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Project measure / variable:   Project1202   Ymaze.Prct.SponAlt_2_5XFAD_HFD

ID, description, units MPD:130378   Ymaze.Prct.SponAlt_2_5XFAD_HFD   Ymaze.Prct.SponAlt    2 5XFAD HFD  
Data set, strains Project1202   F1 AD-BXD   41 strains     sex: both
Procedure None
Ontology mappings


  STRAIN COMPARISON PLOT
Dimensions Width:   px    Height:   px
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Project1202 - Ymaze.Prct.SponAlt 2 5XFAD HFD



  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested41 strains39 strains
Mean of the strain means60.22   None 62.53   None
Median of the strain means60.8   None 62.26   None
SD of the strain means± 4.0547 ± 3.7894
Coefficient of variation (CV)0.0673 0.0606
Min–max range of strain means48.5   –   68.95   None 54.55   –   70.47   None
Mean sample size per strain14.9   mice 16.2   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
sex 1 870.9299 870.9299 6.7715 0.0094
strain 36 9609.3224 266.9256 2.0754 0.0002
sex:strain 36 3947.5328 109.6537 0.8526 0.717
Residuals 1146 147394.3551 128.6164


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
(B6.5XFAD x BXD100)F1-ADtg f 61.62 10.888   8 3.8496 0.1767 50.0, 77.0 0.34
(B6.5XFAD x BXD113)F1 f 64.5 8.2252   14 2.1983 0.1275 48.0, 78.0 1.05
(B6.5XFAD x BXD113)F1 m 64.33 9.5378   12 2.7533 0.1483 50.0, 78.0 0.47
(B6.5XFAD x BXD124)F1 f 61.24 9.7894   29 1.8178 0.1598 40.0, 79.0 0.25
(B6.5XFAD x BXD124)F1 m 63.52 7.8501   23 1.6369 0.1236 52.0, 75.0 0.26
(B6.5XFAD x BXD125)F1 f 57.84 7.6758   19 1.761 0.1327 44.0, 70.0 -0.59
(B6.5XFAD x BXD125)F1 m 60.6 8.7325   15 2.2547 0.1441 48.0, 81.0 -0.51
(B6.5XFAD x BXD12)F1 f 55.38 8.5979   13 2.3846 0.1552 40.0, 73.0 -1.19
(B6.5XFAD x BXD12)F1 m 58.55 7.5775   20 1.6944 0.1294 45.0, 76.0 -1.05
(B6.5XFAD x BXD14)F1-ADtg f 60.68 9.7699   19 2.2414 0.161 37.0, 76.0 0.11
(B6.5XFAD x BXD14)F1-ADtg m 61.95 11.303   22 2.4098 0.1824 33.0, 79.0 -0.15
(B6.5XFAD x BXD152)F1 f 59.75 13.379   16 3.3448 0.2239 35.0, 82.0 -0.12
(B6.5XFAD x BXD152)F1 m 66.33 18.763   21 4.0943 0.2829 1.0
(B6.5XFAD x BXD154)F1 f 59.84 8.4935   19 1.9486 0.1419 50.0, 74.0 -0.09
(B6.5XFAD x BXD154)F1 m 60.23 16.719   22 3.5645 0.2776 -0.61
(B6.5XFAD x BXD161)F1 f 61.75 9.4974   16 2.3743 0.1538 45.0, 77.0 0.38
(B6.5XFAD x BXD161)F1 m 60.32 13.82   19 3.1706 0.2291 25.0, 79.0 -0.58
(B6.5XFAD x BXD169)F1 f 61.85 9.9593   20 2.227 0.161 33.0, 77.0 0.4
(B6.5XFAD x BXD169)F1 m 54.55 9.7844   20 2.1879 0.1794 36.0, 79.0 -2.11
(B6.5XFAD x BXD16)F1-ADtg f 56.58 22.084   12 6.3752 0.3903 -0.9
(B6.5XFAD x BXD16)F1-ADtg m 62.08 8.9019   13 2.4689 0.1434 48.0, 76.0 -0.12
(B6.5XFAD x BXD19)F1 f 63.74 10.466   19 2.4011 0.1642 44.0, 81.0 0.87
(B6.5XFAD x BXD19)F1 m 65.55 16.732   20 3.7413 0.2552 32.0, 100.0 0.8
(B6.5XFAD x BXD28)F1 f 63.25 7.1216   24 1.4537 0.1126 50.0, 77.0 0.75
(B6.5XFAD x BXD28)F1 m 63.75 13.285   28 2.5106 0.2084 38.0, 85.0 0.32
(B6.5XFAD x BXD31)F1 f 48.5 4.9497   2   3.5 0.1021 45.0, 52.0 -2.89
(B6.5XFAD x BXD31)F1 m 66.57 6.6045   7 2.4963 0.0992 57.0, 75.0 1.07
(B6.5XFAD x BXD32)F1-ADtg f 66.4 10.597   5 4.7392 0.1596 56.0, 83.0 1.52
(B6.5XFAD x BXD32)F1-ADtg m 62.5 11.019   8 3.896 0.1763 46.0, 79.0 -0.01
(B6.5XFAD x BXD34)F1-ADtg f 54.8 9.3381   5 4.1761 0.1704 45.0, 68.0 -1.34
(B6.5XFAD x BXD34)F1-ADtg m 69.17 3.92   6 1.6003 0.0567 65.0, 75.0 1.75
(B6.5XFAD x BXD38)F1 f 62.52 7.6787   21 1.6756 0.1228 52.0, 77.0 0.57
(B6.5XFAD x BXD38)F1 m 68.44 11.947   18 2.8159 0.1746 45.0, 91.0 1.56
(B6.5XFAD x BXD39)F1 f 64.86 8.6189   14 2.3035 0.1329 43.0, 76.0 1.14
(B6.5XFAD x BXD39)F1 m 64.6 9.6048   20 2.1477 0.1487 45.0, 86.0 0.55
(B6.5XFAD x BXD42)F1-ADtg f 48.667 10.405   6 4.2479 0.2138 33.0, 60.0 -2.85
(B6.5XFAD x BXD42)F1-ADtg m 55.75 11.615   4 5.8077 0.2083 48.0, 73.0 -1.79
(B6.5XFAD x BXD48a)F1 f 64.0 12.083   5 5.4037 0.1888 45.0, 73.0 0.93
(B6.5XFAD x BXD48a)F1 m 59.8 17.57   5 7.8575 0.2938 40.0, 81.0 -0.72
(B6.5XFAD x BXD49)F1 f 58.0 0.0   1   0.0 0.0 58.0, 58.0 -0.55
(B6.5XFAD x BXD49)F1 m 59.0 7.4565   6 3.0441 0.1264 50.0, 67.0 -0.93
(B6.5XFAD x BXD50)F1 f 63.18 9.5736   17 2.3219 0.1515 46.0, 83.0 0.73
(B6.5XFAD x BXD50)F1 m 66.53 14.439   19 3.3125 0.217 46.0, 91.0 1.06
(B6.5XFAD x BXD55)F1-ADtg f 59.85 7.4571   20 1.6675 0.1246 48.0, 77.0 -0.09
(B6.5XFAD x BXD55)F1-ADtg m 60.24 9.8585   21 2.1513 0.1637 44.0, 77.0 -0.6
(B6.5XFAD x BXD60)F1-ADtg f 59.2 17.375   15 4.4862 0.2935 -0.25
(B6.5XFAD x BXD60)F1-ADtg m 64.06 11.975   16 2.9937 0.1869 44.0, 81.0 0.4
(B6.5XFAD x BXD61)F1-ADtg f 56.38 18.392   13 5.101 0.3262 20.0, 82.0 -0.95
(B6.5XFAD x BXD61)F1-ADtg m 58.33 15.893   24 3.2441 0.2724 15.0, 81.0 -1.11
(B6.5XFAD x BXD62)F1-ADtg f 62.88 9.6494   17 2.3403 0.1535 46.0, 77.0 0.66
(B6.5XFAD x BXD62)F1-ADtg m 66.14 9.6704   14 2.5845 0.1462 54.0, 89.0 0.95
(B6.5XFAD x BXD65)F1-ADtg f 60.29 7.4843   21 1.6332 0.1241 41.0, 71.0 0.02
(B6.5XFAD x BXD65)F1-ADtg m 61.57 12.131   23 2.5295 0.197 38.0, 83.0 -0.25
(B6.5XFAD x BXD66)F1-ADtg f 61.35 10.88   17 2.6387 0.1773 41.0, 90.0 0.28
(B6.5XFAD x BXD66)F1-ADtg m 58.36 5.4576   14 1.4586 0.0935 51.0, 71.0 -1.1
(B6.5XFAD x BXD68)F1-ADtg f 61.06 8.405   18 1.9811 0.1377 48.0, 83.0 0.21
(B6.5XFAD x BXD68)F1-ADtg m 62.26 13.606   23 2.837 0.2185 14.0, 81.0 -0.07
(B6.5XFAD x BXD73)F1 f 68.95 10.633   19 2.4393 0.1542 46.0, 85.0 2.15
(B6.5XFAD x BXD73)F1 m 70.47 10.674   19 2.4487 0.1515 55.0, 91.0 2.1
(B6.5XFAD x BXD74)F1 f 58.35 16.233   23 3.3848 0.2782 8.0, 82.0 -0.46
(B6.5XFAD x BXD74)F1 m 65.57 8.4827   14 2.2671 0.1294 52.0, 80.0 0.8
(B6.5XFAD x BXD75)F1-ADtg f 64.18 8.3759   22 1.7857 0.1305 45.0, 76.0 0.98
(B6.5XFAD x BXD75)F1-ADtg m 64.57 10.513   23 2.1922 0.1628 39.0, 80.0 0.54
(B6.5XFAD x BXD77)F1-ADtg f 58.28 7.5053   18 1.769 0.1288 47.0, 73.0 -0.48
(B6.5XFAD x BXD77)F1-ADtg m 67.06 6.9594   17 1.6879 0.1038 55.0, 79.0 1.2
(B6.5XFAD x BXD78)F1 f 61.0 11.314   2   8.0 0.1855 53.0, 69.0 0.19
(B6.5XFAD x BXD83)F1 f 62.0 12.261   19 2.8129 0.1978 47.0, 91.0 0.44
(B6.5XFAD x BXD83)F1 m 60.35 9.4601   17 2.2944 0.1567 45.0, 76.0 -0.58
(B6.5XFAD x BXD87)F1-ADtg f 62.42 10.767   19 2.4701 0.1725 44.0, 83.0 0.54
(B6.5XFAD x BXD87)F1-ADtg m 65.05 13.702   21 2.99 0.2106 43.0, 93.0 0.66
(B6.5XFAD x BXD89)F1-ADtg f 54.0 0.0   1   0.0 0.0 54.0, 54.0 -1.53
(B6.5XFAD x BXD89)F1-ADtg m 57.5 2.1213   2   1.5 0.0369 56.0, 59.0 -1.33
(B6.5XFAD x BXD99)F1-ADtg f 59.0 7.4498   9 2.4833 0.1263 48.0, 70.0 -0.3
(B6.5XFAD x BXD99)F1-ADtg m 56.89 13.274   19 3.0454 0.2333 26.0, 83.0 -1.49
(B6.5XFAD x D2)F1-ADtg f 60.5 9.1462   14 2.4444 0.1512 43.0, 77.0 0.07
(B6.5XFAD x D2)F1-ADtg m 65.12 11.482   8 4.0595 0.1763 44.0, 79.0 0.68
(B6 x DBA/2J-Gpnmb+/SjJ)F1 f 60.8 6.1788   10 1.9539 0.1016 52.0, 72.0 0.14
(B6 x DBA/2J-Gpnmb+/SjJ)F1 m 62.0 17.981   7 6.7964 0.29 33.0, 86.0 -0.14
C57BL/6J f 59.71 9.285   28 1.7547 0.1555 46.0, 85.0 -0.13
C57BL/6J m 59.05 7.6972   21 1.6797 0.1304 46.0, 74.0 -0.92


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
129S1/SvImJ 1 66.4 5.0718116228 76.3510779024 56.4489220976
129S1/SvImJ 2 62.5 4.0096191478 70.3670178364 54.6329821636
A/J 1 54.8 5.0718116228 64.7510779024 44.8489220976
A/J 2 69.1666666667 4.6299093887 78.2507163978 60.0826169356
AKR/J 1 62.4210526316 2.6017844654 67.5258478855 57.3162573777
AKR/J 2 65.0476190476 2.4747906663 69.9032478731 60.1919902222
ALR/LtJ 1 61.2413793103 2.1059551497 65.3733395077 57.109419113
ALR/LtJ 2 63.5217391304 2.3647443624 68.161453126 58.8820251348
ALS/LtJ 1 57.8421052632 2.6017844654 62.9469005171 52.7373100092
ALS/LtJ 2 60.6 2.9282118057 66.3452575057 54.8547424943
BALB/cJ 1 48.6666666667 4.6299093887 57.7507163978 39.5826169356
BALB/cJ 2 55.75 5.6704577788 66.8756433196 44.6243566804
BPH/2J 1 63.1764705882 2.7505760432 68.5732003012 57.7797408753
BPH/2J 2 66.5263157895 2.6017844654 71.6311110434 61.4215205356
BPL/1J 1 55.3846153846 3.1454040426 61.5560119171 49.2132188521
BPL/1J 2 58.55 2.5359058114 63.5255389512 53.5744610488
BPN/3J 1 61.85 2.5359058114 66.8255389512 56.8744610488
BPN/3J 2 54.55 2.5359058114 59.5255389512 49.5744610488
BTBR T+ Itpr3tf/J 1 60.6842105263 2.6017844654 65.7890057802 55.5794152724
BTBR T+ Itpr3tf/J 2 61.9545454545 2.417891321 66.6985357059 57.2105552032
BUB/BnJ 1 59.75 2.8352288894 65.3128216598 54.1871783402
BUB/BnJ 2 66.3333333333 2.4747906663 71.1889621588 61.4777045079
C3H/HeJ 1 59.85 2.5359058114 64.8255389512 54.8744610488
C3H/HeJ 2 60.2380952381 2.4747906663 65.0937240636 55.3824664126
C57BL/6J 1 59.2 2.9282118057 64.9452575057 53.4547424943
C57BL/6J 2 64.0625 2.8352288894 69.6253216598 58.4996783402
C57BLKS/J 1 58.347826087 2.3647443624 62.9875400826 53.7081120914
C57BLKS/J 2 65.5714285714 3.0309871763 71.5183350728 59.6245220701
C57BR/cdJ 1 64.8571428571 3.0309871763 70.8040493585 58.9102363558
C57BR/cdJ 2 64.6 2.5359058114 69.5755389512 59.6244610488
C57L/J 1 59.7142857143 2.1432315861 63.9193836285 55.5091878001
C57L/J 2 59.0476190476 2.4747906663 63.9032478731 54.1919902222
C58/J 1 63.7368421053 2.6017844654 68.8416373592 58.6320468514
C58/J 2 65.55 2.5359058114 70.5255389512 60.5744610488
CAST/EiJ 1 56.5833333333 3.273840325 63.0067264988 50.1599401678
CAST/EiJ 2 62.0769230769 3.1454040426 68.2483196095 55.9055265444
CBA/J 1 59.0 3.7803051859 66.4170955464 51.5829044536
CBA/J 2 56.8947368421 2.6017844654 61.999532096 51.7899415882
CE/J 1 59.8421052632 2.6017844654 64.9469005171 54.7373100092
CE/J 2 60.2272727273 2.417891321 64.9712629786 55.4832824759
DBA/2J 1 56.3846153846 3.1454040426 62.5560119171 50.2132188521
DBA/2J 2 58.3333333333 2.3149546943 62.8753581989 53.7913084678
FVB/NJ 1 62.8823529412 2.7505760432 68.2790826541 57.4856232283
FVB/NJ 2 66.1428571429 3.0309871763 72.0897636442 60.1959506415
I/LnJ 1 48.5 8.0192382956 64.2340356727 32.7659643273
I/LnJ 2 66.5714285714 4.2864631722 74.9816243998 58.161232743
KK/HlJ 1 64.5 3.0309871763 70.4469065014 58.5530934986
KK/HlJ 2 64.3333333333 3.273840325 70.7567264988 57.9099401678
LP/J 1 60.2857142857 2.4747906663 65.1413431112 55.4300854603
LP/J 2 61.5652173913 2.3647443624 66.2049313869 56.9255033957
MA/MyJ 1 60.8 3.5863123914 67.8364746649 53.7635253351
MA/MyJ 2 62.0 4.2864631722 70.4101958284 53.5898041716
NOD/ShiLtJ 1 64.1818181818 2.417891321 68.9258084331 59.4378279305
NOD/ShiLtJ 2 64.5652173913 2.3647443624 69.2049313869 59.9255033957
NON/ShiLtJ 1 68.9473684211 2.6017844654 74.052163675 63.8425731671
NON/ShiLtJ 2 70.4736842105 2.6017844654 75.5784794644 65.3688889566
NZB/BlNJ 1 61.3529411765 2.7505760432 66.7496708894 55.9562114636
NZB/BlNJ 2 58.3571428571 3.0309871763 64.3040493585 52.4102363558
NZW/LacJ 1 62.0 2.6017844654 67.1047952539 56.8952047461
NZW/LacJ 2 60.3529411765 2.7505760432 65.7496708894 54.9562114636
PL/J 1 58.2777777778 2.6730794319 63.5224563354 53.0330992202
PL/J 2 67.0588235294 2.7505760432 72.4555532423 61.6620938165
RBF/DnJ 1 64.0 5.0718116228 73.9510779024 54.0489220976
RBF/DnJ 2 59.8 5.0718116228 69.7510779024 49.8489220976
RIIIS/J 1 61.75 2.8352288894 67.3128216598 56.1871783402
RIIIS/J 2 60.3157894737 2.6017844654 65.4205847276 55.2109942198
SEA/GnJ 1 63.25 2.3149546943 67.7920248656 58.7079751344
SEA/GnJ 2 63.75 2.1432315861 67.9550979142 59.5449020858
SJL/J 1 60.5 3.0309871763 66.4469065014 54.5530934986
SJL/J 2 65.125 4.0096191478 72.9920178364 57.2579821636
SM/J 1 62.5238095238 2.4747906663 67.3794383493 57.6681806984
SM/J 2 68.4444444444 2.6730794319 73.689123002 63.1997658869
SWR/J 1 61.0555555556 2.6730794319 66.3002341131 55.810876998
SWR/J 2 62.2608695652 2.3647443624 66.9005835608 57.6211555696


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
129S1/SvImJ both 64.45 3.2326583042 70.7925925507 58.1074074493
A/J both 61.9833333333 3.4336327004 68.7202449206 55.2464217461
AKR/J both 63.7343358396 1.7954018524 67.2569792318 60.2116924474
ALR/LtJ both 62.3815592204 1.5832769019 65.4880057849 59.2751126558
ALS/LtJ both 59.2210526316 1.9585521938 63.0638028964 55.3783023668
BALB/cJ both 52.2083333333 3.6602647571 59.3899052155 45.0267614512
BPH/2J both 64.8513931889 1.8930762646 68.5656773116 61.1371090661
BPL/1J both 56.9673076923 2.020172324 60.9309588821 53.0036565025
BPN/3J both 58.2 1.7931561957 61.7182373325 54.6817626675
BTBR T+ Itpr3tf/J both 61.3193779904 1.7759139087 64.803785332 57.8349706488
BUB/BnJ both 63.0416666667 1.8816954919 66.7336213017 59.3497120316
C3H/HeJ both 60.044047619 1.7716804965 63.5201488527 56.5679463854
C57BL/6J both 61.63125 2.0379491673 65.6297799994 57.6327200006
C57BLKS/J both 61.9596273292 1.9221666917 65.7309879224 58.188266736
C57BR/cdJ both 64.7285714286 1.975961889 68.6054801453 60.8516627119
C57L/J both 59.380952381 1.6369201625 62.5926489637 56.1692557982
C58/J both 64.6434210526 1.8165971409 68.2076503676 61.0791917376
CAST/EiJ both 59.3301282051 2.2699998384 63.7839500168 54.8763063935
CBA/J both 57.9473684211 2.2945582202 62.4493746663 53.4453621758
CE/J both 60.0346889952 1.7759139087 63.5190963368 56.5502816536
DBA/2J both 57.358974359 1.9527276966 61.1902967495 53.5276519684
FVB/NJ both 64.512605042 2.046494065 68.5279004399 60.4973096441
I/LnJ both 57.5357142857 4.5464807645 66.4560740378 48.6153545337
KK/HlJ both 64.4166666667 2.2307461609 68.7934713429 60.0398619905
LP/J both 60.9254658385 1.7114763175 64.2834442948 57.5674873822
MA/MyJ both 61.4 2.7944321022 66.8827768873 55.9172231127
NOD/ShiLtJ both 64.3735177866 1.691021462 67.6913630763 61.0556724969
NON/ShiLtJ both 69.7105263158 1.8397394387 73.3201616564 66.1008909752
NZB/BlNJ both 59.8550420168 2.046494065 63.8703374147 55.8397466189
NZW/LacJ both 61.1764705882 1.8930762646 64.890754711 57.4621864655
PL/J both 62.6683006536 1.9177475211 66.4309906743 58.9056106329
RBF/DnJ both 61.9 3.5863123914 68.9364746649 54.8635253351
RIIIS/J both 61.0328947368 1.9240455595 64.8079417367 57.257847737
SEA/GnJ both 63.5 1.5773757375 66.5948682665 60.4051317335
SJL/J both 62.8125 2.5131618021 67.7434143821 57.8815856179
SM/J both 65.4841269841 1.8213966133 69.0577730376 61.9104809306
SWR/J both 61.6582125604 1.7844725795 65.1594123238 58.157012797




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