Project measure / variable:   Auwerx1   bw_treadmill1_HFD

ID, description, units MPD:111313   bw_treadmill1_HFD   body weight, prior to first treadmill training   [g]  HFD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   56 strains     sex: m     age: 23wks
Procedure body weight
Ontology mappings

  •   Or, add this measure to your collection.
       
  •     no folder
  •     put it in new folder  

  STRAIN COMPARISON PLOT
Dimensions Width:   px    Height:   px
Download Plot   
Visualization Options

Auwerx1 - body weight, prior to first treadmill training HFD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested56 strains
Mean of the strain means48.123   g
Median of the strain means47.367   g
SD of the strain means± 7.2183
Coefficient of variation (CV)0.15
Min–max range of strain means31.542   –   62.36   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 55 13541.0024 246.2 15.1132 < 0.0001
Residuals 196 3192.9099 16.2904


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 m 39.694 3.8147   5 1.706 0.0961 33.2, 43.25 -1.17
BXD100 m 54.4 3.8629   5 1.7276 0.071 50.42, 59.15 0.87
BXD101 m 51.23 2.6153   4 1.3076 0.051 47.75, 53.41 0.43
BXD11 m 49.148 4.8245   5 2.1576 0.0982 40.84, 52.7 0.14
BXD12 m 31.582 2.9215   5 1.3065 0.0925 27.32, 34.56 -2.29
BXD16 m 60.41 3.2699   5 1.4623 0.0541 56.13, 63.43 1.7
BXD2 m 45.688 6.1947   5 2.7704 0.1356 35.62, 51.41 -0.34
BXD27 m 49.508 1.506   4 0.75298 0.0304 47.79, 51.39 0.19
BXD32 m 49.757 6.2612   3 3.6149 0.1258 43.98, 56.41 0.23
BXD34 m 41.264 7.0385   5 3.1477 0.1706 32.47, 49.43 -0.95
BXD39 m 47.088 1.3647   5 0.6103 0.029 45.47, 48.94 -0.14
BXD40 m 31.542 3.311   4 1.6555 0.105 28.77, 36.02 -2.3
BXD43 m 43.873 3.3301   3 1.9226 0.0759 40.09, 46.36 -0.59
BXD44 m 62.36 4.1264   9 1.3755 0.0662 55.12, 69.75 1.97
BXD45 m 45.448 2.2994   5 1.0283 0.0506 42.73, 48.87 -0.37
BXD48 m 55.41 4.6127   5 2.0629 0.0832 49.48, 60.58 1.01
BXD48a m 62.08 4.6693   3 2.6958 0.0752 59.27, 67.47 1.93
BXD49 m 52.69 10.047   5 4.4931 0.1907 39.1, 63.69 0.63
BXD50 m 46.072 3.2754   5 1.4648 0.0711 41.42, 49.44 -0.28
BXD51 m 60.88 4.5999   4 2.3 0.0756 55.52, 66.23 1.77
BXD53 m 48.776 2.3457   5 1.049 0.0481 45.26, 51.3 0.09
BXD55 m 41.258 0.56847   4 0.28424 0.0138 40.51, 41.71 -0.95
BXD56 m 40.85 0.91428   3 0.52786 0.0224 40.23, 41.9 -1.01
BXD6 m 46.878 4.5315   5 2.0265 0.0967 39.95, 52.08 -0.17
BXD60 m 61.35 2.6705   5 1.1943 0.0435 58.06, 64.66 1.83
BXD61 m 53.71 1.9147   5 0.8563 0.0357 50.79, 55.65 0.77
BXD62 m 43.86 1.4803   4 0.74015 0.0338 41.68, 44.81 -0.59
BXD63 m 46.095 0.47376   2   0.335 0.0103 45.76, 46.43 -0.28
BXD64 m 47.4 4.5441   4 2.272 0.0959 41.66, 51.62 -0.1
BXD65 m 58.91 2.9413   4 1.4706 0.0499 56.13, 63.05 1.49
BXD65a m 53.25 4.799   4 2.3995 0.0901 49.34, 60.22 0.71
BXD66 m 57.17 5.4291   5 2.4279 0.095 47.58, 60.71 1.25
BXD67 m 51.01 3.8838   5 1.7369 0.0761 44.64, 54.64 0.4
BXD68 m 43.432 2.827   4 1.4135 0.0651 40.5, 47.15 -0.65
BXD69 m 40.644 1.7796   5 0.79587 0.0438 38.98, 43.49 -1.04
BXD70 m 47.333 3.9007   4 1.9504 0.0824 42.93, 52.2 -0.11
BXD71 m 54.09 4.8369   3 2.7926 0.0894 50.25, 59.52 0.83
BXD73 m 43.56 2.8217   4 1.4109 0.0648 39.57, 46.09 -0.63
BXD73a m 46.464 2.081   5 0.93065 0.0448 44.13, 49.44 -0.23
BXD73b m 48.476 2.0678   5 0.92473 0.0427 46.07, 50.4 0.05
BXD75 m 43.814 5.2618   5 2.3531 0.1201 35.12, 47.88 -0.6
BXD77 m 45.266 4.6239   5 2.0679 0.1021 40.86, 51.08 -0.4
BXD79 m 46.898 3.7077   5 1.6581 0.0791 41.19, 50.59 -0.17
BXD8 m 36.682 3.7863   5 1.6933 0.1032 31.37, 41.0 -1.59
BXD81 m 49.848 2.5183   4 1.2591 0.0505 47.06, 52.4 0.24
BXD83 m 37.32 3.8778   4 1.9389 0.1039 31.56, 39.95 -1.5
BXD84 m 53.19 5.722   3 3.3036 0.1076 49.69, 59.79 0.7
BXD85 m 53.59 2.2354   4 1.1177 0.0417 51.45, 55.75 0.76
BXD87 m 35.63 2.4726   5 1.1058 0.0694 33.98, 39.98 -1.73
BXD89 m 40.837 1.6908   4 0.8454 0.0414 39.33, 43.12 -1.01
BXD90 m 51.96 3.1255   4 1.5628 0.0601 47.68, 54.85 0.53
BXD95 m 51.46 5.3266   5 2.3821 0.1035 42.54, 56.3 0.46
BXD98 m 51.88 2.8005   5 1.2524 0.054 47.86, 54.56 0.52
BXD99 m 52.16 4.1744   5 1.8669 0.08 48.0, 57.85 0.56
C57BL/6J m 44.736 5.0105   5 2.2408 0.112 36.89, 49.29 -0.47
DBA/2J m 44.988 4.4426   5 1.9868 0.0988 38.88, 49.16 -0.43


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 39.694 1.8050128358 43.2537402191 36.1342597809
BXD100 m 54.396 1.8050128358 57.9557402191 50.8362597809
BXD101 m 51.235 2.0180657005 55.214910556 47.255089444
BXD11 m 49.148 1.8050128358 52.7077402191 45.5882597809
BXD12 m 31.582 1.8050128358 35.1417402191 28.0222597809
BXD16 m 60.412 1.8050128358 63.9717402191 56.8522597809
BXD2 m 45.688 1.8050128358 49.2477402191 42.1282597809
BXD27 m 49.5075 2.0180657005 53.487410556 45.527589444
BXD32 m 49.7566666667 2.3302615509 54.3522715284 45.1610618049
BXD34 m 41.264 1.8050128358 44.8237402191 37.7042597809
BXD39 m 47.088 1.8050128358 50.6477402191 43.5282597809
BXD40 m 31.5425 2.0180657005 35.522410556 27.562589444
BXD43 m 43.8733333333 2.3302615509 48.4689381951 39.2777284716
BXD44 m 62.3611111111 1.3453771337 65.0143848151 59.7078374071
BXD45 m 45.448 1.8050128358 49.0077402191 41.8882597809
BXD48 m 55.414 1.8050128358 58.9737402191 51.8542597809
BXD48a m 62.08 2.3302615509 66.6756048617 57.4843951383
BXD49 m 52.688 1.8050128358 56.2477402191 49.1282597809
BXD50 m 46.072 1.8050128358 49.6317402191 42.5122597809
BXD51 m 60.8825 2.0180657005 64.862410556 56.902589444
BXD53 m 48.776 1.8050128358 52.3357402191 45.2162597809
BXD55 m 41.2575 2.0180657005 45.237410556 37.277589444
BXD56 m 40.85 2.3302615509 45.4456048617 36.2543951383
BXD6 m 46.878 1.8050128358 50.4377402191 43.3182597809
BXD60 m 61.35 1.8050128358 64.9097402191 57.7902597809
BXD61 m 53.706 1.8050128358 57.2657402191 50.1462597809
BXD62 m 43.86 2.0180657005 47.839910556 39.880089444
BXD63 m 46.095 2.8539758834 51.7234434854 40.4665565146
BXD64 m 47.4 2.0180657005 51.379910556 43.420089444
BXD65 m 58.9125 2.0180657005 62.892410556 54.932589444
BXD65a m 53.245 2.0180657005 57.224910556 49.265089444
BXD66 m 57.166 1.8050128358 60.7257402191 53.6062597809
BXD67 m 51.014 1.8050128358 54.5737402191 47.4542597809
BXD68 m 43.4325 2.0180657005 47.412410556 39.452589444
BXD69 m 40.644 1.8050128358 44.2037402191 37.0842597809
BXD70 m 47.3325 2.0180657005 51.312410556 43.352589444
BXD71 m 54.0866666667 2.3302615509 58.6822715284 49.4910618049
BXD73 m 43.56 2.0180657005 47.539910556 39.580089444
BXD73a m 46.464 1.8050128358 50.0237402191 42.9042597809
BXD73b m 48.476 1.8050128358 52.0357402191 44.9162597809
BXD75 m 43.814 1.8050128358 47.3737402191 40.2542597809
BXD77 m 45.266 1.8050128358 48.8257402191 41.7062597809
BXD79 m 46.898 1.8050128358 50.4577402191 43.3382597809
BXD8 m 36.682 1.8050128358 40.2417402191 33.1222597809
BXD81 m 49.8475 2.0180657005 53.827410556 45.867589444
BXD83 m 37.32 2.0180657005 41.299910556 33.340089444
BXD84 m 53.1866666667 2.3302615509 57.7822715284 48.5910618049
BXD85 m 53.5925 2.0180657005 57.572410556 49.612589444
BXD87 m 35.63 1.8050128358 39.1897402191 32.0702597809
BXD89 m 40.8375 2.0180657005 44.817410556 36.857589444
BXD90 m 51.9625 2.0180657005 55.942410556 47.982589444
BXD95 m 51.46 1.8050128358 55.0197402191 47.9002597809
BXD98 m 51.884 1.8050128358 55.4437402191 48.3242597809
BXD99 m 52.156 1.8050128358 55.7157402191 48.5962597809
C57BL/6J m 44.736 1.8050128358 48.2957402191 41.1762597809
DBA/2J m 44.988 1.8050128358 48.5477402191 41.4282597809




  GWAS USING LINEAR MIXED MODELS