Project measure / variable:   Auwerx1   bw_ogtt_CD

ID, description, units MPD:111242   bw_ogtt_CD   body weight prior to oral glucose tolerance test (OGTT), 17 wks of age   [g]  CD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   57 strains     sex: m     age: 17wks
Procedure body weight
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  STRAIN COMPARISON PLOT
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Auwerx1 - body weight prior to oral glucose tolerance test (OGTT), 17 wks of age CD

BXD16BXD39BXD85BXD65bBXD66BXD73aBXD65aBXD65BXD73bBXD48aBXD27BXD84BXD49BXD100BXD50BXD44BXD63BXD2BXD60BXD99BXD73BXD48BXD89BXD75BXD79BXD67BXD68BXD71BXD70BXD69BXD51BXD95BXD34BXD45BXD61BXD6BXD64BXD56BXD98DBA/2JBXD32BXD77BXD62BXD53BXD43C57BL/6JBXD55BXD11BXD8BXD12BXD101BXD90BXD1BXD87BXD83BXD81BXD40 g 202530354045femalemale


  MEASURE SUMMARY
Measure Summary Male
Number of strains tested57 strains
Mean of the strain means31.327   g
Median of the strain means30.808   g
SD of the strain means± 4.6576
Coefficient of variation (CV)0.1487
Min–max range of strain means23.375   –   43.338   g
Mean sample size per strain4.5   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
strain 56 5513.9267 98.463 10.4446 < 0.0001
Residuals 202 1904.2949 9.4272


Q-Q normality assessment based on residuals

  


  STRAIN MEANS (UNADJUSTED)
  
Select table page: 1 - 10 / 57 (57)
Strain
Sex
Mean
SD
N mice
SEM
CV
Min, Max
Z score
BXD1 m 25.128 1.4599   5 0.65287 0.0581 23.12, 27.03 -1.33
BXD100 m 34.01 9.0396   3 5.219 0.2658 24.61, 42.64 0.58
BXD101 m 26.128 1.8321   4 0.91606 0.0701 24.34, 28.59 -1.12
BXD11 m 26.5 4.4694   4 2.2347 0.1687 22.25, 32.54 -1.04
BXD12 m 26.392 0.7787   5 0.34824 0.0295 25.64, 27.67 -1.06
BXD16 m 43.338 3.6381   5 1.627 0.0839 38.0, 47.19 2.58
BXD2 m 33.01 1.7762   4 0.88812 0.0538 31.21, 34.61 0.36
BXD27 m 36.236 1.948   5 0.87116 0.0538 34.59, 38.6 1.05
BXD32 m 28.51 2.3318   5 1.0428 0.0818 25.51, 31.88 -0.6
BXD34 m 30.375 1.6196   4 0.8098 0.0533 28.75, 32.58 -0.2
BXD39 m 40.594 2.5821   5 1.1547 0.0636 38.2, 43.52 1.99
BXD40 m 23.375 1.0236   4 0.5118 0.0438 22.37, 24.72 -1.71
BXD43 m 27.985 4.5794   4 2.2897 0.1636 23.11, 33.9 -0.72
BXD44 m 33.474 3.5721   9 1.1907 0.1067 28.94, 39.65 0.46
BXD45 m 30.062 1.4878   4 0.74388 0.0495 28.55, 31.99 -0.27
BXD48 m 31.642 0.97603   4 0.48801 0.0308 30.36, 32.69 0.07
BXD48a m 36.534 4.1764   5 1.8678 0.1143 31.81, 41.44 1.12
BXD49 m 34.293 1.1663   4 0.58313 0.034 32.84, 35.43 0.64
BXD50 m 33.89 4.4736   4 2.2368 0.132 28.19, 38.19 0.55
BXD51 m 30.685 2.7308   4 1.3654 0.089 28.53, 34.56 -0.14
BXD53 m 28.062 2.2461   5 1.0045 0.08 26.06, 31.57 -0.7
BXD55 m 26.86 1.2219   5 0.54644 0.0455 25.5, 28.1 -0.96
BXD56 m 28.952 1.3993   5 0.6258 0.0483 27.38, 30.61 -0.51
BXD6 m 29.504 1.876   5 0.83896 0.0636 27.27, 31.39 -0.39
BXD60 m 32.614 4.5501   5 2.0349 0.1395 25.16, 37.04 0.28
BXD61 m 29.823 1.1537   3 0.66609 0.0387 28.76, 31.05 -0.32
BXD62 m 28.445 1.1781   4 0.58907 0.0414 27.04, 29.52 -0.62
BXD63 m 33.208 2.5717   5 1.1501 0.0774 29.74, 36.07 0.4
BXD64 m 29.285 1.6855   4 0.84276 0.0576 27.95, 31.54 -0.44
BXD65 m 37.84 2.6676   4 1.3338 0.0705 33.85, 39.4 1.4
BXD65a m 38.132 0.27426   5 0.12265 0.0072 37.71, 38.45 1.46
BXD65b m 39.395 1.1486   4 0.57432 0.0292 38.12, 40.91 1.73
BXD66 m 39.256 5.7625   5 2.577 0.1468 30.59, 45.6 1.7
BXD67 m 30.808 4.8819   5 2.1833 0.1585 25.6, 36.28 -0.11
BXD68 m 30.808 4.8819   5 2.1833 0.1585 25.6, 36.28 -0.11
BXD69 m 30.808 4.8819   5 2.1833 0.1585 25.6, 36.28 -0.11
BXD70 m 30.808 4.8819   5 2.1833 0.1585 25.6, 36.28 -0.11
BXD71 m 30.808 4.8819   5 2.1833 0.1585 25.6, 36.28 -0.11
BXD73 m 31.858 4.4558   4 2.2279 0.1399 27.94, 38.01 0.11
BXD73a m 38.303 1.7822   4 0.89109 0.0465 35.78, 39.94 1.5
BXD73b m 37.644 1.7062   5 0.76304 0.0453 35.68, 39.97 1.36
BXD75 m 31.18 2.2884   5 1.0234 0.0734 28.5, 34.0 -0.03
BXD77 m 28.468 2.0637   5 0.92289 0.0725 25.72, 30.3 -0.61
BXD79 m 31.172 1.7301   5 0.77372 0.0555 29.25, 33.33 -0.03
BXD8 m 26.5 4.4694   4 2.2347 0.1687 22.25, 32.54 -1.04
BXD81 m 23.698 3.9786   4 1.9893 0.1679 19.12, 27.73 -1.64
BXD83 m 24.097 1.8528   3 1.0697 0.0769 22.89, 26.23 -1.55
BXD84 m 35.124 2.8182   5 1.2604 0.0802 32.29, 38.56 0.82
BXD85 m 40.106 2.6449   5 1.1828 0.0659 36.21, 43.64 1.88
BXD87 m 24.466 1.0888   5 0.48694 0.0445 22.57, 25.19 -1.47
BXD89 m 31.483 0.9146   4 0.4573 0.0291 30.35, 32.23 0.03
BXD90 m 25.725 0.87447   4 0.43724 0.034 24.91, 26.88 -1.2
BXD95 m 30.44 3.3472   4 1.6736 0.11 26.16, 33.86 -0.19
BXD98 m 28.876 1.7963   5 0.80335 0.0622 25.92, 30.3 -0.53
BXD99 m 32.34 1.5021   5 0.67175 0.0464 31.13, 34.84 0.22
C57BL/6J m 27.873 1.2753   4 0.63767 0.0458 26.07, 28.96 -0.74
DBA/2J m 28.702 1.7969   4 0.89844 0.0626 26.81, 30.49 -0.56


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 25.128 1.3731134477 27.8354740427 22.4205259573
BXD100 m 34.01 1.7726818384 37.5053339592 30.5146660408
BXD101 m 26.1275 1.5351875049 29.1545480034 23.1004519966
BXD11 m 26.5 1.5351875049 29.5270480034 23.4729519966
BXD12 m 26.392 1.3731134477 29.0994740427 23.6845259573
BXD16 m 43.338 1.3731134477 46.0454740427 40.6305259573
BXD2 m 33.01 1.5351875049 36.0370480034 29.9829519966
BXD27 m 36.236 1.3731134477 38.9434740427 33.5285259573
BXD32 m 28.51 1.3731134477 31.2174740427 25.8025259573
BXD34 m 30.375 1.5351875049 33.4020480034 27.3479519966
BXD39 m 40.594 1.3731134477 43.3014740427 37.8865259573
BXD40 m 23.375 1.5351875049 26.4020480034 20.3479519966
BXD43 m 27.985 1.5351875049 31.0120480034 24.9579519966
BXD44 m 33.4744444444 1.0234583366 35.4924764467 31.4564124422
BXD45 m 30.0625 1.5351875049 33.0895480034 27.0354519966
BXD48 m 31.6425 1.5351875049 34.6695480034 28.6154519966
BXD48a m 36.534 1.3731134477 39.2414740427 33.8265259573
BXD49 m 34.2925 1.5351875049 37.3195480034 31.2654519966
BXD50 m 33.89 1.5351875049 36.9170480034 30.8629519966
BXD51 m 30.685 1.5351875049 33.7120480034 27.6579519966
BXD53 m 28.062 1.3731134477 30.7694740427 25.3545259573
BXD55 m 26.86 1.3731134477 29.5674740427 24.1525259573
BXD56 m 28.952 1.3731134477 31.6594740427 26.2445259573
BXD6 m 29.504 1.3731134477 32.2114740427 26.7965259573
BXD60 m 32.614 1.3731134477 35.3214740427 29.9065259573
BXD61 m 29.8233333333 1.7726818384 33.3186672925 26.3279993741
BXD62 m 28.445 1.5351875049 31.4720480034 25.4179519966
BXD63 m 33.208 1.3731134477 35.9154740427 30.5005259573
BXD64 m 29.285 1.5351875049 32.3120480034 26.2579519966
BXD65 m 37.84 1.5351875049 40.8670480034 34.8129519966
BXD65a m 38.132 1.3731134477 40.8394740427 35.4245259573
BXD65b m 39.395 1.5351875049 42.4220480034 36.3679519966
BXD66 m 39.256 1.3731134477 41.9634740427 36.5485259573
BXD67 m 30.808 1.3731134477 33.5154740427 28.1005259573
BXD68 m 30.808 1.3731134477 33.5154740427 28.1005259573
BXD69 m 30.808 1.3731134477 33.5154740427 28.1005259573
BXD70 m 30.808 1.3731134477 33.5154740427 28.1005259573
BXD71 m 30.808 1.3731134477 33.5154740427 28.1005259573
BXD73 m 31.8575 1.5351875049 34.8845480034 28.8304519966
BXD73a m 38.3025 1.5351875049 41.3295480034 35.2754519966
BXD73b m 37.644 1.3731134477 40.3514740427 34.9365259573
BXD75 m 31.18 1.3731134477 33.8874740427 28.4725259573
BXD77 m 28.468 1.3731134477 31.1754740427 25.7605259573
BXD79 m 31.172 1.3731134477 33.8794740427 28.4645259573
BXD8 m 26.5 1.5351875049 29.5270480034 23.4729519966
BXD81 m 23.6975 1.5351875049 26.7245480034 20.6704519966
BXD83 m 24.0966666667 1.7726818384 27.5920006259 20.6013327075
BXD84 m 35.124 1.3731134477 37.8314740427 32.4165259573
BXD85 m 40.106 1.3731134477 42.8134740427 37.3985259573
BXD87 m 24.466 1.3731134477 27.1734740427 21.7585259573
BXD89 m 31.4825 1.5351875049 34.5095480034 28.4554519966
BXD90 m 25.725 1.5351875049 28.7520480034 22.6979519966
BXD95 m 30.44 1.5351875049 33.4670480034 27.4129519966
BXD98 m 28.876 1.3731134477 31.5834740427 26.1685259573
BXD99 m 32.34 1.3731134477 35.0474740427 29.6325259573
C57BL/6J m 27.8725 1.5351875049 30.8995480034 24.8454519966
DBA/2J m 28.7025 1.5351875049 31.7295480034 25.6754519966




  GWAS USING LINEAR MIXED MODELS

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