195301 G 0.426 0.930 245.5 + 176 195301 G 0.426 1328A 0.772 287.8 181.3 +11.5 6 24 116C 195301 G 0.426 17062 0.454 56.3 110.3 +11.7 25 135 195301 G 0.426 0.806 91.5 + 95 195301 G 0.426 0.924 83.9 + 126 195301 G 0.426 0.938 74.7 + 186 195301 G 0.426 ( 1.9)(132.9) (- 3.1)( 31)( 159)( 699) 195301 C 1.301 0.905 268.5 + 101 195301 C 1.301 17062 0.312 31.7 111.7 +12.2 23 139 195301 C 1.301 0.845 75.5 + 184 195301 C 1.301 ( 1.5)(121.3) (- 3.2)( 23)( 139)( 285) 195301 G 2.407 0.862 286.0 + 102 195301 G 2.407 17062 0.291 341.8 112.1 +12.6 20 100 195301 G 2.407 0.827 74.0 + 80 195301 G 2.407 0.982 69.3 + 124 195301 G 2.407 ( 1.0)(106.8) (- 3.4)( 20)( 100)( 306) 195301 C 3.291 0.915 285.9 + 180 195301 C 3.291 17062 0.406 312.9 112.8 +12.7 14 61 195301 C 3.291 17064 0.949 68.3 26.3 +19.3 27 151 265NF 195301 C 3.291 0.920 97.9 + 209 195301 C 3.291 ( 0.5)( 95.1) (- 3.5)( 41)( 212)( 654) 195301 G 4.511 0.911 280.1 + 109 195301 G 4.511 17062 0.595 298.7 111.4 +13.5 12 59 195301 G 4.511 17064 0.853 65.5 24.3 +18.6 43 224 367C 195301 G 4.511 (- 0.1)( 79.1) (- 3.6)( 55)( 283)( 476) 195301 C 5.288 17062 0.691 292.5 109.5 +12.5 16 114 195301 C 5.288 17064 0.760 60.0 24.6 +19.6 28 185 211C 195301 C 5.288 17065 0.970 86.7 353.2 + 2.3 24 168 240F 195301 C 5.288 (- 0.4)( 68.8) (- 3.7)( 68)( 467)( 451) 195301 C 6.297 17062 0.842 287.5 110.6 +12.5 9 46 194C 195301 C 6.297 17064 0.621 51.5 24.6 +19.5 43 228 72P 195301 C 6.297 17065 0.891 85.5 352.9 + 2.3 27 152 292F 195301 C 6.297 0.942 101.7 + 178 195301 C 6.297 (- 0.9)( 55.5) (- 3.8)( 79)( 426)( 736) 195301 G 7.503 0.940 284.1 + 345 195301 G 7.503 17064 0.466 32.3 24.5 +19.3 60 268 195301 G 7.503 17065 0.736 83.3 352.9 + 2.2 38 179 239F 195301 G 7.503 17066 0.982 80.5 321.6 + 8.6 10 78 190P 195301 G 7.503 1328B 0.987 96.8 318.8 - 7.4 0 27 193NP 195301 G 7.503 0.859 100.3 + 109 195301 G 7.503 0.940 103.7 + 132 195301 G 7.503 0.950 87.9 + 198 195301 G 7.503 (- 1.5)( 39.7) (- 3.9)( 108)( 552)( 1406) 195301 C 8.297 17064 0.406 10.3 24.8 +19.4 41 253 195301 C 8.297 17065 0.596 81.0 353.3 + 2.1 33 178 195301 C 8.297 17066 0.933 79.1 321.5 + 8.7 5 16 257C 195301 C 8.297 17067 0.982 96.5 310.0 - 7.1 35 277 281C 195301 C 8.297 0.847 101.8 + 145 195301 C 8.297 (- 1.9)( 29.2) (- 4.0)( 114)( 724)( 683) 195301 G 9.464 0.924 266.2 + 126 195301 G 9.464 0.864 280.6 + 125 195301 G 9.464 0.791 291.0 + 123 195301 G 9.464 17064 0.428 337.1 23.9 +19.1 46 242 195301 G 9.464 17065 0.372 73.5 353.0 + 2.2 30 167 195301 G 9.464 17067 0.894 96.1 310.4 - 7.3 80 391 306C 195301 G 9.464 17068 0.990 100.1 291.7 -10.5 14 127 195301 G 9.464 0.754 107.3 + 86 195301 G 9.464 0.778 80.7 + 214 195301 G 9.464 0.877 85.9 + 157 195301 G 9.464 0.913 74.5 + 258 195301 G 9.464 0.970 101.1 + 79 195301 G 9.464 (- 2.5)( 13.8) (- 4.1)( 170)( 927)( 1474) 195301 G 10.415 0.933 277.3 + 148 195301 G 10.415 0.930 285.6 + 103 195301 G 10.415 0.811 285.1 + 77 195301 G 10.415 17064 0.531 318.3 23.2 +19.4 28 166 195301 G 10.415 17065 0.183 51.5 353.1 + 2.3 31 155 195301 G 10.415 17067 0.771 96.0 310.9 - 7.3 70 399 192C 195301 G 10.415 17068 0.938 99.7 291.4 -10.5 31 146 228C 195301 G 10.415 0.765 77.1 + 87 195301 G 10.415 0.808 65.5 + 100 195301 G 10.415 0.812 108.5 + 65 195301 G 10.415 0.899 78.2 + 147 195301 G 10.415 0.933 68.8 + 125 195301 G 10.415 0.939 110.8 + 141 195301 G 10.415 (- 2.9)( 1.3) (- 4.2)( 160)( 866)( 1413) 195301 G 11.496 0.916 286.0 + 133 195301 G 11.496 0.882 230.6 + 159 195301 G 11.496 0.869 296.8 + 91 195301 G 11.496 0.733 301.4 + 95 195301 G 11.496 17064 0.690 303.8 24.3 +19.1 23 133 195301 G 11.496 17065 0.159 319.6 353.0 + 2.6 29 132 195301 G 11.496 17067 0.584 96.4 311.5 - 7.2 61 366 195301 G 11.496 17068 0.831 99.6 290.9 -10.4 28 142 129F 195301 G 11.496 (- 3.4)(347.1) (- 4.3)( 141)( 773)( 607) 195301 C 12.282 0.810 307.4 + 85 195301 C 12.282 17064 0.810 297.4 26.0 +19.0 12 57 110C 195301 C 12.282 17065 0.303 293.3 352.8 + 2.6 24 107 195301 C 12.282 17067 0.432 98.2 311.3 - 7.5 55 289 195301 C 12.282 17068 0.720 100.4 290.8 -10.5 18 135 65C 195301 C 12.282 (- 3.8)(336.7) (- 4.4)( 109)( 588)( 260) 195301 G 13.514 0.936 259.8 + 136 195301 G 13.514 17064 0.939 292.0 27.2 +18.8 19 75 564C 195301 G 13.514 17065 0.547 282.0 352.7 + 2.6 31 130 195301 G 13.514 17067 0.167 110.2 311.4 - 7.8 71 340 195301 G 13.514 17068 0.499 102.8 291.0 -10.4 30 135 195301 G 13.514 0.961 104.0 + 76 195301 G 13.514 (- 4.4)(320.5) (- 4.6)( 151)( 680)( 776) 195301 C 14.284 0.925 296.5 + 321 195301 C 14.284 17064 0.988 291.3 28.8 +20.1 0 13 207C 195301 C 14.284 17065 0.682 278.7 352.7 + 2.5 21 102 195301 C 14.284 17069 0.277 295.3 324.8 + 2.3 3 11 195301 C 14.284 17067 0.057 197.1 311.4 - 7.7 32 206 195301 C 14.284 17068 0.343 107.3 291.0 -10.1 15 144 195301 C 14.284 17070 0.444 101.7 284.4 - 9.3 2 13 195301 C 14.284 (- 4.7)(310.4) (- 4.6)( 73)( 489)( 528) 195301 C 15.291 0.966 290.8 + 139 195301 C 15.291 0.965 299.6 + 177 195301 C 15.291 17065 0.833 276.2 352.9 + 2.5 21 119 110C 195301 C 15.291 17067 0.269 255.8 312.3 - 8.3 27 163 195301 C 15.291 17068 0.143 133.4 291.1 -10.3 23 127 195301 C 15.291 17070 0.229 109.9 284.6 - 9.0 6 43 195301 C 15.291 (- 5.2)(297.1) (- 4.7)( 77)( 452)( 426) 195301 C 16.287 0.860 260.0 + 126 195301 C 16.287 0.758 275.1 + 108 195301 C 16.287 17065 0.935 274.3 352.7 + 2.3 21 99 175C 195301 C 16.287 17067 0.490 261.7 313.2 - 8.2 24 133 195301 C 16.287 17068 0.153 231.0 290.9 -10.3 28 115 195301 C 16.287 17070 0.077 210.9 286.3 - 8.6 4 10 195301 C 16.287 (- 5.7)(284.0) (- 4.8)( 77)( 357)( 409) 195301 G 17.520 0.963 258.2 + 150 195301 G 17.520 0.865 255.1 + 97 195301 G 17.520 0.830 285.5 + 132 195301 G 17.520 17065 0.988 272.2 351.4 + 1.4 6 47 164F 195301 G 17.520 17069 0.840 276.5 324.3 + 2.8 0 4 105C 195301 G 17.520 17067 0.730 263.9 314.7 - 7.8 16 68 154C 195301 G 17.520 17068 0.403 256.0 291.1 -10.1 14 103 195301 G 17.520 17070 0.299 257.5 284.9 - 8.4 6 20 195301 G 17.520 0.959 91.2 + 143 195301 G 17.520 (- 6.2)(267.8) (- 4.9)( 42)( 242)( 945) 195301 G 18.588 0.911 281.9 + 156 195301 G 18.588 0.878 273.3 + 79 195301 G 18.588 17069 0.963 273.9 327.5 + 2.3 0 7 154C 195301 G 18.588 17067 0.874 263.8 314.8 - 7.9 13 53 274C 195301 G 18.588 17068 0.606 259.8 290.8 -10.1 16 85 195301 G 18.588 17070 0.557 262.8 287.5 - 8.2 2 7 195301 G 18.588 0.874 92.5 + 70 195301 G 18.588 (- 6.7)(253.7) (- 5.0)( 31)( 152)( 733) 195301 C 19.415 0.948 280.7 + 178 195301 C 19.415 0.935 272.4 + 101 195301 C 19.415 0.851 287.1 + 109 195301 C 19.415 17067 0.957 263.5 315.0 - 7.8 10 53 326C 195301 C 19.415 17068 0.745 261.1 291.0 -10.0 16 69 77C 195301 C 19.415 0.942 73.9 + 138 195301 C 19.415 (- 7.1)(242.8) (- 5.1)( 26)( 122)( 929) 195301 C 20.293 0.966 280.3 + 160 195301 C 20.293 0.963 261.9 + 221 195301 C 20.293 17068 0.857 261.7 290.4 - 9.8 12 114 150C 195301 C 20.293 0.943 72.5 + 108 195301 C 20.293 (- 7.5)(231.3) (- 5.2)( 12)( 114)( 639) 195301 C 21.408 17068 0.957 261.5 290.1 - 9.7 14 68 214C 195301 C 21.408 17071 0.680 67.7 176.9 +10.8 4 20 22F 195301 C 21.408 0.852 68.0 + 104 195301 C 21.408 0.943 110.4 + 87 195301 C 21.408 (- 8.0)(216.6) (- 5.3)( 18)( 88)( 427) 195301 G 22.414 17071 0.499 56.4 178.3 +11.1 8 21 195301 G 22.414 (- 8.5)(203.3) (- 5.4)( 8)( 21)( 0) 195301 G 23.442 0.949 267.3 + 52 195301 G 23.442 17071 0.324 32.9 179.5 +10.3 5 17 195301 G 23.442 0.809 66.7 + 70 195301 G 23.442 0.984 81.3 + 208 195301 G 23.442 (- 8.9)(189.8) (- 5.5)( 5)( 17)( 330) 195301 G 24.533 0.893 110.1 + 131 195301 G 24.533 0.908 67.6 + 107 195301 G 24.533 0.925 78.6 + 316 195301 G 24.533 (- 9.4)(175.4) (- 5.6)( 0)( 0)( 554) 195301 G 25.544 0.808 59.6 + 73 195301 G 25.544 0.814 74.0 + 164 195301 G 25.544 (- 9.8)(162.1) (- 5.6)( 0)( 0)( 237) 195301 C 26.296 0.867 295.6 + 100 195301 C 26.296 (-10.2)(152.2) (- 5.7)( 0)( 0)( 237) 195301 G 28.467 0.943 252.7 + 154 195301 G 28.467 0.851 285.5 + 141 195301 G 28.467 0.861 65.8 + 89 195301 G 28.467 (-11.1)(123.6) (- 5.9)( 0)( 0)( 384) 195301 C 29.292 0.955 97.2 + 146 195301 C 29.292 (-11.4)(112.8) (- 5.9)( 0)( 0)( 146) 195301 G 30.358 0.909 291.3 + 183 195301 G 30.358 0.874 95.7 + 157 195301 G 30.358 0.966 65.7 + 397 195301 G 30.358 (-11.9)( 98.7) (- 6.0)( 0)( 0)( 737) 195302 G 31.399 0.919 62.1 + 426 195302 G 31.399 (-12.3)( 85.0) (- 6.1)( 0)( 0)( 426) 195302 G 32.432 0.871 270.7 + 83 195302 G 32.432 17072 0.974 85.5 355.2 + 2.9 9 37 143P 195302 G 32.432 0.820 53.9 + 136 195302 G 32.432 0.900 68.9 + 99 195302 G 32.432 0.925 59.3 + 287 195302 G 32.432 0.960 95.7 + 95 195302 G 32.432 (-12.7)( 71.4) (- 6.2)( 9)( 37)( 843) 195302 C 33.295 0.802 285.7 + 217 195302 C 33.295 17072 0.915 83.7 354.7 + 3.2 5 44 146C 195302 C 33.295 0.856 53.5 + 252 195302 C 33.295 0.956 98.9 + 99 195302 C 33.295 (-13.1)( 60.1) (- 6.2)( 5)( 44)( 714) 195302 G 34.363 0.887 284.3 + 328 195302 G 34.363 17072 0.797 81.2 354.1 + 3.1 7 44 98C 195302 G 34.363 0.768 45.9 + 171 195302 G 34.363 0.863 100.6 + 112 195302 G 34.363 0.948 84.5 + 197 195302 G 34.363 (-13.5)( 46.0) (- 6.3)( 7)( 44)( 906) 195302 G 35.399 0.948 282.3 + 167 195302 G 35.399 17072 0.635 77.5 354.2 + 2.9 8 42 195302 G 35.399 0.819 81.3 + 208 195302 G 35.399 0.939 105.7 + 118 195302 G 35.399 0.946 98.3 + 198 195302 G 35.399 0.949 90.0 + 170 195302 G 35.399 0.966 79.9 + 173 195302 G 35.399 (-13.9)( 32.4) (- 6.3)( 8)( 42)( 1034) 195302 G 36.398 17072 0.451 70.3 354.1 + 2.8 5 20 195302 G 36.398 1329A 0.907 79.3 315.5 + 6.9 0 11 182C 195302 G 36.398 0.758 82.8 + 96 195302 G 36.398 0.808 95.1 + 92 195302 G 36.398 0.858 105.3 + 179 195302 G 36.398 0.892 89.1 + 163 195302 G 36.398 0.910 96.9 + 169 195302 G 36.398 (-14.3)( 19.2) (- 6.4)( 5)( 31)( 881) 195302 G 37.457 0.936 288.1 + 85 195302 G 37.457 17072 0.249 50.3 354.3 + 2.7 7 24 195302 G 37.457 1329B 0.752 94.9 316.3 - 8.0 3 17 134C 195302 G 37.457 0.761 82.7 + 104 195302 G 37.457 0.857 72.3 + 220 195302 G 37.457 0.914 92.8 + 146 195302 G 37.457 0.957 100.1 + 104 195302 G 37.457 (-14.7)( 5.3) (- 6.5)( 10)( 41)( 793) 195302 C 38.397 17072 0.166 352.7 354.1 + 2.9 2 13 195302 C 38.397 0.901 101.6 + 100 195302 C 38.397 (-15.0)(352.9) (- 6.5)( 2)( 13)( 100) 195302 G 39.348 0.877 260.4 + 159 195302 G 39.348 0.798 303.4 + 210 195302 G 39.348 17072 0.283 303.9 353.9 + 2.6 4 22 195302 G 39.348 17073 0.221 23.5 335.3 + 5.0 0 2 195302 G 39.348 (-15.4)(340.4) (- 6.6)( 4)( 24)( 369) 195302 C 40.293 0.945 262.5 + 142 195302 C 40.293 0.900 296.9 + 215 195302 C 40.293 17072 0.466 289.3 353.9 + 2.8 1 7 195302 C 40.293 (-15.7)(327.9) (- 6.6)( 1)( 7)( 357) 195302 G 41.414 0.954 291.9 + 172 195302 G 41.414 0.901 302.8 + 211 195302 G 41.414 17072 0.672 282.1 354.2 + 3.0 3 9 195302 G 41.414 17073 0.382 296.5 333.1 + 3.5 0 2 195302 G 41.414 (-16.1)(313.2) (- 6.7)( 3)( 11)( 383) 195302 G 42.464 0.928 298.9 + 226 195302 G 42.464 0.881 274.3 + 97 195302 G 42.464 (-16.5)(299.3) (- 6.7)( 0)( 0)( 323) 195302 G 43.677 0.963 285.3 + 101 195302 G 43.677 0.947 274.3 + 102 195302 G 43.677 (-16.9)(283.4) (- 6.8)( 0)( 0)( 203) 195302 G 44.432 0.932 269.7 + 103 195302 G 44.432 0.916 278.2 + 134 195302 G 44.432 0.928 107.9 + 81 195302 G 44.432 (-17.2)(273.4) (- 6.8)( 0)( 0)( 318) 195302 G 45.463 0.969 275.8 + 151 195302 G 45.463 0.896 254.8 + 122 195302 G 45.463 0.883 277.6 + 120 195302 G 45.463 0.876 265.4 + 207 195302 G 45.463 0.854 290.6 + 114 195302 G 45.463 (-17.6)(259.8) (- 6.9)( 0)( 0)( 714) 195302 G 46.407 0.954 254.5 + 143 195302 G 46.407 0.949 275.9 + 144 195302 G 46.407 0.942 264.5 + 250 195302 G 46.407 0.922 286.1 + 140 195302 G 46.407 (-17.9)(247.4) (- 6.9)( 0)( 0)( 677) 195302 G 47.430 0.945 264.8 + 131 195302 G 47.430 0.942 280.4 + 96 195302 G 47.430 0.880 253.0 + 46 195302 G 47.430 0.906 160.5 + 108 195302 G 47.430 (-18.2)(233.9) (- 6.9)( 0)( 0)( 381) 195302 C 48.360 0.921 256.7 + 254 195302 C 48.360 (-18.5)(221.7) (- 7.0)( 0)( 0)( 254) 195302 C 52.300 0.892 71.1 + 185 195302 C 52.300 (-19.7)(169.8) (- 7.1)( 0)( 0)( 185) 195302 G 55.344 0.918 154.4 + 170 195302 G 55.344 (-20.6)(129.7) (- 7.2)( 0)( 0)( 170) 195302 G 57.438 0.875 282.2 + 169 195302 G 57.438 0.921 67.4 + 201 195302 G 57.438 (-21.1)(102.1) (- 7.2)( 0)( 0)( 370) 195302 C 58.296 0.925 61.7 + 261 195302 C 58.296 (-21.4)( 90.8) (- 7.2)( 0)( 0)( 261) 195303 G 59.408 0.852 55.8 + 209 195303 G 59.408 0.955 63.5 + 146 195303 G 59.408 0.972 76.9 + 161 195303 G 59.408 (-21.7)( 76.2) (- 7.2)( 0)( 0)( 516) 195303 G 60.357 0.776 48.9 + 136 195303 G 60.357 0.865 76.1 + 170 195303 G 60.357 0.869 88.8 + 92 195303 G 60.357 0.872 59.7 + 189 195303 G 60.357 (-21.9)( 63.7) (- 7.2)( 0)( 0)( 587) 195303 G 61.371 0.829 288.9 + 137 195303 G 61.371 0.818 101.5 + 132 195303 G 61.371 0.836 56.8 + 150 195303 G 61.371 0.931 82.1 + 143 195303 G 61.371 (-22.1)( 50.3) (- 7.2)( 0)( 0)( 562) 195303 G 62.458 0.918 95.4 + 220 195303 G 62.458 (-22.4)( 36.0) (- 7.2)( 0)( 0)( 220) 195303 G 63.463 1330A 0.379 264.9 45.1 - 8.6 2 7 195303 G 63.463 1330B 0.168 129.0 15.1 -13.2 0 5 195303 G 63.463 0.830 98.4 + 137 195303 G 63.463 0.884 80.2 + 257 195303 G 63.463 (-22.6)( 22.8) (- 7.2)( 2)( 12)( 394) 195303 G 66.423 0.907 264.7 + 156 195303 G 66.423 0.793 308.1 + 148 195303 G 66.423 1331A 0.448 265.3 10.5 - 8.5 1 5 195303 G 66.423 (-23.3)(343.8) (- 7.2)( 1)( 5)( 304) 195303 G 67.345 0.970 264.2 + 125 195303 G 67.345 0.938 288.8 + 214 195303 G 67.345 0.856 302.0 + 131 195303 G 67.345 (-23.4)(331.6) (- 7.2)( 0)( 0)( 470) 195303 G 68.346 0.945 293.8 + 183 195303 G 68.346 0.772 305.5 + 77 195303 G 68.346 0.936 102.1 + 160 195303 G 68.346 (-23.6)(318.4) (- 7.2)( 0)( 0)( 420) 195303 G 69.344 0.893 300.5 + 150 195303 G 69.344 0.883 311.1 + 175 195303 G 69.344 0.884 75.8 + 136 195303 G 69.344 (-23.8)(305.3) (- 7.2)( 0)( 0)( 461) 195303 G 70.398 0.948 294.6 + 177 195303 G 70.398 0.941 304.2 + 134 195303 G 70.398 0.934 275.6 + 218 195303 G 70.398 0.853 258.5 + 157 195303 G 70.398 1331B 0.891 286.8 351.7 +11.4 0 2 142C 195303 G 70.398 (-24.0)(291.4) (- 7.2)( 0)( 2)( 828) 195303 G 71.472 0.950 258.6 + 122 195303 G 71.472 0.927 279.0 + 210 195303 G 71.472 0.811 272.2 + 128 195303 G 71.472 1331C 0.816 284.2 329.9 + 7.2 4 22 79C 195303 G 71.472 (-24.2)(277.2) (- 7.2)( 4)( 22)( 539) 195303 G 72.367 0.927 274.2 + 140 195303 G 72.367 0.903 262.9 + 153 195303 G 72.367 0.871 284.2 + 152 195303 G 72.367 (-24.4)(265.4) (- 7.2)( 0)( 0)( 445) 195303 G 73.384 0.950 278.3 + 112 195303 G 73.384 0.926 262.5 + 144 195303 G 73.384 0.913 290.5 + 148 195303 G 73.384 17074 0.094 168.1 250.9 -12.5 2 14 195303 G 73.384 0.881 170.1 + 140 195303 G 73.384 (-24.5)(252.0) (- 7.2)( 2)( 14)( 544) 195303 G 74.344 0.937 269.0 + 131 195303 G 74.344 0.929 287.5 + 178 195303 G 74.344 17074 0.176 233.3 247.7 -13.1 0 2 195303 G 74.344 0.927 111.3 + 145 195303 G 74.344 0.953 71.3 + 72 195303 G 74.344 0.967 76.5 + 77 195303 G 74.344 (-24.7)(239.4) (- 7.1)( 0)( 2)( 603) 195303 G 75.346 0.927 260.4 + 116 195303 G 75.346 0.906 68.6 + 310 195303 G 75.346 0.926 150.2 + 101 195303 G 75.346 (-24.8)(226.2) (- 7.1)( 0)( 0)( 527) 195303 C 76.304 17075 0.989 104.4 130.7 -15.2 13 92 161C 195303 C 76.304 (-25.0)(213.5) (- 7.1)( 13)( 92)( 161) 195303 G 77.635 0.883 319.0 + 176 195303 G 77.635 17075 0.902 103.2 130.9 -14.9 31 122 254C 195303 G 77.635 (-25.2)(196.0) (- 7.0)( 31)( 122)( 430) 195303 G 78.472 0.880 257.0 + 103 195303 G 78.472 17075 0.794 103.5 132.2 -14.9 22 94 251F 195303 G 78.472 0.912 178.1 + 307 195303 G 78.472 (-25.3)(185.0) (- 7.0)( 22)( 94)( 661) 195303 G 79.363 17075 0.650 104.7 132.8 -14.8 20 105 93F 195303 G 79.363 (-25.4)(173.2) (- 7.0)( 20)( 105)( 93) 195303 G 80.465 17075 0.456 109.9 132.4 -15.2 18 77 195303 G 80.465 0.844 73.3 + 246 195303 G 80.465 (-25.5)(158.7) (- 7.0)( 18)( 77)( 246) 195303 G 81.489 17075 0.257 124.0 132.5 -15.0 11 53 195303 G 81.489 (-25.6)(145.2) (- 6.9)( 11)( 53)( 0) 195303 G 82.441 17075 0.143 179.5 132.5 -15.1 4 14 195303 G 82.441 (-25.7)(132.6) (- 6.9)( 4)( 14)( 0) 195303 G 83.340 0.876 292.8 + 103 195303 G 83.340 17075 0.247 234.0 132.7 -15.0 2 12 195303 G 83.340 0.913 93.4 + 161 195303 G 83.340 (-25.8)(120.8) (- 6.8)( 2)( 12)( 264) 195303 G 84.342 0.890 298.7 + 121 195303 G 84.342 0.913 175.1 + 247 195303 G 84.342 (-25.9)(107.6) (- 6.8)( 0)( 0)( 368) 195303 G 85.364 17076 0.374 28.3 83.7 +12.5 3 15 195303 G 85.364 17077 0.983 78.7 16.3 + 9.7 19 96 251C 195303 G 85.364 0.941 63.6 + 201 195303 G 85.364 (-26.0)( 94.1) (- 6.8)( 22)( 111)( 452) 195303 C 86.305 17076 0.325 352.4 84.3 +12.6 4 28 195303 C 86.305 17077 0.921 76.0 16.7 +10.1 21 117 223C 195303 C 86.305 17078 0.962 96.3 7.1 - 7.9 4 11 138C 195303 C 86.305 0.869 56.4 + 118 195303 C 86.305 (-26.0)( 81.7) (- 6.7)( 29)( 156)( 479) 195303 C 87.314 0.851 254.5 + 174 195303 C 87.314 17077 0.804 71.9 17.6 +10.2 22 105 190F 195303 C 87.314 17078 0.862 95.5 8.5 - 8.2 6 29 207F 195303 C 87.314 0.986 88.1 + 219 195303 C 87.314 (-26.1)( 68.4) (- 6.7)( 28)( 134)( 790) 195303 G 88.683 0.962 252.8 + 202 195303 G 88.683 17076 0.649 298.0 86.1 +12.4 9 74 195303 G 88.683 17077 0.597 62.5 17.9 +10.4 15 108 195303 G 88.683 17078 0.649 95.4 9.7 - 8.5 3 12 195303 G 88.683 17079 0.799 98.2 357.0 -10.5 0 13 150C 195303 G 88.683 17080 0.912 87.0 344.9 - 0.1 52 399 371C 195303 G 88.683 (-26.2)( 50.3) (- 6.6)( 79)( 606)( 723) 195303 G 89.343 0.959 290.0 + 136 195303 G 89.343 0.927 280.4 + 153 195303 G 89.343 17076 0.739 294.3 85.1 +12.9 10 48 82C 195303 G 89.343 17077 0.481 53.8 18.5 +10.4 10 50 195303 G 89.343 17078 0.530 95.4 9.5 - 8.5 2 6 195303 G 89.343 17079 0.694 97.8 357.5 -10.1 0 3 195303 G 89.343 17080 0.841 85.4 344.9 + 0.2 58 440 225C 195303 G 89.343 0.874 50.7 + 170 195303 G 89.343 0.934 78.0 + 160 195303 G 89.343 (-26.2)( 41.6) (- 6.6)( 80)( 547)( 926) 195304 G 90.344 17076 0.853 290.9 83.4 +14.1 0 4 210C 195304 G 90.344 17077 0.348 33.1 17.3 +10.5 8 35 195304 G 90.344 17078 0.341 96.4 8.5 - 8.3 1 7 195304 G 90.344 17080 0.702 83.1 344.4 + 0.2 54 333 65F 195304 G 90.344 0.805 92.3 + 60 195304 G 90.344 0.895 85.7 + 137 195304 G 90.344 0.908 73.3 + 190 195304 G 90.344 0.912 98.7 + 156 195304 G 90.344 (-26.3)( 28.4) (- 6.5)( 63)( 379)( 818) 195304 C 91.314 0.947 286.3 + 172 195304 C 91.314 17077 0.272 1.5 15.2 + 9.2 5 25 195304 C 91.314 17081 0.222 105.5 3.1 - 9.7 11 38 195304 C 91.314 17080 0.536 79.0 344.0 + 0.3 54 320 195304 C 91.314 (-26.3)( 15.6) (- 6.5)( 70)( 383)( 172) 195304 C 92.372 0.943 182.5 + 231 195304 C 92.372 17077 0.421 312.3 20.0 +10.3 2 10 195304 C 92.372 17081 0.064 212.1 3.6 - 9.5 8 46 195304 C 92.372 17080 0.308 66.7 345.2 + 0.9 57 344 195304 C 92.372 17082 0.447 67.7 337.2 + 3.9 5 31 195304 C 92.372 (-26.3)( 1.6) (- 6.4)( 72)( 431)( 231) 195304 G 93.369 0.878 254.3 + 128 195304 G 93.369 17077 0.592 297.4 20.7 +10.4 2 11 195304 G 93.369 17081 0.283 257.8 4.7 - 9.6 3 11 195304 G 93.369 17080 0.138 16.7 346.2 + 1.2 69 396 195304 G 93.369 17082 0.272 49.5 336.6 + 3.9 2 19 195304 G 93.369 0.920 158.4 + 167 195304 G 93.369 (-26.3)(348.5) (- 6.4)( 76)( 437)( 395) 195304 G 94.605 0.896 272.5 + 95 195304 G 94.605 17077 0.780 287.4 21.0 + 9.3 3 14 90C 195304 G 94.605 17080 0.279 299.5 346.2 + 1.8 47 252 195304 G 94.605 17082 0.197 332.2 337.5 + 3.7 2 9 195304 G 94.605 0.934 97.6 + 130 195304 G 94.605 (-26.4)(332.2) (- 6.3)( 52)( 275)( 315) 195304 C 95.351 0.907 299.8 + 148 195304 C 95.351 0.848 288.4 + 233 195304 C 95.351 17080 0.419 288.3 345.7 + 1.8 41 212 195304 C 95.351 17082 0.289 305.8 335.8 + 3.7 11 63 195304 C 95.351 0.882 99.5 + 109 195304 C 95.351 (-26.4)(322.3) (- 6.2)( 52)( 275)( 490) 195304 G 96.340 0.968 297.2 + 131 195304 G 96.340 0.948 284.0 + 250 195304 G 96.340 17081 0.794 264.0 2.1 - 8.5 3 25 160C 195304 G 96.340 17080 0.600 282.0 345.1 + 2.2 28 162 195304 G 96.340 17082 0.480 289.2 336.2 + 3.6 22 112 195304 G 96.340 (-26.4)(309.3) (- 6.1)( 53)( 299)( 541) 195304 G 97.340 0.907 292.4 + 79 195304 G 97.340 17081 0.919 264.2 3.2 - 7.7 5 39 188C 195304 G 97.340 17080 0.770 278.3 345.6 + 2.4 33 164 174C 195304 G 97.340 17082 0.672 281.7 337.2 + 3.2 53 275 195304 G 97.340 (-26.4)(296.1) (- 6.1)( 91)( 478)( 441) 195304 C 98.513 0.962 261.2 + 137 195304 C 98.513 17080 0.886 274.8 342.4 + 1.4 24 79 296C 195304 C 98.513 17082 0.846 278.0 337.5 + 3.5 67 462 166C 195304 C 98.513 (-26.4)(280.6) (- 6.0)( 91)( 541)( 599) 195304 G 99.374 0.929 261.1 + 105 195304 G 99.374 17080 0.960 273.3 342.4 + 1.5 7 48 382C 195304 G 99.374 17082 0.936 275.7 337.8 + 3.2 79 501 382C 195304 G 99.374 (-26.3)(269.2) (- 5.9)( 86)( 549)( 487) 195304 G 100.343 17082 0.987 273.9 336.6 + 2.8 54 302 176C 195304 G 100.343 (-26.3)(256.4) (- 5.9)( 54)( 302)( 176) 195304 G 104.347 0.943 105.5 + 272 195304 G 104.347 (-26.1)(203.6) (- 5.6)( 0)( 0)( 272) 195304 C 105.571 0.832 284.4 + 102 195304 C 105.571 (-26.0)(187.4) (- 5.5)( 0)( 0)( 102) 195304 C 106.322 0.933 254.6 + 173 195304 C 106.322 (-26.0)(177.5) (- 5.4)( 0)( 0)( 173) 195304 G 107.367 0.938 259.9 + 129 195304 G 107.367 1332A 0.838 75.7 108.6 + 8.9 2 6 102C 195304 G 107.367 (-25.9)(163.7) (- 5.3)( 2)( 6)( 231) 195304 G 109.317 0.809 66.9 + 134 195304 G 109.317 0.950 75.5 + 136 195304 G 109.317 (-25.7)(137.9) (- 5.1)( 0)( 0)( 270) 195304 C 110.323 0.917 154.1 + 185 195304 C 110.323 (-25.6)(124.6) (- 5.0)( 0)( 0)( 185) 195304 G 111.316 17083 0.982 77.9 33.9 +10.8 57 391 223C 195304 G 111.316 (-25.5)(111.5) (- 5.0)( 57)( 391)( 223) 195304 G 112.358 17083 0.919 76.4 32.8 +10.4 97 766 394C 195304 G 112.358 17084 0.993 98.1 14.3 - 8.6 20 73 212C 195304 G 112.358 (-25.4)( 97.8) (- 4.9)( 117)( 839)( 606) 195304 G 113.361 17083 0.799 73.3 33.7 +10.2 125 694 251C 195304 G 113.361 17084 0.942 96.7 13.9 - 7.9 15 56 246C 195304 G 113.361 (-25.3)( 84.5) (- 4.8)( 140)( 750)( 497) 195304 G 114.313 0.858 255.1 + 165 195304 G 114.313 17083 0.667 67.9 33.1 +10.8 101 581 156C 195304 G 114.313 17084 0.848 96.5 13.8 - 8.0 7 34 157C 195304 G 114.313 17085 0.931 97.3 3.1 - 8.5 7 22 105C 195304 G 114.313 0.842 60.9 + 87 195304 G 114.313 0.950 84.0 + 171 195304 G 114.313 (-25.1)( 71.9) (- 4.7)( 115)( 637)( 841) 195304 G 115.319 17083 0.481 57.6 34.3 +10.7 96 497 195304 G 115.319 17084 0.696 97.1 14.5 - 8.2 4 19 195304 G 115.319 17085 0.835 97.4 1.9 - 8.7 2 8 86C 195304 G 115.319 17086 0.973 85.4 342.6 + 3.4 30 202 182C 195304 G 115.319 0.853 79.5 + 112 195304 G 115.319 (-25.0)( 58.6) (- 4.6)( 132)( 726)( 380) 195304 G 116.649 17083 0.293 25.6 33.7 +10.8 130 986 195304 G 116.649 17084 0.467 100.8 13.6 - 9.0 4 14 195304 G 116.649 17085 0.624 98.2 2.6 - 8.6 1 6 195304 G 116.649 17086 0.853 83.4 343.3 + 3.3 26 165 303C 195304 G 116.649 0.928 97.1 + 126 195304 G 116.649 (-24.8)( 41.1) (- 4.5)( 161)( 1171)( 429) 195304 G 117.422 17083 0.271 350.9 33.3 +11.1 144 957 195304 G 117.422 17087 0.224 106.6 18.3 - 8.0 0 5 195304 G 117.422 17084 0.332 106.3 12.0 - 9.4 1 8 195304 G 117.422 17086 0.748 81.6 343.1 + 3.3 31 156 166F 195304 G 117.422 0.812 97.8 + 67 195304 G 117.422 0.925 80.3 + 140 195304 G 117.422 (-24.7)( 30.8) (- 4.4)( 176)( 1126)( 373) 195304 G 118.347 17083 0.367 316.5 33.5 +11.2 149 970 195304 G 118.347 17087 0.074 181.2 18.7 - 8.5 1 4 195304 G 118.347 17086 0.590 78.1 343.4 + 3.4 28 157 195304 G 118.347 0.939 167.3 + 245 195304 G 118.347 (-24.5)( 18.6) (- 4.3)( 178)( 1131)( 245) 195304 G 119.426 17083 0.540 299.0 33.1 +11.4 116 898 195304 G 119.426 17086 0.380 69.6 343.6 + 3.7 24 141 195304 G 119.426 0.914 173.2 + 226 195304 G 119.426 (-24.4)( 4.4) (- 4.2)( 140)( 1039)( 226) 195305 C 120.345 17083 0.698 290.8 33.7 +11.2 151 1015 195305 C 120.345 17086 0.197 45.4 344.2 + 3.8 26 141 195305 C 120.345 (-24.2)(352.2) (- 4.1)( 177)( 1156)( 0) 195305 G 121.321 17083 0.830 286.4 33.4 +11.2 123 1062 543C 195305 G 121.321 17086 0.163 327.6 344.3 + 3.9 21 130 195305 G 121.321 (-24.0)(339.3) (- 4.0)( 144)( 1192)( 543) 195305 G 122.373 0.807 261.8 + 143 195305 G 122.373 17083 0.944 282.9 34.7 +10.8 106 801 773C 195305 G 122.373 17086 0.353 292.6 344.4 + 4.1 24 116 195305 G 122.373 0.943 172.4 + 219 195305 G 122.373 (-23.8)(325.4) (- 3.9)( 130)( 917)( 1135) 195305 G 123.314 0.957 271.0 + 97 195305 G 123.314 0.798 275.3 + 117 195305 G 123.314 17083 0.991 281.0 34.2 +10.4 86 819 373F 195305 G 123.314 17087 0.916 261.4 19.4 - 9.4 0 6 200C 195305 G 123.314 17086 0.538 283.4 344.5 + 3.9 21 90 195305 G 123.314 (-23.6)(313.0) (- 3.8)( 107)( 915)( 787) 195305 G 124.311 0.970 258.6 + 101 195305 G 124.311 0.887 277.8 + 207 195305 G 124.311 0.883 265.2 + 144 195305 G 124.311 0.804 276.6 + 99 195305 G 124.311 17086 0.710 279.2 344.2 + 3.8 13 85 195305 G 124.311 (-23.4)(299.8) (- 3.7)( 13)( 85)( 551) 195305 G 125.306 0.964 275.3 + 244 195305 G 125.306 0.959 263.8 + 150 195305 G 125.306 17086 0.856 277.0 344.8 + 4.1 19 91 408C 195305 G 125.306 0.974 76.0 + 89 195305 G 125.306 (-23.2)(286.6) (- 3.6)( 19)( 91)( 891) 195305 G 126.306 0.926 259.8 + 113 195305 G 126.306 17086 0.952 275.3 345.0 + 4.0 11 80 252C 195305 G 126.306 0.927 75.6 + 114 195305 G 126.306 (-23.0)(273.4) (- 3.5)( 11)( 80)( 479) 195305 G 127.325 0.973 270.6 + 136 195305 G 127.325 0.939 280.8 + 164 195305 G 127.325 (-22.8)(259.9) (- 3.4)( 0)( 0)( 300) 195305 G 128.305 0.968 275.2 + 90 195305 G 128.305 (-22.6)(247.0) (- 3.3)( 0)( 0)( 90) 195305 G 129.405 0.910 294.5 + 136 195305 G 129.405 (-22.3)(232.4) (- 3.1)( 0)( 0)( 136) 195305 G 130.311 0.960 106.5 + 37 195305 G 130.311 (-22.1)(220.5) (- 3.0)( 0)( 0)( 37) 195305 G 136.415 0.772 264.3 + 62 195305 G 136.415 (-20.4)(139.7) (- 2.3)( 0)( 0)( 62) 195305 G 137.339 0.896 263.2 + 90 195305 G 137.339 1333A 0.822 283.6 181.5 + 9.8 4 10 195305 G 137.339 (-20.2)(127.5) (- 2.2)( 4)( 10)( 90) 195305 G 138.475 0.980 265.0 + 57 195305 G 138.475 0.926 283.0 + 75 195305 G 138.475 17088 0.970 77.4 37.5 +11.7 50 229 245C 195305 G 138.475 (-19.8)(112.5) (- 2.1)( 50)( 229)( 377) 195305 G 139.305 17088 0.906 76.4 37.8 +11.4 38 212 263C 195305 G 139.305 0.817 102.7 + 63 195305 G 139.305 0.977 99.8 + 106 195305 G 139.305 (-19.6)(101.5) (- 2.0)( 38)( 212)( 432) 195305 G 140.376 0.965 243.0 + 86 195305 G 140.376 17088 0.779 74.0 37.8 +11.1 34 178 278F 195305 G 140.376 0.917 100.1 + 119 195305 G 140.376 0.944 87.2 + 164 195305 G 140.376 (-19.2)( 87.3) (- 1.9)( 34)( 178)( 647) 195305 G 141.304 17088 0.634 70.0 37.9 +11.1 23 151 195305 G 141.304 0.842 87.7 + 101 195305 G 141.304 0.944 82.7 + 171 195305 G 141.304 (-18.9)( 75.1) (- 1.8)( 23)( 151)( 272) 195305 G 142.329 17088 0.450 61.0 38.0 +11.0 27 142 195305 G 142.329 0.829 83.4 + 112 195305 G 142.329 0.941 98.6 + 117 195305 G 142.329 0.951 86.4 + 165 195305 G 142.329 (-18.6)( 61.5) (- 1.7)( 27)( 142)( 394) 195305 G 143.384 0.976 267.3 + 112 195305 G 143.384 17088 0.267 36.1 38.3 +11.0 28 132 195305 G 143.384 0.836 101.5 + 250 195305 G 143.384 0.853 87.9 + 261 195305 G 143.384 0.923 77.9 + 236 195305 G 143.384 (-18.3)( 47.5) (- 1.5)( 28)( 132)( 859) 195305 G 144.404 17088 0.229 342.1 38.1 +11.1 19 105 195305 G 144.404 1333B 0.722 80.0 348.5 + 6.2 3 11 195305 G 144.404 0.874 78.1 + 222 195305 G 144.404 (-17.9)( 34.0) (- 1.4)( 22)( 116)( 222) 195305 G 145.308 17088 0.350 308.6 38.2 +11.3 17 105 195305 G 145.308 (-17.6)( 22.1) (- 1.3)( 17)( 105)( 0) 195305 G 146.675 0.927 258.2 + 115 195305 G 146.675 17088 0.593 290.9 38.2 +11.2 19 97 195305 G 146.675 (-17.1)( 4.0) (- 1.2)( 19)( 97)( 115) 195305 G 147.297 0.974 258.7 + 150 195305 G 147.297 17088 0.698 287.3 38.4 +11.1 16 87 195305 G 147.297 17089 0.408 95.7 331.9 - 3.3 5 23 195305 G 147.297 (-16.9)(355.8) (- 1.1)( 21)( 110)( 150) 195305 C 148.327 0.897 288.0 + 199 195305 C 148.327 0.770 291.2 + 139 195305 C 148.327 17088 0.840 284.4 38.0 +11.5 12 68 164C 195305 C 148.327 17089 0.169 105.0 332.7 - 3.4 0 11 195305 C 148.327 (-16.6)(342.1) (- 0.9)( 12)( 79)( 502) 195305 G 149.416 0.893 287.5 + 214 195305 G 149.416 17088 0.946 282.4 37.9 +11.4 0 14 141S 195305 G 149.416 17090 0.302 285.9 344.6 + 4.0 6 24 195305 G 149.416 0.961 155.8 + 81 195305 G 149.416 (-16.2)(327.7) (- 0.8)( 6)( 38)( 436) 195305 G 150.309 0.954 286.6 + 171 195305 G 150.309 0.888 297.6 + 50 195305 G 150.309 17090 0.505 279.6 345.7 + 4.2 3 21 195305 G 150.309 17091 0.283 326.3 325.1 +12.8 0 7 195305 G 150.309 (-15.8)(315.9) (- 0.7)( 3)( 28)( 221) 195306 G 151.297 17092 0.767 106.5 254.0 -12.9 0 14 49C 195306 G 151.297 (-15.5)(302.8) (- 0.6)( 0)( 14)( 49) 195306 G 152.370 0.938 259.9 + 180 195306 G 152.370 0.883 274.7 + 224 195306 G 152.370 0.825 263.9 + 141 195306 G 152.370 17091 0.631 292.1 325.4 +13.3 9 44 195306 G 152.370 17092 0.585 112.3 255.0 -13.2 49 242 195306 G 152.370 (-15.1)(288.6) (- 0.5)( 58)( 286)( 545) 195306 G 153.434 0.949 274.6 + 162 195306 G 153.434 0.940 264.9 + 93 195306 G 153.434 0.922 284.1 + 64 195306 G 153.434 0.802 288.3 + 110 195306 G 153.434 17092 0.400 125.1 254.9 -13.5 82 391 195306 G 153.434 17093 0.782 70.5 225.0 +14.9 4 14 70C 195306 G 153.434 (-14.7)(274.5) (- 0.3)( 86)( 405)( 499) 195306 G 154.315 17091 0.918 284.7 328.5 +13.4 0 6 178C 195306 G 154.315 17092 0.272 148.9 254.6 -13.6 53 321 195306 G 154.315 17093 0.651 66.3 225.0 +15.0 43 253 195306 G 154.315 (-14.3)(262.9) (- 0.2)( 96)( 580)( 178) 195306 G 155.348 17091 0.982 283.5 327.7 +13.2 0 13 189C 195306 G 155.348 17092 0.251 199.2 254.1 -13.8 63 316 195306 G 155.348 17093 0.473 55.1 225.6 +15.5 45 243 195306 G 155.348 (-13.9)(249.2) (- 0.1)( 108)( 572)( 189) 195306 G 156.325 17092 0.388 232.3 254.6 -13.7 57 289 195306 G 156.325 17093 0.325 32.3 225.9 +15.9 36 200 195306 G 156.325 0.881 113.9 + 188 195306 G 156.325 (-13.5)(236.3) (+ 0.0)( 93)( 489)( 188) 195306 C 157.338 17092 0.551 244.0 253.4 -13.8 72 362 195306 C 157.338 17093 0.288 348.5 226.3 +16.5 28 176 195306 C 157.338 (-13.1)(222.9) (+ 0.2)( 100)( 538)( 0) 195306 C 158.348 17092 0.713 249.7 252.9 -14.1 70 343 195306 C 158.348 17093 0.413 314.4 227.4 +17.0 19 107 195306 C 158.348 (-12.7)(209.5) (+ 0.3)( 89)( 450)( 0) 195306 G 159.418 0.910 268.9 + 205 195306 G 159.418 17092 0.852 252.9 252.3 -14.2 52 271 261C 195306 G 159.418 17093 0.566 299.2 226.1 +16.3 25 137 195306 G 159.418 0.907 81.3 + 203 195306 G 159.418 (-12.3)(195.3) (+ 0.4)( 77)( 408)( 669) 195306 G 160.298 17092 0.940 253.7 252.6 -15.1 48 228 256C 195306 G 160.298 17093 0.701 291.8 226.0 +15.4 31 129 195306 G 160.298 0.828 79.3 + 148 195306 G 160.298 (-11.9)(183.7) (+ 0.5)( 79)( 357)( 404) 195306 G 161.302 17092 0.984 254.3 249.3 -15.3 14 101 230C 195306 G 161.302 17093 0.840 288.5 226.1 +15.8 13 69 172C 195306 G 161.302 (-11.5)(170.4) (+ 0.6)( 27)( 170)( 402) 195306 C 162.360 17093 0.954 287.5 228.1 +16.9 0 15 170C 195306 C 162.360 (-11.1)(156.4) (+ 0.7)( 0)( 15)( 170) 195306 C 163.338 0.974 284.4 + 217 195306 C 163.338 (-10.6)(143.5) (+ 0.9)( 0)( 0)( 217) 195306 G 164.386 1334A 0.344 263.3 149.5 - 1.4 0 4 195306 G 164.386 17094 0.250 347.0 132.9 +15.0 0 4 195306 G 164.386 17095 0.977 81.8 52.2 + 8.2 51 309 281C 195306 G 164.386 (-10.2)(129.6) (+ 1.0)( 51)( 317)( 281) 195306 G 165.308 1334B 0.876 259.2 177.7 - 8.9 0 5 98C 195306 G 165.308 17094 0.355 314.4 132.6 +15.4 5 24 195306 G 165.308 17095 0.909 81.5 52.4 + 8.2 47 259 417C 195306 G 165.308 0.939 97.5 + 117 195306 G 165.308 (- 9.8)(117.4) (+ 1.1)( 52)( 288)( 632) 195306 G 166.560 17094 0.570 295.1 133.0 +15.0 0 9 195306 G 166.560 17095 0.746 80.2 53.0 + 8.1 42 283 304F 195306 G 166.560 0.884 64.3 + 103 195306 G 166.560 0.931 76.5 + 171 195306 G 166.560 0.941 88.9 + 101 195306 G 166.560 (- 9.3)(100.8) (+ 1.2)( 42)( 292)( 679) 195306 G 167.314 17094 0.701 291.7 133.2 +15.9 7 26 195306 G 167.314 17095 0.628 78.7 52.5 + 8.1 48 265 195306 G 167.314 0.772 65.0 + 51 195306 G 167.314 0.876 73.3 + 167 195306 G 167.314 0.917 104.3 + 109 195306 G 167.314 0.933 88.9 + 126 195306 G 167.314 (- 8.9)( 90.8) (+ 1.3)( 55)( 291)( 453) 195306 G 168.303 0.811 287.9 + 108 195306 G 168.303 17095 0.412 73.3 54.4 + 8.2 30 127 195306 G 168.303 0.837 65.7 + 136 195306 G 168.303 0.895 85.6 + 174 195306 G 168.303 (- 8.5)( 77.8) (+ 1.5)( 30)( 127)( 418) 195306 G 169.722 0.943 283.9 + 178 195306 G 169.722 0.943 250.7 + 86 195306 G 169.722 0.914 266.9 + 127 195306 G 169.722 17095 0.132 30.5 55.1 + 8.1 16 61 195306 G 169.722 17096 0.977 78.1 341.5 +11.9 21 117 207C 195306 G 169.722 0.932 91.8 + 204 195306 G 169.722 (- 7.9)( 59.0) (+ 1.6)( 37)( 178)( 802) 195306 G 170.325 17095 0.140 325.4 55.6 + 8.3 7 35 195306 G 170.325 17096 0.949 77.2 339.7 +12.7 25 161 253C 195306 G 170.325 0.885 89.3 + 111 195306 G 170.325 (- 7.6)( 51.0) (+ 1.7)( 32)( 196)( 364) 195306 G 171.379 17095 0.349 289.6 56.3 + 8.3 2 19 195306 G 171.379 17096 0.841 76.0 340.4 +12.7 27 115 231C 195306 G 171.379 (- 7.2)( 37.0) (+ 1.8)( 29)( 134)( 231) 195306 G 172.302 17096 0.696 73.5 341.8 +12.8 17 108 99C 195306 G 172.302 0.889 73.1 + 130 195306 G 172.302 (- 6.7)( 24.8) (+ 1.9)( 17)( 208)( 229) 195306 G 173.304 17096 0.512 67.5 342.7 +13.0 16 85 195306 G 173.304 (- 6.3)( 11.6) (+ 2.0)( 16)( 85)( 0) 195306 G 174.319 17097 0.834 275.3 54.4 + 5.6 0 4 271C 195306 G 174.319 17096 0.325 53.8 342.5 +13.1 10 61 195306 G 174.319 (- 5.9)(358.1) (+ 2.2)( 10)( 65)( 271) 195306 G 175.408 0.807 290.6 + 132 195306 G 175.408 17097 0.951 274.9 55.6 + 5.4 0 8 451N 195306 G 175.408 17096 0.181 7.3 342.4 +12.6 11 69 195306 G 175.408 (- 5.4)(343.7) (+ 2.3)( 11)( 77)( 583) 195306 G 176.300 0.953 279.0 + 271 195306 G 176.300 0.910 291.4 + 105 195306 G 176.300 1335A 0.618 251.2 8.1 - 9.5 1 6 195306 G 176.300 17096 0.234 326.8 339.4 +13.7 7 24 195306 G 176.300 17098 0.965 105.4 258.5 -14.2 4 17 170F 195306 G 176.300 (- 5.0)(331.9) (+ 2.4)( 12)( 47)( 546) 195306 G 177.302 0.933 285.5 + 142 195306 G 177.302 0.908 291.5 + 150 195306 G 177.302 17096 0.404 300.7 339.5 +14.2 0 5 195306 G 177.302 17098 0.884 107.7 258.5 -14.3 2 10 259F 195306 G 177.302 (- 4.5)(318.6) (+ 2.5)( 2)( 15)( 551) 195306 G 178.485 0.932 258.0 + 125 195306 G 178.485 0.923 299.6 + 75 195306 G 178.485 0.888 271.3 + 137 195306 G 178.485 17098 0.735 112.4 258.6 -14.4 1 10 142F 195306 G 178.485 0.942 72.8 + 220 195306 G 178.485 (- 4.0)(303.0) (+ 2.6)( 1)( 10)( 699) 195306 G 179.307 0.909 269.9 + 178 195306 G 179.307 1335B 0.779 283.0 342.7 +11.8 0 4 94N 195306 G 179.307 17098 0.612 118.2 258.4 -14.5 3 9 195306 G 179.307 0.905 71.6 + 182 195306 G 179.307 (- 3.6)(292.1) (+ 2.7)( 3)( 13)( 454) 195306 G 180.325 0.845 284.5 + 226 195306 G 180.325 17098 0.450 131.4 258.3 -14.6 3 8 195306 G 180.325 0.787 70.7 + 159 195306 G 180.325 (- 3.1)(278.6) (+ 2.8)( 3)( 8)( 385) 195307 C 181.398 0.932 285.0 + 116 195307 C 181.398 0.970 105.1 + 99 195307 C 181.398 (- 2.6)(264.4) (+ 3.0)( 0)( 0)( 215) 195307 G 182.592 1335C 0.882 108.5 189.0 -14.7 5 13 102F 195307 G 182.592 (- 2.1)(248.6) (+ 3.1)( 5)( 13)( 102) 195307 G 185.349 0.866 311.6 + 73 195307 G 185.349 0.777 245.2 + 82 195307 G 185.349 0.837 121.8 + 63 195307 G 185.349 0.960 78.5 + 81 195307 G 185.349 0.972 110.0 + 121 195307 G 185.349 (- 0.8)(212.1) (+ 3.4)( 0)( 0)( 420) 195307 C 186.334 0.826 248.7 + 187 195307 C 186.334 0.906 113.0 + 118 195307 C 186.334 (- 0.4)(199.1) (+ 3.5)( 0)( 0)( 305) 195307 G 187.345 0.933 251.1 + 215 195307 G 187.345 0.805 117.5 + 101 195307 G 187.345 ( 0.1)(185.7) (+ 3.6)( 0)( 0)( 316) 195307 G 188.331 0.909 250.9 + 109 195307 G 188.331 0.812 288.7 + 99 195307 G 188.331 ( 0.5)(172.7) (+ 3.7)( 0)( 0)( 208) 195307 G 189.301 0.934 288.0 + 160 195307 G 189.301 17099 0.997 98.7 75.1 - 8.3 0 171 195307 G 189.301 ( 1.0)(159.8) (+ 3.8)( 0)( 171)( 160) 195307 G 190.389 17099 0.962 99.6 72.3 - 8.1 70 394 302C 195307 G 190.389 ( 1.4)(145.4) (+ 3.9)( 70)( 394)( 302) 195307 G 191.328 0.893 250.5 + 165 195307 G 191.328 17100 0.231 183.2 133.7 - 9.3 0 5 195307 G 191.328 17099 0.874 102.4 73.5 - 8.8 66 331 242C 195307 G 191.328 0.941 71.7 + 134 195307 G 191.328 0.948 81.8 + 293 195307 G 191.328 ( 1.9)(133.0) (+ 4.0)( 66)( 336)( 834) 195307 C 192.400 17099 0.731 106.2 73.7 - 8.9 54 297 356C 195307 C 192.400 0.856 81.8 + 133 195307 C 192.400 0.893 71.4 + 86 195307 C 192.400 ( 2.4)(118.8) (+ 4.1)( 54)( 297)( 575) 195307 G 193.500 17100 0.522 239.1 131.3 -11.7 3 14 195307 G 193.500 17099 0.538 113.8 74.4 - 8.9 44 209 195307 G 193.500 0.830 81.2 + 195 195307 G 193.500 0.917 73.8 + 144 195307 G 193.500 ( 2.8)(104.2) (+ 4.2)( 47)( 223)( 339) 195307 G 194.333 17100 0.663 246.7 131.5 -11.8 5 17 195307 G 194.333 17099 0.384 126.2 75.0 - 9.0 40 185 195307 G 194.333 0.862 63.6 + 68 195307 G 194.333 0.950 88.4 + 128 195307 G 194.333 ( 3.2)( 93.2) (+ 4.3)( 45)( 202)( 196) 195307 G 195.364 0.800 251.0 + 96 195307 G 195.364 17099 0.249 160.1 74.7 - 9.1 47 224 195307 G 195.364 0.938 85.5 + 139 195307 G 195.364 0.946 52.0 + 70 195307 G 195.364 ( 3.7)( 79.6) (+ 4.4)( 47)( 224)( 305) 195307 G 196.415 0.935 255.1 + 145 195307 G 196.415 17099 0.287 214.1 75.0 - 9.3 33 171 195307 G 196.415 0.939 91.4 + 127 195307 G 196.415 0.963 77.3 + 77 195307 G 196.415 ( 4.1)( 65.7) (+ 4.5)( 33)( 171)( 349) 195307 G 197.305 0.961 256.9 + 103 195307 G 197.305 17099 0.422 237.0 74.8 - 8.9 27 138 195307 G 197.305 0.836 92.3 + 84 195307 G 197.305 0.863 116.3 + 64 195307 G 197.305 0.937 75.7 + 179 195307 G 197.305 ( 4.5)( 53.9) (+ 4.6)( 27)( 138)( 430) 195307 G 198.329 17099 0.614 249.8 75.9 - 8.4 26 141 195307 G 198.329 1335D 0.385 289.7 62.0 +11.8 1 8 195307 G 198.329 0.800 77.0 + 67 195307 G 198.329 0.923 73.9 + 155 195307 G 198.329 ( 5.0)( 40.4) (+ 4.7)( 27)( 149)( 222) 195307 G 199.308 17099 0.772 254.4 76.0 - 8.8 14 101 88C 195307 G 199.308 0.784 73.2 + 93 195307 G 199.308 ( 5.4)( 27.4) (+ 4.8)( 14)( 101)( 181) 195307 G 200.596 0.812 280.3 + 172 195307 G 200.596 17099 0.923 258.2 76.3 - 8.9 15 68 256C 195307 G 200.596 ( 6.0)( 10.4) (+ 4.9)( 15)( 68)( 428) 195307 G 201.643 0.920 276.9 + 217 195307 G 201.643 0.854 265.4 + 48 195307 G 201.643 0.842 283.6 + 101 195307 G 201.643 0.791 228.0 + 56 195307 G 201.643 17099 0.986 260.2 75.6 - 8.7 0 15 320C 195307 G 201.643 0.921 66.2 + 112 195307 G 201.643 ( 6.4)(356.5) (+ 5.0)( 0)( 15)( 854) 195307 G 202.542 0.977 276.8 + 170 195307 G 202.542 0.959 255.0 + 59 195307 G 202.542 0.937 286.9 + 137 195307 G 202.542 0.899 273.2 + 110 195307 G 202.542 ( 6.8)(344.6) (+ 5.1)( 0)( 0)( 476) 195307 G 203.306 0.953 288.9 + 75 195307 G 203.306 0.947 277.9 + 160 195307 G 203.306 0.935 235.7 + 81 195307 G 203.306 ( 7.1)(334.5) (+ 5.1)( 0)( 0)( 316) 195307 G 204.320 0.932 289.3 + 118 195307 G 204.320 0.940 107.0 + 133 195307 G 204.320 ( 7.6)(321.1) (+ 5.2)( 0)( 0)( 251) 195307 G 205.316 0.926 270.2 + 97 195307 G 205.316 0.870 109.0 + 116 195307 G 205.316 ( 8.0)(307.9) (+ 5.3)( 0)( 0)( 213) 195307 G 206.368 0.886 271.6 + 68 195307 G 206.368 0.893 69.0 + 114 195307 G 206.368 ( 8.4)(294.0) (+ 5.4)( 0)( 0)( 182) 195307 G 207.471 0.950 276.1 + 109 195307 G 207.471 0.838 288.5 + 121 195307 G 207.471 ( 8.9)(279.4) (+ 5.5)( 0)( 0)( 230) 195307 G 208.341 0.925 274.8 + 60 195307 G 208.341 0.890 288.3 + 100 195307 G 208.341 ( 9.3)(267.9) (+ 5.5)( 0)( 0)( 160) 195307 G 209.407 0.941 284.0 + 101 195307 G 209.407 ( 9.7)(253.8) (+ 5.6)( 0)( 0)( 101) 195308 G 212.321 0.916 275.1 + 155 195308 G 212.321 ( 10.9)(215.3) (+ 5.8)( 0)( 0)( 155) 195308 C 213.341 17101 0.981 74.7 122.0 +16.1 0 18 202C 195308 C 213.341 ( 11.3)(201.8) (+ 5.9)( 0)( 18)( 202) 195308 G 214.317 0.911 248.5 + 206 195308 G 214.317 17101 0.911 74.9 122.8 +16.3 28 162 152C 195308 G 214.317 ( 11.7)(188.9) (+ 6.0)( 28)( 162)( 358) 195308 G 215.338 0.931 256.0 + 185 195308 G 215.338 17101 0.794 74.1 122.9 +16.3 33 144 154C 195308 G 215.338 ( 12.1)(175.4) (+ 6.0)( 33)( 144)( 339) 195308 G 216.399 17101 0.633 71.5 122.7 +16.3 12 59 195308 G 216.399 ( 12.4)(161.3) (+ 6.1)( 12)( 59)( 0) 195308 G 217.348 17101 0.495 66.0 120.7 +17.0 5 26 195308 G 217.348 0.846 101.7 + 192 195308 G 217.348 0.964 78.8 + 148 195308 G 217.348 ( 12.8)(148.8) (+ 6.2)( 5)( 26)( 340) 195308 G 218.311 17102 0.226 41.0 127.2 +15.9 3 9 195308 G 218.311 0.872 101.6 + 115 195308 G 218.311 0.898 112.1 + 155 195308 G 218.311 0.908 90.4 + 103 195308 G 218.311 0.921 77.3 + 180 195308 G 218.311 ( 13.2)(136.0) (+ 6.2)( 3)( 9)( 553) 195308 G 219.401 17102 0.190 328.3 127.5 +15.5 6 27 195308 G 219.401 17101 0.180 25.9 116.9 +15.5 3 12 195308 G 219.401 0.786 81.4 + 111 195308 G 219.401 0.834 112.2 + 148 195308 G 219.401 0.939 82.3 + 171 195308 G 219.401 ( 13.7)(121.6) (+ 6.3)( 9)( 39)( 430) 195308 G 220.321 17101 0.243 315.5 119.8 +16.2 15 68 195308 G 220.321 17103 0.959 81.7 35.6 + 9.7 24 120 194C 195308 G 220.321 0.800 80.3 + 105 195308 G 220.321 ( 13.9)(109.6) (+ 6.4)( 39)( 188)( 299) 195308 G 221.316 17104 0.720 280.2 142.5 +11.8 6 24 195308 G 221.316 17101 0.451 293.9 121.6 +16.3 21 124 195308 G 221.316 17103 0.873 82.1 35.1 +10.0 25 142 151C 195308 G 221.316 ( 14.3)( 96.3) (+ 6.4)( 52)( 290)( 151) 195308 G 222.315 17104 0.868 280.0 143.7 +11.9 5 18 87C 195308 G 222.315 17101 0.659 287.5 123.8 +16.3 48 253 195308 G 222.315 17103 0.741 82.5 35.1 + 9.9 22 128 106C 195308 G 222.315 17105 0.975 79.5 5.1 +11.7 64 269 252C 195308 G 222.315 17106 0.985 96.0 3.9 - 4.7 41 176 252F 195308 G 222.315 ( 14.7)( 83.1) (+ 6.5)( 180)( 844)( 697) 195308 G 223.297 17104 0.959 280.4 144.3 +11.8 0 12 91C 195308 G 223.297 17101 0.817 285.8 125.0 +16.6 59 350 164C 195308 G 223.297 17103 0.569 82.4 35.4 + 9.6 24 123 195308 G 223.297 17105 0.895 80.0 6.1 +11.8 84 483 218C 195308 G 223.297 17106 0.913 98.4 5.3 - 4.9 23 123 211C 195308 G 223.297 ( 15.0)( 70.1) (+ 6.5)( 190)( 1091)( 684) 195308 G 224.339 17101 0.921 285.4 124.1 +16.7 24 113 279C 195308 G 224.339 17103 0.359 80.8 35.3 + 9.4 22 127 195308 G 224.339 17106 0.783 102.0 6.3 - 5.1 17 94 138C 195308 G 224.339 17105 0.766 80.7 6.1 +11.4 106 565 126C 195308 G 224.339 0.954 80.0 + 157 195308 G 224.339 ( 15.4)( 56.3) (+ 6.6)( 169)( 899)( 700) 195308 G 225.302 17101 0.991 284.9 127.1 +15.6 0 18 265F 195308 G 225.302 17103 0.145 70.3 35.7 + 9.3 23 110 195308 G 225.302 17106 0.609 107.5 8.1 - 5.2 11 84 195308 G 225.302 17105 0.601 79.1 6.9 +11.8 79 517 195308 G 225.302 0.906 88.3 + 121 195308 G 225.302 0.913 73.3 + 138 195308 G 225.302 ( 15.7)( 43.6) (+ 6.6)( 113)( 729)( 524) 195308 G 226.322 0.877 276.3 + 99 195308 G 226.322 0.823 252.8 + 125 195308 G 226.322 17103 0.110 295.5 35.9 + 9.4 18 122 195308 G 226.322 17106 0.425 117.1 7.9 - 4.9 10 45 195308 G 226.322 17105 0.402 75.3 6.8 +12.0 92 526 195308 G 226.322 0.895 62.7 + 122 195308 G 226.322 ( 16.1)( 30.1) (+ 6.7)( 120)( 693)( 346) 195308 G 227.266 0.918 262.7 + 129 195308 G 227.266 0.880 248.0 + 119 195308 G 227.266 0.813 282.8 + 133 195308 G 227.266 17103 0.318 278.8 36.2 + 9.1 17 95 195308 G 227.266 17105 0.190 60.6 8.0 +11.9 103 523 195308 G 227.266 17106 0.276 138.4 7.1 - 5.3 7 36 195308 G 227.266 ( 16.4)( 17.7) (+ 6.7)( 127)( 654)( 381) 195308 G 228.295 0.918 262.7 + 115 195308 G 228.295 0.910 248.7 + 136 195308 G 228.295 0.902 278.7 + 145 195308 G 228.295 0.844 292.5 + 86 195308 G 228.295 17103 0.530 276.2 36.2 + 9.1 19 85 195308 G 228.295 17106 0.220 205.5 9.5 - 4.6 4 13 195308 G 228.295 17105 0.123 316.9 9.0 +11.9 79 424 195308 G 228.295 ( 16.7)( 4.1) (+ 6.8)( 102)( 522)( 482) 195308 G 229.367 0.941 284.9 + 150 195308 C 229.367 0.933 273.3 + 126 195308 C 229.367 17103 0.718 275.8 36.0 + 8.9 13 56 195308 C 229.367 17105 0.352 285.5 10.1 +11.8 63 316 195308 C 229.367 17106 0.390 240.1 9.6 - 4.8 3 8 195308 C 229.367 ( 17.1)(349.9) (+ 6.8)( 79)( 380)( 276) 195308 G 230.303 0.927 251.9 + 115 195308 G 230.303 17103 0.846 276.3 36.4 +11.5 8 28 173C 195308 G 230.303 17105 0.548 281.2 10.7 +11.9 58 319 195308 G 230.303 17106 0.570 251.2 10.1 - 4.8 4 14 195308 G 230.303 ( 17.4)(337.5) (+ 6.9)( 70)( 361)( 288) 195308 G 231.514 0.940 280.4 + 264 195308 G 231.514 17106 0.782 258.0 11.4 - 4.9 4 11 83C 195308 G 231.514 17105 0.756 279.7 10.9 +11.8 59 298 70C 195308 G 231.514 ( 17.8)(321.5) (+ 6.9)( 63)( 309)( 417) 195308 G 232.393 0.961 281.0 + 154 195308 G 232.393 17106 0.895 260.7 12.1 - 5.1 2 10 189F 195308 G 232.393 17105 0.871 279.9 10.9 +11.9 50 313 216F 195308 G 232.393 ( 18.0)(309.9) (+ 6.9)( 52)( 323)( 559) 195308 G 233.301 17105 0.951 280.4 10.7 +12.0 51 248 390F 195308 G 233.301 1337A 0.926 260.8 4.4 - 5.8 3 40 194C 195308 G 233.301 ( 18.4)(297.9) (+ 7.0)( 54)( 288)( 584) 195308 G 234.321 0.944 235.9 + 75 195308 G 234.321 17105 0.997 281.6 11.0 +12.1 55 293 336F 195308 G 234.321 1337B 0.953 258.8 355.1 - 8.4 0 15 123C 195308 G 234.321 0.898 100.0 + 90 195308 G 234.321 ( 18.6)(284.4) (+ 7.0)( 55)( 308)( 624) 195308 G 235.399 0.910 283.2 + 76 195308 G 235.399 0.933 42.8 + 132 195308 G 235.399 ( 19.0)(270.2) (+ 7.0)( 0)( 0)( 208) 195308 G 236.325 0.907 283.1 + 107 195308 G 236.325 ( 19.2)(257.9) (+ 7.1)( 0)( 0)( 107) 195308 G 239.303 0.974 74.8 + 247 195308 G 239.303 ( 20.1)(218.6) (+ 7.1)( 0)( 0)( 247) 195308 C 240.324 0.907 74.8 + 287 195308 C 240.324 ( 20.4)(205.1) (+ 7.2)( 0)( 0)( 287) 195308 G 241.520 0.776 72.5 + 94 195308 G 241.520 0.929 73.1 + 239 195308 G 241.520 ( 20.7)(189.3) (+ 7.2)( 0)( 0)( 333) 195308 G 242.329 0.775 76.4 + 99 195308 G 242.329 0.920 73.7 + 202 195308 G 242.329 ( 20.9)(178.6) (+ 7.2)( 0)( 0)( 301) 195309 G 243.300 0.790 74.1 + 92 195309 G 243.300 ( 21.1)(165.8) (+ 7.2)( 0)( 0)( 92) 195309 G 244.541 0.919 103.9 + 195 195309 G 244.541 0.951 77.7 + 165 195309 G 244.541 ( 21.5)(149.4) (+ 7.2)( 0)( 0)( 360) 195309 G 245.298 0.891 109.8 + 144 195309 G 245.298 0.916 83.0 + 125 195309 G 245.298 0.931 69.9 + 154 195309 G 245.298 0.953 97.4 + 186 195309 G 245.298 ( 21.6)(139.4) (+ 7.2)( 0)( 0)( 609) 195309 C 246.319 0.846 77.5 + 205 195309 C 246.319 0.873 99.9 + 157 195309 C 246.319 ( 21.9)(125.9) (+ 7.2)( 0)( 0)( 362) 195309 G 247.298 17107 0.332 284.7 132.0 +11.6 0 9 195309 G 247.298 0.936 85.3 + 143 195309 G 247.298 ( 22.1)(113.0) (+ 7.2)( 0)( 9)( 143) 195309 G 248.297 17108 0.985 95.9 20.7 - 4.5 0 14 136C 195309 G 248.297 17109 0.997 76.9 13.0 +13.5 12 85 136P 195309 G 248.297 0.888 86.4 + 93 195309 G 248.297 ( 22.3)( 99.8) (+ 7.2)( 12)( 99)( 365) 195309 G 249.310 0.802 284.2 + 188 195309 G 249.310 17110 0.816 77.3 31.3 +14.5 4 22 78C 195309 G 249.310 17108 0.923 97.8 20.1 - 4.3 0 6 156C 195309 G 249.310 17109 0.958 78.2 12.2 +13.3 34 215 160C 195309 G 249.310 17111 0.960 74.3 11.5 +17.0 0 9 120C 195309 G 249.310 0.950 88.2 + 136 195309 G 249.310 ( 22.6)( 86.4) (+ 7.2)( 38)( 252)( 838) 195309 G 250.301 0.924 286.2 + 205 195309 G 250.301 17107 0.871 279.0 134.4 +11.4 5 41 100C 195309 G 250.301 17110 0.663 79.0 31.6 +12.7 3 12 195309 G 250.301 17109 0.871 78.7 12.2 +13.4 45 184 192C 195309 G 250.301 1337C 0.912 99.7 8.9 - 5.7 2 28 110C 195309 G 250.301 0.878 89.8 + 106 195309 G 250.301 ( 22.8)( 73.3) (+ 7.2)( 55)( 265)( 713) 195309 G 251.302 0.814 287.9 + 117 195309 G 251.302 17107 0.967 279.0 136.1 +10.5 0 17 267F 195309 G 251.302 17110 0.461 76.8 32.9 +12.4 3 17 195309 G 251.302 17109 0.740 78.6 12.1 +13.3 42 213 160F 195309 G 251.302 0.868 105.4 + 118 195309 G 251.302 ( 23.0)( 60.1) (+ 7.2)( 45)( 247)( 662) 195309 G 252.295 0.920 285.5 + 129 195309 G 252.295 17111 0.569 70.4 13.1 +17.0 11 55 195309 G 252.295 17109 0.573 77.6 12.1 +13.0 22 188 195309 G 252.295 ( 23.2)( 47.0) (+ 7.2)( 33)( 243)( 129) 195309 G 253.300 0.926 287.6 + 124 195309 G 253.300 0.810 250.6 + 116 195309 G 253.300 17110 0.134 11.3 32.2 +14.7 1 6 195309 G 253.300 17111 0.373 62.4 13.6 +16.7 9 40 195309 G 253.300 17109 0.381 73.2 11.8 +13.0 35 177 195309 G 253.300 1337D 0.683 85.1 350.4 + 8.6 1 7 195309 G 253.300 ( 23.4)( 33.7) (+ 7.2)( 46)( 230)( 240) 195309 C 254.314 0.861 243.8 + 103 195309 C 254.314 17110 0.237 294.8 33.0 +12.7 7 41 195309 C 254.314 17111 0.185 33.8 14.2 +16.0 4 21 195309 C 254.314 17109 0.176 55.2 11.8 +12.8 33 161 195309 C 254.314 0.975 102.3 + 203 195309 C 254.314 ( 23.6)( 20.3) (+ 7.2)( 44)( 223)( 306) 195309 G 255.481 0.904 263.8 + 118 195309 G 255.481 0.895 279.6 + 151 195309 G 255.481 17109 0.150 312.4 11.4 +12.9 39 190 195309 G 255.481 17112 0.892 106.4 304.4 -11.1 6 30 170C 195309 G 255.481 0.984 101.6 + 249 195309 G 255.481 ( 23.8)( 4.9) (+ 7.2)( 45)( 220)( 688) 195309 G 256.300 0.962 263.8 + 131 195309 G 256.300 0.958 275.8 + 148 195309 G 256.300 0.934 289.2 + 126 195309 G 256.300 0.816 279.0 + 88 195309 G 256.300 17109 0.319 289.2 12.0 +12.9 29 166 195309 G 256.300 17112 0.811 109.8 303.2 -11.4 12 71 117C 195309 G 256.300 17113 0.974 99.8 278.7 - 7.8 0 20 342SP 195309 G 256.300 ( 24.0)(354.1) (+ 7.2)( 41)( 257)( 952) 195309 G 257.477 0.937 281.4 + 134 195309 G 257.477 0.820 279.9 + 118 195309 G 257.477 17109 0.552 282.4 12.0 +12.8 27 144 195309 G 257.477 17112 0.637 117.9 303.7 -11.4 17 91 195309 G 257.477 17113 0.881 103.0 278.8 - 7.8 0 5 201SP 195309 G 257.477 17114 0.961 85.9 264.3 + 5.9 19 104 202F 195309 G 257.477 ( 24.2)(338.6) (+ 7.2)( 63)( 344)( 655) 195309 G 258.370 0.936 272.9 + 57 195309 G 258.370 0.897 283.8 + 101 195309 G 258.370 0.833 255.1 + 92 195309 G 258.370 1338A 0.985 282.3 48.0 +13.3 0 14 88C 195309 G 258.370 17109 0.710 281.1 12.2 +12.9 26 135 56P 195309 G 258.370 17112 0.499 128.8 303.5 -11.5 18 94 195309 G 258.370 17113 0.752 107.8 280.6 - 8.3 0 4 53C 195309 G 258.370 17114 0.883 86.5 264.6 + 6.4 15 100 245C 195309 G 258.370 ( 24.3)(326.8) (+ 7.2)( 59)( 347)( 692) 195309 G 259.326 0.969 281.3 + 135 195309 G 259.326 0.928 265.9 + 174 195309 G 259.326 17109 0.844 280.7 12.3 +12.9 27 152 112C 195309 G 259.326 17112 0.371 152.1 304.0 -12.0 22 101 195309 G 259.326 17113 0.606 115.9 280.8 - 9.3 0 17 195309 G 259.326 17114 0.755 88.2 265.0 + 6.1 17 81 143F 195309 G 259.326 ( 24.5)(314.2) (+ 7.2)( 66)( 351)( 564) 195309 G 260.328 17109 0.942 281.2 12.2 +12.9 40 159 183F 195309 G 260.328 17112 0.332 191.4 304.8 -11.8 13 77 195309 G 260.328 17113 0.443 131.0 281.2 -10.1 3 29 195309 G 260.328 17114 0.584 89.4 265.2 + 6.1 16 83 195309 G 260.328 ( 24.6)(301.0) (+ 7.1)( 72)( 348)( 183) 195309 G 261.292 17109 0.991 282.1 11.6 +12.9 18 148 114F 195309 G 261.292 17112 0.417 218.7 303.6 -12.1 8 43 195309 G 261.292 17114 0.386 90.0 265.4 + 6.5 19 84 195309 G 261.292 ( 24.8)(288.2) (+ 7.1)( 45)( 275)( 114) 195309 G 262.300 17112 0.558 233.9 302.3 -12.8 3 16 195309 G 262.300 17114 0.159 92.3 265.7 + 6.7 16 76 195309 G 262.300 ( 24.9)(274.9) (+ 7.1)( 19)( 92)( 0) 195309 G 263.309 0.777 248.9 + 125 195309 G 263.309 17113 0.436 231.5 281.7 - 9.0 3 18 195309 G 263.309 17114 0.072 266.1 265.7 + 6.8 22 108 195309 G 263.309 ( 25.1)(261.6) (+ 7.1)( 25)( 126)( 125) 195309 C 264.405 0.881 251.8 + 240 195309 C 264.405 0.751 243.0 + 82 195309 C 264.405 17114 0.327 270.4 266.2 + 6.7 12 66 195309 C 264.405 ( 25.2)(247.1) (+ 7.0)( 12)( 66)( 322) 195309 G 265.291 0.947 254.4 + 226 195309 G 265.291 0.780 250.0 + 181 195309 G 265.291 17114 0.513 271.7 266.4 + 6.9 10 61 195309 G 265.291 ( 25.3)(235.4) (+ 7.0)( 10)( 61)( 407) 195309 G 266.387 0.918 241.0 + 79 195309 G 266.387 0.914 255.4 + 206 195309 G 266.387 17114 0.709 273.2 266.3 + 7.2 11 38 66P 195309 G 266.387 17115 0.966 83.6 145.5 + 8.0 0 8 608F 195309 G 266.387 0.919 67.2 + 113 195309 G 266.387 ( 25.4)(221.0) (+ 7.0)( 11)( 46)( 1072) 195309 G 267.311 0.960 256.5 + 229 195309 G 267.311 17114 0.843 273.9 266.5 + 7.0 8 37 132F 195309 G 267.311 17115 0.888 84.6 145.8 + 8.0 4 24 408NF 195309 G 267.311 ( 25.5)(208.8) (+ 6.9)( 12)( 61)( 769) 195309 G 268.298 17114 0.941 275.0 266.2 + 7.0 10 39 183F 195309 G 268.298 17115 0.764 84.9 145.6 + 8.3 4 14 129NF 195309 G 268.298 ( 25.6)(195.7) (+ 6.9)( 14)( 53)( 312) 195309 C 269.316 0.949 274.7 + 143 195309 C 269.316 17115 0.628 88.3 143.3 + 6.4 3 18 195309 C 269.316 0.754 77.7 + 86 195309 C 269.316 0.923 71.7 + 182 195309 C 269.316 ( 25.7)(182.3) (+ 6.9)( 3)( 18)( 411) 195309 G 270.297 0.821 71.6 + 134 195309 G 270.297 ( 25.8)(169.4) (+ 6.8)( 0)( 0)( 134) 195309 G 271.313 0.962 79.7 + 155 195309 G 271.313 ( 25.9)(156.0) (+ 6.8)( 0)( 0)( 155) 195309 G 272.454 0.907 82.0 + 118 195309 G 272.454 ( 26.0)(140.9) (+ 6.7)( 0)( 0)( 118) 195310 G 273.644 0.926 261.9 + 73 195310 G 273.644 0.845 116.7 + 84 195310 G 273.644 0.958 100.9 + 174 195310 G 273.644 ( 26.1)(125.2) (+ 6.7)( 0)( 0)( 331) 195310 G 274.312 0.912 103.5 + 271 195310 G 274.312 ( 26.1)(116.4) (+ 6.6)( 0)( 0)( 271) 195310 G 275.311 0.806 106.0 + 141 195310 G 275.311 ( 26.2)(103.2) (+ 6.6)( 0)( 0)( 141) 195310 G 276.408 0.789 280.0 + 235 195310 G 276.408 1338B 0.805 247.5 138.5 -13.8 5 35 96C 195310 G 276.408 0.925 103.4 + 160 195310 G 276.408 0.957 73.9 + 170 195310 G 276.408 ( 26.2)( 88.7) (+ 6.5)( 5)( 35)( 661) 195310 G 277.330 0.911 251.2 + 167 195310 G 277.330 0.885 280.1 + 336 195310 G 277.330 0.799 100.1 + 78 195310 G 277.330 0.909 77.7 + 155 195310 G 277.330 ( 26.3)( 76.6) (+ 6.5)( 0)( 0)( 736) 195310 G 278.333 0.967 253.5 + 137 195310 G 278.333 0.950 281.5 + 246 195310 G 278.333 17116 0.613 106.9 28.3 - 5.0 15 74 195310 G 278.333 0.803 76.9 + 110 195310 G 278.333 0.933 72.5 + 116 195310 G 278.333 ( 26.3)( 63.3) (+ 6.4)( 15)( 74)( 609) 195310 G 279.352 0.917 284.3 + 161 195310 G 279.352 17116 0.416 117.2 28.2 - 5.0 13 96 195310 G 279.352 ( 26.3)( 49.9) (+ 6.4)( 13)( 96)( 161) 195310 G 280.336 17116 0.238 145.7 29.2 - 5.0 15 78 195310 G 280.336 ( 26.4)( 36.9) (+ 6.3)( 15)( 78)( 0) 195310 G 281.335 0.854 278.0 + 169 195310 G 281.335 17116 0.213 205.6 29.0 - 4.8 7 36 195310 G 281.335 0.924 104.0 + 173 195310 G 281.335 ( 26.4)( 23.7) (+ 6.2)( 7)( 36)( 342) 195310 G 282.364 17116 0.391 241.5 30.3 - 4.9 4 21 195310 G 282.364 0.908 108.0 + 179 195310 G 282.364 ( 26.4)( 10.2) (+ 6.2)( 4)( 21)( 179) 195310 G 283.399 0.915 288.6 + 109 195310 G 283.399 0.869 255.1 + 166 195310 G 283.399 17116 0.547 247.6 27.0 - 6.7 3 23 195310 G 283.399 0.925 104.6 + 216 195310 G 283.399 ( 26.4)(356.5) (+ 6.1)( 3)( 23)( 491) 195310 C 284.305 0.889 285.3 + 127 195310 C 284.305 17117 0.773 254.3 33.0 - 8.0 2 9 195310 C 284.305 0.841 102.2 + 217 195310 C 284.305 0.935 82.4 + 135 195310 C 284.305 ( 26.4)(344.5) (+ 6.0)( 2)( 9)( 479) 195310 G 285.642 17117 0.931 259.0 34.0 - 7.9 12 51 195310 G 285.642 17118 0.468 240.1 351.0 - 8.0 5 42 148C 195310 G 285.642 0.865 84.3 + 164 195310 G 285.642 ( 26.3)(326.9) (+ 5.9)( 17)( 93)( 312) 195310 C 286.304 17117 0.980 260.7 35.4 - 7.8 0 32 156C 195310 C 286.304 17118 0.596 247.5 351.9 - 8.2 51 247 195310 C 286.304 0.847 83.1 + 149 195310 C 286.304 ( 26.3)(318.2) (+ 5.9)( 51)( 279)( 305) 195310 G 287.395 0.923 260.7 + 142 195310 G 287.395 0.914 283.5 + 183 195310 G 287.395 17118 0.777 254.3 352.7 - 8.3 68 274 114C 195310 G 287.395 0.774 82.7 + 84 195310 G 287.395 ( 26.3)(303.8) (+ 5.8)( 68)( 274)( 523) 195310 C 288.304 17118 0.895 257.1 353.6 - 8.8 35 220 180C 195310 C 288.304 ( 26.2)(291.8) (+ 5.7)( 35)( 220)( 180) 195310 C 289.301 17118 0.968 259.4 352.6 - 8.7 29 129 237C 195310 C 289.301 ( 26.2)(278.6) (+ 5.7)( 29)( 129)( 237) 195310 G 291.359 0.887 248.4 + 160 195310 G 291.359 ( 26.1)(251.5) (+ 5.5)( 0)( 0)( 160) 195310 G 293.519 0.924 250.9 + 108 195310 G 293.519 0.895 262.1 + 79 195310 G 293.519 0.762 274.1 + 65 195310 G 293.519 0.843 103.7 + 81 195310 G 293.519 0.935 80.7 + 270 195310 G 293.519 ( 25.9)(223.0) (+ 5.3)( 0)( 0)( 603) 195310 C 294.301 0.832 273.4 + 135 195310 C 294.301 0.909 76.9 + 293 195310 C 294.301 0.921 89.7 + 114 195310 C 294.301 ( 25.9)(212.7) (+ 5.2)( 0)( 0)( 542) 195310 G 295.416 0.911 258.7 + 79 195310 G 295.416 0.897 273.5 + 119 195310 G 295.416 0.757 78.9 + 71 195310 G 295.416 0.879 72.2 + 179 195310 G 295.416 ( 25.7)(198.0) (+ 5.2)( 0)( 0)( 448) 195310 C 296.302 0.945 279.2 + 82 195310 C 296.302 0.753 73.8 + 94 195310 C 296.302 0.927 73.8 + 147 195310 C 296.302 ( 25.6)(186.3) (+ 5.1)( 0)( 0)( 323) 195310 G 297.335 0.762 74.3 + 82 195310 G 297.335 0.929 68.8 + 154 195310 G 297.335 ( 25.5)(172.7) (+ 5.0)( 0)( 0)( 236) 195310 G 298.341 17119 0.607 72.6 122.8 +14.4 8 40 195310 G 298.341 0.927 101.4 + 141 195310 G 298.341 ( 25.4)(159.4) (+ 4.9)( 8)( 40)( 141) 195310 C 299.306 17119 0.416 65.5 123.8 +14.3 2 11 195310 C 299.306 0.914 83.6 + 161 195310 C 299.306 0.921 66.1 + 113 195310 C 299.306 ( 25.3)(146.7) (+ 4.8)( 2)( 11)( 274) 195310 G 300.519 17119 0.222 39.1 122.4 +14.5 1 9 195310 G 300.519 ( 25.1)(130.7) (+ 4.7)( 1)( 9)( 0) 195310 G 302.615 0.923 101.8 + 147 195310 G 302.615 0.988 94.2 + 151 195310 G 302.615 ( 24.8)(103.1) (+ 4.5)( 0)( 0)( 298) 195310 G 303.451 0.878 280.1 + 133 195310 G 303.451 17120 0.928 97.1 24.7 - 4.9 5 29 151C 195310 G 303.451 ( 24.7)( 92.0) (+ 4.4)( 5)( 29)( 284) 195311 C 304.305 0.938 279.7 + 159 195311 C 304.305 0.832 288.3 + 112 195311 C 304.305 17120 0.837 98.8 24.9 - 4.9 17 86 150C 195311 C 304.305 ( 24.6)( 80.8) (+ 4.3)( 17)( 86)( 421) 195311 C 305.292 0.948 284.4 + 132 195311 C 305.292 0.946 294.6 + 91 195311 C 305.292 0.828 285.6 + 114 195311 C 305.292 17120 0.686 102.4 25.7 - 5.3 15 65 78C 195311 C 305.292 0.948 100.6 + 205 195311 C 305.292 ( 24.4)( 67.8) (+ 4.2)( 15)( 65)( 620) 195311 G 306.342 0.923 285.6 + 114 195311 G 306.342 17120 0.491 109.5 26.3 - 5.8 10 49 195311 G 306.342 0.837 104.2 + 131 195311 G 306.342 ( 24.2)( 53.9) (+ 4.1)( 10)( 49)( 245) 195311 G 307.349 0.941 289.4 + 102 195311 G 307.349 17120 0.302 123.8 26.1 - 5.7 5 23 195311 G 307.349 ( 24.0)( 40.6) (+ 4.0)( 5)( 23)( 102) 195311 C 311.369 0.911 108.8 + 140 195311 C 311.369 0.932 81.3 + 129 195311 C 311.369 ( 23.2)(347.6) (+ 3.6)( 0)( 0)( 269) 195311 G 313.347 0.862 261.5 + 237 195311 G 313.347 ( 22.7)(321.6) (+ 3.3)( 0)( 0)( 237) 195311 G 314.474 0.944 259.6 + 237 195311 G 314.474 ( 22.5)(306.7) (+ 3.2)( 0)( 0)( 237) 195311 G 315.410 0.927 260.8 + 150 195311 G 315.410 0.884 246.9 + 162 195311 G 315.410 ( 22.2)(294.4) (+ 3.1)( 0)( 0)( 312) 195311 G 320.454 0.946 191.5 + 182 195311 G 320.454 0.940 78.6 + 228 195311 G 320.454 ( 20.8)(227.9) (+ 2.5)( 0)( 0)( 410) 195311 C 321.301 0.897 74.7 + 199 195311 C 321.301 ( 20.6)(216.7) (+ 2.4)( 0)( 0)( 199) 195311 G 322.467 0.883 71.4 + 174 195311 G 322.467 ( 20.2)(201.3) (+ 2.3)( 0)( 0)( 174) 195311 G 323.349 17121 0.942 73.5 119.8 +16.3 0 35 183C 195311 G 323.349 ( 20.0)(189.7) (+ 2.2)( 0)( 35)( 183) 195311 K 324.153 17121 0.872 74.3 119.1 +14.7 0 8 156F 195311 K 324.153 ( 19.7)(179.1) (+ 2.1)( 0)( 8)( 156) 195311 C 328.291 0.958 93.8 + 181 195311 C 328.291 ( 18.3)(124.6) (+ 1.6)( 0)( 0)( 181) 195311 G 329.411 0.868 272.1 + 170 195311 G 329.411 17122 0.892 96.2 47.2 - 4.9 0 4 161C 195311 G 329.411 ( 17.9)(109.8) (+ 1.4)( 0)( 4)( 331) 195311 C 330.295 0.832 286.8 + 122 195311 C 330.295 17122 0.774 97.5 48.0 - 5.0 0 3 102C 195311 C 330.295 0.935 98.7 + 146 195311 C 330.295 0.983 83.5 + 101 195311 C 330.295 ( 17.6)( 98.2) (+ 1.3)( 0)( 3)( 471) 195311 G 331.470 0.897 285.0 + 146 195311 G 331.470 0.815 103.3 + 108 195311 G 331.470 0.923 82.0 + 154 195311 G 331.470 ( 17.2)( 82.7) (+ 1.2)( 0)( 0)( 408) 195311 G 332.479 0.941 284.2 + 95 195311 G 332.479 0.821 82.4 + 117 195311 G 332.479 ( 16.8)( 69.4) (+ 1.0)( 0)( 0)( 212) 195311 G 333.481 0.892 288.8 + 163 195311 G 333.481 0.878 272.9 + 140 195311 G 333.481 ( 16.4)( 56.2) (+ 0.9)( 0)( 0)( 303) 195312 C 338.284 0.816 260.3 + 104 195312 C 338.284 ( 14.5)(352.9) (+ 0.3)( 0)( 0)( 104) 195312 G 339.407 0.926 261.0 + 121 195312 G 339.407 0.779 270.4 + 89 195312 G 339.407 ( 14.1)(338.1) (+ 0.1)( 0)( 0)( 210) 195312 G 340.588 0.815 279.6 + 108 195312 G 340.588 17123 0.913 270.4 28.2 + 0.3 14 63 163C 195312 G 340.588 ( 13.6)(322.5) (+ 0.0)( 14)( 63)( 271) 195312 G 341.473 0.900 277.6 + 144 195312 G 341.473 17123 0.978 270.4 28.5 + 0.4 0 9 197C 195312 G 341.473 ( 13.2)(310.8) (- 0.1)( 0)( 9)( 341) 195312 C 342.284 0.966 276.1 + 198 195312 C 342.284 ( 12.9)(300.2) (- 0.2)( 0)( 0)( 198) 195312 G 346.458 0.946 55.2 + 138 195312 G 346.458 ( 11.0)(245.2) (- 0.8)( 0)( 0)( 138) 195312 C 347.292 0.885 52.2 + 152 195312 C 347.292 ( 10.6)(234.2) (- 0.9)( 0)( 0)( 152) 195312 G 349.430 0.877 61.1 + 123 195312 G 349.430 ( 9.7)(206.0) (- 1.1)( 0)( 0)( 123) 195312 G 350.397 0.883 116.0 + 143 195312 G 350.397 ( 9.2)(193.3) (- 1.3)( 0)( 0)( 143) 195312 G 352.468 0.927 93.2 + 114 195312 G 352.468 ( 8.3)(166.0) (- 1.5)( 0)( 0)( 114) 195312 G 358.514 17124 0.343 107.9 67.1 - 8.2 3 20 195312 G 358.514 ( 5.4)( 86.3) (- 2.3)( 3)( 20)( 0) 195312 C 359.296 17124 0.169 127.9 68.3 - 8.3 1 5 195312 C 359.296 ( 5.0)( 76.0) (- 2.4)( 1)( 5)( 0) 195312 G 360.417 17124 0.184 230.8 69.6 - 9.1 0 5 195312 G 360.417 ( 4.5)( 61.3) (- 2.5)( 0)( 5)( 0) 195312 G 361.388 17124 0.369 250.5 69.1 - 9.5 5 26 195312 G 361.388 ( 4.0)( 48.5) (- 2.6)( 5)( 26)( 0) 195312 G 362.439 17124 0.592 257.9 70.4 - 9.3 8 44 195312 G 362.439 ( 3.5)( 34.6) (- 2.7)( 8)( 44)( 0) 195312 C 363.288 17124 0.738 261.3 70.8 - 8.3 0 10 70C 195312 C 363.288 ( 3.1)( 23.5) (- 2.8)( 0)( 10)( 70) 195312 C 364.404 17124 0.886 262.9 71.1 - 7.7 0 4 117C 195312 C 364.404 ( 2.5)( 8.8) (- 3.0)( 0)( 4)( 117)