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Individual animal measured values

ID, description, units MPD:17826   mesenteric_fatwt_ctrl   mesenteric fat pad weight   [g]  control diet  
high-fat diet study
Data set, strains Cheverud1   LGXSM w/par   16 strains     sex: both     age: 20-30wks
Procedure fat pad weights


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Strain Sex Measured
Value		 Z score
within
strain/sex
group		 Animal ID
LGXSM10 f 1.39 0.52 34862
LGXSM10 f 1.12 0.01 34865
LGXSM10 f 0.800 -0.59 35114
LGXSM10 f 0.800 -0.59 35118
LGXSM10 f 1.47 0.67 35466
LGXSM10 f 1.92 1.51 35469
LGXSM10 f 0.310 -1.52 35774
LGXSM10 m 0.110 -1.21 35771
LGXSM10 m 0.480 -0.17 35470
LGXSM10 m 1.26 2.03 34210
LGXSM10 m 0.470 -0.20 34214
LGXSM10 m 0.670 0.37 34863
LGXSM10 m 0.720 0.51 35119
LGXSM10 m 0.230 -0.87 35311
LGXSM10 m 0.380 -0.45 35314
LGXSM15 f 0.490 0.29 35791
LGXSM15 f 0.370 -0.21 34189
LGXSM15 f 0.380 -0.17 35077
LGXSM15 f 0.730 1.29 35083
LGXSM15 f 0.0400 -1.58 35602
LGXSM15 f 0.640 0.92 35608
LGXSM15 f 0.230 -0.79 35613
LGXSM15 f 0.700 1.17 35757
LGXSM15 f 0.200 -0.92 35810
LGXSM15 m 1.07 1.27 35609
LGXSM15 m 0.720 0.11 34185
LGXSM15 m 0.550 -0.46 34191
LGXSM15 m 0.600 -0.29 34193
LGXSM15 m 1.17 1.61 34993
LGXSM15 m 0.390 -0.99 35082
LGXSM15 m 0.450 -0.79 35612
LGXSM15 m 0.960 0.91 35756
LGXSM15 m 0.190 -1.66 35789
LGXSM15 m 0.620 -0.22 35792
LGXSM15 m 0.840 0.51 35811
LGXSM18 f 0.300 -1.21 35192
LGXSM18 f 0.540 0.71 35030
LGXSM18 f 0.490 0.31 35032
LGXSM18 f 0.500 0.39 35160
LGXSM18 f 0.270 -1.44 35170
LGXSM18 f 0.440 -0.09 35175
LGXSM18 f 0.340 -0.89 35181
LGXSM18 f 0.530 0.63 35183
LGXSM18 f 0.650 1.59 35188
LGXSM18 m 0.320 -1.28 35553
LGXSM18 m 1.25 1.12 35171
LGXSM18 m 0.810 -0.02 35176
LGXSM18 m 1.18 0.94 35179
LGXSM18 m 0.830 0.04 35184
LGXSM18 m 1.26 1.14 35187
LGXSM18 m 0.380 -1.12 35365
LGXSM18 m 0.500 -0.81 35559
LGXSM19 f 0.820 -0.18 35754
LGXSM19 f 1.35 0.86 35291
LGXSM19 f 1.00 0.17 35627
LGXSM19 f 1.39 0.94 35935
LGXSM19 f 0.470 -0.87 35692
LGXSM19 f 0.300 -1.21 35722
LGXSM19 f 0.360 -1.09 35748
LGXSM19 f 1.62 1.39 35805
LGXSM19 m 1.32 -0.06 35237
LGXSM19 m 0.740 -1.35 35196
LGXSM19 m 1.99 1.44 35235
LGXSM19 m 1.71 0.82 35239
LGXSM19 m 1.04 -0.68 35289
LGXSM19 m 1.26 -0.19 35294
LGXSM19 m 1.61 0.59 35621
LGXSM19 m 1.71 0.82 35623
LGXSM19 m 0.730 -1.38 35624
LGXSM20 f 0.620 -0.35 42674
LGXSM20 f 0.660 -0.26 40994
LGXSM20 f 1.33 1.30 40998
LGXSM20 f 1.06 0.67 41001
LGXSM20 f 0.350 -0.98 41337
LGXSM20 f 0.0500 -1.68 41341
LGXSM20 f 1.02 0.58 41745
LGXSM20 f 1.08 0.72 42580
LGXSM20 m 0.840 0.94 41335
LGXSM20 m 1.06 1.76 39916
LGXSM20 m 0.570 -0.06 39918
LGXSM20 m 0.430 -0.58 40893
LGXSM20 m 0.510 -0.29 41000
LGXSM20 m 0.310 -1.03 41332
LGXSM20 m 0.390 -0.73 41339
LGXSM22 f 1.68 -0.07 35872
LGXSM22 f 2.77 1.76 34171
LGXSM22 f 2.24 0.87 34173
LGXSM22 f 1.48 -0.40 35368
LGXSM22 f 2.07 0.59 35370
LGXSM22 f 1.02 -1.18 35374
LGXSM22 f 1.30 -0.71 35445
LGXSM22 f 2.08 0.60 35534
LGXSM22 f 1.49 -0.39 35635
LGXSM22 f 0.550 -1.96 35780
LGXSM22 f 1.99 0.45 35799
LGXSM22 f 1.98 0.43 35942
LGXSM22 m 1.30 0.86 35372
LGXSM22 m 0.990 0.13 34170
LGXSM22 m 1.01 0.18 35375
LGXSM22 m 0.490 -1.04 35632
LGXSM22 m 1.40 1.09 35782
LGXSM22 m 0.920 -0.04 35797
LGXSM22 m 1.23 0.69 35943
LGXSM22 m 0.140 -1.86 36143
LGXSM23 f 2.07 0.94 35087
LGXSM23 f 1.29 0.13 35146
LGXSM23 f 3.27 2.19 35297
LGXSM23 f 0.320 -0.88 37438
LGXSM23 f 0.760 -0.43 37813
LGXSM23 f 0.370 -0.83 37814
LGXSM23 f 1.37 0.21 37815
LGXSM23 f 1.49 0.34 37921
LGXSM23 f 0.580 -0.61 34787
LGXSM23 f 0.160 -1.05 34857
LGXSM23 m 1.53 0.54 35145
LGXSM23 m 1.21 -0.02 35220
LGXSM23 m 0.900 -0.57 35222
LGXSM23 m 1.47 0.43 35221
LGXSM23 m 1.20 -0.04 34177
LGXSM23 m 1.64 0.73 34178
LGXSM23 m 1.05 -0.31 34219
LGXSM23 m 2.00 1.36 34223
LGXSM23 m 1.93 1.24 34786
LGXSM23 m 0.220 -1.76 34858
LGXSM23 m 1.39 0.29 35223
LGXSM23 m 1.28 0.10 35225
LGXSM23 m 0.0900 -1.99 35086
LGXSM31 f 0.710 1.06 41080
LGXSM31 f 0.440 -0.13 41577
LGXSM31 f 0.260 -0.93 40730
LGXSM31 m 1.02 -0.87 40732
LGXSM31 m 1.37 0.92 39635
LGXSM31 m 1.02 -0.87 39637
LGXSM31 m 1.35 0.81 40728
LGXSM33 f 0.430 -0.45 35675
LGXSM33 f 0.620 0.21 35679
LGXSM33 f 1.13 1.99 35682
LGXSM33 f 0.240 -1.11 35719
LGXSM33 f 0.710 0.52 35684
LGXSM33 f 0.390 -0.59 34809
LGXSM33 f 0.660 0.35 34812
LGXSM33 f 0.300 -0.91 35670
LGXSM33 m 0.840 1.33 35318
LGXSM33 m 0.690 0.18 34779
LGXSM33 m 0.700 0.26 34782
LGXSM33 m 0.620 -0.35 34814
LGXSM33 m 0.480 -1.42 35320
LGXSM35 f 0.430 -1.43 43067
LGXSM35 f 0.470 -1.03 41005
LGXSM35 f 0.620 0.46 41800
LGXSM35 f 0.610 0.36 41802
LGXSM35 f 0.640 0.66 41805
LGXSM35 f 0.510 -0.63 42660
LGXSM35 f 0.570 -0.04 42894
LGXSM35 f 0.740 1.65 43069
LGXSM35 m 0.620 -0.91 41181
LGXSM35 m 0.700 -0.75 41003
LGXSM35 m 1.55 0.97 41006
LGXSM35 m 0.740 -0.67 41177
LGXSM35 m 1.60 1.07 41179
LGXSM35 m 0.680 -0.79 41804
LGXSM35 m 1.63 1.13 42597
LGXSM35 m 1.48 0.83 42599
LGXSM35 m 1.36 0.59 42895
LGXSM35 m 0.340 -1.47 43065
LGXSM39 f 0.190 -0.59 36038
LGXSM39 f 0.820 1.40 35263
LGXSM39 f 0.910 1.68 35473
LGXSM39 f 0.140 -0.74 35650
LGXSM39 f 0.230 -0.46 35653
LGXSM39 f 0.0800 -0.93 35947
LGXSM39 f 0.720 1.08 35993
LGXSM39 f 0.180 -0.62 35995
LGXSM39 f 0.110 -0.84 35997
LGXSM39 f 0.380 0.01 36033
LGXSM39 m 0.0400 -1.00 35950
LGXSM39 m 0.430 0.35 34790
LGXSM39 m 0.0500 -0.97 35262
LGXSM39 m 0.890 1.96 35266
LGXSM39 m 0.340 0.04 35472
LGXSM39 m 0.240 -0.31 35476
LGXSM39 m 0.310 -0.06 35994
LGXSM4 f 0.310 -0.84 40283
LGXSM4 f 0.600 0.94 40163
LGXSM4 f 0.310 -0.84 40169
LGXSM4 f 0.260 -1.14 40293
LGXSM4 f 0.630 1.13 40174
LGXSM4 f 0.500 0.33 40241
LGXSM4 f 0.320 -0.78 40276
LGXSM4 f 0.640 1.19 40291
LGXSM4 m 1.15 1.03 40173
LGXSM4 m 1.29 1.48 40160
LGXSM4 m 0.540 -0.91 40164
LGXSM4 m 1.09 0.84 40167
LGXSM4 m 0.800 -0.08 40242
LGXSM4 m 0.590 -0.75 40246
LGXSM4 m 0.440 -1.23 40248
LGXSM4 m 0.710 -0.37 40275
LGXSM45 f 0.230 -0.29 34676
LGXSM45 f 0.350 1.14 34681
LGXSM45 f 0.250 -0.05 34763
LGXSM45 f 0.130 -1.47 34766
LGXSM45 f 0.310 0.67 43100
LGXSM45 m 0.710 0.17 36095
LGXSM45 m 0.880 0.90 36099
LGXSM45 m 0.420 -1.07 37175
LGXSM46 f 0.490 -0.72 41766
LGXSM46 f 0.210 -1.34 41421
LGXSM46 f 1.16 0.78 34245
LGXSM46 f 1.72 2.04 39057
LGXSM46 f 0.490 -0.72 39062
LGXSM46 f 0.900 0.20 40021
LGXSM46 f 0.960 0.34 40452
LGXSM46 f 0.590 -0.49 40455
LGXSM46 f 0.770 -0.09 41264
LGXSM46 m 1.74 1.76 41490
LGXSM46 m 1.44 0.98 34247
LGXSM46 m 1.25 0.49 39848
LGXSM46 m 1.15 0.23 40023
LGXSM46 m 0.680 -0.98 40025
LGXSM46 m 0.900 -0.41 40457
LGXSM46 m 0.360 -1.81 41125
LGXSM46 m 0.830 -0.59 41230
LGXSM46 m 0.920 -0.36 41266
LGXSM46 m 1.39 0.86 41488
LGXSM46 m 0.990 -0.18 41749
LGXSM48 f 1.05 0.62 42928
LGXSM48 f 1.76 2.24 40555
LGXSM48 f 0.0600 -1.64 41405
LGXSM48 f 0.530 -0.57 41408
LGXSM48 f 0.800 0.05 41533
LGXSM48 f 0.480 -0.68 41538
LGXSM48 f 0.800 0.05 41633
LGXSM48 f 0.670 -0.25 42692
LGXSM48 f 0.880 0.23 42694
LGXSM48 f 0.770 -0.02 43416
LGXSM48 m 0.910 -1.29 41634
LGXSM48 m 1.50 0.36 39981
LGXSM48 m 1.00 -1.04 40553
LGXSM48 m 1.12 -0.70 41404
LGXSM48 m 1.20 -0.48 41409
LGXSM48 m 1.81 1.22 41532
LGXSM48 m 1.66 0.80 41539
LGXSM48 m 1.78 1.13 41541
LGXSM5 f 0.520 -0.42 36237
LGXSM5 f 0.680 -0.10 35597
LGXSM5 f 0.690 -0.08 35879
LGXSM5 f 0.260 -0.94 36116
LGXSM5 f 0.590 -0.28 36120
LGXSM5 f 1.92 2.38 36163
LGXSM5 f 0.520 -0.42 36233
LGXSM5 f 0.670 -0.12 37136
LGXSM5 m 1.26 1.10 36088
LGXSM5 m 0.650 -1.06 35876
LGXSM5 m 0.890 -0.21 36085
LGXSM5 m 1.27 1.14 35893
LGXSM5 m 1.00 0.18 35895
LGXSM5 m 0.630 -1.14 35897