/* Information from title page "Bulletin 152 October, 1928 Storrs Agricultural Experiment Station at the Connecticut Agricultural College, Storrs, Connecticut THE EFFECT OF INBREEDING ON THE BONES OF THE FOWL Department of Genetics" page numbers are 55 Usually cited as: Dunn, L. C. 1928. The effect of inbreeding on the bones of the fowl. Bulletin Storrs Agricultural Experiment Station 152: 55-112. Specimen numbers, followed by six measurements: Note that CR_I is the cranial index = 100*SK_L/SK_B while SUM=SK_L+FEM+TIB+HUM+ULN. If any measure is missing (.) then specimen is deleted. If the observed ratio differed by more than 10% the number and values are printed to the LOG. Also if TOT and SUM differ by more than .01 this is also indicated in the LOG. These notes added on 1/5/93 From Appendix , page 77, "Explanation of Appendix Tables", "These tables contain all of the original data on which this bulletin is based. The measurements were made on the skull and the long bones, of the right side of the body, prepared and dried according to the technique described on p. 58. All measurements except those of the tibia were made with vernier calipers sensitive to 0.1 mm. The measurements of the tibia were made with calipers sensitive to 0.5 mm." "The abbreviations used in the tables are as follows: .... [first set not relevant LFM] Cranial Index= Breadth Cranium x 100/Length Cranium Total length = Sum of length measurements, i.e., Length of Cranium + Femur + Tibia + Humerus + Ulna" B="Bone broken or landmarks injured during preparation" C="Measurements or total calculated from portion of bone or from lengths of other bones. Such calculated measurements have not been included in averages except those for total length" M="Bone missing, i.e., not saved or lost during preparation" O="An individual from an egg laid outside the trapnest. The father is known and the generation of the mother, but the mother's number is not known" Additional information about measurement details etc. is given in that and cited publications. I created the following additional codes as convenient. A = all measurements present and no problems L = This was acutally put in front of the individual number, eg. L944 PM = +- signs indicated after the age in days Q = ? on one of the items or PM T = an additional superscript or notation with no explanation X = value estimated other than total The EXCLUDE variable was used to indicate those specimens where the C option was applied to an individual measurement, as opposed to the total. Excluding those and all with missing data gave a count of 276 as reported by Wright - but these do not exactly give his statistics. Some errors here or in Wright, use of different criteria or perhaps rounding at some stage account for the differences? */ data raw;input no $ SK_L SK_B CR_I FEM TIB HUM ULN TOT AGE CODE $ EXC $; ratio=(SK_B/SK_L)*100; IF SK_L=. OR SK_B=. OR FEM=. OR TIB=. OR HUM= . OR ULN= . OR CR_I= . OR TOT = . THEN DELETE; if abs(ratio-CR_I)>.1 then put no CR_I ratio; if exc='EXCLUDE' THEN DELETE; cards; 45 37.8 29.2 77.3 74.7 112.0 73.7 66.5 364.7 2167 A . 105 40.5 31.2 77.0 81.5 124.0 79.2 72.3 397.5 2513 A . 277 40.3 31.0 76.9 80.3 116.5 78.6 73.8 389.5 2158 A . 313 38.9 30.5 78.4 74.8 111.0 72.2 66.6 363.5 1819 A . 348 37.6 29.2 77.7 73.2 100.5 73.6 67.3 352.2 342 A . 371 39.7 30.8 77.6 78.2 118.0 76.3 71.2 383.4 1467 A . 432 39.1 30.8 78.8 80.6 118.0 80.0 73.2 390.9 1757 A . 504 38.4 . . 73.9 111.0 72.3 66.5 362.1 730 BQ . 591 38.3 29.8 77.8 74.0 108.5 72.3 66.4 359.5 759 A . 632 39.0 29.8 76.4 77.1 118.0 75.4 69.9 379.4 758 A . 650 39.8 31.1 78.2 82.9 122.5 80.8 73.5 399.5 1089 A . 692 39.7 31.0 78.1 78.6 119.0 76.2 71.5 385.0 1022 A . 737 . . . 74.2 106.5 74.7 . 358.2 700 MCT . 775 40.2 30.1 74.9 75.5 116.0 75.6 71.3 378.6 363 A . 794 39.7 30.4 76.6 78.9 117.0 77.9 71.5 385.0 389 A . 796 38.8 30.8 79.4 77.2 116.0 75.6 69.3 376.9 397 A . 799 . . . 76.2 113.0 77.6 70.3 375.9 893 MC . 804 38.9 30.2 77.6 78.8 118.0 75.9 71.3 382.9 704 A . 805 38.2 . . 78.0 115.0 73.9 67.1 372.2 360 B . 809 39.0 30.6 78.5 79.9 119.5 78.3 73.0 389.7 833 A . 820 35.6 29.0 81.5 71.7 107.0 70.4 64.9 349.6 362 A . 827 39.5 29.7 75.2 77.7 118.0 75.4 69.4 380.0 741 A . 842 38.8 28.6 73.7 70.4 108.0 71.8 66.1 355.1 364 A . 843 39.3 30.2 76.9 75.6 114.0 74.8 69.3 373.0 383 A . 845 37.7 29.8 79.1 72.9 112.0 72.5 66.8 361.9 294 A . 846 37.8 31.2 82.6 76.0 112.5 74.6 67.7 368.6 399 A . 847 39.6 29.9 75.5 78.3 115.5 73.7 67.5 374.6 860 A . 849 40.0 29.9 74.8 77.8 111.5 74.6 69.9 373.8 346 A . 851 40.3 29.9 74.2 76.4 116.5 78.2 72.2 383.6 654 A . 862 39.3 29.8 75.8 78.7 117.5 74.8 67.7 378.0 682 A . 863 37.4 29.0 77.5 75.9 112.0 74.0 68.1 367.4 372 A . 866 38.5 30.5 79.2 76.7 114.0 75.2 69.4 373.8 308 A . 868 40.2 30.0 74.6 78.2 120.0 76.5 70.5 385.4 758 A . 868 37.1 29.0 78.2 71.6 106.5 72.4 66.0 353.6 346 AL . 869 35.9 28.6 79.7 74.5 110.0 72.5 66.7 359.6 391 A . 876 36.8 29.4 79.9 72.3 114.5 70.7 66.8 361.1 271 A . 880 42.4 32.7 77.1 87.7 130.5 85.0 77.2 422.8 1105 A . 883 39.3 29.9 76.1 81.3 121.0 77.6 70.7 389.9 701 A . 884 37.7 29.7 78.8 72.3 108.5 . 65.5 354.6 329 BC . 885 38.3 . . 71.6 109.0 70.6 67.4 356.9 326 B . 888 38.3 30.1 78.6 74.3 110.5 72.6 66.2 361.9 309 A . 889 40.2 31.3 77.9 77.7 118.0 77.1 71.1 384.1 360 A . 900 40.5 31.3 77.3 72.3 109.0 72.8 66.6 361.2 1251 A . 902 39.4 30.0 76.1 76.7 114.0 75.0 68.3 373.4 353 A . 903 40.5 31.5 77.8 78.9 119.0 75.9 70.5 384.8 344 A . 905 37.2 29.6 79.6 75.8 107.5 72.5 66.1 359.1 783 A . 905 40.6 31.4 77.3 78.8 118.5 77.5 . 386.4 284 ML . 906 39.0 . . 75.0 112.5 75.0 68.3 369.8 388 BL . 907 39.3 29.6 75.3 78.2 115.5 77.9 71.4 382.3 377 AL . 909 37.4 . . 74.8 113.0 73.1 67.5 365.8 261 BL . 910 36.3 28.2 77.7 76.0 109.0 72.9 67.5 361.7 385 A . 911 39.3 30.0 76.4 79.2 116.0 77.4 71.0 382.9 287 A . 913 39.1 30.2 77.3 73.4 111.5 . 68.1 364.8 308 BC . 919 39.3 30.3 77.1 76.7 115.5 75.9 69.7 377.1 366 AL . 920 37.8 28.7 75.9 72.5 107.5 70.6 65.6 354.0 788 A . 921 38.0 29.0 76.3 76.5 112.5 75.1 68.7 370.8 365 A . 925 37.8 29.4 77.8 73.8 108.5 72.4 66.1 358.6 271 A . 926 . . . 77.8 117.0 73.8 69.2 376.7 351 MC . 928 40.6 30.3 74.6 79.0 117.0 77.4 71.8 385.8 395 A . 931 39.2 29.8 76.0 75.1 112.5 73.2 67.3 367.3 694 A . 932 38.8 31.3 80.7 82.9 123.5 78.1 72.8 396.1 385 A . 933 36.9 30.1 81.6 72.8 109.5 71.5 65.3 356.0 794 A . 934 38.7 29.7 76.7 79.9 117.5 76.6 71.3 384.0 389 A . 941 40.2 30.9 76.9 80.1 120.0 76.5 70.9 387.7 282 A . 942 . . . 78.0 118.5 76.0 70.2 382.2 232 LMC . 943 . . . 80.9 118.5 80.4 74.3 394.9 326 LMC . 944 39.1 30.5 78.0 77.4 116.0 75.9 69.6 378.0 299 AL . 944 . . . 71.2 106.5 69.5 63.9 346.9 259 BC . 946 39.8 30.4 76.4 78.0 116.5 76.5 70.2 381.0 300 AL . 948 37.7 29.8 79.0 78.0 115.0 74.6 69.2 374.5 262 AL . 951 39.6 30.5 77.0 81.0 120.0 79.4 72.0 392.0 844 A . 951 39.2 29.0 74.0 77.5 117.5 77.4 70.7 382.3 367 AL . 952 38.9 29.7 76.4 . 116.5 76.5 70.2 380.6 728 BC . 956 40.4 31.1 77.0 79.3 117.5 79.0 72.8 389.0 225 AL . 958 39.1 . . 82.0 122.0 80.5 73.7 397.3 660 B . 959 36.6 . . 73.5 107.5 71.3 . 353.9 323 BMC . 960 38.4 29.7 77.3 76.7 111.0 74.7 67.6 368.4 219 A . 962 40.1 30.1 75.1 78.8 117.5 78.6 71.8 386.8 387 A . 964 40.5 30.7 75.8 84.0 124.0 80.1 73.8 402.4 850 A . 966 40.1 30.0 74.8 80.0 122.0 77.0 71.4 390.5 264 A . 968 41.2 30.3 73.5 85.0 126.5 81.0 74.8 408.5 357 A . 971 39.8 30.4 76.4 80.1 116.0 76.8 71.2 383.9 274 A . 976 . . . 78.7 116.5 76.2 70.3 381.1 360 MC . 974 39.5 30.1 76.2 77.8 115.0 74.9 69.1 376.3 615 A . 978 39.3 30.8 78.4 76.3 111.0 . 69.3 369.0 365 BCQL . 981 39.5 30.1 76.2 80.9 118.5 76.8 70.8 386.5 346 AL . 984 36.7 28.8 78.5 76.6 114.5 75.0 69.7 372.5 1146 A . 985 39.0 29.7 76.2 79.6 122.0 77.6 72.3 390.5 229 AL . 990 37.9 28.5 75.2 76.8 113.5 74.3 66.5 369.0 297 AL . 993 40.6 31.7 78.1 81.2 122.0 . 72.8 395.4 350 BCL . 997 39.0 . . 79.1 113.5 74.0 68.3 373.9 324 B . 999 38.3 30.7 80.2 74.8 111.5 72.1 . 363.5 291 MCL . 1000 37.9 27.9 73.6 75.6 112.0 75.3 69.0 369.8 352 A . 1001 36.2 27.9 77.1 75.0 108.0 70.9 65.4 355.5 338 A . 1019 39.4 29.7 75.4 . 121.0 77.0 71.2 388.8 168 MC . 1020 37.4 29.6 79.1 80.1 121.0 75.7 70.9 385.1 214 A . 1027 . . . 80.5 121.0 76.5 71.5 389.8 292 BC . 1040 37.6 29.0 77.1 77.7 114.0 74.2 69.8 373.3 346 A . 1041 37.8 29.1 . 74.8 112.0 73.3 67.6 365.5 159 XC . 1042 37.7 31.2 82.8 79.1 116.5 76.2 70.0 379.5 287 A . 1043 37.3 28.5 76.4 72.9 111.0 73.2 67.0 361.4 314 A . 1048 37.7 . . . 112.5 . 68.9 358.5 365 BMCTQ . 1050 39.3 30.3 77.1 77.5 116.5 75.3 70.0 378.6 1550 AQ . 1053 39.0 30.5 78.2 76.2 111.0 70.5 65.8 362.5 1085 AQ . 1056 39.6 28.5 72.0 76.6 115.5 74.2 68.4 374.3 500 AQ . 1061 37.8 30.2 79.9 75.2 114.0 74.4 69.0 370.4 450 A . 1064 38.2 29.9 78.3 80.5 120.5 75.7 70.6 385.5 428 A . 1066 38.3 29.7 77.5 76.8 113.0 74.0 69.0 371.1 399 A . 1070 37.2 28.4 76.3 74.9 109.5 72.3 65.3 359.2 359 A . 1071 39.8 29.7 74.6 80.7 118.0 78.6 73.4 390.5 427 A . 1074 38.2 30.5 79.8 76.2 113.5 73.9 68.3 370.1 714 A . 1076 37.5 29.0 77.3 74.6 109.5 72.8 67.0 361.4 522 A . 1077 36.4 . . 71.5 103.0 70.0 62.6 343.5 428 B . 1079 39.8 30.2 75.9 84.9 125.0 78.4 72.3 400.4 266 A . 1084 37.0 . . 78.2 117.0 75.7 69.4 377.3 339 B . 1085 37.4 30.0 80.2 75.8 114.5 73.5 67.1 368.3 677 A . 1086 38.5 29.3 76.1 77.8 113.5 73.9 68.1 371.8 675 A . 1089 39.6 30.4 76.8 78.2 118.0 75.7 70.1 381.6 302 A . 1090 39.3 . . 85.7 125.5 80.8 74.4 405.7 387 B . 1094 37.8 28.7 75.9 76.6 112.0 74.3 68.4 369.1 526 A . 1097 37.4 28.8 77.0 80.7 120.0 78.3 73.4 389.8 356 A . 1098 38.2 29.0 75.9 72.8 . 70.6 65.5 356.8 596 B . 1099 . 30.1 . 78.1 114.0 73.9 68.6 373.1 395 BC . 1100 38.4 . . 82.0 125.0 77.6 73.4 396.4 302 B . 1102 37.7 30.0 79.6 . . . . . 399 M . 1105 . . . 78.2 117.0 76.4 69.8 380.7 368 MC . 1109 40.4 30.6 75.7 80.2 115.0 75.6 71.4 382.6 350 A . 1110 39.4 31.4 79.7 79.6 117.5 75.4 68.9 380.8 292 A . 1112 39.6 31.0 78.3 80.7 119.0 76.8 71.1 387.2 364 A . 1114 38.7 30.0 77.5 . 123.0 78.0 72.9 393.9 264 M . 1118 39.4 30.0 76.1 82.6 123.0 74.4 70.5 389.9 377 A . 1119 39.0 30.2 77.4 77.8 116.0 74.7 68.9 376.4 519 A . 1120 39.3 29.9 76.1 74.5 110.5 71.6 67.0 362.9 378 A . 1123 36.2 29.2 80.6 74.2 109.0 72.0 66.0 357.4 347 A . 1124 39.6 30.0 75.8 76.7 114.5 74.7 69.8 375.3 718 A . 1125 39.1 29.4 75.2 77.7 116.0 79.7 68.0 380.5 519 A . 1127 38.0 28.7 75.5 75.8 115.5 76.2 70.0 375.5 464 A . 1128 38.3 30.0 78.3 . 115.5 74.0 69.2 374.2 761 MC . 1130 36.8 27.3 74.2 73.3 109.0 70.3 65.7 355.1 519 A . 1131 . 28.7 . 73.4 . 69.7 63.8 351.2 431 BCT . 1133 36.6 28.3 77.3 73.4 108.5 70.1 64.3 352.9 532 A . 1134 38.1 29.2 76.6 76.0 113.0 71.3 65.8 364.2 519 A . 1136 39.6 30.8 77.8 82.4 121.0 79.0 73.3 395.3 352 A . 1137 39.6 29.9 75.5 80.2 118.5 77.4 71.7 387.4 460 A . 1138 39.2 29.2 74.5 77.2 115.0 74.5 69.3 375.2 519 A . 1139 39.3 29.4 71.9 75.7 113.5 73.4 68.3 370.2 265 A . 1140 37.1 . . 79.0 114.5 75.7 70.3 376.6 338 B . 1141 37.3 29.4 78.8 75.3 112.0 72.5 67.6 364.7 420 A . 1144 37.8 29.5 78.1 74.6 113.0 71.7 66.8 363.9 508 A . 1145 39.0 28.7 73.6 . 112.5 75.8 68.4 372.6 606 BC . 1147 39.4 30.4 77.2 . 116.5 77.3 70.0 382.0 397 M . 1148 . . . 79.5 122.0 77.7 71.7 391.3 389 BC . 1151 37.5 28.8 76.8 73.2 110.0 69.8 66.4 356.9 377 A . 1159 36.5 29.8 81.7 78.6 117.0 76.6 72.1 380.8 272 A . 1160 36.5 . . 74.1 109.0 69.8 64.0 353.4 390 B . 1162 36.7 27.1 73.8 74.2 108.5 71.0 66.4 356.8 509 A . 1163 36.3 29.4 81.0 73.0 108.0 70.0 65.9 353.2 375 A . 1164 37.0 28.6 77.3 79.7 113.0 73.2 69.5 372.4 336 A . 1168 39.2 29.7 75.8 82.8 126.5 78.0 73.4 399.9 319 A . 1169 38.2 29.1 76.2 78.8 116.5 74.8 69.7 378.0 502 A . 1171 36.3 28.0 77.1 74.6 109.0 70.7 65.1 355.7 430 A . 1173 37.1 29.0 78.2 . 106.5 68.8 62.9 346.9 461 BC . 1174 38.3 29.6 77.3 77.2 114.0 71.9 65.2 366.6 361 A . 1175 37.7 29.9 79.3 80.3 117.0 75.8 69.5 380.3 450 A . 1178 37.3 28.6 76.7 72.0 106.5 69.4 62.7 347.9 385 A . 1182 37.3 29.1 78.0 76.2 115.0 73.6 68.5 370.6 376 A . 1183 38.3 29.5 77.0 76.1 118.5 73.5 67.8 374.2 409 A . 1184 41.4 30.5 73.7 82.3 123.0 78.7 71.5 396.9 370 A . 1187 40.9 30.6 74.8 77.2 114.5 76.2 69.6 378.4 358 A . 1189 37.6 30.5 81.1 81.1 122.0 77.2 70.7 388.6 284 A . 1190 37.6 29.7 79.0 77.0 113.0 . . 369.9 306 BCT . 1191 39.3 30.1 76.6 . 120.0 77.0 71.3 378.6 335 BC . 1193 39.3 30.6 77.9 78.4 118.0 76.4 71.4 383.5 718 A . 1195 37.9 30.1 79.4 82.5 121.5 75.7 72.5 390.1 295 A . 1196 39.7 . . 82.5 123.0 78.4 73.0 396.6 280 B . 1198 38.7 . . 78.5 117.0 74.7 68.4 377.3 246 B . 1200 38.3 28.8 75.2 78.6 112.0 72.6 67.2 368.7 348 A . 1201 40.3 29.8 73.9 80.7 124.0 78.2 72.8 396.0 240 A . 1202 40.3 30.4 75.4 76.4 115.0 73.9 69.5 375.1 289 A . 1203 38.7 29.7 76.7 81.5 117.5 . . 386.3 458 MCT . 1204 37.9 29.5 77.9 74.9 111.5 71.8 66.7 362.8 798 A . 1205 35.9 27.9 77.7 76.4 110.0 72.2 67.4 361.9 263 A . 1209 . . . 83.2 125.0 78.2 71.7 399.4 292 BC . 1214 37.4 29.7 79.4 75.5 111.0 . 67.3 363.6 404 BC . 1215 38.5 28.7 74.5 77.4 117.0 74.6 69.3 376.8 308 A . 1218 37.8 29.7 78.6 . 113.5 73.2 67.7 368.1 862 Q . 1219 . 27.9 . 73.2 107.5 69.9 64.6 351.5 415 BC . 1220 38.6 30.0 77.7 80.3 118.0 77.2 72.4 386.5 508 A . 1221 40.0 30.5 76.2 84.9 127.0 79.1 73.9 404.9 315 A . 1222 39.9 31.4 78.7 75.5 116.5 73.8 69.3 375.0 320 A . 1223 39.7 30.0 75.6 87.3 128.5 81.5 75.8 412.8 204 A . 1224 38.7 29.7 76.7 . 122.0 76.9 72.4 390.6 342 BC . 1226 38.5 . . 79.3 117.5 75.5 71.5 382.3 393 B . 1228 38.5 28.9 75.1 77.1 113.5 73.0 67.3 369.4 330 A . 1229 38.1 30.8 80.8 76.6 . 74.9 69.3 373.9 319 B . 1231 37.3 29.2 78.3 76.9 115.5 72.9 67.9 370.5 269 A . 1232 37.8 28.9 76.5 79.2 118.0 74.7 70.5 380.2 283 A . 1237 39.1 30.4 77.8 83.2 123.0 79.0 73.0 397.3 299 A . 1238 37.8 29.8 78.9 . 114.0 73.8 68.7 370.8 424 B . 1239 39.9 28.2 70.7 82.7 124.0 79.6 75.0 401.2 351 A . 1241 39.5 29.5 74.7 80.8 120.0 76.1 71.4 387.8 322 A . 1244 38.3 30.7 80.2 81.3 119.0 77.8 70.5 386.9 265 A . 1245 40.3 30.3 75.2 84.5 125.5 79.3 73.6 403.2 245 A . 1247 39.4 30.0 76.1 78.0 112.5 74.4 68.6 372.9 355 A . 1248 . . . 85.1 128.0 79.8 74.8 410.1 273 BC . 1250 40.2 29.7 73.9 77.8 116.5 75.3 69.6 379.4 369 A . 1251 39.5 30.2 76.5 . 116.5 74.3 68.2 376.1 496 BC . 1253 38.7 28.7 74.2 79.9 117.0 74.9 68.8 379.3 338 A . 1254 39.6 31.1 78.5 78.6 116.5 75.5 69.6 379.8 487 A . 1256 38.4 29.6 77.1 74.0 109.0 71.9 66.4 359.7 429 A . 1265 39.1 29.3 74.9 75.7 115.0 73.4 69.1 372.3 462 A . 1269 38.8 28.5 73.4 76.8 113.5 74.0 69.0 372.1 378 A . 1270 37.4 28.9 77.3 73.3 109.5 70.4 66.1 356.7 468 A . 1271 38.6 29.0 75.1 75.1 114.0 73.4 67.7 368.8 396 A . 1272 39.4 30.0 76.1 75.8 112.0 73.3 68.2 368.7 471 A . 1273 37.0 . . 75.6 111.5 71.6 65.9 361.6 321 B . 1276 38.6 29.3 75.9 75.3 113.5 75.2 69.3 371.9 418 A . 1288 37.7 28.0 74.3 . 111.0 70.4 64.8 357.7 404 B . 1289 37.9 31.3 82.6 81.4 121.0 78.3 72.8 391.4 432 A . 1290 39.2 30.0 76.5 79.0 117.0 77.3 72.0 384.5 444 A . 1293 40.4 30.2 74.7 84.3 123.0 80.6 74.8 403.1 446 A . 1297 38.3 29.3 76.5 77.1 113.0 75.2 68.8 372.4 421 A . 1298 38.3 29.8 77.8 75.1 112.5 71.5 66.1 364.2 264 A . 1299 37.2 29.2 78.5 77.8 115.5 71.8 67.6 369.9 439 A . 1300 38.7 . . 71.7 108.5 69.4 64.6 352.9 406 B . 1303 39.8 31.1 78.2 78.9 116.0 76.9 69.6 381.2 360 A . 1310 38.5 31.0 80.5 82.7 120.0 77.8 71.2 390.2 273 A . 1312 37.5 31.5 84.0 76.2 114.5 74.5 68.7 371.4 363 A . 1313 39.7 30.1 75.8 75.4 112.0 73.4 68.3 368.8 492 A . 1314 36.4 27.5 75.5 68.4 102.0 66.5 61.0 334.3 468 A . 1316 37.8 30.3 80.2 74.9 111.0 74.8 66.8 365.3 418 A . 1318 37.6 29.6 78.7 79.6 120.0 74.9 70.1 382.2 272 A . 1320 39.9 30.2 75.7 77.1 114.5 75.5 69.5 376.5 353 A . 1321 37.8 29.8 78.9 75.1 114.0 74.9 68.8 370.6 468 A . 1323 38.9 29.2 75.1 76.8 115.0 74.9 68.8 374.4 249 A . 1324 38.1 30.3 79.5 . . . . . 463 M . 1326 38.3 29.9 78.1 75.1 111.5 73.8 67.8 366.5 785 A . 1328 37.5 27.4 73.1 75.3 113.0 73.3 67.4 366.5 275 A . 1337 37.2 29.2 78.5 . 113.0 72.7 66.1 364.1 397 BC . 1338 37.4 29.3 78.3 72.0 108.5 68.7 63.8 350.4 337 A . 1340 38.2 29.9 78.3 72.8 110.5 71.0 65.7 358.2 337 A . 1343 37.8 30.2 79.9 80.0 117.0 75.1 67.8 377.7 524 A . 1345 38.7 29.2 75.5 76.2 115.0 73.5 68.2 371.6 581 A . 1347 37.4 30.1 80.5 71.8 107.0 . 64.1 350.0 434 B . 1350 40.5 30.4 75.1 83.8 125.5 80.2 74.9 404.9 366 A . 1351 40.1 30.4 75.8 76.5 115.5 73.7 69.2 375.0 332 A . 1352 38.9 28.8 74.0 74.3 113.0 73.8 70.0 370.0 866 A . 1353 38.3 29.9 78.1 75.7 115.5 73.3 68.4 371.2 338 A . 1357 39.2 31.3 79.8 . . . . . 469 M . 1359 40.0 30.1 75.2 80.0 119.0 76.2 69.9 385.1 626 A . 1362 36.6 28.9 79.0 72.3 107.0 68.8 66.8 351.5 388 A . 1365 38.6 29.7 77.0 74.2 112.0 73.9 68.6 367.3 460 A . 1367 39.4 29.5 74.9 78.2 115.0 75.1 68.8 376.5 420 A . 1370 35.8 28.6 79.9 71.9 108.0 70.2 64.9 350.8 456 A . 1371 37.2 28.9 77.7 73.9 107.0 71.5 66.2 355.8 460 A . 1372 38.3 28.9 75.5 76.0 113.0 74.5 68.1 369.9 349 A . 1373 37.3 29.8 79.9 74.8 111.0 71.8 66.3 361.2 490 A . 1374 35.6 29.9 84.0 . 113.0 74.2 67.7 366.0 473 BC . 1376 36.8 27.4 74.4 70.9 103.5 68.0 62.8 342.0 417 A . 1380 37.7 29.8 79.1 74.2 111.0 72.4 66.1 361.4 352 A . 1395 40.6 29.5 72.7 77.2 114.5 74.9 69.1 376.3 361 A . 1401 40.2 30.1 74.9 78.0 114.5 76.4 69.4 378.5 495 C EXCLUDE 1402 40.8 29.9 73.3 81.2 117.5 75.7 68.6 383.8 525 A . 1403 39.4 29.9 75.9 76.5 111.0 71.8 66.0 364.7 313 A . 1404 39.7 31.2 78.6 78.9 119.0 77.3 72.5 387.4 266 PM . 1407 39.2 29.0 74.0 79.4 115.5 74.4 69.3 377.8 333 A . 1408 38.0 29.3 77.1 76.2 114.5 72.3 67.0 368.0 376 A . 1409 42.0 31.0 . 85.1 125.0 81.4 74.8 408.3 371 M . 1410 40.6 30.2 74.4 82.9 121.0 78.7 71.9 395.1 333 A . 1413 40.1 30.9 77.1 81.0 120.0 77.8 72.2 391.1 356 A . 1414 39.8 29.2 73.4 78.5 119.0 75.5 69.2 382.0 539 A . 1416 40.6 29.6 72.9 78.5 118.0 74.2 68.9 380.2 401 A . 1418 39.1 30.5 78.0 77.4 114.7 73.6 67.2 372.0 302 AC EXCLUDE 1419 39.1 30.1 . 79.3 116.5 74.8 68.7 378.4 335 CM . 1420 38.1 29.0 76.1 72.3 107.0 71.8 65.3 354.5 505 A . 1421 40.3 30.6 75.9 81.0 119.5 77.0 73.2 391.0 244 A . 1423 39.5 29.7 75.2 78.6 116.0 75.5 68.9 378.5 348 A . 1428 38.4 30.6 79.7 75.9 115.5 74.4 66.3 370.5 284 A . 1430 39.7 30.8 77.6 77.3 116.5 74.5 68.5 376.5 396 A . 1433 39.5 30.0 76.0 81.0 118.0 76.9 70.5 385.9 341 A . 1435 39.1 30.8 78.8 79.2 117.5 76.6 69.6 382.0 350 A . 1437 39.7 30.4 76.6 81.2 122.5 78.5 72.3 394.2 280 A . 1438 39.2 30.5 77.8 79.7 119.0 77.8 70.5 386.2 310 A . 1439 38.9 31.2 80.2 78.3 116.5 75.7 68.4 377.8 397 A . 1441 39.0 30.3 77.7 76.9 115.0 76.8 70.5 378.2 363 A . 1442 40.6 32.5 . 85.3 126.0 82.2 74.8 408.9 450 MC . 1445 40.8 30.2 74.0 81.9 121.2 78.4 72.9 395.2 552 AC EXCLUDE 1446 38.0 29.0 76.3 72.6 108.0 68.7 63.2 350.5 461 A . 1447 37.6 30.8 81.9 78.3 115.0 72.1 67.1 370.1 377 A . 1448 40.7 32.2 79.1 78.7 117.0 75.5 68.7 380.6 326 A . 1449 41.0 31.0 75.6 77.4 119.0 74.7 70.8 382.9 517 A . 1450 40.5 30.5 75.3 77.0 114.0 73.6 68.5 373.6 393 A . 1452 38.8 30.1 77.6 78.4 115.5 75.0 68.7 376.4 359 A . 1453 39.6 30.1 76.0 77.7 113.5 75.1 68.0 373.9 503 A . 1456 39.3 30.8 78.4 73.9 110.0 72.9 65.4 361.5 432 A . 1457 38.4 29.1 75.8 76.6 114.5 72.8 67.8 370.1 368 A . 1458 39.5 30.7 77.7 74.6 110.5 73.5 67.9 366.0 485 A . 1460 38.6 28.9 74.9 74.7 109.0 71.5 65.8 359.6 357 A . 1461 40.2 30.5 75.9 80.5 119.5 76.7 70.7 387.6 309 A . 1462 38.6 29.9 77.5 80.5 121.5 77.5 71.9 390.0 378 A . 1464 39.8 28.6 71.9 71.6 105.0 69.9 64.1 350.4 281 A . 1465 37.6 28.3 75.3 74.6 111.0 . 66.1 361.3 271 MC . 1466 40.1 29.3 73.1 78.8 117.0 75.0 68.9 379.8 439 A . 1469 38.8 29.4 . 77.0 113.5 74.0 66.6 369.9 403 CM . 1472 41.6 29.8 71.6 80.1 118.5 75.5 69.9 385.6 283 A . 1473 35.9 28.9 80.5 72.4 105.5 70.3 64.2 348.3 365 A . 1474 38.5 28.9 72.2 80.1 118.0 75.2 68.9 380.7 265 A . 1476 38.7 31.1 80.4 81.0 121.0 76.8 70.2 387.7 351 A . 1477 37.8 29.1 . 74.6 111.0 74.4 68.5 366.3 351 CM . 1479 37.5 30.0 80.0 78.8 117.5 75.9 69.5 379.2 542 APM . 1480 37.7 29.8 79.0 76.1 112.0 73.2 66.7 365.7 316 A . 1481 36.3 28.9 79.6 72.5 107.0 72.8 66.0 354.6 275 A . 1482 37.2 28.3 76.1 76.4 111.0 71.4 65.8 361.8 271 A . 1484 40.1 32.0 79.8 81.5 123.5 79.5 72.8 397.4 397 A . 1485 38.4 30.3 78.9 76.6 112.0 72.8 65.7 365.5 454 A . 1486 40.5 29.3 72.3 76.7 113.5 74.7 68.2 373.6 246 A . 1487 39.7 31.4 79.1 77.7 115.0 75.5 68.2 376.1 284 A . 1488 40.4 28.8 71.3 78.6 118.5 76.7 71.2 385.4 463 A . 1489 39.2 31.2 79.6 78.1 116.5 74.5 68.7 377.0 332 A . 1490 37.4 28.3 75.7 65.0 97.5 64.5 57.6 322.0 264 A . 1491 40.0 31.5 78.8 80.3 119.5 78.6 72.3 390.7 305 A . 1493 41.1 30.0 73.0 79.5 117.5 76.3 70.0 384.4 368 A . 1597 38.7 30.0 77.5 74.2 110.5 71.6 65.0 360.0 343 A . 1598 39.4 29.6 75.1 78.6 116.5 75.5 70.2 380.2 363 A . 1599 37.3 30.1 80.7 76.6 112.5 73.6 66.5 366.5 326 A . 1600 39.3 29.7 75.6 79.4 120.5 76.0 70.4 385.6 339 A . 1601 37.8 28.5 75.4 70.8 105.0 69.1 64.7 347.4 484 A . 1602 37.6 28.1 74.7 73.1 108.0 70.2 64.1 353.0 428 A . 1603 38.8 29.5 76.0 73.4 106.5 72.2 66.7 357.6 271 A . 1604 40.1 29.3 73.1 76.6 113.0 72.3 66.8 368.8 378 A . 1605 37.3 29.9 80.2 74.6 109.0 72.9 64.3 358.1 353 A . 1606 41.1 31.6 76.9 83.3 122.0 79.8 73.4 399.6 388 AC EXCLUDE 1608 39.9 29.5 73.9 77.8 116.0 75.4 69.8 378.9 316 A . 1609 39.6 30.2 76.3 74.7 110.0 73.6 67.7 365.6 329 A . 1610 38.9 29.4 75.6 74.3 110.0 72.1 66.4 361.7 304 A . 1611 40.9 31.2 76.3 82.0 121.0 77.6 72.5 394.0 388 A . 1612 37.5 29.4 78.4 76.0 111.0 72.1 65.3 361.9 335 A . 1613 39.8 30.6 76.9 75.8 113.9 72.6 67.2 369.3 367 AC EXCLUDE 1616 39.4 30.0 76.1 77.8 119.0 75.8 69.9 381.9 335 A . 1617 39.5 29.4 74.4 75.0 110.5 68.9 65.8 359.7 304 A . 1619 38.5 29.2 . 75.1 113.5 72.2 67.1 366.4 367 MC . 1625 38.6 31.4 81.4 78.4 115.5 75.8 68.4 376.7 463 A . 1629 38.2 29.2 76.4 75.6 112.0 72.7 67.8 366.3 445 A . 1632 40.7 29.9 73.5 78.9 115.5 74.2 68.7 378.0 299 A . 1633 37.3 28.9 77.5 74.7 108.5 69.5 63.9 353.9 353 A . 1634 39.0 28.4 72.8 76.4 114.0 73.7 68.3 371.4 336 A . 1637 40.3 32.2 79.9 79.6 120.5 77.6 72.4 390.4 367 A . 1639 38.5 30.4 78.9 69.9 118.0 76.2 70.0 372.6 533 ACPM EXCLUDE 1640 36.6 28.1 76.8 73.8 109.5 72.3 66.6 358.8 353 A . 1641 39.4 30.7 77.9 77.5 114.5 75.5 68.1 375.0 378 A . 1642 38.9 29.2 75.1 73.7 107.5 71.5 64.8 356.4 377 A . 1643 39.1 30.7 78.5 75.7 114.0 76.0 69.2 374.0 364 A . 1644 39.7 30.1 75.8 77.2 115.5 74.2 68.0 374.6 347 A . 1645 38.1 29.6 77.7 77.6 111.5 75.8 69.0 372.0 361 A . 1646 39.4 30.8 78.2 80.4 118.5 77.7 70.9 386.9 371 A . data convert ;set raw; SUM=SK_L+FEM+ TIB+HUM+ULN;if ABS(TOT-SUM)>.01 then put no TOT SUM; run;