AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene69023

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene69023.t1 MTR_2g039770 74.692 1138 220 12 1 1081 1 1127 0.0 1658
MS.gene69023.t1 MTR_6g488300 72.247 1135 247 13 1 1073 1 1129 0.0 1598
MS.gene69023.t1 MTR_6g488300 35.473 296 121 12 1302 1586 1098 1334 1.53e-26 119
MS.gene69023.t1 MTR_6g088250 72.857 1120 235 13 1 1072 1 1099 0.0 1587
MS.gene69023.t1 MTR_6g088250 49.147 293 58 4 1351 1594 1081 1331 1.05e-59 227
MS.gene69023.t1 MTR_6g088250 59.783 92 11 1 1619 1684 1251 1342 1.01e-19 97.1
MS.gene69023.t1 MTR_6g088245 74.319 1102 248 12 11 1082 11 1107 0.0 1582
MS.gene69023.t1 MTR_6g088250 72.857 1120 235 13 1 1072 1 1099 0.0 1581
MS.gene69023.t1 MTR_6g088250 48.485 99 43 2 1351 1446 1081 1174 1.04e-12 73.9
MS.gene69023.t1 MTR_6g088250 72.857 1120 235 13 1 1072 1 1099 0.0 1581
MS.gene69023.t1 MTR_6g088250 68.333 60 16 1 1351 1407 1081 1140 6.80e-12 71.2
MS.gene69023.t1 MTR_0428s0030 69.546 1146 281 8 1 1081 1 1143 0.0 1546
MS.gene69023.t1 MTR_0428s0030 32.063 315 138 9 1283 1586 1139 1388 2.71e-22 105
MS.gene69023.t1 MTR_6g087260 70.894 1096 255 12 1 1041 1 1087 0.0 1504
MS.gene69023.t1 MTR_6g087320 68.076 1159 286 16 1 1082 1 1152 0.0 1504
MS.gene69023.t1 MTR_6g087320 63.121 141 32 3 1356 1476 1353 1493 1.22e-36 152
MS.gene69023.t1 MTR_6g087850 73.120 1064 223 11 1 1008 1 1057 0.0 1498
MS.gene69023.t1 MTR_6g087200 72.805 1048 234 9 1 1003 1 1042 0.0 1498
MS.gene69023.t1 MTR_6g087200 72.999 1037 229 9 1 992 1 1031 0.0 1485
MS.gene69023.t1 MTR_6g087200 43.158 95 38 2 1639 1733 1015 1093 7.07e-14 77.8
MS.gene69023.t1 MTR_6g088260 68.811 1135 254 15 1 1072 1 1098 0.0 1459
MS.gene69023.t1 MTR_6g088260 41.071 280 111 6 1235 1476 978 1241 1.67e-40 164
MS.gene69023.t1 MTR_6g088465 76.056 994 214 10 1 976 1 988 0.0 1459
MS.gene69023.t1 MTR_6g088260 68.811 1135 254 15 1 1072 1 1098 0.0 1456
MS.gene69023.t1 MTR_6g088260 33.146 178 98 5 1235 1407 978 1139 4.45e-12 72.0
MS.gene69023.t1 MTR_4g080330 57.776 1061 361 14 21 1004 5 1055 0.0 1181
MS.gene69023.t1 MTR_4g081230 59.168 1058 362 18 1 1003 1 1043 0.0 1161
MS.gene69023.t1 MTR_4g081330 55.495 1110 400 16 3 1028 2 1101 0.0 1149
MS.gene69023.t1 MTR_6g084360 70.492 854 202 7 164 978 22 864 0.0 1126
MS.gene69023.t1 MTR_6g084360 71.429 56 16 0 1644 1699 983 1038 3.67e-16 85.5
MS.gene69023.t1 MTR_6g084360 51.304 115 36 2 1484 1598 922 1016 8.47e-15 80.9
MS.gene69023.t1 MTR_4g080320 58.341 1037 332 15 17 974 26 1041 0.0 1121
MS.gene69023.t1 MTR_4g080070 56.546 1054 383 14 10 999 11 1053 0.0 1107
MS.gene69023.t1 MTR_4g081270 54.812 1091 389 15 8 1010 65 1139 0.0 1089
MS.gene69023.t1 MTR_4g080060 55.950 1042 393 15 10 999 11 1038 0.0 1074
MS.gene69023.t1 MTR_4g081250 55.466 997 403 13 21 987 9 994 0.0 1041
MS.gene69023.t1 MTR_4g081290 54.415 1042 327 21 12 1007 15 954 0.0 983
MS.gene69023.t1 MTR_4g081280 54.793 1064 314 17 10 1007 11 973 0.0 978
MS.gene69023.t1 MTR_4g080777 49.120 1079 437 18 12 988 93 1161 0.0 949
MS.gene69023.t1 MTR_4g080320 57.931 870 281 14 184 974 1 864 0.0 912
MS.gene69023.t1 MTR_6g038090 46.621 1021 436 16 53 979 30 1035 0.0 838
MS.gene69023.t1 MTR_4g080060 53.810 853 328 14 199 999 1 839 0.0 821
MS.gene69023.t1 MTR_4g080777 47.197 892 359 18 199 988 1 882 0.0 718
MS.gene69023.t1 MTR_2g083650 39.358 1090 518 25 7 973 41 1110 0.0 699
MS.gene69023.t1 MTR_7g069180 38.454 1035 542 19 19 970 41 1063 0.0 665
MS.gene69023.t1 MTR_2g083520 36.525 1128 557 27 6 993 29 1137 0.0 651
MS.gene69023.t1 MTR_7g069580 37.407 1080 520 26 13 977 5 1043 0.0 650
MS.gene69023.t1 MTR_2g083520 36.525 1128 557 27 6 993 118 1226 0.0 650
MS.gene69023.t1 MTR_7g069160 37.591 1104 549 21 2 976 77 1169 0.0 644
MS.gene69023.t1 MTR_7g069160 37.591 1104 549 21 2 976 79 1171 0.0 644
MS.gene69023.t1 MTR_7g069160 37.591 1104 549 21 2 976 71 1163 0.0 644
MS.gene69023.t1 MTR_7g069160 41.006 934 452 15 19 857 86 1015 0.0 637
MS.gene69023.t1 MTR_7g069120 37.143 1050 521 21 21 976 71 1075 0.0 619
MS.gene69023.t1 MTR_5g005550 35.636 1100 523 29 19 983 23 1072 0.0 613
MS.gene69023.t1 MTR_7g069100 44.000 725 390 7 15 730 25 742 0.0 607
MS.gene69023.t1 MTR_2g083830 47.164 617 310 8 19 622 37 650 4.64e-173 542
MS.gene69023.t1 MTR_6g084370 81.346 327 54 1 1 327 1 320 1.47e-170 521
MS.gene69023.t1 MTR_1408s0010 60.168 477 123 7 558 969 1 475 4.30e-170 523
MS.gene69023.t1 MTR_3g012470 37.090 914 505 18 20 871 6 911 1.60e-161 525
MS.gene69023.t1 MTR_3g012470 37.171 912 503 18 20 869 6 909 2.02e-161 530
MS.gene69023.t1 MTR_5g040460 38.492 769 449 14 8 764 9 765 5.69e-159 505
MS.gene69023.t1 MTR_5g040490 38.747 782 462 10 8 779 9 783 7.74e-158 512
MS.gene69023.t1 MTR_6g027080 58.741 429 115 7 628 998 7 431 6.78e-157 486
MS.gene69023.t1 MTR_8g028800 40.258 775 421 10 13 779 19 759 4.79e-155 506
MS.gene69023.t1 MTR_8g028800 27.442 430 232 17 604 978 728 1132 1.84e-13 76.6
MS.gene69023.t1 MTR_7g078180 39.119 772 446 12 20 779 19 778 1.07e-151 496
MS.gene69023.t1 MTR_7g078180 26.580 538 255 22 544 977 623 1124 6.93e-18 90.9
MS.gene69023.t1 MTR_6g015510 39.625 694 410 6 21 706 49 741 7.25e-150 490
MS.gene69023.t1 MTR_2g040230 37.904 773 457 13 20 779 17 779 4.85e-149 486
MS.gene69023.t1 MTR_8g011710 39.031 702 403 12 21 709 36 725 1.71e-146 475
MS.gene69023.t1 MTR_4g015030 37.410 695 425 7 21 706 64 757 2.47e-146 481
MS.gene69023.t1 MTR_4g015060 36.100 723 431 8 17 709 23 744 3.97e-146 481
MS.gene69023.t1 MTR_8g011710 39.031 702 403 12 21 709 36 725 2.78e-145 479
MS.gene69023.t1 MTR_6g088190 74.468 329 80 3 11 336 11 338 2.88e-145 460
MS.gene69023.t1 MTR_6g088190 71.533 274 50 3 536 809 307 552 1.10e-117 384
MS.gene69023.t1 MTR_8g011950 38.755 707 400 9 21 709 13 704 3.42e-145 476
MS.gene69023.t1 MTR_4g020535 37.016 697 430 6 21 709 2 697 4.23e-145 482
MS.gene69023.t1 MTR_6g015410 38.897 707 420 8 11 709 1 703 1.50e-144 474
MS.gene69023.t1 MTR_2g040350 37.990 766 442 12 20 756 17 778 4.76e-144 483
MS.gene69023.t1 MTR_7g078780 39.829 703 410 9 20 715 19 715 5.25e-144 475
MS.gene69023.t1 MTR_7g078780 26.539 471 236 18 596 976 667 1117 1.29e-16 87.0
MS.gene69023.t1 MTR_7g078780 39.829 703 410 9 20 715 19 715 7.02e-144 475
MS.gene69023.t1 MTR_7g078780 26.539 471 243 18 596 976 667 1124 2.25e-17 89.4
MS.gene69023.t1 MTR_7g078770 38.182 770 456 12 20 779 25 784 8.30e-144 474
MS.gene69023.t1 MTR_7g078770 25.280 447 243 15 593 976 694 1112 2.51e-13 76.3
MS.gene69023.t1 MTR_6g027090 60.045 448 94 9 185 624 1 371 2.16e-143 447
MS.gene69023.t1 MTR_2g083510 34.240 993 482 30 21 943 35 926 4.09e-143 467
MS.gene69023.t1 MTR_3g020490 39.572 748 426 12 20 754 16 750 2.12e-142 468
MS.gene69023.t1 MTR_6g015730 38.617 694 417 6 21 706 317 1009 2.36e-142 476
MS.gene69023.t1 MTR_6g015730 36.686 169 106 1 23 190 66 234 5.30e-23 107
MS.gene69023.t1 MTR_4g020640 37.446 697 427 6 21 709 544 1239 3.79e-142 483
MS.gene69023.t1 MTR_4g020640 33.905 525 312 15 14 514 24 537 5.29e-66 248
MS.gene69023.t1 MTR_8g012080 37.822 698 416 11 20 709 15 702 4.07e-142 470
MS.gene69023.t1 MTR_6g015665 38.014 705 422 7 16 706 82 785 4.36e-142 471
MS.gene69023.t1 MTR_2g040220 37.435 772 458 14 14 771 7 767 7.69e-142 479
MS.gene69023.t1 MTR_4g020640 37.446 697 427 6 21 709 544 1239 8.64e-142 483
MS.gene69023.t1 MTR_4g020640 33.905 525 312 15 14 514 24 537 4.80e-66 248
MS.gene69023.t1 MTR_3g080470 38.354 790 453 11 21 779 12 798 6.24e-141 468
MS.gene69023.t1 MTR_6g015490 37.588 713 423 9 15 706 76 787 1.17e-140 466
MS.gene69023.t1 MTR_2g040160 38.041 786 450 14 1 756 63 841 2.38e-140 474
MS.gene69023.t1 MTR_3g080470 38.354 790 453 11 21 779 12 798 3.06e-140 468
MS.gene69023.t1 MTR_6g015745 37.147 708 422 10 21 706 39 745 4.60e-140 462
MS.gene69023.t1 MTR_8g012200 39.062 704 409 13 21 709 16 714 6.15e-140 463
MS.gene69023.t1 MTR_4g014990 36.978 695 428 7 21 706 37 730 6.24e-140 458
MS.gene69023.t1 MTR_3g058790 39.076 714 395 13 21 709 19 717 9.73e-140 456
MS.gene69023.t1 MTR_4g020850 37.286 700 423 8 21 709 732 1426 1.24e-139 478
MS.gene69023.t1 MTR_4g020850 37.752 694 422 8 21 707 7 697 8.70e-136 467
MS.gene69023.t1 MTR_4g021023 37.375 701 425 7 21 709 297 995 1.75e-139 470
MS.gene69023.t1 MTR_4g021023 34.106 302 185 6 226 518 1 297 6.09e-43 173
MS.gene69023.t1 MTR_8g042470 32.959 980 515 26 20 875 8 969 2.79e-139 470
MS.gene69023.t1 MTR_4g020590 37.213 696 428 7 21 709 514 1207 3.10e-139 467
MS.gene69023.t1 MTR_4g020590 32.037 540 291 17 4 512 11 505 5.30e-58 221
MS.gene69023.t1 MTR_8g042470 36.999 773 429 17 20 746 8 768 3.18e-139 462
MS.gene69023.t1 MTR_8g042470 32.959 980 515 26 20 875 8 969 3.44e-139 470
MS.gene69023.t1 MTR_6g015430 37.570 716 424 10 12 706 41 754 4.01e-139 461
MS.gene69023.t1 MTR_4g020590 37.213 696 428 7 21 709 514 1207 6.02e-139 467
MS.gene69023.t1 MTR_4g020590 32.037 540 291 17 4 512 11 505 4.41e-58 222
MS.gene69023.t1 MTR_4g020590 37.213 696 428 7 21 709 514 1207 6.81e-139 466
MS.gene69023.t1 MTR_4g020590 32.037 540 291 17 4 512 11 505 5.92e-58 221
MS.gene69023.t1 MTR_4g020700 37.233 701 423 7 21 709 526 1221 7.52e-139 473
MS.gene69023.t1 MTR_4g020700 34.608 523 307 16 13 510 8 520 2.89e-69 259
MS.gene69023.t1 MTR_4g014990 36.978 695 428 7 21 706 37 730 1.08e-138 459
MS.gene69023.t1 MTR_3g020650 39.046 776 443 18 5 764 2 763 1.59e-138 461
MS.gene69023.t1 MTR_4g020700 37.233 701 423 7 21 709 526 1221 1.60e-138 474
MS.gene69023.t1 MTR_4g020700 34.608 523 307 16 13 510 8 520 2.63e-69 259
MS.gene69023.t1 MTR_6g015750 36.729 697 429 7 21 706 11 706 2.13e-138 454
MS.gene69023.t1 MTR_3g080470 38.354 790 453 11 21 779 12 798 1.25e-137 469
MS.gene69023.t1 MTR_3g080470 45.492 244 132 1 21 264 1273 1515 3.03e-47 187
MS.gene69023.t1 MTR_3g080470 41.958 143 76 2 539 674 1513 1655 4.23e-17 88.6
MS.gene69023.t1 MTR_3g080470 30.516 213 97 7 626 788 694 905 8.97e-11 67.8
MS.gene69023.t1 MTR_4g021023 37.375 701 425 7 21 709 548 1246 1.45e-137 469
MS.gene69023.t1 MTR_4g021023 31.784 538 319 18 21 518 19 548 2.10e-60 230
MS.gene69023.t1 MTR_4g043630 34.706 1020 503 31 10 895 9 999 2.16e-137 457
MS.gene69023.t1 MTR_4g020590 37.213 696 428 7 21 709 514 1207 2.44e-137 468
MS.gene69023.t1 MTR_4g020590 32.037 540 291 17 4 512 11 505 4.80e-58 222
MS.gene69023.t1 MTR_4g043630 34.706 1020 503 31 10 895 9 999 4.81e-137 457
MS.gene69023.t1 MTR_2g040260 37.565 772 448 12 14 756 7 773 8.13e-137 463
MS.gene69023.t1 MTR_4g043630 34.706 1020 503 31 10 895 9 999 8.18e-137 459
MS.gene69023.t1 MTR_8g076910 37.772 736 407 18 1 709 1 712 8.68e-137 448
MS.gene69023.t1 MTR_8g012180 36.585 697 422 9 21 709 14 698 1.73e-136 447
MS.gene69023.t1 MTR_0005s0110 34.510 1020 505 29 10 895 9 999 2.05e-136 455
MS.gene69023.t1 MTR_2g040370 37.728 766 441 13 20 756 14 772 4.63e-136 466
MS.gene69023.t1 MTR_3g020640 37.563 788 452 16 5 764 2 777 5.87e-136 453
MS.gene69023.t1 MTR_4g020590 36.978 695 424 7 21 709 514 1200 7.41e-136 464
MS.gene69023.t1 MTR_4g020590 32.037 540 291 17 4 512 11 505 4.42e-58 223
MS.gene69023.t1 MTR_2g040370 37.728 766 441 13 20 756 14 772 1.23e-135 465
MS.gene69023.t1 MTR_5g071610 37.709 716 420 12 18 709 2 715 1.23e-135 444
MS.gene69023.t1 MTR_0019s0100 36.341 787 462 16 20 781 19 791 1.77e-135 451
MS.gene69023.t1 MTR_8g012180 36.585 697 422 9 21 709 14 698 2.29e-135 450
MS.gene69023.t1 MTR_5g071610 37.709 716 420 12 18 709 2 715 1.88e-134 448
MS.gene69023.t1 MTR_4g023400 35.673 698 439 6 21 709 519 1215 2.77e-134 455
MS.gene69023.t1 MTR_4g023400 34.205 497 315 8 21 511 20 510 4.21e-75 277
MS.gene69023.t1 MTR_4g021057 36.494 696 433 7 21 709 546 1239 3.70e-134 454
MS.gene69023.t1 MTR_4g021057 33.091 550 324 16 3 517 2 542 8.94e-68 253
MS.gene69023.t1 MTR_6g077500 36.445 782 450 15 18 765 11 779 4.21e-134 446
MS.gene69023.t1 MTR_3g058870 32.787 1037 568 31 21 966 19 1017 1.25e-133 446
MS.gene69023.t1 MTR_6g075970 35.851 781 461 16 20 773 19 786 1.32e-133 437
MS.gene69023.t1 MTR_7g088950 37.872 705 415 10 21 709 515 1212 1.70e-133 455
MS.gene69023.t1 MTR_7g088950 33.133 498 317 8 21 512 20 507 4.21e-67 251
MS.gene69023.t1 MTR_4g023260 35.696 790 471 18 17 787 7 778 2.27e-133 451
MS.gene69023.t1 MTR_7g088950 37.872 705 415 10 21 709 514 1211 2.47e-133 455
MS.gene69023.t1 MTR_7g088950 33.333 498 315 9 21 512 20 506 5.89e-71 264
MS.gene69023.t1 MTR_4g023400 35.673 698 439 6 21 709 519 1215 2.88e-133 456
MS.gene69023.t1 MTR_4g023400 34.205 497 315 8 21 511 20 510 3.57e-75 278
MS.gene69023.t1 MTR_4g021057 36.325 702 438 7 15 709 540 1239 8.19e-133 456
MS.gene69023.t1 MTR_4g021057 33.091 550 324 16 3 517 2 542 8.33e-68 254
MS.gene69023.t1 MTR_4g036080 33.194 955 528 23 22 896 22 946 1.04e-132 443
MS.gene69023.t1 MTR_3g020470 38.215 717 424 11 12 716 9 718 1.11e-132 441
MS.gene69023.t1 MTR_6g015405 36.034 716 435 11 10 706 30 741 1.13e-132 444
MS.gene69023.t1 MTR_3g058720 39.130 667 372 11 21 661 19 677 1.40e-132 432
MS.gene69023.t1 MTR_0468s0010 37.714 700 391 10 21 709 19 684 2.36e-132 442
MS.gene69023.t1 MTR_3g022930 38.034 702 419 10 21 709 20 718 2.99e-132 443
MS.gene69023.t1 MTR_5g047530 36.541 717 424 12 12 709 1 705 4.40e-132 440
MS.gene69023.t1 MTR_6g015580 36.442 697 430 9 21 709 30 721 7.25e-132 434
MS.gene69023.t1 MTR_3g058880 38.149 713 409 12 21 709 19 723 7.68e-132 440
MS.gene69023.t1 MTR_3g058880 38.149 713 409 12 21 709 19 723 9.01e-132 440
MS.gene69023.t1 MTR_6g078420 34.335 932 523 23 13 871 5 920 9.75e-132 447
MS.gene69023.t1 MTR_8g073730 36.695 714 423 11 13 709 3 704 1.02e-131 440
MS.gene69023.t1 MTR_6g015475 35.172 725 419 9 7 689 3 718 1.49e-131 428
MS.gene69023.t1 MTR_6g076220 36.488 803 458 15 13 783 10 792 1.64e-131 439
MS.gene69023.t1 MTR_7g088950 37.588 713 422 10 13 709 974 1679 1.71e-131 455
MS.gene69023.t1 MTR_7g088950 33.333 498 315 9 21 512 20 506 1.32e-70 263
MS.gene69023.t1 MTR_7g088950 31.855 496 299 6 21 512 514 974 5.81e-61 232
MS.gene69023.t1 MTR_7g088950 37.588 713 422 10 13 709 1008 1713 2.98e-131 454
MS.gene69023.t1 MTR_7g088950 34.677 496 319 5 21 512 514 1008 1.11e-75 280
MS.gene69023.t1 MTR_7g088950 33.333 498 315 9 21 512 20 506 1.56e-70 263
MS.gene69023.t1 MTR_7g088950 37.588 713 422 10 13 709 1008 1713 3.01e-131 455
MS.gene69023.t1 MTR_7g088950 34.677 496 319 5 21 512 514 1008 1.03e-75 280
MS.gene69023.t1 MTR_7g088950 33.333 498 315 9 21 512 20 506 1.46e-70 263
MS.gene69023.t1 MTR_6g015680 35.664 715 426 11 21 706 28 737 2.74e-130 436
MS.gene69023.t1 MTR_8g012190 36.248 709 429 12 14 709 2 700 2.84e-130 435
MS.gene69023.t1 MTR_7g088950 37.163 705 420 10 21 709 514 1211 4.62e-130 445
MS.gene69023.t1 MTR_7g088950 33.333 498 315 9 21 512 20 506 7.50e-71 263
MS.gene69023.t1 MTR_6g075970 35.851 781 461 16 20 773 19 786 6.74e-130 435
MS.gene69023.t1 MTR_0038s0080 35.851 781 461 16 20 773 19 786 6.74e-130 435
MS.gene69023.t1 MTR_3g079780 35.432 810 470 17 5 779 9 800 7.23e-130 435
MS.gene69023.t1 MTR_4g020490 36.209 707 425 8 13 709 679 1369 1.00e-129 447
MS.gene69023.t1 MTR_4g020490 28.383 532 321 15 6 512 184 680 3.83e-47 187
MS.gene69023.t1 MTR_4g020490 32.571 175 112 2 181 351 12 184 6.91e-19 94.4
MS.gene69023.t1 MTR_6g015580 34.527 782 487 11 21 794 30 794 1.20e-129 434
MS.gene69023.t1 MTR_4g014570 35.035 705 446 8 11 706 68 769 1.26e-129 435
MS.gene69023.t1 MTR_4g020550 36.377 701 426 8 21 709 487 1179 1.49e-129 449
MS.gene69023.t1 MTR_4g020550 30.021 473 284 12 62 514 1562 2007 2.64e-44 177
MS.gene69023.t1 MTR_4g020550 28.119 537 307 17 1 517 6 483 4.06e-43 174
MS.gene69023.t1 MTR_6g016000 36.871 735 418 7 20 709 46 779 1.53e-129 435
MS.gene69023.t1 MTR_6g015435 35.977 706 428 10 21 706 28 729 3.09e-129 432
MS.gene69023.t1 MTR_6g015695 34.424 703 443 9 21 706 43 744 1.09e-128 431
MS.gene69023.t1 MTR_5g047480 36.236 712 433 13 12 709 1 705 4.02e-128 428
MS.gene69023.t1 MTR_6g071430 32.585 936 518 22 23 871 9 918 4.49e-128 429
MS.gene69023.t1 MTR_6g078480 38.819 711 412 11 21 716 10 712 1.32e-127 427
MS.gene69023.t1 MTR_4g021170 36.857 700 427 8 21 709 505 1200 2.78e-127 439
MS.gene69023.t1 MTR_4g021170 30.724 511 326 11 18 514 2 498 4.15e-55 213
MS.gene69023.t1 MTR_6g008140 37.762 715 418 12 20 716 16 721 3.17e-127 426
MS.gene69023.t1 MTR_6g078480 35.393 890 489 19 6 829 3 872 1.03e-126 429
MS.gene69023.t1 MTR_6g015775 34.678 793 484 13 21 785 20 806 2.51e-126 426
MS.gene69023.t1 MTR_6g015775 46.988 83 44 0 624 706 742 824 1.62e-13 76.6
MS.gene69023.t1 MTR_7g025250 36.212 718 434 14 12 709 1 714 3.10e-126 414
MS.gene69023.t1 MTR_8g075440 37.109 768 448 17 20 765 19 773 3.20e-126 423
MS.gene69023.t1 MTR_8g042650 32.308 975 531 23 16 875 4 964 3.61e-126 432
MS.gene69023.t1 MTR_8g018480 36.446 771 441 18 21 763 27 776 4.61e-126 427
MS.gene69023.t1 MTR_4g016610 35.417 768 451 15 20 771 18 756 5.59e-126 424
MS.gene69023.t1 MTR_8g020430 32.039 927 543 22 21 896 13 903 1.31e-124 417
MS.gene69023.t1 MTR_7g025250 36.212 718 434 14 12 709 1 714 1.39e-124 414
MS.gene69023.t1 MTR_6g072760 34.060 872 512 21 20 875 18 842 6.99e-124 416
MS.gene69023.t1 MTR_4g023060 36.634 707 411 14 20 713 9 691 7.18e-124 424
MS.gene69023.t1 MTR_8g037220 37.074 704 423 13 21 709 18 716 7.18e-124 432
MS.gene69023.t1 MTR_8g012190 35.694 692 424 11 29 709 13 694 9.23e-124 417
MS.gene69023.t1 MTR_5g038180 37.639 720 417 14 20 716 21 731 2.28e-123 416
MS.gene69023.t1 MTR_7g025250 36.212 718 434 14 12 709 1 714 3.16e-123 416
MS.gene69023.t1 MTR_3g058740 33.787 956 514 24 21 896 19 935 4.80e-123 416
MS.gene69023.t1 MTR_6g074620 35.063 790 470 14 18 789 15 779 6.24e-123 409
MS.gene69023.t1 MTR_6g072460 36.819 698 382 14 21 689 20 687 6.33e-123 409
MS.gene69023.t1 MTR_8g016440 35.202 767 455 19 21 763 18 766 7.04e-123 407
MS.gene69023.t1 MTR_6g074810 32.154 989 598 22 19 958 16 980 1.52e-122 414
MS.gene69023.t1 MTR_6g072510 35.038 782 443 14 18 760 19 774 2.09e-122 412
MS.gene69023.t1 MTR_0363s0030 35.244 820 463 20 8 776 4 806 2.65e-122 409
MS.gene69023.t1 MTR_8g038815 35.244 820 463 20 8 776 4 806 2.65e-122 409
MS.gene69023.t1 MTR_6g016000 36.141 736 406 9 19 709 45 761 6.83e-122 412
MS.gene69023.t1 MTR_8g016440 30.628 1035 581 31 21 974 18 996 7.67e-122 412
MS.gene69023.t1 MTR_2g037690 34.229 856 476 20 5 789 9 848 1.84e-121 412
MS.gene69023.t1 MTR_8g020290 32.933 917 559 23 21 896 57 958 2.60e-121 410
MS.gene69023.t1 MTR_2g037140 32.634 953 531 25 5 887 111 1022 2.70e-121 412
MS.gene69023.t1 MTR_3g079790 34.002 847 473 18 21 793 83 917 2.72e-121 411
MS.gene69023.t1 MTR_6g071790 34.917 779 458 15 23 785 9 754 3.17e-121 408
MS.gene69023.t1 MTR_1g019550 36.386 819 463 19 12 794 1 797 3.64e-121 420
MS.gene69023.t1 MTR_6g075880 32.745 907 506 23 20 875 19 872 3.72e-121 409
MS.gene69023.t1 MTR_3g479510 37.013 770 442 20 11 758 13 761 5.40e-121 417
MS.gene69023.t1 MTR_4g014320 32.035 924 557 23 21 895 62 963 7.68e-121 409
MS.gene69023.t1 MTR_8g011850 36.752 702 427 9 21 709 36 733 1.87e-120 422
MS.gene69023.t1 MTR_3g058820 36.377 668 350 15 21 658 19 641 2.25e-120 395
MS.gene69023.t1 MTR_6g472300 33.038 902 522 22 23 875 9 877 2.77e-120 407
MS.gene69023.t1 MTR_5g090940 36.850 711 426 11 20 716 14 715 3.83e-120 417
MS.gene69023.t1 MTR_6g072460 36.819 698 382 14 21 689 20 687 7.50e-120 407
MS.gene69023.t1 MTR_2g012770 35.776 696 413 14 20 689 16 703 1.11e-119 399
MS.gene69023.t1 MTR_3g058740 34.017 926 512 24 21 896 19 895 1.68e-119 407
MS.gene69023.t1 MTR_8g433010 37.681 690 399 16 21 688 14 694 4.31e-119 404
MS.gene69023.t1 MTR_6g471160 33.571 843 453 22 23 820 9 789 5.13e-119 397
MS.gene69023.t1 MTR_2g437560 34.419 706 404 12 21 709 14 677 1.10e-118 402
MS.gene69023.t1 MTR_8g039910 35.897 741 429 19 11 716 1 730 1.84e-118 403
MS.gene69023.t1 MTR_8g039870 35.897 741 429 19 11 716 1 730 1.84e-118 403
MS.gene69023.t1 MTR_8g035990 36.250 720 429 15 7 709 7 713 1.96e-118 405
MS.gene69023.t1 MTR_4g051698 34.801 727 410 12 20 731 17 694 2.24e-118 396
MS.gene69023.t1 MTR_6g072540 35.589 739 425 14 21 739 18 725 2.25e-118 392
MS.gene69023.t1 MTR_8g032440 37.681 690 399 16 21 688 14 694 6.27e-118 402
MS.gene69023.t1 MTR_3g019080 35.615 716 429 13 11 716 7 700 1.80e-117 399
MS.gene69023.t1 MTR_6g075640 37.459 614 356 11 20 612 22 628 3.36e-117 386
MS.gene69023.t1 MTR_8g037235 36.610 702 391 13 21 709 14 674 4.70e-117 398
MS.gene69023.t1 MTR_6g477730 37.459 614 356 11 20 612 22 628 4.96e-117 387
MS.gene69023.t1 MTR_8g020300 31.488 921 566 20 19 894 44 944 6.26e-117 398
MS.gene69023.t1 MTR_4g014240 31.647 929 555 21 21 895 72 974 7.10e-117 398
MS.gene69023.t1 MTR_6g074820 33.887 782 469 15 19 776 16 773 7.35e-117 397
MS.gene69023.t1 MTR_1g007300 32.432 925 516 25 20 875 17 901 1.17e-116 396
MS.gene69023.t1 MTR_4g023040 34.730 740 420 14 17 734 6 704 1.37e-116 402
MS.gene69023.t1 MTR_0007s0140 36.292 766 442 17 1 740 1 746 2.27e-116 394
MS.gene69023.t1 MTR_6g072320 33.156 754 424 14 21 746 18 719 2.60e-116 396
MS.gene69023.t1 MTR_6g071945 33.156 754 424 14 21 746 18 719 2.60e-116 396
MS.gene69023.t1 MTR_6g008140 35.685 737 414 13 31 716 170 897 2.90e-116 399
MS.gene69023.t1 MTR_6g008140 42.763 152 85 1 20 169 18 169 1.17e-32 139
MS.gene69023.t1 MTR_2g041070 33.776 829 459 17 21 796 18 809 2.96e-116 396
MS.gene69023.t1 MTR_2g099920 31.494 997 543 26 21 899 14 988 3.85e-116 397
MS.gene69023.t1 MTR_8g032420 37.971 690 397 17 21 688 15 695 5.06e-116 397
MS.gene69023.t1 MTR_6g072480 34.180 787 471 18 1 759 1 768 5.06e-116 396
MS.gene69023.t1 MTR_0277s0020 31.748 904 540 19 20 892 17 874 6.45e-116 394
MS.gene69023.t1 MTR_1g052170 34.399 782 456 16 21 785 18 759 8.65e-116 398
MS.gene69023.t1 MTR_4g020590 36.364 605 376 7 21 618 514 1116 1.05e-115 396
MS.gene69023.t1 MTR_4g020590 32.037 540 291 17 4 512 11 505 4.40e-58 221
MS.gene69023.t1 MTR_8g433020 37.971 690 397 17 21 688 108 788 1.08e-115 399
MS.gene69023.t1 MTR_2g041070 33.776 829 459 17 21 796 18 809 1.15e-115 395
MS.gene69023.t1 MTR_6g069560 35.372 752 422 15 21 741 20 738 1.25e-115 395
MS.gene69023.t1 MTR_6g472230 32.456 912 530 23 17 875 183 1061 1.39e-115 398
MS.gene69023.t1 MTR_6g076090 34.470 792 473 19 20 789 18 785 3.15e-115 393
MS.gene69023.t1 MTR_6g072450 31.915 940 485 25 20 875 17 885 4.50e-115 392
MS.gene69023.t1 MTR_6g071935 33.419 778 447 15 20 781 19 741 5.12e-115 392
MS.gene69023.t1 MTR_8g042660 35.371 769 452 14 14 743 2 764 7.42e-115 400
MS.gene69023.t1 MTR_6g075690 33.724 768 441 17 20 764 19 741 1.00e-114 390
MS.gene69023.t1 MTR_7g088950 35.461 705 398 11 21 709 514 1177 1.18e-114 400
MS.gene69023.t1 MTR_7g088950 33.333 498 315 9 21 512 20 506 5.78e-71 264
MS.gene69023.t1 MTR_6g079090 35.512 811 453 23 21 794 10 787 1.38e-114 400
MS.gene69023.t1 MTR_4g014340 33.369 947 529 26 21 896 72 987 1.60e-114 391
MS.gene69023.t1 MTR_0277s0020 31.284 927 543 19 20 892 17 903 1.92e-114 390
MS.gene69023.t1 MTR_4g051715 35.376 718 393 13 20 716 17 684 2.85e-114 388
MS.gene69023.t1 MTR_6g072310 33.587 789 450 17 20 781 19 760 3.17e-114 392
MS.gene69023.t1 MTR_4g051738 35.021 731 406 14 20 731 17 697 4.37e-114 388
MS.gene69023.t1 MTR_7g088950 35.177 705 400 11 21 709 514 1177 8.46e-114 397
MS.gene69023.t1 MTR_7g088950 33.333 498 315 9 21 512 20 506 6.35e-71 264
MS.gene69023.t1 MTR_4g013370 33.259 899 522 24 21 897 10 852 8.87e-114 386
MS.gene69023.t1 MTR_7g088950 35.177 705 400 11 21 709 514 1177 8.96e-114 397
MS.gene69023.t1 MTR_7g088950 33.333 498 315 9 21 512 20 506 6.83e-71 263
MS.gene69023.t1 MTR_6g074660 34.801 727 423 14 20 716 17 722 4.13e-113 387
MS.gene69023.t1 MTR_0012s0290 33.370 920 524 25 12 890 1 872 7.18e-113 385
MS.gene69023.t1 MTR_8g062130 32.429 848 492 18 21 795 17 856 8.22e-113 392
MS.gene69023.t1 MTR_6g072250 33.417 793 470 19 21 789 18 776 7.24e-112 383
MS.gene69023.t1 MTR_6g071895 33.417 793 470 19 21 789 18 776 7.24e-112 383
MS.gene69023.t1 MTR_6g478030 32.388 846 485 21 20 835 17 805 7.42e-112 391
MS.gene69023.t1 MTR_6g478020 34.225 748 431 15 5 716 230 952 1.74e-111 386
MS.gene69023.t1 MTR_0012s0290 34.692 859 477 24 12 829 1 816 1.78e-111 385
MS.gene69023.t1 MTR_6g478080 33.688 846 485 20 1 795 1 821 6.94e-111 382
MS.gene69023.t1 MTR_8g020360 32.789 918 536 28 21 890 50 934 8.69e-111 379
MS.gene69023.t1 MTR_1g063960 35.311 708 411 16 58 741 42 726 8.77e-111 379
MS.gene69023.t1 MTR_6g074470 33.931 725 417 12 11 723 1 675 1.70e-110 372
MS.gene69023.t1 MTR_8g018280 35.509 766 429 20 14 754 4 729 5.01e-110 385
MS.gene69023.t1 MTR_2g450830 34.294 729 414 17 21 706 46 752 5.80e-110 372
MS.gene69023.t1 MTR_6g074875 32.065 920 510 25 20 875 17 885 1.11e-109 375
MS.gene69023.t1 MTR_0419s0040 31.647 850 482 21 20 835 17 801 1.62e-109 377
MS.gene69023.t1 MTR_8g032830 35.760 783 454 19 21 764 10 782 1.99e-109 377
MS.gene69023.t1 MTR_7g088950 37.239 623 368 10 13 619 1008 1623 2.81e-109 385
MS.gene69023.t1 MTR_7g088950 34.677 496 319 5 21 512 514 1008 1.75e-75 279
MS.gene69023.t1 MTR_7g088950 33.534 498 314 10 21 512 20 506 3.20e-70 262
MS.gene69023.t1 MTR_3g464030 37.119 722 390 17 9 696 39 730 2.95e-109 367
MS.gene69023.t1 MTR_7g088950 37.239 623 368 10 13 619 1008 1623 3.28e-109 385
MS.gene69023.t1 MTR_7g088950 34.677 496 319 5 21 512 514 1008 1.98e-75 278
MS.gene69023.t1 MTR_7g088950 33.467 499 313 10 21 512 20 506 3.62e-70 261
MS.gene69023.t1 MTR_8g018040 34.112 771 437 19 14 754 4 733 4.53e-109 377
MS.gene69023.t1 MTR_0007s0060 35.737 624 371 10 1 605 1 613 7.33e-109 362
MS.gene69023.t1 MTR_3g058670 32.532 873 473 24 103 896 24 859 1.96e-108 371
MS.gene69023.t1 MTR_0277s0020 30.769 936 560 20 20 892 17 927 2.25e-108 379
MS.gene69023.t1 MTR_4g014280 31.926 924 515 28 21 896 93 950 9.93e-108 372
MS.gene69023.t1 MTR_8g042440 34.557 790 479 18 16 779 4 781 1.19e-107 370
MS.gene69023.t1 MTR_6g073250 34.971 692 418 13 18 689 17 696 2.37e-107 370
MS.gene69023.t1 MTR_6g083860 34.362 713 433 12 21 716 18 712 2.53e-107 369
MS.gene69023.t1 MTR_6g074855 32.859 773 417 16 13 716 10 749 3.56e-107 367
MS.gene69023.t1 MTR_5g086690 33.803 781 448 18 13 763 12 753 1.12e-106 375
MS.gene69023.t1 MTR_0277s0010 33.658 719 424 12 20 716 17 704 2.72e-106 366
MS.gene69023.t1 MTR_8g069625 34.314 714 423 13 20 716 17 701 4.57e-106 366
MS.gene69023.t1 MTR_6g083860 33.740 738 416 14 21 716 18 724 9.59e-106 360
MS.gene69023.t1 MTR_7g069580 34.163 723 353 21 365 977 8 717 9.59e-106 357
MS.gene69023.t1 MTR_6g015590 34.865 631 375 10 110 709 11 636 1.60e-105 358
MS.gene69023.t1 MTR_3g020510 40.430 512 266 8 20 522 14 495 1.95e-105 347
MS.gene69023.t1 MTR_0573s0030 35.494 648 380 13 1 630 1 628 2.37e-105 353
MS.gene69023.t1 MTR_8g018060 35.813 726 424 17 11 715 1 705 3.12e-105 366
MS.gene69023.t1 MTR_1g019550 34.799 819 443 21 12 794 1 764 5.42e-105 371
MS.gene69023.t1 MTR_3g006280 36.634 707 420 13 21 713 10 702 2.94e-104 369
MS.gene69023.t1 MTR_8g018260 34.642 713 427 18 21 709 8 705 4.19e-104 368
MS.gene69023.t1 MTR_4g051662 35.993 589 353 9 20 597 17 592 1.18e-103 357
MS.gene69023.t1 MTR_2g099920 31.097 939 508 25 79 899 3 920 2.71e-103 358
MS.gene69023.t1 MTR_8g019730 31.636 923 566 24 21 896 64 968 8.95e-103 357
MS.gene69023.t1 MTR_8g018130 30.117 1026 538 28 11 896 1 987 1.12e-102 357
MS.gene69023.t1 MTR_5g031270 34.548 796 454 22 21 789 173 928 1.15e-102 354
MS.gene69023.t1 MTR_6g077640 35.146 754 438 15 12 730 1 738 1.86e-102 359
MS.gene69023.t1 MTR_6g079140 34.788 756 440 14 12 730 1 740 1.09e-101 357
MS.gene69023.t1 MTR_0012s0290 34.018 779 441 21 12 745 1 751 1.12e-101 359
MS.gene69023.t1 MTR_6g079000 34.761 817 449 23 21 794 12 787 1.45e-101 362
MS.gene69023.t1 MTR_8g011725 34.019 632 351 13 21 622 14 609 9.88e-101 338
MS.gene69023.t1 MTR_6g078930 34.143 782 451 17 21 775 12 756 3.16e-99 352
MS.gene69023.t1 MTR_4g014120 30.826 944 546 27 21 895 11 916 3.40e-99 347
MS.gene69023.t1 MTR_8g062140 32.035 796 458 17 21 786 22 764 9.96e-99 350
MS.gene69023.t1 MTR_8g062140 28.916 332 167 12 595 867 834 1155 7.07e-14 77.8
MS.gene69023.t1 MTR_8g018170 33.146 712 439 17 21 709 8 705 1.20e-98 352
MS.gene69023.t1 MTR_6g072730 34.160 726 398 17 20 716 16 690 1.73e-98 335
MS.gene69023.t1 MTR_6g015430 35.283 547 346 6 167 706 16 561 3.15e-98 339
MS.gene69023.t1 MTR_0294s0010 36.296 540 335 6 174 706 21 558 4.47e-98 338
MS.gene69023.t1 MTR_3g058780 32.558 774 423 18 21 750 106 824 5.06e-98 341
MS.gene69023.t1 MTR_8g018270 32.083 773 470 18 21 768 8 750 7.63e-98 345
MS.gene69023.t1 MTR_8g017800 34.457 801 462 25 13 779 3 774 9.02e-98 351
MS.gene69023.t1 MTR_8g017800 33.708 356 199 10 435 779 1193 1522 9.27e-36 150
MS.gene69023.t1 MTR_4g014300 31.644 888 511 23 21 862 91 928 2.34e-97 341
MS.gene69023.t1 MTR_6g015490 35.531 546 344 6 168 706 17 561 7.50e-97 335
MS.gene69023.t1 MTR_6g074780 32.915 796 476 18 13 789 10 766 1.24e-96 337
MS.gene69023.t1 MTR_5g036240 36.494 559 330 7 166 709 9 557 1.85e-96 336
MS.gene69023.t1 MTR_6g072590 31.479 845 457 20 20 789 15 812 5.54e-96 340
MS.gene69023.t1 MTR_6g078490 36.159 578 351 10 15 578 7 580 1.27e-95 322
MS.gene69023.t1 MTR_4g014770 36.430 689 389 20 21 679 10 679 1.71e-95 325
MS.gene69023.t1 MTR_6g078890 32.648 827 471 21 21 788 12 811 4.13e-95 335
MS.gene69023.t1 MTR_6g079120 34.320 845 469 23 21 829 12 806 5.82e-95 335
MS.gene69023.t1 MTR_3g072140 31.841 782 460 21 144 896 13 750 1.04e-94 328
MS.gene69023.t1 MTR_8g090310 36.415 530 274 11 20 534 6 487 1.41e-94 316
MS.gene69023.t1 MTR_8g012180 37.271 491 299 6 226 709 1 489 1.50e-94 328
MS.gene69023.t1 MTR_6g072290 35.058 599 341 11 7 598 80 637 4.20e-94 329
MS.gene69023.t1 MTR_6g088270 36.286 824 286 28 1085 1733 221 980 4.32e-94 330
MS.gene69023.t1 MTR_6g471260 40.411 438 250 6 23 454 9 441 7.45e-94 313
MS.gene69023.t1 MTR_0277s0010 35.593 531 317 7 20 534 17 538 1.02e-93 328
MS.gene69023.t1 MTR_4g050910 32.542 716 426 17 22 716 19 698 1.86e-92 320
MS.gene69023.t1 MTR_6g074090 32.542 716 426 17 22 716 19 698 3.86e-92 321
MS.gene69023.t1 MTR_0003s0090 32.851 691 410 16 22 689 19 678 4.45e-91 317
MS.gene69023.t1 MTR_6g015720 31.870 706 349 15 11 709 21 601 5.74e-91 317
MS.gene69023.t1 MTR_8g037220 38.833 497 294 7 221 709 1 495 2.63e-90 327
MS.gene69023.t1 MTR_6g008140 36.395 588 347 12 147 716 4 582 6.89e-89 308
MS.gene69023.t1 MTR_2g040350 36.412 563 327 11 221 756 2 560 1.29e-88 317
MS.gene69023.t1 MTR_6g015455 34.095 525 335 7 192 706 561 1084 1.51e-88 320
MS.gene69023.t1 MTR_6g015455 49.383 81 41 0 22 102 113 193 8.00e-17 87.8
MS.gene69023.t1 MTR_6g072780 30.997 742 394 18 57 782 41 680 1.69e-88 309
MS.gene69023.t1 MTR_6g072780 30.997 742 394 18 57 782 41 680 1.83e-88 308
MS.gene69023.t1 MTR_4g081225 46.684 392 153 11 644 997 4 377 3.67e-88 293
MS.gene69023.t1 MTR_6g008140 36.395 588 347 12 147 716 4 582 3.94e-88 309
MS.gene69023.t1 MTR_6g071925 34.163 603 337 12 7 589 80 642 1.58e-87 308
MS.gene69023.t1 MTR_4g014220 31.148 915 508 29 21 896 87 918 3.09e-86 307
MS.gene69023.t1 MTR_4g015050 33.274 562 345 5 152 706 86 624 6.58e-86 302
MS.gene69023.t1 MTR_6g015580 34.244 549 349 8 168 709 12 555 8.17e-86 303
MS.gene69023.t1 MTR_3g020420 36.364 550 317 8 174 716 8 531 2.59e-85 298
MS.gene69023.t1 MTR_4g013375 36.769 650 370 20 21 649 231 860 3.41e-85 304
MS.gene69023.t1 MTR_4g013375 26.667 330 149 11 613 922 734 990 8.20e-15 80.9
MS.gene69023.t1 MTR_6g008140 36.749 566 334 11 166 716 11 567 4.72e-85 300
MS.gene69023.t1 MTR_6g015505 35.802 486 304 5 231 709 26 510 1.82e-84 299
MS.gene69023.t1 MTR_6g008140 34.622 621 346 13 147 716 4 615 7.80e-84 293
MS.gene69023.t1 MTR_6g075870 37.931 464 250 9 20 476 19 451 3.95e-83 291
MS.gene69023.t1 MTR_4g014310 28.587 934 533 25 22 896 79 937 2.74e-82 296
MS.gene69023.t1 MTR_4g014310 28.587 934 533 25 22 896 55 913 3.09e-82 295
MS.gene69023.t1 MTR_6g081080 52.125 353 116 9 622 969 162 466 3.50e-81 278
MS.gene69023.t1 MTR_6g081080 75.735 136 32 1 372 506 29 164 1.46e-57 209
MS.gene69023.t1 MTR_2g099920 30.637 816 441 22 195 899 8 809 8.63e-81 289
MS.gene69023.t1 MTR_1749s0010 76.647 167 38 1 1 167 1 166 9.66e-81 263
MS.gene69023.t1 MTR_8g016580 29.044 847 485 30 218 986 67 875 1.01e-80 288
MS.gene69023.t1 MTR_8g016650 29.044 847 485 30 218 986 62 870 1.72e-80 287
MS.gene69023.t1 MTR_8g087130 30.932 708 402 20 231 875 31 714 4.93e-80 283
MS.gene69023.t1 MTR_8g038815 35.373 523 297 12 293 776 1 521 4.86e-78 273
MS.gene69023.t1 MTR_0349s0020 33.460 526 295 9 20 534 17 498 3.81e-77 266
MS.gene69023.t1 MTR_1g060030 35.189 557 320 15 174 713 15 547 9.94e-77 277
MS.gene69023.t1 MTR_5g040440 32.701 633 341 16 221 789 2 613 1.16e-76 269
MS.gene69023.t1 MTR_6g074030 36.538 416 258 4 21 433 18 430 1.16e-76 262
MS.gene69023.t1 MTR_6g073880 36.538 416 258 4 21 433 18 430 1.16e-76 262
MS.gene69023.t1 MTR_8g105820 27.255 1020 499 33 17 905 17 924 1.48e-76 277
MS.gene69023.t1 MTR_6g471160 31.050 686 374 19 174 820 9 634 2.34e-76 269
MS.gene69023.t1 MTR_6g075930 35.849 424 246 6 20 436 19 423 7.85e-76 261
MS.gene69023.t1 MTR_0038s0040 35.849 424 246 6 20 436 19 423 1.33e-75 261
MS.gene69023.t1 MTR_6g074650 31.339 635 360 17 174 778 9 597 1.37e-75 276
MS.gene69023.t1 MTR_0729s0010 33.523 528 312 15 21 519 3 520 9.22e-72 253
MS.gene69023.t1 MTR_4g021027 33.469 490 269 9 226 706 1 442 1.96e-71 257
MS.gene69023.t1 MTR_3g058740 31.564 716 402 22 231 896 22 699 2.74e-71 258
MS.gene69023.t1 MTR_6g477720 36.364 396 237 8 229 612 1 393 7.52e-71 245
MS.gene69023.t1 MTR_0007s0080 34.286 455 277 8 166 605 9 456 3.44e-70 244
MS.gene69023.t1 MTR_3g058740 30.872 745 398 22 231 896 22 728 6.07e-70 254
MS.gene69023.t1 MTR_5g090870 31.906 724 393 24 17 706 78 735 7.57e-70 258
MS.gene69023.t1 MTR_8g018750 52.174 207 99 0 5 211 2 208 1.31e-69 235
MS.gene69023.t1 MTR_0038s0060 36.385 426 246 8 20 436 19 428 7.93e-68 249
MS.gene69023.t1 MTR_0038s0060 33.969 262 155 7 514 765 395 648 5.60e-27 120
MS.gene69023.t1 MTR_1g019550 37.691 459 272 8 264 713 70 523 2.46e-67 252
MS.gene69023.t1 MTR_8g039800 31.737 501 315 12 17 504 11 497 3.17e-66 234
MS.gene69023.t1 MTR_4g014580 36.951 387 213 6 324 706 215 574 7.18e-66 241
MS.gene69023.t1 MTR_6g078610 31.405 605 332 18 21 604 10 552 1.02e-65 241
MS.gene69023.t1 MTR_8g039820 31.673 502 314 13 17 504 11 497 2.00e-65 232
MS.gene69023.t1 MTR_6g071895 30.900 589 353 18 221 789 2 556 3.44e-65 239
MS.gene69023.t1 MTR_8g039930 30.754 504 315 14 17 504 8 493 9.14e-64 227
MS.gene69023.t1 MTR_8g019740 38.710 372 216 9 1 370 1 362 7.28e-63 220
MS.gene69023.t1 MTR_6g036500 57.979 188 78 1 12 199 1 187 4.99e-62 215
MS.gene69023.t1 MTR_6g036500 64.957 117 41 0 20 136 188 304 5.32e-44 163
MS.gene69023.t1 MTR_0373s0040 32.864 426 237 9 110 530 11 392 8.39e-62 218
MS.gene69023.t1 MTR_4g014160 32.055 652 398 17 167 794 2 632 9.23e-62 230
MS.gene69023.t1 MTR_7g091540 37.673 361 217 5 356 709 4 363 1.25e-61 226
MS.gene69023.t1 MTR_4g014770 35.783 517 289 16 193 679 7 510 4.91e-61 219
MS.gene69023.t1 MTR_3g020520 37.791 344 200 7 371 713 29 359 3.96e-60 217
MS.gene69023.t1 MTR_3g020520 37.791 344 200 7 371 713 29 359 4.07e-60 213
MS.gene69023.t1 MTR_6g087270 56.000 225 40 2 1045 1269 67 232 1.23e-59 205
MS.gene69023.t1 MTR_6g075950 34.038 426 238 9 20 436 19 410 5.76e-59 221
MS.gene69023.t1 MTR_6g075950 33.969 262 155 7 514 765 377 630 4.92e-27 120
MS.gene69023.t1 MTR_8g016480 35.574 357 206 10 21 365 17 361 5.81e-59 209
MS.gene69023.t1 MTR_4g068200 31.211 487 267 11 20 489 26 461 8.05e-59 216
MS.gene69023.t1 MTR_6g478010 34.897 341 184 4 20 354 17 325 2.20e-58 209
MS.gene69023.t1 MTR_6g036510 59.394 165 65 1 20 184 208 370 1.61e-55 199
MS.gene69023.t1 MTR_6g036510 51.020 196 88 4 4 199 20 207 1.54e-45 170
MS.gene69023.t1 MTR_4g021095 31.477 413 252 6 21 433 500 881 2.05e-55 214
MS.gene69023.t1 MTR_4g021095 30.132 531 301 16 6 512 7 491 1.54e-54 211
MS.gene69023.t1 MTR_4g021095 32.046 259 166 5 460 709 827 1084 5.41e-29 127
MS.gene69023.t1 MTR_4g020760 39.274 303 175 6 415 709 43 344 1.12e-54 205
MS.gene69023.t1 MTR_8g018020 30.137 584 360 14 231 789 96 656 1.84e-54 208
MS.gene69023.t1 MTR_4g051682 32.385 457 275 9 269 716 187 618 3.81e-54 207
MS.gene69023.t1 MTR_4g051682 34.653 202 103 2 20 215 17 195 7.47e-24 110
MS.gene69023.t1 MTR_8g027000 34.343 396 226 11 302 679 2 381 2.31e-52 190
MS.gene69023.t1 MTR_2g044830 30.930 430 279 11 5 429 6 422 5.46e-52 191
MS.gene69023.t1 MTR_0421s0010 39.228 311 180 5 1 309 1 304 4.21e-51 183
MS.gene69023.t1 MTR_8g039960 29.478 536 317 20 20 536 14 507 1.21e-50 190
MS.gene69023.t1 MTR_6g072600 33.721 344 199 6 13 353 8 325 5.46e-50 181
MS.gene69023.t1 MTR_3g058840 44.828 232 126 2 21 251 19 249 6.63e-48 187
MS.gene69023.t1 MTR_3g058840 29.498 478 243 19 476 896 295 735 5.35e-29 126
MS.gene69023.t1 MTR_4g023210 36.964 303 173 5 75 374 6 293 1.13e-47 173
MS.gene69023.t1 MTR_4g014720 35.325 385 223 6 376 756 65 427 1.51e-47 183
MS.gene69023.t1 MTR_1g064040 31.510 384 179 7 20 400 17 319 4.62e-47 173
MS.gene69023.t1 MTR_7g056363 32.547 424 233 11 386 783 6 402 3.82e-46 178
MS.gene69023.t1 MTR_7g021420 44.651 215 68 5 688 900 33 198 1.04e-45 164
MS.gene69023.t1 MTR_5g039980 34.637 358 101 7 98 455 2 226 1.18e-45 165
MS.gene69023.t1 MTR_0570s0040 47.619 147 77 0 21 167 19 165 1.51e-45 162
MS.gene69023.t1 MTR_8g090280 40.506 316 152 7 27 329 9 301 1.44e-44 177
MS.gene69023.t1 MTR_8g090280 34.583 240 128 6 413 632 310 540 1.30e-28 125
MS.gene69023.t1 MTR_4g415080 33.898 295 179 6 341 624 3 292 3.32e-44 163
MS.gene69023.t1 MTR_6g471170 32.213 357 196 9 192 534 22 346 1.88e-42 161
MS.gene69023.t1 MTR_6g471210 34.451 328 186 8 269 587 60 367 5.46e-42 159
MS.gene69023.t1 MTR_5g037710 43.678 174 96 2 13 185 6 178 1.01e-41 154
MS.gene69023.t1 MTR_4g021037 38.528 231 135 5 386 610 409 638 4.36e-41 162
MS.gene69023.t1 MTR_4g021037 35.565 239 129 4 226 459 1 219 1.29e-36 149
MS.gene69023.t1 MTR_4g021037 42.763 152 86 1 21 171 255 406 8.11e-27 118
MS.gene69023.t1 MTR_0428s0040 62.857 140 32 3 1356 1475 45 184 4.44e-41 150
MS.gene69023.t1 MTR_6g075930 32.313 294 176 5 147 436 4 278 4.78e-40 153
MS.gene69023.t1 MTR_5g037610 45.122 164 88 2 23 185 17 179 7.27e-40 147
MS.gene69023.t1 MTR_3g058840 29.710 552 265 19 431 896 1 515 2.31e-39 158
MS.gene69023.t1 MTR_2g039790 69.725 109 20 1 1612 1707 4 112 4.25e-39 143
MS.gene69023.t1 MTR_2g039790 55.556 72 19 1 1523 1594 20 78 4.69e-17 80.5
MS.gene69023.t1 MTR_5g037700 41.089 202 109 5 21 216 20 217 1.93e-38 145
MS.gene69023.t1 MTR_5g037650 50.000 144 70 2 21 164 20 161 7.09e-38 144
MS.gene69023.t1 MTR_2g083780 50.407 123 61 0 377 499 16 138 5.26e-37 137
MS.gene69023.t1 MTR_5g037630 44.512 164 88 3 21 183 20 181 7.99e-37 141
MS.gene69023.t1 MTR_5g092310 43.827 162 87 1 21 182 257 414 1.97e-36 144
MS.gene69023.t1 MTR_8g039800 31.741 293 194 6 216 504 56 346 2.09e-36 142
MS.gene69023.t1 MTR_0286s0020 36.364 220 135 2 495 709 1 220 3.25e-36 148
MS.gene69023.t1 MTR_4g023220 29.219 397 229 11 417 803 5 359 3.45e-36 150
MS.gene69023.t1 MTR_5g092220 44.366 142 79 0 21 162 149 290 4.68e-36 140
MS.gene69023.t1 MTR_3g079783 39.013 223 94 7 1 195 1 209 2.48e-35 137
MS.gene69023.t1 MTR_8g469090 42.105 171 95 3 21 190 19 186 5.50e-35 137
MS.gene69023.t1 MTR_8g469140 40.984 183 100 4 21 203 19 193 6.74e-35 136
MS.gene69023.t1 MTR_4g080077 56.800 125 53 1 226 350 1 124 9.73e-35 130
MS.gene69023.t1 MTR_8g470390 46.429 140 73 2 26 164 20 158 1.36e-34 134
MS.gene69023.t1 MTR_8g020250 43.590 156 85 2 8 163 20 172 1.75e-34 131
MS.gene69023.t1 MTR_6g073650 46.000 150 77 2 18 163 17 166 2.02e-34 131
MS.gene69023.t1 MTR_8g016560 43.919 148 75 3 21 163 20 164 2.16e-34 130
MS.gene69023.t1 MTR_8g016660 43.919 148 75 3 21 163 20 164 2.16e-34 130
MS.gene69023.t1 MTR_4g013365 31.579 323 164 10 302 605 2 286 3.43e-34 134
MS.gene69023.t1 MTR_5g092340 40.994 161 95 0 21 181 331 491 9.29e-34 138
MS.gene69023.t1 MTR_0864s0020 42.138 159 78 2 21 165 50 208 1.00e-33 130
MS.gene69023.t1 MTR_5g092340 40.994 161 95 0 21 181 381 541 1.59e-33 138
MS.gene69023.t1 MTR_8g016640 44.595 148 76 3 21 165 51 195 1.97e-33 129
MS.gene69023.t1 MTR_6g472270 49.573 117 59 0 23 139 9 125 2.43e-33 126
MS.gene69023.t1 MTR_6g472220 49.573 117 59 0 23 139 9 125 2.43e-33 126
MS.gene69023.t1 MTR_5g092210 43.210 162 88 1 21 182 384 541 1.10e-32 135
MS.gene69023.t1 MTR_3g058860 38.164 207 116 4 350 548 21 223 1.17e-32 128
MS.gene69023.t1 MTR_6g074885 44.444 135 72 1 20 154 17 148 1.67e-32 124
MS.gene69023.t1 MTR_7g088940 43.448 145 82 0 21 165 296 440 3.81e-32 132
MS.gene69023.t1 MTR_7g088940 27.234 235 143 8 289 515 34 248 1.60e-14 78.6
MS.gene69023.t1 MTR_5g036180 45.736 129 69 1 13 140 4 132 3.93e-32 124
MS.gene69023.t1 MTR_5g092630 41.250 160 93 1 21 179 188 347 1.29e-31 128
MS.gene69023.t1 MTR_5g092630 37.356 174 103 2 18 185 12 185 1.57e-26 113
MS.gene69023.t1 MTR_5g040550 32.313 294 140 8 15 305 16 253 1.35e-31 129
MS.gene69023.t1 MTR_5g092190 46.479 142 76 0 21 162 1745 1886 1.53e-31 136
MS.gene69023.t1 MTR_7g053620 32.424 330 199 10 197 511 21 341 2.12e-31 127
MS.gene69023.t1 MTR_5g092440 40.854 164 97 0 21 184 369 532 6.99e-31 130
MS.gene69023.t1 MTR_6g077355 31.379 290 156 4 283 534 2 286 8.31e-31 124
MS.gene69023.t1 MTR_5g029950 38.365 159 98 0 551 709 13 171 2.15e-30 123
MS.gene69023.t1 MTR_5g092630 43.478 138 78 0 21 158 188 325 2.75e-30 124
MS.gene69023.t1 MTR_5g092630 38.095 168 98 2 18 179 12 179 1.10e-26 114
MS.gene69023.t1 MTR_5g092350 40.854 164 97 0 21 184 369 532 2.92e-30 128
MS.gene69023.t1 MTR_4g051688 32.938 337 184 13 342 661 104 415 3.40e-30 130
MS.gene69023.t1 MTR_5g029930 43.537 147 81 2 336 481 53 198 3.68e-30 119
MS.gene69023.t1 MTR_2g037150 46.400 125 64 1 5 129 9 130 3.77e-30 117
MS.gene69023.t1 MTR_5g092990 42.958 142 81 0 21 162 364 505 9.15e-30 126
MS.gene69023.t1 MTR_6g027070 77.632 76 17 0 1523 1598 12 87 1.74e-29 115
MS.gene69023.t1 MTR_6g027070 41.985 131 31 3 1629 1733 13 124 3.27e-20 89.4
MS.gene69023.t1 MTR_4g020730 34.686 271 167 5 255 519 1 267 3.02e-29 120
MS.gene69023.t1 MTR_5g092410 40.237 169 98 1 19 184 364 532 4.05e-29 124
MS.gene69023.t1 MTR_4g014140 41.549 142 80 3 21 162 11 149 5.01e-29 114
MS.gene69023.t1 MTR_6g071880 32.069 290 139 11 20 303 18 255 8.61e-29 117
MS.gene69023.t1 MTR_7g088910 37.975 158 98 0 21 178 205 362 1.10e-28 120
MS.gene69023.t1 MTR_7g088910 33.333 135 88 2 231 363 53 187 2.51e-14 77.4
MS.gene69023.t1 MTR_6g015600 33.750 240 146 5 475 709 214 445 2.68e-28 124
MS.gene69023.t1 MTR_6g015600 32.020 203 136 2 170 372 18 218 1.53e-23 108
MS.gene69023.t1 MTR_4g020520 25.806 527 283 18 13 514 20 463 6.21e-28 120
MS.gene69023.t1 MTR_0428s0020 38.860 193 71 4 1512 1657 30 222 7.10e-28 114
MS.gene69023.t1 MTR_0428s0020 60.417 96 26 2 1618 1701 33 128 1.91e-21 95.1
MS.gene69023.t1 MTR_4g023370 29.008 262 151 4 168 429 19 245 1.22e-27 114
MS.gene69023.t1 MTR_3g080460 41.975 162 78 2 21 182 604 749 1.87e-27 122
MS.gene69023.t1 MTR_3g080460 31.225 253 135 7 539 756 745 993 3.54e-13 75.5
MS.gene69023.t1 MTR_3g080460 32.075 212 95 6 627 789 18 229 1.47e-12 73.6
MS.gene69023.t1 MTR_0813s0020 44.186 129 72 0 581 709 1 129 2.06e-27 114
MS.gene69023.t1 MTR_5g092510 45.833 120 65 0 21 140 170 289 3.20e-27 115
MS.gene69023.t1 MTR_5g092510 38.333 180 83 4 18 187 8 169 5.91e-23 102
MS.gene69023.t1 MTR_4g020750 28.745 247 159 3 170 415 25 255 1.48e-26 111
MS.gene69023.t1 MTR_1g063970 28.883 367 204 17 394 716 12 365 5.58e-25 112
MS.gene69023.t1 MTR_6g488290 37.778 180 62 4 1512 1657 30 193 1.10e-24 103
MS.gene69023.t1 MTR_6g488290 60.417 96 26 2 1618 1701 33 128 8.02e-22 95.5
MS.gene69023.t1 MTR_0955s0020 46.087 115 59 2 13 127 11 122 2.34e-24 102
MS.gene69023.t1 MTR_6g078780 39.103 156 89 4 8 161 2 153 2.98e-24 101
MS.gene69023.t1 MTR_6g015650 37.984 129 77 1 37 165 53 178 4.01e-24 101
MS.gene69023.t1 MTR_7g069090 30.435 368 185 20 667 982 5 353 4.06e-24 109
MS.gene69023.t1 MTR_8g016460 39.552 134 71 4 36 162 23 153 4.80e-24 100
MS.gene69023.t1 MTR_8g020350 26.901 513 315 17 495 958 1 502 7.61e-24 108
MS.gene69023.t1 MTR_6g015670 28.856 201 141 1 167 365 15 215 1.07e-23 101
MS.gene69023.t1 MTR_3g058840 28.450 471 224 18 502 896 1 434 5.72e-23 106
MS.gene69023.t1 MTR_4g014740 35.714 154 63 2 12 165 9 126 6.65e-22 94.4
MS.gene69023.t1 MTR_5g037720 42.105 133 60 3 33 164 27 143 1.62e-21 95.1
MS.gene69023.t1 MTR_5g092520 36.250 160 82 2 21 179 152 292 2.35e-21 97.1
MS.gene69023.t1 MTR_5g092520 30.357 168 90 1 18 185 9 149 4.19e-14 75.5
MS.gene69023.t1 MTR_6g087300 63.380 71 26 0 1640 1710 46 116 2.50e-21 98.2
MS.gene69023.t1 MTR_6g087300 46.809 141 20 2 1619 1733 200 311 4.91e-21 97.4
MS.gene69023.t1 MTR_6g087300 52.747 91 42 1 1523 1613 209 298 3.84e-20 94.7
MS.gene69023.t1 MTR_6g079190 36.301 146 83 4 368 506 3 145 3.34e-21 95.9
MS.gene69023.t1 MTR_8g020280 30.526 190 129 3 174 362 10 197 1.22e-20 94.0
MS.gene69023.t1 MTR_6g066260 53.947 76 35 0 1650 1725 22 97 1.60e-20 88.6
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene69023.t1 AT5G17680 39.359 780 438 13 22 785 19 779 1.90e-157 516
MS.gene69023.t1 AT5G17680 39.309 781 438 14 22 785 19 780 2.22e-156 514
MS.gene69023.t1 AT5G36930 37.881 755 432 11 20 756 13 748 7.69e-135 449
MS.gene69023.t1 AT5G36930 37.881 755 432 11 20 756 16 751 2.10e-134 450
MS.gene69023.t1 AT5G36930 37.881 755 432 11 20 756 13 748 2.65e-134 450
MS.gene69023.t1 AT5G36930 37.881 755 432 11 20 756 13 748 2.65e-134 450
MS.gene69023.t1 AT4G11170 32.081 1038 585 33 11 970 1 996 1.60e-124 420
MS.gene69023.t1 AT5G41750 32.703 899 533 23 21 877 13 881 1.52e-123 416
MS.gene69023.t1 AT5G41750 32.703 899 533 23 21 877 13 881 1.52e-123 416
MS.gene69023.t1 AT5G18360 35.995 814 453 22 18 785 13 804 3.30e-123 410
MS.gene69023.t1 AT4G16890 35.685 737 424 15 1 714 1 710 8.29e-123 418
MS.gene69023.t1 AT4G16890 27.294 425 241 18 577 968 732 1121 4.80e-19 94.7
MS.gene69023.t1 AT5G49140 32.741 901 527 22 21 873 15 884 1.67e-122 411
MS.gene69023.t1 AT4G16890 36.000 725 414 15 12 713 3 700 9.33e-122 418
MS.gene69023.t1 AT4G16890 31.923 260 145 10 577 819 723 967 6.37e-17 88.2
MS.gene69023.t1 AT4G16890 26.741 359 203 16 638 968 943 1269 3.88e-12 72.4
MS.gene69023.t1 AT4G16890 35.734 736 423 15 1 713 1 709 2.28e-121 418
MS.gene69023.t1 AT4G16890 31.923 260 145 10 577 819 732 976 6.12e-17 88.2
MS.gene69023.t1 AT3G04220 33.981 824 467 19 21 779 63 874 3.58e-121 405
MS.gene69023.t1 AT4G16890 36.000 725 414 15 12 713 3 700 4.07e-121 417
MS.gene69023.t1 AT4G16890 31.923 260 145 10 577 819 723 967 7.94e-17 87.8
MS.gene69023.t1 AT5G41550 33.044 923 524 24 10 877 2 885 1.33e-120 408
MS.gene69023.t1 AT5G17970 34.950 804 441 22 21 789 16 772 3.27e-119 396
MS.gene69023.t1 AT5G40910 31.854 1014 566 33 21 968 12 966 4.24e-119 404
MS.gene69023.t1 AT5G40910 31.854 1014 566 33 21 968 12 966 4.24e-119 404
MS.gene69023.t1 AT5G18350 33.333 900 517 18 7 864 6 864 6.80e-118 404
MS.gene69023.t1 AT5G38340 31.375 953 542 26 7 878 42 963 4.96e-115 392
MS.gene69023.t1 AT5G38340 31.375 953 542 26 7 878 42 963 4.96e-115 392
MS.gene69023.t1 AT5G46450 34.629 849 467 23 10 785 2 835 5.42e-115 392
MS.gene69023.t1 AT5G46450 34.629 849 467 23 10 785 2 835 5.42e-115 393
MS.gene69023.t1 AT3G04220 34.500 800 466 20 21 779 63 845 6.09e-115 386
MS.gene69023.t1 AT4G16950 33.560 882 464 26 13 818 4 839 8.52e-115 397
MS.gene69023.t1 AT4G16950 34.078 179 110 3 538 714 672 844 3.40e-19 95.5
MS.gene69023.t1 AT4G16950 25.173 433 242 16 577 968 866 1257 7.78e-14 77.8
MS.gene69023.t1 AT5G18370 34.820 807 477 18 17 789 57 848 9.02e-115 394
MS.gene69023.t1 AT4G16950 33.560 882 464 26 13 818 4 839 1.44e-114 397
MS.gene69023.t1 AT4G16950 34.078 179 110 3 538 714 672 844 3.55e-19 95.5
MS.gene69023.t1 AT4G16950 25.173 433 242 16 577 968 866 1257 7.73e-14 77.8
MS.gene69023.t1 AT4G16950 33.560 882 464 26 13 818 4 839 1.50e-114 397
MS.gene69023.t1 AT4G16950 34.078 179 110 3 538 714 672 844 4.45e-19 95.1
MS.gene69023.t1 AT4G16950 31.408 277 146 11 577 818 866 1133 1.74e-16 86.7
MS.gene69023.t1 AT4G16950 33.560 882 464 26 13 818 4 839 3.30e-114 397
MS.gene69023.t1 AT4G16950 34.078 179 110 3 538 714 672 844 4.18e-19 95.1
MS.gene69023.t1 AT4G16950 31.408 277 146 11 577 818 866 1133 1.94e-16 86.7
MS.gene69023.t1 AT5G44510 32.783 848 478 20 17 790 36 865 4.70e-114 391
MS.gene69023.t1 AT5G44510 32.783 848 478 20 17 790 36 865 4.97e-114 391
MS.gene69023.t1 AT4G16950 33.560 882 464 26 13 818 4 839 5.00e-114 397
MS.gene69023.t1 AT4G16950 34.078 179 110 3 538 714 672 844 4.46e-19 95.1
MS.gene69023.t1 AT4G16950 31.408 277 146 11 577 818 866 1133 2.07e-16 86.3
MS.gene69023.t1 AT5G44510 32.783 848 478 20 17 790 36 865 9.31e-114 391
MS.gene69023.t1 AT5G44510 32.783 848 478 20 17 790 36 865 9.88e-114 390
MS.gene69023.t1 AT3G44480 33.151 914 516 27 12 866 89 966 1.05e-113 391
MS.gene69023.t1 AT3G44480 33.151 914 516 27 12 866 89 966 1.05e-113 391
MS.gene69023.t1 AT2G14080 32.159 880 491 24 18 862 53 861 1.07e-113 392
MS.gene69023.t1 AT3G44480 33.187 913 515 27 13 866 90 966 1.18e-113 391
MS.gene69023.t1 AT4G16950 33.560 882 464 26 13 818 4 839 1.62e-113 394
MS.gene69023.t1 AT4G16950 34.078 179 110 3 538 714 672 844 6.24e-19 94.7
MS.gene69023.t1 AT4G16950 31.408 277 146 11 577 818 866 1133 4.42e-16 85.1
MS.gene69023.t1 AT5G11250 34.864 806 468 24 20 795 61 839 4.24e-113 389
MS.gene69023.t1 AT3G44480 33.187 913 515 27 13 866 90 966 1.06e-112 389
MS.gene69023.t1 AT3G44480 33.187 913 515 27 13 866 90 966 1.06e-112 389
MS.gene69023.t1 AT1G63880 29.389 1048 584 33 15 977 8 984 3.80e-112 382
MS.gene69023.t1 AT5G51630 35.497 724 433 15 11 713 1 711 2.04e-111 385
MS.gene69023.t1 AT5G51630 27.095 358 196 12 580 899 739 1069 5.26e-19 94.7
MS.gene69023.t1 AT1G65850 32.055 939 523 26 13 870 25 929 2.52e-111 380
MS.gene69023.t1 AT2G16870 31.311 923 520 27 13 870 4 877 4.47e-111 382
MS.gene69023.t1 AT5G46470 35.392 842 450 28 17 785 10 830 4.47e-111 382
MS.gene69023.t1 AT4G08450 33.455 825 486 24 11 789 1 808 7.20e-111 383
MS.gene69023.t1 AT4G08450 28.571 294 167 11 595 880 738 996 1.92e-16 86.3
MS.gene69023.t1 AT5G46260 34.116 724 446 16 13 715 4 717 1.64e-110 382
MS.gene69023.t1 AT4G08450 33.455 825 486 24 11 789 1 808 2.17e-110 382
MS.gene69023.t1 AT4G08450 28.571 294 167 11 595 880 738 996 2.33e-16 86.3
MS.gene69023.t1 AT1G65850 32.082 932 518 26 20 870 47 944 2.51e-110 378
MS.gene69023.t1 AT3G44670 33.854 833 460 23 13 795 86 877 1.19e-109 380
MS.gene69023.t1 AT3G44670 33.854 833 460 23 13 795 86 877 1.19e-109 380
MS.gene69023.t1 AT4G12010 34.501 742 431 17 13 713 3 730 8.87e-109 377
MS.gene69023.t1 AT1G63880 32.574 746 454 16 1 717 1 726 1.11e-108 365
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MS.gene69023.t1 AT5G11250 35.097 775 450 23 49 795 8 757 1.29e-108 374
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MS.gene69023.t1 AT3G44400 31.715 927 508 28 13 873 40 907 2.73e-108 371
MS.gene69023.t1 AT3G44400 31.715 927 508 28 13 873 40 907 2.73e-108 371
MS.gene69023.t1 AT3G44400 31.715 927 508 28 13 873 40 907 2.73e-108 371
MS.gene69023.t1 AT3G44400 31.715 927 508 28 13 873 40 907 2.73e-108 371
MS.gene69023.t1 AT4G14370 30.913 909 530 24 21 873 14 880 3.47e-108 372
MS.gene69023.t1 AT4G14370 30.913 909 530 24 21 873 14 880 3.47e-108 372
MS.gene69023.t1 AT1G27170 30.901 877 514 16 12 812 5 865 4.26e-108 378
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MS.gene69023.t1 AT1G31540 34.705 729 435 19 13 715 4 717 6.66e-107 361
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MS.gene69023.t1 AT4G16900 31.771 192 116 6 593 779 676 857 3.84e-16 85.5
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MS.gene69023.t1 AT3G44630 31.692 934 523 28 17 866 90 992 4.50e-106 369
MS.gene69023.t1 AT3G44630 31.692 934 523 28 17 866 90 992 4.50e-106 369
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MS.gene69023.t1 AT3G44630 31.663 938 518 29 17 866 90 992 9.90e-106 369
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MS.gene69023.t1 AT5G22690 33.292 805 473 20 15 780 4 783 1.78e-105 363
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MS.gene69023.t1 AT1G63860 29.352 988 556 31 9 941 2 902 3.63e-105 360
MS.gene69023.t1 AT1G63860 29.352 988 556 31 9 941 2 902 3.63e-105 360
MS.gene69023.t1 AT1G72860 35.817 698 416 14 13 687 4 692 4.37e-105 368
MS.gene69023.t1 AT5G46270 33.151 733 440 16 13 715 4 716 4.47e-105 365
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MS.gene69023.t1 AT4G19510 31.702 940 538 22 21 877 17 935 9.86e-105 362
MS.gene69023.t1 AT5G58120 30.884 939 536 29 21 896 15 903 1.12e-104 362
MS.gene69023.t1 AT1G27180 31.976 835 471 17 21 775 12 829 1.70e-104 367
MS.gene69023.t1 AT1G27180 31.976 835 471 17 21 775 12 829 1.70e-104 367
MS.gene69023.t1 AT5G46270 32.708 746 448 17 4 715 2 727 4.02e-104 362
MS.gene69023.t1 AT5G46270 32.708 746 448 17 4 715 2 727 4.02e-104 362
MS.gene69023.t1 AT5G46270 32.708 746 448 17 4 715 2 727 5.71e-104 362
MS.gene69023.t1 AT1G72840 33.256 860 467 21 21 788 15 859 6.24e-104 359
MS.gene69023.t1 AT1G27180 31.976 835 471 17 21 775 176 993 9.99e-104 367
MS.gene69023.t1 AT1G27180 36.478 159 91 4 8 163 4 155 6.03e-22 104
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MS.gene69023.t1 AT1G31540 34.478 728 438 18 13 715 4 717 2.54e-103 360
MS.gene69023.t1 AT1G72840 33.449 861 464 21 21 788 15 859 4.22e-103 360
MS.gene69023.t1 AT1G72840 33.449 861 464 21 21 788 15 859 4.22e-103 360
MS.gene69023.t1 AT4G14370 30.822 876 509 23 54 873 3 837 4.25e-103 356
MS.gene69023.t1 AT4G19510 34.816 787 472 19 21 785 57 824 4.75e-103 352
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MS.gene69023.t1 AT1G63860 29.565 920 525 27 9 873 2 853 2.92e-102 353
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MS.gene69023.t1 AT4G16920 35.329 167 105 2 550 714 673 838 7.99e-19 94.4
MS.gene69023.t1 AT4G16920 31.408 277 146 11 577 818 860 1127 2.01e-16 86.3
MS.gene69023.t1 AT5G48770 34.379 701 427 11 20 699 13 701 7.20e-102 356
MS.gene69023.t1 AT1G63860 29.565 920 525 27 9 873 2 853 7.25e-102 352
MS.gene69023.t1 AT4G16920 32.147 871 470 24 22 818 10 833 1.06e-101 358
MS.gene69023.t1 AT4G16920 35.329 167 105 2 550 714 673 838 7.93e-19 94.4
MS.gene69023.t1 AT4G16920 31.408 277 146 11 577 818 860 1127 2.04e-16 86.3
MS.gene69023.t1 AT1G64070 30.803 909 529 25 21 873 14 878 1.38e-101 351
MS.gene69023.t1 AT4G16920 32.147 871 470 24 22 818 10 833 3.33e-101 357
MS.gene69023.t1 AT4G16920 35.329 167 105 2 550 714 673 838 9.93e-19 94.0
MS.gene69023.t1 AT4G16920 31.408 277 146 11 577 818 860 1127 4.74e-16 85.1
MS.gene69023.t1 AT4G16920 32.147 871 470 24 22 818 10 833 3.33e-101 357
MS.gene69023.t1 AT4G16920 35.329 167 105 2 550 714 673 838 9.93e-19 94.0
MS.gene69023.t1 AT4G16920 31.408 277 146 11 577 818 860 1127 4.74e-16 85.1
MS.gene69023.t1 AT4G16920 32.147 871 470 24 22 818 10 833 3.76e-101 356
MS.gene69023.t1 AT4G16920 35.329 167 105 2 550 714 673 838 1.08e-18 94.0
MS.gene69023.t1 AT4G16920 31.408 277 146 11 577 818 860 1127 5.11e-16 85.1
MS.gene69023.t1 AT1G69550 33.041 799 492 21 20 795 79 857 5.72e-101 357
MS.gene69023.t1 AT1G69550 37.624 202 112 9 595 790 948 1141 4.44e-13 75.5
MS.gene69023.t1 AT1G69550 38.806 201 112 8 595 789 1020 1215 5.21e-13 75.1
MS.gene69023.t1 AT3G04220 34.424 642 367 14 21 620 63 692 5.95e-101 342
MS.gene69023.t1 AT1G72860 34.699 732 409 17 13 687 4 723 7.37e-101 353
MS.gene69023.t1 AT1G56540 29.039 916 548 28 16 873 10 881 1.13e-100 351
MS.gene69023.t1 AT4G16920 32.147 871 470 24 22 818 10 833 1.16e-100 355
MS.gene69023.t1 AT4G16920 35.329 167 105 2 550 714 673 838 1.36e-18 93.6
MS.gene69023.t1 AT4G16920 31.408 277 146 11 577 818 860 1127 6.50e-16 84.7
MS.gene69023.t1 AT4G16920 32.147 871 470 24 22 818 10 833 1.16e-100 355
MS.gene69023.t1 AT4G16920 35.329 167 105 2 550 714 673 838 1.36e-18 93.6
MS.gene69023.t1 AT4G16920 31.408 277 146 11 577 818 860 1127 6.50e-16 84.7
MS.gene69023.t1 AT5G51630 33.564 724 399 16 11 713 1 663 1.55e-100 352
MS.gene69023.t1 AT5G51630 27.095 358 196 12 580 899 691 1021 5.33e-19 94.7
MS.gene69023.t1 AT4G16920 32.147 871 470 24 22 818 10 833 1.75e-100 355
MS.gene69023.t1 AT4G16920 35.329 167 105 2 550 714 673 838 1.51e-18 93.2
MS.gene69023.t1 AT4G16920 31.408 277 146 11 577 818 860 1127 7.39e-16 84.7
MS.gene69023.t1 AT4G16920 32.147 871 470 24 22 818 10 833 1.75e-100 355
MS.gene69023.t1 AT4G16920 35.329 167 105 2 550 714 673 838 1.51e-18 93.2
MS.gene69023.t1 AT4G16920 31.408 277 146 11 577 818 860 1127 7.39e-16 84.7
MS.gene69023.t1 AT4G19510 34.816 787 472 19 21 785 57 824 2.30e-100 353
MS.gene69023.t1 AT4G19510 28.533 368 185 15 602 900 717 1075 8.17e-14 77.8
MS.gene69023.t1 AT4G19510 34.816 787 472 19 21 785 57 824 2.30e-100 353
MS.gene69023.t1 AT4G19510 28.533 368 185 15 602 900 717 1075 8.17e-14 77.8
MS.gene69023.t1 AT4G19510 34.816 787 472 19 21 785 57 824 2.30e-100 353
MS.gene69023.t1 AT4G19510 28.533 368 185 15 602 900 717 1075 8.17e-14 77.8
MS.gene69023.t1 AT5G45060 30.631 999 539 31 21 897 14 980 3.08e-100 351
MS.gene69023.t1 AT5G45060 30.631 999 539 31 21 897 14 980 3.08e-100 351
MS.gene69023.t1 AT1G63730 29.967 921 533 23 13 873 5 873 3.19e-100 347
MS.gene69023.t1 AT1G56510 29.429 999 598 30 13 955 5 952 2.58e-99 345
MS.gene69023.t1 AT1G17600 33.382 683 413 16 13 669 4 670 4.21e-99 345
MS.gene69023.t1 AT4G16860 32.506 886 462 30 21 818 13 850 1.88e-98 345
MS.gene69023.t1 AT4G16860 31.597 288 149 6 550 795 690 971 2.43e-23 108
MS.gene69023.t1 AT4G16860 32.547 212 121 8 577 779 877 1075 1.84e-13 76.6
MS.gene69023.t1 AT5G51630 34.954 658 395 14 77 713 2 647 7.28e-98 338
MS.gene69023.t1 AT5G51630 36.567 134 84 1 580 713 675 807 8.64e-18 90.5
MS.gene69023.t1 AT1G27170 29.613 878 522 19 12 812 7 865 3.02e-97 345
MS.gene69023.t1 AT1G63740 30.579 932 538 26 4 873 23 907 6.53e-97 339
MS.gene69023.t1 AT3G51570 29.329 999 572 31 7 897 5 977 6.94e-96 338
MS.gene69023.t1 AT4G16960 31.856 835 469 25 21 795 13 807 9.43e-96 334
MS.gene69023.t1 AT4G16960 27.935 247 139 7 548 789 681 893 4.49e-13 75.1
MS.gene69023.t1 AT5G51630 34.954 658 395 14 77 713 2 647 3.43e-95 336
MS.gene69023.t1 AT5G51630 27.095 358 196 12 580 899 675 1005 5.36e-19 94.7
MS.gene69023.t1 AT5G51630 34.954 658 395 14 77 713 2 647 4.83e-95 335
MS.gene69023.t1 AT5G51630 27.095 358 196 12 580 899 675 1005 6.48e-19 94.4
MS.gene69023.t1 AT5G51630 34.954 658 395 14 77 713 2 647 4.83e-95 335
MS.gene69023.t1 AT5G51630 27.095 358 196 12 580 899 675 1005 6.48e-19 94.4
MS.gene69023.t1 AT1G27180 30.471 850 487 19 8 775 4 831 5.64e-95 334
MS.gene69023.t1 AT1G27180 30.471 850 487 19 8 775 4 831 2.14e-93 334
MS.gene69023.t1 AT5G46520 33.836 730 442 18 13 715 4 719 2.44e-93 330
MS.gene69023.t1 AT1G63740 30.568 880 505 24 54 873 3 836 5.22e-93 326
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MS.gene69023.t1 AT5G45250 28.098 1025 579 30 8 896 3 1005 1.98e-92 328
MS.gene69023.t1 AT5G46520 33.471 726 442 18 17 715 46 757 1.05e-91 326
MS.gene69023.t1 AT4G19510 33.418 787 456 20 21 785 57 797 2.19e-91 318
MS.gene69023.t1 AT1G56520 28.834 815 527 18 13 789 5 804 3.35e-91 318
MS.gene69023.t1 AT1G56520 28.834 815 527 18 13 789 5 804 3.76e-91 319
MS.gene69023.t1 AT1G56520 28.834 815 527 18 13 789 5 804 1.07e-90 322
MS.gene69023.t1 AT2G14080 31.218 788 437 23 110 862 11 728 1.11e-90 321
MS.gene69023.t1 AT4G19510 33.545 787 445 20 21 785 57 787 2.91e-90 322
MS.gene69023.t1 AT4G19510 28.533 368 185 15 602 900 680 1038 1.26e-13 77.0
MS.gene69023.t1 AT4G19510 33.545 787 445 20 21 785 57 787 2.91e-90 322
MS.gene69023.t1 AT4G19510 28.533 368 185 15 602 900 680 1038 1.26e-13 77.0
MS.gene69023.t1 AT5G46510 32.787 732 447 18 14 715 2 718 1.05e-89 322
MS.gene69023.t1 AT5G46510 32.787 732 447 18 14 715 2 718 1.35e-89 321
MS.gene69023.t1 AT4G19510 33.418 787 456 20 21 785 57 797 7.44e-89 318
MS.gene69023.t1 AT4G19510 28.533 368 185 15 602 900 690 1048 1.04e-13 77.4
MS.gene69023.t1 AT4G19530 28.242 1041 572 37 21 910 15 1031 1.74e-88 316
MS.gene69023.t1 AT5G40100 30.787 890 499 26 21 832 12 862 4.29e-88 312
MS.gene69023.t1 AT4G19530 28.350 1030 563 36 21 910 15 1009 6.73e-88 314
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MS.gene69023.t1 AT4G16940 31.539 799 445 25 64 785 11 784 1.86e-86 309
MS.gene69023.t1 AT4G16940 27.803 223 121 5 596 779 691 912 2.64e-12 72.8
MS.gene69023.t1 AT4G16940 31.539 799 445 25 64 785 11 784 2.10e-86 309
MS.gene69023.t1 AT4G16940 27.803 223 121 5 596 779 691 912 2.65e-12 72.8
MS.gene69023.t1 AT4G16940 31.539 799 445 25 64 785 11 784 6.02e-86 309
MS.gene69023.t1 AT4G16940 23.423 444 248 11 596 968 691 1113 2.38e-15 82.8
MS.gene69023.t1 AT4G16940 31.539 799 445 25 64 785 11 784 6.65e-86 309
MS.gene69023.t1 AT4G16940 23.423 444 248 11 596 968 691 1113 2.39e-15 82.8
MS.gene69023.t1 AT4G16940 31.539 799 445 25 64 785 11 784 6.65e-86 309
MS.gene69023.t1 AT4G16940 23.423 444 248 11 596 968 691 1113 2.39e-15 82.8
MS.gene69023.t1 AT4G16940 31.539 799 445 25 64 785 11 784 6.65e-86 309
MS.gene69023.t1 AT4G16940 23.423 444 248 11 596 968 691 1113 2.39e-15 82.8
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MS.gene69023.t1 AT4G16890 27.294 425 241 18 577 968 577 966 1.29e-18 93.6
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MS.gene69023.t1 AT5G40910 30.686 831 469 30 196 968 1 782 2.50e-83 295
MS.gene69023.t1 AT5G40910 30.686 831 469 30 196 968 1 782 2.50e-83 295
MS.gene69023.t1 AT5G40910 30.686 831 469 30 196 968 1 782 2.50e-83 295
MS.gene69023.t1 AT5G40910 30.686 831 469 30 196 968 1 782 2.50e-83 295
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MS.gene69023.t1 AT4G12020 30.925 789 473 22 21 783 668 1410 1.26e-82 302
MS.gene69023.t1 AT4G12020 30.925 789 473 22 21 783 668 1410 1.26e-82 302
MS.gene69023.t1 AT4G12020 30.925 789 473 22 21 783 668 1410 1.46e-82 302
MS.gene69023.t1 AT3G51560 31.585 820 460 29 22 790 6 775 1.93e-81 295
MS.gene69023.t1 AT5G38340 30.140 783 442 21 174 878 2 757 3.04e-81 288
MS.gene69023.t1 AT5G45050 29.308 795 458 23 30 789 14 739 2.35e-80 293
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MS.gene69023.t1 AT2G17060 29.532 833 475 21 23 785 20 810 1.69e-79 287
MS.gene69023.t1 AT5G41740 30.458 742 451 19 174 877 2 716 4.69e-79 282
MS.gene69023.t1 AT5G45050 29.080 815 462 25 30 789 14 767 5.32e-79 289
MS.gene69023.t1 AT5G40060 35.373 523 304 13 218 713 12 527 9.72e-79 280
MS.gene69023.t1 AT5G45050 29.080 815 462 25 30 789 14 767 1.02e-78 286
MS.gene69023.t1 AT1G63750 29.213 801 455 25 174 914 2 750 1.37e-78 282
MS.gene69023.t1 AT1G63750 29.213 801 455 25 174 914 2 750 1.37e-78 282
MS.gene69023.t1 AT5G40910 32.602 638 364 19 196 785 1 620 1.90e-78 280
MS.gene69023.t1 AT5G40910 32.602 638 364 19 196 785 1 620 1.90e-78 280
MS.gene69023.t1 AT4G19500 30.388 747 448 20 57 789 91 779 3.53e-78 277
MS.gene69023.t1 AT5G40060 35.564 523 303 14 218 713 12 527 3.77e-78 281
MS.gene69023.t1 AT4G36140 29.939 658 393 15 67 689 286 910 3.94e-76 280
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MS.gene69023.t1 AT4G36140 29.939 658 393 15 67 689 471 1095 5.82e-76 280
MS.gene69023.t1 AT4G36140 31.186 388 219 6 12 353 41 426 7.47e-45 179
MS.gene69023.t1 AT4G19500 30.388 747 448 20 57 789 614 1302 7.10e-76 278
MS.gene69023.t1 AT4G19500 33.092 414 266 6 21 433 11 414 3.01e-52 203
MS.gene69023.t1 AT5G45050 31.066 647 370 19 197 789 4 628 3.03e-75 276
MS.gene69023.t1 AT1G56520 28.683 638 422 13 13 630 5 629 9.32e-75 263
MS.gene69023.t1 AT4G19520 28.199 844 477 22 22 789 6 796 1.11e-74 276
MS.gene69023.t1 AT4G19520 34.591 159 85 3 10 162 1390 1535 1.12e-16 87.4
MS.gene69023.t1 AT4G19520 28.199 844 477 22 22 789 6 796 1.71e-74 276
MS.gene69023.t1 AT4G19520 34.591 159 85 3 10 162 1390 1535 1.04e-16 87.4
MS.gene69023.t1 AT4G19520 28.199 844 477 22 22 789 6 796 1.71e-74 276
MS.gene69023.t1 AT4G19520 34.591 159 85 3 10 162 1390 1535 1.04e-16 87.4
MS.gene69023.t1 AT4G19520 28.199 844 477 22 22 789 6 796 1.94e-74 275
MS.gene69023.t1 AT4G19520 34.591 159 85 3 10 162 1390 1535 1.04e-16 87.4
MS.gene69023.t1 AT4G19520 28.199 844 477 22 22 789 6 796 2.12e-74 275
MS.gene69023.t1 AT4G19520 34.591 159 85 3 10 162 1390 1535 1.11e-16 87.4
MS.gene69023.t1 AT4G09430 33.704 540 332 9 1 535 1 519 3.81e-73 256
MS.gene69023.t1 AT5G46490 29.806 775 449 26 13 714 4 756 7.45e-73 263
MS.gene69023.t1 AT5G46490 32.420 219 133 7 582 794 648 857 6.15e-17 87.8
MS.gene69023.t1 AT5G45260 32.748 626 347 20 197 785 152 740 7.73e-73 269
MS.gene69023.t1 AT5G45260 32.748 626 347 20 197 785 152 740 9.06e-73 268
MS.gene69023.t1 AT5G45260 32.748 626 347 20 197 785 152 740 9.06e-73 268
MS.gene69023.t1 AT5G45210 29.137 707 443 22 22 706 8 678 4.68e-72 256
MS.gene69023.t1 AT5G45210 29.137 707 443 22 22 706 27 697 9.73e-72 256
MS.gene69023.t1 AT1G56540 27.646 756 451 24 174 873 2 717 1.10e-71 261
MS.gene69023.t1 AT5G46490 31.952 579 350 14 13 567 4 562 1.56e-71 253
MS.gene69023.t1 AT5G45210 29.137 707 443 22 22 706 36 706 1.72e-71 256
MS.gene69023.t1 AT5G46490 32.943 513 315 11 17 515 48 545 9.14e-71 249
MS.gene69023.t1 AT5G46490 32.943 513 315 11 17 515 48 545 9.14e-71 249
MS.gene69023.t1 AT5G46490 32.943 513 315 11 17 515 65 562 1.44e-70 249
MS.gene69023.t1 AT5G44870 28.695 812 452 23 198 897 257 1053 1.56e-70 260
MS.gene69023.t1 AT5G44870 33.511 188 107 5 20 199 11 188 9.43e-19 94.0
MS.gene69023.t1 AT5G46490 31.826 575 348 14 17 567 48 602 3.30e-70 250
MS.gene69023.t1 AT5G46490 31.826 575 348 14 17 567 65 619 5.70e-70 249
MS.gene69023.t1 AT5G45230 26.945 1054 563 35 11 900 1 1011 7.06e-70 259
MS.gene69023.t1 AT2G16870 30.949 643 344 20 287 870 2 603 8.25e-70 253
MS.gene69023.t1 AT2G16870 30.949 643 344 20 287 870 2 603 8.25e-70 253
MS.gene69023.t1 AT3G25510 31.210 628 374 12 210 795 11 622 1.04e-68 254
MS.gene69023.t1 AT3G25510 38.788 165 91 7 626 785 626 785 1.54e-13 76.6
MS.gene69023.t1 AT3G25510 31.210 628 374 12 210 795 11 622 1.04e-68 254
MS.gene69023.t1 AT3G25510 38.788 165 91 7 626 785 626 785 1.54e-13 76.6
MS.gene69023.t1 AT1G72840 32.064 683 363 18 195 788 23 693 5.02e-67 248
MS.gene69023.t1 AT5G44870 32.546 593 335 15 219 785 13 566 1.36e-66 244
MS.gene69023.t1 AT1G27180 30.495 646 367 13 197 775 25 655 2.63e-66 248
MS.gene69023.t1 AT1G27180 30.495 646 367 13 197 775 25 655 2.63e-66 248
MS.gene69023.t1 AT1G27180 30.495 646 367 13 197 775 25 655 2.63e-66 248
MS.gene69023.t1 AT4G16860 31.505 711 356 26 195 818 22 688 3.53e-65 241
MS.gene69023.t1 AT4G16860 31.597 288 149 6 550 795 528 809 5.19e-23 107
MS.gene69023.t1 AT4G16860 35.915 142 82 3 577 713 715 852 2.89e-13 75.9
MS.gene69023.t1 AT1G72890 38.655 357 204 6 21 371 39 386 2.55e-63 223
MS.gene69023.t1 AT4G16990 32.860 493 284 13 15 496 3 459 3.63e-63 229
MS.gene69023.t1 AT4G16990 32.860 493 284 13 15 496 3 459 3.63e-63 229
MS.gene69023.t1 AT3G04210 35.697 409 245 10 21 421 66 464 4.64e-63 226
MS.gene69023.t1 AT3G04210 35.697 409 245 10 21 421 66 464 4.64e-63 226
MS.gene69023.t1 AT4G16990 32.860 493 284 13 15 496 3 459 5.32e-63 229
MS.gene69023.t1 AT3G25505 36.342 421 254 5 307 714 118 537 7.33e-63 226
MS.gene69023.t1 AT1G72950 38.133 375 210 7 21 391 11 367 7.45e-63 220
MS.gene69023.t1 AT4G12020 29.288 618 383 16 21 622 668 1247 1.43e-62 236
MS.gene69023.t1 AT4G16990 32.854 487 280 13 21 496 76 526 7.29e-62 227
MS.gene69023.t1 AT4G16990 32.860 493 284 13 15 496 3 459 7.43e-62 228
MS.gene69023.t1 AT4G16990 32.860 493 284 13 15 496 3 459 7.43e-62 228
MS.gene69023.t1 AT4G16990 32.860 493 284 13 15 496 3 459 8.26e-62 228
MS.gene69023.t1 AT4G16990 32.860 493 284 13 15 496 3 459 8.26e-62 228
MS.gene69023.t1 AT4G16990 32.860 493 284 13 15 496 3 459 8.38e-62 228
MS.gene69023.t1 AT4G16990 32.860 493 284 13 15 496 3 459 8.38e-62 228
MS.gene69023.t1 AT1G17615 35.574 357 217 4 19 371 13 360 7.10e-61 214
MS.gene69023.t1 AT1G72940 37.151 358 204 6 21 375 9 348 1.28e-60 213
MS.gene69023.t1 AT1G56520 27.064 654 425 16 173 789 4 642 3.11e-60 222
MS.gene69023.t1 AT5G45210 29.288 618 384 20 22 617 36 622 1.65e-59 218
MS.gene69023.t1 AT1G72890 36.675 379 207 7 21 371 39 412 1.96e-59 214
MS.gene69023.t1 AT2G17050 28.112 715 371 21 197 794 26 714 4.37e-59 225
MS.gene69023.t1 AT2G17050 28.252 715 370 22 197 794 26 714 5.50e-59 225
MS.gene69023.t1 AT2G17050 28.112 715 371 21 197 794 26 714 6.03e-59 224
MS.gene69023.t1 AT4G16990 32.292 480 278 13 28 496 16 459 1.88e-57 215
MS.gene69023.t1 AT1G66090 33.081 396 249 9 21 409 26 412 6.05e-57 204
MS.gene69023.t1 AT1G72900 33.594 384 215 10 12 381 1 358 6.32e-57 202
MS.gene69023.t1 AT5G45200 29.848 593 352 13 226 795 1 552 1.44e-55 212
MS.gene69023.t1 AT5G45210 29.225 503 325 13 22 518 36 513 2.14e-53 197
MS.gene69023.t1 AT1G72910 35.549 346 203 7 14 356 2 330 3.39e-52 189
MS.gene69023.t1 AT4G29060 47.951 244 55 2 1561 1732 643 886 3.31e-51 198
MS.gene69023.t1 AT4G29060 55.072 138 36 1 1621 1732 511 648 3.68e-36 150
MS.gene69023.t1 AT4G29060 59.091 132 49 3 1484 1612 480 609 2.36e-32 137
MS.gene69023.t1 AT4G29060 73.239 71 19 0 1524 1594 757 827 1.67e-24 112
MS.gene69023.t1 AT5G17890 26.796 724 447 23 9 692 5 685 8.85e-50 195
MS.gene69023.t1 AT5G46490 34.473 351 214 9 13 355 4 346 7.60e-48 176
MS.gene69023.t1 AT1G72920 40.392 255 144 4 14 261 2 255 3.03e-47 171
MS.gene69023.t1 AT4G09420 29.821 446 268 12 21 435 12 443 1.97e-44 169
MS.gene69023.t1 AT5G48780 31.308 428 263 7 21 439 12 417 5.65e-43 168
MS.gene69023.t1 AT5G48780 34.270 178 112 1 194 371 440 612 9.87e-22 102
MS.gene69023.t1 AT1G72850 30.676 414 259 8 21 431 7 395 3.86e-40 155
MS.gene69023.t1 AT1G17610 29.384 422 258 9 22 434 15 405 7.03e-40 154
MS.gene69023.t1 AT1G17610 29.384 422 258 9 22 434 15 405 7.03e-40 154
MS.gene69023.t1 AT1G57650 29.730 444 279 7 288 713 20 448 1.02e-38 155
MS.gene69023.t1 AT1G57650 30.180 444 277 8 288 713 20 448 1.99e-38 155
MS.gene69023.t1 AT1G57650 30.180 444 277 8 288 713 20 448 2.32e-38 155
MS.gene69023.t1 AT1G57650 30.180 444 277 8 288 713 20 448 3.40e-38 155
MS.gene69023.t1 AT5G48780 30.588 425 240 8 21 439 12 387 7.08e-37 149
MS.gene69023.t1 AT5G48780 34.270 178 112 1 194 371 410 582 7.19e-22 102
MS.gene69023.t1 AT1G72930 41.765 170 96 2 14 183 2 168 1.01e-34 132
MS.gene69023.t1 AT1G72870 28.330 473 259 17 23 427 12 472 1.42e-34 140
MS.gene69023.t1 AT5G45240 24.798 742 444 27 77 786 44 703 2.54e-34 143
MS.gene69023.t1 AT1G72930 43.624 149 82 1 14 162 2 148 2.85e-34 129
MS.gene69023.t1 AT5G45240 24.798 742 444 27 77 786 44 703 2.93e-34 143
MS.gene69023.t1 AT4G29060 55.797 138 29 2 1621 1732 511 642 3.19e-34 142
MS.gene69023.t1 AT4G29060 59.091 132 49 3 1484 1612 480 609 1.09e-32 137
MS.gene69023.t1 AT5G40090 28.741 421 262 7 22 434 19 409 5.17e-34 138
MS.gene69023.t1 AT4G09360 32.491 277 166 5 231 506 33 289 7.36e-33 139
MS.gene69023.t1 AT5G38344 39.041 146 86 2 17 162 56 198 1.45e-27 112
MS.gene69023.t1 AT5G45220 37.853 177 103 4 17 188 327 501 4.07e-26 115
MS.gene69023.t1 AT5G45220 27.778 234 136 8 1 215 1 220 1.76e-12 72.4
MS.gene69023.t1 AT4G16990 27.301 326 208 9 174 496 2 301 5.62e-25 111
MS.gene69023.t1 AT4G16990 27.301 326 208 9 174 496 2 301 5.62e-25 111
MS.gene69023.t1 AT4G16990 27.301 326 208 9 174 496 2 301 1.52e-24 111
MS.gene69023.t1 AT4G16990 27.301 326 208 9 174 496 2 301 1.53e-24 111
MS.gene69023.t1 AT4G16990 27.301 326 208 9 174 496 2 301 1.53e-24 111
MS.gene69023.t1 AT4G16990 27.301 326 208 9 174 496 2 301 1.53e-24 111
MS.gene69023.t1 AT4G16990 27.301 326 208 9 174 496 2 301 1.53e-24 111
MS.gene69023.t1 AT5G45220 41.304 138 79 2 17 154 327 462 1.64e-24 110
MS.gene69023.t1 AT5G45220 30.435 184 113 7 1 183 1 170 2.15e-12 72.4
MS.gene69023.t1 AT4G16990 27.301 326 208 9 174 496 2 301 1.80e-24 111
MS.gene69023.t1 AT5G45070 35.758 165 98 2 23 184 16 175 1.81e-24 107
MS.gene69023.t1 AT4G04110 38.182 165 88 5 10 163 22 183 1.33e-22 99.4
MS.gene69023.t1 AT2G03300 35.366 164 101 4 23 185 9 168 1.77e-21 94.7
MS.gene69023.t1 AT5G44900 34.337 166 106 3 21 185 18 181 2.17e-21 95.9
MS.gene69023.t1 AT2G32140 33.735 166 105 2 23 185 23 186 2.76e-21 98.2
MS.gene69023.t1 AT1G57630 40.940 149 80 5 17 162 18 161 3.02e-21 93.2
MS.gene69023.t1 AT1G51270 34.731 167 104 4 21 185 187 350 3.12e-21 98.2
MS.gene69023.t1 AT1G51270 34.731 167 104 4 21 185 187 350 3.12e-21 98.2
MS.gene69023.t1 AT1G51270 34.731 167 104 4 21 185 187 350 3.12e-21 98.2
MS.gene69023.t1 AT1G51270 34.731 167 104 4 21 185 187 350 3.12e-21 98.2
MS.gene69023.t1 AT1G51270 34.731 167 104 4 21 185 188 351 4.29e-21 97.8
MS.gene69023.t1 AT2G20142 35.762 151 89 4 13 163 3 145 5.30e-21 96.3
MS.gene69023.t1 AT1G51270 34.731 167 104 4 21 185 358 521 1.20e-20 98.6
MS.gene69023.t1 AT1G51270 34.731 167 104 4 21 185 358 521 1.20e-20 98.6
MS.gene69023.t1 AT1G51270 34.731 167 104 4 21 185 118 281 1.97e-20 96.3
MS.gene69023.t1 AT1G51270 34.731 167 104 4 21 185 187 350 2.69e-20 96.7
MS.gene69023.t1 AT1G51270 34.731 167 104 4 21 185 310 473 3.07e-20 97.8
MS.gene69023.t1 AT1G51270 34.731 167 104 4 21 185 310 473 3.07e-20 97.8
MS.gene69023.t1 AT1G51270 34.731 167 104 4 21 185 310 473 3.07e-20 97.8
MS.gene69023.t1 AT1G51270 34.731 167 104 4 21 185 310 473 3.07e-20 97.8
MS.gene69023.t1 AT1G51270 34.731 167 104 4 21 185 358 521 3.94e-20 97.4
MS.gene69023.t1 AT1G51270 34.756 164 103 3 5 166 342 503 9.51e-20 95.9
MS.gene69023.t1 AT1G57850 32.571 175 113 4 12 185 3 173 1.65e-19 89.0
MS.gene69023.t1 AT2G03030 35.976 164 100 4 23 185 9 168 1.97e-19 89.0
MS.gene69023.t1 AT1G52900 36.620 142 75 3 21 162 38 164 9.15e-19 87.0
MS.gene69023.t1 AT5G45000 36.567 134 83 2 21 154 15 146 1.32e-18 90.9
MS.gene69023.t1 AT5G45000 33.835 133 87 1 23 155 217 348 6.94e-13 73.2
MS.gene69023.t1 AT1G57850 33.750 160 102 3 12 171 3 158 1.91e-18 84.7
MS.gene69023.t1 AT1G57830 37.063 143 86 3 23 165 23 161 2.19e-18 84.7
MS.gene69023.t1 AT4G23515 32.571 175 103 5 23 185 11 182 2.45e-18 87.8
MS.gene69023.t1 AT5G45080 33.871 186 110 4 7 186 3 181 3.57e-18 89.4
MS.gene69023.t1 AT4G23515 32.571 175 103 5 23 185 11 182 4.17e-18 87.8
MS.gene69023.t1 AT1G09665 33.140 172 107 4 12 183 1 164 4.86e-18 83.6
MS.gene69023.t1 AT1G57670 33.537 164 104 4 23 185 11 170 3.75e-17 86.3
MS.gene69023.t1 AT4G27190 24.738 477 296 13 221 641 167 636 3.80e-17 88.6
MS.gene69023.t1 AT5G43730 27.660 517 294 23 216 703 170 635 8.56e-17 87.4
MS.gene69023.t1 AT5G43730 27.660 517 294 23 216 703 170 635 8.56e-17 87.4
MS.gene69023.t1 AT5G43730 27.660 517 294 23 216 703 170 635 8.56e-17 87.4
MS.gene69023.t1 AT5G43730 27.660 517 294 23 216 703 170 635 8.56e-17 87.4
MS.gene69023.t1 AT5G43730 27.660 517 294 23 216 703 170 635 8.56e-17 87.4
MS.gene69023.t1 AT1G60320 38.346 133 78 3 23 155 26 154 3.30e-16 78.6
MS.gene69023.t1 AT5G43470 24.209 632 358 26 195 743 164 757 3.92e-16 85.1
MS.gene69023.t1 AT5G43470 24.209 632 358 26 195 743 164 757 3.92e-16 85.1
MS.gene69023.t1 AT5G43470 24.209 632 358 26 195 743 164 757 3.92e-16 85.1
MS.gene69023.t1 AT5G43470 24.209 632 358 26 195 743 164 757 3.92e-16 85.1
MS.gene69023.t1 AT4G19920 32.394 142 93 3 23 163 52 191 5.91e-16 80.5
MS.gene69023.t1 AT1G47370 33.728 169 107 4 23 190 16 180 7.68e-16 82.0
MS.gene69023.t1 AT1G65390 34.074 135 87 2 23 157 24 156 1.34e-15 79.0
MS.gene69023.t1 AT1G59620 28.159 277 172 10 196 453 27 295 2.35e-15 82.4
MS.gene69023.t1 AT1G12210 24.497 547 351 18 177 704 96 599 3.09e-15 82.0
MS.gene69023.t1 AT1G12210 24.497 547 351 18 177 704 96 599 3.09e-15 82.0
MS.gene69023.t1 AT1G12210 24.497 547 351 18 177 704 138 641 3.22e-15 82.0
MS.gene69023.t1 AT1G65390 34.074 135 87 2 23 157 24 156 3.34e-15 78.6
MS.gene69023.t1 AT4G11340 30.288 208 115 4 5 190 208 407 5.37e-15 80.5
MS.gene69023.t1 AT1G58390 23.580 581 340 26 168 703 142 663 5.93e-15 81.3
MS.gene69023.t1 AT1G58390 23.580 581 340 26 168 703 142 663 5.93e-15 81.3
MS.gene69023.t1 AT1G65390 34.074 135 87 2 23 157 24 156 1.60e-14 78.2
MS.gene69023.t1 AT5G48620 22.878 542 307 20 195 653 164 677 2.73e-14 79.3
MS.gene69023.t1 AT5G48620 22.878 542 307 20 195 653 164 677 2.73e-14 79.3
MS.gene69023.t1 AT5G48620 22.878 542 307 20 195 653 164 677 2.73e-14 79.3
MS.gene69023.t1 AT5G48620 22.878 542 307 20 195 653 164 677 2.73e-14 79.3
MS.gene69023.t1 AT5G48620 22.878 542 307 20 195 653 164 677 2.73e-14 79.3
MS.gene69023.t1 AT5G48620 22.878 542 307 20 195 653 164 677 2.73e-14 79.3
MS.gene69023.t1 AT5G43740 26.627 507 267 26 216 680 169 612 3.51e-14 78.6
MS.gene69023.t1 AT5G43740 26.627 507 267 26 216 680 169 612 3.51e-14 78.6
MS.gene69023.t1 AT1G61105 34.677 124 75 2 22 145 30 147 3.62e-14 73.2
MS.gene69023.t1 AT1G51480 26.233 507 302 21 197 655 155 637 4.50e-14 78.6
MS.gene69023.t1 AT4G10780 23.917 531 311 21 216 710 171 644 6.47e-14 77.8
MS.gene69023.t1 AT4G10780 23.917 531 311 21 216 710 171 644 7.62e-14 77.8
MS.gene69023.t1 AT1G61190 23.048 538 300 21 197 688 155 624 8.67e-14 77.4
MS.gene69023.t1 AT1G61190 23.048 538 300 21 197 688 155 624 8.67e-14 77.4
MS.gene69023.t1 AT1G53350 26.724 348 181 13 195 505 162 472 9.51e-14 77.4
MS.gene69023.t1 AT5G44910 28.395 162 109 3 23 181 13 170 1.07e-13 73.2
MS.gene69023.t1 AT5G35450 25.784 287 164 9 195 453 162 427 1.21e-13 77.0
MS.gene69023.t1 AT5G35450 25.784 287 164 9 195 453 162 427 1.21e-13 77.0
MS.gene69023.t1 AT1G58848 25.362 690 371 34 195 788 162 803 4.04e-13 75.5
MS.gene69023.t1 AT1G59218 25.362 690 371 34 195 788 162 803 4.04e-13 75.5
MS.gene69023.t1 AT1G59218 25.362 690 371 34 195 788 162 803 4.04e-13 75.5
MS.gene69023.t1 AT1G59218 25.362 690 371 34 195 788 162 803 4.04e-13 75.5
MS.gene69023.t1 AT1G58848 25.362 690 371 34 195 788 162 803 4.04e-13 75.5
MS.gene69023.t1 AT4G26090 26.800 250 167 7 221 460 178 421 4.06e-13 75.5
MS.gene69023.t1 AT1G58400 24.866 559 309 28 195 703 163 660 4.14e-13 75.5
MS.gene69023.t1 AT1G58400 24.866 559 309 28 195 703 163 660 4.14e-13 75.5
MS.gene69023.t1 AT1G61190 23.048 538 300 21 197 688 155 624 4.27e-13 75.5
MS.gene69023.t1 AT1G15890 26.453 344 210 12 197 509 156 487 1.07e-12 73.9
MS.gene69023.t1 AT1G15890 26.769 325 198 11 216 509 12 327 1.10e-12 73.6
MS.gene69023.t1 AT1G12220 26.772 254 161 8 216 453 53 297 1.14e-12 73.6
MS.gene69023.t1 AT1G10920 26.769 325 184 14 173 467 24 324 1.37e-12 73.6
MS.gene69023.t1 AT1G10920 26.769 325 184 14 173 467 24 324 1.37e-12 73.6
MS.gene69023.t1 AT1G10920 26.769 325 184 14 173 467 24 324 1.37e-12 73.6
MS.gene69023.t1 AT1G12220 26.772 254 161 8 216 453 174 418 2.03e-12 73.2
MS.gene69023.t1 AT1G12220 26.772 254 161 8 216 453 174 418 2.03e-12 73.2
MS.gene69023.t1 AT3G46530 27.931 290 190 9 196 471 163 447 2.47e-12 72.8
MS.gene69023.t1 AT4G16930 34.028 144 84 4 110 252 2 135 2.52e-12 67.0
MS.gene69023.t1 AT3G07040 25.703 249 168 9 220 453 195 441 3.72e-12 72.0
MS.gene69023.t1 AT5G63020 25.177 282 187 9 193 460 152 423 3.97e-12 72.0
MS.gene69023.t1 AT1G61190 25.503 298 182 12 197 471 155 435 4.20e-12 72.0
MS.gene69023.t1 AT1G63350 26.568 271 177 9 196 453 153 414 4.46e-12 72.0
MS.gene69023.t1 AT1G63350 26.568 271 177 9 196 453 153 414 5.34e-12 71.6
MS.gene69023.t1 AT1G63350 26.568 271 177 9 196 453 153 414 6.29e-12 71.6
MS.gene69023.t1 AT1G63350 26.568 271 177 9 196 453 153 414 6.29e-12 71.6
MS.gene69023.t1 AT3G46730 28.000 300 178 11 196 471 162 447 6.55e-12 71.2
MS.gene69023.t1 AT4G23510 28.342 187 119 4 12 185 1 185 6.70e-12 70.9
MS.gene69023.t1 AT1G12290 25.357 280 183 10 196 460 114 382 7.17e-12 71.2
MS.gene69023.t1 AT1G12290 25.357 280 183 10 196 460 114 382 7.17e-12 71.2
MS.gene69023.t1 AT1G12290 25.357 280 183 10 196 460 114 382 7.17e-12 71.2
MS.gene69023.t1 AT4G23510 28.342 187 119 4 12 185 1 185 7.18e-12 70.9
MS.gene69023.t1 AT1G58400 24.286 560 301 29 195 703 163 650 7.42e-12 71.2
MS.gene69023.t1 AT1G12290 25.357 280 183 10 196 460 156 424 7.48e-12 71.2
MS.gene69023.t1 AT4G23510 28.342 187 119 4 12 185 1 185 8.39e-12 70.5
MS.gene69023.t1 AT4G19925 30.000 170 104 4 23 181 14 179 9.39e-12 67.8
MS.gene69023.t1 AT1G58807 27.393 303 169 14 195 465 162 445 1.28e-11 70.5
MS.gene69023.t1 AT1G59124 27.393 303 169 14 195 465 162 445 1.28e-11 70.5
MS.gene69023.t1 AT1G58807 27.393 303 169 14 195 465 162 445 1.38e-11 70.5
MS.gene69023.t1 AT1G59124 27.393 303 169 14 195 465 162 445 1.38e-11 70.5
MS.gene69023.t1 AT4G09435 36.752 117 69 2 576 688 27 142 3.54e-11 68.2
MS.gene69023.t1 AT5G44920 31.944 144 87 3 23 157 13 154 4.55e-11 65.9
MS.gene69023.t1 AT4G09435 36.752 117 69 2 576 688 27 142 5.14e-11 67.8
MS.gene69023.t1 AT3G46710 25.083 303 177 9 196 471 161 440 7.12e-11 67.8

Find 343 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
CTCTCACTCTCAGCCAATTT+TGG 0.087736 6.2:-86604251 None:intergenic
CCTGTTACCGATGAAGTTTC+TGG 0.147300 6.2:+86636612 MS.gene69023:CDS
TTTGGTGCATTTGTTGATTT+TGG 0.165689 6.2:+86636816 MS.gene69023:CDS
TGGCTAGAAAGATTAAATTT+AGG 0.167667 6.2:+86604047 MS.gene69023:CDS
CTACCTGTGTTCAAATTATT+AGG 0.182225 6.2:+86638245 MS.gene69023:CDS
TAGATCCAATGTTCTCAAAT+TGG 0.186700 6.2:-86603679 None:intergenic
CAAGAACGCTGTCATAAATT+TGG 0.217840 6.2:+86604620 MS.gene69023:CDS
CCTTGCAGGTCTTGAATGTT+TGG 0.231493 6.2:-86636712 None:intergenic
GAATCTTGAGTGGTTAAATT+TGG 0.233371 6.2:+86603749 MS.gene69023:CDS
TTCTGTTTCTGTGGCTGATA+TGG 0.235592 6.2:-86636565 None:intergenic
CTAGAAAAGATAATAGATTT+TGG 0.235800 6.2:+86603717 MS.gene69023:CDS
AGACTTCCTTTGATAGTTAC+TGG 0.240503 6.2:-86604554 None:intergenic
ATGGATGATACAATTCATTA+TGG 0.242452 6.2:+86604301 MS.gene69023:CDS
TCCTTCGTCGCAATTGTTTC+GGG 0.245374 6.2:-86641780 None:intergenic
TTCCTTCGTCGCAATTGTTT+CGG 0.245868 6.2:-86641781 None:intergenic
AAATCACTTATAAGCATTAA+TGG 0.251017 6.2:+86581837 MS.gene69023:CDS
GAGGAAGATGGCGATGGATT+TGG 0.251189 6.2:+86637203 MS.gene69023:CDS
CAACTTGGTATTTCACTTCC+TGG 0.263321 6.2:-86604365 None:intergenic
ATTTGTGGAATGGGCGGAAT+AGG 0.266357 6.2:+86581057 MS.gene69023:CDS
ACCCTAGCTATGACTTTATA+TGG 0.268392 6.2:+86581087 MS.gene69023:CDS
GGCTAGAAAGATTAAATTTA+GGG 0.272492 6.2:+86604048 MS.gene69023:CDS
CAAATTTATGACAGCGTTCT+TGG 0.272743 6.2:-86604619 None:intergenic
TGGAGATTGGTCAAGAAGTT+AGG 0.274099 6.2:+86637249 MS.gene69023:CDS
TCAAACAATAATGAATATAT+TGG 0.274805 6.2:+86580924 MS.gene69023:CDS
GATAATGGGAAAATCTTCTT+TGG 0.285488 6.2:+86637229 MS.gene69023:CDS
CAAACTTGTATATTTAGATT+TGG 0.295882 6.2:+86604112 MS.gene69023:CDS
AGCATACCCAACAACATATT+TGG 0.298077 6.2:+86603864 MS.gene69023:CDS
ACCAAATCCTCATTCTTTAC+AGG 0.301884 6.2:-86636750 None:intergenic
CAATATTAAGATGGAGAATA+TGG 0.313636 6.2:+86581974 MS.gene69023:CDS
CGATGGATTTGGGAAGATAA+TGG 0.319696 6.2:+86637214 MS.gene69023:CDS
TATCCATAGGTGACTTGATT+TGG 0.321795 6.2:-86604585 None:intergenic
GATCAATTCTACAAGTTCAT+TGG 0.325920 6.2:-86582295 None:intergenic
CTGCACTTGTGAAGCAACTT+TGG 0.327439 6.2:+86639010 MS.gene69023:CDS
AGGAAGATGGCGATGGATTT+GGG 0.331902 6.2:+86637204 MS.gene69023:CDS
CAAATCTAAATATACAAGTT+TGG 0.332432 6.2:-86604111 None:intergenic
CAAGCAAAGAGCCAAGAAAA+TGG 0.333210 6.2:+86581922 MS.gene69023:CDS
GAGCATATATTGAAAGAGTA+TGG 0.333378 6.2:+86581405 MS.gene69023:CDS
TACCTGTGTTCAAATTATTA+GGG 0.333616 6.2:+86638246 MS.gene69023:CDS
TATTGAAATGCATTCTTTGT+TGG 0.333945 6.2:+86581866 MS.gene69023:CDS
ATCAATTCTACAAGTTCATT+GGG 0.337215 6.2:-86582294 None:intergenic
TCAGATGAAGGCTTGAATAA+AGG 0.337299 6.2:+86638641 MS.gene69023:CDS
TCCTGTAAAGAATGAGGATT+TGG 0.339661 6.2:+86636749 MS.gene69023:CDS
AGCTGTTGAAGGGGATTTAG+AGG 0.341547 6.2:+86637391 MS.gene69023:CDS
GAGGTGAATGATTCTTGTTC+AGG 0.343779 6.2:-86604827 None:intergenic
AAATTTAACCACTCAAGATT+CGG 0.348736 6.2:-86603747 None:intergenic
CACTAAATTGATGAGATATC+TGG 0.349497 6.2:-86581110 None:intergenic
TGATAGCAGGATCGGTGTTT+TGG 0.350741 6.2:+86639194 MS.gene69023:CDS
GGAAAATCTTCTTTGGAGAT+TGG 0.353117 6.2:+86637236 MS.gene69023:CDS
AAGAATGAGGATTTGGTTCC+CGG 0.354645 6.2:+86636756 MS.gene69023:CDS
CCTCCTGATTCAGTGATAAC+AGG 0.357791 6.2:-86637617 None:intergenic
CACAAAATTTGTTGTAGGTC+AGG 0.358049 6.2:+86637094 MS.gene69023:CDS
AGCTGATTGTTGTCGATCTT+CGG 0.362126 6.2:-86637537 None:intergenic
GTTGATGGTGTTCGTGCTAT+TGG 0.364774 6.2:+86581033 MS.gene69023:CDS
AGAAATCCTTCCTCCGCTTC+AGG 0.364885 6.2:-86637170 None:intergenic
TGTGGATTTCATGCTGATAT+TGG 0.365713 6.2:+86581795 MS.gene69023:CDS
CGCGGTTGTTCCAATGTGTT+TGG 0.369412 6.2:+86603915 MS.gene69023:CDS
TCTAAGGAGCTCTTGTGCTT+TGG 0.371836 6.2:-86639097 None:intergenic
CACTTTATCATTCTTGATGT+AGG 0.372974 6.2:-86640731 None:intergenic
ACATCCATGACATCATTATC+TGG 0.375822 6.2:-86581660 None:intergenic
AGAGCAAGATTAAACAACTA+TGG 0.377092 6.2:+86582325 MS.gene69023:CDS
AAATTTATGACAGCGTTCTT+GGG 0.377997 6.2:-86604618 None:intergenic
GTGGAGTTGGATCCATCTAT+TGG 0.378206 6.2:+86603789 MS.gene69023:CDS
ACAGCACCTCAAAGTCTTGT+TGG 0.379777 6.2:-86580517 None:intergenic
TTTATATTGCACACTGGATA+AGG 0.383155 6.2:-86604500 None:intergenic
GATGTGTTTGTCACCTTTAG+AGG 0.383369 6.2:+86580161 MS.gene69023:CDS
CCTAAGTCCTATGCCAATAC+TGG 0.384131 6.2:+86636678 MS.gene69023:CDS
AAGGTTCAAATTGTTATTCC+AGG 0.385060 6.2:+86604347 MS.gene69023:CDS
GCTTACATCATCTATAAAAC+AGG 0.385169 6.2:-86581136 None:intergenic
TGCACTTGTGAAGCAACTTT+GGG 0.385920 6.2:+86639011 MS.gene69023:CDS
AAGCAGACAATTGCAACTAT+TGG 0.386183 6.2:+86640772 MS.gene69023:CDS
TCCAGTGTGCAATATAAATC+AGG 0.386504 6.2:+86604505 MS.gene69023:CDS
CCTTCCTTCGGCAGTTGCTC+TGG 0.387278 6.2:-86639154 None:intergenic
GGATAACACTAATCTTCAAC+AGG 0.391318 6.2:+86580256 MS.gene69023:CDS
TGTGGATCAAGTTGAACAAT+TGG 0.391724 6.2:+86581317 MS.gene69023:CDS
TCTTCAACTTGTGCTGATAC+AGG 0.393393 6.2:-86638572 None:intergenic
GTGTTGCAATTAAGCTTTGA+TGG 0.393638 6.2:+86581681 MS.gene69023:CDS
CCAGAAACTTCATCGGTAAC+AGG 0.394123 6.2:-86636612 None:intergenic
CCACTAGCAATTAAAGTATT+GGG 0.399390 6.2:+86581573 MS.gene69023:CDS
AACAGGATATCTAATTCTAA+TGG 0.400674 6.2:+86638158 MS.gene69023:CDS
AGATCCAATGTTCTCAAATT+GGG 0.401547 6.2:-86603678 None:intergenic
TAAACTTTCAGCAGCCGTTT+CGG 0.402270 6.2:-86637369 None:intergenic
TAAAGTGACAGTAAAGGATA+TGG 0.403790 6.2:+86640747 MS.gene69023:CDS
CTTGATGGCAAATACTTTGA+AGG 0.404960 6.2:-86582264 None:intergenic
TGTGTTTCAAAAGATTTAGT+TGG 0.405057 6.2:+86580961 MS.gene69023:CDS
CTTTCATCTGCCACGTCAAC+CGG 0.405693 6.2:-86637482 None:intergenic
ACTTTATCATTCTTGATGTA+GGG 0.407592 6.2:-86640730 None:intergenic
ATTAGATATCCTGTTTGTCT+TGG 0.407781 6.2:-86638150 None:intergenic
AACTTATCTGCTTCAGATGA+AGG 0.407954 6.2:+86638629 MS.gene69023:CDS
GAACAAGTGGGAAGTATCTC+TGG 0.408052 6.2:+86580560 MS.gene69023:CDS
TTTCTTAGAAGTCCAATAGA+TGG 0.408303 6.2:-86603801 None:intergenic
GTATGGAGGTGAAGAGTTGC+GGG 0.408987 6.2:+86604681 MS.gene69023:CDS
CTTTGATGGGCTAAAGCATA+TGG 0.411379 6.2:+86581695 MS.gene69023:CDS
ACCACTAGCAATTAAAGTAT+TGG 0.413220 6.2:+86581572 MS.gene69023:CDS
AGGAGGGATTCTTCGAAATC+TGG 0.413927 6.2:+86637050 MS.gene69023:CDS
ATTCAATTGCATCGGGAACT+TGG 0.414203 6.2:-86604016 None:intergenic
TGTTGTAGGTCAGGAGTTGC+AGG 0.415982 6.2:+86637103 MS.gene69023:CDS
GAAATCAACAGTTGTGGTCT+CGG 0.418778 6.2:+86641428 MS.gene69023:CDS
GGCCCTGTTATCACTGAATC+AGG 0.419639 6.2:+86637614 MS.gene69023:CDS
GCAGTAGCATGACACTTTCA+TGG 0.420095 6.2:+86604282 MS.gene69023:CDS
AAGATCTGTGAATGCATTCA+TGG 0.420550 6.2:+86580389 MS.gene69023:CDS
AATTTAACCACTCAAGATTC+GGG 0.420951 6.2:-86603746 None:intergenic
GCTGAAAGTTTAGCTGTTGA+AGG 0.423547 6.2:+86637380 MS.gene69023:CDS
GTTTCCTTCTCAGTTGTTGA+GGG 0.423778 6.2:-86637347 None:intergenic
CTTGGTCCAACTTCATTTGA+AGG 0.424525 6.2:-86636642 None:intergenic
TTAGCAGCTGAAGGAAGAAT+TGG 0.425436 6.2:+86641600 MS.gene69023:intron
TTTGGAACATTGCATGTTGT+TGG 0.425892 6.2:+86604130 MS.gene69023:CDS
TGAACTTTCAGGCCACAATC+TGG 0.428739 6.2:+86580883 MS.gene69023:intron
TTTGTGGAATGGGCGGAATA+GGG 0.430379 6.2:+86581058 MS.gene69023:CDS
TCATTGGGGTGAAAACTTGA+TGG 0.435111 6.2:-86582279 None:intergenic
TGAGAGTGAAGGTTTGGGTA+TGG 0.436744 6.2:+86604664 MS.gene69023:CDS
ATGCGTGAAAATGCTGATAC+TGG 0.437997 6.2:+86636981 MS.gene69023:CDS
AATTTGAACCTTATCAGAAT+AGG 0.438063 6.2:-86604336 None:intergenic
CTCTGATTGTTGATCCAACT+TGG 0.440268 6.2:-86604380 None:intergenic
TTAGGAGATGAGCCTTTACT+TGG 0.442684 6.2:-86636660 None:intergenic
GTGTTTCAAAAGATTTAGTT+GGG 0.443329 6.2:+86580962 MS.gene69023:CDS
AAGCAACTTTGGGACGAAAC+AGG 0.443354 6.2:+86639021 MS.gene69023:CDS
GGAGATTGGTCAAGAAGTTA+GGG 0.443914 6.2:+86637250 MS.gene69023:CDS
AATGCAGAGAAATCCGGCTC+TGG 0.444212 6.2:+86637026 MS.gene69023:CDS
CCACATTATCAAGAATCAAA+AGG 0.446578 6.2:-86581299 None:intergenic
AACAAATATTACCGGACTAA+AGG 0.447846 6.2:+86604209 MS.gene69023:CDS
AAACACCGATCCTGCTATCA+TGG 0.452120 6.2:-86639191 None:intergenic
ACTTGTAGAATTGATCTTGA+AGG 0.452895 6.2:+86582302 MS.gene69023:CDS
GATGGATTTGGGAAGATAAT+GGG 0.453636 6.2:+86637215 MS.gene69023:CDS
TGTTCAAATTATTAGGGATG+TGG 0.455239 6.2:+86638252 MS.gene69023:CDS
ATGAGAACAACAAATATTAC+CGG 0.456710 6.2:+86604201 MS.gene69023:CDS
AGAAACCAGTGCAGGGATGA+TGG 0.456712 6.2:+86641476 MS.gene69023:CDS
CTTTGCTTTCGAACCTCAGA+AGG 0.458053 6.2:-86580452 None:intergenic
ATCTTAGATTGCTCATCATC+AGG 0.459449 6.2:+86582172 MS.gene69023:CDS
AGAAATCCGGCTCTGGGAGG+AGG 0.460173 6.2:+86637033 MS.gene69023:CDS
GTTGCAAGTGTTGTGTCTGT+TGG 0.460222 6.2:+86636897 MS.gene69023:CDS
GTTCGTGCTATTGGAATTTG+TGG 0.460600 6.2:+86581042 MS.gene69023:CDS
CAATTGCATCCAAGACAAAC+AGG 0.460689 6.2:+86638141 MS.gene69023:CDS
CTATGCCGACAGTTTGAAGT+AGG 0.461240 6.2:-86581206 None:intergenic
GTAAAATCTATCCAACGGTT+TGG 0.461463 6.2:+86636798 MS.gene69023:CDS
TCGAGCAATCGAAATATCTC+AGG 0.463046 6.2:+86580304 MS.gene69023:CDS
CTTAACAATGCAGAGAAATC+CGG 0.464349 6.2:+86637020 MS.gene69023:CDS
CATCGGGAACTTGGCTGAGA+TGG 0.464639 6.2:-86604007 None:intergenic
CCTTATCAGAATAGGATTGT+GGG 0.465500 6.2:-86604328 None:intergenic
GCGAGTATCTTCACCTCTAA+AGG 0.469082 6.2:-86580174 None:intergenic
GAAGGAAGGAGCTTGTTCAT+TGG 0.470290 6.2:+86637319 MS.gene69023:CDS
AATTCTAATGGACAAACAAA+AGG 0.472817 6.2:+86638170 MS.gene69023:CDS
GCTAAGACCAAATATGTTGT+TGG 0.473201 6.2:-86603871 None:intergenic
CAAAATTGGCTGAGAGTGAG+AGG 0.475445 6.2:+86604252 MS.gene69023:CDS
TGAAGATGAGTTGCTGCAGC+TGG 0.477061 6.2:-86580102 None:intergenic
CCCACAATCCTATTCTGATA+AGG 0.478360 6.2:+86604328 MS.gene69023:CDS
ATAATAGGAGAGAAGTCTAT+TGG 0.480577 6.2:-86604419 None:intergenic
CTTGAGTGGTTAAATTTGGA+AGG 0.481295 6.2:+86603753 MS.gene69023:CDS
ATCAGGTACGGAATGTTCTC+AGG 0.482365 6.2:+86582189 MS.gene69023:CDS
CTAAGACCAAATATGTTGTT+GGG 0.482986 6.2:-86603870 None:intergenic
GGCTTTCGTAGAACCAGTAT+TGG 0.483509 6.2:-86636691 None:intergenic
TGAAGAGTTGCGGGTATCGT+TGG 0.484573 6.2:+86604690 MS.gene69023:CDS
CGACCAAATCAAGTCACCTA+TGG 0.484925 6.2:+86604582 MS.gene69023:CDS
GTTCACTTCAATCACCTTCA+CGG 0.485300 6.2:-86636931 None:intergenic
GAATCTCCTTCAAATGAAGT+TGG 0.486646 6.2:+86636636 MS.gene69023:CDS
ACAAGTCATAACTACTTCAA+AGG 0.487031 6.2:+86604850 MS.gene69023:CDS
CAAAGTTGCTTCACAAGTGC+AGG 0.487507 6.2:-86639009 None:intergenic
TGTAACGATTGCATATTTGA+TGG 0.489676 6.2:-86581233 None:intergenic
ATCTCGTTCCCACCCAATAG+TGG 0.489932 6.2:-86604180 None:intergenic
TCTTGTTCAGGTTCTGCTTG+TGG 0.491151 6.2:-86604815 None:intergenic
AAATAGCTGTGCATCGTGAA+TGG 0.491713 6.2:+86581343 MS.gene69023:CDS
AGTGGGAAGTATCTCTGGTT+GGG 0.492298 6.2:+86580565 MS.gene69023:CDS
GATGAATCAAGAAAATTCCT+TGG 0.493552 6.2:+86604751 MS.gene69023:CDS
GTAAGAACCTATCCTTCCTT+CGG 0.495021 6.2:-86639166 None:intergenic
TAGGTCAGGAGTTGCAGGGT+AGG 0.496528 6.2:+86637108 MS.gene69023:CDS
TTTCCCCGTAAAAGCTGCCC+CGG 0.497340 6.2:-86636775 None:intergenic
ACGTAGGTTACGTCGTGAAA+AGG 0.497929 6.2:+86581275 MS.gene69023:CDS
TGCTATTGGAATTTGTGGAA+TGG 0.498234 6.2:+86581047 MS.gene69023:CDS
CAAGTCATAACTACTTCAAA+GGG 0.498962 6.2:+86604851 MS.gene69023:CDS
GCTATTGGAATTTGTGGAAT+GGG 0.499278 6.2:+86581048 MS.gene69023:CDS
CGAAACAGGAGCTGGACTGA+TGG 0.499549 6.2:+86639035 MS.gene69023:CDS
GAAGAGTTGCGGGTATCGTT+GGG 0.500191 6.2:+86604691 MS.gene69023:CDS
CACCCAATAGTGGTAGGAAA+AGG 0.502644 6.2:-86604170 None:intergenic
AATTATTAGGGATGTGGGTA+CGG 0.503330 6.2:+86638258 MS.gene69023:CDS
TGTAAACATTCAATTGCATC+GGG 0.504951 6.2:-86604023 None:intergenic
CAAGAAAATGGAGCAGGTTG+TGG 0.505275 6.2:+86581934 MS.gene69023:CDS
ATGTTCTCGGGTTTCAAGCA+AGG 0.505816 6.2:-86641830 None:intergenic
ATGTAAACATTCAATTGCAT+CGG 0.506018 6.2:-86604024 None:intergenic
AAATGAACAATCCTTTAGTC+CGG 0.506339 6.2:-86604220 None:intergenic
CTCACTTCTGCCAACAAAGT+CGG 0.506846 6.2:-86641676 None:intergenic
CCAGTATTGGCATAGGACTT+AGG 0.507674 6.2:-86636678 None:intergenic
AGCGACATTGACTTTGAAGA+AGG 0.507847 6.2:+86637301 MS.gene69023:CDS
AAGATTCCAACAAGACTTTG+AGG 0.509202 6.2:+86580511 MS.gene69023:CDS
ACAAATTGAGATATGTTGAG+TGG 0.509384 6.2:+86582232 MS.gene69023:CDS
GGTATGGAGGTGAAGAGTTG+CGG 0.509927 6.2:+86604680 MS.gene69023:CDS
TCGATTGCTCGAAGAAGCTC+AGG 0.510360 6.2:-86580293 None:intergenic
ACCTTATCAGAATAGGATTG+TGG 0.512146 6.2:-86604329 None:intergenic
GGTTTCCTTCTCAGTTGTTG+AGG 0.512251 6.2:-86637348 None:intergenic
ACAGTCCATCATCCCTGCAC+TGG 0.513471 6.2:-86641481 None:intergenic
GCTCATAAGTGTAAGATTGT+GGG 0.513757 6.2:+86604773 MS.gene69023:CDS
GGCCATATAAAGTCATAGCT+AGG 0.515153 6.2:-86581089 None:intergenic
TCTTTGTTCATGTTTCGTAA+AGG 0.515664 6.2:-86580492 None:intergenic
TCCCGAAACAATTGCGACGA+AGG 0.516398 6.2:+86641779 MS.gene69023:CDS
AATGAAGTTGGACCAAGTAA+AGG 0.518471 6.2:+86636648 MS.gene69023:CDS
AAAATTTATAGATTATATGA+TGG 0.518505 6.2:+86581159 MS.gene69023:CDS
TGGGCTAAAGCATATGGAAA+AGG 0.519235 6.2:+86581701 MS.gene69023:CDS
CACATTATCAAGAATCAAAA+GGG 0.519536 6.2:-86581298 None:intergenic
GGCTCATAAGTGTAAGATTG+TGG 0.520001 6.2:+86604772 MS.gene69023:CDS
TGATTCAGTGATAACAGGGC+CGG 0.521233 6.2:-86637612 None:intergenic
GATAGTGATGCAGTTGAGCC+CGG 0.522789 6.2:+86637593 MS.gene69023:CDS
CTTTGGGACGAAACAGGAGC+TGG 0.524397 6.2:+86639027 MS.gene69023:CDS
TCGAAGAAGCTCAGGTCCTA+TGG 0.525643 6.2:-86580285 None:intergenic
AGAATCCCTCCTCCCAGAGC+CGG 0.526049 6.2:-86637039 None:intergenic
TGGCAGAAGTGAGAAATTCA+AGG 0.527151 6.2:+86641686 MS.gene69023:CDS
AAGTGAGAAATTCAAGGAGT+TGG 0.528224 6.2:+86641692 MS.gene69023:CDS
CAAGTTTGGAAAGCTTCCTC+AGG 0.528626 6.2:-86604097 None:intergenic
CTACCGTTATCTGAGGAAGA+TGG 0.528669 6.2:+86637191 MS.gene69023:CDS
TCTTCAACTTGTGCTGTGAC+AGG 0.530879 6.2:-86638113 None:intergenic
GAATCTGTCCTATTCAAAAG+TGG 0.531776 6.2:-86581450 None:intergenic
GAGATATTGAATTATGCTAA+AGG 0.532593 6.2:+86581546 MS.gene69023:CDS
GGCTGTAAACTCAATTATTG+AGG 0.533493 6.2:+86637412 MS.gene69023:CDS
TATTTGTTTCCTTCCTTGCG+TGG 0.534393 6.2:+86603948 MS.gene69023:CDS
GAAGATCGACAACAATCAGC+TGG 0.535024 6.2:+86637539 MS.gene69023:CDS
AAGAGCCAAGAAAATGGAGC+AGG 0.535330 6.2:+86581928 MS.gene69023:CDS
TCTGCCCAATTTGAGAACAT+TGG 0.537804 6.2:+86603674 MS.gene69023:CDS
ACAATTCTACAATATTAAGA+TGG 0.539405 6.2:+86581965 MS.gene69023:CDS
TGTTTCTGTGGCTGATATGG+AGG 0.539922 6.2:-86636562 None:intergenic
GTTCAAATTATTAGGGATGT+GGG 0.540269 6.2:+86638253 MS.gene69023:CDS
CTAATAATTTGAACACAGGT+AGG 0.540779 6.2:-86638244 None:intergenic
CAATATAAACCACGCAAGGA+AGG 0.541950 6.2:-86603957 None:intergenic
GCAAGTAGCTGCTTGTCCAC+AGG 0.542283 6.2:+86641731 MS.gene69023:CDS
AACTGTGAAACCGACTTTGT+TGG 0.542867 6.2:+86641666 MS.gene69023:CDS
TTATGATGTTGATCCTTCTG+AGG 0.543077 6.2:+86580439 MS.gene69023:CDS
CACGGATACTTCTGTTTCTG+TGG 0.544009 6.2:-86636574 None:intergenic
GTTCTTACATCCATGATAGC+AGG 0.544059 6.2:+86639181 MS.gene69023:CDS
AAGGAAGGAAACAAATATGT+TGG 0.544151 6.2:-86603942 None:intergenic
AAAATTCCAGTAACTATCAA+AGG 0.544160 6.2:+86604548 MS.gene69023:CDS
GAGAAAATATGAAAGTTACA+AGG 0.544236 6.2:+86640794 MS.gene69023:CDS
AACTGAGAAGGAAACCGAAA+CGG 0.545788 6.2:+86637355 MS.gene69023:CDS
AATTTATGACAGCGTTCTTG+GGG 0.548799 6.2:-86604617 None:intergenic
CTGAAAGTTTAGCTGTTGAA+GGG 0.549801 6.2:+86637381 MS.gene69023:CDS
ATGCAGAGAAATCCGGCTCT+GGG 0.550324 6.2:+86637027 MS.gene69023:CDS
CTGCGAGAAGAAACCAGTGC+AGG 0.551515 6.2:+86641468 MS.gene69023:CDS
TTTACGTTGCAGTCTTCTCA+AGG 0.551927 6.2:+86580327 MS.gene69023:CDS
CATTCTTTGTTGGAAGAGCT+AGG 0.552300 6.2:+86581876 MS.gene69023:CDS
CCCAATACTTTAATTGCTAG+TGG 0.553005 6.2:-86581573 None:intergenic
ATGCAATTGAATGTTTACAT+TGG 0.553524 6.2:+86604027 MS.gene69023:CDS
TTGGTCGTAATGTGACTGAA+TGG 0.553787 6.2:+86581607 MS.gene69023:CDS
ACATTGACTTTGAAGAAGGA+AGG 0.555804 6.2:+86637305 MS.gene69023:CDS
CTAGAAAGATTAAATTTAGG+GGG 0.556718 6.2:+86604050 MS.gene69023:CDS
CTTCAACAGGGTGAGTCCAT+AGG 0.557708 6.2:+86580269 MS.gene69023:CDS
ACTTTGAGGTGCTGTCAAGA+TGG 0.557726 6.2:+86580525 MS.gene69023:CDS
TCGCCATCTTCCTCAGATAA+CGG 0.557942 6.2:-86637194 None:intergenic
CAACAAATGCACCAAACCGT+TGG 0.558040 6.2:-86636809 None:intergenic
AGGTCAGGAGTTGCAGGGTA+GGG 0.560853 6.2:+86637109 MS.gene69023:CDS
GAATGATAAAGTGACAGTAA+AGG 0.564402 6.2:+86640741 MS.gene69023:CDS
GCAACCAGAGCAACTGCCGA+AGG 0.564971 6.2:+86639150 MS.gene69023:CDS
CGTAGAACCAGTATTGGCAT+AGG 0.565117 6.2:-86636685 None:intergenic
GAAATCCGGCTCTGGGAGGA+GGG 0.566218 6.2:+86637034 MS.gene69023:CDS
CTGAGGTTCGAAAGCAAAGT+GGG 0.566577 6.2:+86580456 MS.gene69023:CDS
TACATCCATGATAGCAGGAT+CGG 0.567526 6.2:+86639186 MS.gene69023:CDS
GATTCAGTGATAACAGGGCC+GGG 0.567566 6.2:-86637611 None:intergenic
GAGTGAAGGTTTGGGTATGG+AGG 0.568347 6.2:+86604667 MS.gene69023:CDS
TCGACAACAATCAGCTGGAA+AGG 0.568995 6.2:+86637544 MS.gene69023:CDS
AGAATGAGGATTTGGTTCCC+GGG 0.569157 6.2:+86636757 MS.gene69023:CDS
CAATGTTGAAACCGACTCAC+CGG 0.570702 6.2:+86637463 MS.gene69023:CDS
TCACTTCCTGAAGCGGAGGA+AGG 0.570870 6.2:+86637164 MS.gene69023:CDS
CCAGAGCAACTGCCGAAGGA+AGG 0.571991 6.2:+86639154 MS.gene69023:CDS
CAGGAAGTGAAATACCAAGT+TGG 0.572057 6.2:+86604366 MS.gene69023:CDS
AAATCTCTTGCTGAAACAGA+AGG 0.573014 6.2:+86641507 MS.gene69023:CDS
CGGTCCCTCAACAACTGAGA+AGG 0.573555 6.2:+86637343 MS.gene69023:CDS
AAATCCAGATAATGATGTCA+TGG 0.576486 6.2:+86581656 MS.gene69023:CDS
TGCCACGTCAACCGGTGAGT+CGG 0.580371 6.2:-86637474 None:intergenic
GAGGGAAGCTCTAGAACAAG+TGG 0.581278 6.2:+86580547 MS.gene69023:CDS
TGTTGCAATTAAGCTTTGAT+GGG 0.581407 6.2:+86581682 MS.gene69023:CDS
GCAACTGCCGAAGGAAGGAT+AGG 0.582552 6.2:+86639159 MS.gene69023:CDS
GAAGGAGCTTGTTCATTGGT+CGG 0.584573 6.2:+86637323 MS.gene69023:CDS
TTGGAAAGCTTCCTCAGGCT+AGG 0.585608 6.2:-86604092 None:intergenic
AAGTGGGAAGTATCTCTGGT+TGG 0.586824 6.2:+86580564 MS.gene69023:CDS
ATCTGCAGTACCTCTGCTTG+CGG 0.587589 6.2:-86604928 None:intergenic
TACATCCACGATGCACGCAT+CGG 0.588140 6.2:+86641627 MS.gene69023:CDS
AACACATGGATTACAAGAAG+AGG 0.590623 6.2:+86638535 MS.gene69023:CDS
GCCATATAAAGTCATAGCTA+GGG 0.591356 6.2:-86581088 None:intergenic
CAAACAAAAGGCTCGAGTGA+AGG 0.593079 6.2:+86638182 MS.gene69023:CDS
TGTCACAGCACAAGTTGAAG+AGG 0.593475 6.2:+86638115 MS.gene69023:CDS
TTCTCGTAAGCACCATGTTG+AGG 0.595379 6.2:-86580360 None:intergenic
TTGAGGTGCTGTCAAGATGG+AGG 0.595409 6.2:+86580528 MS.gene69023:CDS
AGATTGCTCATCATCAGGTA+CGG 0.596862 6.2:+86582177 MS.gene69023:CDS
TTTGAAATATAATGAAGAGG+TGG 0.597986 6.2:+86582122 MS.gene69023:CDS
AACCGACTCACCGGTTGACG+TGG 0.598819 6.2:+86637472 MS.gene69023:CDS
GAATGAGGATTTGGTTCCCG+GGG 0.599120 6.2:+86636758 MS.gene69023:CDS
AGCACAAGTTGAAGATGAAG+CGG 0.599379 6.2:+86638580 MS.gene69023:CDS
AATGCTCTTTCTGAAAGTGA+AGG 0.599535 6.2:+86639066 MS.gene69023:CDS
CGTTCCCACCCAATAGTGGT+AGG 0.599554 6.2:-86604176 None:intergenic
TCGCAGTTGATTAAACAAAG+AGG 0.599905 6.2:-86641451 None:intergenic
ACCTGATTTATATTGCACAC+TGG 0.600375 6.2:-86604506 None:intergenic
CTCCTGATTCAGTGATAACA+GGG 0.601149 6.2:-86637616 None:intergenic
GGAACTATGCTTCCTCAACA+TGG 0.603254 6.2:+86580348 MS.gene69023:CDS
GAGAGTTCCCGAATCTTGAG+TGG 0.603783 6.2:+86603739 MS.gene69023:CDS
AAATCCTCATTCTTTACAGG+AGG 0.604341 6.2:-86636747 None:intergenic
ATTCTTCGAAATCTGGTCCA+AGG 0.607021 6.2:+86637057 MS.gene69023:CDS
CATCGTGAATGGTTAGGTGC+GGG 0.607579 6.2:+86581354 MS.gene69023:CDS
GCTAGAAAGATTAAATTTAG+GGG 0.607842 6.2:+86604049 MS.gene69023:CDS
TGAGGTGCTGTCAAGATGGA+GGG 0.608130 6.2:+86580529 MS.gene69023:CDS
AGGATTTCTACCGTTATCTG+AGG 0.608191 6.2:+86637184 MS.gene69023:CDS
TGCGAGAAGAAACCAGTGCA+GGG 0.610307 6.2:+86641469 MS.gene69023:CDS
GATGCCTCCTGTAAAGAATG+AGG 0.611247 6.2:+86636743 MS.gene69023:CDS
CAAATTGAGATATGTTGAGT+GGG 0.612954 6.2:+86582233 MS.gene69023:CDS
TAATAATTTGAACACAGGTA+GGG 0.615665 6.2:-86638243 None:intergenic
ATAGATACAAACTGAACCTG+TGG 0.617602 6.2:-86641747 None:intergenic
ATCCCTAATAATTTGAACAC+AGG 0.617793 6.2:-86638248 None:intergenic
TGAAATATGAACAAGTCCAT+CGG 0.620317 6.2:-86636847 None:intergenic
TATTAGGGATGTGGGTACGG+AGG 0.621024 6.2:+86638261 MS.gene69023:CDS
TGTTGGATAGCCAAACACAT+TGG 0.621556 6.2:-86603925 None:intergenic
TGGATCAACAATCAGAGCGT+CGG 0.627632 6.2:+86604386 MS.gene69023:CDS
TTCCCCGTAAAAGCTGCCCC+GGG 0.627643 6.2:-86636774 None:intergenic
TTATCTGAGGAAGATGGCGA+TGG 0.631948 6.2:+86637197 MS.gene69023:CDS
AATCTTACACTTATGAGCCA+AGG 0.632358 6.2:-86604768 None:intergenic
CAAATCCTACTTCAAACTGT+CGG 0.632548 6.2:+86581201 MS.gene69023:CDS
CTATGATCAACCGCAAGCAG+AGG 0.634957 6.2:+86604918 MS.gene69023:CDS
GTTGTAGGTCAGGAGTTGCA+GGG 0.636246 6.2:+86637104 MS.gene69023:CDS
GTTGAGTGATAGCTATGTAA+AGG 0.639104 6.2:+86636872 MS.gene69023:CDS
GCACACTGGATAAGGTGCCA+AGG 0.639605 6.2:-86604492 None:intergenic
GAACACCGATGCGTGCATCG+TGG 0.639642 6.2:-86641632 None:intergenic
TATATTGAAAGAGTATGGAG+TGG 0.639698 6.2:+86581410 MS.gene69023:CDS
GCATCGTGAATGGTTAGGTG+CGG 0.640464 6.2:+86581353 MS.gene69023:CDS
TGAAAGTTTAGCTGTTGAAG+GGG 0.640691 6.2:+86637382 MS.gene69023:CDS
CAAACAATATAAACCACGCA+AGG 0.641469 6.2:-86603961 None:intergenic
TATATCACTTCCTGAAGCGG+AGG 0.641706 6.2:+86637160 MS.gene69023:CDS
GGAAAGTAAAATCTATCCAA+CGG 0.644054 6.2:+86636793 MS.gene69023:CDS
AGATTCACCAGAAACTTCAT+CGG 0.646856 6.2:-86636619 None:intergenic
AGGTGAGTCTTGTACCTCCA+CGG 0.648622 6.2:-86636592 None:intergenic
GCTGTGCATCGTGAATGGTT+AGG 0.648886 6.2:+86581348 MS.gene69023:CDS
CTTGAATATCTAAATATGCG+CGG 0.652185 6.2:+86603897 MS.gene69023:CDS
TCTGAGGTTCGAAAGCAAAG+TGG 0.653403 6.2:+86580455 MS.gene69023:CDS
GTGAAGAATATGACAAGGAG+TGG 0.653450 6.2:+86637131 MS.gene69023:CDS
GACTGAATGGAAGAGTGCAT+TGG 0.655978 6.2:+86581620 MS.gene69023:CDS
TTGTGACACTACCTAGCCTG+AGG 0.657195 6.2:+86604081 MS.gene69023:CDS
CCAAACATTCAAGACCTGCA+AGG 0.664639 6.2:+86636712 MS.gene69023:CDS
AAAATTGGCTGAGAGTGAGA+GGG 0.669383 6.2:+86604253 MS.gene69023:CDS
CACAGAAACAGAAGTATCCG+TGG 0.675586 6.2:+86636575 MS.gene69023:CDS
CAGAGAAATCCGGCTCTGGG+AGG 0.678127 6.2:+86637030 MS.gene69023:CDS
CCTGTTATCACTGAATCAGG+AGG 0.680985 6.2:+86637617 MS.gene69023:CDS
TGAAGTAGTTATGACTTGTG+AGG 0.681482 6.2:-86604846 None:intergenic
ATTGGAATTTGTGGAATGGG+CGG 0.686885 6.2:+86581051 MS.gene69023:CDS
TGGACAAGAAGTTACCGTGA+AGG 0.688901 6.2:+86636917 MS.gene69023:CDS
AGGGAAGCTCTAGAACAAGT+GGG 0.689189 6.2:+86580548 MS.gene69023:CDS
TCAATTCTACAAGTTCATTG+GGG 0.690502 6.2:-86582293 None:intergenic
ATTTATGACAGCGTTCTTGG+GGG 0.711464 6.2:-86604616 None:intergenic
GTAGGGTGAAGAATATGACA+AGG 0.725654 6.2:+86637126 MS.gene69023:CDS
CGACTGAATTGATACGACGT+AGG 0.725768 6.2:+86581259 MS.gene69023:CDS
TTGCAGGAAATCAACAGTTG+TGG 0.728126 6.2:+86641422 MS.gene69023:intron
GATAACACTAATCTTCAACA+GGG 0.770824 6.2:+86580257 MS.gene69023:CDS
AGAAACAGAAGTATCCGTGG+AGG 0.775634 6.2:+86636578 MS.gene69023:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr6.2 gene 86580098 86641839 86580098 ID=MS.gene69023
chr6.2 mRNA 86580098 86641839 86580098 ID=MS.gene69023.t1;Parent=MS.gene69023
chr6.2 exon 86580098 86580600 86580098 ID=MS.gene69023.t1.exon1;Parent=MS.gene69023.t1
chr6.2 CDS 86580098 86580600 86580098 ID=cds.MS.gene69023.t1;Parent=MS.gene69023.t1
chr6.2 exon 86580894 86581995 86580894 ID=MS.gene69023.t1.exon2;Parent=MS.gene69023.t1
chr6.2 CDS 86580894 86581995 86580894 ID=cds.MS.gene69023.t1;Parent=MS.gene69023.t1
chr6.2 exon 86582099 86582359 86582099 ID=MS.gene69023.t1.exon3;Parent=MS.gene69023.t1
chr6.2 CDS 86582099 86582359 86582099 ID=cds.MS.gene69023.t1;Parent=MS.gene69023.t1
chr6.2 exon 86603672 86604939 86603672 ID=MS.gene69023.t1.exon4;Parent=MS.gene69023.t1
chr6.2 CDS 86603672 86604939 86603672 ID=cds.MS.gene69023.t1;Parent=MS.gene69023.t1
chr6.2 exon 86636548 86637638 86636548 ID=MS.gene69023.t1.exon5;Parent=MS.gene69023.t1
chr6.2 CDS 86636548 86637638 86636548 ID=cds.MS.gene69023.t1;Parent=MS.gene69023.t1
chr6.2 exon 86638081 86638282 86638081 ID=MS.gene69023.t1.exon6;Parent=MS.gene69023.t1
chr6.2 CDS 86638081 86638282 86638081 ID=cds.MS.gene69023.t1;Parent=MS.gene69023.t1
chr6.2 exon 86638526 86638662 86638526 ID=MS.gene69023.t1.exon7;Parent=MS.gene69023.t1
chr6.2 CDS 86638526 86638662 86638526 ID=cds.MS.gene69023.t1;Parent=MS.gene69023.t1
chr6.2 exon 86638998 86639215 86638998 ID=MS.gene69023.t1.exon8;Parent=MS.gene69023.t1
chr6.2 CDS 86638998 86639215 86638998 ID=cds.MS.gene69023.t1;Parent=MS.gene69023.t1
chr6.2 exon 86640730 86640815 86640730 ID=MS.gene69023.t1.exon9;Parent=MS.gene69023.t1
chr6.2 CDS 86640730 86640815 86640730 ID=cds.MS.gene69023.t1;Parent=MS.gene69023.t1
chr6.2 exon 86641428 86641528 86641428 ID=MS.gene69023.t1.exon10;Parent=MS.gene69023.t1
chr6.2 CDS 86641428 86641528 86641428 ID=cds.MS.gene69023.t1;Parent=MS.gene69023.t1
chr6.2 exon 86641607 86641839 86641607 ID=MS.gene69023.t1.exon11;Parent=MS.gene69023.t1
chr6.2 CDS 86641607 86641839 86641607 ID=cds.MS.gene69023.t1;Parent=MS.gene69023.t1
Gene Sequence

>MS.gene69023

ATGGCCAGCTGCAGCAACTCATCTTCAGCTCTTGTGACTTCTTCAAAGAAAAATCATTCTTATGATGTGTTTGTCACCTTTAGAGGTGAAGATACTCGCAACAATTTCACTGATTTTCTTTTTGATGCCCTTGAAACTAAAAACATTTCTGTATTTCGGGATAACACTAATCTTCAACAGGGTGAGTCCATAGGACCTGAGCTTCTTCGAGCAATCGAAATATCTCAGGTTTACGTTGCAGTCTTCTCAAGGAACTATGCTTCCTCAACATGGTGCTTACGAGAATTAGAGAAGATCTGTGAATGCATTCATGGATCCAAAAAACATGTTCTTCCTATTTTTTATGATGTTGATCCTTCTGAGGTTCGAAAGCAAAGTGGGATTTATCGTGAAGCCTTTACGAAACATGAACAAAGATTCCAACAAGACTTTGAGGTGCTGTCAAGATGGAGGGAAGCTCTAGAACAAGTGGGAAGTATCTCTGGTTGGGATCTACGTGATAAGTAAGTAATTTATAGTTTTCTTTGTTTTTTTTTTTTTTGGTACAAAATATAAGGTGAAGGGATAGCGCATACGTCCAGGACAAAAATTCAAAGAGTACTTACGAAATGATTTACATTTACCTCACTTTAAAGACACTAACAAGACTCAAACCTGAACCCTCGTAGTCAAACACAATGTTAATATTTTTTATTTTTTTTGCCTCTAGAACAAATATTTGGATTTCAAACTATTTTTTTTTTGGGTTTTTGTACTTGATGATTTAATGTTATTGAACAACTTTTTGAACTTTCAGGCCACAATCTGGAGAAATAAAAAAGATTGTTCAAACAATAATGAATATATTGGAGTGCAAATCTTCATGTGTTTCAAAAGATTTAGTTGGGATTCATTCTCGTATAAAAGCATTACAAAATCATTTGCTTTTGAACTCAGTTGATGGTGTTCGTGCTATTGGAATTTGTGGAATGGGCGGAATAGGGAAGACAACCCTAGCTATGACTTTATATGGCCAGATATCTCATCAATTTAGTGCATCCTGTTTTATAGATGATGTAAGCAAAATTTATAGATTATATGATGGTCCCCTCGATGCACAAAAGCAAATCCTACTTCAAACTGTCGGCATAGAACACCATCAAATATGCAATCGTTACAGTGCGACTGAATTGATACGACGTAGGTTACGTCGTGAAAAGGCCCTTTTGATTCTTGATAATGTGGATCAAGTTGAACAATTGGAAAAAATAGCTGTGCATCGTGAATGGTTAGGTGCGGGTAGTAGAATCGTTATCATTTCTAGAGATGAGCATATATTGAAAGAGTATGGAGTGGATGTAGTTTACAAAGTTCCACTTTTGAATAGGACAGATTCTTATGAGTTATTTTGTCGAAAAGCTTTCAAAGTTGAGAAAATTATTACGAGTAATTATCAAAATTTCGCATATGAGATATTGAATTATGCTAAAGGTCTACCACTAGCAATTAAAGTATTGGGCTCATTTTTGTTTGGTCGTAATGTGACTGAATGGAAGAGTGCATTGGCTAGTTTGAGAGAAAATCCAGATAATGATGTCATGGATGTGTTGCAATTAAGCTTTGATGGGCTAAAGCATATGGAAAAGGAAATATTTCTTCATATTGCTTGTTTTTTCAACAATGAGGACGTGGAATATGTTAAAAACATTCTAAATTGTTGTGGATTTCATGCTGATATTGGATTAAGAGTTCTCATTGATAAATCACTTATAAGCATTAATGGTCAAAATATTGAAATGCATTCTTTGTTGGAAGAGCTAGGCAGAAAAATTGTGCAAAATAGTTCAAGCAAAGAGCCAAGAAAATGGAGCAGGTTGTGGTCCAAAAAACAATTCTACAATATTAAGATGGAGAATATGGTAAAGCTGCTGTTTAGAAATATAAAAACATATTTCCGTTTTTATAAAAATTATAAATATTGAAAGTAATTTATTTTTTCTTTTATTTTTTGCAATGCTTTAGGAAAAACATGTTGAAGCTATAGTTTTGAAATATAATGAAGAGGTGGATGTTGAACACTTGTCAAAAATGAGTAATCTTAGATTGCTCATCATCAGGTACGGAATGTTCTCAGGAAGCCCAAGTTGTTTTTCAAACAAATTGAGATATGTTGAGTGGGATGAATATCCTTCAAAGTATTTGCCATCAAGTTTTCACCCCAATGAACTTGTAGAATTGATCTTGAAGGAGAGCAAGATTAAACAACTATGGAAAAACAAGAAGGTACTACTAATTCTCTTATTATTAATGTTTATCATCTTAGAAATATAAACAGATTCTAAACAATTCTCTTTTAATCAAAGTAATGGCTCTGTTTTTGTTGGTTTTTCATGTCACAGTATCTTCCCAATTTGAGAAGATTGGATCTAAGTCACTCCATCAAGCTAGAAAAGATAATAGATTTTGGAGAGTTCCCAAATCTTGAGTGGTTAAATTTGGAATTATGTATAAACCTTGTTGAGTTGGATCCATCTATTGGACTTCTAAGAAAGCTTGTTTACTTGAATTTAAAAAATTGTAAAAATATAATAGGCATTCCCAACAGCATATTTGATATTACCTCTCTTGAAGATATAAATATGTGTGGCTGTTCCAAAGCGTTTAATAATGGATCAACGTCCTCTGTCTTCAAATATTTGTTGCCATCCTTGCATAGTTTAAATTGTTTGCGGGAAGTTGACATTAGTTTTTGCCGTCTAAGCCAAGTGCCTAGTACAATTGAAGGTTTACATTGGCTAGAAAGATTAAATTTAGGGGGAAACTATTTTGTGTCACTACCTAGCCTGAGGAAGCTTTCCAAACTTGTATATTTAAATTTGGAACATTGCAAGTTGTTGGAATCTTTGCCTCAACTTCCTTCTCCTACCACTATTGGGTGGGATCATCCTGACTGGGATGAGAGTACTTCACCCCGAAATTGGCATAGAATGATTACAGGATTGGTCATTTTCAACTGTCCAAAATTGGGTGAGAAGGAATGTTACAGTAGCATGGCATTTTCATGGATGATGCAATTCATTAAAGCAAACCAACAATCCTTCTCCTACCCTGTCTATTTTAAAAAGTTTCAAATTGTATCTCCAGGAAGTGAAATACCAAGTTGGATCAACAATCAGAGCATGGGTGCTTCAATACCAACAGACTTCTCTCCTGCTATGCATGATAATATCATTGGCTTTGTATGTTGTGCAGTATTTACCATGGCACCTTATCCTGAGGGGTTTTCACGGGCCAATTTGAAACTGAGTTTCGATCATCCTATCAAACTGGGTGTTCCAGTCATTCTCAATGGAGGTCTTGTTACGACCAAATCAAGTCACCTATGGATAATCTACGTCCCTCGAGAGTCCATTTTGAAAGAATGGAGGTCTGATTATTTTGAAAAAATCCATTTTAAAATTAGAGGGGATGGAGGTATGGGTATGGAGGTGAAGAGTTGCGGGTATCGTTGGGTATGTAAACAAGACCTACAAGAGTTCAACTTAACAATGATGAATCACAAAAATTCCTTAACTCGGAAGCGGAAAATTTTGGCAATTGAAGATGAGACACAGCCACAATCGCAACCATAACTACTCCACAGATAAGAATGTCAACAACCTGCAAAATACAAACATATTTTCATGGGTATATGTTCTGTTTCATACCATGAAGTGTTTTTTTTTTTGTTTTTATGTGGTAACTCATAGAGTTAATTGTGTTTATTTAACTTTACTAAGTTGAAAATTGAAGTTTCTTAATTGAAAATCGAAGCTTCCGATGAATTTTTATTAAGCTTAGTTGAAATTTCATCTCCTTAGTGCATTCTTGTTACACTGTGTTTGATATTGAAAACAACGTGCTTGTTGAGTTTCATGAAATCGGAACAGAATGCTCAATTGCAGTTAATTCAATAAGTTAATTAATTTTGAAGTAAAAAAGTGCTTAAGTTTTCACGACCTTGCCAATTATCTGAATTGAATGTGATATTTTTCCATAACTGAGTTTAAATTTTGATAGTTTTTTTTTCTTTTTCTTTTCCATAACTGAGTTTTCATGGCCTTGAATATTGAGCTAATTGTTGCAGAAGATAAAAAACAATCAAAAAGTGACAGTGGAAAGGAAGAAGTTGCACCTGAAACTGAGACAGACAGCGATGCATTTGATCCTAGCCCTGTTTGTTACAGAATCAGACATTACATCAAGAAACATAGGTTCTTGTTTTTTATCTCACACTTTTTCTGCTAATTTATCGCATTCGTATTTTACATATGGAAATACTGATTCTATGTCATTTTCCGAAATTACAACTAAAATCAATCATATTTTTTTTGCAATAACATGCATATGTACATGGTTTTTCCGATTAACTTACCAAATGATATTTCCTTTCCATTTCAAGTAGAGGACAATGTTGGAGCCGTTCCAAAGAACAGAGATTGATGCTAGTTTGACTGGACAGAATGCCGATTTCTCTCATGAGGGAGGCTTGAATACAGGTTATGCTTTATTCATTTTCAAATTCTGCTTGCTTGCTTGATTGAATCAGTGTTGTCAATCGTGTATCACAGAACATAACAGTTTCTTCATATTCCACTATAGTGCCTCCATTTAACAACTGGATTGAATTTTGTTTAATGAATTGAAATTGATAGAAATTTTATGAATTTGTTGCTTATTTGATCTTCTGCATTATAAACTTTGTGCGACTAAAGCAATTGAATGACATCATAATAGAAAAGGCATATTTAACAAATGGAATTTTCTTTAACTTTGAATCAGGTTTGCTCTCCTGAAAGTCCTGCCACTGAAAAAGAAGTGCAAGAAAAGACACCTGCAGTATTCTAATGGACAAACCGGCATTACTGCTTTAGATGAAGGCTAGAGTAAGGGTTTCGATTTCCATTCTCATTTTTCTCCATCAAACAGAAGTAAATATGTTAGACAGATTTAAATTTATACATGTATTTCAGTTTTTACATGTAAAAGAGAACAATTATTTATACTTCCTTTTTCCCCAACTTTTTTTTATGTTGGGCCCGTTTGGATTGGCTTATGTGAGCTTATCTACCAACATAATAACTTGCGAGACTGTTTGGATAGCTTAGCGAAACAACTTATGACATGTTCATAAGCTATCAATGATAGCATATGAAAACTCAACCTTCCTTCATATTTGTATACATGTTAAATATTATCTATGAATTATTCTTGGCATAAACAAAACTTAACCTAAGTTGTGTCTGTTTATGACATGTGAGTGTCAGTATATGGAAGCACCGACACAAACACAGACATTTGATACGACACTAACACTAACATGTCGACCCCGGTGATAATTTCAGAAAATGCAACAACTGAATGTAACCACATATGTAGGTGTTAGTTGTGCACAAAAAGAAAATTGGGAGAAAAAAATAGACTTGTTTGATGCAACTTTTAAATTGTTTTAATGTTCTGTCAGGAAATCAACACAGTAGTGGTTTCGGCCTCATTGGTTAAACAATTAAGGGAAGAAACCGGTGCAGGGATGATGGACTGTAAGAAAGCTCTTGCTGAAACAGAAGGTGATCTTGAAAAGGTGCAAGCATACCTCAGAAAAAAGGGACTCTCTTCCGCTGAAGGAAGAATCGGTACATAATTCACGATTCATGCATCGGTGTTCTAATTAGTGTGAACTGGGAAACCAACTTTGTTGGCAGAAGTGAGAAAAAAATTGAGAAAAAAATGGATGTCTTTGATGCAAATATTAAATTGTAATGTTTTTTTTCTTGACAGAATTAAATTGTAAATGTTGTGTTGCAGGAAATCATAGTGATATCGGCCTCTTTGGTTAAGCAACTACGGGAAGAAACCGGTGCAGGGATGAAGGACTGTAAGAATGCTGTGTTGCCGAAACAGAAGGTGATCTAGAAAAGGCGCAAGCATACCACAGAGAAAAGGGTCTCTCATCCGCAGATAAGAAATCCGGAAGAGTAGCAGCTGAAGGAAAAATTGGTACATACATTCACGATTCAGGCATCGGTGTTTGTTAGAGTTATAAAAAAGTGATTATGATACTCAATAATCTTGAAATTAAATTTTAGAGATTCTTTAAAAAAGTAGAAACTACTTTGTATTTGTTTACCATAATGAAAATACTTTTTTTTTTTTGAGAAATAAACCAGTTATTGAAAATGATTTTCAAAAGAAACTACTTGTTTGAAAATTCACTCATCAATGAATGCAATGTAATGTCAGGTATGTTTTGTAAAACTGCAAGAGTTCAAACACCTTACACAAAGAAGAATAATAACTCGTGAATAATAGTGTAAAAGAAATAAGGACGATCAACTGGTATCTTATGACATGGAATCAAAGTGCTTATATACTTGTTACAATGTGAAGGTATCATACTATTGAAGGACAAAGATGATGCTGAAACTTGAAAGTACCTCAAATCTGCAATTTGCTCTTTACAATTTGCAGAATGTAATCTGCATTTGGCAGGTGACACTGCACACATTGCAGTGTTCTATCTCAAATTACTTCAAAAAATTTCTTGCATACTTGCTTTGGTGCATTAGAATGCCATTACTTGTTCTCAGAAATTATATTGGTAACAGATAAAATATAGATTCAAATTTTAGTATAAGCCATCTTTCTTCACAAGATTATGTTCAAACATGAATGAATGCAACATGATCAGACTCATTACGAGTTCAATAAATTCATGAATGAATTCAATGTAATCCCAGGTATGTATTGTAAAACTGCAAGTGTTCAAACATAAATCAATTCAACACATAGAAAACATTGAAACACCACACACATAGGAAAAATAATAACTCTTATGACTTGGAGGCAAGAGTTACACCAAAGCAGAAGGCAAGAGTGATTAGGTTTAATGTGGCGTCGAGGCGACAGAGAAAAGGAGATAACTCACGGTCATCGTTGGTGTAGCGGGCGGGGTCATAACAAGGGAATATCATATCCAATATTTATCTCACTAGAATTTAGTATAAACAATTGGCTTAAATGCAGTTTCCCCTGTGTAAAACCAATTGGGTCTTTAGACCCAATTCATACTATTGAAGGACAGCCTCTCCATCTCAAGTCCATGATATTAGACTGAATAAAATCCATGTCCAACTGCAGTTTTAGTTGAATAACAACTGTCACATGGTAATCATTTCATATAAAATAGGGTTAAATATGTTTTTAGTCCCTATAAAATTGAGACATTTTAAATTTAGCAGGGACTAAAATTAGAAGTAATTTTTTTTGTAGGGACTAAAAAAACTATTAAAATTAAGTAAGGACAAAACATATTTAACCCTATAAAATATAAATATAAGTTTCATTGAAAATCAAAACATTGGCCTCAACAATGAAATCATAATGAGCATTGTTAGGAAACATGGCATCCATGGAAGGAAAGAGAGAAATATTGAAAAACTCTTTGTATTGATGGAAAATGAATATTACAATATGAGAAAGTTATCCCACTAATGGGGTTATTACAAGTATATATACTACTACAACTAGTATCTCTAATAGTACCCCTCAAGTTGGAAGGTGTTCAAAACACTTCCGACTTGAAATGAGAAAATACAAGGAAAGACATCAAGCAAATGAAAGTACAAAGAAAGATGCCGGGAATACATCGGTCAAGAGAATAGCAACAACGCTTAACCACCATCCGGTAGAAGCCAATCAACCATAAAGCCATAAAAGGCACAACGCTTAACCATCAAGAGTTCTCAATAACTCAAGACAGAAGCACAAGAAGAAGAAGATAACGAAGCTTAACCATCCTTGGACAGAAGCACAACGCTTAACCATTCATGACAGAAGCTTATCAACATAGCTTAACCATCATGAACAGAAGCACAAGACAAGAAAAGAAGTGCAAGGAAAGGTCATAGTCTACAATGGAAGGAGGTCATATACAAGACCAAGGTTCCAAAGATAAAAGTGGTGCCCTCCAATGCCGAGCCGAGACAAGAAAAACCAAATGCAAGGAAGAGTCATAGTCAACAATGGAAGGAGGTCAAATGTTGAACAAACTTCACACCAAAAGTACCATGAAGCAACAAGACCAAGCTTCCAAAGATAAAAGTGATGCCCTCCTATGCCAAGCCGAGACAAGAAAAAACCAATGCTTCCAAGAATGAAGCATAACAAATATCCAAAGAAAAAATCTGCCCAAATAGCTCCCAAACTGATGAAAAAGAGGACAGTGGTAATAGCACACGAATTCTTCAAATACTACACATGTAAAGCCATGCCTACTTGACTAATGTACCCAAGATGAAGATCAATGTTCCTCAAAGATATTAACATAGATCTGTCCTATGCCACCGTCCAAACTTCACCTCAAGGAACAAACAGGATCAATATAATAGTGCAACCAAACCACATGCTCAAAGTGGACAAAAGTAAGTGTAGCCATCTCAAAGTTTGGTAATAACATACCAAATACTCAACAGTACCAATAAGCATGAACAATACCTCAATGAACAAATAAAAGATAGGTAATTGTGCAACACTAACCAATGTATGCCATACACAGAAGCCTGGGACTTCCAATCATCAATCACCATATGAGAGTACCTCAACATGGACAGAAAATACAGTAGTAATGAAGAGGTTCACAAGAAAATGCACGCATGGAAACATGGCATCCATGGAAGGAGAGAGAGAAATATAGAAAAGCTCTTTGTATTGATGGAAAATGAATATTACAATATGAGAAAGTTATCCCACTAATGGGGTTATTACAAGTATATATACTACTACAACTAGTATCTCTAATAAGCATTATTATTCTTTTTCCTCAACAAGAGACCACTGCATGAAACCAAAGCATTCATTCATTCAACAATAGCTCAAGTTCCTCTGCATTAAGAGATGCTATTTCAAGAGATTCTGGATCAATGTCAATACTGAGAATAAGTTTGATCAATGTGAGATACTCCACCTTATTCTTCGTACTTCTTCTTTTCAACAGGAAATAAAATTAATAAGTAATTTTTTTAAACACTTTGTAAAATTGGATTATCCAATGAATATAATTTATATAAATGATTTTTTTTAAGAAACACGGTACAAAATCCCAAGTCAATACTATCAAACCAATCTTGATGAGTTTATATAAATGATCATTGTAAAGTGTTTTTACACTTTCGATTAAACATAACCATAAGATATTTTTAGTTAAATTGTAAATGTGTCAACAACTTTAGCAGTAAAAAATAAACAGATCTCACACTCAAAAGTCATAATGTTAATGCTTTAGGAAAAGCTAAATATCAATGCTTTTTGTGGTTAAGATTTTCCTGCATTGAAGTGGGTCATTAACCCTAAGCCTAAATTTGTTCTCACAAAAATGAAAGTGTGGGACAATTTATAAAAAAAAAAAAAAAAAAAAAGTTTTGGTTTAATTATGAAAATCGTCTCTATAAAAGAGTTATTTGAGTTTTGGTCTTTTAATTATGAAGAATGCTAATGAGTACTTTTAAGACATTGTTAAAATACTAAAAATTATAAATTTATATTAAAAAATGAGTAATTATTGCCGACTAGAGTAAAAATTTGTATTTCTAAGACAAAATTTCTTCTAAAGTATGTTTGGATGGAGTTTAAGAGAGGAAGAGAGGGGAGAATTTTACTTTTTGTTTTTAATTTACGAACATTATAAAATATTTTTTAAAAATTTGAAATAATAACATGATAAATGATCTGATTCAAAAAAAAAACATGATAAATGATCTATAAGGGGGCGTTTGTTTCCCAGAAACACAAATTATTCCCAGGAATAACTTACCTGGAAATGGAAATATGAAAATATGATTCCTAGGTATTTGTTAAAAAAAGTGTTTGGCAAATAAATTGACATTCGTAAGAAAATTGGAAATTACAATTTTAAAAAATATATATATGCATAATATCATGGGAATGCACATTCCCACTTTCTTACATGGAATAAATTCATGGGAATAAAGGAAGCTATGAGAAGTTACTTCATTCCTAGAAACCTTTGGTTCGAGAATTAGGAGGGGAGGGAAAGGGAGGGGAGGGGAGGAATTTTAACGGAGGGGAGATATTTTAATTAAAAATGTGTTTGGTTCGCAAGGGGAGGGGAGGGATTTTAAAATTATTTTACTGTTTTACCCTTAAACTTAATTAAATAAGGATAATAAAGTAACGAAGCAATAACGATGTAATCGATAACAACACGATGTAGACGATGGAATAATGGATTAGTAATAGGGTTGTTACAATTACAAGTAGTAATAAAAGTTGTTACAAGAAAAAATTGTTAATAATATGGAATAAAAGTTGTTACAAAATAATATAACATATAACCTAATAATAGTAAAAGTTGTTTCAAAATAATATAACCTAATAATAATAATAAATGTTGTTACAAGGATAATATTGAGATTTTAAATTAATAAAAGGATAATTTTGGCAGTGCAATAAAATTTGTTCCCCTCCCCACCCCTCCCCTCCCCTTCTAAAAATTGAACCAAACACTTCAAATTAAAAATCTCCCCTCCCCTCCCCTCCCCTCCCCTCCAAAACACTCGAACCAAACGGACCCCTATACGTAGGAATATTTTTTTGCTCAACCTCGTAACAAACGTGGGTATAATCATTCCCTAGTCATGTATTCCCGGGAATGTCATTCTTAAACTTGAAACAAACACCCCCTAATAATTCACTTATACTAAATTTATTATTAAAAAAAAATGTTATATAGCGCGTGATTTAGATAAGAAATATAAATCATCACCTTATTTTTCCATTTAAACCTTCAATCCAAACACACCTTTGATAAAATTCTTAAACAATACTTTTATTACACTCGTTACCAAAACGCTTTAATTATTAATCATTTTAAACAAACTCAATGAATTTATTTTCTCCCTGATACAATAATCTTCTTCAACCCCAAAACCCATAATCTCTTTCTCTAACGATCATAAATTCCAACAACAACTAAAACCGTTTGTTTCTTGTTTATGAGGTTTCTGTTAGTTTATCACCTCCTCGAGCACTTTCTTGCTCTTACCCTTTTCGATGATAAAGACATCGAATTTGATCGATTTAAGGCAATTCCTGAAATGAGTTTTCACAAATTTTTGTTTTTGTTACATGGGTTTTGTCAAAGTTATTACTTTTTAAATTGTTCTTGCTTATTTGGAATTTTTGTTTGTGTTGGAACTAAATGGGTCATTAATCTTCTCACGTTCCTTCCTTTTGATGAGAAGAGGGAGAAAGAAATTGAAGAAAATAAAGTTGAAAAATAAATTAAACGTGAAAGAGAGAGTAAAGGGACATTCTGGGTTTAGACACGGTGGTTGGTGATTCTGAAAAATTTGTATGAGATGAACAATGGACTTTTGCTTTAAATCATTAGGGGCATTTGCGTCCTTCCATGCCAATTTTTTATGACTCATCATCATCTTACCACTGCCATGTCAGCAAAAACACTCCATGTCAGCGAGAAAATGAGCTCAGAGACCAAATTAAAATAGAAACTTACACAGTATATGTCACGACCCAAAAACAGTCATCGTGACCGGCGCACGAACTAGATCATTCTAGCCCTGCAAGCTTATTAATCAAACTTGACAATTATAATAAATAAATAAAAATTCCAATTTGAATTTCATTTAAAAAAATATTCACTGAAATTTCGACAGAGTTTCCTCTGTATTTTCAACATTTCCAAGATCTAAATCCTGTTTAAAAACCTATTCTATCAGCCAGAATCTTGAAATAACGTTTTTATTTTCATACTACTTGTACAACTCAAAATAAAACATCGTAAACATCCAAATAGCTGCAGATACATCAATTGAAACTAGAATATACATAAATAAAAGAGTCGGCCATCATTCACTTAATAATCATCATCTTAAGGTCACAATCAACCTTAGTTACAATTCAACTTATGGAATCCAAAAGTTAAGATACTTAATCACAGTTACAATTTTACATCAATACTAACTATATTCTCCAATCCTACTTCAACCTCAATGATATTGATTAAAAATTCGATTTGAAATCATAAAAAAAAAAAAAAAACTTCAAAGGAAAAATTAAACTAAAGGCATCAACACCACAATAATTCCAAAAGTTCTTACTTGATCTAGAACATCATCAGCAACACTAAGACAATCATTCAAGGAAATAAGATAAATCAACCGACTCATAGTATATCATATCAAAGTTTAAGTCCTAATTTTGATTATCATCTCTTAGTCTCTAATCCTTCTCACTATTTAAATATCTTTAGTCACAAATCATATCCACACTATTTGATCACATCAAATCTCTAAACTTAAACCTTAATAAGAATTTTACATGGCCTTATGCATGTAGATTCCATCTTATCGAGAAATTTACATAAATTTAGTACGCTATTCCTCATTTCCAACTATTGGTAAAATTCCCCTGAAATATTTCTTCGTAGCTAACTCATTCTAAACATAATTTTCATGTTAATATGCGTATGCTATGTTAGTATTCATGTTGGAGGGTCCTTAAATTTTTTTTTCTTAGTTCCAAAAATTTTATTTTTGTTCTCTTTCAAACATTATTCGAATAATTCTTGACTTAAAATTTCATATCATTAATTATACATTTCATTCGTTACTATGAGCCGTACCTCATAGGCTACATTATCTCTCGTTGTAGCAAACAGAGATTTTCATATTCGTTACTATGACCCGTACGTCATAGGCTACATTATCTCTCGTTGTAGCAAACGGATATAGAATACATTACTATGACCCGTACGTCATAGGCTACATTATCTCTCGTTGTAGCAAACGGAGTTTTCATCAATTTTCTCATTTTTATTTTTTTCTTTCTTTCTTTCTTTCTTTTTCTATGAGCATATTACTCATTTCAATTTTTCTCATCATTTCCATTTTTCTGTGACTTTCTATAATTCACTGTGAGCATATTACTCATAGATTGCATTTCAAATTTTCTTTCAAATCATTTCTATAATTTTATACATCAATTGTCTTGATAGAATTTCCCTCCAACTTTTATACTAGCATAAACATACTTATTAACATAAAAGAGATTTTAGGATACACTAATTCAGAAATAACCATTCTACTATCTCATATTTATTCTGTTTCAAATGTACCGTTCATATGGCATAATAGTCATGCTATAATTATGCCAACTTATTCTAATAATTCATAGAAATTCCATCAATCACCATCTTAATCCAATTCCAAACAAGTTCTTAAATTATCTATACACATATCGTATAACTTTATATGTTCCTTTTTATTACTAATCATCCATATACTTCTTTAAATCCACGAACTATCAATGTCAATACACAAGTAACGATATCATTACTACTAATAAACTCTAATAAACCATCTAATCTACACACTAATACTCACATAGGACATTATACACATTTCGGCTACAAATTCGATAAAATGAGTGTTAAAATTCTTAACCAGGCTAAAGCCATTTATTTCCATAAAAGCTTCATTTACACTATCAAAGAATTGTGTCAAAGTTATAAAAATTCAACAAATTTACTTTCCAGAGCACTAGCATAAACACTAAAATTTATCAAATTGTGTCAAAGCCATTTATTTGCAGACATACACTAAAATTTATCAAATTATCCTTCCTCCAATTTCAACACTACCATAAACATATTTAACATCATAAGAGTTATTTTAGAGAATACTAGCAAGGGGAATTAACCTAATGTTATAACATCACTAATTATGTCCTAATGTATAAAAATCATATATTGTCATTCTAAAGGTATAATTAAACTACCCAAAGGGAAGTTTTACTAACTAAAGGAACTCACAATCTTGTGGAGATTCCTCTAGAACACTTTATGGCAAAATCTCCAACTCCAAGCCACTAGCTAAATTCCTTGTAACACCCATACTAAATTTATCTAGAATATTTAGCATGTGCGTTAAACTTAGTATTGGATACATTAAAATTACAATAAATAAAAATTTCTCCAAATAAATTATTGAATTACTTGTCTTATACATCTGAAAGAGTATCAATGACGTTTACAAAATACATACAATGACAAGTAAACATAATTTTCCAGCTTCTTCTGCTACTTCATCACGAAATGTTCAGCTTGCGCACCACCTGAGAATCTGAAATAAAATAAAAGGGATTGGGGTGAGACATGATGTCTCAGTGAGTTCCACCTATCCTAGGTTGTAGGCAATCACAGGGAACCTAGGATCGCCATCTCTCTCTAAACTTAACCCATTCCGGGTTTATACTGTTTTATCATGCATAACTAAGCGATCGGGGGATAACTAGGATCGCTATCTGAATTACTAATATAATTCTAATACTAATGACAAAATCATAAACATAATCATAATGTATGTCATATTATGTTAGAAATGTTAGCGTTGAACAAACAATATTATCTGAGTTGATTTTACGGAATAAACCCAGGTGGAGTAACCCCGGAATTTATTCCACTCTGACCGGTATTAATTTCCAACTGGCGGGAACCCAACTGACGGGGATACCGGACTCCTCTGATTATTGTGGGGTCATCCTCACGGATAGTGCCCATTCCAACTGGCGGGAACCTTTCGTATCCAACTGGCGGGATAGCGAAAGCCACATTTTAAACATGTTTTAATATTGTAACTTGAACTAATTTTCTGATAACTGAGTTAATCCTCAACTCCACTACTGACGGGGAGATAGAGAGGAATAACTTATCTTAACTGATTTTCTTATAATAACAACATCCTGAAACTGATAATAAAGACGTAGTGATTCTGTCTTTATTCTGAAATTAATTCTGATACTAACCTATTTAGGTTCTAGGCATATCGTTGTCATATGCCATTCCTAAAAGGTTATGAAATTTTCCCCATATCCTGATAAATTAAATCCGACTAATTAAGCCGAACTTTCATACTTAGAATTCTTTACTTTCCAATGATTGGAAATCTACCCATGAATAATTTGTTCTAGCTGTCACATACTAGGTTGAGTTGATCAGGCTCAGCGAGATATTAATCAGCAAGAAGTAAAAGATTCAGGATGATTAAGGGATGATTGCAAGTTTGGCAGGAGCTGCAGTATAAGAAGCATAAGTAAGGTATAGAAGAAAGGAATAATTCTAAAGGCGTAATTAAGACTGTGGTATCAGAGCTGGTACTGCGTCCTCTTCATCTACTTGAACTTTTAATTTCTCTAAATTCTGTTGAAAGAGCTTGACATCATTCGTCCATTAGTTCACTGTACTTTGGCAACTTCTTATTCAGTCTTCTCTTTTCTTTCTTTGTTTTTTTTTTTTTGGGTTGAAATACTATCATGGAATATCTGGTATATTAACATGTATCTGAGGGAACATATACTACTCAGAATATGAATGCAAATGCTTGAATGCAATTTTAGTCGTGAAGTTCAGAAATCTAAACTCCATATTTTTTTAGGTAAAGAAAAGATTGATATCACACAAGTTAGAAAATTATGTGAGTTACGGTATAGGACTACGCATGTTCAGGTTATGAGTATGGAATTAAGAAAAGATGATAAGACATTCCCTAGAGTAACAGCTATAAAAATATTGTTCAAGAATGAAATGTATATTTTGAATATATAAGTTCAAGAGAAGATCTATGATGATACGTTCTACTCATCCTAATATGATCAAGGTGTATGATCTAGGTGTATCGTGATTGATTTAAAATATGGTATAGATGAAGCAAAGTTGAATGACTACAAATATATGTCATGTATTAAGCTATCAGTTGTATTACCTCGTGTATTGTGTACTCGTCAGTCAGTGCACCATTTCTCATATAAGATTTATATTTTTAATGTACTCGCCAGTTAGTACATTATGTATTTAAATCTGATTTATGGATTGTACTCGTCAGTTAGTACTTCCATCAAATGTTTGAGGTAGCACCATGTTGAGTTTATTCATATAAAACATAACAGATATCAGAAGTAACATTTTCCTATTTATGTGTTGATTAACGAAGAAAGTTGAAATAATTCTTACTTTCGATGAAATAGACTTGACGTCAGACATTGCTCAGAGTAGGGACGATCTTATACAGAGTATGGTACGATTATCATTATGAGACCTCGTTATTTGGGGCATAGTTCAGAAATAAAATTTTATTGGGACCAGACATAGCATGAAAGATCACTCAAAGGTCATATCCGTCCAAGATCAGTTAAAAGTTAACGAAGTCGATAGAAGTGTTACTTTAGTAAACGTATGAGATTTTTCAAGAATTCAGTAAAGTTAAACAAGTAGGAGTAACCTAAGACAATTTATAAGGAGCATGAGGAACAAGGAATTTACTCGAAAGATGTCAGATGCATCGGTTAGCTTTACAATCCACTATGTTCGGAATGTGTATAATGAATTCCACAAATCACAGACAAGAAGGTTATTATCGAATCTTTTCGACATATGAGATTGGAAAACATGTCCTGAAATCAAATTTTGACCTATTAATTCAAGTCAGTTTGTATTTATGGTTATGTAGTTAGGAGGCTTTATGTAACAAGGGAAACCGCTAATTTAGTCGGTTAGAAAGAATCAGGCAGTAATAGACGTATGTTGGAGTCTAAAGTTTGAAGTATAGAGGAATTATTTATGCTTATTAGCAAGTAAATCCTTAAAAATTTCGAGGACGAAATTTCTTTAAGGGGGGTAGAGTGTAATGCCCCGCATGTAAAATTTCAGCATCAGTTATTTTATCATTGGATTTTAAGAGAAGGGCAAAATGGTAATTATGCATAAATCTTCCCGGATCAAATCATATTATTTCAATGGAATACGGGGAATGTATTTTTCTGCTTAAAACTTTTACGACAATTTTATCGGATATTTTGGTTTAAGAAGAATGTGGAAGGGGCAATTTGGTAATTGTGCCTAAAGGGGTATAATTAACACAAACCACACATTTTCTTTCATTTTTTCTACTTCTTCCTCTCTCTAGACTTCAGATTTTTCTCTCCTCCCTCCTCTAACCTCACGCCTCTCTCTTCCTCTTCCCTCCAATTCATCAAAAATCATCATTTCTTTACCAAACCAACACATAAGGATGTTTTATGAACCTTAGAGCAATTGGGAACTTATGGAGAGCTTGGTTTTTCTATTCCTTCCACTCTTGAGAAAGATTGAAGTTAGGGTTTAAGCAAAGAATGGAAGTTGGAGCTTGTGGCATCAATTAAAGGTAATCTAGAGGTTAGTTTTCTCATAAGCTTTGATTTTTTTAGAAGTTGTGTTGTTGGAAAAATGGAATGAACTTGGATTTGGAATTTAAGAATTATTAGGGAAAAGTGTATTATGAAATTAAGTTGCTATATAAGTGATTTTGAAGCTAGTTATGCATGTTTGGGTGAATAGAAGTGGCTATACTTGGAATTTATGATTTTTGAGACGAAATTAGTATGGCATATATGTGATATTTTGGTTATGGTTTTAACTGTGTATCTTGGAATTGAGTAATTATTAGATTATCAGATTCTGCACGTAATTCCCTTCAAATCGGATATAAATTTCGTGTGATTTGGATTAGTGACGAACTCAAAAAGTGCGTTTGAAGTTTGGTAATTTCTGCTGGATTTTGTTTACGGGTTTTGGTACAGGGCTTTACTAAAACGGTAATAACTTTTTCTCTGTAACTCCGAATCAGGTGGTTCTTGTTGCTATGGTTAGCTAACGAATTTGCCGTCATTTTGGCACCGGTGTCACGAATTTTGGCTCAGTATTGAAGTCAGGAGACAATTTTGAAGTATGGTGACTGATGCAAGATTTGAGCTGAAGACGTCGTTTTCATGTTAGTGTAAAGGATGCTTTTACGGCTTAGGGAAAGGTTTGAGTGCAGAAGCTTGGAGTGGGGAAAGCTTGGTTAGATCTCAGAACTTTCATGGTGAGTTCCTTTAGTTAGAAAACTTCCCTTTGGGTAGTTAAATTATGCCTTTAGAATAATAGAATATGATTTAGTACATTAGTACATAATTTAGTGACAATATGATTAAGATTTATACCCTTGCTAGAGTACTCTAAAATAACTTTTATGTTGATAAATATGATTATGGTAATGTAGAAGTTAGAGGAAAAATATTATGATAAGTTTTACGTGAGAATGAATAAATATGCAATTTCGGCTAACGTTACGTAAAGTGAGAATTGTTTGATTTTATTACTTTATTTCGACTCTTGGCTAATATAAATTACACTTTTAAGGTAATATAATGGTTTAGCTTGGCTAAGACTCCAATTCTCATTATTGCCGAATATGTAGCCGAAATTGTATTATGCATATCCTCTAACCATACACTACCATAGTGTATATTTATTTGTGTAAAGGAATATTTAGAGTAAAATAGTCATTGAAACAAATTATTCATGGGTAGATTTCCAATCATTGGAAAGTAAAGAATTCTAAGTATGAAAGTTCGGCTTAATTAGTCGGATTTAATTTATCAGGATATGGGGAAAATTTCATAACCTTTTAGGAATGGCATATGACAACGATATGCCTAGAACCTAAATAGGTTAGTATCAGAATTAATTTCAGAATAAAGACAGAATCACTACGTCTTTATTATCAGTTTCAGGATGTTGTTATTATAAGAAAATCAGTTAAGATAAGTTATTCCTCTCTATCTCCCCGTCAGTAGTGGAGTTGAGGATTAACTCAGTTATCAGAAAATTAGTTCAAGTTACAATATTAAAACATGTTTAAAATGTGGCTTTCGCTATCCCGCCAGTTGGATACGAAAGGTTCCCGCCAGTTGGAATGGGCACTATCCGTGAGGATGACCCCACAATAATCAGAGGAGTCCGGTATCCCCGTCAGTTGGGTTCCCGCCAGTTGGAAATTAATACCGGTCAGAGTGGAATAAATTCCGGGGTTACTCCACCTGGGTTTATTCCGTAAAATCAACTCAGATAATATTGTTTGTTCAACGCTAACATTTCTAACATAATATGACAGACATTATGATTATGTTTATGATTTTGTCATTAGTATTAGAATTATATTAGTAATTCAGATAGCGATCCTAGTTATCCCCCGATCGCTTAGTTATGCATGATAAAACAGTATAAACCCGGAATGAGTTAAGTTTAGAGACAGATGGCGATCCTAGGTTCCCTGTGATTGCCTACAACCTAGGATAGGTGGAACTCACTGAGACATCATGTCTCACCCCAATCCCTTTTATTTTATTTCAGATTCTCAGGTGGTGCGCAAGCTAAACATTTCGTGATGAAGTAGCAGAAGAAGCTGGAAAATTATGTTTACTTGTCATTGTATGTATTTTGTAAACGTCATTGATACTCTTTCAGATGTATAAGACAAGTAATTCAATAATTTATTTGGAGAAATTTTTATTTATTGTAATTTTAATGTATCCAATACTAAGTTTAACGCACATGCTAAATATTCTAGATAAATTTAGTATGGGTGTTACATTCCTTCTCCTTTCAATAGCTCCACTTGCTTATTCCACCACTACTAAGCTTGAATCATGACATTTGGAGTGATTTTGAGAGATTGGAAAAAAATTGAAAATGATGATGAATAGTAGGGAGAGAGAGCCGATGGATTTCTTAAGAAGGGGAAGGAAAAAATGGTTGTGATATTTTTTTTTTGTGTGAAGAATGTTATAGAATTCTCTACTTAAACCATATTGATCGGAAATACCCATTTTGCCCTTGCTAAAAAAATCTCATGGGATATTACAGTATACCTGTAAATTATTGATGTGTATTAGTCCTTTTTCTTTTCTTTTCTAAATTATATTATTGATCATTTTATAAAATAAAGAGTTATTGGTCAATTTTATTTATTTACTCTTTTTTTTTTTAACTCAAAAGAGGTGCAAGACAACGATTTCAACAGGTTTTATATTCTAATATTACTCTCGTTCAAGCGCATTTAACTAAGTAGTTCGAACGGACTTCGGTTTTAATACTAGTATAATCACATCTATTTATTTGTTAACTTTTATATTTTAGAAAATATTATTTCATAAGATTAAACATGATTTCATTATTTATAAAAATCATATTAAATATTTTACATTACAATTTAAAAAGTAATCAATGTTATATATTATGAGTGATAAAAATTACTCATAACATTTTATTTTTCTATTGAGTTATTTTATTATGAGATTTTGGTGATTAGTTTTTGGAATGTGCAATTTATTAAGATTTAGAGACATTTTAAAAGGCAAAACTACACGAGAGCCCTTTATCTTAATTTAAAGTTTCATACTTGATTTTGTGTTATATTAGTCATTTCTTCATCTTAAGTTTAGTTAGTCCTCTTTATTTAAAGGGAAATGTTAACTAGTGTCTTCAAAGCCTCCAAAACACTAGTTAAGGACCTTTAATAGTAACCTTTTCTGACAAAAACATCAACGGCGGACCAAACATCATTTTTTTTATCTTGTATGTTATTAAAAGTCTCGTTGACCATTTTAAAAGGTATATTACATCTAAATTACTTCATAACAACTTTTACAATATCTAATCCATTAAAACTAACATTATCTAAATATCAGACATTGTTGTCAATGAAAGTTCAATTCTGATACTAATCAGTGAAACATTCTTTATAGTATATCACTGATTGATTATGTACAAAAAATTGTAACAGAAGTAGGTTAAGGATGAAGTTGGTTCAACATTGTAAATATTTTTAAAGATAAATAAAAACAATGAGTAGTTTATTTCTTAAAAACACTTTGTAAAGTTGGATTATCTAGCGTATTTTGTTTTTGAAAGGATCTAGTGTATTGAAATTATATTTTTTTGAAGAATATATATTTTTTAAACTTTAATTTATATAAACGATCATTATAAATTGTAAAGAGTTTTTACACTTTCGATTATAAGAAAATCTAATATGTGTCCTAAGAAAATCTAATTTTCGTGCATTGAAGTGGGGCATCAACACTGCATCCTGGAAGTGACTAAAGCAGCATATATGTGGCCCATGTGGAAGCTGTGAAGAAGTAACCAAGCTCCATTATTGAAAAGAACCAACCCGTGAACTCAATCATATACAGTAACACTAGTAAATTACCTTTCATATTTCAAAGAAAGTGCCACGATATCAACGATTGAAGTTCATTCTTCATAATATTAGTATATGCTTTCTTTCAAGTGATAGATTGACGTTGCTATATTGTAACAAAAAAAAAAAGACCCACGTTGCCATATCCAATCATCTAAACACTTGTATATTCGGATGGCTAGCAGCAGCAACTCATCTTCAGCTCTTGTGACTTCTTCAAGAAGAAATTATTACGATGTGTTTGTCACCTTTAGAGGTGAAGATACTCGCAACAATTTCACTGATTTTCTTTTTGATGCCCTTGAAACTAAAAACATTTCTGTATTTCGGGATAACACTAATCTTCAACGGGGTGAGTCCATAGGACCTGAGCTTCTTCGAGCAATCGAAGGATCTCAGGTTTACGTTGCGGTCTTCTCAAGGAACTATGCTTCCTCAACATGGTGCATGAAAGAATTAGAGAAGATAAGTGAATGCGTTCAGGGATCCAAAAAACATGTTCTTCCTGTTTTCTACGATGTTGATCCTTCTGAGGTACGAAAGCAAAGTGGGATTTATTGTGAAGCCTTTGCGAACCATGAACAAAGATTCCAACAAGACTTTGAGATGGTGTCAAGATGGAGGGAAGCTCTAAAACAAGTGGGGAGTATCTCTGGTTGGGATCTACATGATAAGTAAGTAATTTATAGTTTTCTTATTTTTTTGGTAAAAAATATAAGGTGAAGGGACAGTGCACGAGTGTAGGACAGAAACTAAAAGAGTACTTTTTTCCTCTAGAACAAATACTTGGAGTCCAATTCTTATAAAAAAAAATTGGAGTACAAACTAAATAATTTTTGTTTTGTTTTTGTACGTGATGATATAATGTTATTGAAGAACTTTTTGAACTTTCAGGCCACAAGCTGGAGAGATTAAAAAGATTGTTCAAAAGATAATGAATATAATTGATTGCAAATCTTCACTCGTTTCAAAAGACTTAGTTGGGATAAATTCTCGGATAGAAGTATTACAAAATCATTTACTTTTGGGCTCGGTTGATGGTGTTCGTGCTGTTGGAATTTGGGGGATGGGAGGAATAGGGAAGACAACCCTTGCTATGGATTTATATGGCAAAATCTCTCGTCGATTTGGTGCATCCTGTTTCCATGATGACGTAAACAAAATTTGTAGATCACATGATGGTCCAGTCAGCGCACAAAAGCAAATCATACTTCAAACTCTCGGCATAGAAAACAACCAAATTTGCAATCATTACAGTGCAACTGATTTGATACGATGTAGGCTACGTCATGAAAAGGCCCTTCTGATAAAAATAGGTGTGCATCGTGAATGGCTAGGTGCAGGTAGTAGAATCGTTGTTATTTCTAGAGATGAGCATATATTGAAAGATTATGGAATGGATGTAGTTTACAAAGTTCCACTTTTGGATTGGACAGATTCTTACAAGTTATTTTGTCAAAAAGCTTTCAAAGTTGAGAAAATTATTATGAGTAATTATCAAATTTTGCCAAATGAGATAATGGATTATGCTAAAGGTCTACCACTAGCAATTACAGTATTGGGCTCATTTTTGTTTGGTCGTAATGTGACTGAATGGAAGAGTGCGCTGGCTAGATTGAGAGAAAGTCCTGATAATGATGTCATGGATGTGCTGCAATTAAGTTTTGATGGGCTAAAGGAGGAGTCAGAAAAAGAAATATTTCTTGATATTGCTTGTTTTTTCAACCGCAAATCGGAGGAATATGTTAAAAACATTCTAAATTGTTGTGGATTTCATGCTGATATTGGATTAAGAGTTCTCATTGATAAATCACTTATAAGCATTAATGGTCAAAATATTGAAATGCATTCTTTGTTGGAAGAGCTAGGCAGAAAAATTGTGCAAAATAGTTCAAGCAAAGAGCCAAGAAAATGGAGCAGGTTGTGGTCCAAAAAACAATTCTACAATATTAAGATGGAGAATATGGTAAAGCTGCTGTTTAGAAATATAAAAACATATTTCCGTTTTTATAAAAATTATAAATATTGAAAGTAATTTATTTTTTCTTTTATTTTTTGCAATGCTTTAGGAAAAACATGTTGAAGCTATAGTTTTGAAATATAATGAAGAGGTGGATGTTGAACACTTGTCAAAAATGAGTAATCTTAGATTGCTCATCATCTTCAACTCTACTGCAAATATAAATATCTCAGGAAGCCCACCGAGTCTTTCGAACAAATTAAGATATGTTAGTTGGTCTTATTATCCTTTTAAGTATTTGCCAACAAGTTTTCACCCCAACGAACTTGTACAATTGATCTTGAAGAGAAGCAGCAGCATTAAACAACTATGGAAAAACAAGAAGGTACTATAAATTCTCTTATTATTAATGTTTATCATCCTAGAAATATAAACAAATTCGTAACAGTTTTCTTACAATCAAAGTAATGGCTCTATTTTTATTGTTTATTCATGTCACAGTATCTGCCCAATTTGAGAACATTGGATCTAAGTCACTCCATGCAGCTAGAAAAGATAATAGATTTTGGAGAGTTCCCGAATCTTGAGTGGTTAAATTTGGAAGGATGTGAAAAACTTGTGGAGTTGGATCCATCTATTGGACTTCTAAGAAAGCTTGTTTACTTGAACTTAAAAGATTGCAAAAATCTAGTAAGCATACCCAACAACATATTTGGTCTTAGCTCTCTTGAATATCTAAATATGCGCGGTTGTTCCAATGTGTTTGGCTATCCAACATATTTGTTTCCTTCCTTGCGTGGTTTATATTGTTTGCGTGTTGTTGACTTTAGTTTTTGCCATCTCAGCCAAGTTCCCGATGCAATTGAATGTTTACATTGGCTAGAAAGATTAAATTTAGGGGGAAACTGTTTTGTGACACTACCTAGCCTGAGGAAGCTTTCCAAACTTGTATATTTAGATTTGGAACATTGCATGTTGTTGGAATCTTTGCATCAACTTCCTTTTCCTACCACTATTGGGTGGGAACGAGATGAGAACAACAAATATTACCGGACTAAAGGATTGTTCATTTTCAACTGTCCAAAATTGGCTGAGAGTGAGAGGGAACGTTGCAGTAGCATGACACTTTCATGGATGATACAATTCATTATGGAAAACCCACAATCCTATTCTGATAAGGTTCAAATTGTTATTCCAGGAAGTGAAATACCAAGTTGGATCAACAATCAGAGCGTCGGTGATTCAATACCAATAGACTTCTCTCCTATTATGCATGACAAAAACAATAATATCATTGGCTTTGTATGTTGTGCAGTGTTTTCCTTGGCACCTTATCCAGTGTGCAATATAAATCAGGTTTTCAATCCTATCCAATTGAAAATTCCAGTAACTATCAAAGGAAGTCTTATTGCGACCAAATCAAGTCACCTATGGATAATCTACTTCCCCCAAGAACGCTGTCATAAATTTGGAAAAATAAATTTTGACATTTTTGAGAGTGAAGGTTTGGGTATGGAGGTGAAGAGTTGCGGGTATCGTTGGGTATGTAAAGAAGACATACAAGAGTTGAATTTAACAATGATGAATCAAGAAAATTCCTTGGCTCATAAGTGTAAGATTGTGGGAATTGAAGTTGAGACACAACCACAAGCAGAACCTGAACAAGAATCATTCACCTCACAAGTCATAACTACTTCAAAGGGAAGAAAGTCAACAAGTTATAACAAGTCAACCGCAAAAACAATCTCTATGATCAACCGCAAGCAGAGGTACTGCAGATTATTCATTTTTTTTTTCTTTATGATTTTGTTGGCAGAAGTGAGACTTTGTTTGTCTGATTTGCATTTTAGTCTGAATTTTATAATTTGCGGGTTGGGGGTTTTAAATTTGTGTTAGGCTGTAATTTCCGTGTCGTTTCCGGTATCTGTGTCTGTGTTTCATAGAAAACAACATTTTAAACAGCACTTTATCACTAAAATATGTATTCATGTCATCCACAGAAAAAAATCTCGAACCTCCATATCAGCCACAGAAACAGAAGTATCCGTGGAGGTACAAGATACACCTGTTGCAGATGAAGTTTCTACTGAATCTCCACAGAAAAAAATCTTGAACCTCCGTATCATTGGTCGATTCATTGTTTGTGCTTGTTTGATTACTTTAGTTTGGTTTCTGAAGAAGATTTAGATGCTGTAAATTCAATTATTGAAGAAGCTATTCAGACAGATAATGCAACAAGCAATGTCGAAACTGACTCACCGGTTGAAGTGGCTGATAAAAGTGTAATAGAAAGGAAGAAGTGGATGAAGAACTGACTCGCCGCAAGCAGAGGTACTGATTACTGAAGATAATTCAAAAGAATCTTGTTTACAACTAAAATCAATCTTTTTTTTTGCAATAACATGTATGCTTAATTCAATTTCTAACCTTGCTTGCCTGACTGAATCATTCACCTCATTGTTTGTCCGCAAAATACAAACACGTTTTTATTGTTTTCTTCTTTGTTTGTACCCTTTTGAAGCCTCCCAGGTATATGTTCTGTTTCATACCATGAAGTGTTTTTTTTTTTTTTTTGTTTTGTTTTTATAAGGCAATTCTTAGAGTTGATTTTGTATATTTAACTTTACTATGCTGAAAATTGAAGTTTTGAGAATTGATGTTTTGGTAATAGATTATGCTTTCAAGCATGAATTTTTAGTAAACTTAGTTGAAATTTCATATTCCATTCTTGTTACAATGTGTTTGATATTGAAACCGAATGCTCAATTGGAGTTAATTCTCCTTAGTTGAAATTTTTGATTTTTTTTTTTGAGTTTCAAGGCCTAGCCAATTATCTTTATTAATGTGGTATTTTCATGAAATGAGTTTGAATTTTAATTTTTCTTTTGTTTGTCTTGAAGTCGAAACAGAATGCTCAATTGCAGTTAATTCAATAAGTTAATTGTATTGGTTTTGTTTTGTCTTGATTTATTTTTTTGAGTTCAATTTGTTATTTTGATTTGCATTTTAGCCTATAATTTATAATTTGTGGGGTGGGTGTTTAAATTTGGATTTGGTTGTAATTTCATCTTGTTGTGAGATTTGTGAATATGTTATCATGTTTCGTTACATAGCGATGATTAAAATGTCAATATTTTAAAAATAACATTAATGAGATAATGAAGATAATTGAACTTGAAAATAGCATTTTGAAAATAACATTCGTGAGGTGGGTGTTAACAGTTTTAATTGTGAAATCTCCTAATTTGATAGAAAGTTTTTTGAGCCTGTTGCTTATTTTAACTTTATATTTAAATCATACATTACATAATATTTCACCCCTTTCATTTCCTATAGTATCCTATTTTAACTTTGAATCCTCTATCGACAGATGTAACAGAAGAATATGATCAAGTTCCCTCACCTGTGAGTCCTGCCACTGAAGAATGAGTGCACGAACAGACACCTGTAGTAGCACAAGTTGAAGATGAAAAAGTTGCAGTTGCAATTGCATTTGAGACAAAAAACAGCTTATCTAATTCTAACGGACAAACCACATTACTGCTTGAGATGAAGACCTGAGCAAAGATTGCAATTTCATCTTATTTGCTTCATATTATTAAATGTAAGCTTGATTCTGATTGTAAGTTTCATGTGATTGTGACAATCTTGTCATTCTTATTTGATTTTGGATTTTAAGTTTGTTGTACGTAATGCGGCTAGAATACTGGCGTAAGTGTGTTACTTTAAGCAAATAATGCTGGTGTTAAAAGCGTGTTAATCTAGTTGTTTAATACAGAAGATAATTTTTTTCCTTTATCAATATGCTTTACGGGAGAGATTATCCGCAGCATATAGACACGATCATTTCCATAAATAATGCAGAATTCAATCTTGCATTGTACTTCAATTTCTTTTACCTAATATTGATAGCTTTGCAAGGTTCTTTGAGTTCATTTTCTTAGGAGCTCTGCAGCTATTCTTACAGTGTTGGTATGAAGGCGTAAATCTATGTGACGATCCTTTTAGTGATGTCAATGGTCATACATGATGACATGCATCCCTTTAGGATATGGTTAGCAAAGGAACAGATAATTTGTTTGGAGAAGTACAATTGTAGGAATTATGTGCCATCAAAATTTACTATGCTTGTTTCAGGAGAGGCCCTAGTGTGCAAAGGTATAATTGATTTTTCTTTAGTGTTTTCAACATAGGGAGGAGGTTTTTTTTTTTATCGGATGGGCGCTGTCAAGTTAAAATTCTCCTGTGCATTAGAAATGGAATTGTGCTGTCATGAATATTCTGCTGCATAATTATGCAGAACAGAATCAACAGATGCCAAATGTGGTCTTGGTGTTCCAGCACGTCGACCTATCTCTGAATTCTTACATAATATTTATAATTGTTGAATGTCTGTTCTGCCTACCTTTGGATTGCAGCAACTATATCACCAGCACTTGTGAAGCAACTTCGGGACGAAACAGGAGCTGGAATGATGGACTGCAAAAATGCTGTCTCAGAGAGTGAAGGTGGCATTAGGAGAGCTTGCTCTCTAGAGCAGCCATTCGTTAAACATTGTATCAGTGAAAGACTAGAGAGAGAAGAAAAGCACACAATGAATCATATATATGTCGTGATTGTTCACATTCATATATCAAGTATTTATATATCACATGGTAGAGCCATGATCTCTCAAATGCATAACAAACTATTCTTACAAACTGTCAAAACAGAATTTTTAACTCTATAACTATATTACTTGCACTACAAGTAATCTCATTAGTTTGGCTAAATTGAGTTAACTCTAAACACACCACCTTAGTTCAAGTTAGCCACAGTTTTCATTCCTCTTAGCTTCTAAAATACTTGCACAGTCACAGCTTTTGTTAGCAAATCGGCAATTTACTCTTTCCTTTTGCAGAATGTAGGATCAATATCCTTCTCATCTGTATCTTTGCTCAGTTGTAATCTGGGTTCAGCAGGTGACACTACACACATTTCAGTGTTCGATCTCAAATTACTTCACAATTTCTCTTGTATACTTGCTTTGGTGCATTAGAATCCCATTGCTTGTGCTTAGAAATTCTATTGGTAACAGATAAAATATGGATTTCTTCACAAGATTATGTTCAAACATGAATGAATGCAACATGATCAGACTCATTACGAGTTCAACAAATTCATGAATGAATGCAATGTAATCTCAGGTATGTGTTGTAAAACCACAAGTGTTCAAACACAAAACAATTCAACAGATAGAAAACATTGAAACACCATACTCATTGGAAAAATATTAACTCTTATGACTTCGAATTTAAGTGGTTATAAGCTCCTCAAAAAATATTTTCCAGAATAAAGGACAAACTTTCATATACCCTAAACGAAAAAAAAAACGTTATTCTTCACCAAAGCAGAAGGCAAGAGTGAGATTAGGTTTAATGTGGTGTCATAACAAGGGAATCTCATATCCAATAATATTCTATTTTTACCACATTAATATTTTAAACTCAATGAACTCCTCAAAAAAGTAAAGTCTCGTATCATTATCATTCAAGGTTTTTTTTTCTTCCATTTTATTCTTTTCAAAATCACAAAATTTATTTGTGGTCAGACTTCATCTAAATAGAGGACGGGTAAAAGTGTGACAACACAAAACGATAAATTTGGTACTTGTTTGGCCATAATTAGTTTGGCCATAATTTTTTTTTAGAAGACATAATATTTCGTTATACAGAGACTGATTTGATGATATAAATATTTAAGATTAAATGTAACATAACCTTAATCTTTGGTGGATAAATTTGTTCATAAGTGTTTTTATAATATGTCTAGTGGAGACAAAAATTTGATAACAATTTTAAAAGGAGAGGTTATATCTCATTAACTTTTGTTTTTTTAGTTTTTTTAAAGTGATTTTGTAAACCTATTTTAAAGAACTGTTTTTAATAAGTGAATAAAAAAATGTTTGACAAATTTTATTTTTAAACCTGTTCTATTTTTTAGTTTTCAAAACAAATAATTAGTAAACACTCGACCAAAAATAAATAAATAAAACTAACGGGTATTTTTTTTAAAAAAAACTTTGTAAAATTGCAAATTAATTTAATTTATACAAACGATCATTGTAAACTGTAAAGTGTTATTACCCTTTTGTTGGATTAAACATAACCAAAAGATATTTTTATCTGAATTTTAAATGTGTCAACAACTCTAATAGCAAAAGAAAAAACAGATCTCGCACTCGAAAGTCGTAAATGAGAACTTTGTTAGTGTCATAAAGGAAAAAAAAGATAAATATAAATACTTTTCCCCGCAACGAGATGGGGCATCATCATTGCATCCTAAATTTGTTCTATCGTCTGAAAGTGACTAAAGCACCGTATATATGGCCCATTTGGAAGCTGTGCCAATAACATATGGAACTATATCCTAAATTTTACATATTTTTTGATTACAATCCTAAATTTTACATATTTTTTGATTACAATCCTAAATTTTACATATGGAACTACTGATTGTATGTCATTTTCCGAAATTACAACTAAAATCAATCATATTATTTTGCAATAACATGCATGTACTCGGTTTTTCCGATTAACTTACCAAATAATATTTCCTTTCCATTCAAGTAGACAACAATGTCGAAGCTGTTCCAGAGAACAATGAGAATGTTGTTCGGTTGACTGAACAAAGTGTTGATTTGTTTCCTGAGGGAAGTTTGAATGAAGGTTATGCTTATTTCAATTTCAAATCCTGCTTGCCTGACTGAATCAGTGTTGTCAATCGCATATCGCAGAAAATAGTGGTTTGTTCAAATTCTGCTACACAAATAGCTGTTATTTGACAGCATTTTGCACTAAATAGAATAACTTTGAGCAATAGCGTTTTGTTCAAATTCCATTACGCTATAGCACTATAGAGCCACTATTTAATACTAGATCGATTTTTGGTTAATGAATTGAAATTGATAGCAAGTTTTTTAAATTTGTTGTCTATTTGATCTTTATGTAAATACTAAATACCACATGTTGCATGATATTGTAACCCTTTCATTTTCTATATGGTCCCAGTCAATCAACTTTATGCAACCAAAGCAATTGATTGACATCATTATAGTTAGCTTATTTAACAAATGGAGGATTCTTTTTTCTTTTGTTATGAAGGGAGAGTTTTCTTTAACTTCGAATCCTCTATCTGCAGATATAACAGGAGAGGGAACTTAGAAATGCAAGAACAGACACCTGTAGGTGCACAAGTTGAAGATGAAGAAGTTGCAATTGCATCTGAGACAAACAGCAGCTTATCTAATTCTAACGGACAAACCGGCATTACTGCTTCAGAAGAAGGCTCGAGTAAAGGTTTCAATTTCATCTTATTGCTTCATGTTTCTATTCTAATTTTTCTACATCTAACAGAAGTAAATATGTTAGACATATTTGAATTTATACATGTATTTCAGTTTTCACATGTAAAAGAGAAGAAAAAAATAATATACTTCCACTTTTAATATATTTTATCTTTTGTTTTAAAATAGCTTATACATAAGGGCTTATATAATAAACACTTATCTTATAAGCTTTATAATTAGGTTGTTTATCCAAACAAGGTCATAGTTTTCTAGCCTGTTCACCTATCTTTGAATTCTTAGATAGGACTTCTAATTGTTAAATGTCTGTTGCACCGCCCTTTGGATTGCAGCAACTATATCACCTGCACTTGTGAAGCAACTTCGGGACGAAACAGGAGCTGGAATGATGGACTGAAAAAATGCTCTTTCTGACAGTGAAGGTGACATTATCAAAGCACAAGAGCTCCTCAAAAAATAAGGCTTAGCGAGTGCAGACAAGAAAGCAACCAGAGCAACTGCCGAAGGAAGGATAGGTTCTTACACATCCATGACAGCAGGATCGGTGTTTTGGTAGAAGTAAACTGCGAGACAGATTTTGCCTCCAGAGGTGAAATTTTCAAAGAGCTTGTCGATGATATAGCCATGCAAGTGGCTGCGTGCCCCCAAGTAGAGTATGTTGTTACTGAAGACGTTCCTGAGGAATTCGTGAAGAAAGAAACGGAGATAGAAATGCAAAAAGAAGATCTTGCGTCAAAACCGGAGCAAATTAGATCAAGGATTGTTGAAGGACGGATAAGGAAAAGACTTGAGGATTTAGCGTTGCTTGAGCAGCCCTACATCAAGAATGATAAAGTGACAGTAAAAGATATGGTTAAGCAGACAATTGCAACAATTGGAGAAAATATGAAAGTTACAAGGTTTGTTCGGTTCAACCTCGGAGAGGGTTTAGAAAATAAAAGCCAGGATTTTGCTACTGAAGTCGCCGCACAAACTTCAGCAAAACCGGTAACTACTCCAGTGACAGAGGAGCCTGCTGCCGCAGAAGCCAAGGAGACTGAACCAAAGTAAGTGTAGTTCAATGAATTTTTACTTGTTATTGAGTTATTTAATTATGAAATTTTGGTAGACATTTAAAAACAAGATAAAGGATGGCTTTTAAATTAAGTTAAAGGACCCCTGGTGTAGTTTTTCCCAATATGAAATTTCCATAATTATGCCAAAGTAGACATTTTGTTGGCTCAACTGTGTGCTAAATCGTTCAGGAAATGGCTTGCATTTCTCATTTTCCTATTATTTTTCATTTACTTCAAATTTTATATTACACTCGTTTTACAAATGATGTGAAGAACTTTTGAAATTTACAAACTATATTTTAACCCTAACCGTCCCTGCATATCTGTATTTATGGTAAATATTACCTATGAGTTATTCTTTCTATAGACAGAACATAACCTAAGCTGTGACTGTATGATTTGTGAGCGTCAGTCAATGAAAGCACTGACACAAATACGGACATTTGACACGACACTAACACTGACATGCCGACACGTGTAGTAATTTTAGAAAATGCAACAACTGAATGTAATACATAATGAAGAGAAACATGTGATATTTGTCACTTTGCTAGACACAAAAAGCTGTCTTTTGTTCTTAGTTTATAACCACAAATATTTCTTGACCATTGTAGATGATTTTAGCAGATTTGTTTGGGTTATTTTACTCAAATCAAAACCTGAAGTTTCACAACATGTCAAAAACTGTATTCACAATATTGAAACACAACATCATATCACTCCTAAAACCATTAGGTCAGACAATGGCCCTGAATTTCTTATTCCTGATTTTTATGCTTTTAAAGGGATTGAACATCAAAGATCTTGTGTTGAAACACCCCAACAAAATGGTAGAGTAGAAAGAAAACATCAACACATTTTGAATGTTGCTAGAGCCTTATTGTTTCAATCCAAACTTCCTAAACATTTTTGGTCATATGAAGTTCTGCATGCTACTTTCTTGATCAATAGAATATCCACCCCTTTGCTCCAAAATCTTTCCCCTTATCAGGTTTTGTATGATTCACTACCTGACATTAACTCTTTTAAAGTTTTTGGCTCTTTATGTTATGCATCTACCCTTCAGGTTCATAGAACTAAACTTGATTCAAGAGCTAGAAAATGTGTTTTCTTGGGTTACAAGTCAGGTTTCAGGGGTTTTGTTCTTTATGATTTGAACTCAAGAGAAATCTTTATCTCTAGACATGTCACCTTTCATGATCACATCTTACCCTACATCAATCCTAATGTTACTCATTGGGAGTATTTTCCCTCAAAACCTTCTCATGTTTCAGATATTGTTTCTGATAGTTCTCCTGTTGTTCATCCTTCTGCATTTGATGAACTTCCCTCTCAGTCTCCACCTTCTCCTGCTCCACCTCCTGAATTACCTCCCCTTATCAGATCTTCTAGAACTAGGAATCCACCATCACACCTCAAGGATTTTGTATGCCATCTCTCCAATCAATCATCTTCTCCTTCCTGCAATAATGTTTCTGTTTATCCTATTACTGATTTTCTTTCCTATAATAAATTGTCTAACCAACATTTCAATTTTGTTTTGTCACTTCAAACACACACTGAGCCTAAATCATATGCTGAAGCAAGTAAATTTGACTGTTGGAAAAAGGCCATGGAGACTGAACTTACTACTCTTGCTCAGACTGGAACTTGGCAGATTGTTGACCTGCCTCCCAATGTCAAACCTATTGGTTGCAGATGGGTCTACAAGATCAAACATCATGCAGATGGGTCCATAGAAAGATTCAAAGCACGTTTGGTTGCTAAGGGATTTAACCAGATAAAGGGTTTAGACTATTTTGATACATATTCACCTGTTGCCAAGATGACAACAGTCAGACTTGTCATTGCTTTGGCTTCAATACAAAGCTGGTTCATTCATCAGTTAGATGTGAATAATGCCTTTCTTCATGGTGAATTGCAAGAAGATGTATACATGCAATTACCTCCATGCATCACAGTCTCTAAACCTAATCAGGTTTGCAAATTGGTTAAATCTCTCTATGGATTGAAACAGACTTCAAGGAAATGGTATGAGAAGCTGGCCTCTTTATTATTGGCTCAACGATACAAACATGCCAACTCAGATTATTATTTCTTCACCAAATCAACTGCTACTACATTCACTGTACTCTTGGTTTATGTAGATGATATCATACTAGCAGGCAACTCTTTATCTGAGTTCAATATCATTAAATCCATCCTTCATGCTTTTTTCAAAATCAAGGATTTGAGCCAGCTCAAGTATTTTCTGGGTTTGGAAGTTGCTAATTCTAAAGAGGGTATATCTCTATGTCAAAGGAAGTATTGCTTGGATCTTCTGTCTGATTCAGGTCTCACTCACTCAAAACCTGTCTCAACTCCCTCTGATCCTTCCATCAAGTTATACAATGATTTTAGTCCAGCTTACACTGACATTTCTGCTTATAGAAGATTGATTGGCAGATTGTTATATCTTAATACAAGCAGACCTAATATTACATTTGTTACACAACAATTGAGTCAGTTTCTTACAAAGCCTACTCAGATTCATCATACTGCTGCCATGAGAGTGCTCAAGTATCTCAAATCATCTCCAGGCAAAGGCTTATTTTTCCCTAGAAATTCAGCTCTTCAGTTGTTGGGATTTTCTGATGTTGACTGGGCTGGTTGTTTGGACTCCAGAAGATCTATTTCTAGTCAGTGTTTCTTCCTTGGCAAATCCTTGATCTCTTGGCGCACCAAGAAACAATTAACTGTTTCCAGGTCCTCTTCAGAGGCTGAATATAGGGCACATGCAGCTGCCACTTGTGAGCTTCAGTGGCTTCTTTATCTGCTTCAGGATTTAAAGCTTCAAACTCTTAAGCTGCCTGGCTTGTATTGTTGATGAAAGTCGTTCTTAGCATCAAACAAGATAAGTATTTGTGTATCGTCTCCACAGGGAATAGTGCGTTATCAAGGACAGTTTAACATCGATTATCATTCCAAGTATTAAGAGTACTTGTTTGTTTGAATTGAAATGTAACTAACTAAACTAATTGCAAAAAGTAAAAGTTGAGATCAATAAGGATTAAAACTTGTTAGGAGTAGCGTTCCTTAACCAAGCGTCACACGTAACCTAATGATCCATACGAATTCTAGCTTTGTAAACAACATTATCACAATCAATTCTAAACTATCCTTCGTGTCCAAAGCGATATAATCATTTCTAAGTTATCGTTTAAACATTCGTGTCCAAATCCCTTAAACGATAACAAAGTCGATCGGATAACTTAATCGACCGTGTCCAGCCTGACTAAGTATCCGAAAGCATTAAACTCTTGATTATGGTGATTATCACAAGATTAACAAAGATGTCAAGTATGTTAACCTAAGATATATTGCTACTCTAGCTCTAGATTCAAGAGTTTGTGTCCAAATCATCTTGAATCTTATTGAAAGCATTAACACAAGAATAACAACAATATTGAATATAAATTGCTAGAATCATATATTGCAAGATCAAAAGGGTTACATGTTTAGCAAGATCAAGTACCTCTCATCCTAACAAAGAGTGTTTAGCTACACATCATCATGGAAGCCTTGCAAGGATAGCTTGAAAAGGAAGGATTCATTACACTTGTGATGTCTCAACTAAGGAGTAAGCATCCAACTTCCAAAACCACTCTCACTCTATGAAGAACTACCTTCTTTCTCTCTATAAAATTACAAGCTAAAAGCTATCAAAAACTAAGAGAAAAGGATCCTCAAAATATCTAAGAAAATCCCAACATAATAATAATTTCAAGGAATAGCAAGTGGGTGTTTTATAGCCTCTGCCCTGCCTGAACTCGCAGATGCGAGCTACATCACTCGCAGATGCGAGTTGCTTCTCTGGACCAATGCAAAGCTGCCACGTCATAAATGAGGAGGTCAAACCGCCCTAACTCGCAGTTGCGAGTAAGGGTGCTCGCAGTTGCGAGTTGCTCGCATTGGCACTCGCAGATGCGAGTTTGAGTGCGAGCTGCTTCTCTCCTGAATCAGCTTCTGCCCAAATAGTGTTTTTCCATGGTTTTGGTCTTTAATCAGTGTCTTGAGGCTAATTTCTGCACAAAAGGATAGAGTAAGATATATAAAGCATAATAAGGCATTTAACACTTATTTCTCGGCTTTTCCTTCGGTAACTTGTAAAACAAGTAACAAAAAGTGTATGAAATATAACATGAAAATAACACTTCTTGGCACTTATCAAACTCTCCCCAACTTAACTCTTTGTTTGTCCTCAAACAAAAGATTGAAAATCAAACAAGTAAATTACAAGACACAAGTACACAAGGCTTTGAAAACATCTTCAGATGAATGATTTAAAAGTGAATGCGCGGGCAAGTTTAAATTTCCAACTAATCTAAAATTCTACTACTAACATGAGATGAGTCCTAAGTACAAAGTTCATGTCAAAAATTTCAAAACAATAATATATTTATTTACGAACCACACCTAACACACTTCTATGAAAGTAGATAAATAATTGAAATCAAATGAATGAGGGTTATGAACACACATCCAACAATCATGCTAACATCCTGATTAAGTTATGTGTCCATCCAAATATCATTTCAAAAAGCACAAAAGCACGGATCAAAAGGTCTTTCTAGGGTTATAACTTGGCCGGGCTACAAGAGAAATGTCATATGTGGGGCAATTGATCAAAAAGCCTATCAAAGAGGAACATTCCTTGTAACAACAATTGAAATTCAAAATTTTCCCTACCAACCATTACAAACCCTTGGTGATTAACAATATAACCAATAACCTTGACAACTTATTCTATTTTTGATTTTTCTTTCTTTTTTTTTTCTTTTCTTTTCTTTTCTCAAATGTACAAACTAAGTATATACACTTCAATGTTGTCAGGTTATTCAAACAATTTCACCAAGATACTTGACATAAGATTTACATCCACCTTCTCTCCCCAACTTGAATCAAAATACACCCTATTTGAATGTTCCTTTACTCTAAGGCAAAAGGGACAATTAAACGATGAAGGTTTAGGGTTCAACAATTAAGATCATACCAGAGTCCTAAAGTGTGTCAAGAATGAACTGGATTTCGAAAACTTCAAGGGCAAATTCATCAAGCATTGTGCTTATGAATTGACAGTTCATAATTGAGGACTCTGATTCATTTGGCTCAAGTGGGTTAGCAAATACTCACTCTTCTCACAAGGTAGGCTATTTGTGGTCAAGTATGTTTAGCTCAATAACAAAAAATGTGCCTTGATCACTTCCATGCCTTCACACAATTTAAAACAATTATTGGATTTAAAATAACAAAAACAAGTTAGACGGTGATTATTGGTCTCCAGCATATATTACAATTTGAAGATACCTCACTTTTAGGTTAAGTACTAAGTGGTTCACAAACAAATATATTATTGCGGAAAACTAACTGAAATGAAATTTGCACAAAGTACTCGTTTCATATTCGAGTAAAAACCTAGAAAAACTGGAAACTTGTACCTTGGCTTTGCGCTTTAACCATAATTATGTATCATTACCAATCATCTGAGATTTGAAAATGAAGCAAGAGTGATACAAATGAAGCTTCCATAATAAAATGAAGTACTAAATTAACCAAAAGTGCTAACACATAATTTTAACTACAAAAGACAACTATATACAATACTAATATGAATACTAACATCACAATACTAATTAAAAACAATTGTCATCACACACCATTATCCAAAAATTGATTAAAACTGGCCAAACTGCAGCTACTCGCAGTTGCGAGCAGCTTTACTCGCAGTTGCGAGTAAATGGCAGTCAAAATTGGTCAAAGACCAAATTGCTCGCAATTGCGAGCTGTTTCACTCGCCATTGCGAGTTGAGACAGTTCAGAATTCTGCTCTGTTTGTTTTCTGTTTTGAATGTTTTGATGCATGCTCATGACTATTAAACTTATTATGCATTAAAAACAGTAAATAAACTCACAAAATTGGGTTGCCTCCCAACAAGCGCTTGTTTAACGTCGTTAGCTCGACGCCTTTTTTGTTAGGGTGGCCAAAATGAGACGGACAACACATCATGCTTTGTGTTCCTTTGCTTTGGGAGGAATTCCATGAACTTTAAGTACAGATGATGTGGAGTCCATAACCTCCCTATCTTGGTTTTGAACAAGGCACAAATTTTATCAATGACCCGATCGATTTCTACCTTGCTCACTTTCTTCCCCCATGCTTCCACTAAGTCTTCCTTGATTAGTAATCGTTCCTTTATCTCTACCACCTCTATCACTTCTCCATTATCAATAATTTTGGCCTCCTCAGAATCTGACCGTTCTTGAAGAAGTTCTATTTCAAGTGGCGGCTCTATTATATCTTCCTCAAGTTCAACAACACCTTCTCCAACAATCTCTCCGTCATGAGTGGATTGAATGTTGAATTGGTTCTCCATGATTTGTGCTTGCATCATCTCCAAATGGATTGATAAATTCCTCAATCTTTGGTTGGTATTTTGCATGTTTATCATGGATTGTTGCATGAAGATATTCAAAGTATTTTCCACATTGGAAATCCGTTCATCTTCATAAGGATATTGTTGATACTGTTGATATGGTTCATAGTCGGGTGGAGTGTAAAAGTTGATGTAACCATGATCAGCCATGATTTCTTTTATGTGGAGAATCTGAAACGGATAAAACTAACAAGAAACTTTTCTTTGTTTATCAAAGAGGGGTTAGTAGTAACAACTATTAAGTAAAGAAAACTATTTACGGATTATGTACGAATACTTAAAACGATAAATCAATCGTACTATCTATGATATCTAAACACCAATCCCCGGCAACGGCGCCATTTTGATGAAAGTCGTTCTTAGCATCAAACAAGATAAGTATTTGTGTATCGTCTCCACAGGGAATAGTGCGTTATCAAGGACAGTTTAACATCAATTATCATTCCAAGTATTAAGAGTACTTGTTTGTTTGAATTGAAATGTAACTAACTAAACTAATTGCAAAAAGTAAAAGTTGAGATCAATAAGGATTAAAACTTGTTAGGAGTAGCGTTCCTTAACCAAGCGTCACACGTAACCTAATGATCCATACGAATTCTAGCTTTGTAAACAACATTATCACAATCAATTCTAAACTATCCTTCGTGTCCAAAGCGATATAATCATTTCTAAGTTATCGTTTAAACATTCGTGTCCAAATCCCTTAAACGATAACAAAGTCGATCGGATAACTTAATCGACCGTGTCCAGCCTGACTAAGTATCTGAAAGCATTAAACTCTTGATTATGGTGATTATCACAAGATTAACAAAGATGTCAAGTATGTTAACCTAAGATATATTGCTACTCTAGCTCTAGATTCAAGAGTTTGTGTCCAAATCATCTTGAATCTTATTGAAAGCATTAACACAAGAATAACAACAATATTGAATATAAATTGCTAGAATCATATATTGCAAGATCAAAAGGGTTACATGTTTAGCAAGATCAAGTACCTCTCATCCTAACAAAGAGTGTTTAGCTACACATCATCATGGAAGCCTTGCAAGGATAGCTTGAAAAGGAAGGATTCATTACACTTGTGATGTCTCAACTAAGGAGTAAGCATCCAACTTCCAAAACCACTCTCACTCTATGAAGAACTACCTTCTTTCTCTCTATAAAATTACAAGCTAAAAGCTATCAAAAACTAAGAGAAAAGGATCCTCAAAATATCTAAGAAAATCCCAACATAATAATAATTTCAAGGAATAGCAAGTGGGTGTTTTATAGCCTCTGCCCTGCCTGAACTCGCAGATGCGAGCTACATCACTCGCAGATGCGAGTTGCTTCTCTGGACCAATGCAAAGCTGCCACGTCATAAATGAGGAGGTCAAACCGCCCTAACTCGCAGTTGCGAGTAAGGGAGCTCGCAGTTGCGAGTTGCTCGCATTGGCACTCGCAGATGCGAGTTTGAGTGCGAGCTGCTTCTCTCCTGGATCAGCTTCTGCCCAAATAGTGTTTTTCCATGGTTTTGGTCTTTAATCAGTGTCTTGAGGCTAATTTCTGCACAAAAGGATAGAGTAAGATATATAAAGCGTAATAAGGCATTTAACACTTATTTCTCGGCTTTTCCTTCGGTAACTTGTAAAACAAGTAACAAAAAGTGTATGAAATATAACATGAAAATAACACTTCTTGGCACTTATCAAACTCATTTTGATGAAAGTCGTTCTTAGCATCAAACAAGATAAGTATTTGTGTATCGTCTCCACAGGGAATAGTGCGTTATCAAGGACAGTTTAACATCGATTATCATTCCAAGTATTAAGAGTACTTGTTTGTTTGAATTGAAATGTAACTAACTAAACTAATTGCAAAAAGTAAAAGTTGAGATCAATAAGGATTAAAACTTGTTAGGAGTAGCGTTCCTTAACCAAGCGTCACACGTAACCTAATGATCCATACGAATTCTAGCTTTGTAAACAACATTATCACAATCAATTCTAAACTATCCTTCGTGTCCAAAGCGATATAATCATTTCTAAGTTATCGTTTAAACATTCGTGTCCAAATCCCTTAAACGATAACAAAGTCGATCGGATAACTTAATCGACCGTGTCCAGCCTGACTAAGTATCTGAAAGCATTAAACTCTTGATTATGGTGATTATCACAAGATTAACAAAGATGTCAAGTATGTTAACCTAAGATATATTGCTACTCTAGCTCTAGATTCAAGAGTTTGTGTCCAAATCATCTTGAATCTTATTGAAAGCATTAACACAAGAATAACAACAATATTGAATATAAATTGCTAGAATCATATATTGCAAGATCAAAAGGGTTACATGTTTAGCAAGATCAAGTACCTCTCATCCTAACAAAGAGTGTTTAGCTACACATCATCATGGAAGCCTTGCAAGGATAGCTTGAAAAGGAAGGATTCATTACACTTGTGATGTCTCAACTAAGGAGTAAGCATCCAACTTCCAAAACCACTCTCACTCTATGAAGAACTACCTTCTTTCTCTCTATAAAATTACAAGCTAAAAGCTATCAAAAACTAAGAGAAAAGGATCCTCAAAATATCTAAGAAAATCCCAACATAATAATAATTTCAAGGAATAGCAAGTGGGTGTTTTATAGCCTCTGCCCTGCCTGAACTCGCAGATGCGAGCTACATCACTCGCAGATGCGAGTTGCTTCTCTGGACCAATGCAAAGCTGCCACGTCATAAATGAGGAGGTCAAACCGCCCTAACTCGCAGTTGCGAGTAAGGGAGCTCGCAGTTGCGAGTTGCTCGCATTGGCACTCGCAGATGCGAGTTTGAGTGCGAGCTGCTTCTCTCCTGGATCAGCTTCTGCCCAAATAGTGTTTTTCCATGGTTTTGGTCTTTAATCAGGGTCTTGAGGCTAATTTCTCCACAAAAGGATAGAGTAAGATATATAAAGCGTAATAAGGCATTTAACACTTATTTATCGGCTTTTCCTTCGGTAACTTGTAAAACAAGTAACAAAAAGTGTATGAAATATAACATGAAAATAACACTTCTTGGCACTTATCAAACTCATTTTGATGAAAGTCGTTCTTAGCATCAAACAAGATAAGTATTTGTGTATCGTCTCCACAGGGAATAGTGCGTTATCAAGGACAGTTTAACATCGATTATCATTCCAAGTATTAAGAGTACTTGTTTGTTTGAATTGAAATGTAACTAACTAAACTAATTGCAAAAAGTAAAAGTTGAGATCAATAAGGATTAAAACTTGTTAGGAGTAGCGTTCCTTAACCAAGCGTCACACGTAACCTAATGATCCATACGAATTCTAGCTTTGTAAACAACATTATCACAATCAATTCTAAACTATCCTTCGTGTCCAAAGCGATATAATCATTTCTAAGTTATCGTTTAAACATTCGTGTCCAAATCCCTTAAACGATAACAAAGTCGATCGGATAACTTAATCGACCGTGTCCAGCCTGACTAAGTATCCGAAAGCATTAAACTCTTGATTATGGTGATTATCACAAGATTAACAAAGATGTCAAGTATGTTAACCTAAGATATATTGCTACTCTAGCTCTAGATTCAAGAGTTTGTGTCCAAATCATCTTGAATCTTATTGAAAGCATTAACACAAGAATAACAACAATATTGAATATAAATTGCTAGAATCATATATTGCAAGATCAAAAGGGTTACATGTTTAGCAAGATCAAGTACCTCTCATCCTAACAAAGAGTGTTTAGCTACACATCATCATGGAAGCCTTGCAAGGATAGCTTGAAAAGGAAGGATTCATTACACTTGTGATGTCTCAACTAAGGAGTAAGCATCCAACTTCCAAAACCACTCTCACTCTATGAAGAACTACCTTCTTTCTCTCTATAAAATTACAAGCTAAAAGCTATCAAAAACTAAGAGAAAAGGATCCTCAAAATATCTAAGAAAATCCCAACATAATAATAATTTCAAGGAATAGCAAGTGGGTGTTTTATAGCCTCTGCCCTGCCTGAACTCGCAGATGCGAGCTACATCACTCGCAGATGCGAGTTGCTTCTCTGGACCAATGCAAAGCTGCCACGTCATAAATGAGGAGGTCAAACCGCCCTAACTCGCAGTTGCGAGTAAGGGAGCTCGCAGTTGCGAGTTGCTCGCATTGGCACTCGCAGATGCGAGTTTGAGTGCGAGCTGCTTCTCTCCTGGATCAGCTTCTGCCCAAATAGTGTTTTTCCATGGTTTTGGTCTTTAATCAGGGTCTTGAGGCTAATTTCTGCACAAAAGGATAGAGTAAGATATATAAAGCGTAATAAGGCATTTAACACTTATTTCTCGGCTTTTCCTTCGGTAACTTGTAAAACAAGTAACAAAAAGTGTATGAAATATAACATGAAAATAACACTTCTTGGCACTTATCAAACTCATTTTGATGAAAGTCGTTCTTAGCATCAAACAAGATAAGTATTTGTGTATCGTCTCCACAGGGAATAGTGCGTTATCAAGGACAGTTTAACATCGATTATCATTCCAAGTATTAAGAGTACTTGTTTGTTTGAATTGAAATGTAACTAACTAAACTAATTGCAAAAAGTAAAAGTTGAGATCAATAAGGATTAAAACTTGTTAGGAGTAGCGTTCCTTAACCAAACGTCACACGTAACCTAATGATCCATACGAATTCTAGCTTTGTAAACAACATTATCACAATCAATTCTAAACTATCCTTCGTGTCCAAAGCGATATAATCATTTCTAAGTTATCGTTTAAACATTCGTGTCCAAATCCCTTAAACGATAACAAAGTCGATCGGATAACTTAATCGACCGTGTCCAGCCTGACTAAGTATCCGAAAGCATTAAACTCTTGATTATGGTGATTATCACAAGATTAACAAAGATGTCAAGTATGTTAACCTAAGATATATTGCTACTCTAGCTCTAGATTCAAGAGTTTGTGTCCAAATCATCTTGAATCTTATTGAAAGCATTAACACAAGAATAACAACAATATTGAATATAAATTGCTAGAATCATATATTGCAAGATCAAAAGGGTTACATGTTTAGCAAGATCAAGTACCTCTCATCCTAACAAATAGTGTTTAGCTACACATCATCATGGAAGCCTTGCAAGGATAGCTTGAAAAGGAAGGATTCATTACACTTGTGATGTCTCAACTAAGGAGTAAGCATCCAACTTCCAAAACCACTCTCACTCTATGAAGAACTACCTTCTTTCTCTCTATAAAATTACAAGCTAAAAGCTATCAAAAACTAAGAGAAAAGGATCCTCAAAATATCTAAGAAAATCCCAACATAATAATAATTTCAAGGAATAGCAAGTGGGTGTTTTATAGCCTCTGCCCTGCCTGAACTCGCAGATGCGAGCTACATCACTCGCAGATGCGAGTTGCTTCTCTGGACCAATGCAAAGCTGCCACGTCATAAATGAGGAGGTCAAACCGCCCTAACTCGCAGTTGCGAGTAAGGGAGCTCGCAATTGCGAGTTGCTCGCATTGGCACTCGCAGATGCGAGTTTGAGTGCGAGCTGCTTCTCTCCTGGATCAGCTTCTGCCCAAATAGTGTTTTTCCATGGTTTTGGTCTTTAATCAGTGTCTTGAGGCTAATTTCTGCACAAAAGGATAGAGTAAGATATATAAAGCGTAATAAGGCATTTAACACTTATTTCTCGGCTTTTCCTTCGGTAACTTGTAAAACAAGTAACAAAAAGTGTATGAAATATAACATGAAAATAACACTTCTTGGCACTTATCAATTGTGACAATCAAAGCGCTTTACATATTGCAGCTAACCCTGTCTTCCATGAACGCACTAAACACTTAGAGATTGATTGCCATCTTGTGCGTGATAAACTCCAGGCTGGTGTAACGAAGCTTCTTCCAATTACTTCCAAAGCACAAATAGCAGACTTCTTCACTAAAGCTCTTCTTCCTCAGTCTTTCAGCATTTTATTATCCAAGTTCAACATGGTTGACATTTACCATCCTTCAACTTGTGGGGGGCTAATACATAATGAAGAGAAACATGACAATAAGGAGTGTTTGGATAGATAACTTGTGCAGTAAGTTACCATGCCCTAGCTAGTTTTTAGTTAGTTAGAAGAGTTTTATTACTCTATGATACAGCTCATTGTAGTATTGTAGACCTACTAGAAACTATATATAGATGTATCTTGTATTCATTCAACAATAATGAGAATATTCATTCATTCATTCTTGCTCTCATAATAGAATGTAACAACAAGTGTACGTGCTAGTTGTAAATACAAAATTTCAGAAAAAAATGGATGTGTTTGACGCAAATATTAATCTGTTCAATGTTGTGTTGCAGGAAATCAACAGTAGTGGTCTCAGCCTCTTTGGTCAAGCAACTACGAGAAGAAACCGGTACATGGATGATGGACTGTAAGAAATCTCTTGTTGAACCAGAAGGCGATCTTGAAAAGGCACAAGCATATCTCAGAAAGTTCTAGAGTCATGTAGAACTAGGTTGGTAGAAATATCATTGAGAGAAGTGTGTATAACTTTCATGTATGTAGTTGAGAGAAGTGTGTAGAACTCTCTCTTGAAGTGTGTAGAACTTTCTATTGAAGTGTGTAGAGAGTTATCCTAGGATGTGTCTAGAACTCTCCCTAGGATGTGTCTAGAACTCTCCCTTAGAGACTATAAAAAGAAGAGAGCTTGTCATTTGTAAATCAAGCAAGCAAATAAGAATCAAAGTATCCTCTCTAAGTAATCAAATTGTTCTTCTCTCAAAAAAATTTCTCCTCCTAAATTCCTCACAAAGTTCTCACTACAACCTTCTCCTTTTCCAACAAAGTGGTATCAGAGCATAGGTTCTGAGAAGAAATTATTCCATAGTTATGGCGGTCAATGGAGCGGCATCCTTCCAAGTTCCACTTCTCAAAGGGAGTACCTATGATAATTGGTGCATCAAAATGATGGCTCTTCTTGGAGCACATGATGTTTGGGAGGTTGTTGAAAAGGCTATACGGAATCACAAGATGAGGATTCCTTAACTAAAGAACAAAGAGACACTTTGAATGATTCAAGAAAGAGAGACAAAAAAGCTCTCTTCCTCATCTACCAAGCATTGGATGAAGATGAGTTCCAGAAAATCTCAAATGCAACATCCGCTAAGGAGGCATGGGAGAAGCTTAAAACCTCTTGCCATGGAGAAGACAAGGTAAAGAAGGTACGTCTCCAAACTTTAAGAGGCAAATTTGAATCCTTGCATATGAAAGAGTCAGAGTCTATTTCAGAATATTTTTCTAGAGTTATCGCTATATCAAATCAATTAAAAAGAAACGGTGAAAAGTTAGAAGATGTGAGAATTATGGAGAAGATACTCCGATCATTAGACCCCAAATTCGAGCATATTGTTGTGACAATTGAAGAAACCAAAGATTTAGAGACTATGACAATAGAGCAACTTCAAGGATCTTTGCAAGCTTATGAGGAGAAGCACAAGAAGAAGAAGAAGGAGATCACGGAGAAACTCTTCAAGCTGCAACTAAAAGAGAAAGATGATGGTTGTAACGCCCGTCTTAATTATTAATTATTTCAATCATTATAGAAAATGTTAGTAGCTAATATAAGTTTTTGAGTGAGTAAAATAAAACTAGCTATATTAATAGTAGGTGAAGAGAATAAATAAGTGGGTGTATATAGTTGAGTGAGCCCAGTTAACATAAGATGTGAACTCAATGAGACAAGAACCTAGTGTGTGTATATATATTTCATATGATAACCTAATAGGAAGCAATACACGAATATAGATCCGGAAACAAAGAAGTTACCGCCGTCGCTACCGTCGAAATCTTAGTTTCTCTTCATCATCGAAAAATTTAAACAAAATTGTAACGGAACTGATTTCAATAGTCAAAAATCTATGAATTCAGTCGTTACTCCGACGTAAAAGAGACGCTCGTTGTTAAACTATTCATATTTGTTGTTGATGCTGAGTTTCTTATATTATGTGAAAGCTTCAAATCCAGGTAAGGGTGAGACTAACTTTCAATATTATTAAGGGTATAATTCTGTAGAATGAATTTAGCATGATTAGGTTGAGTTTTGGCGAGAATTGGGAATTAGGTTTAAGACCGATTTTGATGATTGAACCATGAAAATATGTTAGATTGATGCAAAATTAGTGTACAAACCTTAGATATTGCCTAAGATGATAATTAGATGCTATTTGGTTGAAAGAATCATGAAGATAGGTGAAAAGTTGTAATTTTTAGATTTCTGGCCGTACTGACATTCATAACTCGCAACTGCGAGCAAGAACACTCGCAACTGCGAGCTAGGAACCAGAGCTCGCCACTGCGAGCAACACAACTCGCAACTGCGAGTGACCTGTAAGCTCGCCATTGCGAGCAGAATAGCTCGCCATTGCGAGCAAGGACTTAGGGACCCCAGAATGCACGCTTTGCTCGCCGTTGCGAGCAATGTTACTCGCCACTGCGAGTTAGGCTGTTAGTTGCCCAAAATTGTTCTGATGCGATCCTTTCGCACGTGTAGACATGAGATGGCCTTATAAGTAAGAAAGAGAGTTGTTTAGGATACCTCAGAAGCTCCAGAAGTCTGTTCAGGTGACTGAGATTAGTAGTGATGTTGCATGAGTGATATTATGATGCTTTATGATAATTATGTTGATGTAATTCATTCCTTAGATGATGTTAATTCATTCAAGTGTTATTATATGCTGTATCTTGTTGCTGTTTTCTGCTGTTGACTGTTAATGTCTTGAAGTTGCATGAGTCGGTCTATGTTGTCAGAATTTAAGAAGTTGTCCATGATTATGAGTTGTATAATTTGTTCACGATGTTGTCTAAGTTGTTGGAAGGTCGAGTCCATTGCATGCTCATTAAAGTTGGGGGCTTTAGGCCCGGCAGCCTTTGTGCTCATTAAAGTTGGGGGCTTTAGGCCCGGCAGCCTTTGTGCTCATTAAAGTTGGGGGCTTTAGGCCCGGCAGCCTTTGTGCTCACACGTTGAAGAGCCTAATTACGCTCATTTATGTTGTTGGCTGGTACCACATGCATATGTAGGATGTTAAGTTGAAGTTGGTGTCGTTGCATTTGTCGTTGATGTTGAAGTTGTTGTCGTTGCATTTGTCGTTGATGTTAAGTTGTTAAGTTGATAAGAGTTGTATTGTCAAGTTGGGTCGTGTTGTTGAGTCAAGTGTTAAGTTGAACATGATGTCTTATGATGATTATTAGGTGATAAATGATAATTGTTGTTGATGTTCATGATGCCCTGATGATGATGTTTGATTATGATTTGATGATGATATTTTGATGATGATGTTTGTTTATGATTGATGATGATAATACTATGATACTAAATGATTATTAATGCTGATGTTTATGATGTCTTAAGTTGTAAAATATATGATGATACTTGATTATGATTTAATGATGATTTTTGCTTATGAATTAGAGATGATAACTGTTTACGAACTAATGATGATATTTGATAATGATAATTGAATATGATTTGATATAATGCTAAATGATAAATGTTTTATATGTAAATGATTATTTATGTTGTTAAATGCACTTTGATGAATTATATGTTTAATTTATTGACTGTGAAATCTCACCCCTTCTGCGTATATGTTGCCTCGACCGTGGGTAATGTGCAGGTATTAAAGACTAGAGGCGTTCGTGAGTGGACTCCTCACTTTGTGTCTAGGTGCTCTGATATGTAACGGGATGAGGCTTGCTTTCATGAACTTTTATGAATAAACATTAACTAAGACTTATGAGATTTCTGATAAGGCCTGCGTGCCAAGACTTTTAAATGTTGAACTATTTTCCGCTGCAACAGTTTAAGATTTTTATGATGTTGAATTTGAAGGATAATTATTATTAACCATTTTATGATTTAAAAGAAGTATGTGACATTCCGTTTGTGATCAAAATACTCTGATTTATGATGAAATTTTCAAGTTGGGAAAACGGGGTGTTACAATGGTCAAAGAAATGAGAGGAGCCAATAAAGTCAAGGTAGAGGTCGAGGACGAGGTCGCAGTCGAGGATAATTTGGACGTGGCTACGGTGCACGTGGTTCAATTTTTTCAGGAAGCAGCTATGAGAAAGGAGAGACCTCAACAAGAAGACTTGGGAGAGGATACCGAAACACAAGGTATGACAAATCTCAAACTCAATGCTACAATTGTCAGAAGTTTGGGCATTACGCTTCAGAGTGTAGATTCTCCAAGAATCGAGTAGAGGAGAAAACCAACTATGTGGAAGAAAAAGACGAGAAATTTGAAACAGTGCTGCTAGCACGTGGAAGTAATGAAGGCATCCATGAAAATTCATGCTTCCTTGACACTGGTGCAAGCAATCACATGTGTGGAAAAAGGAGCATGTTCGTGGAGCTTGATGAATCGGGGCATGGAAATGTCTCATTTCACGATGATTCTAAGATTTCAGTGAAAGGCAAAGGTAATATCTTAATTTGCTTGAAAGATGGAAGACATCAATTTATTTCAAATGTCTACTATGTCCATAAAATGAAGAATAATATTTTGAGTCTGGGGCAACTGTTAGAAAAGGGTTATGATATTCACATGAAAGATTTAAGTCTCTCCATCAGAGATGAAAAAAAATAATCTCATAACCAAGGTACCAATGTCAAGAAATAGGATGTTCTTGTTGAATATCCAAAATGATGTTGAAAAGTGTCTTAAATCTTGCTACGATGATGCTTCATGGCTTTGGCATCTTCGATTTGGGCACTTAAATTTTGGAAGCTTAAGCTTAATGACAAAACAAATATGGTGAGAGGTCTTCCATCTATCAACCATCCAAACCAACTGTGTGAATAATGTTTACTTGGGAAGCAATTCCGGATGAGTTTTCCAATGGAGTCAAACTCAAGAGCCAAGAAGCCGCTCGAGCTTATACATGCTGATGTCTGTGGACCAATCAAGCCATGCTCAATAGGTAAAAATAATTATTTCCTCCTTTTCATTGATGATTTTTCAAGAAAAACATGGGTCTATTTCTTGAAGCAGAAACCAGAAGTCTTTACAACCTTCAAGAAGTTTAAAGCTGTTGTGGAGAAAGAAAGGGGTCGACAGATAAAAGCTCTGCGGACTGACCAAGGAGGAGAATTCACTTCTAAAGAGTTTCAAGAGTTTTGTGAAGAGAATGGAATCAGACGTCCATTGACAGTTCCAAGATCGCCCCAACAAAATGGTGTGGCGGAAAGGAAGAATCAAACAATACTTGACATGGCTCATAGCATGCTCAAAAGTAAGAAACTACCAAAAGAGTTTTGGGCTGAAGCTGTGGCGTGTGCAGTCTATCTATCTAATCGATCTCCAACAAGGAGTATGTGGGGAAAGACACCACAAGAAGCATGGAGTGGAAGAAAGCCAGGTATCTCACACTTGAGGGTCTTCGGGAGTGTAGCCCATGTTCACATTCTAGATGAGAAAAGAGCAAAGCTTGATGATAAGAGTGAGAAGTTCATCTTAGTTGGTTAGGATCAAAGCTCAAAGGGCTACAAGTTATACAATCCAGACAATTAATCGAGATGTTGTCTTTGATGAAGAAGGAGAATGGGACTTTGGAGCACACAAAAAGGAATACAGTTTCTTTCCCGAATTTGAAGAAGAAACGTCTCAAGAAGTTCAACAAGTGCCCCGTTCACCAACATCACCCACTTTTGAAGATACAAGTAGTGAAAGAATTACGACGCGCACACGAAGTCTTCAAGATCTCTATGATAACACAGATCCCCTATCACAACAAAGGCTTGAAGATCTCTATGAGAAAACAGGAGAAACAAATAACATCACACTATTATGTCTTTCTGCAAGTTATGAAACAGTGAATTTTGAAGAAGTTGCGCAAAAGAAGAGACGGAGAAATCCAACATACAAGGAAGTTCAAGTCATTAAGAAGGATAATATGAGGTATCACATCTCAATTCCAAAAGATCATAAGGCTATCAATGGAAAGAGAATATACAAGACAAAGAAGAACATCAAAGAAAAAATTGAAGCATACAAGGTAAGACTAGTTGCAAATGGCTATAACAAAAAGACCGATTGTCATAAGGTGTTTATCCCGAGTCGCTCACCTGGATATCATAAAGCACATAATTTAAGGGGGGTGTTGGATAGAGGATGACAAATCAAGTTTAAGGGGGGTGTTGGATAATAAATTTTATTTGGTCCAATGGACTAATCAAGTGTTAGGCCCAATTAGATAATAAATGGTGTAGCCTTTAGAAAGTTCTAGAGTCATGTAGAACTAGGTTGGTAGAAATATCATTGAGAGAAGTGTGTAGAACTTTCATGTATGTAGTTGGGAGAAGGGTGTAGAACTCTCTCTTGAAGTGTGTAGAACTTTCTATTGACGTGTGTAGAGAGTTATCCTAGGATGTGTCTAGAACTCTCCCTAGGATGTGTCTAGAACTCTCCCTTAGAGACTATAAAAAGAAGAGAGCTTGTCATTTGTAAATCAAGCAAGCAAATAAAAATCAAAGTATCCTATCTAAGTAATCAAATTGTTCTTCTCTCAAAATATTTTCTCCTCCTAAATTCCTCACAAAGTTCTCACCACAACCTTCTCCTTTTCCAACAAAGAAATCCGGAAGATTAGCAGCTGAAGGAAGAATCGGTACATACATTCACGATGCACATGTTCTAATTGAAGTGAACTGTGAAACCGACTTTGTTGGCAGAAGTGAGAAATTTAAGGAGTTGGTTGATGATCTTGCAATGCAAGTTGCTGCATGTCCACAAGTTCAGTTTGTATCCATTGAAGATATTCCTGAAACTATTGTAACGAAGGAAAAAAAACTTGAGATGCAAAGAGAAGACCTTGCTTCGAAACCCGAGAACATTAGAGAGAAAATTGTCGAGGGAAGAATCTCAAAGAGGTTAGGAGAGCTTGCTCTTCTAGAGCAGCCTTTTATTAAGGATGAAATGTTGTAGTGAAAGACTTGGTGAGGCATAGCTTACAAGCGTTTTGTTGCATATTCATAGGAAGAGTATGCGGCGGAGTGAGATCAATTTTGAAACAGAAATCTGGTTCTTCACAATAACCAAATGTTGATTAGGCGCGGCCACATTTTACTGATCTGTATCTTTATTGAGGGTACATGAGGACTGAATTTTGTGCGATTCTCCGTTGTTTATGTGTTTTTTTTTTGAGGGAACTGTTGTTTATGTGTTGAAATTAATAGTTGATGCATTTTTCAATTACATGTTTCATTAAGGTTTGAATTGTTTGTTTCATTAATTCTTCACATTTGTTACTTCTCATGTAAATGATAATAATCATTAATCATTGATTTGTTTGAAGATAGGCACTCTTTGTTTATAGTATGCTGGCACACTTGAATATTTCGAATAAAAGTTATGCGTATATCTAAGAGGTGGAAGCTTAAAGGAAGCAATATAAAGTGGCTTGGTATTTGGTATTTGTCAATGGTGTAATTATTGTATGCTAATTTTCAAATTAACGATCATATGTAATTTTTTTTTTGGTACAATCTTTTATTTATTTTAAAGGTACGGCATCATTTTTTTAAAATGATATTGTAAATGAAATGAGCTTATTTTGTTTATGTAAAAAAAAATTATGTGAATATAATTTTGTAAGTAAAAATGGTGGTATGAGGTAAAACACCTATAATTTATGTGTATTGATAAATTCATCATGAACTTACAATATTGATGGTTTTTGCGTATGGTATTTTATTTTTTTTTTTATTTTTTTTTTGGTCAAGTAACCTAGTGGCTAGAATTTACCTTTTTCAAGGTGAATAAGTGGGGTGTCCGGGGTTCGAACCTCGGCCCCTGCATATAACAATGCATGTCCCTGCCAACTGAGCTATGCTCATGGGGACTGGTATTTTATTTTATTTATGAGCGAAAAGGAGAGAGATGTTTTAAAATATAAAGGATAATCATTCATATTGTATGTTGATGATGAATTATGTCTTGTCACATTTCCATCGTTAAAATCTCCACCATGTCATATCATATCATATATAAAAAAAAGGAGAGGTTCTTTAAAATAGTGGTTTACTTACTTTTTTTAATTTTTGTGTATTTCAGGATTAGGTTGTTATGTCAGTAAAAATTAATTTGCAGCATCACATTCGTTGCAGATTTGAAGTTTTTATGTATAATTAATATAAAATATTTGATATAATAAAATTTTAATCTGAATTTGATATGGTCTCCACTTGACTAAACACCTTAACAACTTATGGGAAGTTGTCAAGAAGCAAACAGTAAATTCCAAACCTCCAATGTTGACTAAAACACCATACGTTGAAATTTCAACACGTAATTGATTTAGAAACCAATCAATTATTGAAAAGAAGGTGCCACGAAATCAACGCTTATAAACTTCTTCTTAATATTTATATATGCATTTTTTAAGTTCATTCATATAATATTAATATATGCTTTTTTAAGTGATAGATTCACGTTGCCATATCCACTCCACTAAAAACTTAGCTTATTCATATGGCTAGCAGCAATTCATCCTTAGCTCTTGTGTCTTCGTCAAGAAGAAATTATTATGATGTGTTTGTCACCTTTAGAGGTGAAGACACTCGCAACAATTTCACTGATTTTCTTTTTGACGCCCTTGAAACAAAAGGAATTTTTGCATTTCGAGATAGCACTAATCTTCAAAAAGGTGAATCCATAGGACCTGAGCTTCTTCAAGCAATCGAAGGATCTCAGGTTTTCGTCGCGGTCTTCTCAAGGAACTATGCTTCCTCAACGTGGTGCCTGCAAGAATTAGAGAAGATATGTGAATGCATTGAGGGATCCAAAAAACATGTTCTTCCTATTTTTTATGATGTTGATCCTTCTGAGGTTCGAAAGCAAAGTGGAAATTATTGTGAAGCGTTTGTCAAACATGCACAAAGATTCCAACAAGACTCTCAGATGGTGTCAAGATGGAGGGAAGCTCTAAAACGGGTGGGGAGTATCTCTGGTTGGGATCTACGTGATAAGTAAGTAATTTCTAGTATTCTTTACTTATTTTTTTGTACAAAATATAAGGTGAAGGGATAGTGCATGAGTCCAGAACAAAAATTCAAATAGTACTAACGAAATGATTTATATTTACCTCCTTTTAATGACACTAACAAGACTCAAACCTAAATCCTCATAGTCAAACGCCATGTTAATATTTTTTTTGTCTCTAGAGCAAAGATTTGGAGTTCAAACTATTTTTTTGGGTTTTTGTACGTGATGATTTAATGTTATTGAACAACTTTTTGAATTTTCAGGTCACAATCTGGGGAAATTAAAAAGATTGTTCAAACAATAATGAATATATTGGAGTGCAAATCTTCATGTGTTTCAAAAGATTTAGTTGGGATTGATTCTCCTATTAAAGCATTACAAAATCATTTGCATTTGAACTCGGTTGATGGTGTTCGTGCTATTGGAATTTGTGGAATGGGCGGAATAGGGAAGACAACCCTTGCTATGACTTTATATGACCAGATATCTCATCAATTTAGTGCATCCTGTTTTATAGATGATGTAAGCAAAATTTATAGATTATATGATGGTCCCCTCGATGCACAAAAGCAAATCCTGCTTCAAACTGTCGGTATAGAACACCAAATATGCAATCATTATAGTGCAATTGATTTGATACGACGTAGGTTAAGTCATGAAAAGGCCCTTCTAATTCTTGATAATGTGGATCAAGTTGAACAATTGGAAAAAATAGCTGTGCATCGTGGATGGTTAGGTGCAGGTAGTAGAATTATTATCATTTCTAGAGATGAACATGTATTGAAAGCATATGGAGTGGATGTAGTTTACAAAGTTCCACTCTTGGATTGGAATAAAGCTCACATGTTATTTTGTCGAAAAGCTTTCAAAGATGAGAAAATTATTATGAGTAATTATCAAAATTTGGCAGATGAGATACTGTATTATGCTAACGGTCTACCACTAGCAATAACAATATTGGGCTCATTTTTGTTTGGTCGTAATGTGACTGAATGGAAGAGTGCATTGGCTCGATTGAGAGAAAGTCCAGATAATGGTGTCATGGATGTGTTGCAATTAAGTTTTGATGGGCTAAAGCAGACAGAAAAAGAAATATTTCTTGATATTGCTTGTTTTTTCAACCACAGAGAGGAGGAATATGTTAAAAACATTCTAAACTGTTGTGGATTTCATGCTGATATTGGATTAAGAGTTCTCATTGATAAATCACTTATAAGCATTGAGGATGCATGTGTTAAAATGCATTCTTTGTTGGAAGAGTTAGGCAGAAAAATTGTGCAAGGAAATTCAAGCAAAGAGGAAAGAAAGTGGAGCAGGGTGTGGTCAAAAAAACAATTCCACAACGTTACGTTGGAGACTATGGTAAAATAGTTGTTTAGAAATAAAAAAAAAAACATATTTCCATTTGTATAAAAACTATAAATATTGAAAGTAATTTTTTTTTTATTTTTTTTTTGCAATGTTTAAGGAAAAGCAAGTTGAAGCCATAGTTTTGGGAATGGGATTTGGTGGTGGAGAGGTGGACGTTGAACACTTGTCAAAAATGAGTAATCTTAGGTTGCTCTTCATGCATGAAGCAACATTTAGTGGGAATATCTCAGAAAGTCCAAGTTGTCTTTCAAACAAATTAAGATATGTTGAGTGGTATGAATATCCTTCAAAGTATTTGCCATCAAGTTTTCACCCCAATGAACTTGTAGAATTGAACTTGCGGAGAAGCAAGATTAAACAACTATGGAAAAACAAAAAGGTACTATAAATTCTCTTATTATTTATGTTTATCTTAGAAATATAAAAAAATTCGAAACAATTATCTTACAATCAAAATAATTGCTCTATTTTTGTTGGTTTTTCATGTCACAGCATCTTCCCAATTTGAGAAAATTGAATCTATATCACTCTAGCATAGAAAAGATAATAGATTTTGGAGAGTTCCCGAATCTTGAGTGGTTAGATTTGAAAGAATGTATAAGCCTTGTTGAGTTGGATCCATCTATTGGACTTCTAACAAAGCTTGTTTACTTGAATTTAGAAGGTTGCATAAATCTAGTAAGCATACCAAACAACATATTCGATCTTAGCTCTCTTGAAGATCTAATTATGTGTCGTTGTTCCATTCCATCCTTGCATAGCTTATATTGTTTGCGCAACGTTGACATTAGCTTTTGCAATCTGAGCCAAGTTCCTGATTCAATTGAATGTTTACATTGGCTGGAAAGATTAAATTTAGGGGGAAATGATTTTGTGAGACTACCTAGCCTGAGGAAGCTTTCCAAACTTGTATATTTAAATTTGGAACATTGCAAGTTGTTGGAATGTTTGCCTCAACTTCCTTCTCCTACCACTATGCGGGAACATTGTCTTCAAAATGTTGTTTTCAAAATGTTGGAATTTGGCTGGATTACAGGATTGGTCATTTTTAACTGTCCAAAATTGGGTGAGAGGGAGTGTTGCTATAGCATGGCATTTTCATGGATGAAACAATTCATTATGGCAAACCCACAATCCTACTTTGAGAGGGAGTGTTGCTATAGCATGCCATTTTCAATTTCATGGATGAAAAAATTCACTATGGCAAACCCACAATCCTACTTTGAAGACATTCAAATTGTTATTCCAGGAAGTGAAATACCAAGTTGGATCAACAATCAGAGCATGGGTGCTTCAATACCAATAGACTTCTCTCCTGCTATGCATGATAATATCATTGGCTTTGTATGTTGTGCAGTATTTACCATTGCACCACCTTATCCTGAGTGGCATTCTAACTGCAATATCAGACTGATTTTCCAGCGTACTGTTCGCAATAAGATTTTACCGATTATGGGTCATCCACTAATTCTCAATCAATATCTTGTTACGACCAAATCAAGTCACCTATGGATAATCTACTTCCCCCGAGAGAAGCTTCATGAATTAAGAAAAATCAGTTTTATTGAATCCGGTTTGCGTATGGAGGTGAAGAGTTGTGGGTATCGTTGGGTATGTAAACAAGACCTACAAGAGTTCAACTTAACAATGATGAATCACAAAAATTCCTTAACTCGGAAGCGGAAAATTTTGGCAATTGAAGATGAGACACAACCACAGCCGCAACCTGAACAAGAATCATTCTTCTCACAAGGCATAGCTACTTCAACCGCAAAAACAATCTCTGTTTTCAACCGCAAGCAAAGGTATGTTATCATGTTAAGTTATGTTGTAATTTTATCTTGTTTTGAGATTAGTATGTTATCATTTTATGTTACGTAGACGTATTAGTATTTTGTAAATCACCTTGATGACATGATGGAGATAATTGAATTTTTCTAAGATATTGTAATCCAAAAATTTAAAAAGTATTTTGGATTTTGTTTTAAGTTTTGAACAATTTTAACACATCATGCATGAATCAAGTGATAAGAAGAAGTAACCAATTTTGTAAATTACCATAAATTATGTAATTTTTTTCAAATTATTACTGAAATCTGCATTCATGTCATCCACAGAAATAAATCTCAAACCTCCATATCAGCCACAGAAACAGAAGTATCCGTGGAGGTACAAGACTCACCTGTTACCGATGAAGTTTCTGGTGAATCTCCTTCAAATGAAGTTGGACCAAGTAAAGGCTCATCTCCTAAGTCCTATGCCAATACTGGTTCTACGAAAGCCAAACATTCAAGACCTGCAAGGAAAAGCAAGATGCCTCCTGTAAAGAATGAGGATTTGGTTCCCGGGGCAGCTTTTACGGGGAAAGTAAAATCTATCCAACGGTTTGGTGCATTTGTTGATTTTGGAGCTTTCACCGATGGACTTGTTCATATTTCAATGTTGAGTGATAGCTATGTAAAGGATGTTGCAAGTGTTGTGTCTGTTGGACAAGAAGTTACCGTGAAGGTGATTGAAGTGAACACTGAAACTAAGCGTATATCTCTATCTATGCGTGAAAATGCTGATACTGGTAAACGTATTGATGCACTTAACAATGCAGAGAAATCCGGCTCTGGGAGGAGGGATTCTTCGAAATCTGGTCCAAGGAAAGATAAGAAAAACACAAAATTTGTTGTAGGTCAGGAGTTGCAGGGTAGGGTGAAGAATATGACAAGGAGTGGTACTTTTATATCACTTCCTGAAGCGGAGGAAGGATTTCTACCGTTATCTGAGGAAGATGGCGATGGATTTGGGAAGATAATGGGAAAATCTTCTTTGGAGATTGGTCAAGAAGTTAGGGTACGAGTTTTGCATATCATAAGAGGACAAGCGACATTGACTTTGAAGAAGGAAGGAGCTTGTTCATTGGTCGGTCCCTCAACAACTGAGAAGGAAACCGAAACGGCTGCTGAAAGTTTAGCTGTTGAAGGGGATTTAGAGGCTGTAAACTCAATTATTGAGGAAGCTATTCAGACAGATATGACAACAAGCAATGTTGAAACCGACTCACCGGTTGACGTGGCAGATGAAAGTGTAACAGAAAGTGCAGTTGATCAAATTATTGCCGAAGATCGACAACAATCAGCTGGAAAGGAAGATGTTTCAGCTGCAACAGAGACAGATAGTGATGCAGTTGAGCCCGGCCCTGTTATCACTGAATCAGGAGGTTCTTGTTTTTTATCTCACACTTTTTCTGCTAATTTATCGCTTTCATAATTTACATATGGAACTACTGATTGTATGTCATTTTCCAAAATTACAACTAAAATCAATCATATTTTTTTTGCAATAACATGCATGTAAATGTTACAACTAACAATGAGATTGATGCTAGTTTGAGTGGACAAAGTGATGATTTGTCTCCTGTGGGAAGCTTGAATAAAGGTTATGCTTAATTCATTTTCAAGTCCTGCTTGCCTCAATGAATTTTGGTTAATGAATTGAAATTGATCGCATATTTTCTGAATTTGTTATGTATAAACCACATATTGCATGATATTGTACCCCTTTCATTTTTTACACGATCCGAATCAATCAATTTTATGCAACCAAAGCAATTGAAATACATCATTATAGTTTTCTTTTAACTTTGGATCCTCCATTAACAGATGTTACTAAAGAAGTGCAAGAAGAACAAACACCTGTCACAGCACAAGTTGAAGAGGTTGCAATTGCATCCAAGACAAACAGGATATCTAATTCTAATGGACAAACAAAAGGCTCGAGTGAAGGTTTCAGTTTCAGTCGCCCAATGATCATCCTGTTTTTGTCCCTACCTGTGTTCAAATTATTAGGGATGTGGGTACGGAGGTGAAGAGTTGCGGGTATAGTTGGGTATGTAAACAAGACCTACAACTTAACACTGATGAATCATGAAAATTCCGTAGTTCAGAAGTGCAAGATTTTGGAAATTGAATAGTAGTGATAGCATAGCACATAAGGTATGAAAAAAAATGCTCACCGAACTAGCAATTTATCATTCATGGAATATCTACCTTATTTTAACTTGATCATTCTTTATTGGAATATCCATCCTCATAACTAATTAACCAGAGAAGAAAAAACACATGGATTACAAGAAGAGGTGCAAGCACAAACACCTGTATCAGCACAAGTTGAAGATGAAGCGGTTGCAATTGCATCTGAAACAAATAGCAACTTATCTGCTTCAGATGAAGGCTTGAATAAAGGTTTCCTTTTCATCTTATTTGCTTCATATTTCAACTCTCATTTTTCTATATCAAACAGAAGTAAATATGTTAGGTTTGAATTTATACATGTATTTCACTTTTTACATGTAAAAGAGAAGAAAAAATGAAAATACTTCCATTTTAATGTATTTTATCATTTGTTATAAAAATAGCTTATACATAAGCAGTTTGATAATGAGCGCTTATCTTATAAGCTTTAATTAGGTTGTTTATCCAAACAAGGTCATAGTTTTCTAACCTTTTCACCTATCTTTGAATTCTTAGATAAGACTTCTAATTGTTAAATGTCTGTTCCGCTGCCCTTTGGATTGCAGCAACTATATCACCTGCACTTGTGAAGCAACTTTGGGACGAAACAGGAGCTGGACTGATGGACTGCAAAAATGCTCTTTCTGAAAGTGAAGGTGACTTTACCAAAGCACAAGAGCTCCTTAGAAAAAAAGGCTTAGCGAGTGCAGACAAAAAAGCAACCAGAGCAACTGCCGAAGGAAGGATAGGTTCTTACATCCATGATAGCAGGATCGGTGTTTTGGTAGATGATGACAGTACGTCATTACTAGTTTTTTAGTCATATTTGAGTCCTTTTTGTAATGTTTTGAGAGTCAACTACTTGTAATTCATGGCGAAATCAGATCAAAACAGGAATAAGAGCTCGAGAGGAGAAATTGATGAAAAGATTGAAAAATGCCTAAAAGTGAAGCATCGTGCCACGATGGGAGTATCTCGTGGCACGTTTGTCGAACGTGGGACAAAGGATTTGTCACTGGAAATTTCGTGCCACGATGAAGTCTGGAACGTGCCACGATATGAAAGTTTGTCTGCTGCCACGTAGGATTAATGAAGTGATCGTGCCACGATTGGATCGTAACGTGGCACGATGGTGGGCTTTCTGAAACCCTAATTTTATGGCTATAAAAGCCAGAAGTGACCAGAAGCTTGGTGTGCGATTTTGGAGACAAAAACAGAGCATAGACGGCACCAGGAAACCGCAGAACACGCAGTGGATCTCACCCAACTCATAGTTGGTTCTGGTTTATGTATGTTCACTATTTTCTATGTATTTGATTGTTTAGTTATGAGTAGCTAAACTCTTAGATTGATTAAGCCATGAGATGAATCTTTGTGATCTGTGAACCATGTAATTTGTTAAGAACTCTCTTCGACATCAATGAAAACTTAGTCTTTATTCAGAATTATTTGTGTTCATTGCTTTTTGTATGATTGTTTGCATGACTATTAACCCTAGCTTCTTTCAATCACATAAATTGATCTTAGGAATTGAATGACTACTAGCCCTAGCTTTTAATCCTGAAATAGTAATTCTGTTTAACTCAACACTAGGAACCTAGAGATAGGAAATTGAGAGTTATGACATATCAATTAACGTTCTGACTTTGCTTCCACGGTTATTCAATCTGGTTAAGAGATTAATAGGGTTATAACTTAGGAAAGGGTTTTGAGTCAAGAGATTGATCAAAACCACTTAGTTAATCCGTCGTAAAGCTAGGTTAATTTCTTTGAGAGAGAAGAGAGGCAAATTACTCACAGTGAGCAATAGAGGATTCGAAAGGCTTGATCATCTGTTTTTAATCCAATTATCAAATCCTTTTATTTACTTTGTTTAAGTTTTATAAAACCAAATCCAACTGCCTAGGGCAACCTATAAATTTAATACATCCTAAATTTTAACGTCTTTGTCGAGTAGAAATTGAAACAGTCCCTGTGGATACGAACTTATAAATTTTATTACGATATATTTTTGGTACACTTGCCAGATATCTATCAGTAGAAGTAAACTGCGAGACAGATTTTGTCTCTCGAGGTGAAATTTTCAAAGAGCTTGTCGATGATATAGCCATGCAAGTGGCTGCGTGCCCCCAAGTAGAATATGTTGTTACTGAAGACGCTCCTGAGGAGTTCGTGAAGAAAGAAACAGAGATAGAAATGCAAAAAGAAGATCTTGCGTCAAAACCGGAGCAAATTAGATCAAGGATTGTTGAAGGACGGATAAGGAAAAGACTTGAGGATTTTGCGTTTCTTGAGCAGCCCTACATCAAGAATGATAAAGTGACAGTAAAGGATATGGTTAAGCAGACAATTGCAACTATTGGAGAAAATATGAAAGTTACAAGGTTTGTGTGTTTCAACCTCGGAGAAGGTTTGGAAAAGAAAAGCCAGGATTTTGCTGCTGAAGTCGCCGCACATTTATTGAGTTATTGAGTTATTTAATTATGAAATTATGAAATTTTGGTAGACATTTATAAAAAAGATAAATGATGGCTTTTAAATTAAGTTAAAGGACCCCTGGTGTAGTTTTTCCCATTAAGTTAAAGTAGATATTTCTTGGCTCAGCTGTGTTCTAAATCGTTCAGGCAATGGCTTGGATTTCTCATATTACCTATTACCCTAACCTTGAATATTTTAACCCTAACCTTCCCTGCATAAAATCTACAAACTATAGCAAGGTGCAAAGTTTTCTTGAATATTTTAACCCTAACCTTCCCTGCATATTTGTATTTATGTTAAATATTATCTATGAGTTATTCTTGCTATGGATAAAACTTAACCTAAGCTGTGACTGTATGATTTGTGAGCGTCAGTCTACGAAAGCACTGACACAAATACGGACTTTTGACACAACACTAACACTGATATGCCGACACCATGCTAGTTGTACACACACAATTTGAGAAAAAATGGATGTGTTTGACCCAAATATTTAACTGTTCAATGTTGTGTTGCAGGAAATCAACAGTTGTGGTCTCGGCCTCTTTGTTTAATCAACTGCGAGAAGAAACCAGTGCAGGGATGATGGACTGTAAGAAATCTCTTGCTGAAACAGAAGGTGATCTTGAAAAGGCACAAGCATCCCTCTGAAGAAAGGGTCTCTCATCCGCCGATAAGAAATCCGGAAGATTAGCAGCTGAAGGAAGAATTGGTACATACATCCACGATGCACGCATCGGTGTTCTAATTGAAGTGAACTGTGAAACCGACTTTGTTGGCAGAAGTGAGAAATTCAAGGAGTTGGTTGATGATCTTGCAATGCAAGTAGCTGCTTGTCCACAGGTTCAGTTTGTATCTATTGAAGATATTCCCGAAACAATTGCGACGAAGGAAAAAGAACTTGAGATGCAGAGAGAAGACCTTGCTTGA
Protein sequence

>MS.gene69023.t1

MASCSNSSSALVTSSKKNHSYDVFVTFRGEDTRNNFTDFLFDALETKNISVFRDNTNLQQGESIGPELLRAIEISQVYVAVFSRNYASSTWCLRELEKICECIHGSKKHVLPIFYDVDPSEVRKQSGIYREAFTKHEQRFQQDFEVLSRWREALEQVGSISGWDLRDKPQSGEIKKIVQTIMNILECKSSCVSKDLVGIHSRIKALQNHLLLNSVDGVRAIGICGMGGIGKTTLAMTLYGQISHQFSASCFIDDVSKIYRLYDGPLDAQKQILLQTVGIEHHQICNRYSATELIRRRLRREKALLILDNVDQVEQLEKIAVHREWLGAGSRIVIISRDEHILKEYGVDVVYKVPLLNRTDSYELFCRKAFKVEKIITSNYQNFAYEILNYAKGLPLAIKVLGSFLFGRNVTEWKSALASLRENPDNDVMDVLQLSFDGLKHMEKEIFLHIACFFNNEDVEYVKNILNCCGFHADIGLRVLIDKSLISINGQNIEMHSLLEELGRKIVQNSSSKEPRKWSRLWSKKQFYNIKMENMEKHVEAIVLKYNEEVDVEHLSKMSNLRLLIIRYGMFSGSPSCFSNKLRYVEWDEYPSKYLPSSFHPNELVELILKESKIKQLWKNKKYLPNLRTLDLSHSMQLEKIIDFGEFPNLEWLNLEGCEKLVELDPSIGLLRKLVYLNLKDCKNLVSIPNNIFGLSSLEYLNMRGCSNVFGYPTYLFPSLRGLYCLRVVDFSFCHLSQVPDAIECLHWLERLNLGGNCFVTLPSLRKLSKLVYLDLEHCMLLESLHQLPFPTTIGWERDENNKYYRTKGLFIFNCPKLAESERERCSSMTLSWMIQFIMENPQSYSDKVQIVIPGSEIPSWINNQSVGDSIPIDFSPIMHDKNNNIIGFVCCAVFSLAPYPVCNINQVFNPIQLKIPVTIKGSLIATKSSHLWIIYFPQERCHKFGKINFDIFESEGLGMEVKSCGYRWVCKEDIQELNLTMMNQENSLAHKCKIVGIEVETQPQAEPEQESFTSQVITTSKGRKSTSYNKSTAKTISMINRKQRNKSQTSISATETEVSVEVQDSPVTDEVSGESPSNEVGPSKGSSPKSYANTGSTKAKHSRPARKSKMPPVKNEDLVPGAAFTGKVKSIQRFGAFVDFGAFTDGLVHISMLSDSYVKDVASVVSVGQEVTVKVIEVNTETKRISLSMRENADTGKRIDALNNAEKSGSGRRDSSKSGPRKDKKNTKFVVGQELQGRVKNMTRSGTFISLPEAEEGFLPLSEEDGDGFGKIMGKSSLEIGQEVRVRVLHIIRGQATLTLKKEGACSLVGPSTTEKETETAAESLAVEGDLEAVNSIIEEAIQTDMTTSNVETDSPVDVADESVTESAVDQIIAEDRQQSAGKEDVSAATETDSDAVEPGPVITESGDVTKEVQEEQTPVTAQVEEVAIASKTNRISNSNGQTKGSSEGFSFSRPMIILFLSLPVFKLLGMWVRREEKTHGLQEEVQAQTPVSAQVEDEAVAIASETNSNLSASDEGLNKATISPALVKQLWDETGAGLMDCKNALSESEGDFTKAQELLRKKGLASADKKATRATAEGRIGSYIHDSRIGVLPYIKNDKVTVKDMVKQTIATIGENMKVTRKSTVVVSASLFNQLREETSAGMMDCKKSLAETEAEGRIGTYIHDARIGVLIEVNCETDFVGRSEKFKELVDDLAMQVAACPQVQFVSIEDIPETIATKEKELEMQREDLA