Project measure / variable:   Auwerx1   bw_10wks_CD

ID, description, units MPD:111184   bw_10wks_CD   body weight at 10 wks of age   [g]  CD  
high-fat diet study
Data set, strains Auwerx1   BXD w/par   57 strains     sex: m     age: 10wks
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 at 10 wks of age CD



  MEASURE SUMMARY
Measure Summary Male
Number of strains tested57 strains
Mean of the strain means28.658   g
Median of the strain means28.6   g
SD of the strain means± 3.3464
Coefficient of variation (CV)0.1168
Min–max range of strain means22.235   –   37.84   g
Mean sample size per strain4.7   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
strain 56 2892.3768 51.6496 8.5995 < 0.0001
Residuals 210 1261.2807 6.0061


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 25.53 1.0132   5 0.45312 0.0397 24.0, 26.83 -0.93
BXD100 m 29.963 5.1741   3 2.9873 0.1727 24.07, 33.76 0.39
BXD101 m 24.09 1.1667   4 0.58335 0.0484 22.58, 25.04 -1.37
BXD11 m 26.62 2.2965   5 1.027 0.0863 24.02, 28.85 -0.61
BXD12 m 26.012 1.3746   5 0.61473 0.0528 24.66, 28.02 -0.79
BXD16 m 37.84 4.1579   5 1.8595 0.1099 32.01, 42.17 2.74
BXD2 m 31.42 2.214   4 1.107 0.0705 28.49, 33.4 0.83
BXD27 m 32.856 2.3832   5 1.0658 0.0725 29.79, 35.02 1.25
BXD32 m 28.99 0.93016   5 0.41598 0.0321 27.76, 29.78 0.1
BXD34 m 28.845 1.1608   4 0.58042 0.0402 27.38, 30.18 0.06
BXD39 m 33.472 2.0635   5 0.92283 0.0616 31.74, 36.7 1.44
BXD40 m 23.383 0.90493   4 0.45246 0.0387 22.05, 24.07 -1.58
BXD43 m 24.698 2.219   4 1.1095 0.0898 22.21, 27.09 -1.18
BXD44 m 27.431 2.1319   9 0.71065 0.0777 24.0, 30.93 -0.37
BXD45 m 27.0 1.5811   5 0.70711 0.0586 25.0, 29.0 -0.5
BXD48 m 29.428 2.1916   5 0.98013 0.0745 27.35, 32.98 0.23
BXD48a m 32.22 2.6426   5 1.1818 0.082 29.9, 35.64 1.06
BXD49 m 33.548 0.66199   4 0.33099 0.0197 32.96, 34.46 1.46
BXD50 m 31.042 4.8596   5 2.1733 0.1565 25.53, 36.85 0.71
BXD51 m 29.2 2.7749   5 1.241 0.095 27.0, 34.0 0.16
BXD53 m 27.256 1.7169   5 0.76781 0.063 25.65, 29.8 -0.42
BXD55 m 25.404 0.91705   5 0.41012 0.0361 24.53, 26.65 -0.97
BXD56 m 29.318 0.68649   5 0.30701 0.0234 28.58, 30.26 0.2
BXD6 m 26.834 0.62524   5 0.27962 0.0233 26.19, 27.59 -0.55
BXD60 m 31.76 4.0365   5 1.8052 0.1271 26.96, 38.1 0.93
BXD61 m 28.75 1.9593   3 1.1312 0.0681 26.91, 30.81 0.03
BXD62 m 27.267 1.9442   4 0.97208 0.0713 25.47, 29.94 -0.42
BXD63 m 29.62 2.443   5 1.0925 0.0825 26.65, 33.1 0.29
BXD64 m 26.832 1.7627   4 0.88134 0.0657 24.92, 28.88 -0.55
BXD65 m 32.523 3.8009   4 1.9005 0.1169 27.14, 35.85 1.15
BXD65a m 35.618 1.1584   5 0.51805 0.0325 34.41, 36.9 2.08
BXD65b m 31.587 1.6537   4 0.82684 0.0524 29.64, 33.57 0.88
BXD66 m 32.256 4.2913   5 1.9191 0.133 25.82, 37.63 1.08
BXD67 m 29.356 4.7991   5 2.1462 0.1635 24.33, 35.64 0.21
BXD68 m 28.548 4.035   5 1.8045 0.1413 24.0, 34.85 -0.03
BXD69 m 30.802 2.4163   5 1.0806 0.0784 27.39, 33.51 0.64
BXD70 m 27.46 5.3783   4 2.6892 0.1959 24.02, 35.39 -0.36
BXD71 m 29.992 1.9125   5 0.8553 0.0638 27.86, 32.93 0.4
BXD73 m 28.6 3.2863   5 1.4697 0.1149 26.0, 34.0 -0.02
BXD73a m 31.594 1.5358   5 0.68682 0.0486 29.85, 33.58 0.88
BXD73b m 34.03 3.0192   5 1.3502 0.0887 31.1, 37.97 1.61
BXD75 m 29.024 1.7182   5 0.7684 0.0592 26.89, 30.97 0.11
BXD77 m 26.708 1.4462   5 0.64676 0.0541 24.79, 28.35 -0.58
BXD79 m 27.814 1.0338   5 0.46232 0.0372 26.68, 29.17 -0.25
BXD8 m 24.615 1.5274   4 0.76372 0.0621 22.97, 26.66 -1.21
BXD81 m 22.235 2.8091   4 1.4045 0.1263 18.37, 25.08 -1.92
BXD83 m 24.093 1.3226   3 0.7636 0.0549 23.18, 25.61 -1.36
BXD84 m 27.94 2.3564   5 1.0538 0.0843 25.28, 30.82 -0.21
BXD85 m 33.974 2.8013   5 1.2528 0.0825 30.88, 38.14 1.59
BXD87 m 23.396 0.70557   5 0.31554 0.0302 22.14, 23.8 -1.57
BXD89 m 29.275 1.1399   4 0.56995 0.0389 27.64, 30.09 0.18
BXD90 m 24.978 1.3445   4 0.67225 0.0538 23.8, 26.85 -1.1
BXD95 m 26.48 2.5727   4 1.2864 0.0972 23.03, 29.19 -0.65
BXD98 m 27.578 1.1808   5 0.52809 0.0428 25.63, 28.7 -0.32
BXD99 m 27.636 0.47078   5 0.21054 0.017 26.97, 28.2 -0.31
C57BL/6J m 24.454 1.4662   5 0.65572 0.06 22.66, 25.99 -1.26
DBA/2J m 24.318 1.2601   5 0.56353 0.0518 23.02, 25.68 -1.3


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
BXD1 m 25.53 1.0960017128 27.6905753499 23.3694246501
BXD100 m 29.9633333333 1.4149321271 32.7526241161 27.1740425505
BXD101 m 24.09 1.2253671667 26.5055966765 21.6744033235
BXD11 m 26.62 1.0960017128 28.7805753499 24.4594246501
BXD12 m 26.012 1.0960017128 28.1725753499 23.8514246501
BXD16 m 37.84 1.0960017128 40.0005753499 35.6794246501
BXD2 m 31.42 1.2253671667 33.8355966765 29.0044033235
BXD27 m 32.856 1.0960017128 35.0165753499 30.6954246501
BXD32 m 28.99 1.0960017128 31.1505753499 26.8294246501
BXD34 m 28.845 1.2253671667 31.2605966765 26.4294033235
BXD39 m 33.472 1.0960017128 35.6325753499 31.3114246501
BXD40 m 23.3825 1.2253671667 25.7980966765 20.9669033235
BXD43 m 24.6975 1.2253671667 27.1130966765 22.2819033235
BXD44 m 27.4311111111 0.8169114444 29.0415088954 25.8207133268
BXD45 m 27.0 1.0960017128 29.1605753499 24.8394246501
BXD48 m 29.428 1.0960017128 31.5885753499 27.2674246501
BXD48a m 32.22 1.0960017128 34.3805753499 30.0594246501
BXD49 m 33.5475 1.2253671667 35.9630966765 31.1319033235
BXD50 m 31.042 1.0960017128 33.2025753499 28.8814246501
BXD51 m 29.2 1.0960017128 31.3605753499 27.0394246501
BXD53 m 27.256 1.0960017128 29.4165753499 25.0954246501
BXD55 m 25.404 1.0960017128 27.5645753499 23.2434246501
BXD56 m 29.318 1.0960017128 31.4785753499 27.1574246501
BXD6 m 26.834 1.0960017128 28.9945753499 24.6734246501
BXD60 m 31.76 1.0960017128 33.9205753499 29.5994246501
BXD61 m 28.75 1.4149321271 31.5392907828 25.9607092172
BXD62 m 27.2675 1.2253671667 29.6830966765 24.8519033235
BXD63 m 29.62 1.0960017128 31.7805753499 27.4594246501
BXD64 m 26.8325 1.2253671667 29.2480966765 24.4169033235
BXD65 m 32.5225 1.2253671667 34.9380966765 30.1069033235
BXD65a m 35.618 1.0960017128 37.7785753499 33.4574246501
BXD65b m 31.5875 1.2253671667 34.0030966765 29.1719033235
BXD66 m 32.256 1.0960017128 34.4165753499 30.0954246501
BXD67 m 29.356 1.0960017128 31.5165753499 27.1954246501
BXD68 m 28.548 1.0960017128 30.7085753499 26.3874246501
BXD69 m 30.802 1.0960017128 32.9625753499 28.6414246501
BXD70 m 27.46 1.2253671667 29.8755966765 25.0444033235
BXD71 m 29.992 1.0960017128 32.1525753499 27.8314246501
BXD73 m 28.6 1.0960017128 30.7605753499 26.4394246501
BXD73a m 31.594 1.0960017128 33.7545753499 29.4334246501
BXD73b m 34.03 1.0960017128 36.1905753499 31.8694246501
BXD75 m 29.024 1.0960017128 31.1845753499 26.8634246501
BXD77 m 26.708 1.0960017128 28.8685753499 24.5474246501
BXD79 m 27.814 1.0960017128 29.9745753499 25.6534246501
BXD8 m 24.615 1.2253671667 27.0305966765 22.1994033235
BXD81 m 22.235 1.2253671667 24.6505966765 19.8194033235
BXD83 m 24.0933333333 1.4149321271 26.8826241161 21.3040425505
BXD84 m 27.94 1.0960017128 30.1005753499 25.7794246501
BXD85 m 33.974 1.0960017128 36.1345753499 31.8134246501
BXD87 m 23.396 1.0960017128 25.5565753499 21.2354246501
BXD89 m 29.275 1.2253671667 31.6905966765 26.8594033235
BXD90 m 24.9775 1.2253671667 27.3930966765 22.5619033235
BXD95 m 26.48 1.2253671667 28.8955966765 24.0644033235
BXD98 m 27.578 1.0960017128 29.7385753499 25.4174246501
BXD99 m 27.636 1.0960017128 29.7965753499 25.4754246501
C57BL/6J m 24.454 1.0960017128 26.6145753499 22.2934246501
DBA/2J m 24.318 1.0960017128 26.4785753499 22.1574246501




  GWAS USING LINEAR MIXED MODELS