Project measure / variable:   Zheng1   Lpressure

ID, description, units MPD:29808   Lpressure   middle ear pressure at maximum compliance, left ear   [daPa]  
Data set, strains Zheng1   inbred   61 strains     sex: both     age: 5-68wks
Procedure tympanometry
Ontology mappings

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  STRAIN COMPARISON PLOT
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Zheng1 - middle ear pressure at maximum compliance, left ear

129X1/SvJ129S1/SvImJBALB/cJA/WySnJAKR/JYBR/EiJRBF/DnJSWR/JA/HeJMOLF/EiJNOR/LtJC57BL/10SnJP/JMOLD/RkJSJL/BmNZW/LacJC57L/JBXA14/PgnJDBA/1LacJMRL/MpJLP/JC57BR/cdJWSB/EiJC3H/HeOuJ129T2/SvEmsJRF/JC58/JCBA/JBXSB/MpJC3HeB/FeJCBA/CaJC3H/HeJDBA/2JNZB/BlNJBALB/cByJCE/JSJL/J129P1/ReJNON/ShiLtJCAST/EiJC3H/HeSnJRIIIS/JKK/HlJFVB/NJDBA/1JC57BL/6JC57BL/6ByJC57BLKS/JSEA/GnJPERA/EiJBUB/BnJNZO/HlLtJSM/JCBA/CaH-T(14;15)6Ca/JSPRET/EiJEL/SuzSeyFrkJMA/MyJCBA/CaGnLeJPL/J129P3/JI/LnJ daPa -160-140-120-100-80-60-40-20femalemale


  MEASURE SUMMARY
Measure Summary FemaleMale
Number of strains tested54 strains56 strains
Mean of the strain means-106   daPa -105   daPa
Median of the strain means-107   daPa -106   daPa
SD of the strain means± 17.4 ± 15.2
Coefficient of variation (CV)-0.164 -0.144
Min–max range of strain means-149   –   -65.8   daPa -150   –   -67.6   daPa
Mean sample size per strain4.1   mice 3.6   mice


  ANOVA, Q-Q NORMALITY ASSESSMENT
ANOVA summary      
FactorDFSum of squaresMean sum of squaresF valuep value (Pr>F)
sex 1 76.5367 76.5367 0.304 0.5819
strain 48 59040.4365 1230.0091 4.8851 < 0.0001
sex:strain 48 33278.7656 693.3076 2.7536 < 0.0001
Residuals 274 68989.2267 251.7855


Q-Q normality assessment based on residuals

  


  STRAIN MEANS (UNADJUSTED)
  
Select table page: 1 - 10 / 110 (110)
Strain
Sex
Mean
SD
N mice
SEM
CV
Min, Max
Z score
129P1/ReJ m -108.0 15.8   3 9.1 -0.147 -123.0, -91.5 -0.19
129P3/J f -136.0 20.3   3 11.7 -0.149 -154.0, -114.0 -1.74
129P3/J m -125.0 4.93   3 2.85 -0.0396 -128.0, -119.0 -1.31
129S1/SvImJ f -88.6 8.96   6 3.66 -0.101 -97.7, -75.3 0.99
129S1/SvImJ m -67.6 7.9   4 3.95 -0.117 -75.2, -56.6 2.47
129T2/SvEmsJ f -114.0 13.6   5 6.1 -0.119 -126.0, -91.0 -0.47
129T2/SvEmsJ m -88.1 10.9   5 4.88 -0.124 -102.0, -74.4 1.12
129X1/SvJ m -67.7 10.0   4 5.0 -0.148 -81.7, -60.0 2.47
A/HeJ f -73.8 32.4   6 13.2 -0.439 -114.0, -21.0 1.85
A/HeJ m -109.0 6.43   3 3.71 -0.0592 -116.0, -104.0 -0.25
AKR/J f -78.3 25.0   2   17.7 -0.319 -96.0, -60.7 1.59
AKR/J m -93.1 16.9   3 9.73 -0.181 -110.0, -76.3 0.79
A/WySnJ f -65.8 20.0   6 8.18 -0.305 -91.0, -36.7 2.31
A/WySnJ m -104.0 7.56   4 3.78 -0.0726 -111.0, -93.4 0.08
BALB/cByJ f -132.0 14.8   4 7.42 -0.112 -151.0, -120.0 -1.51
BALB/cByJ m -81.9 10.5   4 5.26 -0.129 -94.0, -69.5 1.53
BALB/cJ f -79.1 8.26   4 4.13 -0.104 -88.0, -68.0 1.54
BUB/BnJ f -87.6 20.5   5 9.15 -0.234 -112.0, -56.0 1.05
BUB/BnJ m -150.0 29.0   2   20.5 -0.194 -170.0, -129.0 -2.95
BXA14/PgnJ f -82.7 10.4   2   7.35 -0.126 -90.0, -75.3 1.33
BXA14/PgnJ m -112.0 19.3   2   13.7 -0.172 -126.0, -98.7 -0.45
BXSB/MpJ f -96.8 8.07   5 3.61 -0.0834 -104.0, -84.0 0.52
BXSB/MpJ m -114.0 8.96   5 4.0 -0.0784 -124.0, -103.0 -0.58
C3HeB/FeJ f -99.0 4.66   5 2.09 -0.0471 -107.0, -95.0 0.4
C3HeB/FeJ m -112.0 8.96   5 4.01 -0.0797 -124.0, -102.0 -0.45
C3H/HeJ f -110.0 14.8   5 6.62 -0.134 -134.0, -99.2 -0.24
C3H/HeJ m -101.0 4.34   6 1.77 -0.043 -106.0, -96.2 0.27
C3H/HeOuJ m -101.0 12.6   4 6.32 -0.125 -114.0, -87.3 0.27
C3H/HeSnJ f -114.0 13.3   5 5.94 -0.117 -128.0, -97.0 -0.47
C3H/HeSnJ m -106.0 7.37   3 4.26 -0.0698 -114.0, -100.0 -0.06
C57BL/10SnJ m -94.2 9.41   3 5.43 -0.1 -99.8, -83.3 0.72
C57BL/6ByJ f -123.0 18.3   6 7.47 -0.149 -158.0, -107.0 -0.99
C57BL/6ByJ m -107.0 23.6   3 13.6 -0.221 -126.0, -80.5 -0.12
C57BL/6J f -119.0 5.85   6 2.39 -0.0493 -125.0, -109.0 -0.76
C57BL/6J m -111.0 14.6   4 7.3 -0.132 -129.0, -93.5 -0.39
C57BLKS/J f -114.0 10.0   3 5.78 -0.0876 -122.0, -103.0 -0.47
C57BLKS/J m -119.0 7.0   3 4.04 -0.0588 -127.0, -114.0 -0.91
C57BR/cdJ f -93.7 4.07   3 2.35 -0.0435 -96.5, -89.0 0.7
C57BR/cdJ m -106.0 33.6   3 19.4 -0.315 -145.0, -83.5 -0.06
C57L/J m -97.0 11.3   6 4.62 -0.117 -112.0, -83.5 0.54
C58/J f -95.8 5.71   3 3.29 -0.0596 -102.0, -90.8 0.58
C58/J m -109.0 18.1   3 10.5 -0.167 -124.0, -88.8 -0.25
CAST/EiJ f -115.0 16.6   5 7.41 -0.144 -134.0, -94.5 -0.53
CAST/EiJ m -103.0 12.1   4 6.03 -0.117 -112.0, -85.0 0.14
CBA/CaGnLeJ f -113.0 22.8   4 11.4 -0.202 -143.0, -87.5 -0.41
CBA/CaGnLeJ m -135.0 6.11   3 3.53 -0.0451 -142.0, -130.0 -1.97
CBA/CaH-T(14;15)6Ca/J f -122.0 2.65   3 1.53 -0.0217 -125.0, -120.0 -0.93
CBA/CaH-T(14;15)6Ca/J m -119.0 9.45   3 5.46 -0.0792 -130.0, -112.0 -0.91
CBA/CaJ f -104.0 11.6   3 6.69 -0.112 -116.0, -93.0 0.11
CBA/CaJ m -107.0 8.72   4 4.36 -0.0815 -120.0, -102.0 -0.12
CBA/J f -108.0 11.7   6 4.78 -0.108 -122.0, -89.0 -0.12
CBA/J m -101.0 35.0   3 20.2 -0.347 -132.0, -63.0 0.27
CE/J f -98.0 24.2   3 14.0 -0.247 -120.0, -72.0 0.45
CE/J m -116.0 5.0   3 2.89 -0.0431 -121.0, -111.0 -0.71
DBA/1J f -115.0 12.6   4 6.29 -0.11 -130.0, -103.0 -0.53
DBA/1LacJ f -97.5 18.4   6 7.51 -0.189 -122.0, -77.5 0.48
DBA/1LacJ m -98.0 8.89   3 5.13 -0.0907 -108.0, -91.0 0.47
DBA/2J f -120.0 19.0   6 7.77 -0.158 -138.0, -89.5 -0.81
DBA/2J m -92.0 19.1   3 11.0 -0.207 -114.0, -80.5 0.87
EL/SuzSeyFrkJ f -135.0 15.9   3 9.21 -0.118 -153.0, -122.0 -1.68
EL/SuzSeyFrkJ m -109.0 22.4   5 10.0 -0.204 -133.0, -77.7 -0.25
FVB/NJ f -112.0 6.61   5 2.96 -0.0589 -122.0, -104.0 -0.35
I/LnJ f -149.0 5.51   3 3.18 -0.037 -155.0, -145.0 -2.48
I/LnJ m -129.0 15.5   3 8.95 -0.12 -147.0, -118.0 -1.57
KK/HlJ f -119.0 10.0   3 5.78 -0.0839 -129.0, -109.0 -0.76
KK/HlJ m -104.0 13.5   6 5.53 -0.13 -122.0, -92.5 0.08
LP/J f -106.0 17.9   6 7.29 -0.169 -121.0, -71.4 -0.01
LP/J m -91.8 10.1   5 4.52 -0.11 -102.0, -77.5 0.88
MA/MyJ f -138.0 12.0   2   8.5 -0.0874 -146.0, -129.0 -1.85
MA/MyJ m -109.0 16.1   4 8.05 -0.148 -121.0, -85.5 -0.25
MOLD/RkJ f -88.3 14.4   3 8.33 -0.163 -105.0, -80.0 1.01
MOLD/RkJ m -103.0 10.8   3 6.23 -0.104 -111.0, -91.0 0.14
MOLF/EiJ f -101.0 7.52   3 4.34 -0.0744 -106.0, -92.5 0.28
MOLF/EiJ m -83.0 13.4   3 7.75 -0.162 -91.0, -67.5 1.46
MRL/MpJ f -107.0 35.0   6 14.3 -0.328 -156.0, -53.5 -0.07
MRL/MpJ m -90.1 9.4   5 4.21 -0.104 -105.0, -79.2 0.99
NON/ShiLtJ f -110.0 16.2   3 9.33 -0.147 -128.0, -96.5 -0.24
NON/ShiLtJ m -107.0 3.0   5 1.34 -0.028 -110.0, -103.0 -0.12
NOR/LtJ f -88.4 21.2   4 10.6 -0.239 -115.0, -64.5 1.01
NOR/LtJ m -96.2 8.13   2   5.75 -0.0845 -102.0, -90.5 0.59
NZB/BlNJ m -106.0 19.7   5 8.79 -0.185 -129.0, -77.3 -0.06
NZO/HlLtJ f -121.0 12.9   5 5.75 -0.106 -140.0, -108.0 -0.87
NZO/HlLtJ m -117.0 18.4   2   13.0 -0.157 -130.0, -104.0 -0.78
NZW/LacJ f -96.6 15.5   4 7.77 -0.161 -112.0, -75.0 0.53
PERA/EiJ f -118.0 7.05   4 3.52 -0.06 -124.0, -110.0 -0.7
PERA/EiJ m -116.0 5.66   2   4.0 -0.0488 -120.0, -112.0 -0.71
P/J f -97.5 3.97   3 2.29 -0.0407 -102.0, -94.5 0.48
P/J m -91.0 15.9   3 9.18 -0.175 -108.0, -76.5 0.93
PL/J f -124.0 11.9   3 6.89 -0.096 -134.0, -111.0 -1.04
PL/J m -134.0 9.81   3 5.67 -0.0731 -140.0, -123.0 -1.9
RBF/DnJ f -90.8 18.4   4 9.2 -0.203 -109.0, -65.5 0.87
RBF/DnJ m -84.9 1.85   3 1.07 -0.0218 -87.0, -83.5 1.33
RF/J f -95.8 3.72   3 2.15 -0.0389 -100.0, -93.0 0.58
RF/J m -109.0 6.03   3 3.48 -0.0555 -115.0, -103.0 -0.25
RIIIS/J f -112.0 8.14   3 4.7 -0.0725 -118.0, -103.0 -0.35
RIIIS/J m -110.0 12.3   6 5.02 -0.112 -124.0, -96.0 -0.32
SEA/GnJ f -117.0 12.1   3 7.0 -0.104 -130.0, -106.0 -0.64
SEA/GnJ m -117.0 8.89   3 5.13 -0.076 -124.0, -107.0 -0.78
SJL/Bm f -95.3 20.6   3 11.9 -0.216 -117.0, -76.0 0.61
SJL/Bm m -97.9 17.7   3 10.2 -0.181 -111.0, -77.8 0.48
SJL/J f -107.0 9.37   5 4.19 -0.0872 -118.0, -97.0 -0.07
SM/J m -120.0 13.2   5 5.89 -0.11 -134.0, -106.0 -0.98
SPRET/EiJ f -123.0 6.24   3 3.61 -0.0508 -130.0, -118.0 -0.99
SPRET/EiJ m -120.0 22.6   2   16.0 -0.189 -136.0, -104.0 -0.98
SWR/J f -91.9 13.8   6 5.63 -0.15 -110.0, -74.0 0.8
SWR/J m -89.1 19.4   6 7.91 -0.218 -114.0, -60.0 1.06
WSB/EiJ f -95.0 14.2   3 8.17 -0.149 -109.0, -80.7 0.63
WSB/EiJ m -107.0 16.4   3 9.45 -0.154 -125.0, -93.7 -0.12
YBR/EiJ f -82.2 34.0   3 19.6 -0.413 -121.0, -58.0 1.36
YBR/EiJ m -92.8 30.5   3 17.6 -0.328 -128.0, -74.0 0.81


  LEAST SQUARES MEANS (MODEL-ADJUSTED)
Strain Sex Mean SEM UpperCL LowerCL
129P3/J f -136.0 9.1612 -117.9646 -154.0354
129P3/J m -124.6667 9.1612 -106.6313 -142.702
129S1/SvImJ f -88.6 6.478 -75.8471 -101.3529
129S1/SvImJ m -67.625 7.9339 -52.0059 -83.2441
129T2/SvEmsJ f -114.4 7.0963 -100.4299 -128.3701
129T2/SvEmsJ m -88.06 7.0963 -74.0899 -102.0301
A/HeJ f -73.75 6.478 -60.9971 -86.5029
A/HeJ m -108.6667 9.1612 -90.6313 -126.702
AKR/J f -78.35 11.2202 -56.2613 -100.4387
AKR/J m -93.1 9.1612 -75.0646 -111.1354
A/WySnJ f -65.7667 6.478 -53.0137 -78.5196
A/WySnJ m -104.1 7.9339 -88.4809 -119.7191
BALB/cByJ f -132.5 7.9339 -116.8809 -148.1191
BALB/cByJ m -81.875 7.9339 -66.2559 -97.4941
BUB/BnJ f -87.6 7.0963 -73.6299 -101.5701
BUB/BnJ m -149.5 11.2202 -127.4113 -171.5887
BXA14/PgnJ f -82.65 11.2202 -60.5613 -104.7387
BXA14/PgnJ m -112.35 11.2202 -90.2613 -134.4387
BXSB/MpJ f -96.8 7.0963 -82.8299 -110.7701
BXSB/MpJ m -114.2 7.0963 -100.2299 -128.1701
C3HeB/FeJ f -99.0 7.0963 -85.0299 -112.9701
C3HeB/FeJ m -112.4 7.0963 -98.4299 -126.3701
C3H/HeJ f -110.44 7.0963 -96.4699 -124.4101
C3H/HeJ m -100.9333 6.478 -88.1804 -113.6863
C3H/HeSnJ f -114.0 7.0963 -100.0299 -127.9701
C3H/HeSnJ m -105.6667 9.1612 -87.6313 -123.702
C57BL/6ByJ f -122.6667 6.478 -109.9137 -135.4196
C57BL/6ByJ m -106.8333 9.1612 -88.798 -124.8687
C57BL/6J f -118.6667 6.478 -105.9137 -131.4196
C57BL/6J m -110.625 7.9339 -95.0059 -126.2441
C57BLKS/J f -114.3333 9.1612 -96.298 -132.3687
C57BLKS/J m -119.0 9.1612 -100.9646 -137.0354
C57BR/cdJ f -93.6667 9.1612 -75.6313 -111.702
C57BR/cdJ m -106.5 9.1612 -88.4646 -124.5354
C58/J f -95.7667 9.1612 -77.7313 -113.802
C58/J m -108.9333 9.1612 -90.898 -126.9687
CAST/EiJ f -115.1 7.0963 -101.1299 -129.0701
CAST/EiJ m -102.75 7.9339 -87.1309 -118.3691
CBA/CaGnLeJ f -113.125 7.9339 -97.5059 -128.7441
CBA/CaGnLeJ m -135.3333 9.1612 -117.298 -153.3687
CBA/CaH-T(14;15)6Ca/J f -122.0 9.1612 -103.9646 -140.0354
CBA/CaH-T(14;15)6Ca/J m -119.3333 9.1612 -101.298 -137.3687
CBA/CaJ f -103.6667 9.1612 -85.6313 -121.702
CBA/CaJ m -107.0 7.9339 -91.3809 -122.6191
CBA/J f -108.0 6.478 -95.2471 -120.7529
CBA/J m -101.0 9.1612 -82.9646 -119.0354
CE/J f -98.0 9.1612 -79.9646 -116.0354
CE/J m -116.0 9.1612 -97.9646 -134.0354
DBA/1LacJ f -97.5 6.478 -84.7471 -110.2529
DBA/1LacJ m -98.0 9.1612 -79.9646 -116.0354
DBA/2J f -120.4167 6.478 -107.6637 -133.1696
DBA/2J m -92.0 9.1612 -73.9646 -110.0354
EL/SuzSeyFrkJ f -135.3333 9.1612 -117.298 -153.3687
EL/SuzSeyFrkJ m -109.34 7.0963 -95.3699 -123.3101
I/LnJ f -148.6667 9.1612 -130.6313 -166.702
I/LnJ m -129.3333 9.1612 -111.298 -147.3687
KK/HlJ f -119.3333 9.1612 -101.298 -137.3687
KK/HlJ m -104.0833 6.478 -91.3304 -116.8363
LP/J f -105.9 6.478 -93.1471 -118.6529
LP/J m -91.76 7.0963 -77.7899 -105.7301
MA/MyJ f -137.5 11.2202 -115.4113 -159.5887
MA/MyJ m -108.625 7.9339 -93.0059 -124.2441
MOLD/RkJ f -88.3333 9.1612 -70.298 -106.3687
MOLD/RkJ m -103.3333 9.1612 -85.298 -121.3687
MOLF/EiJ f -101.1667 9.1612 -83.1313 -119.202
MOLF/EiJ m -83.0 9.1612 -64.9646 -101.0354
MRL/MpJ f -106.8333 6.478 -94.0804 -119.5863
MRL/MpJ m -90.14 7.0963 -76.1699 -104.1101
NON/ShiLtJ f -110.1667 9.1612 -92.1313 -128.202
NON/ShiLtJ m -107.0 7.0963 -93.0299 -120.9701
NOR/LtJ f -88.375 7.9339 -72.7559 -103.9941
NOR/LtJ m -96.25 11.2202 -74.1613 -118.3387
NZO/HlLtJ f -120.8 7.0963 -106.8299 -134.7701
NZO/HlLtJ m -117.0 11.2202 -94.9113 -139.0887
PERA/EiJ f -117.5 7.9339 -101.8809 -133.1191
PERA/EiJ m -116.0 11.2202 -93.9113 -138.0887
P/J f -97.5 9.1612 -79.4646 -115.5354
P/J m -91.0 9.1612 -72.9646 -109.0354
PL/J f -124.3333 9.1612 -106.298 -142.3687
PL/J m -134.3333 9.1612 -116.298 -152.3687
RBF/DnJ f -90.75 7.9339 -75.1309 -106.3691
RBF/DnJ m -84.9 9.1612 -66.8646 -102.9354
RF/J f -95.7667 9.1612 -77.7313 -113.802
RF/J m -108.6667 9.1612 -90.6313 -126.702
RIIIS/J f -112.3333 9.1612 -94.298 -130.3687
RIIIS/J m -110.0667 6.478 -97.3137 -122.8196
SEA/GnJ f -117.0 9.1612 -98.9646 -135.0354
SEA/GnJ m -117.0 9.1612 -98.9646 -135.0354
SJL/Bm f -95.3333 9.1612 -77.298 -113.3687
SJL/Bm m -97.9333 9.1612 -79.898 -115.9687
SPRET/EiJ f -123.0 9.1612 -104.9646 -141.0354
SPRET/EiJ m -120.0 11.2202 -97.9113 -142.0887
SWR/J f -91.9167 6.478 -79.1637 -104.6696
SWR/J m -89.0833 6.478 -76.3304 -101.8363
WSB/EiJ f -95.0 9.1612 -76.9646 -113.0354
WSB/EiJ m -106.5667 9.1612 -88.5313 -124.602
YBR/EiJ f -82.1667 9.1612 -64.1313 -100.202
YBR/EiJ m -92.8333 9.1612 -74.798 -110.8687


  LEAST SQUARES MEANS (MODEL-ADJUSTED), SEXES COMBINED
Strain Sex Mean SEM UpperCL LowerCL
129P3/J both -130.3333 6.478 -117.5804 -143.0863
129S1/SvImJ both -78.1125 5.1213 -68.0304 -88.1946
129T2/SvEmsJ both -101.23 5.0178 -91.3516 -111.1084
A/HeJ both -91.2083 5.6101 -80.164 -102.2527
AKR/J both -85.725 7.2426 -71.4668 -99.9832
A/WySnJ both -84.9333 5.1213 -74.8512 -95.0154
BALB/cByJ both -107.1875 5.6101 -96.1431 -118.2319
BUB/BnJ both -118.55 6.638 -105.4821 -131.6179
BXA14/PgnJ both -97.5 7.9339 -81.8809 -113.1191
BXSB/MpJ both -105.5 5.0178 -95.6216 -115.3784
C3HeB/FeJ both -105.7 5.0178 -95.8216 -115.5784
C3H/HeJ both -105.6867 4.8042 -96.2288 -115.1445
C3H/HeSnJ both -109.8333 5.7941 -98.4268 -121.2399
C57BL/6ByJ both -114.75 5.6101 -103.7056 -125.7944
C57BL/6J both -114.6458 5.1213 -104.5637 -124.7279
C57BLKS/J both -116.6667 6.478 -103.9137 -129.4196
C57BR/cdJ both -100.0833 6.478 -87.3304 -112.8363
C58/J both -102.35 6.478 -89.5971 -115.1029
CAST/EiJ both -108.925 5.3222 -98.4474 -119.4026
CBA/CaGnLeJ both -124.2292 6.0596 -112.2999 -136.1585
CBA/CaH-T(14;15)6Ca/J both -120.6667 6.478 -107.9137 -133.4196
CBA/CaJ both -105.3333 6.0596 -93.404 -117.2626
CBA/J both -104.5 5.6101 -93.4556 -115.5444
CE/J both -107.0 6.478 -94.2471 -119.7529
DBA/1LacJ both -97.75 5.6101 -86.7056 -108.7944
DBA/2J both -106.2083 5.6101 -95.164 -117.2527
EL/SuzSeyFrkJ both -122.3367 5.7941 -110.9301 -133.7432
I/LnJ both -139.0 6.478 -126.2471 -151.7529
KK/HlJ both -111.7083 5.6101 -100.664 -122.7527
LP/J both -98.83 4.8042 -89.3722 -108.2878
MA/MyJ both -123.0625 6.8709 -109.536 -136.589
MOLD/RkJ both -95.8333 6.478 -83.0804 -108.5863
MOLF/EiJ both -92.0833 6.478 -79.3304 -104.8363
MRL/MpJ both -98.4867 4.8042 -89.0288 -107.9445
NON/ShiLtJ both -108.5833 5.7941 -97.1768 -119.9899
NOR/LtJ both -92.3125 6.8709 -78.786 -105.839
NZO/HlLtJ both -118.9 6.638 -105.8321 -131.9679
PERA/EiJ both -116.75 6.8709 -103.2235 -130.2765
P/J both -94.25 6.478 -81.4971 -107.0029
PL/J both -129.3333 6.478 -116.5804 -142.0863
RBF/DnJ both -87.825 6.0596 -75.8957 -99.7543
RF/J both -102.2167 6.478 -89.4637 -114.9696
RIIIS/J both -111.2 5.6101 -100.1556 -122.2444
SEA/GnJ both -117.0 6.478 -104.2471 -129.7529
SJL/Bm both -96.6333 6.478 -83.8804 -109.3863
SPRET/EiJ both -121.5 7.2426 -107.2418 -135.7582
SWR/J both -90.5 4.5806 -81.4823 -99.5177
WSB/EiJ both -100.7833 6.478 -88.0304 -113.5363
YBR/EiJ both -87.5 6.478 -74.7471 -100.2529




  GWAS USING LINEAR MIXED MODELS

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