194601 G 0.477 14403 0.809 292.5 92.3 +16.0 11 55 100C 194601 G 0.477 14401 0.496 239.5 68.0 -17.3 30 183 194601 G 0.477 14402 0.844 104.7 344.4 -14.0 6 37 150C 194601 G 0.477 ( 2.1)( 41.5) (- 3.1)( 47)( 275)( 250) 194601 C 1.304 0.935 298.5 + 139 194601 C 1.304 0.925 241.9 + 239 194601 C 1.304 14403 0.907 288.9 93.4 +15.6 12 79 185C 194601 C 1.304 14401 0.637 245.9 68.0 -17.6 35 174 194601 C 1.304 14402 0.738 106.0 343.8 -13.9 12 61 168C 194601 C 1.304 14404 0.947 119.7 320.6 -29.1 0 12 210C 194601 C 1.304 ( 1.7)( 30.6) (- 3.2)( 59)( 326)( 941) 194601 G 2.406 0.974 252.9 + 165 194601 G 2.406 0.957 243.7 + 192 194601 G 2.406 0.891 296.1 + 118 194601 G 2.406 0.883 259.0 + 126 194601 G 2.406 14403 0.990 287.5 96.3 +16.8 0 38 205C 194601 G 2.406 14401 0.791 250.3 67.2 -17.5 32 158 235C 194601 G 2.406 14402 0.559 110.7 343.6 -14.1 4 36 194601 G 2.406 14404 0.854 122.6 320.8 -29.2 16 79 153C 194601 G 2.406 ( 1.1)( 16.1) (- 3.3)( 52)( 311)( 1194) 194601 G 3.475 14401 0.912 252.4 67.5 -17.5 31 183 195C 194601 G 3.475 14402 0.404 117.0 340.3 -13.8 2 16 194601 G 3.475 14404 0.737 127.7 320.2 -29.3 18 95 122C 194601 G 3.475 0.850 139.8 + 138 194601 G 3.475 0.921 114.2 + 170 194601 G 3.475 0.933 122.5 + 142 194601 G 3.475 0.953 107.0 + 158 194601 G 3.475 ( 0.6)( 2.0) (- 3.5)( 51)( 294)( 925) 194601 C 4.298 14401 0.970 253.1 67.2 -17.2 34 143 277C 194601 C 4.298 14404 0.616 135.3 321.6 -28.9 14 69 194601 C 4.298 0.862 117.6 + 164 194601 C 4.298 0.924 108.0 + 175 194601 C 4.298 ( 0.2)(351.2) (- 3.5)( 48)( 212)( 616) 194601 G 5.442 0.969 253.8 + 207 194601 G 5.442 14404 0.479 157.3 323.9 -29.7 8 54 194601 G 5.442 0.910 118.2 + 283 194601 G 5.442 (- 0.4)(336.1) (- 3.7)( 8)( 54)( 490) 194601 G 6.512 14404 0.435 181.1 322.5 -29.5 9 41 194601 G 6.512 1235A 0.648 126.3 286.8 -25.6 4 17 194601 G 6.512 0.796 41.8 + 174 194601 G 6.512 0.903 114.4 + 154 194601 G 6.512 0.955 47.5 + 161 194601 G 6.512 0.971 122.8 + 187 194601 G 6.512 (- 0.9)(322.0) (- 3.8)( 13)( 58)( 676) 194601 C 7.290 0.925 302.1 + 239 194601 C 7.290 0.852 231.9 + 135 194601 C 7.290 0.782 311.7 + 147 194601 C 7.290 14404 0.481 204.0 324.8 -29.8 5 24 194601 C 7.290 1235B 0.354 197.3 318.4 -23.6 2 10 194601 C 7.290 0.846 117.7 + 107 194601 C 7.290 0.893 52.8 + 133 194601 C 7.290 0.903 41.9 + 108 194601 C 7.290 0.925 125.1 + 109 194601 C 7.290 0.949 116.3 + 148 194601 C 7.290 0.971 58.4 + 107 194601 C 7.290 (- 1.3)(311.8) (- 3.9)( 7)( 34)( 1233) 194601 C 8.344 0.912 305.4 + 171 194601 C 8.344 14404 0.588 219.8 323.7 -30.4 10 51 194601 C 8.344 14405 0.521 151.7 281.2 -31.1 7 36 194601 C 8.344 0.796 51.2 + 77 194601 C 8.344 0.918 57.1 + 208 194601 C 8.344 (- 1.8)(297.9) (- 4.0)( 17)( 87)( 456) 194601 C 9.285 0.958 302.7 + 162 194601 C 9.285 0.859 254.4 + 202 194601 C 9.285 14404 0.693 228.2 322.3 -30.7 6 17 194601 C 9.285 14405 0.456 171.8 281.2 -30.8 6 28 194601 C 9.285 14406 0.657 55.6 250.8 +18.4 5 22 194601 C 9.285 14407 0.967 68.6 213.0 +19.4 23 120 223C 194601 C 9.285 0.793 127.2 + 106 194601 C 9.285 0.802 53.4 + 129 194601 C 9.285 0.922 115.3 + 138 194601 C 9.285 0.931 125.4 + 182 194601 C 9.285 (- 2.2)(285.5) (- 4.1)( 40)( 187)( 1142) 194601 C 10.294 0.948 255.7 + 253 194601 C 10.294 14404 0.817 235.4 323.1 -30.2 3 13 112C 194601 C 10.294 14406 0.513 41.9 251.1 +18.4 11 39 194601 C 10.294 14407 0.889 65.3 213.4 +19.6 25 131 99C 194601 C 10.294 0.802 59.7 + 113 194601 C 10.294 0.827 130.5 + 184 194601 C 10.294 0.929 110.5 + 247 194601 C 10.294 0.954 66.3 + 239 194601 C 10.294 (- 2.7)(272.2) (- 4.2)( 39)( 183)( 1247) 194601 G 11.395 0.886 236.8 + 290 194601 G 11.395 14405 0.567 212.6 278.8 -32.4 4 16 194601 G 11.395 14406 0.395 14.0 252.0 +18.2 11 55 194601 G 11.395 14407 0.770 59.3 213.1 +20.1 23 139 120F 194601 G 11.395 0.899 60.5 + 344 194601 G 11.395 0.964 49.4 + 274 194601 G 11.395 (- 3.2)(257.7) (- 4.3)( 38)( 210)( 1028) 194601 G 12.497 0.942 238.9 + 216 194601 G 12.497 0.904 302.4 + 138 194601 G 12.497 0.840 246.5 + 123 194601 G 12.497 14406 0.436 330.8 256.1 +18.0 2 11 194601 G 12.497 14408 0.542 7.4 238.7 +28.0 28 148 194601 G 12.497 14407 0.635 49.9 212.1 +20.3 19 94 194601 G 12.497 14409 0.712 143.2 210.4 -38.4 12 57 194601 G 12.497 14410 0.845 65.8 189.4 +17.6 40 229 134C 194601 G 12.497 14411 0.943 72.1 175.0 +15.2 3 19 71C 194601 G 12.497 14412 0.988 67.8 164.8 +21.1 41 129 141C 194601 G 12.497 14413 0.980 107.4 164.1 -17.9 27 148 239C 194601 G 12.497 0.887 48.1 + 111 194601 G 12.497 (- 3.8)(243.2) (- 4.4)( 172)( 835)( 1173) 194601 G 13.429 0.974 237.6 + 178 194601 G 13.429 0.947 229.7 + 149 194601 G 13.429 0.937 247.8 + 250 194601 G 13.429 0.919 304.3 + 164 194601 G 13.429 0.883 312.4 + 119 194601 G 13.429 0.815 236.8 + 195 194601 G 13.429 14408 0.559 349.8 237.4 +28.8 112 612 194601 G 13.429 14407 0.508 35.3 212.8 +20.1 21 85 194601 G 13.429 14409 0.621 154.4 211.0 -38.2 4 19 194601 G 13.429 14410 0.728 60.7 189.3 +17.5 76 542 194601 G 13.429 14411 0.844 69.0 176.4 +15.0 6 28 133F 194601 G 13.429 14412 0.936 65.5 165.3 +21.0 27 127 190C 194601 G 13.429 14413 0.917 107.1 164.4 -17.5 21 113 360F 194601 G 13.429 0.869 42.8 + 173 194601 G 13.429 0.938 57.0 + 232 194601 G 13.429 (- 4.2)(230.9) (- 4.5)( 267)( 1526)( 2143) 194601 G 14.439 0.961 246.9 + 198 194601 G 14.439 0.922 253.9 + 160 194601 G 14.439 0.909 237.5 + 283 194601 G 14.439 0.900 306.5 + 221 194601 G 14.439 0.888 316.1 + 112 194601 G 14.439 0.847 265.1 + 137 194601 G 14.439 14408 0.610 333.1 235.8 +28.4 132 834 194601 G 14.439 1235C 0.566 201.2 232.2 -36.2 4 15 194601 G 14.439 14407 0.427 11.2 212.6 +20.1 8 47 194601 G 14.439 14409 0.557 171.9 211.9 -38.0 1 7 194601 G 14.439 1235D 0.469 107.7 190.5 -12.3 2 18 194601 G 14.439 14410 0.575 51.2 189.8 +17.0 171 880 194601 G 14.439 14411 0.698 63.6 177.5 -14.5 4 21 194601 G 14.439 14412 0.847 61.8 164.8 +20.8 28 151 187C 194601 G 14.439 14413 0.810 108.6 164.1 -17.7 31 128 293F 194601 G 14.439 0.892 132.3 + 185 194601 G 14.439 (- 4.7)(217.6) (- 4.6)( 381)( 2101)( 1776) 194601 G 15.490 0.974 255.4 + 150 194601 G 15.490 0.946 239.2 + 213 194601 G 15.490 0.872 249.5 + 170 194601 G 15.490 0.779 292.0 + 171 194601 G 15.490 14408 0.708 319.2 235.4 +28.3 134 769 194601 G 15.490 14407 0.445 341.2 212.6 +20.2 5 24 194601 G 15.490 14410 0.431 30.9 190.5 +17.0 182 989 194601 G 15.490 14411 0.544 55.6 176.4 +13.7 14 61 194601 G 15.490 14412 0.726 55.0 164.4 +20.9 36 156 194601 G 15.490 14413 0.661 111.6 163.8 -17.7 23 118 194601 G 15.490 0.927 53.0 + 177 194601 G 15.490 0.968 61.4 + 127 194601 G 15.490 (- 5.2)(203.8) (- 4.7)( 394)( 2117)( 1008) 194601 G 16.403 0.931 243.4 + 475 194601 G 16.403 0.888 291.2 + 140 194601 G 16.403 14408 0.814 310.8 236.3 +28.7 120 787 314C 194601 G 16.403 14407 0.537 321.4 212.6 +20.2 2 10 194601 G 16.403 14410 0.381 4.2 190.1 +17.5 215 1175 194601 G 16.403 14411 0.391 37.2 177.8 +13.4 42 164 194601 G 16.403 14412 0.608 45.2 164.4 +21.0 23 137 194601 G 16.403 14413 0.507 117.6 163.8 -17.8 24 121 194601 G 16.403 0.913 51.9 + 302 194601 G 16.403 (- 5.6)(191.8) (- 4.8)( 426)( 2394)( 1231) 194601 G 17.417 0.952 242.7 + 174 194601 G 17.417 14408 0.908 305.2 236.2 +28.9 110 752 424C 194601 G 17.417 14409 0.681 215.6 208.4 -37.8 0 9 194601 G 17.417 14410 0.431 333.8 189.9 +17.9 179 1033 194601 G 17.417 14411 0.310 2.2 177.7 +13.1 44 209 194601 G 17.417 14412 0.496 28.2 163.9 +21.1 25 139 194601 G 17.417 14413 0.343 132.6 163.1 -18.1 29 127 194601 G 17.417 (- 6.1)(178.4) (- 4.9)( 387)( 2269)( 598) 194601 G 18.415 0.948 235.1 + 242 194601 G 18.415 0.806 301.1 + 218 194601 G 18.415 14408 0.971 301.7 236.2 +29.1 84 647 851C 194601 G 18.415 14410 0.558 313.0 190.6 +17.8 187 905 194601 G 18.415 14411 0.384 324.7 178.4 +13.3 30 161 194601 G 18.415 14412 0.444 3.7 163.5 +21.2 24 122 194601 G 18.415 14413 0.230 172.3 163.5 -18.1 22 117 194601 G 18.415 0.950 108.2 + 411 194601 G 18.415 0.956 54.9 + 237 194601 G 18.415 0.959 70.5 + 435 194601 G 18.415 (- 6.5)(165.3) (- 5.0)( 347)( 1952)( 2394) 194601 C 19.318 0.976 302.5 + 198 194601 C 19.318 0.921 234.3 + 253 194601 C 19.318 0.872 299.1 + 370 194601 C 19.318 14410 0.685 302.5 190.5 +17.5 197 987 180P 194601 C 19.318 14411 0.514 305.9 178.6 +12.9 26 145 194601 C 19.318 14412 0.466 341.5 162.5 +21.0 27 116 194601 C 19.318 14413 0.276 213.3 162.5 -18.3 23 109 194601 C 19.318 14414 0.988 104.5 71.6 -15.1 85 592 300P 194601 C 19.318 0.807 64.1 + 219 194601 C 19.318 0.875 111.9 + 312 194601 C 19.318 0.925 69.1 + 285 194601 C 19.318 (- 6.9)(153.4) (- 5.1)( 358)( 1949)( 2117) 194601 C 20.286 0.951 235.8 + 227 194601 C 20.286 0.936 295.8 + 351 194601 C 20.286 14410 0.813 296.2 190.4 +17.8 165 847 412C 194601 C 20.286 14411 0.692 294.8 180.5 +12.8 16 139 194601 C 20.286 14413 0.439 238.0 163.6 -18.2 26 113 194601 C 20.286 14412 0.564 321.8 162.5 +21.4 22 113 194601 C 20.286 14414 0.955 104.6 67.4 -15.4 168 1091 544C 194601 C 20.286 0.774 61.1 + 129 194601 C 20.286 0.866 69.6 + 108 194601 C 20.286 0.867 119.0 + 240 194601 C 20.286 (- 7.4)(140.6) (- 5.2)( 397)( 2303)( 2011) 194601 C 21.292 0.901 311.8 + 262 194601 C 21.292 14410 0.915 291.6 190.2 +17.3 185 870 592C 194601 C 21.292 14411 0.836 289.2 181.2 +12.8 17 87 254C 194601 C 21.292 14413 0.594 245.6 162.0 -18.5 13 79 194601 C 21.292 14412 0.688 309.6 162.0 +21.6 20 102 194601 C 21.292 14414 0.865 104.6 67.4 -15.3 145 1206 575C 194601 C 21.292 (- 7.8)(127.4) (- 5.3)( 380)( 2344)( 1683) 194601 C 22.295 0.957 245.1 + 196 194601 C 22.295 0.953 308.5 + 300 194601 C 22.295 14410 0.979 289.1 189.8 +17.4 140 685 442C 194601 C 22.295 14411 0.937 285.9 181.5 +12.8 24 111 242C 194601 C 22.295 14413 0.773 251.1 164.2 -18.0 10 49 109C 194601 C 22.295 14412 0.811 302.2 161.8 +22.0 26 106 175C 194601 C 22.295 14414 0.740 106.1 66.8 -15.5 171 1036 459C 194601 C 22.295 (- 8.3)(114.2) (- 5.4)( 371)( 1987)( 1923) 194601 G 23.580 0.978 284.1 + 244 194601 G 23.580 14413 0.919 252.9 164.4 -17.8 5 21 228C 194601 G 23.580 14412 0.932 296.5 161.4 +22.2 30 118 235C 194601 G 23.580 14414 0.533 110.7 66.3 -15.5 159 946 194601 G 23.580 14415 0.959 55.4 30.6 +30.9 26 103 195F 194601 G 23.580 0.935 72.5 + 211 194601 G 23.580 (- 8.9)( 97.3) (- 5.5)( 220)( 1188)( 1113) 194601 C 24.293 0.945 249.3 + 331 194601 C 24.293 0.919 305.8 + 316 194601 C 24.293 14412 0.973 294.4 160.7 +22.1 28 130 387C 194601 C 24.293 14414 0.395 116.5 66.5 -15.2 137 902 194601 C 24.293 14415 0.919 52.4 29.7 +31.3 16 74 287F 194601 C 24.293 0.874 69.1 + 133 194601 C 24.293 (- 9.2)( 87.9) (- 5.5)( 181)( 1106)( 1454) 194601 C 25.362 14414 0.208 142.9 66.4 -15.0 128 859 194601 C 25.362 14415 0.835 46.2 29.1 +31.3 15 83 159F 194601 C 25.362 0.931 49.9 + 255 194601 C 25.362 0.964 65.0 + 163 194601 C 25.362 (- 9.6)( 73.8) (- 5.6)( 143)( 942)( 577) 194601 G 26.486 14414 0.212 217.1 66.6 -15.4 130 708 194601 G 26.486 14415 0.739 37.0 27.8 +31.2 13 58 82F 194601 G 26.486 14416 0.970 105.1 342.3 -16.0 22 101 322C 194601 G 26.486 0.844 125.5 + 191 194601 G 26.486 0.846 42.4 + 201 194601 G 26.486 0.920 61.9 + 190 194601 G 26.486 (-10.1)( 59.0) (- 5.7)( 165)( 867)( 986) 194601 G 27.477 0.928 243.0 + 202 194601 G 27.477 0.913 295.0 + 184 194601 G 27.477 0.804 297.1 + 160 194601 G 27.477 14414 0.371 242.7 65.9 -15.2 113 631 194601 G 27.477 14415 0.663 24.6 27.2 +31.5 6 26 194601 G 27.477 14416 0.910 105.2 340.1 -16.2 37 194 517C 194601 G 27.477 0.782 34.8 + 217 194601 G 27.477 0.824 54.2 + 191 194601 G 27.477 (-10.6)( 46.0) (- 5.8)( 156)( 851)( 1471) 194601 K 28.110 0.899 294.1 + 318 194601 K 28.110 14414 0.486 248.2 65.4 -15.5 115 643 194601 K 28.110 14415 0.629 15.2 26.5 +31.5 4 15 194601 K 28.110 14416 0.855 105.6 338.8 -16.3 53 302 458C 194601 K 28.110 14417 0.996 65.2 315.9 +24.0 74 404 225P 194601 K 28.110 (-10.8)( 37.6) (- 5.8)( 246)( 1364)( 1001) 194601 G 29.643 0.944 245.0 + 358 194601 G 29.643 0.821 244.6 + 198 194601 G 29.643 14418 0.959 284.3 88.8 +11.8 7 42 273C 194601 G 29.643 14414 0.748 254.9 65.6 -15.1 107 533 237P 194601 G 29.643 14415 0.617 349.5 24.9 +31.3 3 19 194601 G 29.643 14416 0.610 108.8 340.6 -16.1 24 146 194601 G 29.643 14417 0.953 60.9 310.5 +25.3 246 2125 771C 194601 G 29.643 14419 0.989 105.4 294.8 -16.1 30 213 280C 194601 G 29.643 0.931 124.2 + 323 194601 G 29.643 (-11.5)( 17.4) (- 5.9)( 417)( 3078)( 2440) 194601 C 30.293 0.954 256.3 + 166 194601 C 30.293 0.915 242.3 + 362 194601 C 30.293 14418 0.989 282.5 88.7 +11.4 13 49 194601 C 30.293 14414 0.843 256.2 66.6 -14.8 77 410 470C 194601 C 30.293 14415 0.646 339.1 24.5 +31.2 1 5 194601 C 30.293 14420 0.241 176.9 8.1 -19.8 1 7 194601 C 30.293 14416 0.526 112.1 338.5 -16.6 12 62 194601 C 30.293 14417 0.938 59.3 305.3 +26.0 777 4171 718C 194601 C 30.293 14419 0.961 105.2 294.2 -16.2 44 253 474C 194601 C 30.293 0.911 125.5 + 190 194601 C 30.293 0.934 114.3 + 168 194601 C 30.293 (-11.7)( 8.9) (- 6.0)( 925)( 4957)( 2548) 194602 G 31.469 0.922 250.0 + 694 194602 G 31.469 14414 0.960 256.9 67.8 -14.2 69 320 251C 194602 G 31.469 14420 0.306 218.3 5.0 -19.8 26 126 194602 G 31.469 14416 0.287 129.5 340.1 -16.4 12 62 194602 G 31.469 14417 0.870 54.8 301.1 +26.4 949 4799 708C 194602 G 31.469 14419 0.866 105.8 293.2 -16.7 25 114 210C 194602 G 31.469 14421 0.957 107.2 279.4 -18.2 0 15 187C 194602 G 31.469 0.810 117.0 + 139 194602 G 31.469 0.932 118.6 + 212 194602 G 31.469 (-12.2)(353.4) (- 6.1)( 1081)( 5436)( 2401) 194602 G 32.427 0.961 249.6 + 404 194602 G 32.427 14414 0.998 256.5 68.0 -13.8 29 221 194602 G 32.427 14415 0.845 316.6 24.8 +33.5 0 10 113C 194602 G 32.427 14420 0.454 237.8 4.8 -19.6 88 496 194602 G 32.427 14416 0.202 167.0 338.1 -17.4 7 47 194602 G 32.427 14417 0.770 48.6 301.0 +25.9 950 4940 747C 194602 G 32.427 14419 0.744 106.0 293.0 -15.9 22 106 109C 194602 G 32.427 14421 0.873 107.0 279.8 -17.8 0 9 140C 194602 G 32.427 14422 0.977 112.7 261.8 -23.5 90 450 345C 194602 G 32.427 0.908 121.9 + 166 194602 G 32.427 0.977 73.2 + 159 194602 G 32.427 (-12.6)(340.8) (- 6.1)( 1186)( 6279)( 2183) 194602 C 33.312 0.842 315.5 + 473 194602 C 33.312 14420 0.608 245.8 5.0 -19.4 107 685 194602 C 33.312 14416 0.243 213.9 337.2 -17.8 15 97 194602 C 33.312 14417 0.705 41.6 297.7 +26.5 1008 5080 487F 194602 C 33.312 14419 0.590 108.2 293.7 -15.6 21 91 194602 C 33.312 14423 0.837 122.8 274.5 -30.6 5 25 349C 194602 C 33.312 14422 0.918 112.4 262.2 -23.0 91 464 277C 194602 C 33.313 0.789 111.6 + 156 194602 C 33.313 0.942 71.4 + 247 194602 C 33.313 0.943 51.0 + 255 194602 C 33.313 (-13.0)(329.1) (- 6.2)( 1247)( 6442)( 2244) 194602 G 34.596 0.952 308.9 + 349 194602 G 34.596 0.806 308.0 + 168 194602 G 34.596 14420 0.800 249.9 5.0 -19.8 112 738 231C 194602 G 34.596 14417 0.571 21.7 298.7 +25.8 1057 4952 194602 G 34.596 14419 0.328 124.7 295.9 -16.8 7 25 194602 G 34.596 14423 0.678 129.3 274.9 -30.4 1 7 110F 194602 G 34.596 14422 0.760 114.9 263.9 -22.9 57 370 216C 194602 G 34.596 14424 0.903 70.3 250.9 +14.7 7 25 134C 194602 G 34.596 14425 0.952 106.5 239.2 -17.6 0 6 274C 194602 G 34.596 14426 0.958 126.1 238.6 -36.3 0 7 126C 194602 G 34.596 0.966 62.2 + 205 194602 G 34.596 (-13.5)(312.2) (- 6.3)( 1241)( 6130)( 1813) 194602 G 35.468 0.966 306.8 + 256 194602 G 35.468 0.892 300.3 + 263 194602 G 35.468 14420 0.904 250.8 5.7 -20.0 127 747 417C 194602 G 35.468 14417 0.541 5.0 297.7 +26.2 1009 4533 194602 G 35.468 14419 0.226 144.4 292.8 -16.8 6 22 194602 G 35.468 14423 0.562 137.7 274.9 -30.2 0 4 194602 G 35.468 14422 0.644 118.6 263.0 -22.9 88 412 100F 194602 G 35.468 14424 0.808 66.8 250.8 +14.5 11 47 143C 194602 G 35.468 14425 0.873 107.6 239.7 -18.4 4 22 408C 194602 G 35.468 14426 0.907 128.8 237.6 -37.7 0 5 145C 194602 G 35.468 14427 0.961 60.8 232.3 +25.7 16 73 350C 194602 G 35.468 0.937 4.4 + 18 194602 G 35.468 (-13.8)(300.7) (- 6.3)( 1261)( 5865)( 2100) 194602 G 36.611 0.824 252.0 + 238 194602 G 36.611 14420 0.980 251.0 5.6 -19.9 93 617 454C 194602 G 36.611 14417 0.562 341.7 297.0 +25.9 1022 4799 194602 G 36.611 14422 0.463 128.9 262.8 -22.8 61 399 194602 G 36.611 14424 0.618 58.1 253.2 +13.6 11 49 194602 G 36.611 14426 0.793 131.5 238.6 -36.1 7 21 90C 194602 G 36.611 14427 0.875 55.4 232.6 +26.0 9 54 156C 194602 G 36.611 0.825 108.0 + 95 194602 G 36.611 0.960 63.1 + 248 194602 G 36.611 0.963 51.2 + 390 194602 G 36.611 (-14.3)(285.7) (- 6.4)( 1203)( 5939)( 1671) 194602 C 37.294 14420 0.993 249.1 1.7 -21.5 53 317 203C 194602 C 37.294 14416 0.888 251.0 339.7 -19.8 0 9 437C 194602 C 37.294 14417 0.603 332.1 294.9 +26.0 832 5202 245P 194602 C 37.294 14428 0.262 223.1 287.5 -17.3 3 19 194602 C 37.294 14422 0.363 142.0 262.7 -22.8 54 342 194602 C 37.294 1236A 0.449 33.6 261.8 +15.7 1 6 194602 C 37.294 14424 0.513 48.7 253.4 +13.8 12 60 194602 C 37.294 14426 0.696 137.5 241.3 -36.0 9 35 194602 C 37.294 14429 0.703 105.9 232.3 -15.7 9 50 151C 194602 C 37.294 14427 0.814 51.1 232.0 +26.2 7 29 160C 194602 C 37.294 14430 0.913 46.6 222.6 +35.2 0 18 370C 194602 C 37.294 14431 0.993 70.7 196.3 +18.2 33 171 216P 194602 C 37.294 0.922 59.3 + 296 194602 C 37.294 (-14.5)(276.7) (- 6.4)( 1013)( 6258)( 2078) 194602 C 38.294 0.963 288.0 + 262 194602 C 38.294 14416 0.948 252.9 335.9 -18.3 0 6 437C 194602 C 38.294 14417 0.690 319.5 293.3 +26.0 695 4898 1112C 194602 C 38.294 14422 0.277 178.1 262.9 -22.5 45 229 194602 C 38.294 14424 0.380 22.7 254.8 +14.0 2 11 194602 C 38.294 14426 0.587 147.3 240.7 -35.5 1 16 194602 C 38.294 14429 0.508 110.1 233.9 -15.7 5 38 194602 C 38.294 14427 0.726 43.4 229.8 +26.4 3 18 89C 194602 C 38.294 14430 0.834 38.1 224.2 +36.0 0 4 494C 194602 C 38.294 14431 0.950 67.9 195.5 +18.6 33 302 471C 194602 C 38.294 0.817 53.7 + 123 194602 C 38.294 (-14.9)(263.5) (- 6.5)( 784)( 5522)( 2988) 194602 G 39.405 0.973 251.3 + 194 194602 G 39.405 14417 0.798 309.5 291.8 +25.7 694 4596 1791C 194602 G 39.405 14428 0.628 250.9 287.1 -17.0 3 7 194602 G 39.405 14422 0.360 219.6 263.2 -22.4 42 230 194602 G 39.405 14424 0.364 350.5 252.4 +14.4 6 33 194602 G 39.405 14432 0.532 4.1 246.5 +25.3 4 30 194602 G 39.405 14433 0.562 26.8 232.9 +23.6 20 117 194602 G 39.405 14429 0.316 122.5 232.9 -16.1 19 80 194602 G 39.405 14431 0.859 63.7 194.8 +18.5 59 326 334C 194602 G 39.405 0.790 32.5 + 211 194602 G 39.405 0.885 165.9 + 16 194602 G 39.405 0.935 175.9 + 10 194602 G 39.405 0.954 71.3 + 177 194602 G 39.405 (-15.3)(248.9) (- 6.6)( 847)( 5419)( 2733) 194602 C 40.312 0.943 233.0 + 172 194602 C 40.312 0.841 257.3 + 184 194602 C 40.312 14417 0.883 304.7 290.9 +26.4 644 4603 2032C 194602 C 40.312 14428 0.773 252.8 287.5 -17.4 2 10 149C 194602 C 40.312 14422 0.499 234.5 263.0 -22.8 40 205 194602 C 40.312 14424 0.451 322.9 253.3 +14.7 2 11 194602 C 40.312 14432 0.545 344.2 246.4 +25.0 16 68 194602 C 40.312 14433 0.506 5.3 234.1 +23.5 22 153 194602 C 40.312 14429 0.180 156.1 232.7 -16.0 11 47 194602 C 40.312 14431 0.753 58.1 194.8 +18.5 52 348 310F 194602 C 40.312 0.880 67.8 + 135 194602 C 40.312 0.952 46.5 + 163 194602 C 40.312 (-15.7)(237.0) (- 6.6)( 789)( 5445)( 3145) 194602 G 41.491 0.960 256.1 + 306 194602 G 41.491 0.861 252.1 + 257 194602 G 41.491 14417 0.956 301.4 287.9 +27.3 556 3849 1317C 194602 G 41.491 1236B 0.862 239.2 279.8 -29.8 7 34 150F 194602 G 41.491 14422 0.682 243.1 262.6 -23.0 35 214 194602 G 41.491 14424 0.590 307.4 250.3 +15.1 2 20 194602 G 41.491 14432 0.652 324.3 246.3 +25.8 36 248 194602 G 41.491 14429 0.248 229.1 232.6 -15.9 14 54 194602 G 41.491 14433 0.544 341.3 232.4 +24.3 20 89 194602 G 41.491 14434 0.641 18.3 207.9 +30.8 12 59 194602 G 41.491 14431 0.604 45.3 194.5 +19.1 66 343 194602 G 41.491 14435 0.939 62.3 156.9 +23.1 10 37 177C 194602 G 41.491 0.884 110.1 + 278 194602 G 41.491 0.912 42.3 + 264 194602 G 41.491 (-16.1)(221.4) (- 6.7)( 758)( 4947)( 2749) 194602 C 42.295 0.948 252.5 + 488 194602 C 42.295 0.925 236.8 + 315 194602 C 42.295 14417 0.983 299.2 285.0 +27.0 274 2362 1536C 194602 C 42.295 14422 0.790 245.8 262.2 -23.1 48 194 164C 194602 C 42.295 14424 0.728 298.2 252.3 +15.1 4 21 151C 194602 C 42.295 14432 0.733 314.6 246.0 +25.4 29 182 194602 C 42.295 14429 0.397 244.4 232.6 -16.1 6 30 194602 C 42.295 14433 0.604 326.6 232.0 +24.0 12 76 194602 C 42.295 14434 0.611 3.2 208.5 +30.7 20 140 194602 C 42.295 14431 0.504 32.0 194.5 +18.8 44 316 194602 C 42.295 14435 0.870 58.7 157.1 +23.0 4 17 169C 194602 C 42.295 (-16.4)(210.8) (- 6.7)( 441)( 3338)( 2823) 194602 C 43.517 0.966 240.9 + 272 194602 C 43.517 14422 0.917 247.2 261.9 -23.6 47 229 231SF 194602 C 43.517 14424 0.902 290.4 255.7 +15.1 2 20 231C 194602 C 43.517 14432 0.856 305.5 245.2 +25.5 37 230 137C 194602 C 43.517 14429 0.683 253.4 237.6 -16.3 1 10 80P 194602 C 43.517 14433 0.759 309.6 234.4 +23.7 16 73 189C 194602 C 43.517 14434 0.632 342.4 207.5 +30.3 43 209 194602 C 43.517 14431 0.437 0.6 194.5 +19.0 52 321 194602 C 43.517 14435 0.744 50.0 156.6 +23.2 3 19 194602 C 43.517 14436 0.974 61.7 123.2 +25.5 59 447 217F 194602 C 43.517 (-16.8)(194.8) (- 6.8)( 260)( 1558)( 1357) 194602 C 44.296 0.832 321.2 + 151 194602 C 44.296 0.825 337.1 + 170 194602 C 44.296 0.761 254.3 + 283 194602 C 44.296 14422 0.968 247.4 261.3 -23.5 41 206 373SF 194602 C 44.296 14424 0.965 287.7 256.4 +15.0 0 15 254C 194602 C 44.296 14432 0.933 301.9 246.6 +26.5 24 135 172C 194602 C 44.296 14433 0.854 303.3 235.5 +23.7 16 97 312C 194602 C 44.296 14434 0.682 331.7 206.5 +30.5 45 205 194602 C 44.296 14431 0.463 339.9 194.1 +19.0 43 269 194602 C 44.296 14435 0.654 41.6 156.4 +23.2 3 10 194602 C 44.296 14436 0.927 59.1 123.1 +25.3 50 388 315F 194602 C 44.296 0.936 133.2 + 171 194602 C 44.296 0.978 54.0 + 188 194602 C 44.296 (-17.1)(184.5) (- 6.8)( 222)( 1325)( 2389) 194602 C 45.296 0.900 316.4 + 144 194602 C 45.296 0.881 251.6 + 363 194602 C 45.296 0.855 326.0 + 145 194602 C 45.296 14432 0.989 298.9 247.7 +27.1 13 105 125F 194602 C 45.296 14433 0.945 298.0 236.7 +23.6 9 38 280F 194602 C 45.296 14434 0.763 319.9 205.8 +30.0 20 125 199C 194602 C 45.296 14431 0.562 349.5 193.9 +18.8 49 250 194602 C 45.296 14435 0.568 26.0 155.8 +23.5 1 5 194602 C 45.296 14436 0.840 53.8 123.0 +25.1 65 381 169F 194602 C 45.296 14437 0.969 66.7 99.7 +20.5 8 50 198F 194602 C 45.296 0.910 116.8 + 130 194602 C 45.296 0.933 51.7 + 225 194602 C 45.296 (-17.4)(171.3) (- 6.9)( 165)( 954)( 1978) 194602 C 46.298 0.952 310.8 + 196 194602 C 46.298 0.929 319.5 + 182 194602 C 46.298 0.922 301.3 + 210 194602 C 46.298 14433 0.988 297.3 234.5 +25.5 0 25 170F 194602 C 46.298 14429 0.963 253.8 233.5 -17.4 7 38 388C 194602 C 46.298 14434 0.838 313.1 203.0 +30.1 15 72 153C 194602 C 46.298 14431 0.692 307.1 193.7 +19.0 43 223 194602 C 46.298 14436 0.722 45.3 123.8 +24.8 42 337 194602 C 46.298 14437 0.918 64.5 96.4 +20.1 32 159 222C 194602 C 46.298 0.854 46.0 + 270 194602 C 46.298 0.970 53.9 + 105 194602 C 46.298 (-17.7)(158.1) (- 6.9)( 139)( 854)( 1896) 194602 C 47.317 0.954 315.3 + 213 194602 C 47.317 14434 0.926 307.0 203.5 +30.4 9 35 257C 194602 C 47.317 14431 0.817 299.4 193.4 +19.1 36 213 261C 194602 C 47.317 14436 0.610 31.3 124.3 +24.9 32 279 194602 C 47.317 14437 0.822 59.3 96.0 +20.2 78 553 166C 194602 C 47.317 14438 0.968 102.1 68.3 -13.4 33 190 284SP 194602 C 47.317 0.776 34.5 + 125 194602 C 47.317 0.874 118.7 + 133 194602 C 47.317 0.889 46.0 + 140 194602 C 47.317 0.917 112.0 + 161 194602 C 47.317 (-18.1)(144.7) (- 6.9)( 188)( 1270)( 1740) 194602 C 48.296 0.974 304.2 + 161 194602 C 48.296 14431 0.916 294.4 193.5 +19.0 21 160 304C 194602 C 48.296 14436 0.541 12.0 124.7 +24.8 32 213 194602 C 48.296 14437 0.700 51.2 96.4 +20.3 74 498 194602 C 48.296 14438 0.895 101.2 67.7 -13.1 23 142 65C 194602 C 48.296 0.844 107.0 + 153 194602 C 48.296 0.945 108.3 + 381 194602 C 48.296 (-18.4)(131.8) (- 7.0)( 150)( 1013)( 1064) 194602 G 49.453 14431 0.983 291.0 192.5 +19.0 24 104 241F 194602 G 49.453 14436 0.542 346.6 124.5 +24.7 31 178 194602 G 49.453 1236C 0.650 8.4 110.1 +32.9 3 10 194602 G 49.453 14437 0.553 35.1 96.9 +20.2 73 371 194602 G 49.453 14439 0.616 114.8 80.1 -20.6 3 16 194602 G 49.453 14438 0.751 101.5 67.7 -13.2 26 128 194602 G 49.453 0.844 110.9 + 340 194602 G 49.453 (-18.8)(116.6) (- 7.0)( 160)( 807)( 581) 194602 G 50.409 0.863 304.4 + 90 194602 G 50.409 14436 0.612 329.7 123.9 +25.2 43 221 194602 G 50.409 14437 0.475 11.7 98.1 +20.7 41 256 194602 G 50.409 14439 0.433 124.9 81.8 -20.8 7 36 194602 G 50.409 14438 0.594 102.7 67.6 -13.1 32 141 194602 G 50.409 1236D 0.849 114.1 46.1 -24.1 0 8 115C 194602 G 50.409 (-19.1)(104.0) (- 7.0)( 123)( 662)( 205) 194602 G 51.390 0.937 300.9 + 148 194602 G 51.390 14440 0.680 240.2 131.6 -25.1 5 18 194602 G 51.390 14436 0.707 316.9 123.2 +25.0 41 250 194602 G 51.390 14437 0.472 345.0 98.5 +20.0 37 207 194602 G 51.390 14439 0.281 153.4 83.4 -21.5 13 57 194602 G 51.390 14441 0.285 128.3 77.6 -17.1 2 11 194602 G 51.390 14438 0.407 106.4 67.6 -13.1 38 170 194602 G 51.390 14442 0.981 108.6 10.7 -19.6 27 149 258C 194602 G 51.390 (-19.4)( 91.1) (- 7.1)( 163)( 862)( 406) 194602 G 52.504 0.748 324.7 + 220 194602 G 52.504 14440 0.833 242.5 132.0 -26.7 0 4 62C 194602 G 52.504 14436 0.828 306.7 123.3 +24.8 31 141 480C 194602 G 52.504 14437 0.566 323.3 97.4 +20.3 34 219 194602 G 52.504 14439 0.273 207.1 84.0 -21.0 16 89 194602 G 52.504 14441 0.133 192.1 78.0 -14.5 4 20 194602 G 52.504 14438 0.184 124.3 67.5 -12.9 28 111 194602 G 52.504 14442 0.910 108.5 10.1 -19.8 46 202 282C 194602 G 52.504 14443 0.994 67.3 356.3 +21.5 0 40 97C 194602 G 52.504 0.954 50.3 + 179 194602 G 52.504 (-19.7)( 76.4) (- 7.1)( 159)( 826)( 1320) 194602 G 53.450 0.930 244.6 + 132 194602 G 53.450 0.924 309.6 + 169 194602 G 53.450 0.836 316.0 + 288 194602 G 53.450 14436 0.911 301.2 122.7 +24.6 26 132 370C 194602 G 53.450 14444 0.659 241.7 103.1 -23.7 3 17 194602 G 53.450 14437 0.685 309.9 97.8 +20.2 30 172 194602 G 53.450 14439 0.430 235.4 86.0 -20.7 52 202 194602 G 53.450 14441 0.261 239.9 77.3 -14.4 2 10 194602 G 53.450 14438 0.117 209.1 67.2 -12.9 28 116 194602 G 53.450 14442 0.803 109.4 10.5 -19.8 40 201 70C 194602 G 53.450 14443 0.950 64.6 356.9 +21.4 14 55 268F 194602 G 53.450 0.925 109.2 + 221 194602 G 53.450 0.930 45.8 + 147 194602 G 53.450 0.935 119.6 + 75 194602 G 53.450 (-20.0)( 63.9) (- 7.1)( 195)( 905)( 1740) 194602 G 54.417 0.963 245.9 + 152 194602 G 54.417 0.908 310.5 + 297 194602 G 54.417 0.770 311.7 + 82 194602 G 54.417 14436 0.973 296.8 122.9 +24.0 9 47 270C 194602 G 54.417 14444 0.799 243.3 103.2 -25.5 3 18 81C 194602 G 54.417 14437 0.795 302.3 96.8 +20.2 27 153 105C 194602 G 54.417 14439 0.606 244.9 86.9 -20.3 82 391 194602 G 54.417 14441 0.481 253.9 79.5 -13.9 1 5 194602 G 54.417 14438 0.288 248.1 67.0 -12.9 20 112 194602 G 54.417 14442 0.660 111.9 10.8 -19.6 40 183 194602 G 54.417 14443 0.876 60.8 356.2 +21.3 13 59 94C 194602 G 54.417 14445 0.955 63.9 343.4 +22.3 16 75 395C 194602 G 54.417 0.801 114.9 + 182 194602 G 54.417 0.923 107.6 + 277 194602 G 54.417 0.925 45.7 + 136 194602 G 54.417 (-20.3)( 51.2) (- 7.1)( 211)( 1043)( 2071) 194602 C 55.323 0.955 307.9 + 420 194602 C 55.323 14444 0.895 245.1 103.1 -25.4 21 108 208C 194602 C 55.323 14437 0.899 296.9 97.9 +20.4 26 176 413C 194602 C 55.323 14439 0.731 248.9 85.7 -20.2 117 647 194602 C 55.323 14438 0.468 255.3 66.9 -13.2 28 120 194602 C 55.323 14442 0.504 117.3 11.0 -19.6 35 205 194602 C 55.323 14443 0.780 55.5 355.9 +21.0 14 47 128C 194602 C 55.323 14445 0.894 61.3 342.0 +21.6 14 57 393C 194602 C 55.323 0.873 106.7 + 312 194602 C 55.323 (-20.5)( 39.3) (- 7.2)( 255)( 1360)( 1874) 194602 C 56.311 0.971 305.5 + 94 194602 C 56.311 14444 0.965 245.0 102.5 -25.9 24 112 229C 194602 C 56.311 14437 0.960 293.4 95.7 +20.0 16 122 395F 194602 C 56.311 14439 0.856 250.5 85.4 -20.4 158 783 233C 194602 C 56.311 14438 0.647 258.4 66.7 -13.0 20 99 194602 C 56.311 14442 0.330 132.0 11.3 -19.6 29 161 194602 C 56.311 14443 0.668 46.0 355.3 +21.4 11 46 194602 C 56.311 14445 0.791 55.4 342.1 +21.5 3 20 225C 194602 C 56.311 14446 0.765 109.0 336.5 -19.1 2 10 137C 194602 C 56.311 14447 0.951 62.6 319.7 +23.3 13 88 197C 194602 C 56.311 14448 0.960 110.4 311.1 -21.6 11 60 178C 194602 C 56.311 0.918 71.2 + 171 194602 C 56.311 (-20.8)( 26.3) (- 7.2)( 287)( 1501)( 1859) 194602 G 57.419 0.982 292.9 + 199 194602 G 57.419 14439 0.944 250.9 83.5 -20.4 167 1119 394C 194602 G 57.419 14438 0.813 259.4 66.5 -12.8 22 119 109S 194602 G 57.419 14442 0.214 178.1 11.3 -19.4 31 178 194602 G 57.419 14443 0.568 31.4 353.1 +22.1 25 126 194602 G 57.419 14445 0.671 44.7 341.1 +22.3 9 43 194602 G 57.419 14446 0.619 114.3 334.8 -20.5 4 17 194602 G 57.419 14447 0.868 57.0 319.1 +23.9 11 50 308C 194602 G 57.419 14448 0.862 111.0 311.9 -21.7 27 140 211C 194602 G 57.419 14449 0.941 60.9 307.5 +24.2 3 16 1035C 194602 G 57.419 14450 0.985 65.3 295.9 +22.7 22 146 1035C 194602 G 57.419 0.953 101.7 + 135 194602 G 57.419 (-21.1)( 11.7) (- 7.2)( 321)( 1954)( 2391) 194602 G 58.379 0.860 249.3 + 217 194602 G 58.379 14439 0.990 250.4 82.5 -20.3 165 892 570C 194602 G 58.379 14438 0.921 259.3 66.8 -12.6 23 112 162C 194602 G 58.379 14442 0.299 223.9 11.6 -19.4 33 168 194602 G 58.379 14443 0.506 10.7 353.2 +22.5 39 191 194602 G 58.379 14445 0.571 32.1 340.0 +22.0 2 15 194602 G 58.379 14447 0.762 50.1 319.7 +23.0 5 20 226C 194602 G 58.379 14448 0.729 113.1 313.0 -21.7 31 193 182C 194602 G 58.379 14449 0.864 55.9 307.3 +24.6 4 20 1476C 194602 G 58.379 14450 0.936 63.1 295.0 +22.0 34 191 1476C 194602 G 58.379 14451 0.992 62.3 281.0 +26.2 134 833 1476C 194602 G 58.379 0.871 103.1 + 256 194602 G 58.379 0.919 115.1 + 194 194602 G 58.379 (-21.3)(359.0) (- 7.2)( 470)( 2635)( 3283) 194603 C 59.295 0.925 249.7 + 261 194603 C 59.295 14438 0.980 258.2 66.6 -13.0 27 172 271C 194603 C 59.295 14452 0.865 297.6 41.2 +19.5 6 26 94C 194603 C 59.295 14442 0.455 240.6 11.8 -19.4 31 189 194603 C 59.295 14443 0.509 348.3 353.4 +22.6 15 78 194603 C 59.295 14445 0.482 7.3 343.2 +21.2 0 14 194603 C 59.295 14447 0.652 39.2 320.3 +23.9 4 14 194603 C 59.295 14448 0.570 118.2 314.4 -21.7 45 253 194603 C 59.295 14449 0.771 49.4 307.1 +24.6 2 10 116C 194603 C 59.295 14450 0.854 59.1 295.2 +21.6 32 243 197C 194603 C 59.295 14451 0.962 59.0 279.3 +27.1 194 1571 615C 194603 C 59.295 14453 0.972 108.7 269.2 -19.8 68 297 234C 194603 C 59.295 0.884 46.8 + 461 194603 C 59.295 0.947 118.9 + 254 194603 C 59.295 (-21.6)(347.0) (- 7.2)( 424)( 2867)( 2503) 194603 C 60.297 14452 0.947 293.6 40.7 +19.6 0 37 174C 194603 C 60.297 14442 0.628 247.8 11.7 -19.4 30 150 194603 C 60.297 14443 0.615 322.9 357.4 +22.7 13 71 194603 C 60.297 14447 0.572 26.4 317.7 +23.8 2 9 194603 C 60.297 14448 0.388 129.8 315.2 -21.2 39 250 194603 C 60.297 14449 0.660 38.3 307.1 +24.7 0 5 194603 C 60.297 14450 0.723 48.8 297.8 +22.6 38 232 209C 194603 C 60.297 14451 0.889 54.5 279.7 +26.9 145 1482 723C 194603 C 60.297 14453 0.918 109.1 266.4 -20.3 73 483 308C 194603 C 60.297 0.815 39.5 + 255 194603 C 60.297 0.895 120.6 + 341 194603 C 60.297 0.938 40.3 + 243 194603 C 60.297 (-21.8)(333.8) (- 7.2)( 340)( 2719)( 2253) 194603 C 61.309 14442 0.780 251.1 11.6 -19.2 24 158 151C 194603 C 61.309 14443 0.767 310.1 0.2 +24.1 54 331 109C 194603 C 61.309 14447 0.498 2.4 319.1 +22.5 2 6 194603 C 61.309 14448 0.249 163.6 316.1 -20.9 40 196 194603 C 61.309 14454 0.527 13.7 312.6 +23.5 1 5 194603 C 61.309 14450 0.615 37.1 296.8 +22.7 34 145 194603 C 61.309 14451 0.805 47.9 278.3 +27.3 258 1736 721C 194603 C 61.309 14453 0.810 110.2 266.6 -20.1 65 344 231C 194603 C 61.309 0.785 30.4 + 139 194603 C 61.309 0.871 124.1 + 203 194603 C 61.309 0.923 69.1 + 232 194603 C 61.309 0.935 36.9 + 177 194603 C 61.309 0.951 118.1 + 170 194603 C 61.309 0.972 106.5 + 178 194603 C 61.309 (-22.1)(320.4) (- 7.2)( 478)( 2921)( 2311) 194603 C 62.297 0.957 359.3 + 15 194603 C 62.297 14442 0.894 252.1 11.4 -19.2 33 128 189C 194603 C 62.297 14443 0.855 303.4 358.4 +23.6 65 356 208C 194603 C 62.297 14447 0.545 340.9 318.6 +23.8 2 14 194603 C 62.297 14448 0.273 210.3 315.8 -20.7 42 177 194603 C 62.297 14454 0.522 352.4 311.7 +23.8 1 8 194603 C 62.297 14450 0.525 21.7 295.4 +22.0 36 192 194603 C 62.297 14451 0.714 38.7 277.3 +27.6 203 1741 464C 194603 C 62.297 14453 0.668 112.7 266.5 -20.4 41 273 168F 194603 C 62.297 0.823 61.5 + 197 194603 C 62.297 0.866 118.6 + 168 194603 C 62.297 0.889 36.5 + 507 194603 C 62.297 0.935 12.6 + 8 194603 C 62.297 0.939 108.4 + 589 194603 C 62.297 0.940 5.0 + 6 194603 C 62.297 0.948 9.5 + 9 194603 C 62.297 0.952 60.0 + 206 194603 C 62.297 (-22.3)(307.4) (- 7.2)( 423)( 2889)( 2734) 194603 C 63.300 0.872 247.4 + 215 194603 C 63.300 0.800 301.9 + 138 194603 C 63.300 14442 0.971 251.7 11.8 -19.4 27 228 223C 194603 C 63.300 14443 0.935 298.7 357.5 +23.6 57 556 369C 194603 C 63.300 14447 0.635 322.1 319.3 +23.5 3 17 194603 C 63.300 14448 0.427 234.6 316.0 -20.9 35 153 194603 C 63.300 14450 0.482 0.3 294.0 +21.5 28 162 194603 C 63.300 14451 0.627 24.7 277.1 +27.7 239 1699 194603 C 63.300 14453 0.503 118.3 266.2 -20.1 43 263 194603 C 63.300 0.775 122.4 + 88 194603 C 63.300 0.847 107.3 + 456 194603 C 63.300 0.896 54.7 + 298 194603 C 63.300 (-22.5)(294.2) (- 7.2)( 432)( 3078)( 1787) 194603 C 64.300 0.941 244.8 + 264 194603 C 64.300 0.904 296.9 + 197 194603 C 64.300 0.888 305.6 + 104 194603 C 64.300 14443 0.983 296.6 355.5 +24.3 35 261 367C 194603 C 64.300 14448 0.602 244.4 316.4 -20.9 11 58 194603 C 64.300 14450 0.517 337.9 293.0 +21.5 14 75 194603 C 64.300 14451 0.583 6.8 276.5 +28.0 221 1583 194603 C 64.300 14453 0.336 133.9 266.1 -20.4 43 239 194603 C 64.300 14455 0.710 54.4 243.6 +18.7 7 29 194603 C 64.300 0.746 107.6 + 152 194603 C 64.300 0.843 50.8 + 167 194603 C 64.300 0.887 106.8 + 159 194603 C 64.300 (-22.8)(281.0) (- 7.2)( 331)( 2245)( 1410) 194603 G 65.672 0.849 301.7 + 476 194603 G 65.672 14448 0.806 249.0 316.5 -21.2 3 18 94F 194603 G 65.672 14450 0.666 316.4 292.6 +22.5 5 27 194603 G 65.672 14451 0.610 341.4 275.6 +28.2 174 1454 194603 G 65.672 14453 0.223 198.7 267.2 -19.3 39 191 194603 G 65.672 14455 0.571 39.0 240.6 +19.6 1 5 194603 G 65.672 1237A 0.693 107.8 219.3 -17.5 0 6 194603 G 65.672 14456 0.986 116.6 180.5 -27.3 26 117 176C 194603 G 65.672 0.962 65.1 + 166 194603 G 65.672 (-23.1)(262.9) (- 7.2)( 248)( 1818)( 912) 194603 C 66.303 0.951 299.0 + 347 194603 C 66.303 0.870 304.5 + 516 194603 C 66.303 0.841 321.6 + 265 194603 C 66.303 0.795 341.6 + 210 194603 C 66.303 14448 0.883 250.1 317.1 -20.9 4 18 173F 194603 C 66.303 14450 0.728 305.8 293.3 +19.6 1 12 144N 194603 C 66.303 14451 0.657 332.8 274.6 +28.9 184 1478 194603 C 66.303 14453 0.302 223.2 267.2 -19.7 53 247 194603 C 66.303 14456 0.964 117.1 178.5 -28.0 28 167 176C 194603 C 66.303 0.933 64.6 + 170 194603 C 66.303 (-23.2)(254.6) (- 7.2)( 270)( 1922)( 2001) 194603 G 67.418 0.931 301.8 + 861 194603 G 67.418 0.895 319.6 + 191 194603 G 67.418 0.872 257.8 + 111 194603 G 67.418 0.864 303.6 + 392 194603 G 67.418 0.843 331.7 + 247 194603 G 67.418 0.809 245.2 + 94 194603 G 67.418 14448 0.966 250.0 316.4 -21.2 8 25 274F 194603 G 67.418 14451 0.750 319.0 273.8 +28.5 196 1197 395P 194603 G 67.418 14453 0.483 241.8 266.6 -19.6 40 197 194603 G 67.418 14457 0.338 203.6 248.5 -25.1 7 24 194603 G 67.418 14456 0.880 117.9 178.5 -27.9 37 196 228C 194603 G 67.418 0.922 57.3 + 127 194603 G 67.418 0.959 127.8 + 146 194603 G 67.418 (-23.4)(239.9) (- 7.2)( 288)( 1639)( 3066) 194603 G 68.430 0.964 294.1 + 997 194603 G 68.430 0.958 308.2 + 530 194603 G 68.430 0.945 320.4 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311.6 245.6 +19.0 6 18 194603 C 69.299 14455 0.600 321.6 238.7 +21.4 1 6 194603 C 69.299 14456 0.664 124.4 177.1 -27.7 27 163 107F 194603 C 69.299 14459 0.951 126.6 142.6 -36.9 14 133 405C 194603 C 69.299 (-23.8)(215.2) (- 7.2)( 223)( 1398)( 3058) 194603 G 70.541 0.965 244.2 + 173 194603 G 70.541 0.942 316.8 + 388 194603 G 70.541 0.934 290.7 + 127 194603 G 70.541 0.899 327.6 + 124 194603 G 70.541 0.768 313.4 + 151 194603 G 70.541 14451 0.985 300.8 273.0 +28.6 113 553 1078C 194603 G 70.541 14453 0.923 252.7 267.0 -18.7 24 145 205C 194603 G 70.541 14458 0.895 241.3 262.2 -28.8 4 24 264SF 194603 G 70.541 14457 0.752 243.5 246.3 -24.5 48 225 212C 194603 G 70.541 14460 0.797 300.6 244.1 +19.0 14 62 150C 194603 G 70.541 14456 0.470 138.9 178.5 -27.5 24 103 194603 G 70.541 14459 0.889 129.6 138.3 -38.2 33 192 475C 194603 G 70.541 0.934 98.6 + 146 194603 G 70.541 (-24.0)(198.8) (- 7.2)( 260)( 1304)( 3493) 194603 C 71.306 0.967 312.6 + 207 194603 C 71.306 0.939 321.9 + 170 194603 C 71.306 0.907 257.0 + 177 194603 C 71.306 0.811 308.8 + 209 194603 C 71.306 14453 0.974 252.8 267.0 -18.4 20 130 218SF 194603 C 71.306 14458 0.956 242.1 262.8 -28.7 7 57 257C 194603 C 71.306 14457 0.851 245.2 246.8 -24.8 76 401 351C 194603 C 71.306 14460 0.879 296.2 245.0 +18.9 8 68 136C 194603 C 71.306 14456 0.385 155.1 178.2 -27.5 25 109 194603 C 71.306 14459 0.827 132.0 137.4 -38.2 28 201 332C 194603 C 71.306 0.946 62.1 + 146 194603 C 71.306 (-24.2)(188.7) (- 7.2)( 164)( 966)( 2203) 194603 C 72.335 0.908 301.3 + 253 194603 C 72.335 0.831 249.9 + 118 194603 C 72.335 14458 0.986 241.9 257.5 -28.8 18 114 206C 194603 C 72.335 14457 0.941 246.3 246.4 -24.7 86 427 362C 194603 C 72.335 14460 0.958 293.3 244.4 +19.9 3 19 200S 194603 C 72.335 1237C 0.905 257.7 240.8 -14.2 2 10 168C 194603 C 72.335 1237D 0.584 337.6 189.4 +25.6 2 8 194603 C 72.335 14456 0.344 187.6 178.1 -27.1 16 75 194603 C 72.335 14459 0.722 137.5 137.2 -37.8 47 230 267C 194603 C 72.335 1237E 0.931 64.7 111.5 +20.4 0 12 151F 194603 C 72.335 14461 0.996 110.1 88.4 -20.5 57 531 206C 194603 C 72.335 0.898 103.1 + 150 194603 C 72.335 0.910 54.7 + 268 194603 C 72.335 0.937 115.9 + 392 194603 C 72.335 (-24.3)(175.2) (- 7.2)( 231)( 1426)( 2741) 194603 C 73.305 0.967 300.3 + 290 194603 C 73.305 0.953 253.3 + 261 194603 C 73.305 14457 0.986 245.9 244.6 -24.8 19 208 233SF 194603 C 73.305 14456 0.417 214.9 177.8 -26.9 12 97 194603 C 73.305 14459 0.613 148.1 138.3 -37.8 30 157 111F 194603 C 73.305 14461 0.957 109.3 88.0 -20.5 55 471 432C 194603 C 73.305 0.805 50.1 + 207 194603 C 73.305 0.826 116.0 + 226 194603 C 73.305 0.929 118.9 + 224 194603 C 73.305 0.947 52.9 + 132 194603 C 73.305 0.951 64.2 + 189 194603 C 73.305 (-24.5)(162.4) (- 7.2)( 116)( 933)( 2305) 194603 C 74.314 0.849 330.4 + 125 194603 C 74.314 0.791 313.8 + 104 194603 C 74.314 14456 0.549 230.9 177.4 -26.4 16 72 194603 C 74.314 14459 0.540 163.5 137.9 -38.0 23 130 194603 C 74.314 14461 0.877 109.9 87.4 -20.9 71 428 440C 194603 C 74.314 14462 0.920 97.5 81.6 - 9.7 0 11 145C 194603 C 74.314 0.798 120.5 + 174 194603 C 74.314 0.905 61.2 + 335 194603 C 74.314 0.939 47.3 + 184 194603 C 74.314 0.958 119.7 + 148 194603 C 74.314 (-24.7)(149.1) (- 7.1)( 110)( 641)( 1655) 194603 G 75.461 0.838 304.2 + 116 194603 D 75.461 14456 0.708 239.4 176.6 -26.4 16 82 194603 D 75.461 14459 0.518 187.6 138.9 -37.9 24 121 194603 D 75.461 14463 0.475 19.8 124.1 +19.4 9 56 194603 D 75.461 14461 0.729 111.3 87.7 -20.3 84 457 179F 194603 D 75.461 14462 0.786 96.8 81.7 - 9.7 2 7 72C 194603 D 75.461 14464 0.846 119.5 77.2 -28.6 22 141 128C 194603 D 75.461 14465 0.954 105.4 60.3 -16.8 0 11 286C 194603 D 75.461 0.874 42.0 + 181 194603 D 75.461 (-24.8)(133.9) (- 7.1)( 157)( 875)( 962) 194603 K 76.122 0.904 311.9 + 161 194603 K 76.122 0.901 301.3 + 187 194603 K 76.122 0.901 233.9 + 93 194603 K 76.122 14456 0.794 242.3 176.6 -26.2 13 71 102F 194603 K 76.122 14459 0.541 198.9 137.9 -37.6 20 105 194603 K 76.122 14463 0.450 2.5 124.0 +19.5 12 71 194603 K 76.122 14466 0.552 172.3 119.7 -40.1 24 135 194603 K 76.122 14461 0.627 113.9 87.7 -20.4 59 328 194603 K 76.122 14462 0.686 97.3 81.6 -10.1 3 11 194603 K 76.122 14464 0.772 122.0 77.0 -28.9 28 150 194603 K 76.122 14465 0.900 105.0 60.3 -16.6 0 12 174C 194603 K 76.122 14467 0.944 103.7 53.5 -15.2 3 12 174C 194603 K 76.122 0.926 114.2 + 236 194603 K 76.122 (-24.9)(125.2) (- 7.1)( 162)( 895)( 953) 194603 C 77.299 0.966 297.3 + 211 194603 C 77.299 0.959 309.0 + 186 194603 C 77.299 0.959 235.8 + 193 194603 C 77.299 0.922 288.1 + 197 194603 C 77.299 14456 0.909 244.9 175.4 -25.7 7 36 192F 194603 C 77.299 14459 0.654 216.9 139.3 -37.7 11 52 194603 C 77.299 14463 0.507 331.5 124.5 +19.4 7 42 194603 C 77.299 14466 0.560 194.9 120.4 -39.6 23 159 194603 C 77.299 14461 0.397 126.6 89.9 -20.4 27 193 194603 C 77.299 14462 0.471 98.3 81.6 -10.1 3 22 194603 C 77.299 14464 0.622 128.7 76.2 -28.8 26 122 194603 C 77.299 14467 0.844 103.9 51.7 -15.5 12 56 134C 194603 C 77.299 0.873 118.6 + 251 194603 C 77.299 0.926 66.8 + 155 194603 C 77.299 (-25.1)(109.7) (- 7.1)( 116)( 682)( 1519) 194603 G 78.391 14456 0.981 245.2 175.9 -25.6 5 28 253SF 194603 G 78.391 14459 0.769 226.0 139.2 -37.4 10 57 100F 194603 G 78.391 14468 0.615 252.6 132.8 -16.1 23 135 194603 G 78.391 14466 0.634 210.1 119.5 -39.5 10 50 194603 G 78.391 14461 0.229 163.4 91.3 -19.6 20 114 194603 G 78.391 14464 0.488 142.0 75.3 -29.1 23 133 194603 G 78.391 14467 0.672 104.6 53.2 -15.0 10 56 194603 G 78.391 0.936 113.4 + 171 194603 G 78.391 (-25.2)( 95.3) (- 7.0)( 101)( 573)( 524) 194603 G 79.590 0.787 304.2 + 147 194603 G 79.590 14459 0.881 231.0 138.8 -37.4 12 51 159C 194603 G 79.590 14468 0.798 254.7 132.6 -16.4 94 507 282C 194603 G 79.590 14466 0.765 223.8 122.1 -38.7 5 24 96C 194603 G 79.590 14461 0.327 230.8 94.9 -18.6 14 51 194603 G 79.590 14464 0.377 171.2 75.7 -28.8 20 95 194603 G 79.590 14467 0.436 108.9 54.4 -14.5 13 78 194603 G 79.590 14469 0.675 54.2 44.6 +17.5 1 10 194603 G 79.590 14470 0.915 108.2 12.5 -19.4 2 16 145C 194603 G 79.590 14471 0.972 66.0 7.3 +21.3 111 527 407C 194603 G 79.590 (-25.4)( 79.5) (- 7.0)( 272)( 1359)( 1236) 194603 C 80.305 0.856 300.1 + 175 194603 C 80.305 0.813 314.7 + 209 194603 C 80.305 14459 0.931 232.5 138.2 -37.4 12 73 218F 194603 C 80.305 14468 0.888 254.7 133.3 -16.7 108 785 355C 194603 C 80.305 14466 0.835 228.0 122.2 -38.3 4 12 298F 194603 C 80.305 14461 0.455 241.9 95.1 -18.7 10 41 194603 C 80.305 14464 0.386 196.0 77.0 -28.8 11 58 194603 C 80.305 14472 0.237 146.9 62.3 -18.3 3 15 194603 C 80.305 14467 0.313 116.1 53.3 -14.6 16 91 194603 C 80.305 14469 0.582 46.0 44.2 +17.5 4 24 194603 C 80.305 14470 0.835 108.5 13.3 -19.2 4 15 132F 194603 C 80.305 14471 0.924 63.8 7.7 +20.9 114 602 531C 194603 C 80.305 (-25.5)( 70.1) (- 7.0)( 286)( 1716)( 1918) 194603 G 81.374 0.957 294.7 + 196 194603 G 81.374 0.932 303.5 + 271 194603 G 81.374 0.893 311.7 + 195 194603 G 81.374 14459 0.984 233.4 138.0 -37.2 11 41 337C 194603 G 81.374 14468 0.968 254.6 132.6 -16.6 74 737 404C 194603 G 81.374 14466 0.894 228.8 116.6 -39.6 2 14 293C 194603 G 81.374 14464 0.479 215.6 74.6 -29.4 11 55 194603 G 81.374 14472 0.226 207.6 62.3 -18.4 5 20 194603 G 81.374 14467 0.148 160.0 53.0 -14.8 16 92 194603 G 81.374 14469 0.447 23.2 45.4 +17.3 6 35 194603 G 81.374 14470 0.692 110.8 12.9 -19.3 0 6 194603 G 81.374 14471 0.820 58.7 7.7 +20.7 117 579 457C 194603 G 81.374 14473 0.910 60.0 356.8 +23.6 32 365 432C 194603 G 81.374 0.886 115.7 + 123 194603 G 81.374 0.984 80.8 + 195 194603 G 81.374 (-25.6)( 56.0) (- 6.9)( 274)( 1944)( 2903) 194603 C 82.349 0.963 307.3 + 216 194603 C 82.349 0.937 228.1 + 378 194603 C 82.349 0.884 244.5 + 181 194603 C 82.349 0.843 318.9 + 178 194603 C 82.349 0.832 301.9 + 221 194603 C 82.349 0.761 245.5 + 129 194603 C 82.349 14468 0.994 253.9 128.5 -16.7 57 329 160C 194603 C 82.349 14464 0.628 231.9 77.2 -28.5 3 13 194603 C 82.349 14472 0.411 238.9 64.8 -18.7 2 14 194603 C 82.349 14467 0.221 232.2 53.4 -14.5 4 27 194603 C 82.349 14469 0.412 355.9 44.9 +17.2 2 16 194603 C 82.349 14471 0.698 50.9 7.9 +20.5 105 581 194603 C 82.349 14473 0.826 55.3 355.5 +23.4 51 286 343C 194603 C 82.349 0.937 78.9 + 196 194603 C 82.349 0.943 60.9 + 184 194603 C 82.349 (-25.7)( 43.1) (- 6.9)( 224)( 1266)( 2186) 194603 G 83.386 0.971 229.0 + 318 194603 G 83.386 0.954 245.0 + 254 194603 G 83.386 0.951 309.5 + 213 194603 G 83.386 0.917 296.0 + 303 194603 G 83.386 0.890 251.2 + 392 194603 G 83.386 0.883 238.6 + 137 194603 G 83.386 0.853 314.5 + 131 194603 G 83.386 14474 0.791 247.8 81.3 -21.7 3 25 97P 194603 G 83.386 14464 0.764 237.8 76.8 -28.7 3 15 102C 194603 G 83.386 14467 0.424 250.1 53.7 -14.5 4 30 194603 G 83.386 14469 0.469 330.0 43.7 +17.3 1 9 194603 G 83.386 14471 0.569 37.8 7.8 +20.3 119 561 194603 G 83.386 14473 0.725 48.0 353.7 +23.5 51 329 258C 194603 G 83.386 0.852 74.6 + 190 194603 G 83.386 0.942 108.4 + 196 194603 G 83.386 0.960 65.1 + 410 194603 G 83.386 (-25.8)( 29.5) (- 6.8)( 181)( 969)( 3001) 194603 G 84.375 0.971 252.9 + 340 194603 G 84.375 0.967 242.1 + 179 194603 G 84.375 0.953 311.1 + 282 194603 G 84.375 0.949 296.1 + 157 194603 G 84.375 0.940 260.9 + 122 194603 G 84.375 14474 0.908 249.9 82.1 -21.0 5 26 262C 194603 G 84.375 14464 0.854 239.8 73.9 -29.2 2 15 234C 194603 G 84.375 14467 0.677 256.5 59.0 -14.1 7 36 194603 G 84.375 14469 0.617 314.3 44.2 +19.4 0 9 194603 G 84.375 14471 0.479 17.0 7.8 +20.4 109 511 194603 G 84.375 14473 0.623 36.6 352.6 +23.7 31 196 194603 G 84.375 0.890 61.1 + 351 194603 G 84.375 0.919 111.9 + 140 194603 G 84.375 0.966 63.9 + 906 194603 G 84.375 (-25.9)( 16.4) (- 6.8)( 154)( 793)( 2973) 194603 G 85.478 0.957 249.2 + 332 194603 G 85.478 0.930 239.0 + 344 194603 G 85.478 0.886 253.3 + 233 194603 G 85.478 14467 0.843 257.8 59.7 -13.9 4 20 177P 194603 G 85.478 14469 0.763 302.8 44.6 +19.4 0 12 123C 194603 G 85.478 14471 0.474 348.0 7.9 +20.7 104 487 194603 G 85.478 14473 0.535 17.8 351.6 +23.8 47 378 194603 G 85.478 1237F 0.943 56.9 298.6 +28.0 0 10 679C 194603 G 85.478 0.775 116.0 + 114 194603 G 85.478 0.823 53.4 + 254 194603 G 85.478 0.874 63.4 + 328 194603 G 85.478 (-26.0)( 1.9) (- 6.8)( 155)( 907)( 2584) 194603 G 86.490 0.978 239.0 + 235 194603 G 86.490 0.922 249.0 + 340 194603 G 86.490 0.885 295.9 + 297 194603 G 86.490 14467 0.951 257.8 61.3 -13.7 6 26 174C 194603 G 86.490 14471 0.557 326.4 7.7 +21.2 88 485 194603 G 86.490 14473 0.517 354.2 351.8 +24.1 53 293 194603 G 86.490 14475 0.958 103.6 274.3 -14.9 7 53 180C 194603 G 86.490 14476 0.977 116.2 269.3 -26.9 61 411 330C 194603 G 86.490 0.817 52.4 + 449 194603 G 86.490 0.951 51.2 + 426 194603 G 86.490 0.971 65.9 + 273 194603 G 86.490 (-26.0)(348.5) (- 6.7)( 215)( 1268)( 2704) 194603 G 87.387 0.956 254.3 + 391 194603 G 87.387 0.942 293.5 + 287 194603 G 87.387 0.927 240.5 + 161 194603 G 87.387 14471 0.663 312.9 7.9 +21.0 89 405 194603 G 87.387 14473 0.558 335.1 351.5 +23.8 45 237 194603 G 87.387 14475 0.875 103.7 275.2 -15.2 9 34 145C 194603 G 87.387 14476 0.930 116.5 267.9 -27.0 64 429 483C 194603 G 87.387 14477 0.943 107.5 265.3 -18.7 19 78 127C 194603 G 87.387 14478 0.975 60.7 264.9 +26.6 70 356 547C 194603 G 87.387 0.766 45.7 + 325 194603 G 87.387 0.870 47.3 + 370 194603 G 87.387 0.905 63.4 + 335 194603 G 87.387 0.953 49.3 + 427 194603 G 87.387 (-26.1)(336.7) (- 6.7)( 296)( 1539)( 3598) 194603 G 88.464 0.772 246.7 + 165 194603 G 88.464 14471 0.790 303.6 7.2 +21.2 72 419 222C 194603 G 88.464 14473 0.665 317.4 351.8 +23.5 16 122 194603 G 88.464 14475 0.710 104.5 277.3 -14.9 3 13 120F 194603 G 88.464 14476 0.827 118.2 267.9 -26.9 67 382 317C 194603 G 88.464 14477 0.841 107.8 265.1 -18.5 12 74 93C 194603 G 88.464 14478 0.917 56.6 263.5 +27.0 60 423 390C 194603 G 88.464 14479 0.965 70.8 250.8 +16.5 4 8 129C 194603 G 88.464 14480 0.962 113.9 247.1 -24.8 36 160 216C 194603 G 88.464 0.772 37.4 + 298 194603 G 88.464 0.816 57.6 + 277 194603 G 88.464 0.882 42.4 + 373 194603 G 88.464 0.946 47.8 + 388 194603 G 88.464 0.952 121.2 + 411 194603 G 88.464 (-26.2)(322.5) (- 6.6)( 270)( 1601)( 3399) 194603 G 89.383 0.862 246.8 + 191 194603 G 89.383 14471 0.887 298.2 7.2 +21.2 76 382 242C 194603 G 89.383 14473 0.775 307.4 352.3 +23.1 14 96 228C 194603 G 89.383 14481 0.496 6.1 307.1 +22.8 4 23 194603 G 89.383 14476 0.715 121.8 267.6 -27.0 54 306 194603 G 89.383 14477 0.719 109.4 265.0 -18.4 13 78 194603 G 89.383 14478 0.838 51.7 263.1 +26.8 81 465 235C 194603 G 89.383 14479 0.888 67.6 251.8 +16.4 2 14 171C 194603 G 89.383 14480 0.895 114.2 246.8 -24.6 24 143 258F 194603 G 89.383 0.792 36.7 + 270 194603 G 89.383 0.903 122.7 + 280 194603 G 89.383 0.908 43.2 + 288 194603 G 89.383 0.922 102.3 + 137 194603 G 89.383 0.969 51.3 + 177 194603 G 89.383 (-26.2)(310.4) (- 6.6)( 268)( 1507)( 2477) 194604 G 90.394 0.940 246.1 + 177 194604 G 90.394 14471 0.962 294.5 6.9 +21.4 72 371 282F 194604 G 90.394 14473 0.876 301.0 351.5 +23.1 23 178 347C 194604 G 90.394 14481 0.505 340.9 307.2 +22.0 5 23 194604 G 90.394 14476 0.573 129.5 267.4 -27.0 52 328 194604 G 90.394 14477 0.557 113.6 264.6 -18.4 16 74 194604 G 90.394 14478 0.760 43.9 260.5 +27.9 89 651 228C 194604 G 90.394 14479 0.795 61.9 249.8 +17.6 3 15 58C 194604 G 90.394 14480 0.785 115.9 246.5 -24.2 35 174 131F 194604 G 90.394 0.789 103.3 + 87 194604 G 90.394 0.791 128.1 + 153 194604 G 90.394 0.854 33.9 + 401 194604 G 90.394 0.897 108.5 + 124 194604 G 90.394 0.903 122.7 + 224 194604 G 90.394 0.912 46.1 + 220 194604 G 90.394 0.946 60.1 + 152 194604 G 90.394 (-26.3)(297.0) (- 6.5)( 295)( 1814)( 2584) 194604 G 91.518 0.830 285.3 + 115 194604 G 91.518 14473 0.936 298.9 345.9 +24.1 3 21 439C 194604 G 91.518 14482 0.874 310.9 332.3 +30.8 2 7 72C 194604 G 91.518 14476 0.411 147.1 267.8 -26.4 44 263 194604 G 91.518 14477 0.359 126.1 264.5 -18.2 16 82 194604 G 91.518 14478 0.639 31.0 260.6 +27.1 106 768 194604 G 91.518 14480 0.628 121.0 246.2 -24.0 23 140 194604 G 91.518 14483 0.798 132.3 234.8 -36.9 2 11 72C 194604 G 91.518 14484 0.972 119.3 204.5 -29.9 52 366 188C 194604 G 91.518 0.765 14.1 + 85 194604 G 91.518 0.786 117.6 + 165 194604 G 91.518 0.800 26.7 + 240 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98.372 14477 0.946 252.4 263.4 -18.5 0 14 154C 194604 G 98.372 14476 0.935 242.2 261.0 -28.0 13 63 323C 194604 G 98.372 14478 0.957 300.8 258.9 +27.1 67 367 596C 194604 G 98.372 14480 0.799 243.4 243.3 -24.7 13 96 194604 G 98.372 14484 0.435 201.0 202.0 -29.7 32 186 194604 G 98.372 14492 0.178 159.6 188.0 -15.5 1 5 194604 G 98.372 14486 0.549 161.5 179.1 -37.2 29 151 194604 G 98.372 14491 0.868 105.7 131.3 -16.6 16 121 315C 194604 G 98.372 14490 0.895 125.9 130.2 -34.6 111 871 202C 194604 G 98.372 0.826 61.7 + 63 194604 G 98.372 (-26.4)(191.7) (- 6.0)( 282)( 1874)( 2420) 194604 G 99.392 0.985 241.8 + 347 194604 G 99.392 0.969 305.2 + 312 194604 G 99.392 0.948 314.0 + 208 194604 G 99.392 0.928 256.1 + 185 194604 G 99.392 0.912 323.6 + 238 194604 G 99.392 0.855 232.9 + 258 194604 G 99.392 0.849 305.2 + 164 194604 G 99.392 14478 0.996 297.8 259.2 +26.9 75 375 351F 194604 G 99.392 14480 0.904 245.4 242.9 -24.7 10 55 352C 194604 G 99.392 14484 0.531 219.5 201.0 -29.5 35 182 194604 G 99.392 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194604 G 100.430 0.948 109.1 + 260 194604 G 100.430 0.953 131.3 + 227 194604 G 100.430 (-26.3)(164.6) (- 5.9)( 209)( 1252)( 2186) 194604 G 101.387 0.966 301.3 + 277 194604 G 101.387 0.954 238.3 + 349 194604 G 101.387 1238C 0.982 252.3 232.1 -18.5 5 34 207C 194604 G 101.387 14484 0.777 235.9 199.5 -29.7 46 234 194604 G 101.387 14486 0.631 211.5 176.5 -37.8 33 132 194604 G 101.387 1238D 0.372 205.1 161.9 -25.3 2 16 194604 G 101.387 14493 0.360 105.5 131.3 -10.9 2 14 194604 G 101.387 14491 0.396 119.5 130.9 -16.6 17 126 194604 G 101.387 14490 0.600 146.0 127.8 -35.0 149 748 194604 G 101.387 14494 0.756 104.2 102.9 -14.5 3 15 150F 194604 G 101.387 1238E 0.928 98.8 83.4 -10.3 3 17 270F 194604 G 101.387 0.791 120.3 + 181 194604 G 101.387 0.843 48.5 + 258 194604 G 101.387 0.907 111.8 + 330 194604 G 101.387 0.911 132.3 + 264 194604 G 101.387 0.943 64.5 + 272 194604 G 101.387 0.946 121.4 + 222 194604 G 101.387 (-26.3)(151.9) (- 5.8)( 260)( 1336)( 2780) 194604 G 102.399 0.962 189.4 + 13 194604 G 102.399 14484 0.884 239.5 199.4 -29.5 38 195 305C 194604 G 102.399 14486 0.726 221.5 175.7 -37.4 29 139 194604 G 102.399 14495 0.397 244.1 160.2 -15.2 5 17 194604 G 102.399 14491 0.223 148.1 131.6 -16.6 13 70 194604 G 102.399 14493 0.192 119.9 128.9 -11.1 1 7 194604 G 102.399 14490 0.513 161.7 127.4 -34.6 121 684 194604 G 102.399 0.823 113.2 + 181 194604 G 102.399 0.835 121.5 + 101 194604 G 102.399 0.840 136.9 + 186 194604 G 102.399 0.854 97.9 + 149 194604 G 102.399 0.961 106.1 + 191 194604 G 102.399 (-26.3)(138.6) (- 5.7)( 207)( 1112)( 1126) 194604 G 103.396 14484 0.955 241.0 198.4 -29.3 22 149 345C 194604 G 103.396 14486 0.821 227.3 174.7 -37.5 23 137 216C 194604 G 103.396 14495 0.582 251.1 160.1 -15.5 3 19 194604 G 103.396 14491 0.218 207.6 131.4 -16.6 13 66 194604 G 103.396 14490 0.489 180.4 125.6 -34.8 155 794 194604 G 103.396 0.801 143.0 + 201 194604 G 103.396 14490 0.820 118.8 + 244 194604 G 103.396 14490 0.912 107.0 + 380 194604 G 103.396 14490 0.933 123.7 + 200 194604 G 103.396 14490 0.954 117.0 + 190 194604 G 103.396 14490 0.969 11.6 + 14 194604 G 103.396 (-26.2)(125.4) (- 5.6)( 216)( 1165)( 1790) 194604 G 104.361 0.790 221.1 + 109 194604 G 104.361 14484 0.993 240.8 197.8 -29.6 28 183 238C 194604 G 104.361 14486 0.900 230.7 173.9 -37.5 31 142 235C 194604 G 104.361 14491 0.367 236.9 131.4 -16.9 12 65 194604 G 104.361 14490 0.522 199.7 125.0 -34.8 154 860 194604 G 104.361 14496 0.994 110.7 27.5 -21.2 18 119 194604 G 104.361 0.818 125.7 + 158 194604 G 104.361 14496 0.833 109.9 + 333 194604 G 104.361 14496 0.929 63.9 + 180 194604 G 104.361 (-26.1)(112.7) (- 5.6)( 243)( 1369)( 1253) 194604 G 105.349 0.853 252.9 + 203 194604 G 105.349 0.850 225.1 + 127 194604 G 105.349 14486 0.959 232.5 172.6 -37.4 28 150 221F 194604 G 105.349 14491 0.541 245.9 130.6 -17.5 10 55 194604 G 105.349 14490 0.598 215.1 124.1 -34.2 160 920 194604 G 105.349 14496 0.963 110.4 24.5 -21.1 39 220 275C 194604 G 105.349 14496 0.766 116.9 + 277 194604 G 105.349 14496 0.929 122.1 + 174 194604 G 105.349 (-26.1)( 99.6) (- 5.5)( 237)( 1345)( 1277) 194604 C 106.324 0.941 230.3 + 349 194604 C 106.324 0.940 250.6 + 331 194604 C 106.324 0.872 328.5 + 105 194604 C 106.324 14491 0.709 251.2 131.2 -17.1 6 21 176P 194604 C 106.324 14490 0.701 224.6 123.2 -34.2 161 900 194604 C 106.324 14496 0.882 111.3 25.2 -21.3 35 194 347C 194604 C 106.324 (-26.0)( 86.8) (- 5.4)( 202)( 1115)( 1308) 194604 G 107.626 14491 0.879 253.4 131.1 -17.0 4 19 389C 194604 G 107.626 14490 0.842 231.5 122.7 -34.8 141 797 368C 194604 G 107.626 14497 0.307 139.1 57.4 -18.5 2 6 194604 G 107.626 14498 0.684 120.2 29.4 -24.1 3 17 194604 G 107.626 14496 0.736 113.9 23.7 -21.0 33 151 194604 G 107.626 14499 0.955 63.3 1.3 +23.5 45 257 174N 194604 G 107.626 (-25.9)( 69.6) (- 5.3)( 228)( 1247)( 931) 194604 G 108.363 0.966 304.3 + 150 194604 G 108.363 0.936 253.2 + 473 194604 G 108.363 0.915 294.1 + 116 194604 G 108.363 0.807 312.9 + 109 194604 G 108.363 14490 0.898 233.7 121.1 -34.6 153 910 439C 194604 G 108.363 14497 0.210 176.1 58.9 -17.3 0 4 194604 G 108.363 14498 0.570 125.9 29.6 -24.0 2 19 194604 G 108.363 14496 0.625 117.7 23.6 -21.0 32 153 194604 G 108.363 14499 0.899 60.7 1.3 +23.4 56 301 332NF 194604 G 108.363 14500 0.985 98.5 339.3 - 9.3 0 11 166C 194604 G 108.363 (-25.9)( 59.8) (- 5.2)( 243)( 1398)( 1785) 194604 G 109.397 0.975 251.8 + 239 194604 G 109.397 0.918 302.8 + 225 194604 G 109.397 0.827 255.6 + 149 194604 G 109.397 0.782 239.2 + 171 194604 G 109.397 14490 0.966 235.6 121.2 -34.5 138 928 458C 194604 G 109.397 14497 0.308 223.6 58.0 -17.8 11 60 194604 G 109.397 14498 0.414 143.4 30.6 -24.3 1 6 194604 G 109.397 14496 0.457 128.4 23.7 - 2.1 17 88 194604 G 109.397 14499 0.799 55.2 0.7 +23.5 45 227 202N 194604 G 109.397 14500 0.917 98.6 339.5 - 9.9 0 5 201C 194604 G 109.397 14501 0.980 55.0 333.8 +32.8 60 454 432C 194604 G 109.397 0.926 59.4 + 183 194604 G 109.397 (-25.8)( 46.2) (- 5.1)( 272)( 1768)( 2260) 194604 G 110.398 0.945 257.9 + 177 194604 G 110.398 0.936 304.5 + 221 194604 G 110.398 0.889 224.9 + 268 194604 G 110.398 0.852 245.0 + 321 194604 G 110.398 14490 0.991 234.6 116.6 -35.7 58 462 138C 194604 G 110.398 14497 0.488 242.0 59.7 -17.8 6 34 194604 G 110.398 14496 0.322 149.9 23.0 -21.1 16 83 194604 G 110.398 14499 0.685 46.7 0.1 +23.6 55 248 194604 G 110.398 14501 0.937 52.1 331.6 +32.8 134 760 486C 194604 G 110.398 0.846 98.5 + 184 194604 G 110.398 0.968 65.3 + 255 194604 G 110.398 (-25.7)( 32.9) (- 5.1)( 269)( 1587)( 2050) 194604 G 111.364 0.929 246.8 + 363 194604 G 111.364 0.913 226.2 + 287 194604 G 111.364 14497 0.648 248.4 59.3 -17.7 4 30 194604 G 111.364 14496 0.286 193.4 24.3 -21.1 15 59 194604 G 111.364 14499 0.575 34.2 359.6 +23.6 58 256 194604 G 111.364 14501 0.860 47.0 332.1 +32.5 94 835 350C 194604 G 111.364 14502 0.768 108.8 330.7 -17.6 4 20 44C 194604 G 111.364 0.932 66.0 + 507 194604 G 111.364 (-25.6)( 20.2) (- 5.0)( 175)( 1200)( 1551) 194604 G 112.356 0.946 227.1 + 316 194604 G 112.356 0.924 243.7 + 257 194604 G 112.356 14497 0.792 250.4 58.7 -18.4 2 11 209C 194604 G 112.356 14496 0.417 225.6 25.7 -21.5 5 36 194604 G 112.356 14499 0.493 14.6 359.3 +23.5 39 206 194604 G 112.356 14502 0.586 112.8 332.8 -17.1 6 29 194604 G 112.356 14501 0.775 39.0 331.7 +33.0 140 889 230F 194604 G 112.356 0.850 62.2 + 403 194604 G 112.356 0.946 110.4 + 199 194604 G 112.356 0.954 62.1 + 759 194604 G 112.356 (-25.4)( 7.1) (- 4.9)( 192)( 1171)( 2373) 194604 G 113.427 0.964 248.7 + 189 194604 G 113.427 0.912 252.1 + 397 194604 G 113.427 0.882 238.5 + 249 194604 G 113.427 14496 0.585 239.4 25.5 -21.3 9 31 194604 G 113.427 14499 0.486 349.0 358.7 +23.6 39 206 194604 G 113.427 14502 0.384 123.7 333.5 -16.7 31 106 194604 G 113.427 14501 0.681 27.0 331.4 +32.8 179 970 194604 G 113.427 1239A 0.918 108.7 286.2 -19.1 0 9 54C 194604 G 113.427 14503 0.978 109.5 274.3 -20.1 5 26 176C 194604 G 113.427 0.822 58.1 + 295 194604 G 113.427 0.852 113.1 + 112 194604 G 113.427 0.912 178.8 + 8 194604 G 113.427 0.944 53.9 + 458 194604 G 113.427 0.945 67.2 + 136 194604 G 113.427 (-25.3)(352.9) (- 4.8)( 263)( 1348)( 2074) 194604 C 114.325 0.941 240.4 + 345 194604 C 114.325 0.930 253.8 + 162 194604 C 114.325 14496 0.725 244.6 25.6 -21.5 6 25 194604 C 114.325 14499 0.544 330.2 358.2 +23.6 38 213 194604 C 114.325 14502 0.241 149.9 333.9 -16.7 31 131 194604 C 114.325 14501 0.626 14.4 330.5 +32.5 135 859 194604 C 114.325 14503 0.915 109.3 275.0 -19.5 5 30 167C 194604 C 114.325 0.803 48.7 + 481 194604 C 114.325 0.929 64.2 + 323 194604 C 114.325 0.946 51.2 + 398 194604 C 114.325 0.948 119.6 + 203 194604 C 114.325 (-25.2)(341.1) (- 4.7)( 215)( 1258)( 2079) 194604 G 115.581 14496 0.883 248.1 25.9 -21.5 2 15 179F 194604 G 115.581 14499 0.686 312.5 357.9 +23.6 37 199 194604 G 115.581 14502 0.262 215.4 333.6 -16.8 16 72 194604 G 115.581 14501 0.616 351.7 330.5 +32.8 131 796 194604 G 115.581 14503 0.805 112.8 272.1 -21.0 8 40 173C 194604 G 115.581 14504 0.975 63.0 251.3 +25.0 24 159 223C 194604 G 115.581 0.870 60.3 + 201 194604 G 115.581 0.896 121.5 + 354 194604 G 115.581 0.905 46.5 + 393 194604 G 115.581 0.975 55.6 + 250 194604 G 115.581 0.977 114.4 + 235 194604 G 115.581 (-25.0)(324.5) (- 4.6)( 218)( 1281)( 2008) 194604 C 116.326 14496 0.947 248.7 26.0 -21.6 0 11 306SF 194604 C 116.326 14499 0.773 306.1 357.5 +23.8 41 174 198N 194604 C 116.326 14502 0.380 233.5 333.2 -17.3 22 100 194604 C 116.326 14501 0.643 340.7 329.2 +32.9 122 706 194604 C 116.326 14503 0.691 115.8 273.0 -20.9 25 132 79F 194604 C 116.326 14504 0.932 60.9 250.8 +25.0 30 190 169F 194604 C 116.326 0.818 48.5 + 301 194604 C 116.326 0.845 123.9 + 296 194604 C 116.326 0.949 115.5 + 344 194604 C 116.326 0.954 53.4 + 459 194604 C 116.326 (-24.9)(314.6) (- 4.5)( 240)( 1313)( 2152) 194604 C 117.333 14499 0.877 300.4 356.9 +23.9 40 180 239N 194604 C 117.333 14502 0.560 244.6 333.2 -17.6 66 289 194604 C 117.333 14501 0.721 327.2 329.1 +33.3 89 572 194604 C 117.333 14507 0.419 348.5 306.4 +19.8 2 7 194604 C 117.333 14503 0.480 124.8 276.6 -19.8 20 109 194604 C 117.333 14504 0.847 56.4 250.3 +25.1 29 147 131SF 194604 C 117.333 14505 0.943 115.2 231.0 -25.2 6 46 276C 194604 C 117.333 14506 0.977 104.4 223.1 -15.0 88 534 317C 194604 C 117.333 0.861 120.6 + 172 194604 C 117.333 0.913 48.2 + 371 194604 C 117.333 0.964 126.6 + 211 194604 C 117.333 (-24.8)(301.3) (- 4.4)( 340)( 1884)( 1717) 194604 C 118.321 0.877 306.2 + 266 194604 C 118.321 14499 0.952 296.7 356.4 +23.8 29 184 239N 194604 C 118.321 14502 0.713 249.1 332.5 -17.8 68 443 79C 194604 C 118.321 14501 0.813 317.4 329.4 +33.4 54 375 395C 194604 C 118.321 14508 0.623 317.3 315.6 +23.3 6 29 194604 C 118.321 14507 0.505 319.5 308.4 +18.4 5 29 194604 C 118.321 14503 0.324 146.6 277.4 -19.9 18 99 194604 C 118.321 14504 0.743 49.8 249.6 +25.3 31 198 194604 C 118.321 14509 0.710 121.4 246.5 -24.9 9 56 74C 194604 C 118.321 14505 0.855 116.6 231.1 -24.8 6 30 236C 194604 C 118.321 14506 0.900 104.8 224.1 -15.2 105 691 319C 194604 C 118.321 0.808 128.4 + 92 194604 C 118.321 0.836 47.8 + 459 194604 C 118.321 0.916 43.0 + 364 194604 C 118.321 0.929 124.4 + 426 194604 C 118.321 0.943 61.3 + 155 194604 C 118.321 (-24.6)(288.3) (- 4.3)( 331)( 2134)( 3104) 194604 G 119.343 0.941 302.0 + 159 194604 G 119.343 14499 0.995 294.4 356.4 +23.7 34 216 60F 194604 G 119.343 14502 0.852 251.8 332.8 -17.7 54 363 112C 194604 G 119.343 14501 0.903 310.6 330.0 +33.6 45 288 382C 194604 G 119.343 14508 0.749 305.3 316.0 +22.4 4 12 171P 194604 G 119.343 14503 0.277 184.0 276.0 -20.1 17 88 194604 G 119.343 14504 0.630 38.6 249.1 +25.6 28 151 194604 G 119.343 14509 0.574 129.8 245.8 -25.1 16 76 194604 G 119.343 14505 0.734 119.6 230.6 -24.2 2 15 83F 194604 G 119.343 14506 0.786 105.8 223.5 -15.0 98 656 220C 194604 G 119.343 14510 0.848 121.4 219.5 -28.6 5 17 331C 194604 G 119.343 0.763 38.1 + 315 194604 G 119.343 0.842 52.6 + 330 194604 G 119.343 0.926 39.3 + 386 194604 G 119.343 (-24.4)(274.8) (- 4.2)( 303)( 1882)( 2549) 194605 G 120.346 0.955 263.9 + 189 194605 G 120.346 0.931 314.7 + 138 194605 G 120.346 14502 0.948 253.0 33.1 -17.4 36 239 362C 194605 G 120.346 14501 0.969 306.5 330.9 +33.8 29 174 429C 194605 G 120.346 14508 0.885 299.1 318.6 +23.2 5 25 201C 194605 G 120.346 1239B 0.816 244.9 314.5 -22.7 4 20 69C 194605 G 120.346 14503 0.370 221.4 276.5 -20.0 22 139 194605 G 120.346 14511 0.510 178.4 260.5 -34.6 3 12 194605 G 120.346 14504 0.541 22.3 248.4 +25.9 25 143 194605 G 120.346 14509 0.442 145.1 245.4 -25.1 28 120 194605 G 120.346 14506 0.631 109.2 223.5 -15.2 118 671 194605 G 120.346 14510 0.725 124.9 219.6 -27.5 39 252 194605 G 120.346 14512 0.829 109.9 206.3 -18.7 12 65 105C 194605 G 120.346 14513 0.957 119.3 188.9 -29.1 15 76 298C 194605 G 120.346 0.816 132.7 + 205 194605 G 120.346 0.905 38.7 + 329 194605 G 120.346 (-24.3)(261.5) (- 4.1)( 336)( 1936)( 2325) 194605 G 121.562 0.970 306.6 + 368 194605 G 121.562 0.840 308.6 + 261 194605 G 121.562 14508 0.967 296.3 317.0 +24.1 20 117 425C 194605 G 121.562 14503 0.560 237.8 275.7 -20.7 11 59 194605 G 121.562 14511 0.559 204.2 261.5 -34.4 3 16 194605 G 121.562 14509 0.339 189.2 248.8 -23.5 29 145 194605 G 121.562 14504 0.505 355.8 247.8 +26.1 24 137 194605 G 121.562 14506 0.418 118.0 223.0 -15.0 88 562 194605 G 121.562 14510 0.571 135.6 218.7 -27.5 77 453 194605 G 121.562 14512 0.638 113.6 207.6 -17.9 52 288 194605 G 121.562 14513 0.868 122.1 187.9 -29.6 7 45 126C 194605 G 121.562 0.952 106.8 + 256 194605 G 121.562 (-24.0)(245.4) (- 4.0)( 311)( 1822)( 1436) 194605 G 122.437 0.965 292.5 + 233 194605 G 122.437 0.904 309.9 + 183 194605 G 122.437 0.875 299.2 + 128 194605 G 122.437 14503 0.699 243.2 275.7 -21.2 10 63 194605 G 122.437 14509 0.416 212.9 248.2 -24.1 17 122 194605 G 122.437 14504 0.546 337.3 247.5 +26.4 23 173 194605 G 122.437 14506 0.279 135.5 222.3 -15.2 82 603 194605 G 122.437 14510 0.462 150.3 219.0 -27.3 71 577 194605 G 122.437 14512 0.469 121.7 209.2 -17.8 72 477 194605 G 122.437 14513 0.770 124.9 188.0 -28.8 7 53 82C 194605 G 122.437 14514 0.950 119.8 162.9 -29.5 22 164 296C 194605 G 122.437 0.886 106.7 + 351 194605 G 122.437 (-23.9)(233.9) (- 3.9)( 304)( 2232)( 1273) 194605 G 123.349 0.959 302.3 + 306 194605 G 123.349 0.854 313.7 + 322 194605 G 123.349 0.841 298.0 + 287 194605 G 123.349 14503 0.821 247.0 275.6 -20.9 8 47 97C 194605 G 123.349 14509 0.555 232.4 250.2 -23.1 10 86 194605 G 123.349 14504 0.629 322.7 246.9 +26.4 17 154 194605 G 123.349 14506 0.201 182.9 222.4 -15.3 100 738 194605 G 123.349 14510 0.390 173.4 218.9 -26.5 86 702 194605 G 123.349 14512 0.312 140.7 209.9 -17.6 76 443 194605 G 123.349 14513 0.658 131.1 187.5 -28.7 6 42 194605 G 123.349 14514 0.886 120.5 161.6 -28.6 44 272 253C 194605 G 123.349 0.809 106.1 + 177 194605 G 123.349 0.942 131.4 + 193 194605 G 123.349 0.974 107.5 + 195 194605 G 123.349 (-23.7)(221.8) (- 3.8)( 347)( 2484)( 1830) 194605 C 124.364 0.937 296.3 + 357 194605 C 124.364 0.912 311.0 + 466 194605 C 124.364 0.851 244.6 + 261 194605 C 124.364 0.824 233.1 + 378 194605 C 124.364 14503 0.925 248.4 275.6 -21.3 3 17 267C 194605 C 124.364 14509 0.691 239.3 248.6 -23.5 35 161 194605 C 124.364 14504 0.738 311.9 246.1 +26.5 36 186 206N 194605 C 124.364 1239C 0.479 224.4 229.7 -23.4 5 24 194605 C 124.364 14506 0.317 228.9 222.7 -15.5 113 688 194605 C 124.364 14510 0.428 202.3 218.8 -26.8 176 960 194605 C 124.364 14512 0.255 187.4 210.4 -18.2 72 499 194605 C 124.364 14513 0.498 142.6 188.7 -26.7 2 8 194605 C 124.364 14514 0.781 125.5 161.7 -29.4 46 397 243F 194605 C 124.364 0.842 134.2 + 162 194605 C 124.364 0.889 108.7 + 309 194605 C 124.364 0.943 129.8 + 407 194605 C 124.364 0.977 105.3 + 294 194605 C 124.364 (-23.5)(208.4) (- 3.7)( 488)( 2940)( 3350) 194605 G 125.426 0.961 304.3 + 421 194605 G 125.426 0.911 236.2 + 545 194605 G 125.426 0.839 315.3 + 289 194605 G 125.426 0.790 328.1 + 193 194605 G 125.426 14503 0.987 249.2 275.6 -21.1 0 15 241C 194605 G 125.426 14509 0.842 243.9 249.9 -23.8 23 113 193C 194605 G 125.426 14504 0.850 305.0 245.6 +26.9 17 116 202N 194605 G 125.426 14506 0.488 244.3 221.4 -15.4 60 333 194605 G 125.426 14510 0.533 222.0 217.8 -26.6 100 608 194605 G 125.426 14512 0.374 227.1 211.1 -18.1 81 371 194605 G 125.426 14513 0.376 165.3 188.4 -24.8 0 10 194605 G 125.426 14514 0.656 132.7 161.0 -29.3 50 320 194605 G 125.426 14515 0.979 125.5 116.6 -35.4 34 185 209C 194605 G 125.426 0.797 110.7 + 167 194605 G 125.426 0.904 105.9 + 205 194605 G 125.426 0.949 55.7 + 256 194605 G 125.426 (-23.3)(194.4) (- 3.6)( 365)( 2071)( 2921) 194605 G 126.345 0.962 237.7 + 360 194605 G 126.345 0.896 310.3 + 249 194605 G 126.345 0.855 318.6 + 231 194605 G 126.345 0.830 329.7 + 151 194605 G 126.345 14509 0.907 243.9 246.1 -25.1 12 42 290C 194605 G 126.345 14504 0.928 300.9 245.2 +26.9 12 112 222F 194605 G 126.345 14506 0.632 249.7 220.0 -15.4 30 218 194605 G 126.345 14510 0.660 231.6 217.5 -27.0 77 544 194605 G 126.345 14512 0.522 240.1 210.5 -18.1 85 379 194605 G 126.345 14513 0.382 193.7 187.9 -25.1 0 5 194605 G 126.345 14514 0.549 142.1 159.7 -28.8 24 167 194605 G 126.345 14515 0.933 126.6 116.0 -35.2 25 174 388F 194605 G 126.345 0.883 137.7 + 163 194605 G 126.345 0.890 114.5 + 178 194605 G 126.345 0.906 51.3 + 218 194605 G 126.345 0.957 105.7 + 231 194605 G 126.345 0.959 63.4 + 205 194605 G 126.345 (-23.1)(182.2) (- 3.5)( 265)( 1641)( 2886) 194605 C 127.411 0.935 237.2 + 336 194605 C 127.411 0.934 310.1 + 471 194605 C 127.411 0.868 322.8 + 304 194605 C 127.411 0.837 246.5 + 244 194605 C 127.411 14509 0.983 244.8 247.6 -25.3 0 48 280C 194605 C 127.411 14504 0.982 298.1 243.9 +26.7 23 91 372NF 194605 C 127.411 14506 0.788 252.6 219.3 -15.8 18 149 290C 194605 C 127.411 14510 0.801 238.0 217.7 -27.3 45 349 224C 194605 C 127.411 14512 0.690 246.6 209.8 -18.4 57 341 194605 C 127.411 14514 0.459 165.7 160.6 -29.7 24 147 194605 C 127.411 14515 0.858 129.8 114.4 -35.3 34 179 415F 194605 C 127.411 14516 0.867 59.2 113.5 +24.3 0 9 179C 194605 C 127.411 0.789 44.0 + 178 194605 C 127.411 0.807 142.6 + 139 194605 C 127.411 0.896 108.1 + 291 194605 C 127.411 0.897 119.0 + 209 194605 C 127.411 0.965 57.0 + 165 194605 C 127.411 (-22.8)(168.1) (- 3.4)( 201)( 1313)( 4097) 194605 G 128.356 0.961 312.5 + 241 194605 G 128.356 0.958 300.9 + 215 194605 G 128.356 0.890 323.4 + 161 194605 G 128.356 0.860 232.0 + 144 194605 G 128.356 14506 0.911 254.8 221.0 -15.2 6 49 295C 194605 G 128.356 14510 0.907 242.0 219.0 -26.6 35 242 341C 194605 G 128.356 14512 0.828 250.6 210.5 -17.8 57 298 184C 194605 G 128.356 14514 0.454 192.0 161.8 -29.5 16 108 194605 G 128.356 14515 0.766 134.5 114.0 -34.8 35 183 173F 194605 G 128.356 14516 0.775 52.5 112.8 +25.7 0 4 122F 194605 G 128.356 0.784 109.5 + 146 194605 G 128.356 0.906 54.4 + 146 194605 G 128.356 0.912 119.1 + 197 194605 G 128.356 (-22.6)(155.6) (- 3.3)( 149)( 884)( 2365) 194605 G 129.454 0.958 314.7 + 175 194605 G 129.454 0.757 233.2 + 159 194605 G 129.454 14510 0.963 242.0 214.9 -27.8 9 59 329C 194605 G 129.454 14512 0.942 252.4 211.3 -17.6 29 237 360C 194605 G 129.454 14514 0.535 215.0 161.5 -28.9 10 73 194605 G 129.454 14517 0.315 180.2 141.2 -21.5 0 8 194605 G 129.454 14515 0.646 144.2 114.0 -34.3 23 171 194605 G 129.454 14518 0.758 67.8 94.9 +14.4 10 52 85C 194605 G 129.454 0.947 108.4 + 251 194605 G 129.454 (-22.4)(141.1) (- 3.2)( 81)( 600)( 1359) 194605 C 130.394 0.863 236.7 + 399 194605 C 130.394 14512 0.991 252.5 211.2 -17.7 14 224 497C 194605 C 130.394 14514 0.625 226.0 159.2 -28.2 5 26 194605 C 130.394 14517 0.394 211.7 141.6 -22.4 2 17 194605 C 130.394 14515 0.565 157.5 113.6 -34.2 20 108 194605 C 130.394 14518 0.606 61.3 95.6 +14.4 27 151 194605 C 130.394 0.888 105.3 + 190 194605 C 130.394 (-22.1)(128.7) (- 3.0)( 68)( 526)( 1086) 194605 G 131.388 0.946 239.7 + 328 194605 G 131.388 14514 0.782 233.7 161.7 -29.5 6 29 134C 194605 G 131.388 14515 0.522 176.8 113.5 -34.1 11 78 194605 G 131.388 14518 0.432 47.9 96.3 +14.0 68 381 194605 G 131.388 0.934 120.1 + 244 194605 G 131.388 (-21.9)(115.5) (- 2.9)( 85)( 488)( 706) 194605 G 132.449 0.983 236.6 + 303 194605 G 132.449 0.954 251.9 + 298 194605 G 132.449 14514 0.886 238.4 161.0 -29.1 5 12 240C 194605 G 132.449 14515 0.550 197.2 112.8 -34.3 8 44 194605 G 132.449 14518 0.311 17.2 96.1 +14.4 91 490 194605 G 132.449 0.851 140.4 + 280 194605 G 132.449 0.977 114.0 + 218 194605 G 132.449 (-21.6)(101.5) (- 2.8)( 104)( 546)( 1339) 194605 G 133.353 0.954 251.2 + 392 194605 G 133.353 0.909 228.3 + 157 194605 G 133.353 14514 0.952 239.9 160.3 -29.4 0 14 236C 194605 G 133.353 14515 0.619 210.8 112.0 -34.5 3 17 194605 G 133.353 1239J 0.550 347.6 97.3 +29.7 8 44 194605 G 133.353 14518 0.317 336.7 96.9 +14.2 59 374 194605 G 133.353 0.932 116.1 + 201 194605 G 133.353 (-21.4)( 89.5) (- 2.7)( 70)( 449)( 986) 194605 G 134.361 0.981 241.1 + 260 194605 G 134.361 0.936 231.1 + 144 194605 G 134.361 0.920 248.1 + 287 194605 G 134.361 0.841 311.3 + 210 194605 G 134.361 0.835 254.5 + 144 194605 G 134.361 1239E 0.759 231.5 119.4 -30.1 2 7 194605 G 134.361 14518 0.443 310.9 96.3 +14.4 52 356 194605 G 134.361 0.816 118.2 + 138 194605 G 134.361 (-21.1)( 76.2) (- 2.6)( 54)( 363)( 1183) 194605 G 135.581 0.960 243.8 + 100 194605 G 135.581 0.926 250.6 + 224 194605 G 135.581 0.920 304.5 + 207 194605 G 135.581 0.829 227.6 + 263 194605 G 135.581 14518 0.637 295.9 96.2 +14.1 45 290 194605 G 135.581 14519 0.512 145.6 41.2 -27.3 3 19 194605 G 135.581 14520 0.954 63.2 350.8 +24.6 11 52 164C 194605 G 135.581 14521 0.954 67.8 350.0 +20.3 8 38 254C 194605 G 135.581 0.988 75.6 + 180 194605 G 135.581 (-20.8)( 60.1) (- 2.5)( 67)( 399)( 1392) 194605 G 136.362 0.975 302.2 + 212 194605 G 136.362 0.960 245.6 + 232 194605 G 136.362 0.910 301.7 + 195 194605 G 136.362 0.899 231.9 + 386 194605 G 136.362 0.841 247.7 + 157 194605 G 136.362 0.806 308.9 + 124 194605 G 136.362 14522 0.818 283.3 103.3 + 9.4 15 77 102C 194605 G 136.362 14518 0.774 289.9 98.0 +13.6 29 172 151C 194605 G 136.362 14519 0.434 163.2 41.7 -26.8 8 22 194605 G 136.362 1239F 0.578 104.9 15.2 -10.5 4 15 194605 G 136.362 14520 0.900 60.7 350.0 +24.9 10 41 166C 194605 G 136.362 14521 0.908 65.5 347.7 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76 194605 G 137.342 0.892 49.8 + 120 194605 G 137.342 0.943 108.1 + 219 194605 G 137.342 0.973 53.1 + 266 194605 G 137.342 0.974 73.4 + 124 194605 G 137.342 (-20.3)( 36.8) (- 2.3)( 151)( 799)( 3211) 194605 K 138.089 0.953 299.7 + 207 194605 K 138.089 0.936 228.6 + 192 194605 K 138.089 14522 0.980 280.8 104.5 +10.1 20 327 252C 194605 K 138.089 14518 0.953 285.4 97.9 +13.9 17 105 252C 194605 K 138.089 14519 0.463 203.2 38.7 -27.3 2 7 194605 K 138.089 14524 0.476 118.6 1.4 -15.1 7 40 194605 K 138.089 14520 0.710 51.0 349.7 +24.7 3 21 194605 K 138.089 14521 0.717 56.7 347.0 +21.4 9 65 194605 K 138.089 14523 0.789 69.4 337.3 +14.7 10 80 171C 194605 K 138.089 14525 0.919 63.3 323.7 +23.4 32 208 724C 194605 K 138.089 0.869 110.2 + 148 194605 K 138.089 0.924 51.0 + 321 194605 K 138.089 (-20.0)( 26.9) (- 2.2)( 100)( 853)( 2267) 194605 G 139.356 0.953 239.8 + 279 194605 G 139.356 14518 0.988 287.4 89.9 +16.8 0 36 197F 194605 G 139.356 1239J 0.460 185.2 12.8 -29.1 1 9 194605 G 139.356 14524 0.264 146.4 1.5 -14.7 12 74 194605 G 139.356 14520 0.562 36.8 348.4 +24.8 5 22 194605 G 139.356 14521 0.580 45.6 343.6 +22.1 3 11 194605 G 139.356 14526 0.623 43.3 342.1 +25.1 3 12 194605 G 139.356 14523 0.623 62.0 335.5 +15.3 43 237 194605 G 139.356 14525 0.807 58.6 321.6 +23.5 44 262 263C 194605 G 139.356 14527 0.891 67.8 309.7 +18.7 8 35 152C 194605 G 139.356 0.843 45.1 + 189 194605 G 139.356 0.931 50.9 + 284 194605 G 139.356 0.974 66.5 + 197 194605 G 139.356 (-19.6)( 10.1) (- 2.0)( 119)( 698)( 1561) 194605 G 140.356 0.949 247.9 + 162 194605 G 140.356 1240A 0.463 313.2 17.4 +16.7 1 4 194605 G 140.356 14524 0.233 194.1 0.3 -14.9 0 9 194605 G 140.356 14520 0.471 16.9 348.3 +24.8 4 10 194605 G 140.356 14521 0.438 22.5 346.5 +21.9 2 14 194605 G 140.356 14526 0.501 26.5 342.7 +24.6 3 5 194605 G 140.356 14523 0.464 50.7 335.1 +15.3 60 333 194605 G 140.356 14528 0.714 37.5 325.9 +32.8 8 55 194605 G 140.356 14525 0.691 51.3 320.9 +24.0 41 230 237C 194605 G 140.356 14527 0.777 63.5 309.8 +18.9 22 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0.307 169.7 327.4 -19.2 1 7 194605 C 142.340 14528 0.586 9.1 324.3 +33.5 2 17 194605 C 142.340 14525 0.459 20.5 320.6 +23.7 48 249 194605 C 142.340 14527 0.446 38.1 313.9 +18.8 27 144 194605 C 142.340 0.774 49.1 + 246 194605 C 142.340 0.869 45.5 + 144 194605 C 142.340 0.924 58.6 + 235 194605 C 142.340 0.939 49.1 + 186 194605 C 142.340 0.951 109.5 + 195 194605 C 142.340 0.978 121.1 + 251 194605 C 142.340 (-18.7)(330.7) (- 1.7)( 176)( 983)( 1473) 194605 G 143.577 14524 0.733 252.9 0.2 -13.5 28 166 194605 G 143.577 14526 0.601 316.4 341.2 +24.3 16 74 194605 G 143.577 14523 0.439 310.7 334.4 +15.1 48 270 194605 G 143.577 14529 0.364 213.7 326.6 -19.0 4 19 194605 G 143.577 14525 0.439 347.3 320.3 +23.7 33 220 194605 G 143.577 14527 0.350 357.7 315.1 +18.8 60 304 194605 G 143.577 1240C 0.617 15.8 302.5 +34.8 1 9 194605 G 143.577 1240D 0.641 36.0 288.7 +29.8 9 36 194605 G 143.577 0.834 43.3 + 160 194605 G 143.577 0.865 112.5 + 153 194605 G 143.577 0.916 56.3 + 309 194605 G 143.577 0.934 122.7 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145.537 14530 0.960 11.0 215.5 -19.5 16 118 486F 194605 C 145.537 0.850 109.2 + 188 194605 C 145.537 0.910 52.0 + 528 194605 C 145.537 0.914 117.6 + 460 194605 C 145.537 0.922 105.7 + 147 194605 C 145.537 (-17.6)(288.4) (- 1.3)( 195)( 1272)( 3028) 194605 G 146.549 0.847 314.7 + 212 194605 G 146.549 14526 0.937 295.4 341.8 +23.2 7 32 302C 194605 G 146.549 14523 0.875 288.2 334.3 +15.2 26 133 357C 194605 G 146.549 14529 0.865 246.1 332.8 -21.2 10 53 134C 194605 G 146.549 14525 0.762 303.5 318.8 +23.9 42 223 194605 G 146.549 14527 0.684 299.7 313.7 +18.8 104 580 194605 G 146.549 14531 0.399 136.3 258.2 -17.8 10 44 194605 G 146.549 14530 0.868 111.3 216.5 -18.9 18 87 288C 194605 G 146.549 0.784 43.3 + 142 194605 G 146.549 0.842 120.5 + 241 194605 G 146.549 0.921 48.3 + 362 194605 G 146.549 0.945 116.5 + 328 194605 G 146.549 (-17.3)(275.0) (- 1.2)( 217)( 1152)( 2366) 194605 G 147.499 0.943 293.4 + 311 194605 G 147.499 0.924 307.3 + 294 194605 G 147.499 0.806 316.5 + 307 194605 G 147.499 14523 0.960 286.3 335.0 +15.3 14 54 472C 194605 G 147.499 14529 0.940 248.5 331.2 -20.5 14 52 319C 194605 G 147.499 14525 0.867 298.7 318.5 +23.9 36 201 227C 194605 G 147.499 14527 0.816 294.5 314.0 +19.0 88 537 170C 194605 G 147.499 14531 0.296 167.4 258.5 -17.8 4 23 194605 G 147.499 14530 0.743 114.3 217.0 -18.5 8 50 168F 194605 G 147.499 0.848 40.6 + 278 194605 G 147.499 0.849 120.9 + 321 194605 G 147.499 0.946 114.6 + 347 194605 G 147.499 0.964 42.9 + 231 194605 G 147.499 (-17.0)(262.4) (- 1.1)( 164)( 917)( 3445) 194605 C 148.338 0.960 304.2 + 333 194605 C 148.338 0.953 313.3 + 152 194605 C 148.338 0.847 322.5 + 166 194605 C 148.338 0.840 309.0 + 256 194605 C 148.338 14529 0.982 249.2 329.6 -20.5 5 46 278C 194605 C 148.338 14525 0.936 296.0 317.9 +23.8 18 178 565C 194605 C 148.338 14527 0.899 292.1 313.0 +19.2 143 599 565C 194605 C 148.338 14531 0.331 209.9 261.2 -17.6 2 15 194605 C 148.338 14532 0.506 10.8 245.1 +28.7 2 30 194605 C 148.338 14530 0.610 119.5 217.5 -18.2 7 53 194605 C 148.338 0.782 123.6 + 310 194605 C 148.338 0.927 116.8 + 211 194605 C 148.338 0.942 42.3 + 212 194605 C 148.338 (-16.7)(251.3) (- 1.0)( 177)( 921)( 2483) 194605 G 149.590 0.922 317.1 + 146 194605 G 149.590 0.867 301.6 + 240 194605 G 149.590 0.847 307.6 + 256 194605 G 149.590 0.804 313.3 + 158 194605 G 149.590 14525 0.994 294.0 317.1 +23.7 40 220 1121C 194605 G 149.590 14527 0.982 289.8 312.5 +19.2 88 447 1121C 194605 G 149.590 14532 0.513 341.1 245.5 +28.1 3 10 194605 G 149.590 14530 0.404 137.5 218.1 -18.1 8 43 194605 G 149.590 1240E 0.500 125.8 209.6 -17.6 3 8 194605 G 149.590 14533 0.991 74.2 153.1 +15.5 0 18 89C 194605 G 149.590 0.818 119.6 + 162 194605 G 149.590 0.902 36.2 + 184 194605 G 149.590 0.912 127.2 + 172 194605 G 149.590 0.925 109.6 + 95 194605 G 149.590 (-16.2)(234.7) (- 0.8)( 142)( 746)( 2623) 194605 G 150.330 0.977 306.6 + 274 194605 G 150.330 0.954 314.0 + 151 194605 G 150.330 0.922 300.9 + 264 194605 G 150.330 0.857 310.9 + 172 194605 G 150.330 14527 0.995 292.6 308.2 +22.4 24 86 338F 194605 G 150.330 14530 0.317 159.3 218.2 -17.9 10 47 194605 G 150.330 14533 0.938 73.3 156.4 +15.4 7 36 142C 194605 G 150.330 0.847 131.0 + 188 194605 G 150.330 0.866 35.0 + 204 194605 G 150.330 (-15.9)(224.9) (- 0.7)( 41)( 169)( 1733) 194606 G 151.358 0.953 300.4 + 355 194606 G 151.358 0.920 308.8 + 346 194606 G 151.358 0.800 319.3 + 168 194606 G 151.358 14530 0.311 199.0 217.4 -17.6 13 54 194606 G 151.358 14533 0.835 71.3 156.5 +15.1 8 59 157C 194606 G 151.358 0.843 29.4 + 137 194606 G 151.358 0.854 57.5 + 76 194606 G 151.358 0.928 113.5 + 213 194606 G 151.358 (-15.6)(211.3) (- 0.6)( 21)( 113)( 1452) 194606 G 152.400 0.940 310.0 + 226 194606 G 152.400 0.856 305.5 + 180 194606 G 152.400 14530 0.413 225.2 215.3 -17.3 23 162 194606 G 152.400 14533 0.689 67.0 156.6 +15.2 14 110 194606 G 152.400 (-15.2)(197.5) (- 0.5)( 37)( 272)( 406) 194606 G 153.368 0.952 309.4 + 277 194606 G 153.368 0.938 249.0 + 269 194606 G 153.368 0.934 301.4 + 237 194606 G 153.368 0.900 237.0 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G 155.570 0.895 313.0 + 369 194606 G 155.570 0.858 325.6 + 107 194606 G 155.570 0.835 257.1 + 588 194606 G 155.570 0.773 338.4 + 147 194606 G 155.570 14530 0.904 250.4 218.8 -17.7 2 25 297C 194606 G 155.570 14533 0.251 352.8 157.5 +14.2 29 118 194606 G 155.570 14534 0.883 108.4 95.1 -16.2 2 15 140C 194606 G 155.570 14536 0.922 116.0 90.9 -23.8 9 29 227C 194606 G 155.570 14535 0.916 70.0 90.8 +18.2 5 39 411C 194606 G 155.570 0.800 78.2 + 399 194606 G 155.570 0.918 129.7 + 272 194606 G 155.570 0.933 57.1 + 182 194606 G 155.570 (-14.0)(155.6) (- 0.1)( 47)( 226)( 4384) 194606 G 156.335 0.970 183.1 + 28 194606 G 156.335 0.948 245.7 + 195 194606 G 156.335 0.947 308.1 + 336 194606 G 156.335 0.922 316.4 + 366 194606 G 156.335 0.893 237.7 + 328 194606 G 156.335 0.778 335.2 + 160 194606 G 156.335 14530 0.962 252.3 218.6 -17.0 0 9 408C 194606 G 156.335 14533 0.318 322.8 156.9 +14.6 18 91 194606 G 156.335 14537 0.482 151.9 131.1 -25.0 15 74 194606 G 156.335 14534 0.784 110.4 95.9 -15.8 0 6 194606 G 156.335 14535 0.831 67.5 91.7 +18.5 4 41 286C 194606 G 156.335 14536 0.849 118.1 91.0 -23.5 13 81 222C 194606 G 156.335 0.872 132.5 + 158 194606 G 156.335 0.886 54.7 + 98 194606 G 156.335 0.958 114.1 + 110 194606 G 156.335 0.958 123.8 + 98 194606 G 156.335 0.980 104.7 + 197 194606 G 156.335 (-13.7)(145.5) (+ 0.0)( 50)( 302)( 2990) 194606 G 157.347 0.960 308.7 + 250 194606 G 157.347 0.958 239.8 + 375 194606 G 157.347 0.895 323.7 + 191 194606 G 157.347 0.836 238.3 + 157 194606 G 157.347 14533 0.482 301.1 157.2 +14.5 5 36 194606 G 157.347 14537 0.426 177.7 131.0 -25.0 43 228 194606 G 157.347 14535 0.674 61.7 93.5 +18.6 7 25 194606 G 157.347 14536 0.698 123.9 93.3 -22.8 6 32 194606 G 157.347 14538 0.880 105.5 71.6 -13.5 2 9 244F 194606 G 157.347 0.899 114.0 + 168 194606 G 157.347 0.901 125.3 + 156 194606 G 157.347 (-13.3)(132.1) (+ 0.1)( 63)( 330)( 1541) 194606 C 158.342 0.930 243.8 + 235 194606 C 158.342 0.909 320.6 + 181 194606 C 158.342 0.887 229.0 + 186 194606 C 158.342 14533 0.647 293.1 156.7 +14.8 5 21 194606 C 158.342 14537 0.465 202.7 130.3 -25.1 36 204 194606 C 158.342 14535 0.517 51.4 93.7 +18.9 4 10 194606 C 158.342 14536 0.556 134.9 93.7 -22.8 5 43 194606 C 158.342 14538 0.749 108.1 72.1 -13.3 3 12 198F 194606 C 158.342 (-12.8)(118.9) (+ 0.2)( 53)( 290)( 800) 194606 C 159.338 0.901 231.9 + 152 194606 C 159.338 0.822 287.6 + 407 194606 C 159.338 14539 0.701 302.4 145.3 +22.3 5 34 194606 C 159.338 14537 0.567 219.8 129.3 -25.3 42 175 194606 C 159.338 1240F 0.155 3.0 105.2 + 9.3 1 4 194606 C 159.338 14536 0.438 154.0 93.7 -22.7 4 38 194606 C 159.338 14540 0.443 49.3 85.2 +17.1 14 86 194606 C 159.338 (-12.4)(105.7) (+ 0.4)( 66)( 337)( 559) 194606 C 160.340 0.897 288.1 + 305 194606 C 160.340 0.849 246.8 + 172 194606 C 160.340 14539 0.820 297.4 144.3 +22.4 6 31 136C 194606 C 160.340 14537 0.688 229.5 128.0 -26.0 19 111 194606 C 160.340 14536 0.419 177.6 91.4 -24.1 3 16 194606 C 160.340 14540 0.313 20.4 86.0 +17.5 29 187 194606 C 160.340 0.851 120.0 + 180 194606 C 160.340 (-12.0)( 92.5) (+ 0.5)( 57)( 345)( 793) 194606 G 161.580 0.958 291.9 + 363 194606 G 161.580 0.949 249.1 + 245 194606 G 161.580 14537 0.838 237.5 127.9 -26.3 25 150 335P 194606 G 161.580 14536 0.484 213.1 92.8 -23.3 6 39 194606 G 161.580 14540 0.333 330.5 85.9 +17.4 33 187 194606 G 161.580 14541 0.291 10.0 73.1 +17.2 3 7 194606 G 161.580 0.929 107.1 + 184 194606 G 161.580 (-11.5)( 76.1) (+ 0.6)( 67)( 383)( 1127) 194606 G 162.347 14537 0.906 240.4 127.1 -26.2 16 122 392N 194606 G 162.347 14536 0.570 224.0 91.4 -23.5 20 120 96C 194606 G 162.347 14540 0.439 311.4 86.0 +17.5 30 157 194606 G 162.347 14541 0.313 336.5 73.4 +17.3 1 4 194606 G 162.347 14542 0.994 73.3 342.4 +16.7 22 272 471C 194606 G 162.347 0.886 106.2 + 167 194606 G 162.347 0.974 62.6 + 323 194606 G 162.347 (-11.2)( 65.9) (+ 0.7)( 89)( 675)( 1449) 194606 G 163.407 0.971 298.6 + 187 194606 G 163.407 0.835 286.1 + 268 194606 G 163.407 14537 0.974 243.5 126.7 -25.5 11 69 320C 194606 G 163.407 14543 0.865 299.6 108.2 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14536 0.987 246.3 91.7 -23.1 0 15 335C 194606 G 166.375 14540 0.965 288.5 86.8 +18.2 4 39 325C 194606 G 166.375 14548 0.353 194.5 17.9 -18.7 8 24 194606 G 166.375 14542 0.546 59.7 343.2 +17.0 25 157 194606 G 166.375 14546 0.634 122.9 338.5 -19.1 3 15 194606 G 166.375 14545 0.647 58.7 336.6 +20.5 6 15 194606 G 166.375 14547 0.846 69.4 316.5 +17.9 26 197 388F 194606 G 166.375 14549 0.905 62.6 310.2 +25.1 27 128 425C 194606 G 166.375 14550 0.947 55.5 304.6 +32.8 55 298 607C 194606 G 166.375 0.782 119.9 + 239 194606 G 166.375 0.847 75.4 + 182 194606 G 166.375 (- 9.5)( 12.6) (+ 1.2)( 154)( 888)( 3422) 194606 G 167.369 0.940 254.6 + 241 194606 G 167.369 14548 0.450 222.3 17.9 -18.1 6 28 194606 G 167.369 14542 0.376 45.7 343.2 +16.4 38 198 194606 G 167.369 14546 0.473 137.7 339.8 -19.1 3 16 194606 G 167.369 14547 0.715 65.9 316.3 +17.9 32 181 318F 194606 G 167.369 14549 0.805 59.3 309.7 +25.1 21 120 248F 194606 G 167.369 14550 0.879 52.3 303.4 +33.2 34 260 403C 194606 G 167.369 0.869 39.5 + 138 194606 G 167.369 0.972 60.7 + 192 194606 G 167.369 (- 9.1)(359.4) (+ 1.3)( 134)( 803)( 1540) 194606 G 168.339 0.970 253.8 + 303 194606 G 168.339 0.874 251.6 + 175 194606 G 168.339 14551 0.811 241.8 36.6 -21.6 23 148 158C 194606 G 168.339 14548 0.605 236.8 18.6 -18.1 9 53 194606 G 168.339 14542 0.266 11.9 343.3 +16.4 23 212 194606 G 168.339 14546 0.372 164.2 340.5 -19.4 5 40 194606 G 168.339 14552 0.569 38.7 323.1 +27.5 1 9 194606 G 168.339 14547 0.560 58.9 316.5 +17.9 28 160 194606 G 168.339 14549 0.685 53.4 309.4 +25.1 16 113 194606 G 168.339 14550 0.771 46.8 304.8 +32.8 39 305 261C 194606 G 168.339 0.792 58.7 + 166 194606 G 168.339 0.923 59.9 + 326 194606 G 168.339 0.926 47.0 + 241 194606 G 168.339 0.953 113.4 + 394 194606 G 168.339 (- 8.6)(346.6) (+ 1.4)( 144)( 1040)( 2024) 194606 C 169.342 14551 0.915 245.2 36.6 -21.8 66 360 307C 194606 C 169.342 14548 0.760 244.6 19.3 -17.9 7 22 186C 194606 C 169.342 14542 0.306 329.0 342.7 +16.7 11 80 194606 C 169.342 14546 0.373 200.0 341.0 -18.8 2 7 194606 C 169.342 14547 0.403 44.4 316.1 +18.2 32 168 194606 C 169.342 14549 0.557 42.4 308.8 +25.7 16 91 194606 C 169.342 14550 0.678 37.8 303.5 +33.7 42 259 194606 C 169.342 0.837 59.0 + 264 194606 C 169.342 0.867 41.2 + 279 194606 C 169.342 0.890 113.6 + 219 194606 C 169.342 0.966 53.8 + 179 194606 C 169.342 0.992 113.4 + 214 194606 C 169.342 (- 8.2)(333.3) (+ 1.6)( 176)( 987)( 1648) 194606 G 170.343 14551 0.980 247.0 36.7 -22.1 36 305 382C 194606 G 170.343 14548 0.906 249.3 22.8 -17.9 2 11 171C 194606 G 170.343 14545 0.429 315.9 338.5 +19.5 3 25 194606 G 170.343 14553 0.401 197.1 327.3 -20.8 8 44 194606 G 170.343 14547 0.296 13.5 315.9 +18.3 21 142 194606 G 170.343 14554 0.417 154.7 309.2 -20.4 4 18 194606 G 170.343 14549 0.452 24.9 308.0 +25.7 18 73 194606 G 170.343 14550 0.580 24.2 303.6 +33.4 48 365 194606 G 170.343 14555 0.945 116.3 252.2 -24.1 0 14 289C 194606 G 170.343 14556 0.986 111.5 241.3 -20.9 26 149 220F 194606 G 170.343 0.778 117.9 + 136 194606 G 170.343 0.904 50.4 + 213 194606 G 170.343 0.959 60.6 + 219 194606 G 170.343 (- 7.7)(320.1) (+ 1.7)( 166)( 1146)( 1630) 194606 G 171.346 0.959 249.7 + 320 194606 G 171.346 14553 0.507 221.5 327.7 -20.5 10 51 194606 G 171.346 14552 0.443 330.5 320.6 +24.3 3 10 194606 G 171.346 14547 0.326 333.3 315.7 +18.7 20 114 194606 G 171.346 14554 0.368 187.7 309.8 -19.5 4 16 194606 G 171.346 14549 0.412 359.0 307.3 +26.0 10 51 194606 G 171.346 14550 0.543 9.9 300.4 +34.0 39 318 194606 G 171.346 14557 0.340 27.5 297.3 +19.3 6 18 194606 G 171.346 1241A 0.494 129.7 283.5 -16.7 7 32 194606 G 171.346 14555 0.862 119.9 251.8 -24.4 2 9 341C 194606 G 171.346 14556 0.929 113.5 241.2 -21.0 31 247 400F 194606 G 171.346 0.821 44.4 + 230 194606 G 171.346 0.927 100.3 + 189 194606 G 171.346 0.933 125.9 + 269 194606 G 171.346 0.937 56.7 + 357 194606 G 171.346 0.976 106.9 + 180 194606 G 171.346 (- 7.3)(306.8) (+ 1.8)( 132)( 866)( 2286) 194606 G 172.379 0.820 286.0 + 220 194606 G 172.379 0.806 298.8 + 203 194606 G 172.379 14553 0.652 234.4 327.5 -20.7 7 45 194606 G 172.379 14547 0.464 309.3 315.3 +18.8 26 141 194606 G 172.379 14549 0.461 333.8 306.2 +26.2 8 38 194606 G 172.379 14550 0.537 350.8 299.0 +33.8 35 236 194606 G 172.379 14557 0.308 351.8 295.8 +19.6 3 12 194606 G 172.379 14555 0.760 124.1 249.8 -23.8 2 7 194606 G 172.379 14556 0.833 116.6 240.5 -20.7 74 333 183C 194606 G 172.379 1241B 0.909 122.9 233.0 -28.6 2 6 193C 194606 G 172.379 14558 0.914 109.2 229.1 -16.6 0 18 138C 194606 G 172.379 0.935 57.6 + 320 194606 G 172.379 (- 6.8)(293.1) (+ 1.9)( 157)( 836)( 1257) 194606 G 173.356 0.931 283.4 + 294 194606 G 173.356 0.890 247.7 + 187 194606 G 173.356 0.869 293.9 + 748 194606 G 173.356 14553 0.791 241.6 328.1 -20.7 7 84 133C 194606 G 173.356 14552 0.704 304.8 319.7 +25.1 0 6 194606 G 173.356 14547 0.621 298.7 315.2 +18.9 37 166 194606 G 173.356 14549 0.566 316.4 305.8 +25.9 5 37 194606 G 173.356 14550 0.598 332.3 299.6 +33.7 29 231 194606 G 173.356 14557 0.414 318.0 297.2 +19.8 8 62 194606 G 173.356 14555 0.637 133.2 249.8 -24.0 1 5 194606 G 173.356 14556 0.715 121.5 239.8 -20.4 61 345 194606 G 173.356 14558 0.780 114.2 232.2 -17.3 20 113 194606 G 173.356 14559 0.937 132.0 218.6 -37.8 3 13 169C 194606 G 173.356 14560 0.986 119.4 202.6 -28.5 20 108 271C 194606 G 173.356 0.851 127.8 + 262 194606 G 173.356 0.912 111.0 + 250 194606 G 173.356 0.926 51.7 + 331 194606 G 173.356 (- 6.4)(280.2) (+ 2.0)( 191)( 1170)( 2645) 194606 G 174.346 0.958 248.8 + 277 194606 G 174.346 0.957 288.4 + 724 194606 G 174.346 0.939 297.0 + 314 194606 G 174.346 0.829 303.8 + 225 194606 G 174.346 14553 0.897 245.6 327.8 -20.7 15 70 354C 194606 G 174.346 14547 0.764 293.4 314.8 +19.0 22 131 183NP 194606 G 174.346 14549 0.691 307.6 304.7 +26.6 5 12 194606 G 174.346 14557 0.570 302.2 297.7 +19.4 11 49 194606 G 174.346 14550 0.669 322.4 296.4 +33.7 23 169 98P 194606 G 174.346 14561 0.460 11.2 261.3 +28.8 7 20 194606 G 174.346 14556 0.575 131.0 239.7 -20.2 54 307 194606 G 174.346 14558 0.631 120.6 232.6 -17.0 22 108 194606 G 174.346 14559 0.873 137.0 217.9 -38.3 29 183 158C 194606 G 174.346 14560 0.952 121.4 199.1 -28.9 36 177 566C 194606 G 174.346 0.774 134.2 + 113 194606 G 174.346 0.794 119.0 + 113 194606 G 174.346 0.805 46.4 + 165 194606 G 174.346 0.884 54.3 + 146 194606 G 174.346 0.954 48.2 + 246 194606 G 174.346 0.980 4.3 + 17 194606 G 174.346 (- 6.0)(267.1) (+ 2.1)( 224)( 1226)( 3699) 194606 G 175.330 0.975 292.9 + 230 194606 G 175.330 0.942 281.3 + 304 194606 G 175.330 0.904 298.1 + 293 194606 G 175.330 0.869 308.7 + 310 194606 G 175.330 14553 0.977 247.7 329.6 -21.2 5 21 364F 194606 G 175.330 14547 0.881 290.5 314.6 +19.1 24 140 186N 194606 G 175.330 1241C 0.794 249.7 304.1 -14.5 10 24 90C 194606 G 175.330 14549 0.808 301.7 304.0 +26.6 4 12 194606 G 175.330 14557 0.751 291.9 300.9 +17.8 0 4 194606 G 175.330 14550 0.764 314.3 295.1 +33.9 18 142 233C 194606 G 175.330 14561 0.461 349.1 259.7 +29.1 3 12 194606 G 175.330 14556 0.440 149.0 240.1 -19.8 46 254 194606 G 175.330 14558 0.480 132.8 232.5 -16.9 33 177 194606 G 175.330 14559 0.807 143.4 216.2 -38.5 53 242 146C 194606 G 175.330 14560 0.879 125.1 198.9 -29.0 36 211 608C 194606 G 175.330 0.756 42.9 + 149 194606 G 175.330 0.917 47.3 + 314 194606 G 175.330 0.951 130.5 + 139 194606 G 175.330 0.958 83.5 + 258 194606 G 175.330 (- 5.5)(254.0) (+ 2.3)( 232)( 1239)( 3624) 194606 G 176.566 14547 0.974 289.1 314.4 +19.1 15 126 251NF 194606 G 176.566 14549 0.926 298.0 303.7 +26.7 0 12 519N 194606 G 176.566 14550 0.894 307.6 296.5 +34.3 18 148 677C 194606 G 176.566 14556 0.382 185.3 239.8 -19.8 45 275 194606 G 176.566 14558 0.351 165.2 232.3 -17.4 36 201 194606 G 176.566 14559 0.723 155.3 215.0 -38.7 38 212 194606 G 176.566 14562 0.734 129.2 198.7 -25.7 4 20 194606 G 176.566 14560 0.779 132.0 196.1 -29.5 43 297 168C 194606 G 176.566 0.839 84.1 + 209 194606 G 176.566 0.891 41.8 + 195 194606 G 176.566 (- 5.0)(237.7) (+ 2.4)( 199)( 1291)( 2019) 194606 C 177.342 0.951 291.4 + 293 194606 C 177.342 0.941 298.9 + 188 194606 C 177.342 0.856 313.7 + 118 194606 C 177.342 0.807 303.6 + 187 194606 C 177.342 14550 0.946 305.9 295.6 +34.5 18 121 402C 194606 C 177.342 14556 0.424 207.6 239.4 -19.5 47 241 194606 C 177.342 14558 0.360 194.8 232.9 -17.8 29 186 194606 C 177.342 14563 0.425 157.2 217.3 -20.5 3 7 194606 C 177.342 14559 0.684 164.3 213.7 -38.6 25 132 194606 C 177.342 14562 0.654 135.0 196.8 -25.3 3 12 194606 C 177.342 14560 0.704 138.3 195.0 -29.5 47 276 162C 194606 C 177.342 (- 4.6)(227.4) (+ 2.5)( 172)( 975)( 1350) 194606 G 178.349 0.929 299.8 + 216 194606 G 178.349 0.927 310.7 + 152 194606 G 178.349 0.923 245.8 + 237 194606 G 178.349 14550 0.990 304.4 295.7 +34.4 7 31 373F 194606 G 178.349 14556 0.548 226.8 239.1 -19.6 34 196 194606 G 178.349 14558 0.452 220.2 231.9 -17.6 30 144 194606 G 178.349 14563 0.409 189.2 218.1 -21.2 3 7 194606 G 178.349 14559 0.662 179.4 213.6 -38.7 11 38 194606 G 178.349 14562 0.552 149.8 196.2 -25.9 1 5 194606 G 178.349 14560 0.596 151.0 194.9 -28.9 45 149 194606 G 178.349 14564 0.989 62.6 132.7 +27.5 16 75 136N 194606 G 178.349 0.839 108.0 + 136 194606 G 178.349 0.917 126.6 + 149 194606 G 178.349 0.938 41.3 + 289 194606 G 178.349 (- 4.2)(214.1) (+ 2.6)( 147)( 645)( 1688) 194606 G 179.335 0.959 301.3 + 311 194606 G 179.335 0.951 244.1 + 302 194606 G 179.335 0.825 237.1 + 178 194606 G 179.335 14556 0.691 236.3 238.7 -20.4 37 184 194606 G 179.335 14558 0.611 236.7 233.2 -17.3 12 61 194606 G 179.335 14559 0.669 194.1 212.8 -37.7 9 42 194606 G 179.335 14560 0.524 173.1 196.9 -28.6 22 115 194606 G 179.335 14564 0.944 61.2 131.6 +28.0 14 90 422N 194606 G 179.335 14565 0.995 66.3 116.6 +23.8 43 331 366N 194606 G 179.335 0.842 132.1 + 169 194606 G 179.335 0.923 39.9 + 326 194606 G 179.335 0.936 117.4 + 339 194606 G 179.335 0.941 129.9 + 152 194606 G 179.335 (- 3.7)(201.0) (+ 2.7)( 137)( 823)( 2565) 194606 C 180.432 0.930 243.4 + 317 194606 C 180.432 0.888 306.6 + 205 194606 C 180.432 0.823 225.2 + 122 194606 C 180.432 14556 0.829 242.8 238.3 -20.5 18 112 381C 194606 C 180.432 14558 0.772 244.9 233.3 -17.2 8 30 381C 194606 C 180.432 14566 0.633 300.6 222.1 +21.0 6 28 194606 C 180.432 14559 0.740 209.2 213.5 -37.6 7 16 194606 C 180.432 14560 0.540 198.0 197.4 -28.0 20 144 194606 C 180.432 14564 0.848 58.1 131.9 +28.2 17 151 529C 194606 C 180.432 14565 0.943 65.8 116.9 +23.6 107 540 418C 194606 C 180.432 0.849 32.2 + 200 194606 C 180.432 0.853 120.8 + 196 194606 C 180.432 0.949 77.0 + 133 194606 C 180.432 (- 3.2)(186.5) (+ 2.8)( 183)( 1021)( 2501) 194607 G 181.569 0.919 307.1 + 255 194607 G 181.569 0.913 234.2 + 229 194607 G 181.569 0.769 240.5 + 108 194607 G 181.569 14556 0.934 246.4 237.5 -20.7 6 26 384C 194607 G 181.569 14558 0.903 250.6 233.7 -16.0 3 15 215C 194607 G 181.569 14566 0.806 294.3 223.3 +21.2 4 12 100C 194607 G 181.569 14559 0.827 219.7 212.9 -37.2 0 8 121C 194607 G 181.569 14560 0.635 216.7 196.8 -27.8 12 49 194607 G 181.569 14564 0.714 51.6 132.1 +28.6 16 78 194607 G 181.569 14565 0.842 63.7 116.3 +23.6 86 482 264F 194607 G 181.569 14567 0.958 108.3 100.1 -16.6 47 212 409C 194607 G 181.569 14568 0.962 71.5 97.5 +18.6 13 92 326C 194607 G 181.569 14569 0.980 116.1 95.9 -24.8 36 223 282C 194607 G 181.569 14570 0.973 75.1 94.8 +15.2 11 30 204C 194607 G 181.569 0.862 53.6 + 135 194607 G 181.569 0.960 61.9 + 384 194607 G 181.569 (- 2.7)(171.5) (+ 3.0)( 234)( 1227)( 3416) 194607 G 182.339 0.946 234.7 + 237 194607 G 182.339 0.901 301.8 + 125 194607 G 182.339 0.846 244.9 + 150 194607 G 182.339 14556 0.979 248.5 237.3 -20.3 0 12 490C 194607 G 182.339 14558 0.962 250.7 233.3 -17.6 7 41 490C 194607 G 182.339 14566 0.890 292.3 223.1 +21.2 0 10 172F 194607 G 182.339 14559 0.893 224.2 213.2 -37.9 0 6 197C 194607 G 182.339 14560 0.742 227.3 199.2 -27.8 5 13 194607 G 182.339 14564 0.616 43.8 132.3 +28.9 13 87 194607 G 182.339 14565 0.746 60.5 116.3 +23.6 98 476 159F 194607 G 182.339 14567 0.894 109.8 100.4 -16.1 33 184 264C 194607 G 182.339 14568 0.891 70.1 99.1 +19.0 15 110 331C 194607 G 182.339 14569 0.940 118.2 95.3 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3.1)( 227)( 1654)( 4160) 194607 G 184.403 0.970 305.0 + 279 194607 G 184.403 0.962 227.4 + 248 194607 G 184.403 0.884 308.4 + 244 194607 G 184.403 0.881 234.3 + 362 194607 G 184.403 0.845 321.0 + 140 194607 G 184.403 0.826 223.9 + 273 194607 G 184.403 14564 0.435 6.8 132.4 +29.5 10 49 194607 G 184.403 14565 0.458 41.2 114.8 +23.2 85 560 194607 G 184.403 14568 0.602 62.7 99.7 +18.7 15 63 194607 G 184.403 14567 0.642 120.8 98.9 -16.4 32 229 194607 G 184.403 14569 0.737 129.4 95.0 -25.3 95 623 164C 194607 G 184.403 14570 0.658 70.3 94.1 +15.3 3 9 194607 G 184.403 0.765 61.1 + 195 194607 G 184.403 0.844 115.2 + 171 194607 G 184.403 (- 1.4)(133.9) (+ 3.3)( 240)( 1533)( 2076) 194607 G 185.400 0.950 236.7 + 621 194607 G 185.400 0.917 224.9 + 144 194607 G 185.400 0.912 316.4 + 265 194607 G 185.400 0.897 275.2 + 116 194607 G 185.400 14571 0.716 293.9 164.4 +19.3 5 16 194607 G 185.400 14564 0.479 338.2 132.5 +29.6 5 31 194607 G 185.400 14565 0.356 16.2 114.5 +23.3 86 629 194607 G 185.400 14568 0.422 49.6 100.9 +19.0 9 46 194607 G 185.400 14567 0.492 133.7 99.0 -16.6 43 267 194607 G 185.400 14569 0.617 140.7 95.2 -25.3 95 723 194607 G 185.400 14570 0.480 64.2 94.2 +15.1 1 4 194607 G 185.400 (- 1.0)(120.7) (+ 3.4)( 244)( 1716)( 1146) 194607 G 186.337 0.968 235.7 + 702 194607 G 186.337 14571 0.836 290.2 164.0 +18.7 21 170 154C 194607 G 186.337 14564 0.573 321.5 132.5 +29.7 5 21 194607 G 186.337 14565 0.348 344.1 114.2 +23.0 78 546 194607 G 186.337 14568 0.301 25.2 100.5 +19.2 23 81 194607 G 186.337 14567 0.371 155.9 99.3 -16.3 40 228 194607 G 186.337 14570 0.308 48.8 94.5 +15.1 0 4 194607 G 186.337 14569 0.530 154.5 93.8 -25.1 111 734 194607 G 186.337 1241D 0.880 44.7 53.7 +40.7 0 9 94C 194607 G 186.337 0.966 113.9 + 211 194607 G 186.337 (- 0.5)(108.3) (+ 3.5)( 278)( 1793)( 1161) 194607 G 187.389 0.938 247.8 + 289 194607 G 187.389 0.912 227.9 + 195 194607 G 187.389 14571 0.942 288.9 164.6 +19.0 21 126 284C 194607 G 187.389 14564 0.691 310.3 131.4 +29.3 3 22 194607 G 187.389 14565 0.455 317.0 114.0 +22.8 63 461 194607 G 187.389 14568 0.299 341.1 100.3 +19.9 25 137 194607 G 187.389 14567 0.359 193.0 99.2 -16.8 27 192 194607 G 187.389 14570 0.202 359.3 94.6 +15.2 0 3 194607 G 187.389 14569 0.477 177.3 93.0 -24.7 97 598 194607 G 187.389 0.905 121.3 + 306 194607 G 187.389 0.965 113.9 + 323 194607 G 187.389 (- 0.1)( 94.4) (+ 3.6)( 236)( 1539)( 1397) 194607 G 188.569 0.959 234.9 + 151 194607 G 188.569 0.828 305.1 + 225 194607 G 188.569 14572 0.919 291.9 145.0 +21.5 6 47 177F 194607 G 188.569 14565 0.629 302.3 113.8 +22.6 47 392 194607 G 188.569 14567 0.486 224.2 99.4 -16.9 23 134 194607 G 188.569 14568 0.434 313.1 98.5 +20.7 13 62 194607 G 188.569 14569 0.533 204.5 92.9 -25.3 70 528 194607 G 188.569 14573 0.975 102.9 3.0 -11.7 0 20 192C 194607 G 188.569 0.888 116.7 + 261 194607 G 188.569 ( 0.5)( 78.8) (+ 3.7)( 159)( 1183)( 1006) 194607 G 189.346 0.893 321.9 + 228 194607 G 189.346 14572 0.968 291.9 144.1 +22.1 21 147 258C 194607 G 189.346 14564 0.903 301.0 131.1 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130)( 839)( 2697) 194607 G 191.342 0.956 302.0 + 202 194607 G 191.342 0.944 349.5 + 14 194607 G 191.342 0.816 302.3 + 187 194607 G 191.342 14565 0.949 292.3 113.6 +22.4 40 207 462C 194607 G 191.342 14567 0.895 249.1 102.7 -16.7 10 36 268C 194607 G 191.342 14568 0.868 290.3 101.7 +19.6 7 27 212C 194607 G 191.342 14569 0.828 233.7 90.3 -26.7 43 298 513C 194607 G 191.342 14573 0.703 109.7 359.9 -10.7 15 92 194607 G 191.342 14574 0.943 112.3 334.6 -19.4 34 160 468C 194607 G 191.342 0.901 65.7 + 288 194607 G 191.342 0.944 57.4 + 189 194607 G 191.342 ( 1.7)( 42.1) (+ 4.0)( 149)( 820)( 2803) 194607 C 192.343 0.942 247.8 + 688 194607 C 192.343 0.898 299.8 + 492 194607 C 192.343 0.898 289.0 + 504 194607 C 192.343 0.771 298.4 + 108 194607 C 192.343 14565 0.994 292.3 113.5 +22.6 24 220 100C 194607 C 192.343 14569 0.907 237.8 88.0 -26.8 26 218 526C 194607 C 192.343 14575 0.481 59.8 3.1 +17.6 17 60 194607 C 192.343 14573 0.518 118.5 1.4 -10.7 8 39 194607 C 192.343 14574 0.847 115.6 335.2 -19.0 37 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194607 G 194.404 14576 0.723 121.3 321.0 -18.7 9 36 97C 194607 G 194.404 14578 0.833 110.1 308.1 -14.1 9 27 148C 194607 G 194.404 14577 0.864 66.1 302.9 +22.7 46 364 428F 194607 G 194.404 0.939 53.0 + 746 194607 G 194.404 ( 3.1)( 1.6) (+ 4.3)( 154)( 1075)( 1419) 194607 G 195.343 14575 0.405 304.9 9.5 +17.5 16 126 194607 G 195.343 14573 0.340 215.7 0.8 -11.7 5 51 194607 G 195.343 14574 0.449 150.9 335.9 -18.7 48 326 194607 G 195.343 14576 0.585 130.5 321.4 -18.4 0 13 194607 G 195.343 14578 0.700 115.5 308.7 -14.2 10 74 194607 G 195.343 14577 0.748 63.3 303.0 +22.6 60 349 245F 194607 G 195.343 0.804 50.5 + 222 194607 G 195.343 0.919 53.2 + 609 194607 G 195.343 0.937 111.6 + 202 194607 G 195.343 0.960 63.6 + 202 194607 G 195.343 ( 3.5)(349.2) (+ 4.4)( 139)( 939)( 1480) 194607 C 196.343 0.868 228.8 + 174 194607 C 196.343 0.830 237.2 + 169 194607 C 196.343 14575 0.601 294.2 10.9 +17.9 37 234 194607 C 196.343 14574 0.394 182.9 337.1 -18.6 24 207 194607 C 196.343 14576 0.498 145.2 318.4 -19.8 4 14 194607 C 196.343 14579 0.457 45.0 315.4 +23.0 5 34 194607 C 196.343 14578 0.563 124.2 307.3 -14.4 29 234 194607 C 196.343 14577 0.602 57.4 302.7 +22.6 66 387 194607 C 196.343 0.753 50.0 + 135 194607 C 196.343 0.851 54.6 + 329 194607 C 196.343 0.861 115.3 + 171 194607 C 196.343 0.897 44.0 + 295 194607 C 196.343 ( 4.0)(335.9) (+ 4.5)( 165)( 1110)( 1273) 194607 G 197.429 1242A 0.925 245.5 25.4 -20.5 3 12 98F 194607 G 197.429 14575 0.766 289.5 10.7 +17.8 48 377 157C 194607 G 197.429 14580 0.834 220.2 3.2 -36.0 0 4 160C 194607 G 197.429 14573 0.675 248.2 1.1 -11.0 0 6 194607 G 197.429 14574 0.481 215.9 338.8 -18.5 18 129 194607 G 197.429 14576 0.396 175.1 319.6 -18.5 3 10 194607 G 197.429 14579 0.349 17.9 314.9 +23.9 19 119 194607 G 197.429 14578 0.396 145.9 308.4 -14.5 83 456 194607 G 197.429 14577 0.433 44.0 302.7 +22.4 63 395 194607 G 197.429 14581 0.956 115.1 252.4 -22.3 12 77 221C 194607 G 197.429 14582 0.955 62.9 249.0 +27.2 3 23 155C 194607 G 197.429 0.769 45.5 + 153 194607 G 197.429 0.917 46.5 + 143 194607 G 197.429 ( 4.5)(321.6) (+ 4.6)( 252)( 1608)( 1087) 194607 G 198.501 0.966 243.5 + 198 194607 G 198.501 0.843 253.5 + 285 194607 G 198.501 14575 0.891 287.3 10.4 +17.6 91 607 514C 194607 G 198.501 14583 0.858 244.3 2.1 -19.1 14 49 115C 194607 G 198.501 14580 0.914 225.1 1.8 -37.4 9 28 198C 194607 G 198.501 14574 0.622 232.5 338.6 -18.2 12 53 194607 G 198.501 14579 0.348 342.7 313.9 +24.0 16 97 194607 G 198.501 14578 0.333 185.5 309.3 -14.6 90 612 194607 G 198.501 14577 0.317 14.3 302.6 +22.5 54 337 194607 G 198.501 14581 0.868 118.9 252.5 -22.1 15 59 138C 194607 G 198.501 14582 0.873 61.1 248.2 +27.4 2 9 102F 194607 G 198.501 0.940 110.9 + 267 194607 G 198.501 ( 4.9)(307.4) (+ 4.7)( 303)( 1851)( 1817) 194607 G 199.542 0.937 257.7 + 276 194607 G 199.542 0.821 287.0 + 156 194607 G 199.542 14575 0.971 286.8 10.2 +17.4 63 648 385C 194607 G 199.542 14583 0.958 249.0 4.0 -18.5 42 289 304C 194607 G 199.542 14580 0.969 229.2 1.0 -37.5 10 42 210C 194607 G 199.542 14574 0.761 241.4 338.0 -17.9 5 18 194607 G 199.542 14579 0.464 317.0 313.8 +24.3 36 198 194607 G 199.542 14578 0.430 219.4 309.9 -14.7 97 603 194607 G 199.542 14577 0.339 335.4 302.4 +22.6 57 339 194607 G 199.542 14581 0.780 124.2 249.5 -22.5 14 48 194607 G 199.542 14584 0.931 76.4 224.8 +14.4 7 34 341C 194607 G 199.542 14585 0.997 69.6 206.8 +20.7 0 195 194607 G 199.542 0.834 61.1 + 140 194607 G 199.542 0.883 115.0 + 341 194607 G 199.542 0.937 53.1 + 188 194607 G 199.542 0.960 104.6 + 283 194607 G 199.542 0.978 124.2 + 136 194607 G 199.542 ( 5.4)(293.6) (+ 4.8)( 331)( 2414)( 2760) 194607 G 200.342 0.981 258.2 + 318 194607 G 200.342 0.924 285.0 + 253 194607 G 200.342 14575 0.989 286.1 5.2 +16.6 16 105 329C 194607 G 200.342 14583 0.990 252.5 2.8 -16.5 17 175 377C 194607 G 200.342 14580 0.996 230.3 2.3 -38.8 0 48 194607 G 200.342 14574 0.890 246.7 342.2 -18.2 5 48 293S 194607 G 200.342 14579 0.571 306.5 313.0 +24.0 26 209 194607 G 200.342 14578 0.537 232.9 309.2 -14.5 100 567 194607 G 200.342 14577 0.435 315.5 302.2 +22.5 66 324 194607 G 200.342 14581 0.677 131.1 249.7 -22.3 12 59 194607 G 200.342 14584 0.854 75.6 224.4 +14.8 5 27 349C 194607 G 200.342 14585 0.989 68.7 200.4 +21.8 184 1966 615C 194607 G 200.342 0.902 106.5 + 356 194607 G 200.342 0.933 126.2 + 126 194607 G 200.342 0.954 57.1 + 207 194607 G 200.342 ( 5.7)(283.0) (+ 4.8)( 431)( 3528)( 3223) 194607 C 201.341 0.953 288.6 + 174 194607 C 201.341 0.904 301.5 + 202 194607 C 201.341 0.841 290.0 + 195 194607 C 201.341 0.832 238.6 + 261 194607 C 201.341 14574 0.969 249.6 342.7 -18.4 4 14 447S 194607 C 201.341 14579 0.711 300.0 312.2 +24.4 29 197 157N 194607 C 201.341 14578 0.709 243.5 310.6 -14.7 95 473 194607 C 201.341 14577 0.589 303.1 302.0 +22.8 58 346 194607 C 201.341 14581 0.559 144.0 249.1 -22.2 10 43 194607 C 201.341 14584 0.770 75.3 219.8 +14.4 2 12 122N 194607 C 201.341 14586 0.957 109.8 199.4 -17.3 7 22 274C 194607 C 201.341 14585 0.948 68.6 198.1 +21.8 418 3945 568C 194607 C 201.341 0.786 110.8 + 126 194607 C 201.341 0.787 48.0 + 154 194607 C 201.341 0.848 58.1 + 94 194607 C 201.341 0.866 132.2 + 137 194607 C 201.341 0.947 54.2 + 189 194607 C 201.341 0.960 125.6 + 227 194607 C 201.341 ( 6.2)(269.8) (+ 4.9)( 623)( 5052)( 3327) 194607 G 202.464 0.981 248.3 + 232 194607 G 202.464 0.962 299.9 + 198 194607 G 202.464 0.938 286.9 + 246 194607 G 202.464 0.937 235.5 + 243 194607 G 202.464 14578 0.866 250.4 312.0 -14.2 56 441 225C 194607 G 202.464 14579 0.852 297.1 311.9 +25.6 17 122 258C 194607 G 202.464 14589 0.842 244.9 308.0 -17.9 9 38 266C 194607 G 202.464 14577 0.747 296.6 301.2 +23.0 60 414 117C 194607 G 202.464 14588 0.501 291.9 283.6 +15.1 4 26 194607 G 202.464 14581 0.469 167.5 248.6 -22.1 3 16 194607 G 202.464 14587 0.540 55.9 226.2 +21.9 5 32 194607 G 202.464 14584 0.546 70.9 222.8 +14.5 3 19 194607 G 202.464 14586 0.846 113.1 200.9 -16.4 30 197 208C 194607 G 202.464 14585 0.847 67.4 197.8 +21.7 490 3908 471C 194607 G 202.464 0.914 49.7 + 168 194607 G 202.464 0.941 128.8 + 318 194607 G 202.464 0.969 119.8 + 219 194607 G 202.464 ( 6.7)(254.9) (+ 5.0)( 677)( 5213)( 3169) 194607 G 203.353 0.959 286.6 + 151 194607 G 203.353 0.826 304.9 + 182 194607 G 203.353 14578 0.953 253.4 313.3 -14.1 39 426 271C 194607 G 203.353 14579 0.930 295.6 311.4 +25.7 43 336 327C 194607 G 203.353 14589 0.939 248.4 309.8 -18.2 17 156 241C 194607 G 203.353 14577 0.853 294.0 300.9 +23.1 39 442 240C 194607 G 203.353 14588 0.654 288.4 283.2 +15.8 3 21 194607 G 203.353 14590 0.282 208.4 251.0 - 9.3 3 9 194607 G 203.353 14587 0.397 43.9 226.1 +21.5 3 11 194607 G 203.353 14584 0.368 62.8 223.5 +14.5 0 5 194607 G 203.353 14586 0.727 118.6 201.6 -16.6 28 177 194607 G 203.353 14585 0.733 64.8 197.8 +21.8 450 4483 163C 194607 G 203.353 0.837 51.0 + 178 194607 G 203.353 0.897 135.8 + 212 194607 G 203.353 0.916 125.0 + 204 194607 G 203.353 0.940 70.9 + 141 194607 G 203.353 0.967 121.2 + 222 194607 G 203.353 ( 7.0)(243.2) (+ 5.1)( 625)( 6066)( 2532) 194607 C 204.347 0.897 304.3 + 362 194607 C 204.347 0.818 313.7 + 326 194607 C 204.347 14579 0.987 295.2 311.9 +25.7 34 146 428C 194607 C 204.347 14578 0.989 255.0 309.6 -13.9 18 148 384C 194607 C 204.347 14589 0.989 250.1 308.9 -18.7 30 206 482C 194607 C 204.347 14577 0.942 292.4 300.6 +22.8 53 282 496C 194607 C 204.347 14588 0.831 282.2 286.3 +13.0 2 10 182C 194607 C 204.347 14590 0.402 236.8 249.8 - 7.8 1 5 194607 C 204.347 14586 0.577 128.5 202.0 -16.4 28 190 194607 C 204.347 14585 0.590 59.4 197.0 +21.8 607 3925 194607 C 204.347 0.823 135.5 + 275 194607 C 204.347 0.874 68.3 + 170 194607 C 204.347 0.916 46.9 + 159 194607 C 204.347 0.924 126.7 + 259 194607 C 204.347 ( 7.5)(230.0) (+ 5.2)( 773)( 4912)( 3523) 194607 G 205.345 0.946 301.2 + 252 194607 G 205.345 0.942 311.3 + 263 194607 G 205.345 0.893 305.7 + 278 194607 G 205.345 0.866 316.7 + 216 194607 G 205.345 14577 0.990 292.9 299.5 +23.3 31 213 378C 194607 G 205.345 14588 0.947 287.9 288.5 +18.6 0 14 202C 194607 G 205.345 14586 0.452 145.5 201.4 -16.7 43 206 194607 G 205.345 14585 0.455 49.5 195.0 +22.0 561 4279 194607 G 205.345 0.781 66.8 + 147 194607 G 205.345 0.823 41.9 + 142 194607 G 205.345 0.855 133.1 + 221 194607 G 205.345 0.924 76.8 + 194 194607 G 205.345 0.932 44.7 + 243 194607 G 205.345 0.948 65.5 + 206 194607 G 205.345 0.950 133.1 + 182 194607 G 205.345 0.971 102.1 + 189 194607 G 205.345 ( 7.9)(216.8) (+ 5.3)( 635)( 4712)( 3113) 194607 G 206.350 0.958 304.2 + 316 194607 G 206.350 0.924 313.3 + 201 194607 G 206.350 14584 0.339 301.9 220.8 +15.5 15 109 194607 G 206.350 14586 0.381 176.6 202.2 -16.9 11 124 194607 G 206.350 14585 0.316 21.9 196.2 +22.3 474 4100 194607 G 206.350 14591 0.809 77.5 149.5 +13.3 8 49 110C 194607 G 206.350 14592 0.995 114.5 122.4 -23.6 0 244 194607 G 206.350 0.866 65.6 + 119 194607 G 206.350 0.909 104.6 + 150 194607 G 206.350 0.976 60.7 + 322 194607 G 206.350 ( 8.3)(203.5) (+ 5.4)( 508)( 4626)( 1218) 194607 G 207.340 0.970 355.4 + 32 194607 G 207.340 0.945 310.5 + 276 194607 G 207.340 0.848 238.5 + 290 194607 G 207.340 14587 0.651 298.5 228.4 +22.3 6 27 194607 G 207.340 14584 0.523 292.4 220.5 +16.1 14 90 194607 G 207.340 14586 0.414 204.9 200.8 -16.6 10 97 194607 G 207.340 14585 0.299 344.5 195.3 +22.1 445 3676 194607 G 207.340 14591 0.646 76.5 150.5 +12.8 21 99 194607 G 207.340 14592 0.962 116.7 120.7 -23.8 73 635 398C 194607 G 207.340 14593 0.979 79.7 111.6 +11.2 12 72 255C 194607 G 207.340 0.912 58.1 + 236 194607 G 207.340 0.959 67.3 + 578 194607 G 207.340 0.980 6.6 + 12 194607 G 207.340 ( 8.7)(190.4) (+ 5.4)( 581)( 4696)( 2077) 194607 G 208.386 0.947 357.3 + 11 194607 G 208.386 0.939 241.3 + 314 194607 G 208.386 0.902 299.4 + 216 194607 G 208.386 0.808 293.6 + 119 194607 G 208.386 0.806 245.0 + 173 194607 G 208.386 14584 0.705 287.6 220.8 +16.3 4 19 194607 G 208.386 14586 0.541 228.1 201.3 -16.1 14 67 194607 G 208.386 14585 0.415 315.8 194.8 +22.5 397 3888 194607 G 208.386 14591 0.445 71.1 151.1 +13.2 13 71 194607 G 208.386 14594 0.560 74.8 143.1 +13.1 4 16 194607 G 208.386 14592 0.893 120.4 119.4 -24.0 85 619 425C 194607 G 208.386 14593 0.908 80.6 111.1 +10.8 57 357 183C 194607 G 208.386 14595 0.985 119.3 101.2 -27.5 96 500 509C 194607 G 208.386 0.885 64.2 + 515 194607 G 208.386 0.958 108.4 + 189 194607 G 208.386 0.966 71.6 + 239 194607 G 208.386 ( 9.2)(176.6) (+ 5.5)( 670)( 5537)( 2893) 194607 G 209.409 0.963 246.4 + 231 194607 G 209.409 0.937 301.7 + 258 194607 G 209.409 0.878 287.4 + 381 194607 G 209.409 0.877 249.8 + 260 194607 G 209.409 14586 0.686 239.6 200.9 -15.8 6 34 194607 G 209.409 14585 0.561 303.6 193.5 +22.9 439 4720 194607 G 209.409 14591 0.267 55.3 150.1 +14.1 14 94 194607 G 209.409 14594 0.364 67.4 143.0 +13.3 5 30 194607 G 209.409 14596 0.665 68.4 122.6 +18.4 6 25 194607 G 209.409 14592 0.787 126.8 119.6 -24.1 110 587 295C 194607 G 209.409 14593 0.791 81.4 110.7 +10.2 141 691 199C 194607 G 209.409 14595 0.932 122.9 101.0 -27.8 133 994 440C 194607 G 209.409 0.798 60.6 + 209 194607 G 209.409 0.873 70.8 + 206 194607 G 209.409 0.912 114.6 + 361 194607 G 209.409 0.952 65.8 + 332 194607 G 209.409 ( 9.6)(163.1) (+ 5.6)( 854)( 7175)( 3172) 194607 G 210.346 0.962 233.3 + 198 194607 G 210.346 0.952 251.8 + 229 194607 G 210.346 0.941 285.4 + 301 194607 G 210.346 0.908 309.0 + 149 194607 G 210.346 14586 0.820 246.0 201.7 -15.9 4 22 184C 194607 G 210.346 14585 0.707 296.9 193.7 +22.8 341 3778 199P 194607 G 210.346 14591 0.129 2.6 149.1 +12.9 11 142 194607 G 210.346 14594 0.209 49.4 141.4 +13.4 5 17 194607 G 210.346 14596 0.503 62.6 122.8 +18.4 6 29 194607 G 210.346 14592 0.681 135.3 119.2 -24.0 104 723 194607 G 210.346 14593 0.635 80.6 111.3 +10.4 140 853 194607 G 210.346 14595 0.859 127.4 100.4 -27.8 160 1144 222C 194607 G 210.346 14597 0.834 116.4 99.0 -18.2 4 16 128C 194607 G 210.346 14598 0.926 120.7 89.0 -25.5 7 42 295C 194607 G 210.346 0.786 68.8 + 134 194607 G 210.346 0.908 69.6 + 310 194607 G 210.346 0.951 57.2 + 227 194607 G 210.346 0.972 126.4 + 192 194607 G 210.346 ( 10.0)(150.7) (+ 5.7)( 782)( 6766)( 2768) 194607 G 211.362 0.915 248.8 + 535 194607 G 211.362 0.857 225.4 + 203 194607 G 211.362 0.829 310.2 + 194 194607 G 211.362 14585 0.852 293.2 195.0 +22.6 365 3473 708C 194607 G 211.362 14591 0.259 300.8 150.3 +13.2 17 116 194607 G 211.362 14594 0.155 330.7 141.7 +13.4 5 16 194607 G 211.362 14596 0.305 45.0 124.2 +18.0 3 9 194607 G 211.362 14592 0.579 148.4 117.9 -24.1 109 606 194607 G 211.362 14593 0.439 79.0 111.4 + 9.9 157 951 194607 G 211.362 14595 0.764 134.2 99.1 -27.6 183 964 188C 194607 G 211.362 14598 0.849 125.3 87.1 -25.7 5 22 326C 194607 G 211.362 0.912 54.8 + 305 194607 G 211.362 ( 10.4)(137.2) (+ 5.7)( 844)( 6157)( 2459) 194608 G 212.344 0.966 250.6 + 314 194608 G 212.344 0.931 232.3 + 293 194608 G 212.344 0.930 304.6 + 180 194608 G 212.344 14585 0.940 291.8 194.8 +22.5 282 3324 695C 194608 G 212.344 14591 0.449 288.9 150.0 +13.6 23 162 194608 G 212.344 14594 0.336 295.4 142.3 +13.8 5 34 194608 G 212.344 14596 0.205 357.4 124.7 +17.6 1 5 194608 G 212.344 14592 0.509 167.0 117.1 -23.8 120 701 194608 G 212.344 14593 0.228 70.1 111.7 +10.1 159 993 194608 G 212.344 14595 0.663 144.8 98.8 -27.5 153 908 194608 G 212.344 14597 0.564 131.9 98.3 -16.8 0 3 194608 G 212.344 14598 0.742 132.4 87.0 -25.3 4 12 52C 194608 G 212.344 0.860 132.7 + 182 194608 G 212.344 0.974 73.0 + 297 194608 G 212.344 ( 10.8)(124.2) (+ 5.8)( 747)( 6142)( 2013) 194608 C 213.335 0.940 306.1 + 219 194608 C 213.335 0.929 235.4 + 446 194608 C 213.335 14585 0.978 293.4 190.3 +24.1 169 1893 653C 194608 C 213.335 14591 0.636 284.2 150.3 +13.6 36 273 194608 C 213.335 14592 0.502 190.7 116.9 -23.6 133 667 194608 C 213.335 14593 0.072 345.6 112.1 + 9.9 175 908 194608 C 213.335 14597 0.442 155.6 100.1 -17.9 14 71 194608 C 213.335 14595 0.575 161.9 99.6 -27.3 148 857 194608 C 213.335 14598 0.632 143.8 86.8 -25.1 0 4 194608 C 213.335 0.775 141.6 + 201 194608 C 213.335 0.909 72.8 + 225 194608 C 213.335 ( 11.2)(111.1) (+ 5.9)( 675)( 4673)( 1744) 194608 G 214.357 0.950 236.4 + 253 194608 G 214.357 0.948 222.4 + 267 194608 G 214.357 14585 0.997 293.6 185.4 +24.0 12 85 194608 G 214.357 14591 0.788 282.0 149.7 +13.1 22 143 130C 194608 G 214.357 14592 0.577 211.0 116.5 -23.8 110 609 194608 G 214.357 14593 0.253 286.7 111.8 +10.0 164 918 194608 G 214.357 14595 0.556 183.6 99.8 -27.6 105 824 194608 G 214.357 14597 0.410 184.4 99.5 -18.1 43 175 194608 G 214.357 14599 0.979 74.0 18.4 +16.9 55 319 217C 194608 G 214.357 0.788 70.0 + 171 194608 G 214.357 ( 11.6)( 97.6) (+ 6.0)( 511)( 3073)( 1038) 194608 G 215.357 0.942 221.0 + 263 194608 G 215.357 14591 0.913 280.9 150.8 +12.4 28 200 392C 194608 G 215.357 14592 0.702 226.3 118.0 -24.0 113 545 194608 G 215.357 14593 0.478 279.7 112.8 + 9.9 188 851 194608 G 215.357 14597 0.479 209.3 98.7 -18.8 43 216 194608 G 215.357 14595 0.589 199.6 97.2 -27.7 123 793 194608 G 215.357 14599 0.912 74.6 18.2 +16.4 77 355 300C 194608 G 215.357 14600 0.989 110.8 5.9 -19.4 89 594 430C 194608 G 215.357 0.943 60.8 + 176 194608 G 215.357 ( 12.0)( 84.4) (+ 6.0)( 661)( 3554)( 1561) 194608 C 216.334 0.953 222.5 + 217 194608 C 216.334 14591 0.978 282.5 150.2 +13.5 64 413 545C 194608 C 216.334 14592 0.813 234.9 117.8 -23.7 83 470 181C 194608 C 216.334 14593 0.658 278.1 112.6 + 9.9 152 772 194608 C 216.334 14597 0.601 225.6 98.4 -19.4 26 184 194608 C 216.334 14595 0.666 213.3 95.8 -28.2 109 787 115P 194608 C 216.334 14601 0.685 120.1 33.7 -15.2 1 16 194608 C 216.334 14599 0.801 74.2 18.2 +16.3 56 325 194608 C 216.334 14600 0.942 113.3 5.0 -19.5 137 969 523C 194608 C 216.334 0.887 60.0 + 119 194608 C 216.334 0.924 73.3 + 387 194608 C 216.334 0.968 129.2 + 153 194608 C 216.334 ( 12.3)( 71.4) (+ 6.1)( 628)( 3936)( 2240) 194608 G 217.453 0.944 289.6 + 213 194608 G 217.453 0.838 295.0 + 208 194608 G 217.453 14592 0.919 241.0 117.7 -23.5 87 467 409C 194608 G 217.453 14593 0.831 278.2 113.2 +10.3 126 743 453C 194608 G 217.453 14597 0.736 236.0 96.9 -19.6 8 53 117C 194608 G 217.453 14595 0.787 226.4 96.8 -28.1 87 605 463C 194608 G 217.453 14601 0.495 135.6 35.8 -14.8 3 12 194608 G 217.453 14599 0.630 71.6 18.3 +16.3 59 325 194608 G 217.453 14600 0.841 117.8 4.9 -19.3 141 975 416C 194608 G 217.453 14602 0.895 73.8 352.9 +17.3 6 16 113C 194608 G 217.453 14603 0.972 109.1 343.2 -16.9 10 77 251C 194608 G 217.453 0.937 131.9 + 123 194608 G 217.453 0.964 117.1 + 178 194608 G 217.453 ( 12.8)( 56.7) (+ 6.2)( 527)( 3273)( 2944) 194608 G 218.526 0.944 294.0 + 317 194608 G 218.526 0.884 302.4 + 158 194608 G 218.526 0.840 290.5 + 137 194608 G 218.526 0.786 220.0 + 130 194608 G 218.526 14592 0.982 244.4 117.5 -23.6 70 427 376C 194608 G 218.526 14593 0.947 278.4 114.2 + 9.9 112 721 654C 194608 G 218.526 14595 0.898 234.4 98.2 -28.1 74 478 767C 194608 G 218.526 14597 0.861 243.4 96.9 -19.1 0 5 174C 194608 G 218.526 14604 0.329 140.4 30.3 - 8.6 10 34 194608 G 218.526 14599 0.431 65.3 18.6 +16.0 62 309 194608 G 218.526 14600 0.714 125.2 4.4 -19.4 141 878 229F 194608 G 218.526 14603 0.891 112.9 343.5 -17.2 28 165 341C 194608 G 218.526 0.853 139.4 + 91 194608 G 218.526 0.940 135.2 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14595 0.976 239.3 88.8 -28.1 16 61 681C 194608 G 220.463 14606 0.753 294.9 64.5 +22.7 24 108 194608 G 220.463 14604 0.343 223.5 30.6 - 8.2 7 26 194608 G 220.463 14599 0.171 350.4 19.9 +16.0 55 286 194608 G 220.463 14607 0.419 161.4 8.9 -17.0 3 10 194608 G 220.463 14600 0.485 154.1 4.0 -19.6 146 901 194608 G 220.463 14602 0.432 65.4 352.9 +16.1 3 12 194608 G 220.463 14608 0.553 123.9 349.0 -12.3 1 7 194608 G 220.463 14609 0.582 125.8 347.9 -14.4 5 14 194608 G 220.463 14603 0.666 120.5 340.7 -14.7 12 67 194608 G 220.463 14605 0.928 107.3 311.4 -13.5 24 177 430C 194608 G 220.463 0.923 122.5 + 124 194608 G 220.463 0.925 66.9 + 566 194608 G 220.463 0.950 114.7 + 210 194608 G 220.463 ( 13.9)( 16.9) (+ 6.3)( 333)( 1772)( 2779) 194608 G 221.436 0.972 235.8 + 286 194608 G 221.436 0.954 297.6 + 271 194608 G 221.436 0.926 308.7 + 165 194608 G 221.436 14606 0.869 292.5 64.2 +22.7 20 108 191C 194608 G 221.436 14604 0.525 241.7 31.8 - 8.7 6 15 194608 G 221.436 14599 0.296 305.3 18.5 +16.0 50 292 194608 G 221.436 14607 0.394 192.7 9.2 -16.1 15 99 194608 G 221.436 14600 0.442 179.5 3.8 -19.7 150 840 194608 G 221.436 14602 0.266 46.8 352.4 +16.7 33 151 194608 G 221.436 14608 0.390 144.6 351.0 -12.3 8 29 194608 G 221.436 14609 0.447 142.4 347.7 -14.5 8 28 194608 G 221.436 14603 0.522 131.1 340.2 -14.2 5 27 194608 G 221.436 14605 0.830 110.5 311.3 -13.0 16 153 224F 194608 G 221.436 0.826 67.1 + 252 194608 G 221.436 0.894 119.4 + 152 194608 G 221.436 0.959 66.7 + 478 194608 G 221.436 0.963 52.4 + 201 194608 G 221.436 ( 14.3)( 4.0) (+ 6.4)( 311)( 1742)( 2220) 194608 G 222.414 14606 0.945 293.8 62.7 +24.5 25 162 295C 194608 G 222.414 14604 0.716 250.2 33.9 - 9.0 0 4 194608 G 222.414 14599 0.479 291.2 18.6 +15.7 55 312 194608 G 222.414 14607 0.494 219.4 10.1 -16.2 10 57 194608 G 222.414 14600 0.487 204.3 3.4 -19.9 111 793 194608 G 222.414 14602 0.184 350.3 352.9 +16.9 88 426 194608 G 222.414 14608 0.328 183.6 352.3 -12.5 10 26 194608 G 222.414 14609 0.366 170.5 347.5 -14.6 4 15 194608 G 222.414 14603 0.407 159.6 342.7 -15.9 2 10 194608 G 222.414 14605 0.698 116.0 311.2 -12.8 34 172 194608 G 222.414 0.857 65.6 + 274 194608 G 222.414 0.950 51.1 + 209 194608 G 222.414 0.955 59.8 + 227 194608 G 222.414 ( 14.6)(351.1) (+ 6.5)( 339)( 1977)( 1005) 194608 G 223.563 0.903 285.2 + 301 194608 G 223.563 14604 0.851 254.6 31.9 - 9.4 2 8 166C 194608 G 223.563 14599 0.685 286.0 18.9 +15.7 46 286 194608 G 223.563 14607 0.674 235.4 11.3 -17.2 7 31 194608 G 223.563 14600 0.611 224.2 2.8 -20.1 111 641 194608 G 223.563 14602 0.341 303.0 353.2 +16.9 64 485 194608 G 223.563 14608 0.423 219.2 351.7 -12.8 8 36 194608 G 223.563 14603 0.445 192.2 341.6 -19.2 4 17 194608 G 223.563 14605 0.515 127.7 311.3 -12.4 24 148 194608 G 223.563 14610 0.683 64.8 294.3 +21.8 3 10 194608 G 223.563 14611 0.928 118.2 273.3 -23.1 0 7 139C 194608 G 223.563 0.802 63.1 + 104 194608 G 223.563 0.830 50.0 + 166 194608 G 223.563 0.908 57.0 + 309 194608 G 223.563 0.948 47.5 + 318 194608 G 223.563 ( 15.0)(335.9) (+ 6.5)( 269)( 1669)( 1503) 194608 G 224.387 0.964 285.2 + 261 194608 G 224.387 14604 0.957 257.3 35.2 -10.0 0 8 248C 194608 G 224.387 14599 0.807 284.7 19.0 +15.7 61 329 203C 194608 G 224.387 14607 0.794 242.3 12.2 -17.2 2 11 194608 G 224.387 14600 0.716 233.1 2.5 -20.2 104 630 194608 G 224.387 14602 0.496 293.2 353.4 +17.0 105 592 194608 G 224.387 14608 0.553 233.7 352.1 -13.2 3 20 194608 G 224.387 14605 0.402 143.4 310.9 -12.4 28 157 194608 G 224.387 14612 0.411 45.3 306.6 +23.0 0 3 194608 G 224.387 14610 0.541 61.3 294.6 +20.7 1 4 194608 G 224.387 14611 0.869 121.1 271.4 -22.8 9 32 113C 194608 G 224.387 0.824 54.7 + 331 194608 G 224.387 0.832 40.2 + 144 194608 G 224.387 0.942 47.5 + 151 194608 G 224.387 ( 15.3)(325.0) (+ 6.6)( 313)( 1786)( 1451) 194608 G 225.570 0.862 287.5 + 123 194608 G 225.570 14599 0.934 284.7 19.2 +16.1 44 315 239C 194608 G 225.570 14600 0.854 241.1 2.1 -20.4 83 477 515C 194608 G 225.570 14608 0.747 245.8 353.6 -13.1 4 10 194608 G 225.570 14602 0.700 287.8 353.4 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273.2 -21.5 0 4 194608 G 226.364 14615 0.565 128.2 271.7 -14.5 3 10 194608 G 226.364 14616 0.937 81.2 228.8 +10.5 16 88 293C 194608 G 226.364 14617 0.989 71.0 215.6 +19.8 0 36 153P 194608 G 226.364 0.894 117.4 + 198 194608 G 226.364 0.940 105.8 + 139 194608 G 226.364 ( 16.0)(298.9) (+ 6.7)( 274)( 1889)( 2344) 194608 G 227.341 0.894 216.0 + 121 194608 G 227.341 0.888 241.9 + 258 194608 G 227.341 14600 0.981 247.5 1.0 -20.4 45 270 509C 194608 G 227.341 14602 0.927 285.1 354.7 +16.5 127 719 267C 194608 G 227.341 14608 0.925 254.0 351.1 -12.0 9 60 133C 194608 G 227.341 14613 0.664 239.9 322.2 -14.1 5 14 194608 G 227.341 14605 0.512 232.7 310.5 -11.9 24 132 194608 G 227.341 14615 0.427 146.9 272.1 -14.4 3 10 194608 G 227.341 14611 0.532 154.1 271.5 -22.0 0 4 194608 G 227.341 14616 0.828 81.5 229.7 +10.8 21 101 172C 194608 G 227.341 14617 0.961 70.4 210.8 +20.7 42 328 408C 194608 G 227.341 14618 0.966 57.5 209.8 +33.1 0 10 139C 194608 G 227.341 0.829 123.1 + 132 194608 G 227.341 0.865 110.7 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194608 G 229.395 14605 0.816 250.2 310.3 -11.8 23 141 121C 194608 G 229.395 14615 0.419 215.3 273.1 -13.3 3 12 194608 G 229.395 1243A 0.442 153.5 247.0 -16.6 5 24 194608 G 229.395 14616 0.507 77.9 228.5 +11.9 71 518 194608 G 229.395 14617 0.750 68.7 210.8 +20.4 36 297 176C 194608 G 229.395 14618 0.798 54.2 209.0 +32.3 2 9 165C 194608 G 229.395 14619 0.880 70.1 196.8 +20.7 39 163 272C 194608 G 229.395 14620 0.959 66.9 184.2 +24.0 111 889 576C 194608 G 229.395 0.908 113.6 + 209 194608 G 229.395 0.966 54.2 + 226 194608 G 229.395 ( 17.0)(258.8) (+ 6.8)( 290)( 2053)( 2371) 194608 C 230.324 0.909 243.4 + 211 194608 C 230.324 0.896 294.2 + 309 194608 C 230.324 0.828 306.9 + 128 194608 C 230.324 14605 0.912 254.1 309.8 -11.5 24 166 160C 194608 C 230.324 14616 0.314 69.9 229.0 +12.7 79 650 194608 C 230.324 14617 0.606 65.9 210.6 +19.8 38 297 194608 C 230.324 14618 0.702 48.9 207.7 +32.8 15 62 194608 C 230.324 14619 0.774 68.5 196.3 +20.9 42 213 215C 194608 C 230.324 14620 0.884 66.7 184.3 +23.7 143 925 422C 194608 C 230.324 0.846 116.7 + 165 194608 C 230.324 0.914 54.8 + 229 194608 C 230.324 ( 17.3)(246.5) (+ 6.8)( 341)( 2313)( 1839) 194608 G 231.579 0.955 297.4 + 189 194608 G 231.579 14605 0.988 256.7 308.9 -11.9 16 135 251C 194608 G 231.579 14621 0.897 287.2 294.3 +18.5 10 38 264F 194608 G 231.579 14616 0.093 5.3 229.4 +12.2 86 471 194608 G 231.579 14617 0.386 53.1 210.8 +19.9 32 197 194608 G 231.579 14618 0.547 36.7 207.2 +32.3 11 43 194608 G 231.579 14619 0.579 63.7 196.4 +20.6 30 159 194608 G 231.579 14620 0.746 63.7 183.0 +24.0 113 988 222C 194608 G 231.579 0.866 50.6 + 271 194608 G 231.579 0.925 121.5 + 231 194608 G 231.579 0.944 73.1 + 273 194608 G 231.579 ( 17.7)(229.9) (+ 6.9)( 298)( 2031)( 1701) 194608 G 232.394 0.937 243.5 + 161 194608 G 232.394 0.921 300.3 + 208 194608 G 232.394 0.850 238.8 + 128 194608 G 232.394 0.820 309.3 + 169 194608 G 232.394 14621 0.960 287.8 294.0 +19.0 16 153 375C 194608 G 232.394 14615 0.857 250.4 274.9 -12.9 5 13 111C 194608 G 232.394 14616 0.193 299.2 229.1 +12.2 74 416 194608 G 232.394 14617 0.257 28.2 211.8 +19.9 18 134 194608 G 232.394 14618 0.440 16.8 210.6 +31.6 1 8 194608 G 232.394 14619 0.450 55.8 195.8 +21.0 21 128 194608 G 232.394 14620 0.632 60.8 182.4 +23.5 118 879 194608 G 232.394 0.787 47.4 + 212 194608 G 232.394 0.862 71.5 + 234 194608 G 232.394 0.898 125.4 + 155 194608 G 232.394 0.945 77.6 + 282 194608 G 232.394 ( 18.0)(219.2) (+ 6.9)( 253)( 1731)( 2035) 194608 C 233.373 0.967 292.1 + 257 194608 C 233.373 0.939 253.3 + 176 194608 C 233.373 0.938 243.3 + 206 194608 C 233.373 0.917 300.9 + 233 194608 C 233.373 0.884 309.9 + 246 194608 C 233.373 14616 0.389 283.7 228.8 +11.7 42 311 194608 C 233.373 14617 0.226 335.3 211.9 +18.8 26 164 194608 C 233.373 14618 0.461 3.9 204.0 +34.3 5 30 194608 C 233.373 14619 0.315 38.1 194.2 +21.2 36 216 194608 C 233.373 14620 0.473 52.3 182.3 +23.2 121 867 194608 C 233.373 14622 0.927 72.3 137.5 +19.0 5 12 129F 194608 C 233.373 14623 0.988 81.5 124.4 + 9.4 69 460 223C 194608 C 233.373 0.746 70.6 + 182 194608 C 233.373 0.843 133.7 + 234 194608 C 233.373 0.846 76.9 + 246 194608 C 233.373 ( 18.3)(206.2) (+ 7.0)( 304)( 2060)( 2132) 194608 G 234.339 0.949 302.2 + 221 194608 G 234.339 0.945 311.4 + 223 194608 G 234.339 0.897 244.3 + 179 194608 G 234.339 14616 0.581 281.0 229.0 +12.1 27 176 194608 G 234.339 14617 0.380 304.6 212.7 +19.0 21 257 194608 G 234.339 14618 0.478 344.8 202.2 +34.3 5 52 194608 G 234.339 14619 0.259 3.0 192.7 +22.0 74 331 194608 G 234.339 1243B 0.365 174.2 191.3 -14.2 1 4 194608 G 234.339 14620 0.337 32.6 182.1 +23.3 97 753 194608 G 234.339 14622 0.826 71.5 137.7 +19.1 4 12 82C 194608 G 234.339 14623 0.931 82.6 124.4 + 9.4 74 397 303C 194608 G 234.339 14624 0.984 115.8 118.2 -23.8 0 14 218C 194608 G 234.339 0.771 80.6 + 139 194608 G 234.339 0.956 66.4 + 276 194608 G 234.339 ( 18.6)(193.5) (+ 7.0)( 303)( 1996)( 1641) 194608 G 235.396 0.967 305.4 + 176 194608 G 235.396 0.886 315.5 + 122 194608 G 235.396 14616 0.758 279.7 229.1 +11.9 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194608 G 236.439 0.836 77.7 + 187 194608 G 236.439 0.962 122.6 + 205 194608 G 236.439 ( 19.2)(165.7) (+ 7.1)( 254)( 1511)( 693) 194608 G 237.343 0.893 243.8 + 170 194608 G 237.343 0.888 293.0 + 104 194608 G 237.343 0.827 303.9 + 191 194608 G 237.343 14616 0.950 280.9 226.4 +12.5 0 14 432C 194608 G 237.343 14617 0.859 287.1 213.4 +18.3 22 78 321C 194608 G 237.343 14619 0.632 295.1 191.5 +21.2 28 133 194608 G 237.343 14620 0.512 304.3 181.0 +23.0 88 469 194608 G 237.343 14622 0.278 48.1 141.3 +17.6 5 19 194608 G 237.343 14623 0.491 83.4 124.3 + 9.4 93 410 194608 G 237.343 14625 0.849 122.0 102.9 -22.3 8 54 224SF 194608 G 237.343 0.929 129.6 + 229 194608 G 237.343 0.936 59.1 + 230 194608 G 237.343 0.962 121.0 + 337 194608 G 237.343 ( 19.5)(153.8) (+ 7.1)( 244)( 1177)( 2238) 194608 G 238.340 0.944 248.2 + 171 194608 G 238.340 0.921 291.5 + 333 194608 G 238.340 0.894 303.3 + 241 194608 G 238.340 0.836 241.5 + 146 194608 G 238.340 1243E 0.964 285.5 216.2 +16.7 0 9 453C 194608 G 238.340 1243F 0.880 285.7 202.8 +17.2 2 9 453C 194608 G 238.340 14619 0.769 291.3 190.4 +20.8 19 82 171C 194608 G 238.340 14620 0.667 296.9 180.7 +23.0 81 474 194608 G 238.340 14622 0.198 3.1 140.0 +18.4 12 74 194608 G 238.340 14623 0.284 80.7 124.2 + 9.4 96 433 194608 G 238.340 14626 0.536 53.9 112.3 +24.6 1 5 194608 G 238.340 14625 0.748 128.3 101.4 -22.1 56 314 137S 194608 G 238.340 0.845 137.1 + 138 194608 G 238.340 0.902 60.1 + 301 194608 G 238.340 0.916 127.1 + 645 194608 G 238.340 ( 19.7)(140.6) (+ 7.1)( 267)( 1400)( 2736) 194608 G 239.343 0.972 288.2 + 533 194608 G 239.343 0.958 302.8 + 282 194608 G 239.343 0.939 245.8 + 213 194608 G 239.343 0.812 306.6 + 203 194608 G 239.343 14619 0.893 289.6 191.2 +20.7 6 28 256C 194608 G 239.343 14620 0.802 293.2 180.3 +22.8 75 388 127C 194608 G 239.343 14622 0.294 314.9 140.1 +18.8 6 19 194608 G 239.343 14623 0.070 57.6 124.0 + 9.2 91 446 194608 G 239.343 14624 0.514 159.4 116.2 -21.7 0 3 194608 G 239.343 14626 0.369 32.6 114.8 +25.0 6 23 194608 G 239.343 14625 0.637 139.5 100.9 -22.6 84 463 194608 G 239.343 0.814 57.0 + 133 194608 G 239.343 0.818 133.6 + 187 194608 G 239.343 0.926 64.2 + 224 194608 G 239.343 0.928 132.6 + 166 194608 G 239.343 ( 20.0)(127.4) (+ 7.1)( 268)( 1370)( 2324) 194608 C 240.317 0.868 299.4 + 187 194608 C 240.317 0.852 311.1 + 178 194608 C 240.317 14619 0.980 289.1 194.5 +20.1 5 22 104C 194608 C 240.317 14620 0.905 292.0 179.9 +22.9 47 403 386C 194608 C 240.317 14622 0.453 295.3 139.8 +17.5 32 117 194608 C 240.317 14623 0.164 283.1 123.8 + 9.1 121 480 194608 C 240.317 14627 0.278 359.5 114.7 +23.2 8 25 194608 C 240.317 14626 0.304 3.0 113.5 +24.7 41 236 194608 C 240.317 14625 0.541 155.3 100.4 -22.5 71 440 194608 C 240.317 14628 0.633 117.1 79.6 -10.9 15 55 194608 C 240.317 0.845 138.2 + 194 194608 C 240.317 ( 20.3)(114.5) (+ 7.1)( 340)( 1778)( 1049) 194608 G 241.329 0.963 339.9 + 13 194608 G 241.329 0.946 298.4 + 277 194608 G 241.329 0.944 237.3 + 222 194608 G 241.329 0.936 349.0 + 15 194608 G 241.329 0.925 221.4 + 148 194608 G 241.329 0.920 307.6 + 315 194608 G 241.329 0.850 289.4 + 267 194608 G 241.329 14620 0.974 291.8 179.5 +22.8 44 388 436C 194608 G 241.329 14622 0.630 288.9 139.6 +17.5 6 23 194608 G 241.329 14623 0.383 276.1 123.7 + 9.0 90 422 194608 G 241.329 14627 0.345 322.4 114.2 +22.8 6 35 194608 G 241.329 14626 0.350 336.1 110.1 +25.6 57 260 194608 G 241.329 14625 0.491 177.9 100.0 -22.1 57 278 194608 G 241.329 14628 0.462 129.9 80.1 -10.5 51 238 194608 G 241.329 14629 0.557 68.8 68.2 +17.6 25 88 194608 G 241.329 14630 0.933 109.3 35.5 -15.1 7 15 143C 194608 G 241.329 14631 0.987 75.0 19.1 +15.9 27 164 101S 194608 G 241.329 0.831 75.7 + 77 194608 G 241.329 0.946 82.8 + 166 194608 G 241.329 ( 20.6)(101.1) (+ 7.2)( 370)( 1911)( 2180) 194608 G 242.434 0.983 296.5 + 90 194608 G 242.434 0.967 307.9 + 228 194608 G 242.434 0.962 236.2 + 196 194608 G 242.434 0.958 288.8 + 243 194608 G 242.434 14622 0.805 286.1 140.3 +17.2 2 17 172C 194608 G 242.434 14623 0.600 275.1 123.5 + 8.8 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201.3 80.9 -10.4 82 354 194609 G 243.381 14629 0.200 19.7 70.0 +18.0 91 548 194609 G 243.381 14633 0.653 85.6 33.0 + 8.3 1 6 194609 G 243.381 14631 0.823 76.0 18.2 +15.6 31 186 238C 194609 G 243.381 14635 0.872 74.0 12.8 +17.5 2 7 238C 194609 G 243.381 14634 0.964 74.3 358.3 +17.0 33 218 276C 194609 G 243.381 0.909 114.1 + 211 194609 G 243.381 0.978 106.1 + 223 194609 G 243.381 0.981 115.1 + 161 194609 G 243.381 ( 21.1)( 74.0) (+ 7.2)( 436)( 2301)( 1713) 194609 G 244.408 0.886 238.5 + 304 194609 G 244.408 14622 0.988 287.0 143.0 +17.8 0 16 239C 194609 G 244.408 14623 0.891 276.2 123.9 + 8.7 74 421 283C 194609 G 244.408 14627 0.812 292.8 114.5 +22.6 50 336 215C 194609 G 244.408 14626 0.812 296.4 114.0 +25.5 63 327 215C 194609 G 244.408 14625 0.768 234.2 102.3 -21.3 18 101 194609 G 244.408 14628 0.461 231.4 81.9 -10.0 64 350 194609 G 244.408 14629 0.240 320.8 69.6 +17.8 97 532 194609 G 244.408 14632 0.303 63.6 44.3 +14.6 10 36 194609 G 244.408 14631 0.677 74.6 18.0 +15.7 40 188 194609 G 244.408 14635 0.732 71.4 13.7 +18.5 5 23 194609 G 244.408 14636 0.908 134.9 8.4 -35.6 0 6 76C 194609 G 244.408 14634 0.882 74.6 358.0 +17.0 34 176 327F 194609 G 244.408 0.929 117.0 + 259 194609 G 244.408 0.950 108.7 + 161 194609 G 244.408 ( 21.4)( 60.5) (+ 7.2)( 455)( 2512)( 1864) 194609 C 245.405 0.955 242.1 + 335 194609 C 245.405 0.899 282.8 + 269 194609 C 245.405 0.859 231.4 + 448 194609 C 245.405 0.794 219.4 + 198 194609 C 245.405 14623 0.970 277.2 123.9 + 8.7 75 471 225C 194609 C 245.405 14626 0.925 294.8 115.7 +25.6 29 213 554C 194609 C 245.405 14627 0.914 291.5 114.0 +22.5 81 633 554C 194609 C 245.405 14625 0.874 240.5 101.9 -21.4 18 83 153N 194609 C 245.405 14628 0.631 244.4 82.5 -10.0 42 262 194609 C 245.405 14629 0.400 298.6 68.8 +17.7 88 448 194609 C 245.405 14632 0.135 21.6 44.4 +14.4 11 33 194609 C 245.405 14633 0.235 84.1 33.7 + 8.4 1 5 194609 C 245.405 14631 0.511 71.2 17.3 +15.7 34 205 194609 C 245.405 14635 0.563 67.0 14.3 +18.7 5 22 194609 C 245.405 14636 0.841 141.6 7.4 -35.7 8 22 140C 194609 C 245.405 14634 0.762 74.0 357.6 +16.8 31 172 246F 194609 C 245.405 14637 0.978 107.3 332.2 -15.1 16 61 226C 194609 C 245.405 0.853 122.8 + 240 194609 C 245.405 0.857 112.3 + 186 194609 C 245.405 0.942 115.4 + 232 194609 C 245.405 ( 21.6)( 47.3) (+ 7.2)( 439)( 2630)( 3452) 194609 C 246.332 0.958 282.9 + 284 194609 C 246.332 0.936 237.4 + 272 194609 C 246.332 0.853 230.0 + 261 194609 C 246.332 0.835 216.6 + 254 194609 C 246.332 14627 0.977 292.0 114.4 +23.0 80 607 348C 194609 C 246.332 14626 0.959 294.5 109.8 +25.5 16 92 348C 194609 C 246.332 14625 0.946 244.6 101.2 -21.2 14 67 170N 194609 C 246.332 14628 0.793 251.7 84.6 - 9.7 35 250 140C 194609 C 246.332 14629 0.565 291.3 68.4 +17.9 87 451 194609 C 246.332 14632 0.223 301.6 46.2 +13.7 5 22 194609 C 246.332 14631 0.336 62.6 17.0 +15.7 27 175 194609 C 246.332 14635 0.395 58.0 14.4 +18.8 5 19 194609 C 246.332 14636 0.776 151.0 7.3 -36.3 7 28 70C 194609 C 246.332 14634 0.619 71.7 357.3 +16.9 15 161 194609 C 246.332 14637 0.958 107.6 324.2 -15.0 44 203 377C 194609 C 246.332 0.736 118.0 + 130 194609 C 246.332 0.895 115.0 + 142 194609 C 246.332 0.905 124.0 + 209 194609 C 246.332 ( 21.8)( 35.0) (+ 7.2)( 335)( 2075)( 2657) 194609 G 247.382 0.990 296.7 + 196 194609 G 247.382 0.983 239.9 + 314 194609 G 247.382 0.938 234.1 + 358 194609 G 247.382 0.907 292.1 + 188 194609 G 247.382 0.874 222.9 + 213 194609 G 247.382 0.852 301.4 + 162 194609 G 247.382 14628 0.920 256.1 86.0 - 9.7 23 174 364C 194609 G 247.382 14629 0.741 288.0 68.9 +18.1 75 389 98C 194609 G 247.382 14631 0.148 19.5 18.3 +15.2 39 209 194609 G 247.382 14634 0.439 65.1 356.7 +17.2 24 164 194609 G 247.382 14637 0.863 111.1 325.3 -14.1 56 251 197C 194609 G 247.382 0.961 66.3 + 442 194609 G 247.382 ( 22.1)( 21.2) (+ 7.2)( 217)( 1187)( 2532) 194609 C 248.319 0.928 229.5 + 258 194609 C 248.319 0.916 300.5 + 239 194609 C 248.319 14628 0.976 257.6 84.3 -10.4 29 141 625C 194609 C 248.319 14629 0.865 287.0 69.1 +18.2 58 373 243C 194609 C 248.319 14631 0.209 313.7 17.8 +15.4 36 204 194609 C 248.319 14634 0.279 50.1 355.9 +17.3 32 168 194609 C 248.319 14637 0.756 116.3 324.6 -14.4 52 301 127C 194609 C 248.319 0.907 64.1 + 260 194609 C 248.319 0.932 112.3 + 264 194609 C 248.319 0.952 71.1 + 219 194609 C 248.319 ( 22.3)( 8.8) (+ 7.2)( 207)( 1187)( 2235) 194609 G 249.358 0.961 231.5 + 159 194609 G 249.358 0.940 299.9 + 203 194609 G 249.358 14629 0.952 287.1 68.3 +18.4 67 348 356C 194609 G 249.358 14631 0.402 291.1 17.8 +15.0 30 169 194609 G 249.358 14634 0.175 353.5 356.3 +17.2 24 127 194609 G 249.358 14637 0.609 125.6 324.5 -14.5 59 313 194609 G 249.358 0.819 62.1 + 206 194609 G 249.358 0.872 125.8 + 205 194609 G 249.358 0.901 70.9 + 201 194609 G 249.358 0.914 113.5 + 215 194609 G 249.358 0.939 58.7 + 235 194609 G 249.358 ( 22.5)(355.1) (+ 7.2)( 180)( 957)( 1780) 194609 C 250.363 0.978 287.2 + 181 194609 C 250.363 0.868 283.1 + 241 194609 C 250.363 14631 0.589 286.4 17.6 +15.5 24 160 194609 C 250.363 14634 0.292 307.1 355.8 +17.2 25 105 194609 C 250.363 14637 0.461 142.3 325.0 -14.3 40 209 194609 C 250.363 0.886 56.6 + 281 194609 C 250.363 ( 22.7)(341.8) (+ 7.3)( 89)( 474)( 703) 194609 G 251.347 0.958 282.0 + 175 194609 G 251.347 0.780 236.4 + 159 194609 G 251.347 14631 0.746 283.8 17.2 +15.1 24 149 118C 194609 G 251.347 14634 0.506 286.8 358.7 +14.7 28 109 194609 G 251.347 14637 0.379 166.6 323.6 -14.2 31 151 194609 G 251.347 14638 0.917 111.4 266.2 -16.3 0 11 144C 194609 G 251.347 14639 0.981 110.4 253.4 -18.3 0 18 194609 G 251.347 0.925 57.0 + 229 194609 G 251.347 ( 23.0)(328.8) (+ 7.3)( 83)( 438)( 825) 194609 G 252.406 0.883 244.9 + 228 194609 G 252.406 14631 0.878 283.2 16.8 +15.0 30 164 269C 194609 G 252.406 1244A 0.745 281.1 3.2 +13.1 4 12 194609 G 252.406 14634 0.669 287.2 356.5 +16.8 1 7 194609 G 252.406 14637 0.423 208.1 326.6 -14.8 29 139 194609 G 252.406 14638 0.760 115.4 270.0 -13.9 11 45 68C 194609 G 252.406 14639 0.929 112.2 250.6 -17.5 0 7 209C 194609 G 252.406 0.889 53.6 + 269 194609 G 252.406 0.957 77.3 + 500 194609 G 252.406 ( 23.2)(314.8) (+ 7.2)( 75)( 374)( 1543) 194609 G 253.355 0.958 247.6 + 234 194609 G 253.355 0.833 242.7 + 265 194609 G 253.355 0.819 290.4 + 137 194609 G 253.355 14631 0.956 283.6 16.3 +15.1 30 166 286C 194609 G 253.355 14634 0.775 283.9 353.3 +15.3 2 13 83C 194609 G 253.355 14637 0.550 229.4 327.7 -14.4 15 60 194609 G 253.355 14638 0.595 124.2 272.1 -13.3 45 191 194609 G 253.355 14639 0.823 117.4 252.4 -17.6 8 41 124C 194609 G 253.355 14640 0.834 81.6 245.3 +11.0 0 4 210F 194609 G 253.355 0.840 52.2 + 109 194609 G 253.355 0.908 70.6 + 133 194609 G 253.355 0.924 63.4 + 152 194609 G 253.355 0.941 118.4 + 280 194609 G 253.355 0.944 49.7 + 210 194609 G 253.355 0.950 77.6 + 314 194609 G 253.355 ( 23.4)(302.3) (+ 7.2)( 100)( 475)( 2537) 194609 G 254.377 0.954 251.1 + 194 194609 G 254.377 0.939 238.4 + 222 194609 G 254.377 0.901 246.9 + 176 194609 G 254.377 0.899 229.1 + 192 194609 G 254.377 14634 0.921 289.0 356.7 +20.2 3 11 315C 194609 G 254.377 14637 0.750 240.5 331.5 -16.4 7 52 141C 194609 G 254.377 14638 0.445 140.7 272.0 -13.4 49 279 194609 G 254.377 14639 0.685 124.9 252.9 -17.2 24 109 194609 G 254.377 14640 0.702 81.6 244.0 +11.0 18 56 194609 G 254.377 14641 0.924 74.3 220.4 +17.2 0 9 332C 194609 G 254.377 0.842 77.6 + 249 194609 G 254.377 0.892 62.5 + 144 194609 G 254.377 0.951 81.7 + 115 194609 G 254.377 0.979 68.2 + 314 194609 G 254.377 ( 23.6)(288.8) (+ 7.2)( 101)( 516)( 2394) 194609 G 255.581 0.974 288.2 + 256 194609 G 255.581 0.940 235.4 + 180 194609 G 255.581 14637 0.896 245.8 331.9 -17.9 10 36 225C 194609 G 255.581 14638 0.347 177.0 271.8 -12.9 72 394 194609 G 255.581 14639 0.526 140.9 252.7 -17.2 31 210 194609 G 255.581 14640 0.469 78.5 245.0 +11.7 101 609 194609 G 255.581 14641 0.771 73.4 222.4 +17.3 4 14 83F 194609 G 255.581 14642 0.956 73.8 198.9 +17.5 30 198 616C 194609 G 255.581 14643 0.987 69.4 190.4 +21.4 179 1376 616C 194609 G 255.581 0.876 70.9 + 198 194609 G 255.581 0.890 81.4 + 153 194609 G 255.581 0.911 40.8 + 244 194609 G 255.581 0.946 57.0 + 213 194609 G 255.581 ( 23.8)(272.9) (+ 7.2)( 427)( 2837)( 2168) 194609 K 256.088 0.818 250.5 + 117 194609 K 256.088 14637 0.954 249.1 335.0 -17.4 7 13 248C 194609 K 256.088 14638 0.359 196.2 272.1 -12.9 77 442 194609 K 256.088 14639 0.461 152.2 253.3 -17.0 36 188 194609 K 256.088 14640 0.361 76.3 245.3 +11.6 140 736 194609 K 256.088 14641 0.683 72.3 223.4 +17.3 3 14 194609 K 256.088 14642 0.912 73.7 199.6 +17.8 48 215 568C 194609 K 256.088 14643 0.963 70.5 190.4 +20.7 187 1162 568C 194609 K 256.088 0.816 71.9 + 378 194609 K 256.088 0.904 117.1 + 267 194609 K 256.088 0.922 56.7 + 294 194609 K 256.088 ( 23.9)(266.2) (+ 7.2)( 498)( 2770)( 1872) 194609 G 257.378 0.959 251.9 + 195 194609 G 257.378 0.890 240.4 + 159 194609 G 257.378 0.885 227.7 + 156 194609 G 257.378 14638 0.506 228.7 272.0 -12.8 50 296 194609 G 257.378 14639 0.418 188.7 253.0 -17.1 47 167 194609 G 257.378 14640 0.106 36.5 245.5 +12.1 142 710 194609 G 257.378 14641 0.465 67.5 222.7 +16.7 10 33 194609 G 257.378 14642 0.768 72.7 199.0 +17.9 35 200 656F 194609 G 257.378 14643 0.853 69.7 190.4 +21.0 141 1105 194609 G 257.378 14644 0.988 71.9 166.5 +18.9 0 13 126C 194609 G 257.378 0.855 118.5 + 183 194609 G 257.378 0.861 50.7 + 137 194609 G 257.378 0.928 17.9 + 186 194609 G 257.378 0.943 58.9 + 166 194609 G 257.378 0.973 52.5 + 215 194609 G 257.378 ( 24.1)(249.2) (+ 7.2)( 425)( 2524)( 2179) 194609 G 258.348 0.952 245.9 + 188 194609 G 258.348 0.939 232.1 + 210 194609 G 258.348 0.911 294.3 + 445 194609 G 258.348 0.841 250.1 + 114 194609 G 258.348 14638 0.657 241.5 272.5 -12.4 51 276 194609 G 258.348 14639 0.491 213.3 252.7 -17.3 24 146 194609 G 258.348 14640 0.172 299.2 245.2 +11.9 122 801 194609 G 258.348 14641 0.273 50.1 223.8 +17.1 4 18 194609 G 258.348 14642 0.615 70.1 199.2 +17.8 34 170 158F 194609 G 258.348 14643 0.722 67.9 190.9 +20.9 114 1035 158F 194609 G 258.348 14644 0.937 72.7 165.9 +18.7 25 121 242C 194609 G 258.348 0.899 17.1 + 106 194609 G 258.348 0.907 65.5 + 345 194609 G 258.348 0.939 57.9 + 253 194609 G 258.348 0.950 50.6 + 302 194609 G 258.348 ( 24.3)(236.4) (+ 7.2)( 374)( 2567)( 2363) 194609 G 259.585 0.906 290.3 + 487 194609 G 259.585 14638 0.832 249.9 272.9 -12.3 31 227 139SF 194609 G 259.585 14639 0.665 232.8 253.6 -17.7 3 15 194609 G 259.585 14645 0.720 222.0 252.4 -26.2 3 6 194609 G 259.585 14640 0.428 282.7 245.1 +11.9 148 1001 194609 G 259.585 14642 0.393 60.9 199.0 +17.7 30 187 194609 G 259.585 14643 0.520 61.3 190.9 +20.7 115 1006 194609 G 259.585 14644 0.813 71.8 165.5 +18.9 21 74 141C 194609 G 259.585 0.779 56.2 + 205 194609 G 259.585 0.938 76.0 + 144 194609 G 259.585 0.938 51.1 + 322 194609 G 259.585 0.957 66.1 + 221 194609 G 259.585 ( 24.5)(220.0) (+ 7.2)( 351)( 2516)( 1659) 194609 C 260.319 0.961 292.6 + 191 194609 C 260.319 0.946 304.0 + 149 194609 C 260.319 0.934 231.6 + 120 194609 C 260.319 0.863 298.4 + 234 194609 C 260.319 0.757 237.7 + 165 194609 C 260.319 14638 0.907 253.0 272.7 -12.1 31 162 378SF 194609 C 260.319 14645 0.782 226.8 250.0 -26.9 6 30 109P 194609 C 260.319 14640 0.577 280.9 245.7 +12.1 122 895 194609 C 260.319 14642 0.257 50.4 198.6 +16.3 29 233 194609 C 260.319 14643 0.400 52.0 190.8 +20.9 55 854 194609 C 260.319 14644 0.708 70.2 165.8 +19.0 6 37 194609 C 260.319 14646 0.990 65.2 126.3 +25.5 7 38 194609 C 260.319 14647 0.995 83.6 125.6 + 7.1 10 134 194609 C 260.319 0.849 50.5 + 153 194609 C 260.319 0.863 75.1 + 138 194609 C 260.319 0.897 67.6 + 291 194609 C 260.319 0.973 76.4 + 92 194609 C 260.319 ( 24.6)(210.4) (+ 7.1)( 266)( 2383)( 2020) 194609 G 261.480 0.954 296.8 + 221 194609 G 261.480 0.899 234.3 + 153 194609 G 261.480 0.886 244.2 + 197 194609 G 261.480 14638 0.984 255.2 272.4 -13.1 25 186 286F 194609 G 261.480 14640 0.778 280.2 246.4 +12.4 116 778 174C 194609 G 261.480 14642 0.181 341.0 198.5 +16.9 22 142 194609 G 261.480 14643 0.251 18.3 190.2 +20.8 77 824 194609 G 261.480 14644 0.523 64.2 165.2 +19.3 2 16 194609 G 261.480 14648 0.810 66.2 141.3 +23.4 3 17 129C 194609 G 261.480 14646 0.939 65.6 124.2 +25.3 32 130 367C 194609 G 261.480 14647 0.944 85.4 123.9 + 6.7 51 256 189C 194609 G 261.480 0.964 75.8 + 166 194609 G 261.480 ( 24.8)(195.0) (+ 7.1)( 328)( 2349)( 1882) 194609 G 262.571 0.931 237.1 + 238 194609 G 262.571 14639 0.971 247.6 252.8 -19.7 0 18 314C 194609 G 262.571 14640 0.908 280.6 246.4 +12.5 92 783 486C 194609 G 262.571 14642 0.346 301.8 198.5 +17.2 21 114 194609 G 262.571 14643 0.277 327.1 189.8 +20.4 70 813 194609 G 262.571 14649 0.249 32.7 172.5 +19.1 0 7 194609 G 262.571 14648 0.673 58.5 141.0 +26.1 3 23 194609 G 262.571 14647 0.834 86.9 123.9 + 6.5 39 243 164C 194609 G 262.571 14646 0.845 64.3 123.3 +25.5 20 138 280C 194609 G 262.571 0.908 70.8 + 293 194609 G 262.571 0.941 117.4 + 312 194609 G 262.571 0.951 60.9 + 461 194609 G 262.571 ( 24.9)(180.6) (+ 7.1)( 245)( 2139)( 2548) 194609 G 263.346 0.921 302.0 + 257 194609 G 263.346 0.800 284.2 + 187 194609 G 263.346 14640 0.966 280.9 246.3 +12.3 110 897 506C 194609 G 263.346 14642 0.476 292.4 197.6 +16.7 21 103 194609 G 263.346 14643 0.395 307.2 189.9 +20.5 60 672 194609 G 263.346 14649 0.267 352.2 172.7 +22.3 2 10 194609 G 263.346 14647 0.719 87.6 124.3 + 6.7 45 238 194609 G 263.346 14646 0.751 62.3 123.2 +25.3 24 146 164F 194609 G 263.346 14650 0.919 64.0 103.2 +26.6 5 31 404C 194609 G 263.346 0.804 77.0 + 174 194609 G 263.346 0.854 70.8 + 246 194609 G 263.346 0.866 57.4 + 160 194609 G 263.346 0.907 120.6 + 306 194609 G 263.346 ( 25.0)(170.4) (+ 7.1)( 267)( 2097)( 2404) 194609 C 264.319 0.962 283.0 + 164 194609 C 264.319 0.833 273.6 + 117 194609 C 264.319 0.819 284.8 + 132 194609 C 264.319 14642 0.654 288.5 197.9 +17.3 13 86 194609 C 264.319 14643 0.566 295.0 190.5 +19.7 66 656 194609 C 264.319 14649 0.357 320.2 171.9 +22.6 5 17 194609 C 264.319 14648 0.340 37.2 144.8 +22.5 16 80 194609 C 264.319 14647 0.550 89.0 124.2 + 6.4 41 227 194609 C 264.319 14646 0.610 57.4 123.2 +25.0 22 124 194609 C 264.319 14650 0.809 62.8 104.6 +26.0 7 36 139C 194609 C 264.319 14651 0.931 108.8 92.2 -14.6 9 23 209N 194609 C 264.319 0.772 125.8 + 105 194609 C 264.319 0.929 64.1 + 189 194609 C 264.319 0.931 73.8 + 117 194609 C 264.319 0.958 123.8 + 169 194609 C 264.319 ( 25.2)(157.6) (+ 7.0)( 179)( 1249)( 1341) 194609 G 265.588 0.943 311.1 + 250 194609 G 265.588 0.940 288.8 + 457 194609 G 265.588 0.868 301.2 + 124 194609 G 265.588 14642 0.832 286.1 197.4 +17.2 10 58 299C 194609 G 265.588 14643 0.793 287.4 193.3 +18.0 24 226 299C 194609 G 265.588 14648 0.272 347.9 144.3 +22.3 56 309 194609 G 265.588 14647 0.291 90.7 123.8 + 6.5 30 221 194609 G 265.588 14646 0.428 42.1 122.4 +25.1 18 99 194609 G 265.588 14650 0.636 57.5 104.5 +25.6 38 162 194609 G 265.588 14651 0.790 114.7 93.1 -14.6 2 7 283C 194609 G 265.588 14653 0.887 112.1 82.3 -15.9 15 87 283C 194609 G 265.588 14652 0.799 71.3 87.8 +19.1 3 18 116C 194609 G 265.588 14654 0.923 101.4 75.1 - 7.7 18 88 266F 194609 G 265.588 14655 0.930 72.1 71.5 +19.1 36 200 319F 194609 G 265.588 0.791 103.9 + 109 194609 G 265.588 0.872 129.6 + 178 194609 G 265.588 0.917 120.7 + 181 194609 G 265.588 0.925 65.2 + 205 194609 G 265.588 0.936 54.9 + 141 194609 G 265.588 ( 25.3)(140.8) (+ 7.0)( 250)( 1475)( 2928) 194609 G 266.345 0.930 296.6 + 378 194609 G 266.345 0.802 297.4 + 96 194609 G 266.345 14642 0.915 286.6 197.8 +18.0 5 22 794C 194609 G 266.345 14643 0.888 287.0 193.9 +18.3 20 85 794C 194609 G 266.345 14656 0.590 236.0 160.8 -13.1 1 4 194609 G 266.345 14648 0.339 319.0 144.6 +21.6 88 523 194609 G 266.345 14647 0.121 94.2 123.9 + 6.4 34 202 194609 G 266.345 14646 0.340 23.8 122.1 +25.0 19 99 194609 G 266.345 14650 0.524 50.4 104.3 +25.7 53 270 194609 G 266.345 14652 0.700 69.4 87.0 +19.3 3 13 194609 G 266.345 1244B 0.722 59.1 87.0 +26.9 0 6 194609 G 266.345 14653 0.799 116.1 82.7 -15.9 33 183 217C 194609 G 266.345 14654 0.833 104.2 76.4 - 7.7 20 78 276F 194609 G 266.345 14655 0.855 71.8 71.8 +19.1 28 163 292F 194609 G 266.345 0.845 135.0 + 183 194609 G 266.345 0.898 124.4 + 151 194609 G 266.345 0.928 54.9 + 164 194609 G 266.345 0.956 109.6 + 113 194609 G 266.345 ( 25.4)(130.8) (+ 7.0)( 304)( 1648)( 2664) 194609 G 267.427 0.977 300.9 + 154 194609 G 267.427 0.910 306.5 + 138 194609 G 267.427 0.826 298.4 + 246 194609 G 267.427 14642 0.980 286.3 196.3 +17.3 0 39 745C 194609 G 267.427 1244C 0.948 252.9 182.5 - 7.9 11 48 121C 194609 G 267.427 14656 0.740 245.7 160.1 -12.7 36 176 80P 194609 G 267.427 14648 0.499 301.3 143.6 +21.1 111 718 194609 G 267.427 14647 0.125 265.7 123.7 + 6.3 38 210 194609 G 267.427 14646 0.328 345.3 121.8 +25.3 16 103 194609 G 267.427 14650 0.377 31.1 104.1 +25.5 76 435 194609 G 267.427 14652 0.526 63.5 86.7 +19.5 0 5 194609 G 267.427 14653 0.644 125.3 83.5 -16.0 29 224 194609 G 267.427 14654 0.670 109.6 77.1 - 7.7 15 68 194609 G 267.427 14657 0.886 143.4 72.7 -40.4 0 10 194609 G 267.427 14655 0.708 69.8 72.0 +19.1 26 124 194609 G 267.427 0.789 101.5 + 142 194609 G 267.427 0.929 132.1 + 196 194609 G 267.427 0.937 78.2 + 120 194609 G 267.427 0.967 118.5 + 583 194609 G 267.427 ( 25.5)(116.5) (+ 6.9)( 358)( 2160)( 2525) 194609 C 268.311 0.954 291.0 + 569 194609 C 268.311 0.942 302.0 + 223 194609 C 268.311 0.925 237.9 + 164 194609 C 268.311 0.861 301.4 + 276 194609 C 268.311 0.850 290.3 + 139 194609 C 268.311 0.815 314.0 + 177 194609 C 268.311 14656 0.854 250.4 160.3 -12.8 88 475 200C 194609 C 268.311 14648 0.636 295.1 142.9 +21.1 148 965 194609 C 268.311 14658 0.718 226.4 139.4 -24.0 3 19 194609 C 268.311 14647 0.324 269.6 123.8 + 6.4 45 215 194609 C 268.311 14646 0.418 320.8 121.8 +25.4 14 69 194609 C 268.311 14659 0.325 317.7 118.4 +20.6 0 4 194609 C 268.311 14650 0.322 4.5 103.3 +25.5 97 531 194609 C 268.311 14652 0.383 50.1 86.7 +20.7 0 6 194609 C 268.311 14653 0.507 138.8 84.7 -15.8 45 189 194609 C 268.311 14654 0.522 116.6 76.9 - 7.4 15 56 194609 C 268.311 14655 0.572 65.2 71.6 +19.6 22 105 194609 C 268.311 14657 0.859 150.2 69.5 -42.6 4 13 120C 194609 C 268.311 0.774 115.2 + 120 194609 C 268.311 0.900 135.8 + 161 194609 C 268.311 0.922 121.2 + 888 194609 C 268.311 0.932 48.8 + 162 194609 C 268.311 ( 25.6)(104.9) (+ 6.9)( 481)( 2647)( 3199) 194609 G 269.345 0.958 289.1 + 186 194609 G 269.345 0.944 253.6 + 219 194609 G 269.345 0.942 299.3 + 247 194609 G 269.345 0.907 311.5 + 211 194609 G 269.345 14656 0.944 253.7 159.3 -12.9 114 1002 194609 G 269.345 14648 0.783 291.1 142.4 +20.7 124 810 194609 G 269.345 14658 0.827 235.8 139.1 -23.1 6 24 91C 194609 G 269.345 14647 0.541 270.5 124.0 + 6.1 34 166 194609 G 269.345 14646 0.562 306.5 121.1 +25.5 13 43 194609 G 269.345 14659 0.464 302.3 115.9 +20.6 2 11 194609 G 269.345 14650 0.365 330.1 102.7 +25.1 105 614 194609 G 269.345 14653 0.403 164.2 84.7 -15.8 49 254 194609 G 269.345 14654 0.356 132.7 76.0 - 7.3 12 43 194609 G 269.345 14655 0.391 54.3 71.6 +19.7 5 28 194609 G 269.345 14657 0.815 157.3 66.1 -42.4 2 8 91C 194609 G 269.345 0.842 127.9 + 680 194609 G 269.345 0.950 175.1 + 240 194609 G 269.345 ( 25.7)( 91.2) (+ 6.9)( 466)( 3003)( 1965) 194609 G 270.346 0.982 300.2 + 290 194609 G 270.346 0.974 281.3 + 98 194609 G 270.346 0.915 311.0 + 344 194609 G 270.346 14656 0.994 255.8 159.2 -13.2 119 825 153C 194609 G 270.346 14648 0.899 289.8 142.5 +20.7 121 641 512C 194609 G 270.346 14658 0.916 239.9 138.0 -24.0 0 9 246F 194609 G 270.346 14647 0.725 271.3 124.5 + 5.6 35 164 194609 G 270.346 14646 0.701 299.5 120.3 +25.3 6 24 194609 G 270.346 14650 0.496 310.4 102.5 +24.9 98 634 194609 G 270.346 14653 0.405 195.3 84.4 -16.1 50 241 194609 G 270.346 14654 0.251 175.0 76.7 - 7.6 9 40 194609 G 270.346 14655 0.257 26.4 71.0 +20.0 7 26 194609 G 270.346 14657 0.773 169.1 66.6 -42.6 7 34 119C 194609 G 270.346 14660 0.975 109.2 4.0 -16.9 64 396 361C 194609 G 270.346 0.770 138.0 + 289 194609 G 270.346 0.855 76.1 + 198 194609 G 270.346 0.954 74.8 + 110 194609 G 270.346 ( 25.8)( 78.0) (+ 6.8)( 516)( 3034)( 2720) 194609 C 271.346 0.974 243.1 + 178 194609 C 271.346 0.834 237.4 + 214 194609 C 271.346 0.801 283.7 + 153 194609 C 271.346 14648 0.970 289.5 142.0 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272.343 14655 0.390 304.0 71.6 +19.0 5 19 194609 G 272.343 14661 0.516 207.2 66.2 -20.6 5 13 194609 G 272.343 14657 0.781 192.9 65.4 -42.9 3 14 129C 194609 G 272.343 14660 0.792 117.2 4.6 -16.6 75 390 163F 194609 G 272.343 0.896 112.7 + 477 194609 G 272.343 0.964 106.8 + 248 194609 G 272.343 ( 26.0)( 51.7) (+ 6.7)( 223)( 1204)( 2427) 194610 G 273.484 0.982 296.3 + 243 194610 G 273.484 0.975 288.3 + 320 194610 G 273.484 0.974 244.9 + 217 194610 G 273.484 0.949 234.3 + 168 194610 G 273.484 0.936 302.6 + 150 194610 G 273.484 0.884 253.1 + 142 194610 G 273.484 0.837 227.7 + 142 194610 G 273.484 14650 0.903 294.4 101.4 +24.9 76 450 329C 194610 G 273.484 14653 0.817 245.5 86.9 -15.5 6 27 92C 194610 G 273.484 14654 0.728 251.4 80.7 - 8.6 8 29 194610 G 273.484 14661 0.640 226.7 66.2 -20.1 3 11 194610 G 273.484 14657 0.811 202.3 61.2 -42.4 0 3 120C 194610 G 273.484 14660 0.638 126.7 4.4 -16.7 64 332 194610 G 273.484 14662 0.685 73.1 353.7 +16.4 14 53 194610 G 273.484 14663 0.905 111.4 335.5 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26.1)( 25.2) (+ 6.6)( 206)( 1092)( 2979) 194610 C 275.296 0.939 295.8 + 279 194610 C 275.296 0.936 251.1 + 469 194610 C 275.296 0.935 287.2 + 106 194610 C 275.296 0.932 229.8 + 182 194610 C 275.296 0.916 241.9 + 85 194610 C 275.296 0.854 286.0 + 106 194610 C 275.296 0.848 295.4 + 152 194610 C 275.296 0.822 258.0 + 146 194610 C 275.296 14650 0.991 294.6 97.1 +25.2 14 94 194610 C 275.296 14664 0.989 244.6 90.0 -23.8 21 128 183F 194610 C 275.296 14654 0.955 258.9 83.8 - 8.5 3 22 177F 194610 C 275.296 14661 0.839 240.8 63.8 -20.1 8 43 134C 194610 C 275.296 14657 0.904 214.8 57.7 -43.3 2 13 152C 194610 C 275.296 14665 0.671 289.4 54.2 +17.8 12 42 194610 C 275.296 14660 0.417 161.2 4.7 -16.6 72 349 194610 C 275.296 14662 0.352 61.0 354.1 +16.1 19 94 194610 C 275.296 14666 0.517 142.0 353.3 -17.7 2 17 194610 C 275.296 0.815 116.2 + 158 194610 C 275.296 0.836 75.2 + 127 194610 C 275.296 0.946 66.2 + 312 194610 C 275.296 ( 26.2)( 12.7) (+ 6.6)( 153)( 802)( 2768) 194610 G 276.409 0.966 221.8 + 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291.1 -14.5 2 10 90C 194610 G 277.474 14669 0.973 105.1 269.6 -13.0 15 104 193C 194610 G 277.474 0.761 62.9 + 117 194610 G 277.474 0.860 121.4 + 104 194610 G 277.474 ( 26.3)(344.0) (+ 6.5)( 140)( 730)( 1169) 194610 G 278.415 0.971 285.5 + 174 194610 G 278.415 0.965 240.2 + 385 194610 G 278.415 0.880 233.3 + 243 194610 G 278.415 14660 0.619 234.6 3.0 -15.5 85 498 194610 G 278.415 14662 0.420 302.2 353.5 +18.8 32 218 194610 G 278.415 14667 0.449 227.5 351.2 -11.5 5 25 194610 G 278.415 14668 0.698 118.6 292.4 -14.5 3 13 194610 G 278.415 14669 0.898 107.7 270.4 -12.8 12 84 200C 194610 G 278.415 0.941 60.5 + 212 194610 G 278.415 0.943 114.7 + 132 194610 G 278.415 0.972 79.0 + 209 194610 G 278.415 ( 26.3)(331.5) (+ 6.4)( 137)( 838)( 1555) 194610 G 279.471 0.886 240.2 + 171 194610 G 279.471 0.880 283.5 + 289 194610 G 279.471 0.871 295.2 + 162 194610 G 279.471 14660 0.776 243.7 3.7 -15.7 84 391 167C 194610 G 279.471 14666 0.673 240.1 354.5 -14.4 6 29 194610 G 279.471 14662 0.591 290.3 352.9 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14660 0.970 251.0 4.9 -16.7 55 343 390F 194610 G 281.420 14662 0.904 286.8 357.0 +17.8 8 38 281F 194610 G 281.420 14670 0.230 342.4 296.1 +18.8 2 9 194610 G 281.420 14668 0.357 187.8 294.8 -14.4 67 350 194610 G 281.420 14669 0.488 131.4 269.9 -13.1 4 21 194610 G 281.420 14671 0.941 75.3 221.0 +15.9 0 13 454C 194610 G 281.420 ( 26.4)(291.9) (+ 6.2)( 136)( 774)( 1614) 194610 G 282.380 0.978 253.0 + 303 194610 G 282.380 0.970 246.3 + 269 194610 G 282.380 0.891 250.6 + 189 194610 G 282.380 0.862 240.2 + 120 194610 G 282.380 14662 0.973 286.8 356.8 +17.7 4 19 375F 194610 G 282.380 14670 0.422 302.0 301.4 +18.7 2 12 194610 G 282.380 14668 0.434 217.0 294.8 -14.2 60 351 194610 G 282.380 14669 0.365 153.9 269.8 -12.9 2 13 194610 G 282.380 14672 0.686 118.0 240.7 -13.9 6 30 194610 G 282.380 14671 0.835 75.0 222.4 +15.9 2 8 191F 194610 G 282.380 0.970 69.7 + 412 194610 G 282.380 ( 26.4)(279.2) (+ 6.2)( 76)( 433)( 1859) 194610 G 283.386 0.965 253.1 + 216 194610 G 283.386 0.854 244.0 + 200 194610 G 283.386 14668 0.577 234.8 295.0 -14.0 39 327 194610 G 283.386 14672 0.511 130.6 242.6 -13.8 24 170 194610 G 283.386 1245A 0.668 136.1 235.8 -23.5 1 9 194610 G 283.386 14671 0.735 73.4 219.0 +16.3 3 18 160C 194610 G 283.386 14673 0.960 75.6 191.5 +15.5 4 16 263C 194610 G 283.386 0.867 67.4 + 189 194610 G 283.386 0.941 106.4 + 188 194610 G 283.386 0.958 65.8 + 401 194610 G 283.386 ( 26.4)(266.0) (+ 6.1)( 71)( 540)( 1617) 194610 C 284.335 0.945 249.2 + 340 194610 C 284.335 14670 0.753 287.4 301.9 +17.0 3 11 194610 C 284.335 14668 0.716 243.6 294.6 -14.1 36 196 145C 194610 C 284.335 14672 0.392 152.0 242.8 -14.3 34 206 194610 C 284.335 14671 0.576 71.1 219.1 +15.7 5 32 194610 C 284.335 1245B 0.681 75.3 210.7 +14.4 6 19 194610 C 284.335 14673 0.870 77.0 192.6 +14.2 29 138 197C 194610 C 284.335 14674 0.966 109.6 181.3 -17.2 17 89 379F 194610 C 284.335 0.780 66.6 + 342 194610 C 284.335 0.881 111.4 + 134 194610 C 284.335 0.907 70.8 + 122 194610 C 284.335 0.909 61.0 + 534 194610 C 284.335 0.979 70.2 + 360 194610 C 284.335 ( 26.4)(253.4) (+ 6.0)( 130)( 691)( 2553) 194610 C 285.338 0.949 301.8 + 201 194610 C 285.338 0.844 303.7 + 129 194610 C 285.338 0.813 295.2 + 173 194610 C 285.338 14670 0.880 285.6 302.1 +16.6 0 9 203C 194610 C 285.338 14668 0.848 249.4 294.8 -13.9 33 181 234C 194610 C 285.338 14675 0.833 237.4 289.6 -22.8 2 15 139C 194610 C 285.338 14672 0.347 187.6 242.9 -14.1 30 215 194610 C 285.338 14671 0.371 61.3 220.5 +15.8 21 88 194610 C 285.338 14673 0.737 75.9 192.8 +14.4 42 285 194610 C 285.338 14674 0.887 112.8 181.6 -17.0 14 73 156N 194610 C 285.338 14676 0.964 105.1 167.8 -12.8 107 472 376C 194610 C 285.338 0.795 66.1 + 298 194610 C 285.338 0.877 58.4 + 265 194610 C 285.338 0.923 69.6 + 226 194610 C 285.338 0.950 114.5 + 276 194610 C 285.338 0.963 60.7 + 196 194610 C 285.338 0.966 79.4 + 142 194610 C 285.338 ( 26.4)(240.2) (+ 6.0)( 249)( 1338)( 3014) 194610 C 286.305 0.960 228.7 + 195 194610 C 286.305 0.926 294.7 + 155 194610 C 286.305 0.908 301.1 + 182 194610 C 286.305 0.822 309.7 + 130 194610 C 286.305 14670 0.952 288.5 300.4 +19.4 6 21 157C 194610 C 286.305 14668 0.932 253.4 293.8 -13.1 30 190 362C 194610 C 286.305 14675 0.933 243.1 291.5 -22.5 18 123 289C 194610 C 286.305 14672 0.435 218.3 243.6 -14.2 28 164 194610 C 286.305 14671 0.213 30.9 221.0 +16.3 24 128 194610 C 286.305 14673 0.571 73.7 193.2 +14.1 40 239 194610 C 286.305 14674 0.778 117.4 181.5 -16.9 7 40 186F 194610 C 286.305 14677 0.863 112.1 171.6 -15.7 14 71 211S 194610 C 286.305 14676 0.894 107.3 166.7 -12.6 68 469 582C 194610 C 286.305 14678 0.884 79.3 165.0 +12.2 0 10 201C 194610 C 286.305 14679 0.983 110.7 151.2 -19.0 40 221 435C 194610 C 286.305 14680 0.991 69.9 143.7 +20.7 47 217 186P 194610 C 286.305 0.866 63.3 + 307 194610 C 286.305 0.912 120.9 + 125 194610 C 286.305 0.937 4.8 + 16 194610 C 286.305 0.955 58.1 + 337 194610 C 286.305 ( 26.3)(227.5) (+ 5.9)( 322)( 1893)( 4056) 194610 C 287.322 0.976 244.5 + 216 194610 C 287.322 0.817 248.3 + 221 194610 C 287.322 14668 0.989 255.2 293.5 -13.7 29 150 266C 194610 C 287.322 14672 0.586 235.7 243.8 -14.2 19 138 194610 C 287.322 14671 0.209 334.3 219.4 +16.6 13 90 194610 C 287.322 14673 0.377 66.6 193.2 +14.0 31 266 194610 C 287.322 14674 0.633 124.7 181.3 -16.2 6 48 194610 C 287.322 14677 0.712 116.7 173.1 -14.2 13 85 194610 C 287.322 14676 0.778 111.3 166.2 -12.5 61 545 197C 194610 C 287.322 14681 0.880 76.9 152.1 +14.2 0 9 123C 194610 C 287.322 14679 0.922 113.2 150.7 -18.7 41 269 346S 194610 C 287.322 14680 0.947 69.9 142.1 +20.9 37 277 306NF 194610 C 287.322 0.853 51.8 + 183 194610 C 287.322 0.867 102.7 + 175 194610 C 287.322 0.967 77.8 + 207 194610 C 287.322 ( 26.3)(214.0) (+ 5.8)( 250)( 1877)( 2240) 194610 G 288.533 0.958 251.1 + 160 194610 G 288.533 14672 0.760 246.1 243.6 -13.9 21 143 202C 194610 G 288.533 14671 0.433 295.3 222.0 +15.8 7 41 194610 G 288.533 14673 0.160 24.3 194.2 +14.0 29 242 194610 G 288.533 14674 0.464 143.5 181.5 -16.4 2 15 194610 G 288.533 14682 0.386 62.6 177.4 +15.5 21 121 194610 G 288.533 14677 0.516 129.0 173.8 -13.7 10 54 194610 G 288.533 14676 0.598 120.1 166.2 -12.5 92 487 194610 G 288.533 14681 0.725 75.3 151.9 +14.5 3 16 144C 194610 G 288.533 1245C 0.829 77.3 142.0 +13.7 2 14 144C 194610 G 288.533 14679 0.799 118.7 150.5 -18.7 44 275 359C 194610 G 288.533 14680 0.834 68.8 142.1 +20.7 68 347 480F 194610 G 288.533 14683 0.959 85.5 124.3 + 6.0 19 117 235C 194610 G 288.533 14684 0.996 67.0 112.0 +23.3 11 69 303C 194610 G 288.533 0.840 47.5 + 337 194610 G 288.533 0.920 119.9 + 209 194610 G 288.533 0.927 78.3 + 132 194610 G 288.533 0.946 59.9 + 185 194610 G 288.533 0.960 47.9 + 282 194610 G 288.533 ( 26.3)(198.1) (+ 5.7)( 329)( 1941)( 3028) 194610 C 289.284 0.890 302.5 + 182 194610 C 289.284 0.879 292.3 + 156 194610 C 289.284 0.874 226.0 + 197 194610 C 289.284 0.848 283.8 + 252 194610 C 289.284 14672 0.851 249.9 243.4 -13.8 25 193 188F 194610 C 289.284 14671 0.578 290.6 222.4 +16.4 13 66 194610 C 289.284 14673 0.182 326.4 194.1 +14.4 17 119 194610 C 289.284 14682 0.254 47.3 177.1 +15.5 25 142 194610 C 289.284 14677 0.397 145.1 174.7 -13.8 3 17 194610 C 289.284 14676 0.490 128.9 165.3 -12.6 63 421 194610 C 289.284 14681 0.549 73.8 155.5 +13.6 2 22 194610 C 289.284 14679 0.704 124.4 150.5 -18.8 51 298 194610 C 289.284 14680 0.737 66.8 141.9 +20.8 47 285 237F 194610 C 289.284 14683 0.898 86.4 124.7 + 5.7 19 128 223N 194610 C 289.284 14684 0.969 67.3 111.6 +23.4 12 82 560C 194610 C 289.284 0.825 123.6 + 245 194610 C 289.284 0.869 72.6 + 111 194610 C 289.284 0.871 61.4 + 227 194610 C 289.284 0.954 118.2 + 246 194610 C 289.284 0.954 75.7 + 228 194610 C 289.284 0.968 59.2 + 251 194610 C 289.284 ( 26.2)(188.2) (+ 5.7)( 277)( 1773)( 3303) 194610 G 290.513 0.974 286.4 + 278 194610 G 290.513 0.864 234.4 + 143 194610 G 290.513 14672 0.963 253.6 244.0 -14.1 16 157 244C 194610 G 290.513 14671 0.779 287.0 222.8 +16.7 12 93 172C 194610 G 290.513 14673 0.390 289.6 194.0 +12.7 12 65 194610 G 290.513 14674 0.407 199.2 180.0 -17.0 0 5 194610 G 290.513 14682 0.210 329.8 178.3 +16.0 15 93 194610 G 290.513 14676 0.335 159.8 165.2 -12.7 51 361 194610 G 290.513 14679 0.539 139.3 150.3 -18.8 51 279 194610 G 290.513 14680 0.551 59.8 141.5 +20.9 56 321 194610 G 290.513 14683 0.741 86.7 124.1 + 6.2 23 115 194610 G 290.513 14684 0.877 66.0 111.2 +23.6 19 87 188C 194610 G 290.513 14685 0.954 64.2 98.9 +26.3 15 84 451C 194610 G 290.513 0.880 39.4 + 161 194610 G 290.513 0.930 55.6 + 254 194610 G 290.513 0.944 119.5 + 348 194610 G 290.513 ( 26.2)(172.0) (+ 5.6)( 270)( 1660)( 2239) 194610 G 291.371 0.976 280.9 + 160 194610 G 291.371 14672 0.996 255.5 243.5 -13.8 11 117 210C 194610 G 291.371 14671 0.905 286.3 225.7 +17.0 10 66 301C 194610 G 291.371 14673 0.561 285.3 194.2 +13.1 6 40 194610 G 291.371 14682 0.345 303.5 178.0 +16.2 16 108 194610 G 291.371 14676 0.323 194.1 165.2 -12.7 56 357 194610 G 291.371 14678 0.116 350.6 161.7 +12.0 2 12 194610 G 291.371 14679 0.448 157.7 150.3 -19.0 54 288 194610 G 291.371 14680 0.411 48.9 141.3 +20.8 51 323 194610 G 291.371 14683 0.589 87.1 124.5 + 6.2 27 137 194610 G 291.371 14684 0.777 63.5 111.3 +23.9 9 68 139F 194610 G 291.371 14685 0.886 63.0 99.0 +26.4 14 90 373F 194610 G 291.371 14686 0.984 116.4 84.9 -24.6 11 79 104P 194610 G 291.371 0.823 54.9 + 156 194610 G 291.371 0.853 126.6 + 273 194610 G 291.371 0.928 55.2 + 200 194610 G 291.371 0.938 106.2 + 269 194610 G 291.371 ( 26.1)(160.6) (+ 5.5)( 267)( 1685)( 2185) 194610 K 292.083 14671 0.961 286.4 225.9 +17.3 11 80 421C 194610 K 292.083 14673 0.691 284.1 194.6 +13.7 2 23 194610 K 292.083 14682 0.509 292.5 180.4 +16.0 17 103 194610 K 292.083 14676 0.400 217.8 165.7 -13.0 64 382 194610 K 292.083 14679 0.419 178.5 150.5 -19.1 63 337 194610 K 292.083 14680 0.312 30.9 141.4 +20.9 70 350 194610 K 292.083 14683 0.445 87.5 124.8 + 6.0 14 101 194610 K 292.083 14684 0.674 60.0 111.7 +23.9 14 92 194610 K 292.083 14685 0.807 61.3 99.3 +26.2 8 79 114C 194610 K 292.083 14686 0.948 118.4 84.8 -24.6 19 146 192C 194610 K 292.083 0.906 105.5 + 324 194610 K 292.083 0.925 58.9 + 386 194610 K 292.083 0.951 83.7 + 437 194610 K 292.083 ( 26.1)(151.2) (+ 5.5)( 282)( 1693)( 1874) 194610 G 293.512 0.962 288.6 + 239 194610 G 293.512 0.886 287.2 + 189 194610 G 293.512 0.857 305.6 + 110 194610 G 293.512 0.850 296.1 + 290 194610 G 293.512 0.821 235.6 + 150 194610 G 293.512 14673 0.899 281.1 196.7 +12.3 2 14 233C 194610 G 293.512 14682 0.728 286.1 178.7 +15.3 26 171 194610 G 293.512 14678 0.555 285.3 165.5 +12.8 0 8 194610 G 293.512 14676 0.602 240.0 164.6 -13.0 53 328 194610 G 293.512 14679 0.503 214.4 149.9 -19.4 59 331 194610 G 293.512 14680 0.301 333.9 140.5 +20.9 57 329 194610 G 293.512 14683 0.137 83.7 124.6 + 6.1 20 97 194610 G 293.512 14687 0.640 153.0 112.9 -29.7 28 128 194610 G 293.512 14684 0.459 45.8 111.5 +23.5 13 64 194610 G 293.512 14685 0.628 53.8 98.2 +26.1 6 36 194610 G 293.512 14686 0.830 124.4 83.8 -24.5 18 101 164F 194610 G 293.512 14688 0.878 82.2 70.8 + 9.4 9 74 231C 194610 G 293.512 0.773 48.8 + 117 194610 G 293.512 0.830 113.0 + 246 194610 G 293.512 0.848 72.0 + 115 194610 G 293.512 0.850 57.0 + 156 194610 G 293.512 ( 26.0)(132.4) (+ 5.3)( 291)( 1681)( 2240) 194610 C 294.374 0.953 283.3 + 437 194610 C 294.374 0.935 292.8 + 238 194610 C 294.374 0.904 299.9 + 261 194610 C 294.374 0.890 248.5 + 186 194610 C 294.374 0.878 237.9 + 166 194610 C 294.374 0.794 294.3 + 175 194610 C 294.374 14682 0.858 284.7 180.1 +15.3 25 137 328C 194610 C 294.374 14676 0.722 245.5 163.3 -13.5 48 272 405P 194610 C 294.374 14679 0.610 227.6 149.4 -19.6 51 337 194610 C 294.374 14680 0.413 311.9 140.1 +20.9 53 296 194610 C 294.374 14683 0.060 291.1 124.2 + 6.5 18 94 194610 C 294.374 14687 0.596 167.5 112.4 -30.2 23 120 194610 C 294.374 14684 0.350 26.3 111.3 +23.5 9 32 194610 C 294.374 14685 0.507 43.9 98.0 +26.2 5 15 194610 C 294.374 14686 0.737 131.1 83.5 -24.6 16 92 225F 194610 C 294.374 14688 0.784 81.3 69.3 +10.1 53 405 240C 194610 C 294.374 14689 0.983 99.3 42.7 - 8.1 84 498 453C 194610 C 294.374 0.744 121.5 + 148 194610 C 294.374 0.949 118.3 + 242 194610 C 294.374 ( 25.9)(121.0) (+ 5.3)( 385)( 2298)( 3504) 194610 C 295.345 0.969 295.6 + 338 194610 C 295.345 0.968 252.6 + 188 194610 C 295.345 0.948 344.5 + 14 194610 C 295.345 0.942 244.7 + 225 194610 C 295.345 0.929 259.6 + 166 194610 C 295.345 0.926 308.8 + 139 194610 C 295.345 0.876 293.5 + 252 194610 C 295.345 0.870 301.4 + 269 194610 C 295.345 0.843 242.6 + 294 194610 C 295.345 0.832 279.8 + 168 194610 C 295.345 14682 0.953 284.1 181.1 +15.0 25 129 500C 194610 C 295.345 14676 0.831 250.4 161.5 -13.1 37 168 455C 194610 C 295.345 14679 0.734 237.4 149.0 -19.3 51 292 194610 C 295.345 14680 0.566 300.5 139.6 +21.1 52 309 194610 C 295.345 14683 0.282 274.3 124.6 + 6.2 14 62 194610 C 295.345 14687 0.580 186.7 112.7 -29.9 16 96 194610 C 295.345 14684 0.315 352.0 110.9 +23.3 5 23 194610 C 295.345 14685 0.402 25.0 97.3 +26.4 3 16 194610 C 295.345 14686 0.627 141.4 82.8 -24.5 18 98 194610 C 295.345 14688 0.618 80.7 70.1 + 9.8 87 597 194610 C 295.345 14689 0.915 101.2 43.4 - 8.0 96 496 520C 194610 C 295.345 0.769 56.6 + 116 194610 C 295.345 0.806 122.6 + 122 194610 C 295.345 0.913 53.9 + 212 194610 C 295.345 0.921 121.4 + 352 194610 C 295.345 0.928 81.2 + 255 194610 C 295.345 0.971 73.2 + 217 194610 C 295.345 ( 25.8)(108.2) (+ 5.2)( 404)( 2286)( 4802) 194610 G 296.393 0.987 285.8 + 333 194610 G 296.393 0.953 297.6 + 359 194610 G 296.393 0.945 246.3 + 282 194610 G 296.393 0.859 306.5 + 245 194610 G 296.393 14676 0.921 253.5 159.2 -13.0 28 182 386C 194610 G 296.393 14679 0.859 243.5 148.9 -19.6 47 295 147C 194610 G 296.393 14680 0.725 294.7 139.2 +21.2 45 263 194610 G 296.393 14683 0.502 273.5 124.5 + 6.1 12 60 194610 G 296.393 14687 0.645 206.1 113.6 -30.5 19 196 194610 G 296.393 14684 0.413 320.6 110.9 +23.4 2 10 194610 G 296.393 14685 0.366 352.7 97.4 +26.3 4 19 194610 G 296.393 14686 0.529 159.3 82.6 -24.5 13 86 194610 G 296.393 1245D 0.393 143.6 80.6 -13.4 0 2 194610 G 296.393 14688 0.412 78.1 70.4 + 9.5 87 558 194610 G 296.393 1245E 0.797 131.2 51.8 -27.8 3 21 137C 194610 G 296.393 14689 0.783 104.6 44.7 - 8.0 77 492 246C 194610 G 296.393 14690 0.883 75.1 32.3 +15.5 0 4 73C 194610 G 296.393 0.886 122.3 + 294 194610 G 296.393 ( 25.7)( 94.4) (+ 5.1)( 337)( 2188)( 2502) 194610 G 297.479 0.951 302.6 + 275 194610 G 297.479 0.933 283.7 + 256 194610 G 297.479 0.891 237.1 + 180 194610 G 297.479 0.888 310.8 + 190 194610 G 297.479 14676 0.985 256.0 158.4 -12.8 25 206 176C 194610 G 297.479 14679 0.951 247.2 148.7 -19.9 42 232 322C 194610 G 297.479 14680 0.859 291.4 138.8 +20.9 55 297 258C 194610 G 297.479 14683 0.702 273.6 124.7 + 6.1 6 31 194610 G 297.479 14687 0.756 220.6 115.0 -30.9 33 181 125P 194610 G 297.479 14685 0.450 323.0 97.5 +25.7 4 20 194610 G 297.479 14686 0.492 184.0 82.2 -24.3 13 86 194610 G 297.479 14688 0.174 64.0 71.0 + 9.3 67 530 194610 G 297.479 14689 0.597 110.3 45.8 - 7.8 93 498 194610 G 297.479 14690 0.767 71.0 30.7 +17.7 0 5 138C 194610 G 297.479 1245F 0.956 119.1 12.1 -25.9 0 7 194610 G 297.479 14691 0.973 105.6 5.5 -13.8 75 430 452C 194610 G 297.479 0.966 119.3 + 384 194610 G 297.479 ( 25.6)( 80.1) (+ 5.0)( 413)( 2523)( 2756) 194610 C 298.396 0.968 301.1 + 259 194610 C 298.396 0.944 237.5 + 198 194610 C 298.396 0.910 281.1 + 215 194610 C 298.396 0.893 311.9 + 192 194610 C 298.396 0.860 297.3 + 145 194610 C 298.396 14679 0.992 248.9 148.4 -20.2 15 145 314F 194610 C 298.396 14680 0.939 290.4 138.2 +20.9 30 239 296C 194610 C 298.396 14683 0.831 274.3 124.3 + 6.3 4 15 142C 194610 C 298.396 14687 0.837 227.5 113.9 -31.0 15 114 371C 194610 C 298.396 14685 0.573 310.7 96.8 +26.2 1 5 194610 C 298.396 14686 0.533 204.1 81.8 -24.3 12 78 194610 C 298.396 14688 0.090 328.1 70.7 + 9.2 48 473 194610 C 298.396 14689 0.433 119.5 45.7 - 7.8 80 463 194610 C 298.396 14691 0.903 108.1 6.0 -14.0 71 389 617F 194610 C 298.396 14692 0.969 71.9 351.8 +18.7 12 72 547C 194610 C 298.396 0.912 122.5 + 399 194610 C 298.396 ( 25.5)( 68.0) (+ 4.9)( 288)( 1993)( 3695) 194610 C 299.517 0.942 293.9 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245.2 + 199 194610 G 300.393 0.940 286.3 + 90 194610 G 300.393 0.929 302.9 + 162 194610 G 300.393 0.901 295.4 + 251 194610 G 300.393 0.778 304.2 + 174 194610 G 300.393 14687 0.989 234.8 118.1 -33.8 13 72 302F 194610 G 300.393 1245I 0.941 280.7 112.2 +11.7 3 13 104C 194610 G 300.393 14686 0.756 231.8 82.2 -24.2 7 33 194610 G 300.393 14688 0.512 280.0 72.3 + 9.1 38 249 194610 G 300.393 14689 0.255 214.2 50.0 - 7.5 98 451 194610 G 300.393 1245J 0.565 195.1 38.4 +29.4 4 19 194610 G 300.393 14690 0.267 44.4 30.6 +15.5 3 23 194610 G 300.393 14691 0.633 118.6 7.0 -13.7 66 339 194610 G 300.393 14692 0.764 68.2 353.0 +19.6 3 18 105C 194610 G 300.393 14693 0.896 79.1 337.9 +11.8 15 78 179C 194610 G 300.393 14694 0.991 59.8 318.3 +30.5 14 47 128C 194610 G 300.393 0.817 136.4 + 129 194610 G 300.393 0.867 120.9 + 253 194610 G 300.393 ( 25.2)( 41.7) (+ 4.7)( 264)( 1342)( 2225) 194610 G 301.494 0.993 280.2 + 252 194610 G 301.494 0.975 294.1 + 340 194610 G 301.494 0.963 239.6 + 181 194610 G 301.494 0.950 250.0 + 139 194610 G 301.494 0.936 257.1 + 154 194610 G 301.494 0.922 300.1 + 268 194610 G 301.494 0.890 308.3 + 168 194610 G 301.494 0.870 229.7 + 160 194610 G 301.494 0.850 250.5 + 134 194610 G 301.494 0.816 300.8 + 136 194610 G 301.494 14686 0.872 238.9 81.8 -24.1 4 15 113C 194610 G 301.494 14688 0.715 278.9 72.7 + 9.6 31 200 92P 194610 G 301.494 1245K 0.657 215.7 52.7 -28.0 3 12 194610 G 301.494 14689 0.430 242.5 49.6 - 7.2 67 338 194610 G 301.494 14690 0.206 335.8 32.1 +15.3 9 41 194610 G 301.494 14695 0.214 47.1 17.9 +12.9 2 7 194610 G 301.494 14691 0.456 132.3 6.9 -13.5 65 334 194610 G 301.494 14692 0.628 62.7 350.7 +20.4 1 12 194610 G 301.494 14693 0.730 79.3 340.4 +11.0 13 51 87NF 194610 G 301.494 14694 0.944 59.1 317.0 +30.7 14 76 306C 194610 G 301.494 0.941 114.5 + 166 194610 G 301.494 ( 25.1)( 27.1) (+ 4.6)( 209)( 1086)( 2696) 194610 G 302.460 0.948 254.5 + 222 194610 G 302.460 0.934 296.9 + 364 194610 G 302.460 0.917 233.5 + 196 194610 G 302.460 0.872 287.7 + 196 194610 G 302.460 0.831 303.8 + 157 194610 G 302.460 14686 0.948 242.5 81.5 -24.3 6 14 201C 194610 G 302.460 14688 0.855 277.9 73.2 + 9.1 22 130 334C 194610 G 302.460 14689 0.609 252.4 50.0 - 6.9 69 354 194610 G 302.460 14690 0.343 303.9 31.5 +15.3 13 71 194610 G 302.460 14695 0.152 334.4 18.2 +12.4 9 35 194610 G 302.460 14696 0.536 168.5 7.5 -27.1 1 8 194610 G 302.460 14691 0.337 157.3 6.7 -13.6 56 308 194610 G 302.460 14693 0.557 77.2 341.0 +10.8 7 19 194610 G 302.460 14694 0.867 56.8 317.1 +30.7 11 51 449F 194610 G 302.460 0.940 74.1 + 319 194610 G 302.460 0.968 104.7 + 380 194610 G 302.460 ( 24.9)( 14.4) (+ 4.5)( 194)( 990)( 2890) 194610 C 303.415 0.969 236.8 + 245 194610 C 303.415 0.850 229.8 + 135 194610 C 303.415 14688 0.950 277.7 73.8 + 8.7 4 36 432C 194610 C 303.415 14689 0.765 256.7 50.2 - 7.2 53 372 165C 194610 C 303.415 14690 0.485 293.1 29.2 +14.8 6 29 194610 C 303.415 14695 0.347 293.4 20.7 +12.1 7 30 194610 C 303.415 14691 0.326 195.2 6.8 -13.8 64 319 194610 C 303.415 14696 0.540 186.1 5.5 -27.9 36 166 194610 C 303.415 14693 0.361 71.4 341.5 +10.7 2 14 194610 C 303.415 14694 0.784 54.0 314.6 +30.4 8 56 301C 194610 C 303.415 0.850 73.0 + 180 194610 C 303.415 0.914 105.0 + 453 194610 C 303.415 0.932 118.0 + 216 194610 C 303.415 0.959 59.3 + 221 194610 C 303.415 ( 24.8)( 1.8) (+ 4.4)( 180)( 1022)( 2348) 194611 C 304.287 0.886 236.3 + 158 194611 C 304.287 14688 0.968 278.7 66.1 + 9.5 0 4 353C 194611 C 304.287 14689 0.880 260.5 50.9 - 6.2 35 266 268C 194611 C 304.287 14697 0.781 254.2 39.7 - 9.4 20 71 75C 194611 C 304.287 14690 0.636 289.1 28.7 +15.4 4 15 194611 C 304.287 14695 0.510 286.2 20.2 +11.9 6 17 194611 C 304.287 14691 0.416 222.3 7.0 -13.8 52 255 194611 C 304.287 14696 0.566 204.4 5.4 -26.7 31 191 194611 C 304.287 14693 0.185 53.5 341.6 +10.5 3 10 194611 C 304.287 14694 0.707 51.1 311.2 +29.6 12 41 104F 194611 C 304.287 14698 0.968 111.5 277.7 -19.5 4 16 189C 194611 C 304.287 0.842 109.8 + 195 194611 C 304.287 0.843 120.6 + 127 194611 C 304.287 0.884 58.4 + 169 194611 C 304.287 0.936 119.2 + 238 194611 C 304.287 ( 24.6)(350.3) (+ 4.3)( 167)( 886)( 1876) 194611 G 305.468 0.951 359.2 + 11 194611 G 305.468 0.937 302.4 + 217 194611 G 305.468 0.867 230.4 + 132 194611 G 305.468 14689 0.979 262.5 52.1 - 6.4 55 374 219C 194611 G 305.468 14697 0.920 257.7 40.2 - 9.6 23 108 216C 194611 G 305.468 14690 0.849 284.8 32.6 +14.8 2 7 402C 194611 G 305.468 14691 0.605 240.2 7.3 -13.9 54 244 194611 G 305.468 14696 0.687 222.4 5.9 -26.8 22 94 194611 G 305.468 1246A 0.442 233.8 355.9 -11.1 4 11 194611 G 305.468 14693 0.142 346.2 336.7 +12.1 2 11 194611 G 305.468 1246B 0.437 31.4 320.1 +25.9 1 5 194611 G 305.468 14694 0.526 38.8 312.9 +28.0 4 5 194611 G 305.468 14699 0.632 39.4 306.3 +32.8 4 12 194611 G 305.468 14698 0.873 115.0 277.9 -19.3 11 45 123C 194611 G 305.468 0.761 53.4 + 127 194611 G 305.468 0.888 113.8 + 238 194611 G 305.468 0.907 56.3 + 130 194611 G 305.468 ( 24.4)(334.7) (+ 4.2)( 182)( 916)( 1815) 194611 C 306.316 0.949 243.5 + 199 194611 C 306.316 0.927 234.7 + 210 194611 C 306.316 14689 0.982 261.4 41.7 - 7.6 0 16 299C 194611 C 306.316 14697 0.975 259.9 39.7 - 8.9 4 33 145C 194611 C 306.316 14690 0.930 285.3 32.0 +15.7 0 14 338C 194611 C 306.316 14691 0.735 247.7 7.7 -13.2 51 277 194611 C 306.316 14696 0.778 233.1 6.7 -24.8 19 126 172C 194611 C 306.316 14694 0.451 24.1 311.6 +28.2 4 26 194611 C 306.316 14699 0.544 29.1 305.5 +32.1 1 5 194611 C 306.316 14698 0.778 119.9 277.9 -19.9 25 135 157C 194611 C 306.316 0.935 76.3 + 132 194611 C 306.316 0.948 70.3 + 181 194611 C 306.316 ( 24.3)(323.6) (+ 4.1)( 104)( 632)( 1833) 194611 G 307.392 0.839 221.7 + 124 194611 G 307.392 14690 0.990 284.5 31.7 +14.9 0 24 181C 194611 G 307.392 14691 0.871 251.3 7.4 -14.1 35 243 204C 194611 G 307.392 14696 0.886 237.3 5.5 -26.3 21 110 460C 194611 G 307.392 14694 0.409 349.3 314.3 +27.6 2 10 194611 G 307.392 14698 0.612 128.2 279.0 -18.7 14 92 194611 G 307.392 14700 0.954 121.7 242.1 -28.6 0 15 152C 194611 G 307.392 14701 0.980 114.1 233.8 -22.6 32 226 201C 194611 G 307.392 1246C 0.978 79.7 231.2 +10.9 0 9 489N 194611 G 307.392 0.863 67.4 + 162 194611 G 307.392 0.913 100.7 + 208 194611 G 307.392 ( 24.1)(309.4) (+ 4.0)( 104)( 729)( 2181) 194611 G 308.407 0.970 244.4 + 345 194611 G 308.407 0.844 243.7 + 265 194611 G 308.407 0.832 294.3 + 197 194611 G 308.407 14691 0.958 254.1 7.5 -13.9 34 231 363C 194611 G 308.407 14696 0.953 239.7 3.6 -27.3 7 46 414C 194611 G 308.407 14702 0.916 226.7 352.1 -36.7 5 27 414C 194611 G 308.407 14694 0.503 326.2 314.5 +28.3 2 9 194611 G 308.407 14698 0.495 143.2 277.7 -19.6 29 182 194611 G 308.407 14700 0.872 125.3 242.5 -27.9 19 97 145C 194611 G 308.407 14701 0.917 116.5 233.6 -22.3 38 190 345C 194611 G 308.407 14703 0.955 74.3 223.1 +16.1 15 73 316C 194611 G 308.407 14704 0.992 79.9 213.0 +10.5 8 34 251C 194611 G 308.407 0.893 82.0 + 168 194611 G 308.407 0.943 62.9 + 234 194611 G 308.407 ( 23.9)(296.0) (+ 3.9)( 157)( 889)( 3043) 194611 G 309.516 0.949 247.2 + 206 194611 G 309.516 0.921 291.9 + 250 194611 G 309.516 14691 0.994 255.1 3.6 -14.3 0 18 194C 194611 G 309.516 14702 0.981 233.5 354.8 -34.7 0 18 349C 194611 G 309.516 14705 0.862 280.2 340.9 +10.7 25 211 141C 194611 G 309.516 14694 0.647 311.4 314.8 +28.4 0 5 194611 G 309.516 14698 0.412 168.8 276.5 -20.0 44 361 194611 G 309.516 14706 0.661 117.9 244.4 -15.0 1 7 194611 G 309.516 14700 0.754 132.6 242.7 -27.6 14 65 194611 G 309.516 14701 0.812 121.5 233.0 -22.5 31 167 177F 194611 G 309.516 14703 0.862 74.0 222.3 +15.7 11 55 86C 194611 G 309.516 14707 0.933 73.1 212.6 +17.1 5 27 123C 194611 G 309.516 14704 0.941 79.7 211.1 +11.0 58 339 363C 194611 G 309.516 14708 0.977 103.0 205.1 -11.8 34 216 271C 194611 G 309.516 0.806 81.6 + 147 194611 G 309.516 0.838 65.8 + 199 194611 G 309.516 0.923 149.3 + 368 194611 G 309.516 ( 23.7)(281.4) (+ 3.8)( 223)( 1489)( 2874) 194611 C 310.286 0.960 293.9 + 167 194611 C 310.286 0.958 240.2 + 200 194611 C 310.286 14705 0.937 279.9 340.8 +10.5 51 410 201C 194611 C 310.286 14694 0.739 306.9 313.6 +29.1 6 28 194611 C 310.286 14698 0.411 192.3 276.5 -19.9 28 280 194611 C 310.286 14706 0.548 124.7 243.5 -14.8 4 27 194611 C 310.286 14700 0.678 139.2 241.4 -27.5 12 52 194611 C 310.286 14701 0.720 126.6 232.6 -22.5 27 182 194611 C 310.286 14703 0.754 72.4 223.1 +15.7 6 42 81C 194611 C 310.286 14707 0.855 71.9 213.1 +17.3 4 29 184C 194611 C 310.286 14704 0.872 79.9 210.6 +10.6 47 320 551C 194611 C 310.286 14708 0.922 104.6 205.7 -11.9 27 183 362F 194611 C 310.286 0.795 57.3 + 104 194611 C 310.286 0.832 122.7 + 175 194611 C 310.286 0.930 122.7 + 200 194611 C 310.286 0.964 68.7 + 352 194611 C 310.286 ( 23.5)(271.2) (+ 3.7)( 212)( 1553)( 2577) 194611 C 311.287 0.795 308.5 + 121 194611 C 311.287 14705 0.989 279.5 339.8 +10.0 0 102 214C 194611 C 311.287 14694 0.837 301.0 311.9 +27.6 0 4 161C 194611 C 311.287 14698 0.512 219.2 278.0 -19.9 25 220 194611 C 311.287 14706 0.382 145.5 245.1 -14.8 2 8 194611 C 311.287 14700 0.567 154.9 242.4 -27.3 8 32 194611 C 311.287 14701 0.591 137.7 232.6 -22.6 32 166 194611 C 311.287 14703 0.596 68.1 22.3 +15.8 6 37 194611 C 311.287 14707 0.720 68.5 213.5 +17.8 4 23 133F 194611 C 311.287 14704 0.760 79.3 208.8 +10.4 66 412 428C 194611 C 311.287 14708 0.810 107.6 206.1 -11.9 26 183 303F 194611 C 311.287 14709 0.968 74.9 182.4 +15.5 25 178 503C 194611 C 311.287 0.756 127.4 + 208 194611 C 311.287 0.852 43.5 + 110 194611 C 311.287 0.900 68.3 + 284 194611 C 311.287 0.956 57.9 + 336 194611 C 311.287 0.969 104.7 + 328 194611 C 311.287 ( 23.3)(258.0) (+ 3.6)( 194)( 1365)( 3129) 194611 C 312.283 0.883 307.2 + 175 194611 C 312.283 0.848 247.3 + 209 194611 C 312.283 14694 0.932 298.9 312.3 +28.1 14 105 207C 194611 C 312.283 14698 0.662 234.3 279.6 -19.8 30 169 194611 C 312.283 14706 0.322 174.1 242.9 -15.1 4 18 194611 C 312.283 14701 0.488 155.7 232.4 -22.9 34 146 194611 C 312.283 14703 0.434 60.8 221.9 +15.4 2 12 194611 C 312.283 14707 0.559 62.9 213.5 +17.7 2 16 194611 C 312.283 14704 0.626 77.5 206.6 +10.5 85 552 194611 C 312.283 14708 0.663 112.5 206.3 -11.9 34 208 194611 C 312.283 14709 0.889 73.5 182.5 +16.2 37 251 560C 194611 C 312.283 0.782 76.5 + 105 194611 C 312.283 0.822 64.9 + 114 194611 C 312.283 0.896 54.5 + 307 194611 C 312.283 0.928 102.5 + 420 194611 C 312.283 0.936 63.3 + 171 194611 C 312.283 ( 23.1)(244.9) (+ 3.5)( 242)( 1477)( 2268) 194611 G 313.425 0.964 285.4 + 170 194611 G 313.425 0.946 307.5 + 150 194611 G 313.425 0.939 258.2 + 173 194611 G 313.425 0.845 304.6 + 159 194611 G 313.425 14694 0.984 299.6 309.7 +29.7 0 36 252C 194611 G 313.425 1246D 0.961 251.2 301.6 -17.0 7 50 263C 194611 G 313.425 14698 0.800 241.4 278.1 -20.2 30 196 356C 194611 G 313.425 1246E 0.158 336.9 233.4 +11.7 1 9 194611 G 313.425 14701 0.443 185.6 232.5 -22.6 27 142 194611 G 313.425 14703 0.229 27.8 223.5 +15.0 1 7 194611 G 313.425 1246F 0.189 45.4 222.0 +11.0 1 8 194611 G 313.425 14707 0.374 46.0 213.4 +18.2 5 7 194611 G 313.425 14704 0.406 70.4 207.0 +10.9 70 476 194611 G 313.425 14708 0.460 123.5 206.9 -11.5 32 163 194611 G 313.425 14709 0.744 70.8 182.9 +16.4 29 175 260C 194611 G 313.425 14710 0.894 112.8 169.6 -18.5 5 34 215C 194611 G 313.425 14711 0.945 105.5 160.6 -13.4 20 86 322P 194611 G 313.425 14712 0.963 59.9 156.1 +29.9 7 48 324C 194611 G 313.425 0.786 104.8 + 128 194611 G 313.425 0.799 50.1 + 149 194611 G 313.425 0.935 96.8 + 115 194611 G 313.425 ( 22.8)(229.8) (+ 3.4)( 235)( 1437)( 3036) 194611 C 314.333 14698 0.906 245.2 279.3 -20.7 37 205 1036C 194611 C 314.333 14701 0.494 207.7 232.3 -22.6 29 146 194611 C 314.333 14703 0.221 332.0 224.0 +14.5 0 6 194611 C 314.333 14707 0.247 29.2 210.7 +15.7 0 3 194611 C 314.333 14704 0.218 52.0 207.9 +10.9 67 461 194611 C 314.333 14708 0.309 144.4 207.4 -11.2 33 187 194611 C 314.333 14709 0.592 67.0 183.5 +16.0 42 194 194611 C 314.333 14710 0.756 117.6 173.3 -18.1 11 58 187C 194611 C 314.333 14711 0.876 108.0 159.0 -14.0 18 119 211C 194611 C 314.333 14712 0.903 57.9 155.9 +30.2 9 51 465C 194611 C 314.333 14713 0.970 110.3 144.1 -18.8 12 127 226C 194611 C 314.333 0.870 85.9 + 144 194611 C 314.333 0.888 117.0 + 205 194611 C 314.333 0.913 75.7 + 306 194611 C 314.333 ( 22.6)(217.9) (+ 3.3)( 258)( 1557)( 2780) 194611 C 315.292 14698 0.971 247.9 278.8 -20.5 35 418 972C 194611 C 315.292 14701 0.599 224.1 231.9 -22.6 29 159 194611 C 315.292 14704 0.143 340.6 208.0 +10.8 83 437 194611 C 315.292 14708 0.253 189.1 207.5 -11.3 31 138 194611 C 315.292 14709 0.400 58.5 184.6 +15.0 35 197 194611 C 315.292 14710 0.613 123.5 173.0 -17.1 26 180 194611 C 315.292 14714 0.723 75.4 159.6 +12.6 9 40 103C 194611 C 315.292 14711 0.759 111.5 158.7 -14.0 19 109 102F 194611 C 315.292 14712 0.827 56.3 153.4 +29.2 2 17 303N 194611 C 315.292 14713 0.902 112.7 143.9 -18.8 7 75 157S 194611 C 315.292 14715 0.955 69.7 132.8 +20.2 10 50 183C 194611 C 315.292 0.786 122.9 + 106 194611 C 315.292 0.935 57.5 + 259 194611 C 315.292 0.965 117.1 + 179 194611 C 315.292 ( 22.3)(205.2) (+ 3.1)( 286)( 1820)( 2364) 194611 G 316.400 0.979 352.4 + 17 194611 G 316.400 0.961 358.0 + 12 194611 G 316.400 0.866 289.1 + 239 194611 G 316.400 0.859 247.2 + 127 194611 G 316.400 0.846 232.5 + 159 194611 G 316.400 14701 0.747 234.6 232.0 -23.3 40 204 120C 194611 G 316.400 14708 0.382 230.3 208.0 -11.2 26 135 194611 G 316.400 14704 0.285 298.0 205.4 +10.5 92 464 194611 G 316.400 14709 0.227 26.3 184.7 +14.7 40 291 194611 G 316.400 14710 0.435 139.9 173.7 -16.5 94 542 194611 G 316.400 14714 0.504 70.4 161.6 +12.3 26 135 194611 G 316.400 14711 0.588 118.9 158.7 -13.9 15 108 194611 G 316.400 14713 0.784 117.3 143.3 -19.0 14 70 103C 194611 G 316.400 14715 0.863 67.9 132.2 +20.5 11 65 82S 194611 G 316.400 0.773 45.1 + 294 194611 G 316.400 0.865 53.7 + 184 194611 G 316.400 0.886 122.1 + 211 194611 G 316.400 0.905 81.1 + 183 194611 G 316.400 0.908 107.7 + 124 194611 G 316.400 0.929 60.2 + 293 194611 G 316.400 0.941 67.7 + 175 194611 G 316.400 0.943 47.9 + 234 194611 G 316.400 0.966 3.6 + 8 194611 G 316.400 ( 22.1)(190.6) (+ 3.0)( 358)( 2014)( 2565) 194611 C 317.578 0.968 + 257 194611 C 317.578 0.944 284.2 + 120 194611 C 317.578 0.848 280.9 + 318 194611 C 317.578 0.826 291.4 + 145 194611 C 317.578 0.751 285.1 + 71 194611 C 317.578 14701 0.882 240.8 232.3 -23.9 48 355 489C 194611 C 317.578 14708 0.587 246.3 208.2 -11.2 21 115 194611 C 317.578 14704 0.491 287.1 203.5 +10.8 58 239 194611 C 317.578 14709 0.254 320.9 184.6 +14.2 33 223 194611 C 317.578 14710 0.339 176.1 173.7 -16.7 91 527 194611 C 317.578 14714 0.284 50.5 162.1 +13.2 40 190 194611 C 317.578 14711 0.400 136.5 158.7 -14.1 21 112 194611 C 317.578 14713 0.624 126.9 143.3 -19.4 11 73 194611 C 317.578 14715 0.715 63.5 132.1 +20.7 12 58 194611 C 317.578 14716 0.992 67.2 91.8 +23.0 15 96 162P 194611 C 317.578 0.843 59.3 + 190 194611 C 317.578 0.916 77.8 + 143 194611 C 317.578 0.930 122.1 + 148 194611 C 317.578 0.947 63.6 + 308 194611 C 317.578 ( 21.7)(175.1) (+ 2.9)( 350)( 1988)( 2351) 194611 C 318.356 0.939 279.7 + 158 194611 C 318.356 0.870 286.7 + 160 194611 C 318.356 0.865 278.7 + 150 194611 C 318.356 0.848 235.9 + 242 194611 C 318.356 0.842 298.1 + 82 194611 C 318.356 14701 0.947 242.9 232.4 -24.5 100 735 497C 194611 C 318.356 14708 0.713 250.9 208.0 -11.4 18 112 194611 C 318.356 14704 0.653 283.3 204.9 +10.8 55 242 194611 C 318.356 14709 0.381 301.7 184.2 +14.1 27 257 194611 C 318.356 14710 0.364 201.3 172.7 -16.9 58 446 194611 C 318.356 14714 0.181 13.2 162.4 +12.9 54 300 194611 C 318.356 14711 0.308 158.9 158.3 -13.9 14 116 194611 C 318.356 14713 0.515 136.5 142.8 -19.3 5 54 194611 C 318.356 14715 0.606 58.6 131.4 +20.7 8 74 194611 C 318.356 14717 0.955 99.4 92.9 - 8.1 13 42 258C 194611 C 318.356 14716 0.965 67.5 90.4 +22.4 65 205 303F 194611 C 318.356 0.754 59.1 + 224 194611 C 318.356 0.913 124.8 + 108 194611 C 318.356 0.916 57.7 + 273 194611 C 318.356 ( 21.5)(164.8) (+ 2.8)( 417)( 2583)( 2455) 194611 C 319.289 0.954 282.7 + 294 194611 C 319.289 0.935 238.7 + 235 194611 C 319.289 0.932 296.6 + 224 194611 C 319.289 0.859 289.5 + 139 194611 C 319.289 14701 0.985 245.7 230.3 -23.4 36 301 275C 194611 C 319.289 14708 0.842 254.7 208.2 -11.2 28 110 258F 194611 C 319.289 14704 0.793 281.3 204.6 +10.6 26 148 214C 194611 C 319.289 14709 0.561 291.1 185.0 +13.9 24 235 194611 C 319.289 14710 0.486 227.5 174.4 -16.6 60 421 194611 C 319.289 14714 0.243 315.3 162.5 +12.6 42 276 194611 C 319.289 14711 0.302 199.3 158.4 -13.8 16 122 194611 C 319.289 14713 0.413 156.3 142.4 -19.4 12 54 194611 C 319.289 14715 0.461 47.3 131.4 +20.7 7 71 194611 C 319.289 14717 0.870 101.1 93.1 - 8.3 21 227 202C 194611 C 319.289 14716 0.894 66.5 90.5 +22.1 32 290 587F 194611 C 319.289 0.745 58.3 + 98 194611 C 319.289 0.829 131.7 + 150 194611 C 319.289 0.849 58.3 + 357 194611 C 319.289 0.855 110.2 + 102 194611 C 319.289 0.921 121.9 + 236 194611 C 319.289 0.961 77.5 + 336 194611 C 319.289 ( 21.3)(152.5) (+ 2.7)( 304)( 2255)( 3707) 194611 C 320.319 0.967 241.3 + 245 194611 C 320.319 0.957 294.4 + 162 194611 C 320.319 0.817 297.6 + 118 194611 C 320.319 0.760 310.1 + 130 194611 C 320.319 14708 0.945 257.2 208.7 -11.2 17 83 245F 194611 C 320.319 14704 0.916 281.2 205.0 +11.2 9 96 354C 194611 C 320.319 14718 0.781 284.0 189.6 +12.5 2 10 194611 C 320.319 14709 0.738 288.4 185.3 +15.2 41 280 194611 C 320.319 14710 0.647 240.7 174.8 -16.3 73 415 194611 C 320.319 14714 0.445 293.2 163.5 +12.4 38 258 194611 C 320.319 14711 0.459 230.0 160.1 -14.7 45 259 194611 C 320.319 14713 0.384 187.7 142.0 -19.7 9 37 194611 C 320.319 14715 0.343 22.7 130.8 +21.0 9 50 194611 C 320.319 14717 0.723 104.0 93.9 - 8.2 21 176 112C 194611 C 320.319 14716 0.784 63.0 90.0 +22.5 34 227 92C 194611 C 320.319 14719 0.986 96.5 59.1 - 5.9 6 50 196P 194611 C 320.319 0.769 50.2 + 102 194611 C 320.319 0.858 64.6 + 276 194611 C 320.319 0.869 75.8 + 207 194611 C 320.319 0.870 110.2 + 75 194611 C 320.319 0.880 55.0 + 121 194611 C 320.319 0.923 80.2 + 169 194611 C 320.319 ( 21.0)(138.9) (+ 2.6)( 304)( 1941)( 2604) 194611 C 321.287 0.969 255.9 + 177 194611 C 321.287 0.890 298.2 + 180 194611 C 321.287 0.855 308.1 + 106 194611 C 321.287 0.850 260.0 + 123 194611 C 321.287 14704 0.971 280.5 202.4 +10.8 0 16 315C 194611 C 321.287 14718 0.896 282.8 189.5 +12.5 2 15 52C 194611 C 321.287 14709 0.867 286.3 185.6 +15.3 21 165 296F 194611 C 321.287 14710 0.793 246.9 175.5 -16.5 67 360 473C 194611 C 321.287 14714 0.649 286.2 165.7 +12.2 40 197 194611 C 321.287 14711 0.624 242.7 161.0 -14.6 47 315 194611 C 321.287 14720 0.578 323.1 149.6 +29.6 5 23 194611 C 321.287 14721 0.316 300.5 142.3 +11.5 7 45 194611 C 321.287 14713 0.452 213.7 141.6 -19.7 3 20 194611 C 321.287 14715 0.328 347.5 130.5 +21.0 11 37 194611 C 321.287 14722 0.414 184.3 128.1 -21.9 9 36 194611 C 321.287 14717 0.547 108.8 94.8 - 8.0 35 137 194611 C 321.287 14716 0.662 58.1 89.0 +22.3 45 239 194611 C 321.287 14719 0.933 97.5 57.9 - 6.1 11 86 242C 194611 C 321.287 14723 0.987 75.1 45.5 +15.1 12 52 219C 194611 C 321.287 0.783 76.2 + 219 194611 C 321.287 0.814 51.1 + 163 194611 C 321.287 0.913 123.7 + 173 194611 C 321.287 ( 20.7)(126.2) (+ 2.4)( 315)( 1743)( 2738) 194611 C 322.335 0.949 299.9 + 214 194611 C 322.335 0.856 295.6 + 125 194611 C 322.335 14709 0.958 285.0 185.5 +15.0 26 136 377F 194611 C 322.335 14710 0.917 251.4 176.9 -16.0 55 327 462C 194611 C 322.335 14714 0.804 283.5 165.3 +12.2 51 215 125C 194611 C 322.335 14711 0.776 248.8 160.7 -14.8 49 381 122C 194611 C 322.335 14721 0.514 288.6 142.1 +11.4 13 81 194611 C 322.335 14713 0.588 231.4 141.4 -19.4 4 20 194611 C 322.335 14715 0.433 317.7 130.5 +20.8 4 38 194611 C 322.335 14722 0.494 215.4 130.2 -21.5 3 31 194611 C 322.335 14717 0.357 122.4 94.7 - 8.8 39 185 194611 C 322.335 14716 0.503 46.8 89.2 +22.2 27 218 194611 C 322.335 14719 0.819 99.1 58.2 - 6.1 11 82 151C 194611 C 322.335 14723 0.923 74.5 45.5 +15.2 8 74 239C 194611 C 322.335 14724 0.969 78.0 36.8 +12.2 12 146 217C 194611 C 322.335 0.933 100.6 + 236 194611 C 322.335 ( 20.4)(112.4) (+ 2.3)( 302)( 1934)( 2268) 194611 C 323.292 0.942 295.1 + 232 194611 C 323.292 0.891 239.5 + 156 194611 C 323.292 0.806 308.7 + 194 194611 C 323.292 14709 0.996 284.1 184.9 +14.2 0 43 203C 194611 C 323.292 14710 0.980 252.9 176.9 -16.3 35 335 816C 194611 C 323.292 14714 0.919 282.6 166.2 +12.4 32 202 336F 194611 C 323.292 14711 0.891 252.6 161.0 -14.4 46 302 157C 194611 C 323.292 14713 0.720 240.3 141.1 -19.1 3 12 194611 C 323.292 14721 0.667 284.9 140.8 +11.5 15 69 194611 C 323.292 14722 0.629 230.4 131.1 -21.7 4 13 194611 C 323.292 14715 0.578 304.5 130.3 +20.9 8 27 194611 C 323.292 1246G 0.336 334.5 108.6 +19.8 3 18 194611 C 323.292 14717 0.223 157.4 94.8 - 9.7 37 261 194611 C 323.292 14716 0.390 24.9 89.6 +22.8 36 169 194611 C 323.292 14719 0.673 101.5 58.4 - 6.1 17 76 194611 C 323.292 14723 0.793 73.9 48.3 +14.0 30 203 123C 194611 C 323.292 14724 0.904 77.7 35.5 +12.1 39 237 292N 194611 C 323.292 0.830 103.7 + 228 194611 C 323.292 0.861 30.1 + 86 194611 C 323.292 0.968 102.0 + 255 194611 C 323.292 ( 20.1)( 99.8) (+ 2.2)( 305)( 1967)( 3078) 194611 G 324.444 0.923 242.7 + 169 194611 G 324.444 14714 0.988 282.8 165.8 +13.0 28 186 333F 194611 G 324.444 14711 0.980 255.2 16.2 -14.1 22 213 371C 194611 G 324.444 14720 0.897 304.6 144.5 +31.6 2 10 177C 194611 G 324.444 14721 0.844 281.9 141.7 +11.2 9 56 145C 194611 G 324.444 14715 0.743 296.4 129.8 +20.7 3 13 194611 G 324.444 14717 0.275 221.7 95.2 - 9.7 92 504 194611 G 324.444 14716 0.358 348.6 89.0 +22.5 28 145 194611 G 324.444 14719 0.460 107.7 58.6 - 6.1 12 54 194611 G 324.444 14723 0.606 69.5 49.1 +13.9 65 349 194611 G 324.444 14724 0.769 75.9 35.1 +12.1 63 413 253C 194611 G 324.444 14725 0.975 113.6 9.6 -22.5 4 38 308C 194611 G 324.444 14726 0.976 103.7 8.2 -12.9 9 29 163C 194611 G 324.444 0.853 10.3 + 203 194611 G 324.444 ( 19.7)( 84.6) (+ 2.1)( 337)( 2010)( 2122) 194611 G 325.436 0.970 297.4 + 89 194611 G 325.436 0.955 247.3 + 181 194611 G 325.436 0.927 305.0 + 331 194611 G 325.436 0.887 237.9 + 233 194611 G 325.436 14721 0.949 281.4 142.9 +11.4 44 388 432C 194611 G 325.436 14715 0.866 293.1 129.8 +20.9 2 11 172C 194611 G 325.436 14717 0.460 244.0 96.2 - 9.9 92 660 194611 G 325.436 14716 0.448 321.7 88.9 +22.3 20 127 194611 G 325.436 14719 0.260 123.5 59.0 - 6.4 11 36 194611 G 325.436 14723 0.429 61.8 48.7 +13.4 141 821 194611 G 325.436 14724 0.601 72.2 35.8 +12.1 74 557 194611 G 325.436 14727 0.769 104.6 22.7 - 9.9 5 24 89F 194611 G 325.436 14725 0.904 116.3 10.3 -22.7 15 71 360C 194611 G 325.436 14726 0.903 105.6 8.5 -13.2 10 40 148C 194611 G 325.436 14728 0.949 120.4 3.8 -27.9 6 27 379C 194611 G 325.436 14729 0.938 103.2 2.9 -11.7 3 13 250C 194611 G 325.436 0.944 4.0 + 14 194611 G 325.436 0.953 170.3 + 11 194611 G 325.436 0.954 130.7 + 125 194611 G 325.436 0.961 65.6 + 186 194611 G 325.436 ( 19.4)( 71.5) (+ 1.9)( 423)( 2775)( 3000) 194611 C 326.286 0.938 256.2 + 226 194611 C 326.286 0.933 241.9 + 207 194611 C 326.286 0.923 301.9 + 228 194611 C 326.286 14721 0.990 282.9 142.2 +13.1 34 220 316C 194611 C 326.286 14717 0.620 251.1 96.7 -10.1 73 704 194611 C 326.286 14716 0.563 309.1 88.4 +22.3 30 139 194611 C 326.286 14719 0.146 172.5 59.2 - 6.5 7 36 194611 C 326.286 14723 0.272 43.1 49.3 +13.2 279 1424 194611 C 326.286 14724 0.446 66.3 35.7 +11.9 94 663 194611 C 326.286 14727 0.621 108.6 23.8 - 9.9 13 89 194611 C 326.286 14725 0.815 119.9 10.5 -22.8 11 54 170C 194611 C 326.286 14726 0.802 107.9 8.9 -13.1 2 7 85C 194611 C 326.286 14728 0.885 123.1 3.5 -27.8 4 9 217C 194611 C 326.286 14729 0.854 104.6 3.0 -11.5 2 12 131C 194611 C 326.286 0.928 64.0 + 125 194611 C 326.286 0.967 78.5 + 203 194611 C 326.286 ( 19.1)( 60.3) (+ 1.8)( 549)( 3357)( 1908) 194611 C 327.320 0.952 301.8 + 203 194611 C 327.320 0.909 311.4 + 120 194611 C 327.320 0.811 310.0 + 107 194611 C 327.320 14717 0.778 256.0 96.5 - 9.7 98 822 185C 194611 C 327.320 14716 0.709 300.4 87.9 +22.2 27 146 149P 194611 C 327.320 14719 0.256 236.8 59.1 - 6.3 4 20 194611 C 327.320 14723 0.193 354.6 47.8 +12.7 270 1802 194611 C 327.320 14724 0.288 51.4 33.5 +11.9 47 344 194611 C 327.320 14727 0.433 117.4 23.8 - 9.8 6 55 194611 C 327.320 14725 0.681 127.6 10.9 -23.1 5 18 194611 C 327.320 14726 0.652 113.0 8.8 -13.4 5 16 194611 C 327.320 0.818 127.7 + 280 194611 C 327.320 0.820 112.7 + 146 194611 C 327.320 0.881 61.8 + 176 194611 C 327.320 0.882 77.8 + 210 194611 C 327.320 0.925 119.2 + 159 194611 C 327.320 0.937 128.2 + 148 194611 C 327.320 ( 18.8)( 46.7) (+ 1.7)( 462)( 3223)( 1883) 194611 G 328.426 0.916 236.2 + 139 194611 G 328.426 0.883 307.4 + 184 194611 G 328.426 14717 0.914 258.3 97.2 -10.0 119 1048 522C 194611 G 328.426 14716 0.846 295.1 87.5 +21.9 20 150 414C 194611 G 328.426 14723 0.331 306.9 47.8 +12.9 237 1781 194611 G 328.426 14724 0.187 354.2 33.2 +12.2 35 290 194611 G 328.426 14727 0.234 144.0 24.1 - 9.3 18 61 194611 G 328.426 14725 0.550 140.0 9.5 -23.4 3 13 194611 G 328.426 14726 0.461 123.6 9.0 -13.2 2 8 194611 G 328.426 14730 0.985 106.8 313.2 -16.2 25 141 238C 194611 G 328.426 0.755 134.8 + 182 194611 G 328.426 0.826 57.0 + 99 194611 G 328.426 0.831 121.8 + 155 194611 G 328.426 0.889 130.4 + 188 194611 G 328.426 0.986 61.5 + 254 194611 G 328.426 ( 18.4)( 32.1) (+ 1.6)( 459)( 3492)( 2375) 194611 G 329.421 0.939 303.7 + 120 194611 G 329.421 0.924 234.2 + 212 194611 G 329.421 0.906 311.5 + 115 194611 G 329.421 0.859 288.2 + 186 194611 G 329.421 0.857 304.7 + 136 194611 G 329.421 14717 0.977 260.1 96.1 - 9.4 110 964 558C 194611 G 329.421 14716 0.933 293.3 86.5 +22.1 38 144 344C 194611 G 329.421 14723 0.520 293.7 48.2 +13.2 209 1587 194611 G 329.421 14724 0.287 309.9 31.8 +11.9 15 133 194611 G 329.421 14727 0.212 209.1 25.0 - 9.2 27 76 194611 G 329.421 14725 0.457 155.9 7.3 -23.1 2 17 194611 G 329.421 14726 0.342 143.2 6.8 -14.5 1 11 194611 G 329.421 14729 0.311 130.4 5.1 -10.3 2 19 194611 G 329.421 14730 0.927 108.9 312.8 -16.9 29 149 397F 194611 G 329.421 14731 0.939 61.3 311.3 +27.3 0 13 221C 194611 G 329.421 0.953 73.4 + 106 194611 G 329.421 ( 18.0)( 19.0) (+ 1.4)( 433)( 3113)( 2395) 194611 C 330.289 0.964 306.9 + 124 194611 C 330.289 0.933 285.0 + 207 194611 C 330.289 0.923 301.3 + 150 194611 C 330.289 14717 0.996 260.5 91.7 - 9.3 0 69 194C 194611 C 330.289 14716 0.983 292.2 86.3 +22.0 11 56 272F 194611 C 330.289 14723 0.657 288.4 47.1 +12.9 189 1436 194611 C 330.289 14724 0.451 294.7 32.2 +12.0 12 82 194611 C 330.289 14727 0.366 238.9 25.9 - 9.6 20 137 194611 C 330.289 14725 0.403 179.7 7.4 -22.3 1 4 194611 C 330.289 14730 0.842 110.7 312.5 -16.6 27 160 219C 194611 C 330.289 14731 0.879 58.1 309.8 +28.3 0 4 212C 194611 C 330.289 14732 0.990 74.0 285.9 +16.0 14 99 142C 194611 C 330.289 0.880 69.9 + 164 194611 C 330.289 0.924 102.3 + 141 194611 C 330.289 0.931 110.6 + 227 194611 C 330.289 ( 17.7)( 7.5) (+ 1.3)( 274)( 2047)( 2052) 194611 C 331.287 0.969 301.5 + 167 194611 C 331.287 0.922 259.1 + 228 194611 C 331.287 0.804 256.3 + 176 194611 C 331.287 14723 0.800 285.3 46.5 +12.9 147 1183 432C 194611 C 331.287 14724 0.636 288.6 32.4 +12.6 11 105 194611 C 331.287 14727 0.532 249.4 24.6 - 9.7 14 135 194611 C 331.287 14730 0.711 115.1 312.4 -16.6 23 146 194611 C 331.287 14732 0.935 73.0 286.0 +16.3 6 58 197F 194611 C 331.287 14733 0.963 111.6 281.9 -20.4 27 223 346C 194611 C 331.287 0.832 111.9 + 132 194611 C 331.287 ( 17.4)(354.4) (+ 1.2)( 228)( 1850)( 1678) 194611 G 332.458 0.939 259.1 + 265 194611 G 332.458 14723 0.934 283.8 47.5 +13.2 125 1113 717C 194611 G 332.458 14724 0.821 285.0 33.2 +12.9 10 68 191C 194611 G 332.458 14727 0.762 256.3 27.5 - 9.7 10 73 126C 194611 G 332.458 14730 0.528 124.3 312.1 -16.3 22 123 194611 G 332.458 14734 0.517 59.1 311.6 +16.3 8 28 194611 G 332.458 14735 0.865 131.9 287.8 -34.5 2 9 148C 194611 G 332.458 14732 0.822 70.4 285.3 +16.6 19 89 173F 194611 G 332.458 14733 0.868 114.3 281.7 -20.2 17 165 252C 194611 G 332.458 0.894 56.5 + 164 194611 G 332.458 0.899 44.9 + 208 194611 G 332.458 0.912 112.7 + 315 194611 G 332.458 0.935 125.1 + 126 194611 G 332.458 ( 16.9)(339.0) (+ 1.1)( 213)( 1668)( 2685) 194611 C 333.327 0.973 259.0 + 170 194611 C 333.327 0.895 288.2 + 163 194611 C 333.327 0.761 235.2 + 137 194611 C 333.327 14723 0.977 282.7 44.9 +12.6 40 408 194611 C 333.327 14724 0.916 283.0 33.3 +12.3 0 17 616C 194611 C 333.327 14727 0.900 258.7 30.9 - 9.7 5 19 194611 C 333.327 1247A 0.802 252.1 19.1 -13.7 3 14 223C 194611 C 333.327 14730 0.394 138.7 311.9 -16.2 27 118 194611 C 333.327 14734 0.379 46.0 311.1 +16.1 6 39 194611 C 333.327 14735 0.778 137.8 288.4 -34.3 2 10 86F 194611 C 333.327 14732 0.702 66.6 285.4 +16.9 12 74 116F 194611 C 333.327 14733 0.766 118.0 281.5 -20.3 34 162 134F 194611 C 333.327 0.874 121.6 + 82 194611 C 333.327 0.890 114.3 + 73 194611 C 333.327 0.939 134.8 + 107 194611 C 333.327 0.978 66.4 + 273 194611 C 333.327 ( 16.6)(327.5) (+ 1.0)( 129)( 861)( 2180) 194612 G 334.427 0.930 234.0 + 182 194612 G 334.427 0.856 241.0 + 708 194612 G 334.427 0.838 249.4 + 187 194612 G 334.427 0.798 255.2 + 162 194612 G 334.427 0.761 227.0 + 259 194612 G 334.427 14724 0.990 282.6 34.6 +12.6 24 96 481C 194612 G 334.427 14727 0.974 259.7 29.2 - 9.8 4 28 531C 194612 G 334.427 14730 0.298 175.9 311.7 -16.4 29 122 194612 G 334.427 14736 0.209 9.9 310.9 +12.7 12 72 194612 G 334.427 14734 0.274 9.5 310.3 +16.4 4 14 194612 G 334.427 14737 0.465 134.1 293.5 -18.1 1 5 194612 G 334.427 14732 0.531 57.0 285.3 +17.5 10 86 194612 G 334.427 14733 0.620 125.4 280.5 -20.3 28 177 194612 G 334.427 14738 0.930 64.9 246.6 +23.5 5 30 533C 194612 G 334.427 14739 0.985 113.9 234.3 -23.4 24 211 268C 194612 G 334.427 0.850 49.0 + 147 194612 G 334.427 0.966 75.0 + 321 194612 G 334.427 ( 16.2)(313.0) (+ 0.8)( 141)( 841)( 3779) 194612 G 335.543 0.925 256.0 + 220 194612 G 335.543 0.890 234.0 + 154 194612 G 335.543 0.811 227.3 + 74 194612 G 335.543 1247B 0.939 246.1 6.0 -22.1 0 13 285C 194612 G 335.543 14736 0.326 311.0 312.9 +13.0 42 179 194612 G 335.543 14730 0.368 217.7 311.8 -16.2 16 115 194612 G 335.543 14737 0.316 170.6 295.2 -17.3 0 5 194612 G 335.543 14732 0.367 37.3 284.9 +17.6 14 54 194612 G 335.543 14733 0.457 140.6 280.4 -19.9 21 126 194612 G 335.543 14738 0.844 62.1 244.0 +23.6 0 7 145C 194612 G 335.543 14739 0.929 115.8 232.7 -23.5 51 276 616C 194612 G 335.543 0.890 70.7 + 213 194612 G 335.543 0.896 80.5 + 102 194612 G 335.543 ( 15.8)(298.3) (+ 0.7)( 144)( 775)( 1809) 194612 G 336.451 0.991 245.4 + 329 194612 G 336.451 0.962 225.6 + 214 194612 G 336.451 0.931 235.4 + 366 194612 G 336.451 0.865 299.4 + 215 194612 G 336.451 0.859 282.1 + 200 194612 G 336.451 14736 0.491 295.8 313.1 +12.8 64 321 194612 G 336.451 14730 0.512 235.4 312.2 -16.3 20 106 194612 G 336.451 14732 0.299 5.0 284.7 +17.8 11 85 194612 G 336.451 14733 0.353 165.8 281.1 -19.3 26 112 194612 G 336.451 14739 0.844 118.5 232.6 -23.3 61 548 326C 194612 G 336.451 14740 0.979 53.0 210.9 +36.2 22 142 295C 194612 G 336.451 0.829 69.6 + 139 194612 G 336.451 0.927 61.8 + 172 194612 G 336.451 0.950 75.6 + 395 194612 G 336.451 0.950 75.6 + 395 194612 G 336.451 0.958 115.6 + 299 194612 G 336.451 0.975 99.2 + 373 194612 G 336.451 ( 15.4)(286.3) (+ 0.6)( 204)( 1314)( 3323) 194612 G 337.457 0.949 281.6 + 129 194612 G 337.457 0.942 298.6 + 101 194612 G 337.457 0.935 235.0 + 175 194612 G 337.457 14736 0.669 289.8 313.2 +13.4 35 226 194612 G 337.457 14730 0.674 245.0 312.4 -16.2 7 72 194612 G 337.457 14741 0.615 298.8 307.4 +17.5 11 47 194612 G 337.457 14732 0.357 327.3 284.7 +17.8 5 29 194612 G 337.457 14733 0.373 203.3 282.1 -19.6 16 66 194612 G 337.457 14742 0.735 47.3 234.6 +30.1 1 7 47C 194612 G 337.457 14739 0.728 124.1 232.1 -23.7 40 353 127SF 194612 G 337.457 14740 0.932 51.4 209.6 +35.6 18 141 330F 194612 G 337.457 14743 0.923 98.6 206.3 - 7.8 3 16 167C 194612 G 337.457 0.859 74.6 + 189 194612 G 337.457 0.893 59.1 + 143 194612 G 337.457 0.912 115.7 + 263 194612 G 337.457 0.955 74.9 + 324 194612 G 337.457 ( 15.0)(273.1) (+ 0.4)( 136)( 957)( 1995) 194612 C 338.344 0.755 238.7 + 99 194612 C 338.344 14736 0.805 287.2 313.6 +13.9 23 177 173C 194612 C 338.344 14730 0.799 249.5 312.3 -16.0 8 35 175C 194612 C 338.344 14741 0.757 293.2 308.1 +17.5 19 102 66C 194612 C 338.344 14732 0.484 309.2 284.5 +18.1 5 28 194612 C 338.344 14733 0.477 224.6 282.1 -19.4 19 83 194612 C 338.344 14744 0.517 2.4 260.0 +31.2 3 18 194612 C 338.344 14742 0.645 36.9 234.6 +31.2 3 16 194612 C 338.344 14739 0.601 131.6 232.2 -23.2 30 235 194612 C 338.344 14740 0.861 47.7 210.1 +35.5 10 66 514F 194612 C 338.344 14743 0.834 99.6 205.5 - 7.8 2 12 189C 194612 C 338.344 0.846 120.6 + 166 194612 C 338.344 0.853 79.7 + 115 194612 C 338.344 0.856 69.2 + 140 194612 C 338.344 0.875 58.6 + 125 194612 C 338.344 0.960 74.0 + 239 194612 C 338.344 0.966 102.8 + 298 194612 C 338.344 ( 14.6)(261.4) (+ 0.3)( 122)( 772)( 2299) 194612 C 339.286 0.906 301.5 + 166 194612 C 339.286 0.829 244.4 + 195 194612 C 339.286 14736 0.919 285.4 314.8 +14.2 26 174 243F 194612 C 339.286 14730 0.912 251.0 313.3 -17.2 5 30 311C 194612 C 339.286 14741 0.871 289.8 307.8 +17.2 34 206 141C 194612 C 339.286 14732 0.609 300.7 282.3 +18.2 4 19 194612 C 339.286 14733 0.619 236.8 282.2 -19.6 12 76 194612 C 339.286 14744 0.540 342.6 259.8 +31.1 8 33 194612 C 339.286 14742 0.556 23.9 233.9 +30.6 2 13 194612 C 339.286 14739 0.487 145.5 231.6 -23.4 30 152 194612 C 339.286 14740 0.780 41.7 209.5 +35.6 6 30 182F 194612 C 339.286 0.773 70.6 + 204 194612 C 339.286 0.868 78.8 + 125 194612 C 339.286 0.902 73.0 + 163 194612 C 339.286 0.906 41.8 + 281 194612 C 339.286 0.921 104.5 + 451 194612 C 339.286 0.923 65.8 + 310 194612 C 339.286 0.975 114.1 + 484 194612 C 339.286 ( 14.2)(249.0) (+ 0.2)( 127)( 733)( 3256) 194612 C 340.288 0.853 227.3 + 89 194612 C 340.288 0.759 294.3 + 151 194612 C 340.288 14736 0.984 284.0 314.9 +13.8 38 207 282C 194612 C 340.288 14741 0.965 288.2 309.6 +17.5 16 100 289C 194612 C 340.288 14745 0.913 250.5 300.1 -17.6 16 86 354C 194612 C 340.288 14733 0.766 243.4 282.4 -19.9 25 112 137C 194612 C 340.288 14744 0.630 322.7 261.9 +30.0 5 17 194612 C 340.288 14739 0.412 172.0 232.3 -23.8 17 138 194612 C 340.288 14740 0.708 34.9 206.1 +35.4 3 12 194612 C 340.288 14746 0.955 106.3 164.0 -15.5 22 194 481C 194612 C 340.288 0.777 74.8 + 145 194612 C 340.288 0.828 103.8 + 279 194612 C 340.288 0.835 63.4 + 135 194612 C 340.288 0.926 115.4 + 588 194612 C 340.288 0.953 75.0 + 238 194612 C 340.288 ( 13.8)(235.8) (+ 0.1)( 142)( 866)( 3168) 194612 C 341.355 0.877 292.9 + 150 194612 C 341.355 14745 0.991 251.6 303.4 -18.2 7 61 180F 194612 C 341.355 1247C 0.949 253.2 292.4 -16.0 6 49 127NF 194612 C 341.355 14733 0.892 247.0 282.6 -20.4 16 87 206F 194612 C 341.355 14744 0.710 316.1 256.5 +30.6 1 6 194612 C 341.355 14739 0.427 199.3 230.5 -23.8 11 92 194612 C 341.355 14740 0.636 21.8 204.8 +36.0 1 10 194612 C 341.355 14746 0.867 107.4 163.0 -15.1 27 138 187C 194612 C 341.355 14747 0.948 80.0 150.8 + 9.4 9 65 287F 194612 C 341.355 0.729 109.6 + 153 194612 C 341.355 0.853 74.0 + 149 194612 C 341.355 0.872 116.4 + 306 194612 C 341.355 0.979 110.6 + 151 194612 C 341.355 ( 13.4)(221.7) (- 0.1)( 78)( 508)( 1896) 194612 C 342.292 0.948 291.5 + 136 194612 C 342.292 0.868 241.4 + 178 194612 C 342.292 14733 0.964 248.6 282.6 -20.6 15 85 291C 194612 C 342.292 14744 0.820 310.2 256.7 +31.7 2 11 162C 194612 C 342.292 14739 0.523 218.6 230.3 -24.2 17 101 194612 C 342.292 14748 0.326 15.8 204.1 +18.0 14 73 194612 C 342.292 14746 0.714 109.8 165.8 -14.1 17 95 168F 194612 C 342.292 14747 0.861 78.8 150.7 + 9.5 15 62 234F 194612 C 342.292 0.820 105.8 + 109 194612 C 342.292 0.856 118.4 + 136 194612 C 342.292 0.904 59.7 + 121 194612 C 342.292 0.918 110.8 + 188 194612 C 342.292 ( 13.0)(209.4) (- 0.2)( 80)( 427)( 1723) 194612 G 343.419 0.974 247.8 + 258 194612 G 343.419 0.944 242.8 + 212 194612 G 343.419 0.845 300.4 + 262 194612 G 343.419 0.770 243.4 + 339 194612 G 343.419 14744 0.933 304.3 259.0 +31.5 30 203 293C 194612 G 343.419 14739 0.664 231.3 229.1 -24.7 14 83 194612 G 343.419 14748 0.359 332.0 204.7 +18.1 23 190 194612 G 343.419 14746 0.523 117.2 166.0 -14.0 17 118 194612 G 343.419 14747 0.703 76.1 150.9 + 9.4 10 60 169F 194612 G 343.419 14749 0.845 56.7 142.0 +27.4 16 114 179C 194612 G 343.419 14750 0.993 93.8 111.6 - 3.8 69 484 194612 G 343.419 0.804 115.2 + 201 194612 G 343.419 0.916 47.7 + 200 194612 G 343.419 0.931 66.4 + 220 194612 G 343.419 ( 12.5)(194.5) (- 0.3)( 179)( 1252)( 2333) 194612 C 344.316 0.935 296.5 + 160 194612 C 344.316 0.849 289.4 + 114 194612 C 344.316 0.776 230.5 + 132 194612 C 344.316 14744 0.980 302.3 258.5 +31.4 20 131 236C 194612 C 344.316 14739 0.818 240.7 233.7 -23.8 3 15 292C 194612 C 344.316 14748 0.480 310.7 205.1 +17.7 75 357 194612 C 344.316 14746 0.359 130.3 166.4 -13.8 14 57 194612 C 344.316 14747 0.539 72.7 151.5 + 8.8 8 52 194612 C 344.316 14749 0.735 51.9 142.6 +26.5 12 71 108C 194612 C 344.316 14751 0.963 100.9 108.7 -10.6 53 856 229C 194612 C 344.316 14750 0.968 95.9 107.5 - 5.8 182 1735 187C 194612 C 344.316 14752 0.989 110.5 102.0 -20.3 20 82 117C 194612 C 344.316 0.858 45.0 + 117 194612 C 344.316 0.956 65.1 + 141 194612 C 344.316 ( 12.1)(182.7) (- 0.5)( 387)( 3356)( 1833) 194612 G 345.422 0.974 235.1 + 825 194612 G 345.422 0.960 296.7 + 199 194612 G 345.422 0.937 253.6 + 269 194612 G 345.422 0.932 289.1 + 354 194612 G 345.422 0.930 279.4 + 190 194612 G 345.422 0.754 325.2 + 594 194612 G 345.422 14739 0.931 245.0 234.7 -23.4 5 27 1048C 194612 G 345.422 14748 0.665 297.5 206.1 +17.3 67 395 194612 G 345.422 14746 0.224 169.1 165.6 -13.2 31 148 194612 G 345.422 14747 0.327 59.8 151.5 + 8.9 12 53 194612 G 345.422 14749 0.602 39.7 142.6 +27.0 3 27 194612 G 345.422 14751 0.867 101.1 108.6 - 9.9 82 760 477C 194612 G 345.422 14750 0.877 96.3 107.1 - 5.8 293 2099 465C 194612 G 345.422 14752 0.955 112.9 96.8 -22.0 41 303 315C 194612 G 345.422 14753 0.951 101.3 96.6 -10.9 14 131 489C 194612 G 345.422 0.783 40.1 + 212 194612 G 345.422 0.848 60.2 + 159 194612 G 345.422 0.892 49.2 + 239 194612 G 345.422 0.964 66.6 + 250 194612 G 345.422 0.969 59.0 + 346 194612 G 345.422 ( 11.6)(168.1) (- 0.6)( 548)( 3943)( 6431) 194612 C 346.290 0.980 248.1 + 386 194612 C 346.290 0.965 280.6 + 177 194612 C 346.290 0.950 239.6 + 363 194612 C 346.290 0.903 286.5 + 289 194612 C 346.290 0.831 255.8 + 140 194612 C 346.290 0.825 317.4 + 184 194612 C 346.290 0.774 328.2 + 132 194612 C 346.290 14748 0.787 292.4 206.0 +16.9 58 401 277C 194612 C 346.290 14746 0.277 217.8 166.7 -13.3 24 179 194612 C 346.290 1247D 0.497 358.1 157.8 +28.9 2 21 194612 C 346.290 14747 0.189 27.3 151.7 + 8.9 5 30 194612 C 346.290 14751 0.749 102.7 109.0 - 9.9 46 666 622C 194612 C 346.290 14750 0.770 97.3 106.7 - 6.1 227 2011 622C 194612 C 346.290 14753 0.872 103.2 96.8 -11.8 8 66 622C 194612 C 346.290 14752 0.888 114.6 96.4 -22.0 31 268 139C 194612 C 346.290 0.891 64.0 + 113 194612 C 346.290 0.928 56.2 + 194 194612 C 346.290 0.972 66.8 + 132 194612 C 346.290 ( 11.2)(156.7) (- 0.7)( 401)( 3642)( 3148) 194612 C 347.287 0.959 298.0 + 137 194612 C 347.287 0.929 242.6 + 239 194612 C 347.287 0.928 259.4 + 222 194612 C 347.287 0.901 279.2 + 203 194612 C 347.287 0.898 252.6 + 147 194612 C 347.287 0.882 315.8 + 417 194612 C 347.287 14748 0.905 289.2 206.5 +16.9 39 335 380C 194612 C 347.287 14746 0.447 241.1 167.1 -13.1 18 100 194612 C 347.287 14747 0.235 325.9 151.2 +10.4 11 69 194612 C 347.287 14751 0.587 106.3 108.7 -10.1 60 593 194612 C 347.287 14750 0.591 98.6 107.7 - 5.7 255 1853 194612 C 347.287 14753 0.731 106.0 97.7 -12.2 12 133 119C 194612 C 347.287 14752 0.782 118.4 95.6 -22.3 49 233 141C 194612 C 347.287 14754 0.993 76.5 61.0 +13.3 33 195 378C 194612 C 347.287 0.795 98.2 + 248 194612 C 347.287 0.800 55.2 + 281 194612 C 347.287 0.914 66.4 + 183 194612 C 347.287 0.946 54.6 + 152 194612 C 347.287 ( 10.8)(143.5) (- 0.8)( 477)( 3511)( 3247) 194612 G 348.475 0.962 255.5 + 203 194612 K 348.475 0.948 247.7 + 127 194612 K 348.475 0.948 312.1 + 253 194612 K 348.475 0.880 282.3 + 124 194612 K 348.475 0.853 257.1 + 128 194612 K 348.475 14748 0.983 288.0 206.2 +17.5 35 370 346C 194612 K 348.475 1247E 0.830 243.7 181.1 -22.1 4 8 90C 194612 K 348.475 14755 0.779 239.7 173.6 -23.7 7 24 90C 194612 K 348.475 14746 0.663 252.3 168.0 -12.4 19 101 194612 K 348.475 14756 0.693 223.6 161.6 -30.9 6 33 194612 K 348.475 14751 0.348 116.7 109.6 - 9.9 39 296 194612 K 348.475 14750 0.356 103.8 107.7 - 5.7 240 1802 194612 K 348.475 14753 0.530 111.2 97.7 -11.9 31 266 194612 K 348.475 14752 0.616 126.0 95.5 -22.0 31 179 194612 K 348.475 14754 0.917 75.3 62.6 +13.0 55 382 504C 194612 K 348.475 14757 0.983 79.5 49.1 +10.1 104 415 504C 194612 K 348.475 0.932 99.1 + 212 194612 K 348.475 ( 10.3)(127.9) (- 1.0)( 571)( 3876)( 1987) 194612 C 349.324 0.953 286.3 + 143 194612 C 349.324 0.937 256.9 + 192 194612 C 349.324 0.919 296.4 + 152 194612 C 349.324 0.711 239.9 + 77 194612 C 349.324 14755 0.889 243.3 175.6 -24.1 9 54 306C 194612 C 349.324 14746 0.777 253.6 165.2 -13.4 19 160 175C 194612 C 349.324 14756 0.789 230.7 160.5 -30.7 36 145 145C 194612 C 349.324 14751 0.200 140.9 108.1 -10.0 38 324 194612 C 349.324 14750 0.198 116.4 105.2 - 6.1 264 1903 194612 C 349.324 14758 0.490 38.5 96.4 +21.4 1 11 194612 C 349.324 14752 0.475 137.9 95.5 -21.6 39 169 194612 C 349.324 14753 0.389 119.3 95.2 -11.9 18 192 194612 C 349.324 14754 0.823 73.0 61.7 +13.2 82 400 640C 194612 C 349.324 14757 0.929 78.7 47.9 +10.1 118 673 640C 194612 C 349.324 0.837 84.3 + 118 194612 C 349.324 0.911 103.1 + 156 194612 C 349.324 0.944 64.4 + 132 194612 C 349.324 ( 9.9)(115.4) (- 1.1)( 624)( 4031)( 2236) 194612 G 350.479 0.930 287.5 + 146 194612 G 350.479 0.860 246.7 + 227 194612 G 350.479 0.779 285.5 + 129 194612 G 350.479 14755 0.970 246.3 176.3 -23.2 14 79 366C 194612 G 350.479 14746 0.915 256.5 167.0 -12.8 43 201 513C 194612 G 350.479 14756 0.898 236.3 161.3 -30.4 64 264 210C 194612 G 350.479 14751 0.214 225.2 110.3 - 9.8 35 168 194612 G 350.479 14750 0.143 220.2 106.8 - 7.5 250 2015 194612 G 350.479 14753 0.208 154.7 96.3 -11.9 29 229 194612 G 350.479 14752 0.358 165.6 96.0 -21.4 26 100 194612 G 350.479 14758 0.412 14.7 95.0 +22.2 2 5 194612 G 350.479 14759 0.397 37.2 87.0 +17.2 0 5 194612 G 350.479 14754 0.669 69.0 61.8 +12.9 103 586 328C 194612 G 350.479 14757 0.811 76.5 48.5 +10.2 122 747 328C 194612 G 350.479 0.777 103.0 + 145 194612 G 350.479 0.852 61.7 + 128 194612 G 350.479 0.922 73.7 + 653 194612 G 350.479 0.933 101.5 + 185 194612 G 350.479 ( 9.2)(101.5) (- 1.2)( 688)( 4399)( 3030) 194612 G 351.478 0.972 265.9 + 159 194612 G 351.478 0.966 310.9 + 173 194612 G 351.478 0.950 247.6 + 498 194612 G 351.478 0.893 284.3 + 329 194612 G 351.478 0.841 249.1 + 160 194612 G 351.478 14746 0.977 256.8 165.8 -13.2 25 102 639C 194612 G 351.478 14756 0.963 238.1 160.6 -31.0 38 191 498C 194612 G 351.478 14751 0.396 247.0 109.9 -10.1 26 131 194612 G 351.478 14750 0.330 252.8 106.7 - 6.9 205 1658 194612 G 351.478 14752 0.363 201.9 96.6 -21.0 17 73 194612 G 351.478 14753 0.225 216.8 96.2 -11.7 18 148 194612 G 351.478 14759 0.314 1.6 87.8 +16.8 5 14 194612 G 351.478 14754 0.508 61.2 61.3 +12.9 142 771 194612 G 351.478 14757 0.664 72.5 48.4 +10.4 115 635 194612 G 351.478 1247F 0.904 66.4 26.3 +20.5 2 10 260C 194612 G 351.478 14760 0.927 73.6 21.7 +14.6 12 37 347C 194612 G 351.478 0.813 71.7 + 507 194612 G 351.478 0.853 103.3 + 161 194612 G 351.478 0.978 110.1 + 432 194612 G 351.478 ( 8.9)( 88.3) (- 1.4)( 605)( 3770)( 4163) 194612 C 352.285 0.945 251.8 + 282 194612 C 352.285 0.943 282.9 + 246 194612 C 352.285 0.920 309.1 + 131 194612 C 352.285 0.909 300.1 + 144 194612 C 352.285 14756 0.984 238.3 156.2 -31.4 11 47 191C 194612 C 352.285 14751 0.549 253.7 109.9 -10.1 22 128 194612 C 352.285 14750 0.495 257.7 106.8 - 7.4 206 1545 194612 C 352.285 14752 0.466 225.7 98.4 -20.3 13 42 194612 C 352.285 14753 0.363 240.2 96.4 -11.8 14 139 194612 C 352.285 14754 0.358 47.7 62.0 +12.4 97 768 194612 C 352.285 14757 0.529 67.7 48.0 +10.3 103 661 194612 C 352.285 14760 0.845 71.7 21.9 +14.5 6 25 262F 194612 C 352.285 14761 0.968 100.6 2.4 -10.7 0 24 192C 194612 C 352.285 0.758 64.3 + 198 194612 C 352.285 0.940 108.1 + 204 194612 C 352.285 0.949 116.2 + 300 194612 C 352.285 ( 8.5)( 77.7) (- 1.5)( 472)( 3379)( 2150) 194612 G 353.468 0.948 309.3 + 209 194612 G 353.468 0.925 242.1 + 212 194612 G 353.468 0.859 231.9 + 131 194612 G 353.468 14751 0.750 257.4 110.0 -10.5 36 136 194612 G 353.468 14750 0.719 261.9 107.7 - 6.9 266 1448 194612 G 353.468 14753 0.610 252.1 98.4 -12.1 26 302 194612 G 353.468 14752 0.639 239.4 97.8 -20.2 14 71 194612 G 353.468 14754 0.254 0.8 61.9 +13.0 117 838 194612 G 353.468 14757 0.324 48.2 47.9 +10.9 131 778 194612 G 353.468 14760 0.724 67.9 18.4 +14.6 48 215 195F 194612 G 353.468 14761 0.867 100.2 2.4 - 9.6 22 92 134C 194612 G 353.468 14762 0.982 107.6 343.4 -17.5 23 91 249C 194612 G 353.468 0.825 111.1 + 210 194612 G 353.468 0.899 119.6 + 319 194612 G 353.468 ( 7.9)( 62.1) (- 1.6)( 683)( 3971)( 1659) 194612 G 354.463 0.931 305.1 + 298 194612 G 354.463 0.927 237.1 + 235 194612 G 354.463 0.926 254.3 + 250 194612 G 354.463 14751 0.874 259.3 109.5 -10.2 27 126 170C 194612 G 354.463 14750 0.853 263.2 107.3 - 6.7 221 1148 654C 194612 G 354.463 14752 0.793 246.5 99.3 -19.4 12 39 220C 194612 G 354.463 14753 0.762 255.5 97.8 -12.1 13 214 211C 194612 G 354.463 14754 0.330 318.9 61.8 +12.7 91 704 194612 G 354.463 14757 0.223 7.6 47.3 +11.0 126 820 194612 G 354.463 14760 0.568 59.7 18.6 +15.1 52 315 194612 G 354.463 14761 0.751 100.8 0.8 - 9.2 25 146 157F 194612 G 354.463 14762 0.931 107.4 341.1 -16.8 33 195 392C 194612 G 354.463 0.791 121.5 + 422 194612 G 354.463 0.931 121.9 + 263 194612 G 354.463 0.960 70.4 + 275 194612 G 354.463 ( 7.5)( 49.0) (- 1.7)( 600)( 3707)( 3547) 194612 C 355.315 0.959 188.4 + 10 194612 C 355.315 0.959 193.6 + 7 194612 C 355.315 0.927 295.3 + 178 194612 C 355.315 0.923 236.5 + 139 194612 C 355.315 0.893 307.9 + 394 194612 C 355.315 0.812 239.7 + 159 194612 C 355.315 14751 0.953 259.7 110.0 -10.4 28 145 271C 194612 C 355.315 14750 0.946 263.8 108.7 - 6.4 162 879 903C 194612 C 355.315 14753 0.910 257.1 102.9 -12.5 7 32 332C 194612 C 355.315 14752 0.896 248.7 100.1 -19.8 9 24 383F 194612 C 355.315 14754 0.501 299.0 64.4 +12.4 75 443 194612 C 355.315 14757 0.274 322.5 47.5 +10.7 106 813 194612 C 355.315 14760 0.430 48.7 18.4 +14.7 57 374 194612 C 355.315 14761 0.578 104.5 3.3 - 9.8 15 41 194612 C 355.315 14763 0.736 53.2 357.5 +24.7 3 10 194612 C 355.315 14762 0.841 109.1 341.9 -16.9 23 151 383C 194612 C 355.315 14764 0.972 70.9 323.0 +18.1 96 665 401C 194612 C 355.315 0.865 125.6 + 299 194612 C 355.315 0.925 97.3 + 130 194612 C 355.315 0.970 107.1 + 176 194612 C 355.315 ( 7.1)( 37.8) (- 1.8)( 581)( 3577)( 4165) 194612 C 356.362 0.932 304.0 + 155 194612 C 356.362 0.923 245.9 + 348 194612 C 356.362 0.912 296.2 + 201 194612 C 356.362 14750 0.979 262.2 102.2 - 8.0 50 230 1289C 194612 C 356.362 14754 0.684 291.0 64.7 +12.6 64 421 194612 C 356.362 14757 0.453 299.0 47.7 +10.8 155 836 194612 C 356.362 14760 0.305 20.0 17.8 +14.6 56 398 194612 C 356.362 14761 0.376 109.0 3.0 - 8.9 8 51 194612 C 356.362 14763 0.574 39.9 0.3 +24.1 73 359 194612 C 356.362 14762 0.692 112.8 342.3 -17.0 16 114 188F 194612 C 356.362 14765 0.869 110.0 324.9 -18.2 14 92 104C 194612 C 356.362 14764 0.893 68.8 323.2 +17.8 91 556 503C 194612 C 356.362 14766 0.965 106.5 309.6 -16.4 15 117 373C 194612 C 356.362 0.810 98.0 + 115 194612 C 356.362 0.827 130.9 + 247 194612 C 356.362 ( 6.6)( 24.0) (- 2.0)( 542)( 3174)( 3523) 194612 C 357.429 0.961 243.1 + 239 194612 C 357.429 0.951 293.7 + 173 194612 C 357.429 14754 0.833 286.1 64.7 +12.1 60 375 566C 194612 C 357.429 14757 0.644 289.4 47.9 +10.7 142 783 566C 194612 C 357.429 14760 0.309 332.2 18.4 +13.7 61 301 194612 C 357.429 14763 0.475 19.3 0.0 +24.5 172 872 194612 C 357.429 14762 0.518 120.9 342.3 -17.2 20 115 194612 C 357.429 14765 0.728 113.7 325.5 -18.4 39 193 115C 194612 C 357.429 14764 0.767 65.3 323.3 +17.2 76 550 266C 194612 C 357.429 14766 0.875 107.9 309.8 -16.6 22 145 287P 194612 C 357.429 14767 0.977 110.2 292.5 -20.2 9 97 278C 194612 C 357.429 0.903 67.7 + 359 194612 C 357.429 0.929 108.5 + 302 194612 C 357.429 0.966 79.7 + 198 194612 C 357.429 ( 6.1)( 9.9) (- 2.1)( 601)( 3431)( 2783) 194612 C 358.411 0.940 232.4 + 145 194612 C 358.411 0.923 267.0 + 166 194612 C 358.411 0.920 257.4 + 223 194612 C 358.411 0.791 259.5 + 177 194612 C 358.411 14754 0.942 283.5 66.2 +11.9 60 366 617C 194612 C 358.411 14757 0.781 285.9 46.7 +10.8 133 709 617C 194612 C 358.411 14760 0.415 312.0 15.4 +13.9 52 237 194612 C 358.411 14763 0.456 357.1 358.5 +24.8 148 931 194612 C 358.411 14762 0.364 134.9 341.4 -17.0 12 101 194612 C 358.411 14765 0.577 119.6 325.2 -18.4 15 127 194612 C 358.411 14764 0.632 59.0 322.6 +17.1 75 519 194612 C 358.411 14766 0.760 110.2 309.1 -16.6 16 144 166C 194612 C 358.411 14767 0.914 111.0 291.9 -20.1 41 248 268C 194612 C 358.411 0.812 63.8 + 336 194612 C 358.411 0.831 110.6 + 218 194612 C 358.411 0.889 78.6 + 281 194612 C 358.411 0.968 71.8 + 143 194612 C 358.411 ( 5.6)(357.0) (- 2.2)( 552)( 3382)( 2740) 194612 C 359.324 0.925 293.2 + 195 194612 C 359.324 0.922 255.0 + 148 194612 C 359.324 0.815 288.5 + 268 194612 C 359.324 0.788 299.1 + 206 194612 C 359.324 14754 0.949 285.4 55.1 +13.8 0 24 477C 194612 C 359.324 14757 0.896 282.8 47.4 +10.4 88 712 477C 194612 C 359.324 14760 0.583 298.5 16.8 +14.1 43 264 194612 C 359.324 14763 0.497 335.4 358.1 +24.5 159 1115 194612 C 359.324 14762 0.258 168.4 341.9 -16.9 16 98 194612 C 359.324 14765 0.399 133.9 327.5 -18.2 24 162 194612 C 359.324 14764 0.466 46.5 324.4 +16.5 80 401 194612 C 359.324 14766 0.617 115.4 309.5 -17.2 12 118 194612 C 359.324 14767 0.811 113.2 292.7 -20.0 39 197 159C 194612 C 359.324 14768 0.991 74.0 263.9 +15.5 0 36 154C 194612 C 359.324 0.772 75.6 + 176 194612 C 359.324 0.935 110.2 + 150 194612 C 359.324 ( 5.2)(345.0) (- 2.3)( 461)( 3127)( 1933) 194612 C 360.287 0.920 287.3 + 728 194612 C 360.287 0.858 298.5 + 142 194612 C 360.287 14757 0.972 281.7 47.8 +10.8 84 508 266C 194612 C 360.287 14760 0.757 291.5 18.7 +14.3 47 260 142D 194612 C 360.287 14761 0.531 249.5 2.8 -12.8 7 27 194612 C 360.287 14763 0.599 318.9 357.8 +24.5 145 998 194612 C 360.287 14762 0.294 212.4 341.7 -16.8 18 78 194612 C 360.287 1248A 0.436 194.5 339.3 -27.3 2 10 194612 C 360.287 14765 0.284 164.0 327.6 -18.3 13 117 194612 C 360.287 14764 0.354 22.9 324.1 +16.4 49 399 194612 C 360.287 14766 0.454 125.0 309.5 -17.3 12 73 194612 C 360.287 14767 0.642 117.8 295.4 -19.4 17 107 194612 C 360.287 14768 0.955 71.1 261.5 +17.2 34 251 385C 194612 C 360.287 14769 0.974 58.3 259.3 +30.1 17 46 234C 194612 C 360.287 0.859 63.5 + 125 194612 C 360.287 0.941 118.1 + 182 194612 C 360.287 ( 4.7)(332.3) (- 2.5)( 445)( 2874)( 2204) 194612 C 361.337 0.974 284.6 + 293 194612 C 361.337 0.949 296.2 + 287 194612 C 361.337 0.847 295.2 + 116 194612 C 361.337 0.800 237.9 + 414 194612 C 361.337 14760 0.894 287.4 19.8 +14.2 27 136 640C 194612 C 361.337 14761 0.696 254.8 1.7 -12.4 6 29 194612 C 361.337 14763 0.727 308.4 357.1 +24.8 172 1123 186C 194612 C 361.337 14762 0.441 236.5 340.8 -16.4 30 142 194612 C 361.337 14765 0.307 210.2 327.7 -17.9 15 123 194612 C 361.337 14764 0.336 342.2 324.5 +16.0 55 404 194612 C 361.337 14766 0.299 148.4 309.0 -17.2 9 51 194612 C 361.337 14767 0.447 130.0 297.2 -19.1 15 119 194612 C 361.337 14768 0.867 68.6 261.0 +17.0 40 265 341F 194612 C 361.337 14769 0.921 55.4 257.2 +30.3 8 53 150C 194612 C 361.337 14770 0.970 53.8 247.6 +34.1 51 215 366C 194612 C 361.337 0.966 113.8 + 336 194612 C 361.337 ( 4.2)(318.4) (- 2.6)( 428)( 2660)( 3129) 194612 G 362.504 0.910 241.2 + 167 194612 G 362.504 14760 0.934 287.8 10.3 +15.5 12 48 189C 194612 G 362.504 14771 0.913 290.3 6.6 +17.3 5 16 57C 194612 G 362.504 14761 0.856 257.6 1.6 -12.0 2 12 194612 G 362.504 14763 0.865 301.2 357.6 +25.0 138 946 252C 194612 G 362.504 14762 0.643 247.4 341.2 -16.4 12 52 194612 G 362.504 14765 0.493 238.1 329.0 -17.5 13 91 194612 G 362.504 14764 0.477 311.5 324.8 +15.8 53 335 194612 G 362.504 14766 0.267 201.2 308.9 -17.0 7 25 194612 G 362.504 14767 0.279 168.2 299.7 -18.5 26 133 194612 G 362.504 14768 0.723 63.2 260.8 +17.0 51 281 136C 194612 G 362.504 14769 0.819 50.0 257.0 +29.8 8 30 79C 194612 G 362.504 14770 0.897 49.5 247.9 +34.1 32 214 263C 194612 G 362.504 0.889 116.8 + 187 194612 G 362.504 0.895 62.4 + 186 194612 G 362.504 ( 3.6)(303.1) (- 2.7)( 359)( 2183)( 1516) 194612 C 363.298 0.944 257.7 + 266 194612 C 363.298 0.944 244.8 + 280 194612 C 363.298 0.830 231.8 + 130 194612 C 363.298 14771 0.963 289.2 5.0 +17.6 0 15 204C 194612 C 363.298 14763 0.940 297.4 358.8 +24.5 111 1107 402C 194612 C 363.298 14762 0.768 249.8 341.4 -17.2 9 58 99C 194612 C 363.298 14765 0.621 244.4 328.5 -17.8 13 83 194612 C 363.298 14764 0.599 301.2 324.6 +15.7 54 362 194612 C 363.298 14766 0.366 226.8 308.7 -17.1 4 23 194612 C 363.298 14767 0.299 203.0 299.7 -18.7 13 77 194612 C 363.298 14768 0.606 56.9 260.7 +16.9 46 249 194612 C 363.298 14769 0.740 44.0 256.4 +29.8 6 18 78C 194612 C 363.298 14770 0.831 45.4 247.4 +33.6 51 265 367C 194612 C 363.298 0.815 65.2 + 134 194612 C 363.298 0.823 119.1 + 224 194612 C 363.298 0.854 109.0 + 162 194612 C 363.298 0.931 118.4 + 281 194612 C 363.298 0.950 75.4 + 270 194612 C 363.298 ( 3.2)(292.6) (- 2.8)( 307)( 2257)( 2897) 194612 C 364.613 0.918 238.0 + 385 194612 C 364.613 0.852 228.4 + 306 194612 C 364.613 14763 0.988 296.2 353.7 +25.3 32 306 280C 194612 C 364.613 14762 0.911 253.8 340.6 -16.0 2 10 577C 194612 C 364.613 14765 0.812 250.3 328.5 -17.7 14 85 158C 194612 C 364.613 14764 0.793 293.0 324.5 +16.0 55 303 316C 194612 C 364.613 14766 0.584 244.9 308.7 -16.8 2 7 194612 C 364.613 14767 0.484 236.9 300.4 -18.0 7 21 194612 C 364.613 14768 0.414 35.8 260.7 +16.6 49 198 194612 C 364.613 14770 0.710 33.8 247.2 +33.4 40 294 263C 194612 C 364.613 0.768 125.8 + 143 194612 C 364.613 0.842 69.8 + 211 194612 C 364.613 0.862 102.6 + 143 194612 C 364.613 0.898 121.4 + 246 194612 C 364.613 0.912 54.8 + 171 194612 C 364.613 0.947 67.5 + 305 194612 C 364.613 ( 2.6)(275.3) (- 3.0)( 201)( 1224)( 3504)