Individual animal measured values

ID, description, units MPD:17865   gr_juvenile_hifat   growth rate, age 4 to 10wks   [g/wk]  high-fat diet  
high-fat diet study
Data set, strains Cheverud1   LGXSM w/par   18 strains     sex: both     age: 12-16wks
Procedure body weight


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Strain Sex Measured
Value		 Z score
within
strain/sex
group		 Animal ID
LG/J m 0.709 0.63 44061
LG/J m 0.703 0.52 43070
LG/J m 0.617 -1.15 44059
LGXSM10 f 0.464 -1.51 35115
LGXSM10 f 0.596 1.21 35309
LGXSM10 f 0.590 1.08 35313
LGXSM10 f 0.555 0.36 35467
LGXSM10 f 0.585 0.98 35471
LGXSM10 f 0.514 -0.48 35778
LGXSM10 f 0.505 -0.67 35775
LGXSM10 f 0.545 0.16 34864
LGXSM10 f 0.482 -1.14 35112
LGXSM10 m 0.534 -0.94 35772
LGXSM10 m 0.481 -1.80 34208
LGXSM10 m 0.601 0.15 34213
LGXSM10 m 0.625 0.54 34216
LGXSM10 m 0.602 0.16 35113
LGXSM10 m 0.556 -0.58 35117
LGXSM10 m 0.678 1.40 35308
LGXSM10 m 0.674 1.33 35312
LGXSM10 m 0.661 1.12 35315
LGXSM10 m 0.583 -0.14 35468
LGXSM10 m 0.526 -1.07 35769
LGXSM10 m 0.582 -0.16 35776
LGXSM15 f 0.577 1.68 35611
LGXSM15 f 0.450 -0.52 34184
LGXSM15 f 0.465 -0.26 34188
LGXSM15 f 0.405 -1.30 35075
LGXSM15 f 0.419 -1.05 35081
LGXSM15 f 0.556 1.31 35601
LGXSM15 f 0.457 -0.40 35755
LGXSM15 f 0.487 0.12 35759
LGXSM15 f 0.504 0.41 35794
LGXSM15 m 0.491 -0.76 35809
LGXSM15 m 0.484 -0.86 34186
LGXSM15 m 0.540 -0.09 34187
LGXSM15 m 0.547 0.00 34190
LGXSM15 m 0.464 -1.13 34192
LGXSM15 m 0.475 -0.98 35079
LGXSM15 m 0.644 1.32 35603
LGXSM15 m 0.684 1.87 35610
LGXSM15 m 0.500 -0.64 35758
LGXSM15 m 0.589 0.57 35790
LGXSM15 m 0.598 0.70 35793
LGXSM18 f 0.452 1.46 35193
LGXSM18 f 0.353 -1.02 35031
LGXSM18 f 0.404 0.25 35159
LGXSM18 f 0.407 0.33 35163
LGXSM18 f 0.363 -0.77 35178
LGXSM18 f 0.329 -1.63 35182
LGXSM18 f 0.397 0.08 35186
LGXSM18 f 0.441 1.18 35191
LGXSM18 f 0.399 0.13 35558
LGXSM18 m 0.538 -0.02 35543
LGXSM18 m 0.549 0.21 35173
LGXSM18 m 0.609 1.43 35177
LGXSM18 m 0.527 -0.24 35180
LGXSM18 m 0.519 -0.41 35185
LGXSM18 m 0.454 -1.74 41063
LGXSM18 m 0.598 1.21 35366
LGXSM18 m 0.517 -0.45 35556
LGXSM19 f 0.486 -0.05 35292
LGXSM19 f 0.539 0.52 35290
LGXSM19 f 0.636 1.57 35630
LGXSM19 f 0.550 0.64 35690
LGXSM19 f 0.525 0.37 35693
LGXSM19 f 0.316 -1.89 35721
LGXSM19 f 0.389 -1.10 35726
LGXSM19 f 0.555 0.70 35751
LGXSM19 f 0.478 -0.14 35804
LGXSM19 f 0.433 -0.63 35931
LGXSM19 m 0.636 0.57 35625
LGXSM19 m 0.604 -0.43 35234
LGXSM19 m 0.610 -0.24 35236
LGXSM19 m 0.565 -1.66 35238
LGXSM19 m 0.590 -0.87 35288
LGXSM19 m 0.649 0.98 35293
LGXSM19 m 0.661 1.36 35620
LGXSM19 m 0.627 0.29 35622
LGXSM20 f 0.466 -1.41 42579
LGXSM20 f 0.554 0.44 40993
LGXSM20 f 0.575 0.88 40995
LGXSM20 f 0.585 1.10 40999
LGXSM20 f 0.582 1.03 41333
LGXSM20 f 0.524 -0.19 41338
LGXSM20 f 0.485 -1.01 41342
LGXSM20 f 0.493 -0.84 42582
LGXSM20 m 0.628 -0.02 41336
LGXSM20 m 0.515 -1.82 39917
LGXSM20 m 0.638 0.14 40892
LGXSM20 m 0.622 -0.11 40996
LGXSM20 m 0.692 1.00 41334
LGXSM20 m 0.680 0.81 41340
LGXSM22 f 0.657 0.64 35940
LGXSM22 f 0.561 -2.00 34101
LGXSM22 f 0.654 0.56 34168
LGXSM22 f 0.584 -1.37 34172
LGXSM22 f 0.632 -0.04 34174
LGXSM22 f 0.679 1.25 35369
LGXSM22 f 0.674 1.11 35371
LGXSM22 f 0.619 -0.40 35446
LGXSM22 f 0.622 -0.32 35535
LGXSM22 f 0.636 0.07 35783
LGXSM22 f 0.604 -0.82 35796
LGXSM22 f 0.680 1.28 35871
LGXSM22 f 0.635 0.04 35874
LGXSM22 m 0.694 -0.02 34102
LGXSM22 m 0.691 -0.06 35941
LGXSM22 m 0.677 -0.23 34103
LGXSM22 m 0.701 0.06 34104
LGXSM22 m 0.472 -2.70 34105
LGXSM22 m 0.654 -0.50 34169
LGXSM22 m 0.777 0.98 35373
LGXSM22 m 0.761 0.79 35376
LGXSM22 m 0.799 1.24 35631
LGXSM22 m 0.783 1.05 35633
LGXSM22 m 0.696 0.00 35781
LGXSM22 m 0.674 -0.26 35795
LGXSM22 m 0.667 -0.35 35873
LGXSM23 f 0.324 -0.74 35908
LGXSM23 f 0.473 1.17 36176
LGXSM23 f 0.253 -1.65 35085
LGXSM23 f 0.471 1.14 35295
LGXSM23 f 0.317 -0.83 35322
LGXSM23 f 0.389 0.09 35617
LGXSM23 f 0.424 0.54 35833
LGXSM23 f 0.403 0.27 35910
LGXSM23 m 0.699 2.03 35084
LGXSM23 m 0.504 -0.05 37812
LGXSM23 m 0.389 -1.28 37439
LGXSM23 m 0.551 0.45 35224
LGXSM23 m 0.596 0.93 35144
LGXSM23 m 0.496 -0.14 34788
LGXSM23 m 0.461 -0.51 34785
LGXSM23 m 0.545 0.39 34220
LGXSM23 m 0.406 -1.10 34179
LGXSM23 m 0.442 -0.72 34175
LGXSM31 f 0.642 1.76 41575
LGXSM31 f 0.483 -0.42 41578
LGXSM31 f 0.502 -0.16 43053
LGXSM31 f 0.467 -0.64 40729
LGXSM31 f 0.474 -0.54 41079
LGXSM31 m 0.691 1.48 40299
LGXSM31 m 0.604 -0.01 40936
LGXSM31 m 0.675 1.21 41574
LGXSM31 m 0.538 -1.14 43050
LGXSM31 m 0.550 -0.93 43052
LGXSM31 m 0.588 -0.28 39632
LGXSM31 m 0.585 -0.33 39636
LGXSM33 f 0.442 -0.29 41803
LGXSM33 f 0.437 -0.38 42601
LGXSM33 f 0.450 -0.15 43068
LGXSM33 f 0.456 -0.04 42898
LGXSM33 f 0.508 0.89 34808
LGXSM33 f 0.435 -0.42 34811
LGXSM33 f 0.432 -0.47 34813
LGXSM33 f 0.523 1.16 35669
LGXSM33 f 0.369 -1.60 35674
LGXSM33 f 0.393 -1.17 35677
LGXSM33 f 0.527 1.23 35681
LGXSM33 f 0.466 0.14 35687
LGXSM33 f 0.391 -1.21 39862
LGXSM33 f 0.573 2.06 41007
LGXSM33 f 0.472 0.25 41801
LGXSM33 m 0.548 -0.27 42598
LGXSM33 m 0.506 -1.06 34125
LGXSM33 m 0.532 -0.57 34126
LGXSM33 m 0.485 -1.45 34140
LGXSM33 m 0.515 -0.89 34781
LGXSM33 m 0.539 -0.44 34783
LGXSM33 m 0.528 -0.64 34810
LGXSM33 m 0.649 1.63 35666
LGXSM33 m 0.476 -1.62 35678
LGXSM33 m 0.637 1.41 41002
LGXSM33 m 0.545 -0.32 41004
LGXSM33 m 0.623 1.14 41008
LGXSM33 m 0.614 0.97 41178
LGXSM33 m 0.595 0.62 41180
LGXSM33 m 0.593 0.58 41182
LGXSM33 m 0.569 0.13 42893
LGXSM33 m 0.604 0.79 43064
LGXSM38 f 0.450 0.39 36035
LGXSM38 f 0.411 -0.98 34127
LGXSM38 f 0.452 0.46 34128
LGXSM38 f 0.403 -1.26 34132
LGXSM38 f 0.480 1.44 35265
LGXSM38 f 0.459 0.70 35475
LGXSM38 f 0.418 -0.74 36000
LGXSM38 m 0.529 0.56 35474
LGXSM38 m 0.549 1.39 34129
LGXSM38 m 0.516 0.02 34130
LGXSM38 m 0.513 -0.11 34131
LGXSM38 m 0.496 -0.81 35264
LGXSM38 m 0.476 -1.65 35382
LGXSM38 m 0.530 0.60 35951
LGXSM39 m 0.361 -1.02 34791
LGXSM39 m 0.584 0.98 34789
LGXSM39 m 0.478 0.03 39208
LGXSM4 f 0.552 0.86 40281
LGXSM4 f 0.560 0.99 40159
LGXSM4 f 0.503 0.09 40165
LGXSM4 f 0.423 -1.18 40172
LGXSM4 f 0.431 -1.05 40176
LGXSM4 f 0.425 -1.15 40272
LGXSM4 f 0.515 0.28 40292
LGXSM4 f 0.571 1.17 40286
LGXSM4 m 0.638 -0.11 40158
LGXSM4 m 0.715 1.01 40161
LGXSM4 m 0.707 0.89 40166
LGXSM4 m 0.553 -1.34 40170
LGXSM4 m 0.574 -1.03 40175
LGXSM4 m 0.685 0.57 40271
LGXSM45 f 0.363 -0.08 43101
LGXSM45 f 0.395 0.62 34677
LGXSM45 f 0.398 0.68 34733
LGXSM45 f 0.389 0.49 34765
LGXSM45 f 0.288 -1.71 43099
LGXSM45 m 0.508 0.65 37174
LGXSM45 m 0.534 1.04 35960
LGXSM45 m 0.419 -0.66 36098
LGXSM45 m 0.394 -1.03 39211
LGXSM46 f 0.479 -0.24 41420
LGXSM46 f 0.476 -0.31 34249
LGXSM46 f 0.457 -0.76 39061
LGXSM46 f 0.516 0.64 40020
LGXSM46 f 0.511 0.52 40022
LGXSM46 f 0.530 0.98 40454
LGXSM46 f 0.428 -1.45 40456
LGXSM46 f 0.556 1.60 41262
LGXSM46 f 0.448 -0.98 41422
LGXSM46 m 0.611 -0.05 41489
LGXSM46 m 0.698 1.32 39847
LGXSM46 m 0.601 -0.21 39855
LGXSM46 m 0.577 -0.59 40024
LGXSM46 m 0.591 -0.37 40453
LGXSM46 m 0.588 -0.42 40458
LGXSM46 m 0.754 2.21 41126
LGXSM46 m 0.544 -1.11 41225
LGXSM46 m 0.575 -0.62 41227
LGXSM46 m 0.605 -0.15 41748
LGXSM48 f 0.385 -0.56 41635
LGXSM48 f 0.482 1.07 40554
LGXSM48 f 0.450 0.53 41530
LGXSM48 f 0.410 -0.14 41535
LGXSM48 f 0.452 0.56 41536
LGXSM48 f 0.304 -1.92 42693
LGXSM48 f 0.447 0.48 42695
LGXSM48 m 0.503 -0.29 41631
LGXSM48 m 0.493 -0.49 39797
LGXSM48 m 0.563 0.90 39982
LGXSM48 m 0.611 1.84 41407
LGXSM48 m 0.536 0.36 41410
LGXSM48 m 0.480 -0.74 41531
LGXSM48 m 0.504 -0.27 41537
LGXSM48 m 0.451 -1.31 41540
LGXSM5 f 0.371 -0.70 36238
LGXSM5 f 0.459 0.91 35598
LGXSM5 f 0.442 0.59 35878
LGXSM5 f 0.375 -0.63 36086
LGXSM5 f 0.510 1.84 36117
LGXSM5 f 0.391 -0.34 36160
LGXSM5 f 0.356 -0.98 36234
LGXSM5 f 0.372 -0.69 37137
LGXSM5 m 0.540 -0.39 35894
LGXSM5 m 0.540 -0.39 34074
LGXSM5 m 0.545 -0.34 34075
LGXSM5 m 0.539 -0.41 35875
LGXSM5 m 0.637 0.72 35877
LGXSM5 m 0.786 2.44 35892
LGXSM5 m 0.532 -0.49 35898
LGXSM5 m 0.514 -0.69 36087
LGXSM5 m 0.535 -0.45 35896
SM/J m 0.467 0.38 39349
SM/J m 0.448 0.10 39354
SM/J m 0.468 0.39 39351
SM/J m 0.359 -1.20 39312
SM/J m 0.366 -1.10 39313
SM/J m 0.539 1.43 39348