971 22.9917 19.4583
(CBA x B6-Tcf7l2)F1 m 24.85 0.7325 26.2925 23.4075
(DBA x B6-Tcf7l2)F1 f 19.72 0.8024 21.3002 18.1398
(DBA x B6-Tcf7l2)F1 m 25.7 0.8024 27.2802 24.1198
(DDY x B6-Tcf7l2)F1 f 21.84 0.8024 23.4202 20.2598
(DDY x B6-Tcf7l2)F1 m 29.98 0.8024 31.5602 28.3998
(FVB x B6-Tcf7l2)F1 f 19.225 0.8971 20.9917 17.4583
(FVB x B6-Tcf7l2)F1 m 25.2143 0.6782 26.5498 23.8788
(ILN x B6-Tcf7l2)F1 f 20.05 0.8971 21.8167 18.2833
(ILN x B6-Tcf7l2)F1 m 26.8333 0.5981 28.0111 25.6555
(KK x B6-Tcf7l2)F1 f 24.3333 0.7325 25.7758 22.8908
(KK x B6-Tcf7l2)F1 m 33.1 1.0359 35.14 31.06
(LP x B6-Tcf7l2)F1 f 20.3 0.7325 21.7425 18.8575
(LP x B6-Tcf7l2)F1 m 25.3 1.2687 27.7985 22.8015
(MA x B6-Tcf7l2)F1 f 18.42 0.8024 20.0002 16.8398
(MA x B6-Tcf7l2)F1 m 23.72 0.8024 25.3002 22.1398
(MRL x B6-Tcf7l2)F1 f 24.48 0.8024 26.0602 22.8998
(MRL x B6-Tcf7l2)F1 m 31.12 0.8024 32.7002 29.5398
(NOD x B6-Tcf7l2)F1 f 19.85 0.7325 21.2925 18.4075
(NOD x B6-Tcf7l2)F1 m 26.8857 0.6782 28.2212 25.5502
(NON x B6-Tcf7l2)F1 f 22.7714 0.6782 24.1069 21.4359
(NON x B6-Tcf7l2)F1 m 32.1375 0.6344 33.3867 30.8883
(NZB x B6-Tcf7l2)F1 f 21.775 0.6344 23.0242 20.5258
(NZB x B6-Tcf7l2)F1 m 29.0889 0.5981 30.2667 27.9111
(NZW x B6-Tcf7l2)F1 f 24.675 0.8971 26.4417 22.9083
(NZW x B6-Tcf7l2)F1 m 29.46 0.8024 31.0402 27.8798
(PL x B6-Tcf7l2)F1 f 19.3667 0.7325 20.8092 17.9242
(PL x B6-Tcf7l2)F1 m 24.875 0.8971 26.6417 23.1083
(RIII x B6-Tcf7l2)F1 f 17.5333 0.7325 18.9758 16.0908
(RIII x B6-Tcf7l2)F1 m 23.15 0.8971 24.9167 21.3833
(SEA x B6-Tcf7l2)F1 f 20.04 0.8024 21.6202 18.4598
(SEA x B6-Tcf7l2)F1 m 27.5429 0.6782 28.8783 26.2074
(SJL x B6-Tcf7l2)F1 f 18.8 0.7325 20.2425 17.3575
(SJL x B6-Tcf7l2)F1 m 25.2 0.8971 26.9667 23.4333
(SM x B6-Tcf7l2)F1 f 18.22 0.8024 19.8002 16.6398
(SM x B6-Tcf7l2)F1 m 26.64 0.8024 28.2202 25.0598
(SWR x B6-Tcf7l2)F1 f 18.1 0.8024 19.6802 16.5198
(SWR x B6-Tcf7l2)F1 m 23.775 0.8971 25.5417 22.0083


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
(129S x B6-Tcf7l2)F1 both 22.3983 0.5432 23.4681 21.3286
(AJ x B6-Tcf7l2)F1 both 24.275 0.5791 25.4154 23.1346
(B6 x B6-Tcf7l2)F1 both 17.8333 0.4229 18.6662 17.0005
(BALB x B6-Tcf7l2)F1 both 21.065 0.6018 22.2501 19.8799
(BLKS x B6-Tcf7l2)F1 both 19.71 0.5674 20.8273 18.5927
(BTBR x B6-Tcf7l2)F1 both 26.5483 0.5432 27.6181 25.4786
(BUB x B6-Tcf7l2)F1 both 22.72 0.5674 23.8373 21.6027
(C3H x B6-Tcf7l2)F1 both 23.94 0.5253 24.9745 22.9055
(C57L x B6-Tcf7l2)F1 both 23.5725 0.6018 24.7576 22.3874
(C58 x B6-Tcf7l2)F1 both 21.4375 0.6344 22.6867 20.1883
(CBA x B6-Tcf7l2)F1 both 23.0375 0.5791 24.1779 21.8971
(DBA x B6-Tcf7l2)F1 both 22.71 0.5674 23.8273 21.5927
(DDY x B6-Tcf7l2)F1 both 25.91 0.5674 27.0273 24.7927
(FVB x B6-Tcf7l2)F1 both 22.2196 0.5623 23.327 21.1123
(ILN x B6-Tcf7l2)F1 both 23.4417 0.5391 24.5033 22.38
(KK x B6-Tcf7l2)F1 both 28.7167 0.6344 29.9659 27.4674
(LP x B6-Tcf7l2)F1 both 22.8 0.7325 24.2425 21.3575
(MA x B6-Tcf7l2)F1 both 21.07 0.5674 22.1873 19.9527
(MRL x B6-Tcf7l2)F1 both 27.8 0.5674 28.9173 26.6827
(NOD x B6-Tcf7l2)F1 both 23.3679 0.4991 24.3507 22.385
(NON x B6-Tcf7l2)F1 both 27.4545 0.4643 28.3688 26.5401
(NZB x B6-Tcf7l2)F1 both 25.4319 0.4359 26.2904 24.5735
(NZW x B6-Tcf7l2)F1 both 27.0675 0.6018 28.2526 25.8824
(PL x B6-Tcf7l2)F1 both 22.1208 0.5791 23.2612 20.9804
(RIII x B6-Tcf7l2)F1 both 20.3417 0.5791 21.4821 19.2013
(SEA x B6-Tcf7l2)F1 both 23.7914 0.5253 24.8259 22.757
(SJL x B6-Tcf7l2)F1 both 22.0 0.5791 23.1404 20.8596
(SM x B6-Tcf7l2)F1 both 22.43 0.5674 23.5473 21.3127
(SWR x B6-Tcf7l2)F1 both 20.9375 0.6018 22.1226 19.7524




GWAS analysis not available: Strain panel must be either Inbred, HMDP, BXD, BXH, CXB, or AXB/BXA