AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene016473

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene016473.t1 MTR_8g041890 79.558 724 85 5 8 731 1 661 0.0 1122
MS.gene016473.t1 MTR_8g041910 69.262 732 157 10 4 731 2 669 0.0 1001
MS.gene016473.t1 MTR_8g041660 66.714 703 163 8 29 731 22 653 0.0 916
MS.gene016473.t1 MTR_8g041710 61.264 728 202 15 8 731 1 652 0.0 863
MS.gene016473.t1 MTR_8g041660 64.500 600 144 6 29 628 22 552 0.0 751
MS.gene016473.t1 MTR_8g041880 83.871 403 64 1 329 731 259 660 0.0 704
MS.gene016473.t1 MTR_8g041880 75.385 260 63 1 8 267 1 259 4.43e-139 424
MS.gene016473.t1 MTR_8g041690 58.219 584 191 9 199 731 80 661 0.0 631
MS.gene016473.t1 MTR_8g041690 51.982 227 108 1 29 255 21 246 3.21e-77 261
MS.gene016473.t1 MTR_3g415610 54.257 599 190 11 137 731 14 532 0.0 598
MS.gene016473.t1 MTR_8g041870 64.693 456 98 5 8 463 1 393 0.0 552
MS.gene016473.t1 MTR_8g041670 67.548 416 94 4 332 731 66 456 0.0 552
MS.gene016473.t1 MTR_8g041670 65.306 49 15 1 214 260 12 60 1.06e-12 71.2
MS.gene016473.t1 MTR_8g041650 66.496 391 117 4 342 731 278 655 2.17e-170 504
MS.gene016473.t1 MTR_8g041650 44.747 257 137 4 14 269 12 264 6.54e-64 225
MS.gene016473.t1 MTR_8g041820 94.043 235 14 0 497 731 20 254 4.99e-163 470
MS.gene016473.t1 MTR_3g011930 62.760 384 135 3 352 731 137 516 2.98e-161 476
MS.gene016473.t1 MTR_3g011930 36.264 91 57 1 173 263 22 111 4.03e-11 66.6
MS.gene016473.t1 MTR_3g011910 62.334 377 130 3 360 731 276 645 3.53e-158 473
MS.gene016473.t1 MTR_3g011910 31.933 238 158 2 29 265 9 243 1.50e-31 131
MS.gene016473.t1 MTR_5g005530 41.667 648 289 12 88 730 80 643 9.45e-152 456
MS.gene016473.t1 MTR_1g105655 38.028 710 356 12 33 731 33 669 3.69e-149 450
MS.gene016473.t1 MTR_1g105595 37.823 735 369 12 14 731 4 667 3.57e-147 445
MS.gene016473.t1 MTR_1g021632 37.088 728 377 16 16 730 7 666 2.03e-139 425
MS.gene016473.t1 MTR_2g011180 54.048 420 165 5 334 731 439 852 2.66e-139 431
MS.gene016473.t1 MTR_5g005520 61.424 337 124 2 397 731 338 670 8.39e-138 421
MS.gene016473.t1 MTR_5g005520 27.679 224 143 8 48 260 42 257 1.10e-15 81.6
MS.gene016473.t1 MTR_4g091670 52.099 405 176 2 342 731 451 852 1.28e-133 416
MS.gene016473.t1 MTR_2g011230 59.347 337 132 2 396 731 500 832 1.50e-132 412
MS.gene016473.t1 MTR_4g091860 51.825 411 172 5 334 731 439 836 1.52e-132 412
MS.gene016473.t1 MTR_2g011150 59.763 338 134 2 396 731 445 782 1.33e-131 409
MS.gene016473.t1 MTR_7g056680 53.213 389 160 4 350 731 286 659 5.65e-131 403
MS.gene016473.t1 MTR_2g011160 59.226 336 131 2 396 731 517 846 8.42e-131 408
MS.gene016473.t1 MTR_1g052880 51.515 429 182 5 326 731 598 1023 2.32e-130 412
MS.gene016473.t1 MTR_7g056680 52.956 389 165 3 350 731 442 819 3.77e-130 405
MS.gene016473.t1 MTR_7g056680 52.956 389 165 3 350 731 447 824 5.65e-130 405
MS.gene016473.t1 MTR_7g056680 53.213 389 160 4 350 731 442 815 6.10e-130 405
MS.gene016473.t1 MTR_2g011280 52.926 393 174 4 343 725 447 838 7.19e-130 405
MS.gene016473.t1 MTR_7g056680 53.213 389 160 4 350 731 447 820 8.13e-130 405
MS.gene016473.t1 MTR_2g011340 53.015 398 177 6 335 725 440 834 1.99e-129 404
MS.gene016473.t1 MTR_8g465510 53.191 376 158 5 366 731 411 778 8.35e-129 401
MS.gene016473.t1 MTR_7g056663 57.478 341 134 3 396 731 510 844 1.37e-128 402
MS.gene016473.t1 MTR_8g013560 50.580 431 200 6 305 731 407 828 1.39e-128 402
MS.gene016473.t1 MTR_3g007600 54.624 346 150 4 388 731 13 353 7.50e-128 384
MS.gene016473.t1 MTR_2g011270 51.908 393 178 3 343 725 427 818 8.00e-128 400
MS.gene016473.t1 MTR_1g105650 54.775 356 146 3 343 698 300 640 9.03e-128 395
MS.gene016473.t1 MTR_1g105650 30.000 240 143 8 29 255 27 254 1.23e-22 103
MS.gene016473.t1 MTR_8g013610 52.826 407 180 5 328 731 429 826 1.00e-127 399
MS.gene016473.t1 MTR_2g011240 49.760 416 198 4 305 714 395 805 1.31e-127 399
MS.gene016473.t1 MTR_0090s0020 50.873 401 186 4 334 731 423 815 4.08e-127 397
MS.gene016473.t1 MTR_7g056450 49.052 422 185 6 328 731 418 827 1.24e-126 397
MS.gene016473.t1 MTR_7g056640 51.515 396 176 6 339 731 453 835 2.34e-126 396
MS.gene016473.t1 MTR_7g056510 50.120 417 180 6 335 731 414 822 1.24e-125 394
MS.gene016473.t1 MTR_8g465410 52.273 396 175 4 336 731 436 817 2.80e-125 393
MS.gene016473.t1 MTR_7g056623 63.636 297 102 2 405 698 468 761 2.92e-125 394
MS.gene016473.t1 MTR_8g061110 49.380 403 193 3 338 731 324 724 2.38e-124 388
MS.gene016473.t1 MTR_3g007630 51.010 396 179 6 334 728 443 824 6.71e-124 390
MS.gene016473.t1 MTR_5g067310 60.811 296 115 1 408 703 4 298 9.63e-124 372
MS.gene016473.t1 MTR_7g056590 58.642 324 133 1 408 731 359 681 1.23e-123 384
MS.gene016473.t1 MTR_6g012810 55.523 344 151 1 388 731 579 920 1.45e-123 391
MS.gene016473.t1 MTR_6g012810 53.846 104 41 2 504 603 2 102 9.37e-23 104
MS.gene016473.t1 MTR_7g056430 51.128 399 171 3 341 731 777 1159 1.46e-123 397
MS.gene016473.t1 MTR_8g465150 49.877 407 190 4 335 731 432 834 1.48e-123 389
MS.gene016473.t1 MTR_4g091840 49.383 405 191 4 331 731 457 851 5.40e-123 388
MS.gene016473.t1 MTR_7g056667 59.561 319 119 3 408 723 518 829 6.34e-123 387
MS.gene016473.t1 MTR_2g089290 50.000 384 179 3 327 698 578 960 1.62e-122 390
MS.gene016473.t1 MTR_1g021610 56.269 327 142 1 405 731 345 670 3.58e-122 380
MS.gene016473.t1 MTR_1g021610 28.959 221 142 5 43 255 40 253 9.32e-19 91.3
MS.gene016473.t1 MTR_8g052570 50.275 364 174 2 355 713 3 364 5.38e-122 370
MS.gene016473.t1 MTR_8g052517 50.275 364 174 2 355 713 3 364 5.38e-122 370
MS.gene016473.t1 MTR_4g081650 50.000 392 183 3 331 720 429 809 5.67e-122 384
MS.gene016473.t1 MTR_1g021642 56.364 330 140 3 405 731 350 678 6.42e-122 380
MS.gene016473.t1 MTR_1g021642 26.506 249 169 6 17 255 23 267 8.22e-18 88.2
MS.gene016473.t1 MTR_8g013580 50.498 402 190 5 331 731 436 829 6.78e-122 384
MS.gene016473.t1 MTR_1g105640 57.538 325 133 2 402 725 326 646 8.73e-122 379
MS.gene016473.t1 MTR_1g105640 29.741 232 146 6 41 262 36 260 5.55e-23 104
MS.gene016473.t1 MTR_1g105640 58.199 311 129 1 402 711 326 636 1.00e-121 379
MS.gene016473.t1 MTR_1g105640 29.741 232 146 6 41 262 36 260 4.72e-23 104
MS.gene016473.t1 MTR_1g105640 58.199 311 129 1 402 711 326 636 1.03e-121 379
MS.gene016473.t1 MTR_1g105640 29.741 232 146 6 41 262 36 260 5.21e-23 104
MS.gene016473.t1 MTR_4g091690 49.875 401 195 3 331 731 463 857 1.29e-121 384
MS.gene016473.t1 MTR_2g081470 50.376 399 187 6 335 731 426 815 1.49e-121 383
MS.gene016473.t1 MTR_3g007510 50.125 399 187 5 334 731 447 834 1.66e-121 384
MS.gene016473.t1 MTR_3g007510 50.125 399 187 5 334 731 443 830 1.94e-121 383
MS.gene016473.t1 MTR_8g465570 59.283 307 124 1 396 702 452 757 2.09e-121 382
MS.gene016473.t1 MTR_8g465470 56.923 325 139 1 378 702 504 827 2.14e-121 384
MS.gene016473.t1 MTR_4g091780 52.304 369 170 4 331 698 446 809 6.44e-121 382
MS.gene016473.t1 MTR_1g104890 49.268 410 177 6 337 731 280 673 6.75e-121 377
MS.gene016473.t1 MTR_1g104890 29.958 237 160 4 36 268 40 274 1.65e-28 122
MS.gene016473.t1 MTR_4g091850 49.626 401 195 3 331 731 454 847 6.81e-121 382
MS.gene016473.t1 MTR_5g067250 60.396 303 119 1 396 698 486 787 7.83e-121 381
MS.gene016473.t1 MTR_3g007650 50.125 399 193 4 334 731 449 842 8.37e-121 382
MS.gene016473.t1 MTR_5g065130 55.060 336 141 4 404 731 332 665 8.92e-121 377
MS.gene016473.t1 MTR_5g065130 24.380 242 161 5 43 269 27 261 2.82e-11 67.4
MS.gene016473.t1 MTR_8g013620 53.298 379 166 4 333 708 432 802 9.87e-121 381
MS.gene016473.t1 MTR_1g105600 36.248 709 353 17 31 722 287 913 1.22e-120 384
MS.gene016473.t1 MTR_4g081655 56.250 336 144 2 396 731 489 821 1.29e-120 381
MS.gene016473.t1 MTR_4g081685 57.012 328 138 3 405 731 499 824 1.43e-120 381
MS.gene016473.t1 MTR_4g091760 50.843 415 183 8 331 731 439 846 1.83e-120 381
MS.gene016473.t1 MTR_2g081500 50.000 400 186 7 335 731 429 817 2.02e-120 380
MS.gene016473.t1 MTR_2g011210 49.744 390 179 3 333 706 432 820 2.28e-120 381
MS.gene016473.t1 MTR_8g465990 57.407 324 136 2 408 731 465 786 2.58e-120 379
MS.gene016473.t1 MTR_3g007510 50.125 399 184 6 334 731 447 831 3.06e-120 380
MS.gene016473.t1 MTR_8g442370 49.132 403 187 4 307 698 360 755 6.53e-120 378
MS.gene016473.t1 MTR_3g051420 54.467 347 150 4 388 731 439 780 6.81e-120 378
MS.gene016473.t1 MTR_8g465990 57.407 324 136 2 408 731 503 824 9.37e-120 379
MS.gene016473.t1 MTR_4g081675 56.881 327 140 1 405 731 498 823 9.64e-120 379
MS.gene016473.t1 MTR_7g056650 47.418 426 195 6 325 731 264 679 1.17e-119 380
MS.gene016473.t1 MTR_5g055070 51.374 364 170 3 335 698 428 784 1.21e-119 378
MS.gene016473.t1 MTR_8g051600 53.709 337 155 1 389 724 451 787 3.73e-119 376
MS.gene016473.t1 MTR_5g055070 54.734 338 146 3 367 698 406 742 4.66e-119 375
MS.gene016473.t1 MTR_4g081640 56.250 336 141 2 396 731 452 781 5.61e-119 375
MS.gene016473.t1 MTR_4g081750 52.909 361 159 3 337 697 780 1129 5.86e-119 385
MS.gene016473.t1 MTR_4g091570 58.861 316 127 2 394 709 737 1049 8.40e-119 382
MS.gene016473.t1 MTR_4g091570 37.452 259 105 6 412 669 19 221 1.97e-39 157
MS.gene016473.t1 MTR_8g442310 55.521 317 141 0 385 701 408 724 2.03e-118 374
MS.gene016473.t1 MTR_3g079850 50.802 374 171 4 344 713 278 642 2.05e-118 370
MS.gene016473.t1 MTR_3g079850 28.788 198 122 5 76 256 68 263 4.72e-17 85.9
MS.gene016473.t1 MTR_7g056647 49.279 416 189 5 331 726 269 682 2.29e-118 371
MS.gene016473.t1 MTR_1g105835 57.191 299 126 2 404 701 29 326 2.35e-118 360
MS.gene016473.t1 MTR_1g021635 54.242 330 147 2 402 731 349 674 2.43e-118 370
MS.gene016473.t1 MTR_1g021635 26.070 257 173 7 14 258 4 255 2.74e-15 80.1
MS.gene016473.t1 MTR_8g465160 49.630 405 190 6 335 731 438 836 2.79e-118 375
MS.gene016473.t1 MTR_4g081665 50.678 369 171 2 331 699 427 784 4.67e-118 374
MS.gene016473.t1 MTR_8g051540 55.205 317 142 0 385 701 454 770 7.28e-118 373
MS.gene016473.t1 MTR_8g013620 59.810 316 122 2 396 708 449 762 7.42e-118 372
MS.gene016473.t1 MTR_1g105595 41.091 550 293 9 199 731 85 620 1.53e-117 367
MS.gene016473.t1 MTR_1g105595 27.925 265 178 4 14 267 4 266 1.03e-24 110
MS.gene016473.t1 MTR_1g105700 50.852 352 166 2 348 698 304 649 1.59e-117 369
MS.gene016473.t1 MTR_7g056647 49.279 416 189 5 331 726 431 844 2.11e-117 373
MS.gene016473.t1 MTR_4g091820 48.889 405 193 4 331 731 455 849 2.12e-117 377
MS.gene016473.t1 MTR_0148s0080 55.457 339 146 2 376 714 676 1009 4.99e-117 376
MS.gene016473.t1 MTR_3g019390 53.736 348 155 4 388 731 475 820 6.64e-117 371
MS.gene016473.t1 MTR_4g040480 47.561 410 200 6 333 731 423 828 8.30e-117 371
MS.gene016473.t1 MTR_3g020320 53.468 346 151 5 388 731 479 816 1.18e-116 370
MS.gene016473.t1 MTR_1g105710 55.987 309 136 0 390 698 329 637 1.74e-116 366
MS.gene016473.t1 MTR_1g105710 26.531 245 158 9 35 266 26 261 9.82e-11 65.5
MS.gene016473.t1 MTR_5g005480 49.383 405 187 5 335 731 263 657 3.49e-116 364
MS.gene016473.t1 MTR_5g005480 27.347 245 161 6 19 254 13 249 1.10e-22 103
MS.gene016473.t1 MTR_8g051640 51.087 368 166 3 336 689 358 725 5.73e-116 367
MS.gene016473.t1 MTR_3g020230 52.571 350 154 5 383 731 438 776 6.57e-116 367
MS.gene016473.t1 MTR_8g442270 55.449 312 139 0 387 698 454 765 7.60e-116 368
MS.gene016473.t1 MTR_8g052513 50.857 350 167 2 364 712 418 763 8.20e-116 367
MS.gene016473.t1 MTR_3g019420 53.602 347 157 3 388 731 476 821 1.23e-115 368
MS.gene016473.t1 MTR_3g019580 53.890 347 152 5 386 731 449 788 1.47e-115 367
MS.gene016473.t1 MTR_8g052290 52.615 325 145 2 396 719 82 398 1.81e-115 354
MS.gene016473.t1 MTR_3g020280 53.254 338 148 4 396 731 486 815 1.89e-115 367
MS.gene016473.t1 MTR_3g019490 52.722 349 158 3 383 731 469 810 2.45e-115 367
MS.gene016473.t1 MTR_3g019580 53.890 347 152 5 386 731 481 820 2.49e-115 367
MS.gene016473.t1 MTR_8g052420 52.226 337 160 1 389 724 443 779 3.48e-115 365
MS.gene016473.t1 MTR_8g052200 52.711 332 156 1 389 719 440 771 5.47e-115 365
MS.gene016473.t1 MTR_3g020330 54.335 346 144 6 388 731 436 769 9.46e-115 364
MS.gene016473.t1 MTR_5g068260 52.011 348 148 4 400 731 322 666 1.01e-114 361
MS.gene016473.t1 MTR_5g068260 27.273 242 170 2 16 255 8 245 2.49e-21 99.4
MS.gene016473.t1 MTR_8g052080 52.711 332 156 1 396 726 470 801 1.17e-114 365
MS.gene016473.t1 MTR_2g081520 52.408 353 159 5 381 731 471 816 1.85e-114 364
MS.gene016473.t1 MTR_2g081520 52.408 353 159 5 381 731 475 820 2.59e-114 364
MS.gene016473.t1 MTR_4g117020 45.636 401 205 4 337 731 373 766 3.05e-114 362
MS.gene016473.t1 MTR_8g052050 53.030 330 154 1 396 724 469 798 3.19e-114 363
MS.gene016473.t1 MTR_8g052190 48.021 379 195 2 343 719 407 785 3.26e-114 363
MS.gene016473.t1 MTR_8g052190 52.923 325 152 1 396 719 462 786 5.26e-114 363
MS.gene016473.t1 MTR_8g442340 53.067 326 152 1 385 710 395 719 5.57e-114 361
MS.gene016473.t1 MTR_8g465980 53.161 348 162 1 384 731 463 809 8.51e-114 362
MS.gene016473.t1 MTR_1g021630 54.180 323 141 2 400 722 357 672 1.03e-113 358
MS.gene016473.t1 MTR_1g021630 26.236 263 173 10 12 258 2 259 8.49e-13 72.4
MS.gene016473.t1 MTR_4g091730 47.242 417 196 6 331 731 377 785 1.46e-113 361
MS.gene016473.t1 MTR_2g011190 48.168 382 179 3 333 696 426 806 2.36e-113 362
MS.gene016473.t1 MTR_6g057770 38.998 559 280 8 199 706 322 870 3.65e-113 363
MS.gene016473.t1 MTR_6g057770 28.033 239 162 5 31 262 23 258 2.30e-19 93.6
MS.gene016473.t1 MTR_6g057770 22.078 231 156 5 32 254 277 491 1.63e-11 68.2
MS.gene016473.t1 MTR_6g463710 38.998 559 280 8 199 706 322 870 5.79e-113 363
MS.gene016473.t1 MTR_6g463710 28.033 239 162 5 31 262 23 258 2.20e-19 93.6
MS.gene016473.t1 MTR_6g463710 22.078 231 156 5 32 254 277 491 1.59e-11 68.6
MS.gene016473.t1 MTR_8g052120 53.086 324 152 0 389 712 433 756 9.42e-113 359
MS.gene016473.t1 MTR_3g019500 53.687 339 151 5 395 731 489 823 1.03e-112 360
MS.gene016473.t1 MTR_5g068190 52.836 335 147 4 405 731 332 663 4.20e-112 354
MS.gene016473.t1 MTR_5g068190 29.365 252 153 7 16 254 8 247 3.86e-18 89.4
MS.gene016473.t1 MTR_3g019530 53.172 331 150 4 402 731 452 778 5.48e-112 357
MS.gene016473.t1 MTR_4g117030 42.451 457 238 7 293 731 278 727 6.69e-112 355
MS.gene016473.t1 MTR_4g117040 50.000 348 165 3 390 731 422 766 7.14e-112 356
MS.gene016473.t1 MTR_8g052060 52.266 331 156 2 396 724 425 755 8.55e-112 356
MS.gene016473.t1 MTR_3g019530 53.172 331 150 4 402 731 497 823 8.94e-112 358
MS.gene016473.t1 MTR_3g019530 53.172 331 150 4 402 731 491 817 1.08e-111 357
MS.gene016473.t1 MTR_0007s0020 34.332 734 386 16 47 698 142 861 1.89e-111 360
MS.gene016473.t1 MTR_0007s0020 30.038 263 167 6 12 263 4 260 1.21e-22 104
MS.gene016473.t1 MTR_0007s0020 23.457 243 165 6 31 264 277 507 5.92e-14 76.3
MS.gene016473.t1 MTR_1g105800 56.146 301 131 1 405 705 329 628 2.70e-111 352
MS.gene016473.t1 MTR_1g105800 29.114 237 155 5 24 254 19 248 7.49e-16 82.0
MS.gene016473.t1 MTR_2g011170 45.707 396 202 3 336 731 434 816 1.41e-110 354
MS.gene016473.t1 MTR_6g463700 38.462 572 306 10 151 702 288 833 3.31e-110 355
MS.gene016473.t1 MTR_6g463700 29.839 248 160 6 14 254 12 252 1.29e-22 103
MS.gene016473.t1 MTR_5g005450 46.465 396 198 4 342 731 263 650 1.64e-109 347
MS.gene016473.t1 MTR_5g005450 29.457 258 158 9 8 254 1 245 2.10e-21 99.8
MS.gene016473.t1 MTR_1g105820 56.478 301 130 1 405 705 331 630 2.66e-109 347
MS.gene016473.t1 MTR_1g105820 31.439 264 154 9 14 267 12 258 1.09e-27 119
MS.gene016473.t1 MTR_6g083980 52.484 322 148 4 399 719 38 355 4.17e-108 334
MS.gene016473.t1 MTR_8g028065 33.246 767 416 15 49 731 143 897 6.07e-108 349
MS.gene016473.t1 MTR_8g028065 31.048 248 148 7 14 254 11 242 1.03e-23 107
MS.gene016473.t1 MTR_8g028065 23.404 235 160 5 31 256 266 489 1.11e-14 78.6
MS.gene016473.t1 MTR_6g053000 51.622 339 155 3 361 698 296 626 1.04e-107 342
MS.gene016473.t1 MTR_6g053000 25.820 244 176 4 12 254 4 243 1.84e-17 87.0
MS.gene016473.t1 MTR_0074s0060 55.892 297 130 1 403 698 301 597 1.34e-107 341
MS.gene016473.t1 MTR_0074s0060 28.030 264 153 9 12 265 4 240 4.53e-17 85.9
MS.gene016473.t1 MTR_6g057750 37.232 607 310 12 151 702 288 878 4.62e-107 347
MS.gene016473.t1 MTR_6g057750 29.839 248 160 6 14 254 12 252 1.46e-22 103
MS.gene016473.t1 MTR_6g057750 24.180 244 166 4 29 264 279 511 1.49e-17 87.8
MS.gene016473.t1 MTR_4g091680 49.211 380 171 7 352 731 447 804 5.88e-106 342
MS.gene016473.t1 MTR_0341s0020 51.327 339 155 4 400 730 326 662 8.38e-106 337
MS.gene016473.t1 MTR_1g105750 52.134 328 155 2 376 702 301 627 1.75e-105 336
MS.gene016473.t1 MTR_1g105750 29.779 272 167 7 14 276 12 268 2.73e-18 89.7
MS.gene016473.t1 MTR_6g463630 50.418 359 168 3 354 711 206 555 6.36e-105 332
MS.gene016473.t1 MTR_7g056420 53.134 335 126 5 341 660 777 1095 1.02e-103 342
MS.gene016473.t1 MTR_8g052170 47.531 324 142 2 390 712 41 337 9.70e-100 311
MS.gene016473.t1 MTR_7g056510 53.376 311 123 4 335 625 424 732 1.88e-99 323
MS.gene016473.t1 MTR_8g052490 48.308 325 142 4 396 719 73 372 3.02e-98 308
MS.gene016473.t1 MTR_5g005520 64.103 234 84 0 397 630 333 566 4.70e-98 315
MS.gene016473.t1 MTR_5g005520 27.679 224 143 8 48 260 37 252 7.76e-16 81.6
MS.gene016473.t1 MTR_2g011180 54.487 312 118 3 334 626 439 745 8.50e-98 319
MS.gene016473.t1 MTR_1g105585 45.308 373 175 4 361 731 308 653 6.31e-97 314
MS.gene016473.t1 MTR_1g105585 27.155 232 158 5 30 257 32 256 2.20e-20 96.3
MS.gene016473.t1 MTR_0090s0020 54.027 298 128 2 334 628 423 714 4.60e-96 313
MS.gene016473.t1 MTR_8g013600 44.316 431 200 10 305 731 407 801 4.66e-96 315
MS.gene016473.t1 MTR_0090s0020 54.027 298 128 2 334 628 423 714 4.74e-96 313
MS.gene016473.t1 MTR_6g055960 44.802 404 182 7 334 706 499 892 6.66e-96 318
MS.gene016473.t1 MTR_6g055960 30.651 261 159 8 12 263 4 251 4.01e-24 108
MS.gene016473.t1 MTR_6g055960 22.305 269 191 7 31 295 268 522 1.51e-12 71.6
MS.gene016473.t1 MTR_1g105725 50.729 343 138 4 360 700 322 635 3.12e-95 310
MS.gene016473.t1 MTR_1g105725 30.303 264 158 10 13 259 18 272 2.02e-21 99.8
MS.gene016473.t1 MTR_5g055070 51.525 295 137 2 335 629 428 716 7.00e-95 310
MS.gene016473.t1 MTR_1g104890 53.061 294 125 3 337 629 280 561 7.76e-94 303
MS.gene016473.t1 MTR_1g104890 29.555 247 168 4 36 278 40 284 6.01e-29 122
MS.gene016473.t1 MTR_4g098890 63.675 234 85 0 396 629 1050 1283 7.03e-92 314
MS.gene016473.t1 MTR_1g031780 49.000 300 150 3 408 705 48 346 1.06e-90 290
MS.gene016473.t1 MTR_2g038675 47.573 309 158 4 405 711 107 413 9.34e-89 285
MS.gene016473.t1 MTR_4g081655 61.538 234 90 0 396 629 524 757 1.08e-88 296
MS.gene016473.t1 MTR_4g126930 47.573 309 158 4 405 711 129 435 1.69e-88 285
MS.gene016473.t1 MTR_3g037690 54.400 250 111 2 482 731 1 247 2.33e-88 278
MS.gene016473.t1 MTR_2g081520 57.627 236 100 0 381 616 471 706 2.36e-88 293
MS.gene016473.t1 MTR_5g068250 63.507 211 77 0 405 615 338 548 1.89e-87 286
MS.gene016473.t1 MTR_5g068250 28.972 214 140 3 48 256 45 251 6.88e-20 94.4
MS.gene016473.t1 MTR_5g033690 42.775 346 184 4 358 698 265 601 2.12e-87 288
MS.gene016473.t1 MTR_6g083980 56.522 230 98 1 399 628 38 265 4.89e-86 273
MS.gene016473.t1 MTR_3g064080 51.178 297 140 5 405 698 318 612 2.71e-85 283
MS.gene016473.t1 MTR_3g011910 62.332 223 73 2 360 577 302 518 4.48e-85 278
MS.gene016473.t1 MTR_3g011910 29.603 277 182 4 6 272 3 276 1.35e-32 133
MS.gene016473.t1 MTR_2g075250 49.827 289 143 2 402 689 561 848 5.17e-85 288
MS.gene016473.t1 MTR_7g033135 48.639 294 148 2 405 698 308 598 5.81e-85 282
MS.gene016473.t1 MTR_2g073540 43.333 390 197 6 308 689 330 703 8.26e-85 285
MS.gene016473.t1 MTR_2g075250 49.827 289 143 2 402 689 656 943 2.31e-84 288
MS.gene016473.t1 MTR_2g074840 49.835 303 149 3 391 692 642 942 2.73e-83 285
MS.gene016473.t1 MTR_5g091950 41.235 405 221 5 308 709 450 840 1.33e-82 281
MS.gene016473.t1 MTR_5g091950 41.235 405 221 5 308 709 495 885 2.21e-82 281
MS.gene016473.t1 MTR_2g073640 43.478 368 190 6 326 692 598 948 2.29e-82 283
MS.gene016473.t1 MTR_1g081665 46.278 309 113 3 389 697 423 678 5.42e-82 275
MS.gene016473.t1 MTR_6g052970 44.954 327 143 5 334 659 16 306 5.62e-82 263
MS.gene016473.t1 MTR_2g075010 48.515 303 153 3 391 692 633 933 6.43e-82 281
MS.gene016473.t1 MTR_5g091950 41.235 405 221 5 308 709 585 975 8.51e-82 281
MS.gene016473.t1 MTR_8g058250 47.751 289 149 2 402 689 558 845 1.32e-81 279
MS.gene016473.t1 MTR_5g083910 47.651 298 154 2 393 689 509 805 2.98e-81 277
MS.gene016473.t1 MTR_2g073650 49.175 303 151 3 391 692 641 941 3.13e-81 279
MS.gene016473.t1 MTR_2g074990 48.845 303 152 3 391 692 631 931 5.11e-81 278
MS.gene016473.t1 MTR_8g058250 47.751 289 149 2 402 689 654 941 5.97e-81 278
MS.gene016473.t1 MTR_2g073520 42.308 390 201 6 308 689 436 809 8.86e-81 275
MS.gene016473.t1 MTR_8g461110 42.466 365 186 5 337 698 629 972 1.39e-80 278
MS.gene016473.t1 MTR_2g075060 47.040 321 166 4 374 692 623 941 1.41e-80 277
MS.gene016473.t1 MTR_8g445800 49.485 291 143 3 408 698 500 786 2.16e-80 274
MS.gene016473.t1 MTR_2g073600 43.478 391 194 8 308 689 567 939 2.23e-80 276
MS.gene016473.t1 MTR_5g083910 47.651 298 154 2 393 689 641 937 2.37e-80 276
MS.gene016473.t1 MTR_3g064110 34.087 619 321 19 90 700 88 627 2.97e-80 270
MS.gene016473.t1 MTR_2g073560 43.478 391 194 8 308 689 543 915 3.09e-80 276
MS.gene016473.t1 MTR_8g445800 49.485 291 143 3 408 698 553 839 6.22e-80 274
MS.gene016473.t1 MTR_6g463830 33.058 605 315 12 87 627 194 772 1.21e-79 273
MS.gene016473.t1 MTR_6g463830 31.274 259 167 5 12 263 4 258 2.22e-26 115
MS.gene016473.t1 MTR_6g463830 23.967 242 165 7 31 265 275 504 1.67e-14 78.2
MS.gene016473.t1 MTR_3g064090 48.485 297 148 5 405 698 321 615 1.81e-79 267
MS.gene016473.t1 MTR_8g445800 49.485 291 143 3 408 698 698 984 1.96e-79 275
MS.gene016473.t1 MTR_2g012350 43.917 337 152 4 346 680 235 536 2.33e-79 264
MS.gene016473.t1 MTR_2g074980 49.153 295 147 3 399 692 617 909 4.19e-79 273
MS.gene016473.t1 MTR_2g073630 44.478 335 171 4 356 689 585 905 1.46e-78 271
MS.gene016473.t1 MTR_1g105755 45.183 301 118 2 405 705 327 580 2.67e-78 263
MS.gene016473.t1 MTR_1g105755 31.111 270 161 9 8 267 1 255 1.23e-25 112
MS.gene016473.t1 MTR_8g059605 47.973 296 148 3 399 689 448 742 9.65e-78 266
MS.gene016473.t1 MTR_2g064930 42.722 316 175 3 379 689 11 325 2.12e-77 254
MS.gene016473.t1 MTR_7g056450 51.119 268 102 5 328 577 428 684 3.16e-77 262
MS.gene016473.t1 MTR_2g064940 45.936 283 151 2 408 689 39 320 4.36e-77 253
MS.gene016473.t1 MTR_8g059615 48.649 296 146 3 399 689 626 920 4.67e-77 267
MS.gene016473.t1 MTR_2g074820 42.985 335 163 4 391 724 135 442 6.70e-77 254
MS.gene016473.t1 MTR_8g059605 47.973 296 148 3 399 689 643 937 1.20e-76 266
MS.gene016473.t1 MTR_8g087740 48.089 314 154 5 387 694 644 954 1.86e-76 266
MS.gene016473.t1 MTR_3g011890 50.633 237 113 2 31 267 25 257 4.10e-76 246
MS.gene016473.t1 MTR_7g056510 50.951 263 107 4 335 577 424 684 4.79e-75 256
MS.gene016473.t1 MTR_6g012810 64.737 190 65 1 388 577 579 766 1.21e-74 257
MS.gene016473.t1 MTR_6g012810 53.846 104 41 2 504 603 2 102 7.60e-23 104
MS.gene016473.t1 MTR_2g013210 40.741 351 189 6 391 724 20 368 1.29e-74 246
MS.gene016473.t1 MTR_5g068290 57.820 211 82 2 408 618 152 355 2.45e-73 242
MS.gene016473.t1 MTR_0090s0020 52.227 247 109 2 334 577 423 663 3.64e-73 251
MS.gene016473.t1 MTR_8g461260 42.574 303 167 3 387 683 16 317 4.49e-73 243
MS.gene016473.t1 MTR_4g088975 41.994 331 185 5 405 731 40 367 1.03e-72 241
MS.gene016473.t1 MTR_4g091670 51.793 251 103 2 342 577 451 698 2.19e-72 249
MS.gene016473.t1 MTR_8g463990 45.000 280 152 2 405 683 37 315 1.30e-71 239
MS.gene016473.t1 MTR_8g013620 53.226 248 105 4 333 577 432 671 2.14e-71 246
MS.gene016473.t1 MTR_3g068025 46.075 293 154 4 401 692 338 627 2.57e-71 246
MS.gene016473.t1 MTR_2g074870 40.395 354 172 7 340 692 193 508 2.58e-71 243
MS.gene016473.t1 MTR_7g063010 44.218 294 161 3 405 697 332 623 3.66e-71 246
MS.gene016473.t1 MTR_7g056617 52.542 236 104 2 342 577 440 667 4.38e-71 245
MS.gene016473.t1 MTR_2g073520 45.223 314 148 6 308 613 568 865 1.04e-70 248
MS.gene016473.t1 MTR_3g116450 40.248 323 184 4 405 721 281 600 1.74e-70 243
MS.gene016473.t1 MTR_3g019390 60.733 191 74 1 388 577 385 575 1.80e-70 241
MS.gene016473.t1 MTR_2g039290 46.454 282 147 3 405 683 1053 1333 2.03e-70 251
MS.gene016473.t1 MTR_2g039290 46.454 282 147 3 405 683 831 1111 2.14e-70 251
MS.gene016473.t1 MTR_2g039290 46.454 282 147 3 405 683 1065 1345 2.55e-70 251
MS.gene016473.t1 MTR_3g050780 44.286 280 153 3 407 683 73 352 2.56e-70 236
MS.gene016473.t1 MTR_7g018890 45.035 282 149 3 408 685 391 670 2.91e-70 244
MS.gene016473.t1 MTR_4g126270 39.523 377 204 6 331 683 437 813 3.27e-70 248
MS.gene016473.t1 MTR_7g116660 41.212 330 180 5 405 722 66 393 5.35e-70 241
MS.gene016473.t1 MTR_3g019390 60.733 191 74 1 388 577 475 665 6.12e-70 242
MS.gene016473.t1 MTR_8g067735 38.196 377 213 8 327 696 277 640 8.95e-70 241
MS.gene016473.t1 MTR_5g019940 40.867 323 179 5 405 721 249 565 1.07e-69 239
MS.gene016473.t1 MTR_3g079850 52.521 238 100 4 344 577 278 506 1.40e-69 237
MS.gene016473.t1 MTR_3g079850 28.788 198 122 5 76 256 68 263 4.21e-17 85.5
MS.gene016473.t1 MTR_3g107070 40.108 369 192 9 340 703 418 762 1.49e-69 243
MS.gene016473.t1 MTR_8g064690 43.945 289 150 4 409 690 308 591 1.69e-69 241
MS.gene016473.t1 MTR_2g100290 43.357 286 159 3 405 689 400 683 1.88e-69 241
MS.gene016473.t1 MTR_8g077850 43.056 288 154 4 408 689 333 616 2.13e-69 240
MS.gene016473.t1 MTR_8g465580 62.431 181 68 0 379 559 464 644 2.57e-69 240
MS.gene016473.t1 MTR_0015s0030 41.234 308 164 5 408 698 324 631 3.52e-69 239
MS.gene016473.t1 MTR_0015s0060 42.715 302 162 7 408 698 33 334 5.67e-69 231
MS.gene016473.t1 MTR_2g046130 43.345 293 160 4 402 691 174 463 8.04e-69 234
MS.gene016473.t1 MTR_6g088610 43.750 288 152 4 408 689 291 574 1.15e-68 238
MS.gene016473.t1 MTR_7g063030 44.027 293 161 3 405 696 330 620 1.17e-68 238
MS.gene016473.t1 MTR_5g034210 42.606 284 151 4 409 685 63 341 1.24e-68 231
MS.gene016473.t1 MTR_5g034210 42.606 284 151 4 409 685 56 334 1.41e-68 231
MS.gene016473.t1 MTR_7g111690 44.523 283 155 2 405 686 188 469 1.42e-68 234
MS.gene016473.t1 MTR_2g081520 56.345 197 86 0 381 577 471 667 1.83e-68 238
MS.gene016473.t1 MTR_2g080080 39.241 395 211 10 323 709 403 776 2.72e-68 240
MS.gene016473.t1 MTR_2g103950 42.509 287 163 2 402 687 30 315 2.81e-68 229
MS.gene016473.t1 MTR_7g063030 44.027 293 161 3 405 696 336 626 2.95e-68 237
MS.gene016473.t1 MTR_4g093080 38.400 375 208 10 329 697 273 630 3.16e-68 240
MS.gene016473.t1 MTR_1g067140 41.368 307 177 3 401 704 63 369 4.02e-68 229
MS.gene016473.t1 MTR_1g029610 37.173 382 224 7 323 696 202 575 4.56e-68 235
MS.gene016473.t1 MTR_5g091380 44.170 283 156 2 405 686 176 457 5.74e-68 233
MS.gene016473.t1 MTR_7g100500 41.584 303 169 4 389 683 45 347 9.48e-68 228
MS.gene016473.t1 MTR_4g123880 42.708 288 163 2 405 691 172 458 1.02e-67 230
MS.gene016473.t1 MTR_8g016330 37.592 407 223 9 302 683 337 737 1.11e-67 239
MS.gene016473.t1 MTR_7g099220 44.366 284 142 4 402 683 336 605 1.27e-67 237
MS.gene016473.t1 MTR_4g123880 42.034 295 169 2 402 695 169 462 1.32e-67 231
MS.gene016473.t1 MTR_8g067930 38.162 359 206 7 341 696 276 621 1.66e-67 235
MS.gene016473.t1 MTR_5g034210 42.606 284 151 4 409 685 143 421 1.77e-67 231
MS.gene016473.t1 MTR_8g028895 53.695 203 93 1 499 701 45 246 1.98e-67 223
MS.gene016473.t1 MTR_3g019580 59.375 192 75 1 386 577 484 672 2.23e-67 235
MS.gene016473.t1 MTR_4g081655 63.187 182 67 0 396 577 524 705 3.28e-67 235
MS.gene016473.t1 MTR_5g092120 44.128 281 153 3 407 683 65 345 4.40e-67 226
MS.gene016473.t1 MTR_2g006910 37.717 403 214 11 325 696 212 608 4.75e-67 233
MS.gene016473.t1 MTR_8g058250 51.770 226 107 2 402 626 654 878 5.51e-67 238
MS.gene016473.t1 MTR_2g006910 37.717 403 214 11 325 696 212 608 6.94e-67 233
MS.gene016473.t1 MTR_1g069340 44.912 285 153 4 402 683 341 624 1.35e-66 234
MS.gene016473.t1 MTR_8g016120 42.756 283 159 3 405 686 398 678 1.47e-66 234
MS.gene016473.t1 MTR_1g012550 42.633 319 175 4 380 694 468 782 1.81e-66 235
MS.gene016473.t1 MTR_3g115500 40.453 309 170 4 408 702 46 354 2.07e-66 224
MS.gene016473.t1 MTR_7g068190 42.368 321 173 5 408 718 40 358 3.00e-66 224
MS.gene016473.t1 MTR_0194s0030 39.175 388 195 9 332 685 225 605 3.25e-66 231
MS.gene016473.t1 MTR_3g115500 40.453 309 170 4 408 702 64 372 3.51e-66 223
MS.gene016473.t1 MTR_7g062990 44.912 285 153 3 405 686 339 622 3.83e-66 232
MS.gene016473.t1 MTR_7g094100 31.827 531 322 14 212 715 76 593 5.89e-66 231
MS.gene016473.t1 MTR_2g089360 46.102 295 149 7 393 683 478 766 5.96e-66 234
MS.gene016473.t1 MTR_7g094100 31.827 531 322 14 212 715 76 593 6.48e-66 231
MS.gene016473.t1 MTR_6g088510 43.110 283 147 5 408 683 94 369 9.24e-66 224
MS.gene016473.t1 MTR_8g088780 35.322 419 229 11 325 712 218 625 1.01e-65 229
MS.gene016473.t1 MTR_3g047890 42.049 283 162 2 405 686 174 455 1.57e-65 226
MS.gene016473.t1 MTR_1g052275 42.955 291 160 4 405 694 336 621 1.57e-65 229
MS.gene016473.t1 MTR_8g028695 40.753 292 171 2 402 692 134 424 2.63e-65 224
MS.gene016473.t1 MTR_1g064630 40.816 294 165 6 394 683 30 318 3.33e-65 221
MS.gene016473.t1 MTR_8g067630 43.197 294 159 5 405 696 282 569 3.43e-65 227
MS.gene016473.t1 MTR_4g093070 44.138 290 152 7 408 694 345 627 4.41e-65 228
MS.gene016473.t1 MTR_8g095030 39.257 377 203 9 321 683 182 546 4.65e-65 227
MS.gene016473.t1 MTR_4g069970 41.958 286 164 2 402 686 130 414 5.30e-65 222
MS.gene016473.t1 MTR_2g022810 42.123 292 166 3 396 684 63 354 5.71e-65 221
MS.gene016473.t1 MTR_7g078730 42.657 286 162 2 402 686 151 435 6.88e-65 224
MS.gene016473.t1 MTR_1g117060 44.326 282 154 3 405 683 90 371 7.69e-65 223
MS.gene016473.t1 MTR_1g097160 44.781 297 157 6 395 686 287 581 1.01e-64 227
MS.gene016473.t1 MTR_6g083980 56.983 179 75 1 399 577 38 214 1.02e-64 214
MS.gene016473.t1 MTR_4g069970 41.958 286 164 2 402 686 130 414 1.05e-64 222
MS.gene016473.t1 MTR_5g035910 45.361 291 156 3 408 697 342 630 1.13e-64 228
MS.gene016473.t1 MTR_0015s0090 41.722 302 165 6 408 698 326 627 1.26e-64 227
MS.gene016473.t1 MTR_3g019500 59.239 184 74 1 395 577 489 672 1.45e-64 227
MS.gene016473.t1 MTR_2g064930 43.969 257 138 3 379 630 11 266 2.08e-64 216
MS.gene016473.t1 MTR_0280s0040 41.639 305 169 6 392 693 478 776 2.28e-64 229
MS.gene016473.t1 MTR_2g019990 42.553 282 159 3 405 683 82 363 2.44e-64 223
MS.gene016473.t1 MTR_7g062750 44.710 293 144 7 408 693 339 620 3.32e-64 226
MS.gene016473.t1 MTR_7g062770 43.000 300 153 7 408 700 341 629 4.38e-64 226
MS.gene016473.t1 MTR_1g105615 51.770 226 98 4 352 577 292 506 4.39e-64 222
MS.gene016473.t1 MTR_1g105615 28.352 261 167 8 17 265 11 263 5.24e-25 110
MS.gene016473.t1 MTR_2g073250 43.299 291 158 6 405 693 480 765 8.17e-64 227
MS.gene016473.t1 MTR_4g118855 42.456 285 160 4 402 683 62 345 8.60e-64 217
MS.gene016473.t1 MTR_8g101670 41.608 286 164 3 405 689 397 680 1.33e-63 225
MS.gene016473.t1 MTR_4g130210 38.859 368 209 6 324 686 211 567 1.71e-63 224
MS.gene016473.t1 MTR_2g081805 57.949 195 59 3 405 586 118 302 1.88e-63 215
MS.gene016473.t1 MTR_4g130210 38.859 368 209 6 324 686 145 501 2.40e-63 221
MS.gene016473.t1 MTR_2g095920 41.577 279 160 3 408 683 200 478 3.00e-63 219
MS.gene016473.t1 MTR_7g062950 43.643 291 158 4 405 694 334 619 3.21e-63 223
MS.gene016473.t1 MTR_5g077100 40.000 315 171 5 387 689 341 649 3.55e-63 224
MS.gene016473.t1 MTR_7g079320 37.463 339 197 4 348 679 291 621 3.89e-63 223
MS.gene016473.t1 MTR_3g116590 40.909 286 167 2 402 686 124 408 4.87e-63 218
MS.gene016473.t1 MTR_4g129010 37.188 320 189 5 405 718 35 348 5.98e-63 215
MS.gene016473.t1 MTR_3g116590 41.429 280 162 2 408 686 130 408 6.64e-63 217
MS.gene016473.t1 MTR_6g011570 40.308 325 175 5 394 700 49 372 7.10e-63 216
MS.gene016473.t1 MTR_6g016495 39.879 331 185 6 358 686 258 576 8.02e-63 221
MS.gene016473.t1 MTR_1g099400 35.325 385 229 5 338 719 463 830 9.65e-63 225
MS.gene016473.t1 MTR_7g115740 35.809 377 223 7 328 698 204 567 1.19e-62 220
MS.gene016473.t1 MTR_7g058810 42.086 278 158 3 409 683 90 367 1.28e-62 216
MS.gene016473.t1 MTR_2g095880 42.199 282 160 3 405 683 84 365 2.37e-62 214
MS.gene016473.t1 MTR_8g090140 36.951 387 211 8 315 683 186 557 2.61e-62 219
MS.gene016473.t1 MTR_8g067720 38.275 371 203 9 336 696 266 620 2.71e-62 220
MS.gene016473.t1 MTR_7g115740 35.809 377 223 7 328 698 280 643 3.22e-62 221
MS.gene016473.t1 MTR_4g131900 41.404 285 164 3 402 683 91 375 4.25e-62 213
MS.gene016473.t1 MTR_7g083500 40.705 312 177 7 408 714 76 384 4.60e-62 214
MS.gene016473.t1 MTR_3g460810 40.753 292 168 3 405 693 317 606 5.56e-62 219
MS.gene016473.t1 MTR_7g062660 42.143 280 159 3 405 683 327 604 7.34e-62 219
MS.gene016473.t1 MTR_5g017080 36.471 340 205 3 391 720 137 475 8.44e-62 216
MS.gene016473.t1 MTR_8g067690 42.761 297 160 7 405 696 350 641 1.20e-61 219
MS.gene016473.t1 MTR_2g095950 40.264 303 177 4 385 683 31 333 1.23e-61 211
MS.gene016473.t1 MTR_2g103810 39.045 356 189 9 338 683 426 763 1.31e-61 221
MS.gene016473.t1 MTR_1g033000 44.444 297 148 10 399 684 565 855 1.34e-61 223
MS.gene016473.t1 MTR_3g462840 41.237 291 158 3 405 683 57 346 1.46e-61 213
MS.gene016473.t1 MTR_7g116130 39.928 278 163 3 408 683 351 626 1.49e-61 218
MS.gene016473.t1 MTR_2g008360 43.771 297 160 6 395 686 276 570 1.65e-61 218
MS.gene016473.t1 MTR_8g469230 41.196 301 158 4 405 694 125 417 1.65e-61 214
MS.gene016473.t1 MTR_5g038450 41.196 301 158 4 405 694 129 421 1.67e-61 214
MS.gene016473.t1 MTR_5g077430 41.216 296 161 6 399 685 579 870 1.72e-61 223
MS.gene016473.t1 MTR_8g101670 42.029 276 157 3 405 679 397 670 2.47e-61 218
MS.gene016473.t1 MTR_5g095970 42.268 291 163 5 405 693 352 639 2.74e-61 218
MS.gene016473.t1 MTR_8g101670 41.877 277 158 3 405 680 385 659 2.99e-61 218
MS.gene016473.t1 MTR_8g106100 42.230 296 157 8 399 685 565 855 5.23e-61 221
MS.gene016473.t1 MTR_3g087060 37.746 355 205 7 335 683 205 549 9.53e-61 215
MS.gene016473.t1 MTR_7g062700 43.110 283 158 3 405 686 336 616 1.23e-60 216
MS.gene016473.t1 MTR_3g087060 37.746 355 205 7 335 683 216 560 1.35e-60 215
MS.gene016473.t1 MTR_7g062920 43.836 292 148 7 408 692 337 619 1.38e-60 216
MS.gene016473.t1 MTR_1g089600 38.941 321 185 6 392 703 274 592 1.52e-60 216
MS.gene016473.t1 MTR_1g079430 38.462 299 177 4 405 696 64 362 1.61e-60 214
MS.gene016473.t1 MTR_7g111690 48.246 228 115 3 405 630 188 414 1.81e-60 211
MS.gene016473.t1 MTR_5g025020 35.623 393 228 8 337 715 293 674 2.19e-60 216
MS.gene016473.t1 MTR_4g093050 38.261 345 204 5 348 691 288 624 2.28e-60 215
MS.gene016473.t1 MTR_1g079430 38.333 300 177 4 405 696 64 363 2.71e-60 214
MS.gene016473.t1 MTR_2g096950 38.253 332 190 5 396 715 58 386 2.71e-60 209
MS.gene016473.t1 MTR_7g062890 43.750 288 156 4 408 694 335 617 3.19e-60 215
MS.gene016473.t1 MTR_2g089440 41.259 286 162 5 408 691 267 548 3.41e-60 213
MS.gene016473.t1 MTR_8g467150 35.817 416 233 9 312 722 367 753 3.53e-60 216
MS.gene016473.t1 MTR_1g048360 37.222 360 196 10 339 696 277 608 5.98e-60 214
MS.gene016473.t1 MTR_4g105540 41.356 295 166 5 404 695 317 607 8.85e-60 214
MS.gene016473.t1 MTR_4g125260 41.196 301 166 6 392 683 64 362 9.57e-60 210
MS.gene016473.t1 MTR_7g062940 42.268 291 162 4 405 694 333 618 9.64e-60 214
MS.gene016473.t1 MTR_2g084120 41.754 285 155 3 408 683 88 370 1.02e-59 207
MS.gene016473.t1 MTR_7g018200 42.517 294 163 4 395 686 289 578 1.23e-59 213
MS.gene016473.t1 MTR_7g062680 43.599 289 159 4 405 692 344 629 1.59e-59 213
MS.gene016473.t1 MTR_5g026370 38.922 334 189 5 392 717 72 398 1.97e-59 207
MS.gene016473.t1 MTR_3g106320 38.851 296 173 3 391 683 79 369 2.27e-59 207
MS.gene016473.t1 MTR_7g009320 38.924 316 175 6 379 683 95 403 2.61e-59 208
MS.gene016473.t1 MTR_0049s0070 39.879 331 191 6 389 716 215 540 2.68e-59 210
MS.gene016473.t1 MTR_4g095045 36.667 390 226 9 328 699 207 593 3.61e-59 212
MS.gene016473.t1 MTR_3g088855 41.404 285 162 4 405 687 303 584 4.24e-59 211
MS.gene016473.t1 MTR_2g008380 42.424 297 164 6 395 686 268 562 4.93e-59 211
MS.gene016473.t1 MTR_7g109670 41.696 283 161 3 405 683 373 655 4.94e-59 213
MS.gene016473.t1 MTR_5g026510 37.822 349 205 6 346 694 247 583 5.63e-59 210
MS.gene016473.t1 MTR_4g099130 41.463 287 156 6 408 683 65 350 5.89e-59 204
MS.gene016473.t1 MTR_1g040073 36.504 389 212 8 341 723 377 736 6.56e-59 213
MS.gene016473.t1 MTR_4g093110 37.396 361 194 8 343 696 287 622 7.29e-59 211
MS.gene016473.t1 MTR_0049s0070 39.879 331 191 6 389 716 278 603 7.35e-59 210
MS.gene016473.t1 MTR_8g463990 43.952 248 137 2 437 683 2 248 7.39e-59 202
MS.gene016473.t1 MTR_5g035030 39.024 287 167 5 402 681 53 338 8.50e-59 203
MS.gene016473.t1 MTR_2g089440 41.259 286 162 5 408 691 499 780 1.17e-58 213
MS.gene016473.t1 MTR_5g013610 41.259 286 157 6 408 683 60 344 1.22e-58 202
MS.gene016473.t1 MTR_2g080100 39.339 333 164 9 389 714 442 743 1.27e-58 212
MS.gene016473.t1 MTR_4g115120 41.379 290 156 5 405 683 104 390 1.28e-58 205
MS.gene016473.t1 MTR_1g027250 40.273 293 152 5 417 698 8 288 2.10e-58 201
MS.gene016473.t1 MTR_6g043510 40.940 298 168 6 405 698 482 775 2.11e-58 213
MS.gene016473.t1 MTR_2g008390 42.424 297 164 6 395 686 277 571 2.48e-58 209
MS.gene016473.t1 MTR_1g100787 40.000 290 169 4 398 683 977 1265 3.07e-58 215
MS.gene016473.t1 MTR_7g079350 33.699 365 216 5 330 679 275 628 3.08e-58 211
MS.gene016473.t1 MTR_4g105070 42.807 285 160 3 408 691 352 634 3.09e-58 209
MS.gene016473.t1 MTR_7g113980 41.414 297 167 4 391 686 106 396 3.94e-58 203
MS.gene016473.t1 MTR_1g020060 40.727 275 158 4 409 680 48 320 4.36e-58 200
MS.gene016473.t1 MTR_4g093140 38.871 319 182 5 385 696 310 622 4.73e-58 211
MS.gene016473.t1 MTR_8g068050 36.520 408 236 9 333 724 164 564 7.83e-58 206
MS.gene016473.t1 MTR_8g057660 39.683 315 162 5 374 683 22 313 9.26e-58 199
MS.gene016473.t1 MTR_4g095032 40.468 299 171 5 400 695 427 721 1.04e-57 210
MS.gene016473.t1 MTR_1g086870 41.754 285 158 4 405 683 279 561 1.10e-57 207
MS.gene016473.t1 MTR_5g038870 39.024 287 162 4 408 683 72 356 1.16e-57 202
MS.gene016473.t1 MTR_1g099260 35.833 360 188 10 342 691 295 621 1.23e-57 208
MS.gene016473.t1 MTR_1g028280 35.262 363 212 7 339 696 313 657 1.38e-57 208
MS.gene016473.t1 MTR_8g070880 41.727 278 155 4 409 683 626 899 1.44e-57 211
MS.gene016473.t1 MTR_1g027160 40.206 291 151 5 417 696 8 286 1.45e-57 199
MS.gene016473.t1 MTR_8g070910 41.367 278 156 4 409 683 273 546 1.47e-57 206
MS.gene016473.t1 MTR_8g068050 36.520 408 236 9 333 724 274 674 1.63e-57 208
MS.gene016473.t1 MTR_1g033010 41.026 312 160 12 399 696 560 861 1.99e-57 211
MS.gene016473.t1 MTR_4g069970 47.222 216 112 2 402 616 130 344 2.00e-57 200
MS.gene016473.t1 MTR_6g043790 37.176 347 200 7 341 683 434 766 2.55e-57 209
MS.gene016473.t1 MTR_4g061550 40.794 277 156 4 405 680 95 364 2.65e-57 200
MS.gene016473.t1 MTR_4g093040 42.708 288 159 4 408 692 275 559 2.71e-57 205
MS.gene016473.t1 MTR_5g033820 40.268 298 168 5 395 686 285 578 2.80e-57 206
MS.gene016473.t1 MTR_6g011330 37.318 343 191 7 405 731 126 460 2.87e-57 202
MS.gene016473.t1 MTR_2g087230 39.932 293 169 5 399 685 592 883 3.56e-57 210
MS.gene016473.t1 MTR_1g033040 40.523 306 170 7 399 694 567 870 3.98e-57 210
MS.gene016473.t1 MTR_1g086230 40.136 294 169 2 396 683 168 460 4.34e-57 202
MS.gene016473.t1 MTR_5g023980 38.462 299 169 4 405 689 70 367 4.44e-57 199
MS.gene016473.t1 MTR_4g093040 42.708 288 159 4 408 692 357 641 4.94e-57 206
MS.gene016473.t1 MTR_1g027680 32.918 401 228 7 342 722 336 715 5.31e-57 207
MS.gene016473.t1 MTR_4g114270 38.845 381 197 16 326 694 450 806 6.39e-57 208
MS.gene016473.t1 MTR_8g073560 37.695 321 172 5 390 683 41 360 7.20e-57 199
MS.gene016473.t1 MTR_4g133920 41.135 282 159 3 407 683 30 309 7.32e-57 197
MS.gene016473.t1 MTR_4g058710 38.636 308 175 7 389 685 205 509 9.86e-57 204
MS.gene016473.t1 MTR_7g061220 39.385 325 175 9 384 692 61 379 1.07e-56 204
MS.gene016473.t1 MTR_8g063300 38.380 284 170 4 402 681 53 335 1.16e-56 197
MS.gene016473.t1 MTR_4g061833 35.655 359 217 5 334 680 260 616 1.26e-56 205
MS.gene016473.t1 MTR_4g091800 51.531 196 88 2 509 698 446 640 1.58e-56 204
MS.gene016473.t1 MTR_1g026990 38.264 311 178 7 417 719 8 312 1.66e-56 196
MS.gene016473.t1 MTR_8g042370 43.382 272 145 5 408 679 108 370 1.73e-56 198
MS.gene016473.t1 MTR_1g027990 38.217 314 182 5 417 721 400 710 1.77e-56 205
MS.gene016473.t1 MTR_4g115630 35.405 370 203 7 346 683 123 488 1.93e-56 201
MS.gene016473.t1 MTR_8g095030 40.125 319 168 7 321 627 182 489 2.10e-56 201
MS.gene016473.t1 MTR_7g101800 38.462 299 172 4 396 683 78 375 2.27e-56 199
MS.gene016473.t1 MTR_8g088410 38.462 325 185 7 387 700 47 367 2.36e-56 197
MS.gene016473.t1 MTR_4g123870 38.567 293 173 2 397 683 53 344 2.47e-56 196
MS.gene016473.t1 MTR_7g101800 38.462 299 172 4 396 683 90 387 2.56e-56 199
MS.gene016473.t1 MTR_5g017080 45.022 231 116 3 391 611 137 366 2.65e-56 197
MS.gene016473.t1 MTR_7g101800 38.462 299 172 4 396 683 70 367 2.75e-56 198
MS.gene016473.t1 MTR_8g083240 37.086 302 177 6 391 683 548 845 3.60e-56 207
MS.gene016473.t1 MTR_1g027320 36.452 310 174 5 417 715 8 305 3.68e-56 195
MS.gene016473.t1 MTR_8g008820 38.796 299 171 5 396 683 60 357 3.70e-56 198
MS.gene016473.t1 MTR_4g061833 35.556 360 218 5 333 680 410 767 4.03e-56 206
MS.gene016473.t1 MTR_4g061930 35.556 360 218 5 333 680 410 767 4.03e-56 206
MS.gene016473.t1 MTR_2g041960 39.024 287 165 4 405 683 72 356 4.39e-56 201
MS.gene016473.t1 MTR_3g115490 38.835 309 175 4 396 693 66 371 4.70e-56 197
MS.gene016473.t1 MTR_3g086120 37.135 342 209 4 341 680 538 875 4.72e-56 207
MS.gene016473.t1 MTR_3g067795 37.801 291 168 4 405 683 69 358 5.28e-56 197
MS.gene016473.t1 MTR_4g123870 38.567 293 173 2 397 683 84 375 5.39e-56 197
MS.gene016473.t1 MTR_3g067795 37.801 291 168 4 405 683 69 358 5.76e-56 197
MS.gene016473.t1 MTR_7g082380 36.020 397 221 11 341 726 2 376 5.77e-56 196
MS.gene016473.t1 MTR_8g100155 39.373 287 164 4 405 683 64 348 6.06e-56 196
MS.gene016473.t1 MTR_7g100630 39.385 325 175 9 384 692 567 885 6.60e-56 206
MS.gene016473.t1 MTR_8g030500 39.329 328 175 9 384 693 453 774 6.85e-56 205
MS.gene016473.t1 MTR_7g106210 39.249 293 167 6 399 683 583 872 7.28e-56 206
MS.gene016473.t1 MTR_3g105320 40.893 291 161 5 402 683 72 360 8.04e-56 196
MS.gene016473.t1 MTR_1g028100 33.578 408 233 9 336 730 27 409 8.31e-56 197
MS.gene016473.t1 MTR_5g079840 37.801 291 168 4 405 683 68 357 8.52e-56 197
MS.gene016473.t1 MTR_4g051605 39.116 294 166 6 399 683 602 891 9.35e-56 206
MS.gene016473.t1 MTR_3g011730 42.029 276 151 5 408 683 309 575 9.39e-56 203
MS.gene016473.t1 MTR_1g014240 40.484 289 159 6 408 692 363 642 9.57e-56 202
MS.gene016473.t1 MTR_3g088750 30.645 434 255 9 330 731 338 757 1.05e-55 204
MS.gene016473.t1 MTR_2g090410 41.924 291 159 5 400 686 1038 1322 1.11e-55 207
MS.gene016473.t1 MTR_2g090410 38.671 331 187 7 408 730 343 665 4.66e-52 196
MS.gene016473.t1 MTR_1g082580 38.462 286 165 5 405 683 143 424 1.13e-55 197
MS.gene016473.t1 MTR_2g016500 35.933 359 210 7 342 695 242 585 1.15e-55 201
MS.gene016473.t1 MTR_7g074610 40.678 295 163 5 399 683 76 368 1.15e-55 197
MS.gene016473.t1 MTR_1g015020 40.753 292 160 6 402 683 72 360 1.30e-55 195
MS.gene016473.t1 MTR_3g062590 38.558 319 183 6 408 720 618 929 1.42e-55 206
MS.gene016473.t1 MTR_3g084510 37.662 308 176 7 388 683 558 861 1.63e-55 205
MS.gene016473.t1 MTR_4g114250 38.398 362 190 10 340 694 473 808 1.63e-55 204
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene016473.t1 AT4G23140 38.375 714 366 11 30 731 23 674 3.22e-146 443
MS.gene016473.t1 AT4G23140 38.056 720 366 12 30 731 23 680 7.58e-144 437
MS.gene016473.t1 AT4G21410 36.190 735 387 15 20 731 4 679 7.15e-143 434
MS.gene016473.t1 AT4G21390 47.266 512 219 8 246 731 363 849 1.17e-139 431
MS.gene016473.t1 AT4G23180 56.338 355 149 3 379 731 319 669 1.93e-135 415
MS.gene016473.t1 AT4G23180 29.004 231 152 5 30 256 33 255 1.30e-25 113
MS.gene016473.t1 AT4G23240 37.739 681 333 13 35 698 16 622 4.34e-135 414
MS.gene016473.t1 AT4G03230 51.174 426 188 5 326 731 420 845 2.14e-132 412
MS.gene016473.t1 AT4G03230 51.174 426 188 5 326 731 428 853 3.38e-132 412
MS.gene016473.t1 AT4G03230 51.174 426 188 5 326 731 485 910 1.03e-131 412
MS.gene016473.t1 AT4G03230 51.174 426 188 5 326 731 485 910 1.03e-131 412
MS.gene016473.t1 AT4G03230 50.572 437 200 5 310 731 417 852 2.00e-131 410
MS.gene016473.t1 AT4G03230 51.174 426 188 5 326 731 513 938 2.09e-131 412
MS.gene016473.t1 AT4G03230 51.174 426 188 5 326 731 585 1010 1.51e-130 412
MS.gene016473.t1 AT4G03230 51.174 426 188 5 326 731 585 1010 1.51e-130 412
MS.gene016473.t1 AT1G65800 51.852 405 170 6 350 731 445 847 2.51e-130 407
MS.gene016473.t1 AT4G23190 38.844 623 310 12 90 698 74 639 5.93e-130 400
MS.gene016473.t1 AT4G23190 38.898 617 306 12 96 698 2 561 6.71e-130 398
MS.gene016473.t1 AT4G23190 38.898 617 306 12 96 698 2 561 6.71e-130 398
MS.gene016473.t1 AT4G21380 49.763 422 185 7 333 731 433 850 2.35e-129 404
MS.gene016473.t1 AT1G11410 52.163 416 176 6 334 731 320 730 3.39e-129 400
MS.gene016473.t1 AT1G65790 50.488 410 168 6 350 731 441 843 5.63e-129 403
MS.gene016473.t1 AT4G23230 53.297 364 158 3 337 700 274 625 2.24e-128 395
MS.gene016473.t1 AT4G23230 23.348 227 165 3 35 258 25 245 2.09e-16 84.0
MS.gene016473.t1 AT1G11340 50.493 406 193 4 332 731 430 833 2.36e-128 401
MS.gene016473.t1 AT1G11410 52.163 416 176 6 334 731 411 821 3.67e-128 400
MS.gene016473.t1 AT1G11410 52.163 416 176 6 334 731 435 845 5.20e-128 401
MS.gene016473.t1 AT1G11410 52.163 416 176 6 334 731 442 852 6.81e-128 401
MS.gene016473.t1 AT1G11330 50.633 395 182 4 340 731 456 840 9.85e-128 400
MS.gene016473.t1 AT4G23160 55.491 346 150 1 390 731 337 682 3.62e-127 394
MS.gene016473.t1 AT4G23160 27.755 245 159 7 30 265 39 274 2.48e-20 96.3
MS.gene016473.t1 AT1G11330 50.378 397 182 4 340 731 456 842 4.02e-127 399
MS.gene016473.t1 AT4G23240 60.473 296 116 1 404 698 20 315 9.59e-127 381
MS.gene016473.t1 AT1G11300 56.845 336 137 2 396 731 478 805 5.63e-126 394
MS.gene016473.t1 AT1G61610 43.462 543 258 12 206 731 332 842 6.58e-126 395
MS.gene016473.t1 AT1G11300 56.845 336 137 2 396 731 493 820 6.88e-126 395
MS.gene016473.t1 AT4G23270 56.839 329 140 2 404 731 318 645 1.05e-125 389
MS.gene016473.t1 AT4G23270 27.068 266 166 9 14 265 4 255 2.09e-18 90.1
MS.gene016473.t1 AT4G23270 56.839 329 140 2 404 731 318 645 1.05e-125 389
MS.gene016473.t1 AT4G23270 27.068 266 166 9 14 265 4 255 2.09e-18 90.1
MS.gene016473.t1 AT4G23130 52.586 348 163 2 385 731 313 659 1.39e-125 389
MS.gene016473.t1 AT4G23130 26.695 236 146 8 32 256 27 246 1.32e-16 84.3
MS.gene016473.t1 AT4G05200 47.952 415 198 4 326 731 270 675 2.10e-125 389
MS.gene016473.t1 AT4G05200 30.612 245 164 4 16 256 8 250 1.02e-33 138
MS.gene016473.t1 AT4G23130 52.754 345 161 2 388 731 320 663 3.58e-125 388
MS.gene016473.t1 AT4G23130 26.695 236 146 8 32 256 27 246 1.47e-16 84.3
MS.gene016473.t1 AT4G05200 47.952 415 198 4 326 731 288 693 4.06e-125 389
MS.gene016473.t1 AT4G05200 30.612 245 164 4 16 256 26 268 1.01e-33 138
MS.gene016473.t1 AT4G27300 55.840 351 146 5 382 731 473 815 3.12e-124 390
MS.gene016473.t1 AT4G23280 54.985 331 146 2 404 731 334 664 4.87e-124 385
MS.gene016473.t1 AT4G23280 28.000 250 154 7 29 265 21 257 1.72e-19 93.6
MS.gene016473.t1 AT4G23280 54.985 331 146 2 404 731 336 666 5.67e-124 385
MS.gene016473.t1 AT4G23280 28.000 250 154 7 29 265 21 257 1.59e-19 94.0
MS.gene016473.t1 AT4G23270 56.790 324 138 2 404 726 318 640 3.46e-123 382
MS.gene016473.t1 AT4G23270 27.068 266 166 9 14 265 4 255 2.84e-18 89.7
MS.gene016473.t1 AT4G21410 49.383 405 196 5 331 731 155 554 4.23e-123 379
MS.gene016473.t1 AT4G00970 48.642 405 186 7 335 731 275 665 4.45e-123 382
MS.gene016473.t1 AT1G61370 48.492 398 195 4 334 731 276 663 4.89e-123 382
MS.gene016473.t1 AT4G23150 49.215 382 180 3 354 731 288 659 2.25e-122 380
MS.gene016473.t1 AT4G23150 26.891 238 149 7 31 256 23 247 9.23e-17 85.1
MS.gene016473.t1 AT3G45860 52.707 351 158 3 388 731 327 676 3.74e-122 380
MS.gene016473.t1 AT4G23260 54.857 350 151 4 388 731 311 659 1.01e-121 379
MS.gene016473.t1 AT4G23260 56.627 332 141 3 402 731 318 648 1.25e-121 378
MS.gene016473.t1 AT1G61370 48.492 398 195 4 334 731 427 814 1.64e-121 383
MS.gene016473.t1 AT4G11470 49.227 388 175 5 353 731 292 666 3.38e-121 378
MS.gene016473.t1 AT4G11470 49.227 388 175 5 353 731 297 671 5.29e-121 377
MS.gene016473.t1 AT4G11530 54.819 332 145 4 405 731 345 676 6.34e-121 377
MS.gene016473.t1 AT4G11530 26.027 219 140 5 50 253 35 246 2.73e-12 70.9
MS.gene016473.t1 AT4G23310 54.381 331 148 3 404 731 460 790 7.23e-121 380
MS.gene016473.t1 AT4G23310 25.896 251 163 6 26 266 131 368 1.09e-18 91.3
MS.gene016473.t1 AT4G23310 25.000 236 148 6 31 252 23 243 6.09e-12 69.7
MS.gene016473.t1 AT1G11303 55.162 339 138 3 396 731 493 820 1.11e-120 381
MS.gene016473.t1 AT4G04570 37.252 655 308 16 88 714 73 652 1.46e-120 376
MS.gene016473.t1 AT4G23310 54.381 331 148 3 404 731 500 830 2.16e-120 380
MS.gene016473.t1 AT4G23310 25.000 236 148 6 31 252 23 243 4.87e-12 70.1
MS.gene016473.t1 AT4G04540 34.877 691 353 14 50 714 38 657 8.86e-120 374
MS.gene016473.t1 AT1G61490 48.387 403 189 7 333 731 267 654 2.46e-119 372
MS.gene016473.t1 AT4G11480 53.134 335 149 2 405 731 317 651 6.42e-119 371
MS.gene016473.t1 AT4G11480 53.134 335 149 2 405 731 314 648 7.23e-119 371
MS.gene016473.t1 AT1G11350 54.167 336 153 1 396 731 496 830 9.99e-119 376
MS.gene016473.t1 AT4G00960 52.907 344 154 5 394 731 38 379 1.55e-118 361
MS.gene016473.t1 AT1G61490 48.387 403 189 7 333 731 417 804 2.97e-118 374
MS.gene016473.t1 AT1G61490 48.387 403 189 7 333 731 417 804 2.97e-118 374
MS.gene016473.t1 AT1G61490 48.387 403 189 7 333 731 417 804 2.97e-118 374
MS.gene016473.t1 AT1G61490 48.387 403 189 7 333 731 417 804 2.97e-118 374
MS.gene016473.t1 AT1G61490 48.387 403 189 7 333 731 391 778 3.16e-118 373
MS.gene016473.t1 AT1G61490 48.387 403 189 7 333 731 391 778 3.16e-118 373
MS.gene016473.t1 AT1G61550 46.604 427 211 7 305 731 393 802 6.86e-118 373
MS.gene016473.t1 AT4G23250 54.438 338 146 2 402 731 349 686 7.84e-118 370
MS.gene016473.t1 AT1G61420 47.236 398 201 5 334 731 269 657 1.35e-117 368
MS.gene016473.t1 AT4G04490 54.491 334 143 4 402 731 330 658 1.76e-117 368
MS.gene016473.t1 AT4G23320 49.020 408 188 8 329 731 115 507 2.57e-117 362
MS.gene016473.t1 AT4G23320 49.020 408 188 8 329 731 115 507 2.57e-117 362
MS.gene016473.t1 AT4G23320 49.020 408 188 8 329 731 136 528 5.30e-117 362
MS.gene016473.t1 AT1G61390 47.382 401 196 7 334 731 275 663 6.29e-117 367
MS.gene016473.t1 AT1G61380 56.798 331 139 3 402 731 331 658 6.37e-117 366
MS.gene016473.t1 AT1G61420 46.867 399 203 5 334 731 269 659 1.63e-116 365
MS.gene016473.t1 AT4G23200 53.412 337 141 3 405 731 329 659 1.76e-116 365
MS.gene016473.t1 AT4G11480 51.895 343 149 3 405 731 314 656 2.25e-116 365
MS.gene016473.t1 AT1G61420 47.236 398 201 5 334 731 419 807 2.90e-116 369
MS.gene016473.t1 AT1G61430 47.848 395 195 5 337 731 397 780 5.83e-116 367
MS.gene016473.t1 AT1G61430 47.848 395 195 5 337 731 397 780 5.83e-116 367
MS.gene016473.t1 AT1G61430 47.848 395 195 5 337 731 397 780 5.83e-116 367
MS.gene016473.t1 AT4G21400 53.824 340 152 3 396 731 333 671 5.95e-116 364
MS.gene016473.t1 AT4G21400 25.000 212 152 4 48 255 45 253 1.95e-14 77.4
MS.gene016473.t1 AT4G23250 58.389 298 123 1 402 698 344 641 7.78e-116 365
MS.gene016473.t1 AT1G61430 47.848 395 195 5 337 731 420 803 9.83e-116 367
MS.gene016473.t1 AT4G21400 53.824 340 152 3 396 731 345 683 1.04e-115 364
MS.gene016473.t1 AT4G21400 25.000 212 152 4 48 255 45 253 1.96e-14 77.4
MS.gene016473.t1 AT4G27290 50.623 401 185 5 335 731 438 829 1.19e-115 368
MS.gene016473.t1 AT4G11460 53.704 324 149 1 405 727 264 587 1.30e-115 362
MS.gene016473.t1 AT4G11460 28.713 202 112 7 96 268 4 202 1.56e-13 74.7
MS.gene016473.t1 AT1G61380 56.798 331 139 3 402 731 478 805 1.49e-115 367
MS.gene016473.t1 AT1G61400 48.354 395 189 6 338 731 434 814 1.62e-115 367
MS.gene016473.t1 AT1G61420 46.867 399 203 5 334 731 419 809 1.99e-115 367
MS.gene016473.t1 AT1G61420 46.867 399 203 5 334 731 419 809 1.99e-115 367
MS.gene016473.t1 AT1G61390 47.382 401 196 7 334 731 443 831 3.12e-115 367
MS.gene016473.t1 AT4G11460 53.704 324 149 1 405 727 339 662 5.28e-115 362
MS.gene016473.t1 AT4G11460 28.571 210 118 7 88 268 71 277 2.04e-14 77.4
MS.gene016473.t1 AT4G04510 34.094 701 354 17 50 731 37 648 6.02e-115 361
MS.gene016473.t1 AT4G04510 34.094 701 354 17 50 731 39 650 6.43e-115 361
MS.gene016473.t1 AT4G23290 54.167 336 146 2 404 731 312 647 6.65e-115 361
MS.gene016473.t1 AT4G23290 54.167 336 146 2 404 731 355 690 3.15e-114 360
MS.gene016473.t1 AT4G11900 49.347 383 163 4 331 699 389 754 5.52e-114 362
MS.gene016473.t1 AT1G61430 47.487 398 195 6 337 731 420 806 9.93e-114 362
MS.gene016473.t1 AT4G11900 49.347 383 163 4 331 699 458 823 1.29e-113 363
MS.gene016473.t1 AT4G21230 48.492 398 172 6 339 731 273 642 2.71e-113 356
MS.gene016473.t1 AT4G21230 27.459 244 159 6 28 265 21 252 1.73e-14 77.8
MS.gene016473.t1 AT1G61440 51.261 357 161 4 383 731 441 792 2.76e-113 361
MS.gene016473.t1 AT1G61440 52.601 346 156 4 389 731 457 797 5.00e-113 360
MS.gene016473.t1 AT4G27290 52.632 361 162 4 375 731 428 783 1.03e-112 359
MS.gene016473.t1 AT1G61400 47.395 403 189 7 338 731 434 822 1.17e-112 360
MS.gene016473.t1 AT4G23250 58.389 298 123 1 402 698 344 641 1.20e-112 364
MS.gene016473.t1 AT4G04540 56.051 314 126 3 402 708 314 622 1.25e-112 354
MS.gene016473.t1 AT4G04500 35.614 643 318 17 87 701 71 645 1.29e-112 355
MS.gene016473.t1 AT4G11460 52.905 327 150 2 405 727 339 665 3.25e-112 355
MS.gene016473.t1 AT4G11460 28.571 210 118 7 88 268 71 277 2.18e-14 77.4
MS.gene016473.t1 AT4G38830 52.050 317 149 2 385 698 317 633 1.54e-111 352
MS.gene016473.t1 AT4G38830 27.969 261 174 6 23 275 13 267 1.53e-22 103
MS.gene016473.t1 AT3G16030 52.632 342 158 4 394 731 386 727 2.26e-111 354
MS.gene016473.t1 AT4G21400 49.863 365 150 4 399 731 209 572 2.38e-111 349
MS.gene016473.t1 AT4G23220 46.429 392 190 5 343 731 284 658 5.39e-111 351
MS.gene016473.t1 AT3G16030 52.632 342 158 4 394 731 509 850 9.42e-111 355
MS.gene016473.t1 AT3G16030 52.632 342 158 4 394 731 530 871 2.70e-110 355
MS.gene016473.t1 AT4G21400 49.863 365 150 4 399 731 310 673 4.28e-110 349
MS.gene016473.t1 AT4G21400 25.414 181 127 3 83 255 47 227 2.02e-14 77.4
MS.gene016473.t1 AT4G11490 55.369 298 132 1 402 698 311 608 5.54e-110 347
MS.gene016473.t1 AT1G61500 43.943 421 220 6 312 731 381 786 8.64e-110 351
MS.gene016473.t1 AT1G61500 43.943 421 220 6 312 731 399 804 1.02e-109 352
MS.gene016473.t1 AT1G61500 43.943 421 220 6 312 731 404 809 1.42e-109 352
MS.gene016473.t1 AT1G61480 45.137 401 210 5 333 731 417 809 1.99e-109 351
MS.gene016473.t1 AT1G67520 51.143 350 166 5 386 731 233 581 2.59e-109 344
MS.gene016473.t1 AT1G67520 51.143 350 166 5 386 731 262 610 4.19e-109 344
MS.gene016473.t1 AT1G67520 51.143 350 166 5 386 731 262 610 4.19e-109 344
MS.gene016473.t1 AT1G11280 47.838 370 178 5 333 700 426 782 1.52e-108 348
MS.gene016473.t1 AT1G11280 47.480 377 181 4 333 700 426 794 1.53e-108 349
MS.gene016473.t1 AT4G21390 48.500 400 158 6 246 621 363 738 2.08e-108 347
MS.gene016473.t1 AT1G11280 47.838 370 178 5 333 700 436 792 2.36e-108 348
MS.gene016473.t1 AT1G11280 47.480 377 181 4 333 700 436 804 2.52e-108 348
MS.gene016473.t1 AT1G61440 49.057 371 156 5 389 731 457 822 1.18e-107 347
MS.gene016473.t1 AT4G23210 54.140 314 136 4 405 717 353 659 1.83e-107 342
MS.gene016473.t1 AT4G23210 23.695 249 172 5 19 253 6 250 2.51e-11 67.8
MS.gene016473.t1 AT1G67520 51.143 350 166 5 386 731 427 775 1.96e-107 345
MS.gene016473.t1 AT1G67520 51.143 350 166 5 386 731 470 818 6.49e-107 345
MS.gene016473.t1 AT1G67520 51.143 350 166 5 386 731 477 825 7.14e-107 345
MS.gene016473.t1 AT1G61360 49.086 383 179 7 346 722 357 729 2.70e-105 338
MS.gene016473.t1 AT1G61360 49.086 383 179 7 346 722 357 729 2.70e-105 338
MS.gene016473.t1 AT1G61360 49.086 383 179 7 346 722 357 729 2.70e-105 338
MS.gene016473.t1 AT1G61360 49.086 383 179 7 346 722 438 810 9.71e-105 339
MS.gene016473.t1 AT4G23190 38.404 539 264 12 90 617 74 555 7.57e-104 330
MS.gene016473.t1 AT4G23300 51.342 298 142 1 404 698 345 642 9.06e-103 329
MS.gene016473.t1 AT4G00960 53.767 292 127 5 446 731 3 292 9.90e-102 314
MS.gene016473.t1 AT4G23180 59.600 250 97 1 379 628 319 564 5.44e-100 320
MS.gene016473.t1 AT4G23180 29.004 231 152 5 30 256 33 255 1.06e-25 112
MS.gene016473.t1 AT4G00960 53.767 292 120 6 446 731 3 285 1.78e-98 305
MS.gene016473.t1 AT1G61610 44.444 441 197 11 206 629 332 741 5.53e-97 317
MS.gene016473.t1 AT1G11340 54.138 290 128 2 332 616 498 787 2.24e-96 316
MS.gene016473.t1 AT1G61460 48.649 333 147 4 399 731 441 749 6.95e-96 313
MS.gene016473.t1 AT1G70740 47.557 307 160 1 399 705 49 354 4.94e-95 301
MS.gene016473.t1 AT1G11330 52.542 295 126 3 340 629 456 741 7.02e-95 311
MS.gene016473.t1 AT4G04570 36.545 550 258 13 88 616 73 552 1.29e-94 305
MS.gene016473.t1 AT4G23130 60.435 230 91 0 388 617 320 549 3.81e-94 304
MS.gene016473.t1 AT4G23130 26.695 236 146 8 32 256 27 246 1.10e-16 84.3
MS.gene016473.t1 AT4G00970 50.671 298 135 3 335 630 275 562 1.12e-93 303
MS.gene016473.t1 AT1G61430 51.678 298 138 2 337 634 397 688 1.47e-93 306
MS.gene016473.t1 AT1G61430 51.678 298 138 2 337 634 420 711 2.41e-93 306
MS.gene016473.t1 AT1G61430 51.678 298 138 2 337 634 420 711 2.41e-93 306
MS.gene016473.t1 AT4G04540 33.788 586 303 11 50 616 38 557 7.88e-93 301
MS.gene016473.t1 AT1G70740 45.231 325 165 2 399 711 37 360 1.36e-91 293
MS.gene016473.t1 AT4G21410 32.470 579 312 13 20 577 4 524 1.73e-91 296
MS.gene016473.t1 AT1G61430 51.163 301 138 3 337 634 420 714 2.36e-91 301
MS.gene016473.t1 AT4G04570 40.000 435 188 7 188 616 21 388 9.39e-91 290
MS.gene016473.t1 AT1G56140 41.299 431 219 10 313 731 603 1011 5.43e-87 296
MS.gene016473.t1 AT4G00960 58.904 219 88 1 394 610 38 256 3.25e-86 273
MS.gene016473.t1 AT4G23280 44.411 331 131 3 404 731 336 616 4.02e-86 284
MS.gene016473.t1 AT4G23280 28.112 249 153 7 30 265 22 257 3.21e-19 92.8
MS.gene016473.t1 AT1G56120 42.051 390 206 7 313 698 454 827 4.15e-84 285
MS.gene016473.t1 AT1G53430 40.865 416 211 8 292 691 511 907 1.18e-83 286
MS.gene016473.t1 AT1G07650 41.604 399 205 7 308 699 376 753 1.57e-83 282
MS.gene016473.t1 AT1G56120 42.051 390 206 7 313 698 620 993 2.23e-83 286
MS.gene016473.t1 AT1G53430 40.865 416 211 8 292 691 552 948 3.30e-83 285
MS.gene016473.t1 AT3G14840 50.519 289 141 2 402 689 662 949 3.65e-83 285
MS.gene016473.t1 AT1G56120 42.051 390 206 7 313 698 602 975 3.92e-83 285
MS.gene016473.t1 AT1G56145 39.303 402 220 6 311 706 492 875 4.48e-83 283
MS.gene016473.t1 AT1G70530 33.563 581 300 15 202 718 77 635 8.53e-83 276
MS.gene016473.t1 AT1G53440 41.944 391 202 7 307 691 575 946 1.16e-82 284
MS.gene016473.t1 AT1G56145 39.303 402 220 6 311 706 595 978 1.62e-82 283
MS.gene016473.t1 AT1G70520 42.690 342 184 3 389 724 307 642 2.88e-82 275
MS.gene016473.t1 AT1G07650 41.262 412 209 8 300 699 550 940 4.70e-82 281
MS.gene016473.t1 AT1G07650 41.604 399 205 7 308 699 589 966 1.07e-81 281
MS.gene016473.t1 AT1G07650 41.604 399 205 7 308 699 595 972 1.16e-81 281
MS.gene016473.t1 AT5G40380 48.495 299 146 3 405 698 308 603 1.47e-81 273
MS.gene016473.t1 AT1G56130 39.578 427 230 10 312 730 404 810 1.82e-81 277
MS.gene016473.t1 AT1G56130 39.578 427 230 10 312 730 455 861 6.85e-81 276
MS.gene016473.t1 AT4G23210 58.929 224 88 2 405 628 353 572 1.87e-80 269
MS.gene016473.t1 AT4G23210 24.096 249 171 5 19 253 6 250 3.24e-11 67.0
MS.gene016473.t1 AT1G56130 39.671 426 229 10 313 730 604 1009 3.97e-80 276
MS.gene016473.t1 AT1G56145 37.150 428 220 6 311 706 595 1005 4.10e-79 274
MS.gene016473.t1 AT1G53420 39.356 404 226 7 314 715 540 926 2.01e-78 271
MS.gene016473.t1 AT1G16670 46.454 282 147 2 405 683 34 314 3.91e-78 256
MS.gene016473.t1 AT4G28670 45.515 301 157 3 403 698 322 620 5.94e-78 263
MS.gene016473.t1 AT4G23180 60.302 199 75 1 379 577 319 513 3.18e-76 255
MS.gene016473.t1 AT4G23180 29.004 231 152 5 30 256 33 255 9.37e-26 112
MS.gene016473.t1 AT4G04500 33.071 508 255 13 87 577 71 510 6.41e-76 254
MS.gene016473.t1 AT4G04500 33.071 508 255 13 87 577 71 510 6.41e-76 254
MS.gene016473.t1 AT1G29740 43.220 354 175 6 331 683 619 947 1.51e-75 263
MS.gene016473.t1 AT1G29720 43.902 328 179 3 405 729 666 991 2.62e-75 263
MS.gene016473.t1 AT4G04540 31.810 547 288 11 50 577 38 518 4.01e-75 252
MS.gene016473.t1 AT1G29730 47.751 289 149 2 402 689 630 917 4.19e-75 262
MS.gene016473.t1 AT1G29740 43.220 354 175 6 331 683 619 947 5.20e-75 263
MS.gene016473.t1 AT1G29730 48.097 289 147 3 402 689 663 949 1.32e-74 261
MS.gene016473.t1 AT1G11340 51.394 251 117 2 332 577 498 748 2.71e-74 256
MS.gene016473.t1 AT3G09010 45.000 280 151 3 405 683 39 316 3.31e-74 246
MS.gene016473.t1 AT4G11890 42.809 299 154 4 402 693 32 320 1.12e-73 243
MS.gene016473.t1 AT4G11890 42.809 299 154 4 402 693 30 318 1.51e-73 243
MS.gene016473.t1 AT4G11890 42.809 299 154 4 402 693 29 317 1.61e-73 243
MS.gene016473.t1 AT3G20530 44.484 281 152 3 407 683 77 357 1.84e-71 238
MS.gene016473.t1 AT1G68690 38.743 382 196 8 340 688 278 654 6.06e-71 246
MS.gene016473.t1 AT1G68690 38.743 382 196 8 340 688 278 654 6.06e-71 246
MS.gene016473.t1 AT1G68690 38.743 382 196 8 340 688 278 654 6.06e-71 246
MS.gene016473.t1 AT5G38560 36.111 396 211 8 327 683 222 614 7.45e-71 244
MS.gene016473.t1 AT1G70460 45.745 282 147 3 409 686 350 629 8.60e-71 245
MS.gene016473.t1 AT1G29750 45.819 299 158 3 388 683 655 952 8.71e-71 250
MS.gene016473.t1 AT1G29750 45.819 299 158 3 388 683 640 937 8.98e-71 250
MS.gene016473.t1 AT4G34440 42.056 321 171 6 405 714 305 621 1.27e-70 244
MS.gene016473.t1 AT4G34440 42.056 321 171 6 405 714 305 621 1.27e-70 244
MS.gene016473.t1 AT4G11480 63.006 173 64 0 405 577 317 489 1.59e-70 239
MS.gene016473.t1 AT3G17420 42.105 323 177 6 405 724 147 462 3.93e-70 237
MS.gene016473.t1 AT3G18810 44.483 290 152 4 405 689 330 615 8.57e-70 242
MS.gene016473.t1 AT2G20300 45.583 283 148 3 402 683 339 616 1.01e-69 243
MS.gene016473.t1 AT2G42960 43.816 283 157 2 405 686 176 457 1.04e-69 237
MS.gene016473.t1 AT2G42960 43.816 283 157 2 405 686 176 457 1.04e-69 237
MS.gene016473.t1 AT2G42960 43.816 283 157 2 405 686 176 457 1.04e-69 237
MS.gene016473.t1 AT2G42960 43.816 283 157 2 405 686 176 457 1.04e-69 237
MS.gene016473.t1 AT4G11900 49.618 262 102 3 331 578 389 634 1.55e-69 240
MS.gene016473.t1 AT1G68690 38.874 373 190 8 340 679 278 645 2.26e-69 240
MS.gene016473.t1 AT1G09440 44.912 285 151 5 405 686 150 431 2.51e-69 235
MS.gene016473.t1 AT1G09440 44.912 285 151 5 405 686 150 431 2.51e-69 235
MS.gene016473.t1 AT4G23200 63.006 173 64 0 405 577 329 501 4.29e-69 235
MS.gene016473.t1 AT1G55200 43.816 283 156 3 405 686 372 652 4.66e-69 239
MS.gene016473.t1 AT1G55200 43.816 283 156 3 405 686 372 652 4.66e-69 239
MS.gene016473.t1 AT1G55200 43.816 283 156 3 405 686 372 652 4.66e-69 239
MS.gene016473.t1 AT1G55200 43.816 283 156 3 405 686 372 652 4.66e-69 239
MS.gene016473.t1 AT4G11900 49.618 262 102 3 331 578 458 703 4.73e-69 240
MS.gene016473.t1 AT4G11900 49.618 262 102 3 331 578 458 703 4.73e-69 240
MS.gene016473.t1 AT1G56720 42.708 288 163 2 405 691 172 458 5.23e-69 235
MS.gene016473.t1 AT1G56720 42.708 288 163 2 405 691 172 458 5.23e-69 235
MS.gene016473.t1 AT1G56720 42.708 288 163 2 405 691 172 458 5.23e-69 235
MS.gene016473.t1 AT1G56720 42.708 288 163 2 405 691 172 458 5.23e-69 235
MS.gene016473.t1 AT3G16030 61.413 184 71 0 394 577 530 713 6.13e-69 240
MS.gene016473.t1 AT1G70530 34.328 469 235 11 202 616 77 526 7.81e-69 236
MS.gene016473.t1 AT5G18500 43.357 286 160 2 402 686 156 440 8.91e-69 234
MS.gene016473.t1 AT5G18500 43.357 286 160 2 402 686 156 440 8.91e-69 234
MS.gene016473.t1 AT5G18500 43.357 286 160 2 402 686 156 440 8.91e-69 234
MS.gene016473.t1 AT5G18500 43.357 286 160 2 402 686 156 440 8.91e-69 234
MS.gene016473.t1 AT5G18500 43.357 286 160 2 402 686 156 440 8.91e-69 234
MS.gene016473.t1 AT5G18500 43.357 286 160 2 402 686 156 440 8.91e-69 234
MS.gene016473.t1 AT3G55550 43.537 294 161 3 405 694 339 631 1.13e-68 239
MS.gene016473.t1 AT4G11900 48.375 277 113 3 331 593 458 718 1.14e-68 239
MS.gene016473.t1 AT3G16030 61.413 184 71 0 394 577 530 713 1.26e-68 240
MS.gene016473.t1 AT4G11900 49.808 261 101 3 331 577 458 702 1.27e-68 239
MS.gene016473.t1 AT4G11900 49.808 261 101 3 331 577 458 702 1.27e-68 239
MS.gene016473.t1 AT1G67520 58.854 192 79 0 386 577 395 586 1.34e-68 236
MS.gene016473.t1 AT1G61860 45.878 279 148 3 408 683 81 359 1.52e-68 230
MS.gene016473.t1 AT1G10620 45.161 279 147 3 409 683 367 643 2.32e-68 239
MS.gene016473.t1 AT1G23540 45.965 285 142 4 409 686 368 647 2.96e-68 238
MS.gene016473.t1 AT5G56890 46.127 284 146 4 405 683 716 997 3.23e-68 244
MS.gene016473.t1 AT5G01550 38.482 369 188 8 335 692 317 657 3.66e-68 238
MS.gene016473.t1 AT3G26940 44.056 286 152 5 405 683 67 351 4.13e-68 231
MS.gene016473.t1 AT5G06740 41.447 304 170 5 402 698 320 622 4.85e-68 236
MS.gene016473.t1 AT1G67520 58.854 192 79 0 386 577 470 661 5.14e-68 236
MS.gene016473.t1 AT3G24790 43.369 279 155 3 408 683 43 321 5.78e-68 228
MS.gene016473.t1 AT4G02410 45.486 288 150 6 408 692 351 634 6.98e-68 236
MS.gene016473.t1 AT1G26150 44.170 283 152 3 407 685 425 705 6.99e-68 238
MS.gene016473.t1 AT5G06740 41.447 304 170 5 402 698 332 634 7.38e-68 236
MS.gene016473.t1 AT3G24790 43.369 279 155 3 408 683 61 339 9.51e-68 228
MS.gene016473.t1 AT5G02800 43.728 279 154 3 408 683 69 347 1.92e-67 227
MS.gene016473.t1 AT3G59110 40.308 325 186 4 363 686 147 464 2.52e-67 231
MS.gene016473.t1 AT3G53810 44.631 298 157 7 408 701 343 636 3.29e-67 234
MS.gene016473.t1 AT3G24550 43.189 301 163 4 405 699 273 571 4.11e-67 234
MS.gene016473.t1 AT2G37710 45.675 289 148 7 408 692 343 626 7.48e-67 234
MS.gene016473.t1 AT3G13690 43.110 283 158 3 405 686 404 684 7.88e-67 235
MS.gene016473.t1 AT3G13690 43.110 283 158 3 405 686 404 684 7.88e-67 235
MS.gene016473.t1 AT3G13690 43.110 283 158 3 405 686 404 684 7.88e-67 235
MS.gene016473.t1 AT4G02420 43.750 288 155 6 408 692 346 629 1.60e-66 233
MS.gene016473.t1 AT1G52290 40.690 290 159 4 408 689 139 423 2.08e-66 228
MS.gene016473.t1 AT5G59270 36.776 397 211 10 343 725 293 663 2.14e-66 232
MS.gene016473.t1 AT5G59270 36.776 397 211 10 343 725 296 666 2.61e-66 232
MS.gene016473.t1 AT1G49270 44.444 288 150 5 408 689 332 615 2.78e-66 233
MS.gene016473.t1 AT5G40380 55.189 212 94 1 405 616 308 518 2.85e-66 229
MS.gene016473.t1 AT5G59270 36.658 401 216 9 337 725 308 682 3.11e-66 232
MS.gene016473.t1 AT5G59260 39.640 333 180 6 404 725 347 669 7.24e-66 231
MS.gene016473.t1 AT1G11280 48.800 250 114 3 333 575 426 668 7.90e-66 231
MS.gene016473.t1 AT1G01540 41.259 286 166 2 402 686 144 428 1.03e-65 225
MS.gene016473.t1 AT4G21400 58.152 184 75 1 396 577 333 516 1.29e-65 226
MS.gene016473.t1 AT4G21400 25.000 212 152 4 48 255 45 253 9.39e-15 78.2
MS.gene016473.t1 AT5G13160 40.498 321 181 5 405 715 79 399 1.43e-65 224
MS.gene016473.t1 AT3G53380 41.718 326 173 8 387 699 347 668 1.83e-65 231
MS.gene016473.t1 AT3G24540 43.617 282 149 4 408 683 179 456 3.14e-65 224
MS.gene016473.t1 AT1G29730 53.953 215 98 1 402 616 630 843 3.39e-65 233
MS.gene016473.t1 AT5G18610 42.905 296 166 3 405 697 76 371 4.13e-65 225
MS.gene016473.t1 AT5G18610 42.905 296 166 3 405 697 76 371 4.13e-65 225
MS.gene016473.t1 AT5G18610 42.905 296 166 3 405 697 76 371 4.13e-65 225
MS.gene016473.t1 AT1G20650 43.060 281 158 2 405 683 71 351 4.87e-65 221
MS.gene016473.t1 AT1G07870 40.940 298 173 3 408 702 99 396 9.65e-65 221
MS.gene016473.t1 AT4G01330 40.909 286 167 2 402 686 152 436 1.02e-64 222
MS.gene016473.t1 AT1G29730 54.419 215 96 2 402 616 663 875 1.27e-64 232
MS.gene016473.t1 AT4G01330 40.909 286 167 2 402 686 152 436 1.39e-64 223
MS.gene016473.t1 AT3G07070 43.571 280 155 3 408 684 75 354 1.40e-64 221
MS.gene016473.t1 AT4G01330 40.909 286 167 2 402 686 152 436 1.46e-64 223
MS.gene016473.t1 AT5G10530 42.321 293 159 6 408 696 331 617 1.96e-64 226
MS.gene016473.t1 AT1G52290 50.000 208 102 2 408 615 139 344 3.12e-64 219
MS.gene016473.t1 AT5G24080 38.275 371 204 7 331 696 337 687 4.09e-64 228
MS.gene016473.t1 AT5G24080 38.275 371 204 7 331 696 337 687 4.09e-64 228
MS.gene016473.t1 AT2G19130 41.176 306 168 7 394 693 477 776 5.02e-64 229
MS.gene016473.t1 AT3G58690 36.676 349 211 4 342 683 18 363 6.20e-64 218
MS.gene016473.t1 AT1G07870 40.940 298 173 3 408 702 99 396 1.05e-63 222
MS.gene016473.t1 AT5G24080 38.606 373 200 9 331 696 464 814 1.10e-63 228
MS.gene016473.t1 AT4G32710 44.097 288 154 3 408 689 385 671 1.33e-63 226
MS.gene016473.t1 AT1G34210 44.444 297 158 6 395 686 288 582 1.54e-63 223
MS.gene016473.t1 AT1G34210 44.444 297 158 6 395 686 288 582 1.54e-63 223
MS.gene016473.t1 AT5G56790 42.361 288 163 3 405 691 383 668 1.67e-63 224
MS.gene016473.t1 AT5G16000 37.280 397 232 7 328 719 235 619 1.77e-63 223
MS.gene016473.t1 AT1G11050 40.323 310 162 6 405 696 288 592 2.22e-63 223
MS.gene016473.t1 AT2G39360 44.203 276 154 0 401 676 476 751 2.32e-63 226
MS.gene016473.t1 AT5G01560 37.634 372 195 10 330 692 297 640 2.38e-63 224
MS.gene016473.t1 AT4G33430 44.444 297 158 5 395 686 272 566 3.40e-63 222
MS.gene016473.t1 AT3G59700 41.877 277 159 2 408 683 334 609 6.39e-63 223
MS.gene016473.t1 AT5G10290 43.345 293 161 4 395 683 273 564 7.18e-63 221
MS.gene016473.t1 AT5G10290 43.345 293 161 4 395 683 273 564 7.18e-63 221
MS.gene016473.t1 AT4G33430 44.444 297 158 5 395 686 319 613 8.03e-63 222
MS.gene016473.t1 AT5G03140 43.390 295 154 8 405 692 367 655 1.01e-62 223
MS.gene016473.t1 AT2G23950 37.875 367 213 6 323 686 217 571 1.08e-62 221
MS.gene016473.t1 AT3G09010 49.758 207 102 2 405 610 39 244 1.11e-62 212
MS.gene016473.t1 AT4G02630 36.842 323 201 2 402 722 152 473 1.24e-62 218
MS.gene016473.t1 AT5G63710 43.686 293 159 5 395 683 237 527 1.46e-62 219
MS.gene016473.t1 AT5G63710 43.686 293 159 5 395 683 237 527 1.46e-62 219
MS.gene016473.t1 AT4G32300 42.761 297 161 6 405 699 488 777 1.53e-62 224
MS.gene016473.t1 AT4G04960 43.000 300 159 6 400 692 335 629 1.55e-62 222
MS.gene016473.t1 AT3G20530 47.807 228 116 2 407 631 77 304 1.84e-62 211
MS.gene016473.t1 AT2G13790 42.905 296 164 4 395 686 277 571 2.34e-62 220
MS.gene016473.t1 AT4G13190 42.652 279 157 3 408 683 67 345 2.61e-62 214
MS.gene016473.t1 AT3G28690 41.176 306 161 5 405 699 19 316 2.64e-62 213
MS.gene016473.t1 AT4G02010 36.000 375 219 7 323 683 288 655 3.02e-62 222
MS.gene016473.t1 AT2G28590 41.489 282 162 3 405 683 91 372 3.12e-62 214
MS.gene016473.t1 AT5G63710 43.686 293 159 5 395 683 272 562 3.78e-62 219
MS.gene016473.t1 AT5G63710 43.686 293 159 5 395 683 273 563 3.97e-62 219
MS.gene016473.t1 AT2G18470 41.404 285 156 5 405 683 277 556 5.70e-62 219
MS.gene016473.t1 AT2G18470 41.404 285 156 5 405 683 277 556 5.70e-62 219
MS.gene016473.t1 AT2G18470 41.404 285 156 5 405 683 277 556 5.70e-62 219
MS.gene016473.t1 AT3G02810 41.549 284 161 4 405 683 57 340 8.37e-62 217
MS.gene016473.t1 AT3G28690 41.176 306 161 5 405 699 68 365 9.28e-62 213
MS.gene016473.t1 AT5G45780 38.710 341 191 5 346 683 204 529 1.30e-61 217
MS.gene016473.t1 AT1G15530 39.130 345 186 8 343 683 306 630 1.68e-61 218
MS.gene016473.t1 AT4G23210 59.195 174 69 1 404 577 352 523 1.97e-61 215
MS.gene016473.t1 AT4G23210 23.695 249 172 5 19 253 6 250 3.67e-11 66.6
MS.gene016473.t1 AT4G23210 59.195 174 69 1 404 577 352 523 1.97e-61 215
MS.gene016473.t1 AT4G23210 23.695 249 172 5 19 253 6 250 3.67e-11 66.6
MS.gene016473.t1 AT3G28690 41.176 306 161 5 405 699 119 416 2.11e-61 214
MS.gene016473.t1 AT1G71830 43.771 297 160 6 395 686 285 579 2.26e-61 218
MS.gene016473.t1 AT4G23210 59.195 174 69 1 404 577 352 523 2.32e-61 215
MS.gene016473.t1 AT4G23210 24.096 249 171 5 19 253 6 250 2.94e-11 67.0
MS.gene016473.t1 AT3G25560 36.944 360 213 6 333 689 240 588 2.38e-61 218
MS.gene016473.t1 AT5G45780 38.710 341 191 5 346 683 247 572 2.42e-61 217
MS.gene016473.t1 AT3G25560 36.944 360 213 6 333 689 239 587 2.45e-61 218
MS.gene016473.t1 AT5G60300 36.483 381 220 6 321 701 269 627 2.46e-61 219
MS.gene016473.t1 AT5G60300 36.483 381 220 6 321 701 269 627 2.46e-61 219
MS.gene016473.t1 AT3G25560 36.944 360 213 6 333 689 239 587 2.64e-61 218
MS.gene016473.t1 AT2G26290 40.000 315 178 6 379 685 56 367 2.87e-61 212
MS.gene016473.t1 AT1G70450 39.697 330 188 6 409 731 46 371 3.60e-61 211
MS.gene016473.t1 AT1G76370 41.367 278 161 2 405 680 68 345 4.13e-61 210
MS.gene016473.t1 AT5G65240 43.003 293 162 4 395 683 267 558 4.25e-61 216
MS.gene016473.t1 AT5G65240 43.003 293 162 4 395 683 267 558 5.09e-61 217
MS.gene016473.t1 AT2G48010 35.753 372 222 8 335 696 207 571 6.07e-61 216
MS.gene016473.t1 AT2G01820 42.475 299 159 6 399 687 572 867 6.57e-61 221
MS.gene016473.t1 AT1G60800 42.034 295 167 4 395 686 217 510 6.64e-61 215
MS.gene016473.t1 AT1G66150 41.216 296 162 6 399 685 575 867 7.04e-61 221
MS.gene016473.t1 AT5G60300 36.483 381 220 6 321 701 269 627 8.77e-61 218
MS.gene016473.t1 AT3G45430 36.740 362 207 6 340 701 288 627 9.74e-61 217
MS.gene016473.t1 AT3G45430 36.740 362 207 6 340 701 288 627 9.74e-61 217
MS.gene016473.t1 AT3G45430 36.740 362 207 6 340 701 288 627 9.74e-61 217
MS.gene016473.t1 AT5G55830 36.243 378 219 8 328 699 295 656 1.18e-60 216
MS.gene016473.t1 AT1G26150 48.661 224 113 2 407 630 425 646 1.36e-60 216
MS.gene016473.t1 AT1G60800 42.034 295 167 4 395 686 284 577 2.70e-60 214
MS.gene016473.t1 AT1G01540 45.726 234 119 3 402 628 144 376 6.02e-60 207
MS.gene016473.t1 AT3G23750 39.000 300 172 5 393 684 559 855 7.81e-60 218
MS.gene016473.t1 AT3G01300 41.554 296 148 5 405 683 129 416 9.19e-60 210
MS.gene016473.t1 AT5G01540 38.043 368 198 9 330 692 301 643 1.31e-59 214
MS.gene016473.t1 AT4G21400 50.472 212 75 2 396 577 345 556 1.42e-59 211
MS.gene016473.t1 AT4G21400 25.000 212 152 4 48 255 45 253 8.13e-15 78.6
MS.gene016473.t1 AT4G21400 50.472 212 75 2 396 577 345 556 1.42e-59 211
MS.gene016473.t1 AT4G21400 25.000 212 152 4 48 255 45 253 8.13e-15 78.6
MS.gene016473.t1 AT4G21400 50.472 212 75 2 396 577 345 556 1.42e-59 211
MS.gene016473.t1 AT4G21400 25.000 212 152 4 48 255 45 253 8.13e-15 78.6
MS.gene016473.t1 AT3G45410 42.657 286 158 4 408 693 338 617 1.79e-59 213
MS.gene016473.t1 AT2G39660 39.274 303 171 4 405 695 60 361 2.05e-59 206
MS.gene016473.t1 AT3G08870 39.241 316 175 6 383 689 356 663 2.78e-59 213
MS.gene016473.t1 AT3G08870 39.241 316 175 6 383 689 335 642 3.12e-59 213
MS.gene016473.t1 AT1G24650 41.319 288 156 6 399 677 534 817 4.71e-59 215
MS.gene016473.t1 AT5G65600 41.137 299 160 7 408 696 346 638 5.64e-59 212
MS.gene016473.t1 AT5G03320 40.190 316 168 6 379 683 57 362 7.21e-59 205
MS.gene016473.t1 AT5G03320 40.190 316 168 6 379 683 57 362 7.21e-59 205
MS.gene016473.t1 AT4G30520 38.872 337 193 5 352 686 250 575 9.44e-59 211
MS.gene016473.t1 AT5G15080 41.216 296 149 5 405 683 135 422 1.11e-58 207
MS.gene016473.t1 AT5G60270 41.611 298 164 7 408 700 337 629 1.20e-58 211
MS.gene016473.t1 AT2G17220 40.461 304 158 5 396 683 70 366 1.38e-58 204
MS.gene016473.t1 AT2G17220 40.461 304 158 5 396 683 71 367 1.50e-58 204
MS.gene016473.t1 AT2G25220 36.164 365 208 8 336 683 11 367 1.77e-58 203
MS.gene016473.t1 AT4G35600 40.411 292 156 5 405 683 79 365 2.98e-58 204
MS.gene016473.t1 AT2G05940 39.535 301 171 5 392 683 66 364 3.14e-58 205
MS.gene016473.t1 AT2G25220 36.164 365 208 8 336 683 60 416 3.22e-58 204
MS.gene016473.t1 AT4G35600 40.411 292 156 5 405 683 80 366 3.31e-58 203
MS.gene016473.t1 AT2G28930 40.206 291 161 4 405 683 62 351 3.50e-58 203
MS.gene016473.t1 AT2G18470 48.341 211 107 2 405 615 277 485 3.67e-58 206
MS.gene016473.t1 AT2G28930 40.206 291 161 4 405 683 65 354 4.58e-58 203
MS.gene016473.t1 AT2G28930 38.226 327 186 6 405 717 73 397 4.89e-58 203
MS.gene016473.t1 AT1G48210 38.926 298 165 4 397 683 53 344 5.22e-58 201
MS.gene016473.t1 AT1G48210 38.926 298 165 4 397 683 53 344 5.22e-58 201
MS.gene016473.t1 AT1G48210 38.926 298 165 4 397 683 53 344 5.22e-58 201
MS.gene016473.t1 AT1G48210 38.926 298 165 4 397 683 53 344 5.22e-58 201
MS.gene016473.t1 AT2G02800 38.529 340 182 7 408 728 79 410 6.19e-58 203
MS.gene016473.t1 AT2G02800 38.529 340 182 7 408 728 79 410 6.19e-58 203
MS.gene016473.t1 AT5G07280 41.935 279 157 4 408 683 913 1189 6.96e-58 214
MS.gene016473.t1 AT1G06700 37.621 311 187 2 380 683 36 346 7.28e-58 201
MS.gene016473.t1 AT1G06700 37.621 311 187 2 380 683 36 346 7.28e-58 201
MS.gene016473.t1 AT1G06700 37.621 311 187 2 380 683 36 346 7.28e-58 201
MS.gene016473.t1 AT3G09830 40.134 299 167 5 396 683 68 365 7.63e-58 202
MS.gene016473.t1 AT3G09830 40.134 299 167 5 396 683 68 365 7.63e-58 202
MS.gene016473.t1 AT3G09830 40.134 299 167 5 396 683 68 365 7.63e-58 202
MS.gene016473.t1 AT4G34500 38.596 285 171 3 402 683 135 418 8.17e-58 203
MS.gene016473.t1 AT2G13800 41.554 296 168 5 395 686 141 435 8.24e-58 204
MS.gene016473.t1 AT2G13800 41.554 296 168 5 395 686 141 435 8.24e-58 204
MS.gene016473.t1 AT5G02290 37.425 334 188 6 366 683 22 350 8.87e-58 201
MS.gene016473.t1 AT5G02290 37.425 334 188 6 366 683 22 350 8.87e-58 201
MS.gene016473.t1 AT1G70130 40.830 289 163 6 407 692 329 612 1.12e-57 208
MS.gene016473.t1 AT1G16130 35.362 345 210 5 344 679 342 682 1.20e-57 209
MS.gene016473.t1 AT5G60320 41.216 296 164 6 408 701 344 631 1.22e-57 208
MS.gene016473.t1 AT1G07570 40.404 297 152 5 405 683 61 350 1.41e-57 201
MS.gene016473.t1 AT1G07570 40.404 297 152 5 405 683 61 350 1.41e-57 201
MS.gene016473.t1 AT1G07570 40.404 297 152 5 405 683 61 350 1.41e-57 201
MS.gene016473.t1 AT5G11020 35.537 363 216 7 331 683 56 410 1.54e-57 202
MS.gene016473.t1 AT5G11020 35.537 363 216 7 331 683 18 372 1.60e-57 201
MS.gene016473.t1 AT5G01020 41.017 295 162 5 399 683 54 346 1.64e-57 201
MS.gene016473.t1 AT5G11020 35.537 363 216 7 331 683 22 376 1.81e-57 201
MS.gene016473.t1 AT2G43700 41.071 280 161 3 408 686 308 584 1.92e-57 207
MS.gene016473.t1 AT2G43700 41.071 280 161 3 408 686 308 584 1.92e-57 207
MS.gene016473.t1 AT2G43700 41.071 280 161 3 408 686 308 584 1.92e-57 207
MS.gene016473.t1 AT2G43700 41.071 280 161 3 408 686 308 584 1.92e-57 207
MS.gene016473.t1 AT1G07570 40.404 297 152 5 405 683 72 361 2.13e-57 201
MS.gene016473.t1 AT4G29050 42.612 291 159 7 405 691 337 623 2.36e-57 207
MS.gene016473.t1 AT1G16150 36.657 341 203 5 348 679 354 690 2.44e-57 209
MS.gene016473.t1 AT4G29050 42.612 291 159 7 405 691 351 637 2.62e-57 207
MS.gene016473.t1 AT3G05140 35.854 357 205 8 356 695 72 421 2.66e-57 202
MS.gene016473.t1 AT2G43700 41.071 280 161 3 408 686 332 608 2.90e-57 207
MS.gene016473.t1 AT3G59750 41.155 277 161 2 408 683 299 574 2.96e-57 206
MS.gene016473.t1 AT5G48740 40.714 280 162 3 405 683 601 877 3.90e-57 210
MS.gene016473.t1 AT3G05140 35.854 357 205 8 356 695 120 469 4.09e-57 203
MS.gene016473.t1 AT5G16500 41.901 284 159 5 405 683 67 349 4.18e-57 206
MS.gene016473.t1 AT2G13800 40.878 296 170 4 395 686 258 552 4.20e-57 205
MS.gene016473.t1 AT2G13800 40.878 296 170 4 395 686 258 552 4.20e-57 205
MS.gene016473.t1 AT2G02220 39.711 277 165 2 408 683 730 1005 6.05e-57 210
MS.gene016473.t1 AT5G56460 38.304 342 186 9 385 706 50 386 6.40e-57 199
MS.gene016473.t1 AT5G59700 40.569 281 166 1 400 680 470 749 8.17e-57 208
MS.gene016473.t1 AT5G11020 35.277 343 208 5 349 683 13 349 9.06e-57 198
MS.gene016473.t1 AT1G52540 36.789 299 186 2 386 683 11 307 9.68e-57 197
MS.gene016473.t1 AT1G61590 39.073 302 174 4 392 685 79 378 1.17e-56 199
MS.gene016473.t1 AT1G52540 37.762 286 175 2 399 683 27 310 1.38e-56 197
MS.gene016473.t1 AT1G34300 38.141 312 188 3 405 714 479 787 1.64e-56 207
MS.gene016473.t1 AT1G70110 39.863 291 167 6 405 692 337 622 1.70e-56 204
MS.gene016473.t1 AT1G31420 34.951 412 233 10 303 695 189 584 1.87e-56 203
MS.gene016473.t1 AT3G46290 38.192 343 197 6 348 680 415 752 2.70e-56 206
MS.gene016473.t1 AT5G35580 38.870 301 173 6 392 683 55 353 2.74e-56 200
MS.gene016473.t1 AT1G31420 34.951 412 234 10 303 695 189 585 2.86e-56 202
MS.gene016473.t1 AT1G31420 34.951 412 234 10 303 695 189 585 2.86e-56 202
MS.gene016473.t1 AT3G59740 40.357 280 162 3 408 683 329 607 2.93e-56 204
MS.gene016473.t1 AT5G35580 38.870 301 173 6 392 683 67 365 3.14e-56 200
MS.gene016473.t1 AT1G54820 39.116 294 159 6 405 683 140 428 3.61e-56 199
MS.gene016473.t1 AT3G17410 39.172 314 173 4 386 683 34 345 4.26e-56 196
MS.gene016473.t1 AT3G17410 39.172 314 173 4 386 683 34 345 4.26e-56 196
MS.gene016473.t1 AT3G45420 40.351 285 166 4 408 692 346 626 5.21e-56 203
MS.gene016473.t1 AT4G17660 38.838 327 182 6 379 694 57 376 7.31e-56 196
MS.gene016473.t1 AT1G72300 38.047 297 177 4 402 695 791 1083 7.75e-56 207
MS.gene016473.t1 AT1G24030 38.889 288 164 7 405 683 1 285 9.49e-56 193
MS.gene016473.t1 AT5G02070 38.947 285 165 3 405 680 356 640 1.09e-55 202
MS.gene016473.t1 AT1G76360 40.468 299 165 4 396 683 147 443 1.09e-55 198
MS.gene016473.t1 AT5G37450 39.130 299 171 4 402 696 418 709 1.16e-55 204
MS.gene016473.t1 AT2G35620 36.740 362 207 8 333 687 229 575 1.47e-55 201
MS.gene016473.t1 AT2G35620 36.740 362 207 8 333 687 229 575 1.47e-55 201
MS.gene016473.t1 AT2G35620 36.740 362 207 8 333 687 229 575 1.47e-55 201
MS.gene016473.t1 AT2G35620 36.740 362 207 8 333 687 229 575 1.47e-55 201
MS.gene016473.t1 AT1G16120 34.605 367 211 5 330 679 341 695 1.74e-55 203
MS.gene016473.t1 AT3G55450 38.111 307 174 5 405 696 54 359 1.76e-55 195
MS.gene016473.t1 AT2G47060 39.456 294 171 2 396 683 57 349 1.92e-55 194
MS.gene016473.t1 AT2G47060 39.456 294 171 2 396 683 57 349 1.92e-55 194
MS.gene016473.t1 AT1G14370 40.070 287 159 4 408 683 82 366 1.94e-55 196
MS.gene016473.t1 AT1G24030 35.928 334 198 8 363 683 9 339 2.35e-55 194
MS.gene016473.t1 AT3G46760 39.189 296 164 8 408 700 46 328 2.62e-55 193
MS.gene016473.t1 AT3G55450 38.111 307 174 5 405 696 91 396 2.69e-55 196
MS.gene016473.t1 AT1G69730 35.977 353 191 6 349 685 387 720 3.17e-55 203
MS.gene016473.t1 AT2G23200 39.437 284 165 5 400 680 476 755 3.18e-55 204
MS.gene016473.t1 AT4G13190 42.063 252 144 2 434 683 5 256 3.55e-55 191
MS.gene016473.t1 AT2G32800 40.645 310 156 7 405 686 110 419 3.68e-55 204
MS.gene016473.t1 AT2G32800 32.911 316 195 5 407 709 527 838 1.46e-42 166
MS.gene016473.t1 AT1G24030 38.832 291 166 7 402 683 66 353 5.18e-55 193
MS.gene016473.t1 AT5G37450 39.130 299 171 4 402 696 597 888 6.66e-55 204
MS.gene016473.t1 AT3G53840 40.071 282 160 3 408 681 350 630 6.76e-55 199
MS.gene016473.t1 AT2G25220 38.835 309 167 7 336 630 60 360 7.10e-55 193
MS.gene016473.t1 AT2G30740 36.755 302 184 2 389 683 48 349 7.76e-55 192
MS.gene016473.t1 AT2G30740 36.755 302 184 2 389 683 48 349 7.76e-55 192
MS.gene016473.t1 AT2G30740 36.755 302 184 2 389 683 48 349 7.76e-55 192
MS.gene016473.t1 AT2G30740 36.755 302 184 2 389 683 48 349 7.76e-55 192
MS.gene016473.t1 AT2G30740 36.755 302 184 2 389 683 48 349 7.76e-55 192
MS.gene016473.t1 AT2G30740 36.755 302 184 2 389 683 48 349 7.76e-55 192
MS.gene016473.t1 AT2G30740 36.755 302 184 2 389 683 48 349 7.76e-55 192
MS.gene016473.t1 AT2G30740 36.755 302 184 2 389 683 48 349 7.76e-55 192
MS.gene016473.t1 AT2G30740 36.755 302 184 2 389 683 48 349 7.76e-55 192
MS.gene016473.t1 AT2G30740 36.755 302 184 2 389 683 48 349 7.76e-55 192
MS.gene016473.t1 AT2G30740 36.755 302 184 2 389 683 48 349 7.76e-55 192
MS.gene016473.t1 AT2G30740 36.755 302 184 2 389 683 48 349 7.76e-55 192

Find 130 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
AATTATAATGATACGGTTTA+TGG 0.151792 8.2:+58886865 MS.gene016473:CDS
TTCCCCTCCGTTAAAGATAT+TGG 0.206968 8.2:+58888524 MS.gene016473:CDS
GCCAGTTGAATTACGGTTAA+AGG 0.239525 8.2:-58889653 None:intergenic
AAACTCTTCCTGAGGGATTC+TGG 0.256656 8.2:-58887029 None:intergenic
TGAAGTTGAATCATCATTCT+TGG 0.261291 8.2:-58928316 None:intergenic
CACTTTCAATGTACGTCTTT+TGG 0.271196 8.2:-58928143 None:intergenic
GACAGAAACTTCTTGTGTTC+TGG 0.284433 8.2:-58886906 None:intergenic
TTTATTCATACCTTGTAAAC+AGG 0.300515 8.2:-58889725 None:intergenic
CAATTAATATTACCTGGATT+TGG 0.300831 8.2:-58887405 None:intergenic
CTTATATTAGAAGTAATATA+TGG 0.317987 8.2:+58927665 MS.gene016473:CDS
ATCCTTGCAATCAAGATATA+AGG 0.338933 8.2:-58887597 None:intergenic
AAATTAGGAGAAGGTGGATT+TGG 0.345131 8.2:+58889701 MS.gene016473:CDS
AACCCAGCCATAGCATATTC+TGG 0.352682 8.2:-58927605 None:intergenic
CAATAACTGTACATGTAAAA+TGG 0.357966 8.2:-58886712 None:intergenic
ACAGTGTCTCGGCTATTATA+TGG 0.372896 8.2:+58886977 MS.gene016473:CDS
AATCTTAGTATTAACTATCT+TGG 0.382611 8.2:-58928393 None:intergenic
TCCTTTAACCGTAATTCAAC+TGG 0.387353 8.2:+58889652 MS.gene016473:CDS
ATCCGTGGCCAGTTGAATTA+CGG 0.388099 8.2:-58889660 None:intergenic
AACTGAAAATGCTGGTTGAT+TGG 0.389546 8.2:-58928283 None:intergenic
GGATGGCTGCAGACAGTGTT+TGG 0.389911 8.2:+58887251 MS.gene016473:CDS
ATCATCTAGAAGAACATTGC+TGG 0.391768 8.2:-58927391 None:intergenic
GTGGTTAGATACAGTTCCTT+TGG 0.395054 8.2:-58886818 None:intergenic
CTACAGAAGCGAGTCTCAAT+TGG 0.396547 8.2:+58887154 MS.gene016473:CDS
ATTACGGTTAAAGGAATCAT+AGG 0.400300 8.2:-58889644 None:intergenic
AATGCTGGTTGATTGGGTTC+TGG 0.404525 8.2:-58928276 None:intergenic
ATCAACTGAATAATTATCCT+TGG 0.406776 8.2:-58928346 None:intergenic
GGGCAACTGATGAGTTCAAT+TGG 0.417832 8.2:+58887175 MS.gene016473:CDS
CAAAGAGACGATTCATTGAA+TGG 0.419734 8.2:+58889614 MS.gene016473:CDS
TCCACCGTCGTTCGTATGCT+AGG 0.423805 8.2:+58928234 MS.gene016473:CDS
AGAAACCTTGTGAGACTCTT+GGG 0.424853 8.2:+58926894 MS.gene016473:CDS
ATTGCTGTTGTTGCTACCTA+TGG 0.436265 8.2:-58886845 None:intergenic
AACAGATCCAATATCTTTAA+CGG 0.443222 8.2:-58888531 None:intergenic
TAGAAACCTTGTGAGACTCT+TGG 0.447176 8.2:+58926893 MS.gene016473:CDS
ACAGCTACTTCTGTGCCATC+TGG 0.452739 8.2:-58926792 None:intergenic
AAAAGCATAAGCATCTAGAT+TGG 0.457670 8.2:+58927274 MS.gene016473:CDS
CCTGGATTTGGCAAAGGAGA+TGG 0.458423 8.2:-58887393 None:intergenic
ACACCATCATGGAATGTAAC+CGG 0.460334 8.2:+58887057 MS.gene016473:CDS
AAAAGTTGTTAACGTTGGAT+TGG 0.460971 8.2:-58886771 None:intergenic
GCTCCAGAATATGCTATGGC+TGG 0.462160 8.2:+58927602 MS.gene016473:CDS
ACTGAAAATGCTGGTTGATT+GGG 0.465534 8.2:-58928282 None:intergenic
AATCTCGACGATGACGTCAA+TGG 0.466200 8.2:+58888479 MS.gene016473:CDS
GTTAAGGACTCAACAGAACT+TGG 0.466676 8.2:+58887090 MS.gene016473:CDS
TGGATTTGGCCCTGTTTACA+AGG 0.469487 8.2:+58889715 MS.gene016473:CDS
AATTTCTACGAACAACAAAC+AGG 0.469690 8.2:+58887366 MS.gene016473:CDS
TCAATCTTTATCCCGCAACT+TGG 0.472447 8.2:-58887336 None:intergenic
CTCTTGGGTTGCTGCGTCGA+AGG 0.474548 8.2:+58926909 MS.gene016473:CDS
ATTATCAATGGAATAGCAAA+AGG 0.476355 8.2:+58927312 MS.gene016473:CDS
GTCAATGGATTCTCCACAAA+CGG 0.478710 8.2:+58888494 MS.gene016473:CDS
GGGGAAGAAAATTCCGTTTG+TGG 0.480229 8.2:-58888507 None:intergenic
CCATCTCCTTTGCCAAATCC+AGG 0.482436 8.2:+58887393 MS.gene016473:CDS
TATGGTTTCTATGATTGTGT+AGG 0.490158 8.2:+58886883 MS.gene016473:CDS
GATTTCTTATAGTGGATACA+TGG 0.490483 8.2:+58927580 MS.gene016473:intron
CACTGACAAAAGGTATGGCT+TGG 0.491530 8.2:+58887203 MS.gene016473:CDS
ACAGTGTTTGGAGGCTATGT+TGG 0.495459 8.2:+58887263 MS.gene016473:CDS
TACAGAAGCGAGTCTCAATT+GGG 0.501604 8.2:+58887155 MS.gene016473:CDS
GCGTTGCAGGCAAGCAGGAA+GGG 0.501706 8.2:+58889319 MS.gene016473:intron
GTTGCTACGGGTACTACTAC+TGG 0.505069 8.2:+58889406 MS.gene016473:CDS
GCACAGAAGTAGCTGTCAAA+AGG 0.513119 8.2:+58926799 MS.gene016473:CDS
GTGTAATACTGAGCTTAGTA+AGG 0.515431 8.2:+58887230 MS.gene016473:CDS
AAAAGGCATGCAGAGATGTC+AGG 0.516838 8.2:+58926816 MS.gene016473:CDS
CATACGAACGACGGTGGACA+TGG 0.520805 8.2:-58928229 None:intergenic
TTCTCCTAATTTAGATGACT+CGG 0.521541 8.2:-58889690 None:intergenic
CAACAGCAATTATAATGATA+CGG 0.523665 8.2:+58886858 MS.gene016473:CDS
GTGTGCAGACTTGGAAACTC+TGG 0.524830 8.2:+58928082 MS.gene016473:intron
TGAAAGTCAAGGCTTGAGTT+CGG 0.525661 8.2:-58926963 None:intergenic
CGTTGCAGGCAAGCAGGAAG+GGG 0.525721 8.2:+58889320 MS.gene016473:intron
GATTCTGGTTAATGTAAGCC+AGG 0.527271 8.2:-58887014 None:intergenic
AACCGTAATTCAACTGGCCA+CGG 0.528121 8.2:+58889658 MS.gene016473:CDS
TATGTCAAAACATACCGAAA+AGG 0.530166 8.2:-58926986 None:intergenic
TGTTGCTACCTATGGTGTTG+TGG 0.530967 8.2:-58886837 None:intergenic
GATGTCAGGTCAAGGTTCAG+AGG 0.531616 8.2:+58926830 MS.gene016473:CDS
TACATTAACCAGAATCCCTC+AGG 0.536393 8.2:+58887021 MS.gene016473:CDS
GTAGCTCTACTGAGTTGCTA+CGG 0.536705 8.2:+58889393 MS.gene016473:CDS
ATAATAGCCGAGACACTGTT+GGG 0.538010 8.2:-58886973 None:intergenic
AGCCTTATATCTTGATTGCA+AGG 0.538779 8.2:+58887595 MS.gene016473:CDS
CATCTTAGTATGTGTACTGG+TGG 0.539121 8.2:+58889368 MS.gene016473:CDS
TCATGAAGAAGAAGACATGA+AGG 0.540763 8.2:-58886669 None:intergenic
TGATAGCGTTGCAGGCAAGC+AGG 0.544467 8.2:+58889314 MS.gene016473:intron
ATATTACCTGGATTTGGCAA+AGG 0.545747 8.2:-58887399 None:intergenic
AGCGTTGCAGGCAAGCAGGA+AGG 0.546314 8.2:+58889318 MS.gene016473:intron
GATCCGGTTACATTCCATGA+TGG 0.546996 8.2:-58887060 None:intergenic
TATCAGATTTCGGGTTAGCA+AGG 0.547384 8.2:+58927430 MS.gene016473:CDS
CATCATCTTAGTATGTGTAC+TGG 0.547524 8.2:+58889365 MS.gene016473:CDS
ACTTGGAAACTCTGGTGTGA+AGG 0.549176 8.2:+58928090 MS.gene016473:CDS
TTACGACTAAGCATTATCAA+TGG 0.549320 8.2:+58927300 MS.gene016473:CDS
GATAGAGTTCCTCAGTGTTG+TGG 0.550415 8.2:+58887285 MS.gene016473:CDS
ATTGGAGCGACACTGACAAA+AGG 0.555720 8.2:+58887193 MS.gene016473:CDS
ATCTTAGTATGTGTACTGGT+GGG 0.559173 8.2:+58889369 MS.gene016473:CDS
AATACTGAGCTTAGTAAGGA+TGG 0.559799 8.2:+58887234 MS.gene016473:CDS
CCACCGTCGTTCGTATGCTA+GGG 0.574962 8.2:+58928235 MS.gene016473:CDS
TACCAGGGTACTTTACCAGA+TGG 0.576011 8.2:+58926777 MS.gene016473:intron
GATCCAATATCTTTAACGGA+GGG 0.578529 8.2:-58888527 None:intergenic
CTGGTTGATTGGGTTCTGGA+AGG 0.579614 8.2:-58928272 None:intergenic
ACAACATGACTTGTACTACA+AGG 0.579639 8.2:+58886629 MS.gene016473:CDS
TGGCTGCAGACAGTGTTTGG+AGG 0.581254 8.2:+58887254 MS.gene016473:CDS
TATAATAGCCGAGACACTGT+TGG 0.582134 8.2:-58886974 None:intergenic
CTCCAGAATATGCTATGGCT+GGG 0.584422 8.2:+58927603 MS.gene016473:CDS
ATTCGCCCAACTGAAAATGC+TGG 0.584698 8.2:-58928291 None:intergenic
CATGGCTCCAGAATATGCTA+TGG 0.587375 8.2:+58927598 MS.gene016473:CDS
TCCTCAGTGTTGTGGAACAA+AGG 0.587403 8.2:+58887293 MS.gene016473:CDS
TCATCTAAATTAGGAGAAGG+TGG 0.587449 8.2:+58889695 MS.gene016473:CDS
TAGCTCTACTGAGTTGCTAC+GGG 0.588337 8.2:+58889394 MS.gene016473:CDS
GTATCTAACCACAACACCAT+AGG 0.590512 8.2:+58886829 MS.gene016473:CDS
AGCGACACTGACAAAAGGTA+TGG 0.591174 8.2:+58887198 MS.gene016473:CDS
ATGGTATGATGTATGCATCC+TGG 0.596411 8.2:+58886996 MS.gene016473:CDS
CGTCTCTTTGAACATGATCA+CGG 0.597949 8.2:-58889601 None:intergenic
ACATACTAAGATGATGATCA+AGG 0.598350 8.2:-58889358 None:intergenic
TTATTCATACCTTGTAAACA+GGG 0.599733 8.2:-58889724 None:intergenic
ATATTGTCCCAACAGTGTCT+CGG 0.601611 8.2:+58886966 MS.gene016473:CDS
GTTGTGGAACAAAGGTAGCA+TGG 0.607567 8.2:+58887301 MS.gene016473:CDS
ACATGATCACGGAAAGACAT+AGG 0.609545 8.2:-58889590 None:intergenic
AGATCCAATATCTTTAACGG+AGG 0.610272 8.2:-58888528 None:intergenic
ATCCAATATCTTTAACGGAG+GGG 0.615532 8.2:-58888526 None:intergenic
GAGTCATCTAAATTAGGAGA+AGG 0.619898 8.2:+58889692 MS.gene016473:CDS
GTTGCAGGCAAGCAGGAAGG+GGG 0.626683 8.2:+58889321 MS.gene016473:intron
CGAACGACGGTGGACATGGT+TGG 0.627681 8.2:-58928225 None:intergenic
CGGTTAAAGGAATCATAGGA+AGG 0.628457 8.2:-58889640 None:intergenic
TTAAGGACTCAACAGAACTT+GGG 0.631309 8.2:+58887091 MS.gene016473:CDS
GTCTTGAAGTGTATACACAT+AGG 0.632388 8.2:+58928168 MS.gene016473:CDS
AACTCCAAAGCTGAAAACAT+CGG 0.633986 8.2:-58927642 None:intergenic
CATGCAGAGATGTCAGGTCA+AGG 0.635730 8.2:+58926822 MS.gene016473:CDS
TACCGAAAAGGTGAAAGTCA+AGG 0.636918 8.2:-58926974 None:intergenic
AGGACTGCTATATCTTCATG+AGG 0.637088 8.2:+58927332 MS.gene016473:CDS
CCCTAGCATACGAACGACGG+TGG 0.649240 8.2:-58928235 None:intergenic
ACAACATCGGATTCTGCCAA+AGG 0.652173 8.2:+58886802 MS.gene016473:CDS
CTCCTGTTAACATAGATCGA+CGG 0.665284 8.2:+58888446 MS.gene016473:intron
ACTCCCTAGCATACGAACGA+CGG 0.680674 8.2:-58928238 None:intergenic
TGACTCGGAAAAGTTATCCG+TGG 0.699490 8.2:-58889675 None:intergenic
AGCAACCCAAGAGTCTCACA+AGG 0.719056 8.2:-58926899 None:intergenic
ACCTTTGTTCCACAACACTG+AGG 0.734603 8.2:-58887294 None:intergenic

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr8.2 gene 58886613 58928401 58886613 ID=MS.gene016473
chr8.2 mRNA 58886613 58928401 58886613 ID=MS.gene016473.t1;Parent=MS.gene016473
chr8.2 exon 58886613 58887414 58886613 ID=MS.gene016473.t1.exon1;Parent=MS.gene016473.t1
chr8.2 CDS 58886613 58887414 58886613 ID=cds.MS.gene016473.t1;Parent=MS.gene016473.t1
chr8.2 exon 58887559 58887638 58887559 ID=MS.gene016473.t1.exon2;Parent=MS.gene016473.t1
chr8.2 CDS 58887559 58887638 58887559 ID=cds.MS.gene016473.t1;Parent=MS.gene016473.t1
chr8.2 exon 58888461 58888566 58888461 ID=MS.gene016473.t1.exon3;Parent=MS.gene016473.t1
chr8.2 CDS 58888461 58888566 58888461 ID=cds.MS.gene016473.t1;Parent=MS.gene016473.t1
chr8.2 exon 58889328 58889450 58889328 ID=MS.gene016473.t1.exon4;Parent=MS.gene016473.t1
chr8.2 CDS 58889328 58889450 58889328 ID=cds.MS.gene016473.t1;Parent=MS.gene016473.t1
chr8.2 exon 58889564 58889736 58889564 ID=MS.gene016473.t1.exon5;Parent=MS.gene016473.t1
chr8.2 CDS 58889564 58889736 58889564 ID=cds.MS.gene016473.t1;Parent=MS.gene016473.t1
chr8.2 exon 58926783 58926993 58926783 ID=MS.gene016473.t1.exon6;Parent=MS.gene016473.t1
chr8.2 CDS 58926783 58926993 58926783 ID=cds.MS.gene016473.t1;Parent=MS.gene016473.t1
chr8.2 exon 58927268 58927505 58927268 ID=MS.gene016473.t1.exon7;Parent=MS.gene016473.t1
chr8.2 CDS 58927268 58927505 58927268 ID=cds.MS.gene016473.t1;Parent=MS.gene016473.t1
chr8.2 exon 58927592 58927742 58927592 ID=MS.gene016473.t1.exon8;Parent=MS.gene016473.t1
chr8.2 CDS 58927592 58927742 58927592 ID=cds.MS.gene016473.t1;Parent=MS.gene016473.t1
chr8.2 exon 58928090 58928401 58928090 ID=MS.gene016473.t1.exon9;Parent=MS.gene016473.t1
chr8.2 CDS 58928090 58928401 58928090 ID=cds.MS.gene016473.t1;Parent=MS.gene016473.t1
Gene Sequence

>MS.gene016473

ATGAAAACTTCAGAACACAACATGACTTGTACTACAAGGTTTCTAAGCTTCATTCTCCTTCATGTCTTCTTCTTCATGATGCTAACGAATGCGCAATCACCATTTTACATGTACAGTTATTGCCAGAATTCAACTGAAAAAACACTCAACACTTCATACCAATCCAACGTTAACAACTTTTTGTCATGGACAACATCGGATTCTGCCAAAGGAACTGTATCTAACCACAACACCATAGGTAGCAACAACAGCAATTATAATGATACGGTTTATGGTTTCTATGATTGTGTAGGCCAGAACACAAGAAGTTTCTGTCAATTTTGCATCAACACTGCTGTTAGAGAAATTGCAAAATATTGTCCCAACAGTGTCTCGGCTATTATATGGTATGATGTATGCATCCTGGCTTACATTAACCAGAATCCCTCAGGAAGAGTTTTTCTAACACCATCATGGAATGTAACCGGATCCAAAAACGTTAAGGACTCAACAGAACTTGGGAAAGCTGAGAATAGCATGACGAGTTTGATACGCAAAGCGACTACAGAAGCGAGTCTCAATTGGGCAACTGATGAGTTCAATTGGAGCGACACTGACAAAAGGTATGGCTTGGTGCAGTGTAATACTGAGCTTAGTAAGGATGGCTGCAGACAGTGTTTGGAGGCTATGTTGGATAGAGTTCCTCAGTGTTGTGGAACAAAGGTAGCATGGATAGTTTTGTCTCCAAGTTGCGGGATAAAGATTGATGATTATAATTTCTACGAACAACAAACAGGATCTCCATCTCCTTTGCCAAATCCAGGTAATATTAATTGTTTGTTTGTTTGTTAATTTGGATGACTTTCAAGGCAGTGAATGGCAGAATCATGTAGTGAGAGCAGCGACATCATAGATTTTAATTTTTATGACCAAGTTTAGTCACAAAAGATTACCTTGACTTTTGGAGACTCGTTTGATGATTGCAATGAAGACTTGCTTTATAAGCCTTATATCTTGATTGCAAGGATCTCAACGAAGATTTTTGAGGTTTGTACAATCACTTTGAACTTCTCTTGTGATGTAGTCGCTCTTCTTATCTCATGAAGCTCCCAAAAAAAATTATTTTTCATGATACACTTCCAATACTGATAGGGCACCAAGGTCCAACAATAGGACTGATGACCTAATCATTGGGACCAACCACTAGCATGATTTCTAGAAGGGAGTAAACTTAGTGTCCAAAGCACTAATTAACTATCGTACCTTCTACTCGTTTCTAGAGATGTCACCGGAAATTTCGAATGGAGAGAAATATAGCTTATGTTGTAGCAGAAAAAACCTATTGATGAGAAAGACTGTGTTGGATAGGATTTACGACAGAAACAGAGATTTTCTCATCAATCTTATTGATAGGACACCAATTTCCAATACAAACATGATTTCTAGAAGGGAGTAGAAGCTGCTGTAAGGCTTAGTGGCATGAACCAAAATCTTAGGAAAGATAATTAATTAGTTGCTTGAGGCACACTTTTAGGAGAATAATTAACTATTGACTTGAGCCACAATTTTAGGACATTATGTTAAGTTTATAAGGGATTAATGAGAGAGTGTAGAACCAAAGTATTTTTTAACGATCCATGTTAGAAGACTCCAGTTCTCTGGTATGAGCCCAAGGCTCTCTGGTTTATCTTAGTTGATGGTGTAAGAGGTTTGCTCACCCTTTTTTTAACAATAACTACTCTATTTCATCCCATAATTCCCACGTTTCTATCATTGTCAAAGTAGAGAATAAACTTCTGTCAACCAAAATAGAGCTTCCATGGACAAAGCACATTGTTCTTGCAGTTTTGCGAACTCCTGTTAACATAGATCGACGGAGTCACGTTTAATCTCGACGATGACGTCAATGGATTCTCCACAAACGGAATTTTCTTCCCCTCCGTTAAAGATATTGGATCTGTTTTCACAGTCCCTTGTTCGTTGAAACATGAAGAAACCTTTGAAGGATGGCCCTCTTGCAGTCTTGCAAACTCCGTTAACATAGATTCATGAAGTTTCTCCAACGCTTAATTCTAAAATGTTTCCACTGTCTCAAGTCGCAATTCCAACGAATTGAGATGTTTAGACATCTTCGAATCTTCACTAGCTCCGCTTCATAATCCGGCAGGTCGGATGAATGATATAAATGCGGGAATCAGTGGATAAGATAGAGTGTTTATTATACAAAAAGTGGTTAGAAAATATCTTACACAAACAAGTAAGGTAAACCAGAGCCAAGGGCTCCTATCAGAGAGTTGGACTATCCTAACAACAATCAATATAAAATACACAATGAAGTAATTATTCTCCTAAAAGTGTGGTTCAGGAAACTAATTTATTATTTTTCCGAAGACTGTGGCTCCCGCCACAAAGCTTCCCTCAGATTCTACTCTCCTTCTAGAAATCAATCCTGTGTTTTTTGGGCCATATGATTGGGTCATCAATCCTGTTGGACCTTGGTGCCCTATCAGATACACATACATAACATATACAAGAAAAATCTGTCTATTGTTTCATATTGTTATTCAGCCTATAAATTAAGAAATTCAGCCTATAACATATACAGGAAAAATCTGTCTATTATGAAAGGAATTCAGCCTATAACATATACAAGAAAAATCTGTCTATTATGAAAGGAATTCAGCCTATAAATTAAGAAAGAAAAAGGCAATGTTTTCATCTATGATAGCGTTGCAGGCAAGCAGGAAGGGGGAAGTAATAAGAAAACCTTGATCATCATCTTAGTATGTGTACTGGTGGGAGTAGCTCTACTGAGTTGCTACGGGTACTACTACTGGAAAAAGAAACGATTAAGTGAAGGTAACTATAACAAGTTGCATCCATGTCGAAAGTTCTATAAGATCCTTTCACAAAATTACCTATGATAAAAAGTCATTATTTAGACTTTTTAGACTTACTAGCTTCCTTGCTAGGTGGTTTGCTGTTGAGAACTGTTACGCCTATGTCTTTCCGTGATCATGTTCAAAGAGACGATTCATTGAATGGAGACCTTCCTATGATTCCTTTAACCGTAATTCAACTGGCCACGGATAACTTTTCCGAGTCATCTAAATTAGGAGAAGGTGGATTTGGCCCTGTTTACAAGGTATGAATAAATTGTATCCTGAAGTCAATCAATGAAGTTATAGTTTTGTATTTTAACTTTGAGAGATTCATCTGTTTACCAGGGTACTTTACCAGATGGCACAGAAGTTGCTGTCAAAAGGCTTGCAGAGATGTCTGGTCAAGGTTCAGAGGAGTTCGAGAATGAAGCCATCTTCATCGCCAATCTGCAACACAGAAACCTCGTGAAACTCTTGGGCTGCTGCATGGAGGAAAATGAAAAAATTCTAGTATATGAATACTTGCAAAATTCAAGCCTTGACTTTCACCTTTTCGGTATGTTCTGACAAAACATGTGTATCACATTTGCTTTAATGATTATTTCTTTTACTTGCTCTGTATGTTCTAATTATTAAAGTACAATTATCATATCCGGTGATTAAATGAATAATCATTACTGGGCATATTATGCATTTTGGAGCATAATTAAAAGATCATATCCAGTGATTATTCCCGTAAAACAACTATGAAGATAAAAATGTATGATAGTCTCCATCCATTGCTATTGTTATTATCAATAACATGAATTCAATGTTCCTCTACTTAATAGATAAGGAAAAGAATAAGCACATAGATTGGAAATTACGACTAAGCATTATCAATGGAATTGCAAAAGGACTGCTATACCTTCACGAGGATTCTCGACTTAGAGTAATCCACAGAGATCTGAAAGCCAGCAATGTTCTTCTAGATGATGAAATGAACCCAAAAATATCAGATTTTGGATTAGCAAGGAGATTTGAAAAAGATCAATGCCCGACAAAAACAGAAAGAGTTTTTGGCACCTAGTAAGCATTATTGACAACTTTTCAAAGCAAATATTAGAAAATTTCACATGATTCACAACTGACAGTGTGTTAAATTTTTACAGTGGATACATGGCTCCAGAATATGCTATGGCTGGCTTATTTTCAGTGAAATCCGATGTTTTCAGTTTTGGAGTTCTTGTATTAGAAATTATTTACGGAAAAAGAAATGGCGAATTCTTTATCTCAGAACATATGCAAAGTCTTCTATTATATGTGAGTTTGCGATAATCCAAGTATTCGAAGACAAAAATAGTTTTATATTTTAATGAAATCACTAACACTACCTTTAAATGAGAGGCTCTTGGATACAAAATATTGATAATATATAAACAAAGCTTGCTACCTCGATCTTGCTTAGAAAAACACATTGGTAGCACATCTGAAATTTCAGATGACTTGGTCATAGGGGTCTAATAGCATATTATGAGCCGACTATCCAAAAAGCTATGATGACACTAATGTATTTTTACTTTTTCTAACAAAATGTATCAAATCAAGTGGTCTAAATGTCCATATTTGTATGCAGATTTGGAAACTCTGGTGTGAAGGAAAAAGTTTAGAATTGATCGACCCATTCCACCAAAAGTCATACATTGAAAGTGAAGTCTTGAAGTGTATACACATTGGTTTATTGTGCGTACAAGAAGACGCAGCAGATCGACCAACGATGTCCACCGTTGTTAGCATGCTAGGGAGTGACACAGTAGACCTTCCAAAACCCAAGCAACCAGCATTTTCAGTTGGTAGAAAACCCAAGAATGAAGATCAAAGTTCAAAAAATTATAAGGATAATTCTGTTGATGAAGAAACCATAACTATGTTTCATCTAGATAGTTGACACTGTGGTTCACTTTGTGCCAGATTCAGAAATGATTGAGTTCTCTTAGAAAAAGTTTGAGTTCGAAAGGGAAGAAAATCATTTTAAGGTCCATGAGTTATGAGTGTAGTGGTAAGAGTTTGACCTTGTAACCTCAAGGGAAGGATTTCAAATCCCATATGGGACGGTTATAAAGTGACCATTGATTCTACTTCCCCAATTTTTCGTTAGAAAAGAAGGCAACCATTTTTCAGTTCGTGAGATGCTACCCTAAATTTACTAGAAGGATAACGAAACACATGTTCAATTCTCGGTTGAGCTGGAAATATATTTGATGTGTTCTTAGTTTGTCAATGTTTAATTCGCTAACACAAAGTCATTTTTTTAACATGTAACACATAAAGGAAGCGATTCAGTTCGCTTCATGTATGTCTTCTAAAATACATAAGTTGTAGGATACATTTTTTTAACAAATTACTTTTGGTACCTATTTTTTATAATGTATTCCAAAAAATAATTATAAACTCGTAATCTATGTCCAATCTAACAATATCAACAGAGCCTCTAATCTTATTAGTCCCTCAAAGCAACAAGTTAACGAAAATATTAACTAATAAAGTTTTGAAGCAAAATCTCATTTCTCATATTAGAATTAGTAAGTTGTAAGATAATACTCCCAGAAGTTTATCCTAACTCCATAATTTGTGTCAAATCTATTAATATCAACAGAACCTACATTCCCTCAGTCGTTCTAAGCAAAGAGTAACCAAAATAATAACCAATGCAGCTTTGAAACAATTTCACTTCTCATCACCACTAAAAGTAGTTCCACACATAACACATCACCACAAAAAATGCAATTGCAAGTATCCTATGAACAGATATAATTAACCAGATGAGATAAATCTGTGCCTGTTAGAATTTGCTGGGGGGGGGGGGGTAGGTTTAGCCGTTCTCCAATGCAGAGAGGAGGTGTGCATATTGTGTATATAGGCCTGGTTAGCTCCATTTAGGTTAAGGAGGTGGGCCGGATTCCGTGCTCGGATGAATGCTTAAACCGTTAAATTTGCAGCTACCGAGCCTTGATTTGCTCAGGCCGAGTAAGCAATGACTTGGATCAGAGCTGTTCTTTAGCTGAGATCTTGGAATGAGCGCGCATTGCTCAGCGTCCATATGGATTAGGGGCCAATTCAAAACCAAATGGCAGTTGCAAGTATCATATGAATTTGTTGCGAATTCGATGAAAATCACACCAATAACAACTTGATGTGTGGAGCAAGGAATAATTAAGCAACCAATATCAAAGTGAATAACAGTTATAATCACAAGCAAAAGTAGAAAACAGCGAGAGAGAAGAAGAGAGAACACAAATAATTTGTTGACCCAGTTCGGTCCAAATTGACCTAGTCTGGGGGAGAGAGCAGCCCTCCGTTCCACTATATGATGAGTAACGTTACAAAAGAGAATTCAATGGGTTACAAGAATAAGTCTCCCGCCTAATTCTACCCAAATCCCAGCCTCTTCCCGTAACCAAGAGACTCAATCCTAATAGTGTTTCCCAAGGTGAATCAACCTTCAAACCCTAGTTTGTTGCCAAGAGACAAACTCTATACAAACCCTAGTTTGATTTCTAAACCCTTGTTTCAGCCCCCTCTATCTCTCAAAATAGCCTGATACAAGGCCTATATTTATAGTAAAAGAAACTCCCATAAAATTGTAACAAATCTGGCCCAAAAATACGTTTCTGAAAAAAACAGCACGCGAAATCGGCCACCGATTTTCCAAATCGGCCACCGATTTTTCCCGAACAGAAAGCCTCCCAAAAAGCAGCCAAAATCGGCCACCGATTTTCCAAATCGGCCACCGATTTGTACTTTCAGCAAACATCAATTTTGGCCTCCAAACTCCAATTTTGAGTCACTTTCACAACAATCTCCACCTTGGCTCCAAATTAGTGATGATGCCCATTTAACATCAACACCTTGCTGCTCTTTCCCTTGCTTCCCACTACGCCGAGTAGCTCCACAAGTTTACACCTTAATCTCTTCAATCATCGGAATGCCTTCCGCCCCTTTGAAGATCCTTGTGTCCAAACTACTCAAGGAATTTTAGGTAGTTCCACAAGTACACACCTTAACCTCTTCAGCCATCGGAATGTCTTCCGCCTTCTCGAAGATCCTTGTATCCAAACTACACTAGGAATTTCAGGTAGTTCTACAAGACTACACCATACCTCTTCAATACGAGACATCTTCCGCTTCCTTGAAGATCACCTTGCATCCAATCACCCTTGGACTTTTAGGGTAATTCCACAAGCCGTGCTATACATTCTTCAACCTCCGGAATGCCTTCCGTCTTCATGAAGAAAACCCTTGCTCACCACTAGAGCATAGCACCCAAGGTCCTCCATAGTCGTACCACTCCCGGTGTGTTCAACTCCACCTAAAGCTGAGCTTCCAACCTCTCAACTAGCAAATGAGTACATCCCACTATGTCTTCCTTGAACCTCCACCTCAACCGGTAGATCATGAGTATTCTTACCACCGCCTCTCCAGGCTGATGTTGAGTGTTTAACGTCTCTCCAGACGATCACCGCTCTACCAGGCATCACCCCCAAGGTGAGAAACATCACCTTCATCCTCTAAACAGCACCACACCATCAGAGCACCCGCATCCTCATAACCCTCAGTGACAATTTGTGCGGAGTTACCATTAATCTCCGGACAATCCTTCTTGAAGTGACCCACCTTGTTACACTTAAAGCATTTAAACTTTGTCTTGTTACCACTCTTTCCCCGGTTACCTCTACCTCCACCATTCCCTCTTGAAACACTTAGGCCTTCCCCGTTTTCATCAACTCTCAAGTCCTTCGACTTAGTCAACTCCTTGGTTCTCAAAGCTGCTTGAACTTCTTCCAAGGTAACAGTGCCTTCTTTTCCATAGAGCATGGTATCTTTAAACGATTCAAAAGATCTAGGTAGAGCACACAACAAGAGTATAGCTTTATCTTCATCCTCAAGATTCACCTCAATATTCTCCAAGTCATCAAGGATTTTGTTGAACTCCGTAAGTTGCTCCATGATGGCCTTTGACTCCACCATCTTGAATGAGTAGAGTTGTTGCTTTAGGAATTGCCGATGAGCCAAAGACTTTGTCATATACAAAGATTCCAACTTTGCCCACATCGATGCCGCGGTTGGTTCCTTTGCTACTTCTCTCAAAACTTTATCTCTGAGGCACAAGACAATGGCACTCCTGGCCTTGTCCACCATCTCGGTCTTCTCCGCTCGTGTCATGGTGACCGGTAACGAACCTTCACCCTTCAAAGCTTTCTCACACTTTTGCTGTATTAACACCGCTTCCATCTTTACCTTCCATAACCCAAAATCGTTATCTCCGGTAAACTTCTCAATATCCCACTTCGAACCCATGGTACTTGATTATCCTTTGACCCTTTGCCCCACGGTGGGCGCCAATTGTTGCGGATTCGATGAAAATCACACCAATAACAACTTGATGTGTGGAGCAAGGAATAATTAAGCAACCAATATCAAAGTGAATAACAGTTATAATCACAAGCAAAAGTAGAAAACAGCGAGAGAGAAGAAGAGAGAACACAAATAATTTGTTGACCCAGTTCGGTCCAAATTGACCTAGTCTGGGGGAGAGAGCAGCCCTCCGTTCCACTATATGATGAGTAACGTTACAAAAGAGAATTCAATGGGTTACAAGAATAAGTCTCCCGCCTAATTCTACCCAAATCCCAGCCTCTTCCCGTAACCAAGAGACTCAATCCTAATAGTGTTTCCCAAGGTGAATCAACCTTCAAACCCTAGTTTGTTGCCAAGAGACAAACTCTATACAAACCCTAGTTTGATTTCTAAACCCTTGTTTCAGCCCCCTCTATCTCTCAAAATAGTCTGATACAAGGCCTATATTTATAGTAAAAGAAACTCCCATAAAATTGTAAAAATCTGGCCCAAAAATACGTTTCTGAAAAAAACAGCACGCGAAATCGGCCACCGATTTTCCAAATCGGCCACCGATTTTTCCCGAACAGAAAGCCTCCCAAAAAGCAGCCAAAATCGGCCACCGATTTTCCAAATCGGCCACCGATTTGTACTTTCAGCAAACATCAATTTTGGCCTCCAAACTCCAATTTTGAGTCACTTTCACAACAGAATTATTAATAGATTAATTGCCAAATGCTATAAGGCTAAAACAGAGTTATAAAACCTACAAAAGCTTAAAGAAAACATAAAAGAAAGAAGCAAACACAGTACCTTGTTCCACCACGACTTCTGCCAGGAATGCAATAACAGATGCTTCTCCTTAAGCAATGTAATTGATCAGACAAAAACGGTTATAGGAAACAAATTGTGAGACACGTGCAATGATATAAATAAACATAATGATAATGATGATACTAATTATATAAAGTAACACTTACAATGTCATCATTTTCATACACTTGAGTGAGAAAGCAGAGAACATTGGTTGTAAGGAATTTCCATGTTTCAACAATTTTCAAGATAAAACTGCGTAGTTTCACAAATTGGATTTGGAATTTTAGGAATATGTGAAATATTGAGTGAAAGTGAATGGTTAGTAATTTCCAAAGTTGGTAATTTTATTTACAAAAGTCAAGTGGAGGAAGGTTGACATTAAATCTGTGCTTGACTCTCTCTATCTACTCAATTCATCAATTCACGTGTTTATGCTAATTCAAGAAGCATGGACACTAAGAGATGAGACGTGGTCTCGTTCGACTCACCTCGGTGTTTGACGAATGATGGGTTCGGGTTTGCTTCATTTTTCTACTCTTCAATTATGGTTCATTTACAAAAGAGATAGACACGAGAAAGAGAAAGAGTAATGAGATTCATTAGTGGGGTCCACTTATTAAAATAAGTACCACCACTACTAATCTATCTTTTAGTGGAAACAGTACTGATAAGTGGAGTCCAAACTTGCATGGAGTCCAAACTGACATGATAAGTGGAGTCCAAATTGATAAGTGGATCCTTCTTTAGGGGGGCCAAAAGTTACACCATGCCAGTTTGTACTCCACTTATCAGCATCTTTCTATCCCCATGTCAGTTTACACCATCAGAGACTGAGAAATTGTCATAATCTCCATCAAAATCAGCTAATCAAAAGAGGGTCAAAAGTTAAGGGGTCCAAATATCCATTTTTTTTAATAGGGGGCCAAAATTGCAACTTTTTGAAACATAGGGGTGAAAAGTGCATTTAAGCCTTATTTCTTTTATAAATGGACAAATTTGAACTCTAGTATGACACTTGTATAACATATGTACGATCAAAAATATGTGCACGGGTTGAAGTTTGAACAACAAATTTCTAACAACTAGATTATTTGACAAGAAAAAAAAGTTAAAAAATATAATGTCTTGTTGAAATTTTTTTTATAATAAAACCAATTGCTCAATTTAGATATTTACAGAAAAAGTTCATATTTATTATTTTGTGTGAATTGGGTACGCGCAACTGCATAACATAATCCCTTAAGCCAATTAGGAACGTGTTGGATGGCAAATCTCTCGCTCAATAGATTATTGCTTCATTTTTAGTGTTGGATATGAACCCAAGACATTTGGTTAAACGGAAAAAGATCTCTTATCATCTCCTCCAAGTACTTGTGAGTATATAATATATTCATATTTTATTTAATTAAGATAATACATAAATACATATTATTTAATTATAATAAATAAATACATATATACTATTGGTGTCAATGTCTGGTAGGTATCCTATCGCCATCAGAATACGTCCTTTATAAGCTAATTCAATTTGACTGTTCTTTGATTTACCAGCAGTCTTTGATAGAAATAATTTATTAATCTGTAGTTAGTTGATTAATATATTCTCACATCTGAATTTTCAACACATGCGAGGCATTAAATATACAAAAAAGCAGAAAAATATTTACTTCCCTTAGTAAAATACAAGAAAAAAACTAATCAGAAGTTTCTGCTACCCAACATACACTACAGAACACAGAACAAATACAGAAATTATGACCTGTACTACAAGATTTCTAACCTTCATTCTCCATCATTTTTTCCTCTTCATGATCCTAACAACTGCACAATCACCATTTTACTTGTACAGTATTTGCCAGAATTCAACAGAAAAAATACTCAACACTTCGTACCAATCCAATGTTAACAATTTTCTGTCATGGACAACATCGGATTCTGCCAAAGGAACTGCATCTAACCACAACATCATAGGTAGCAACAACAGCAATGATCATGATAATGTTTATGGGTTATACGGTTGTCGGGGTGATATCACAGGAAGTTTCTGCCAATTCTGTATCCACACTGCTGTTAGAGAAATCGCTCAACGTTGTCCTAACAGTGTTTCCGCTTTGATATGGTATGATTTATGCTTCATGGGTTACACTAACCAGAATACCTCAGGAAAAGTTATTGTAACACCGTCATGGAATGTAACCGGATCCAGAAACGTTAAGGACTCAACGGAACTTGGGAAAGCTGAGAATAACATGATGAGTTTGATACGCAAAGTGACTACAGAATCCAGTCCCGTTTGGGCAACGGGTGAGTTCATTTGGAGTGACACTGAGAAAAGGTATGGTTTGGTGCAGTGCAATAGAGACCTTAGTAAGGATGGGTGCAAACAGTGTCTAGAGGCTATGTTGGATTTAGTTCCTCAGTGTTGTGGAACAAAGGTAGCATGGGCAGTTATGTCTCCTAACTGTGGGCTTAAGATTGATGATTATATGTTCTACCAATTGCAAACAGGATCTCCTCCTATGCCGAATCCAGGTAACATTAATGGTTGGCCTGTTATAATGTTGTGAGCAGGTTTAATCACAAAAGATAAATTAAAAAAACATATTTGATGATTGCAATTAGGACTTTCTTTATAAATGTTGCCTCTTGAATTGATTGCAGAGATCTCAACAAAGACTTTTGAGGTATCTGCAACCGTGATAAACTTTCCCAGTGGTTTAGTGACTCTTCTTGTCTATTGAAACTTCGAAAAGAAAATATTCTTTTTCATGACAAACTTCCAATACAAATACAGGATATAAACAAGAATTCGTCTATTATTTCATATCATGATTCAAGAGGTCATGCAGGAACCACATGGGAAGGTCTGATATTTGAGCAACACGAAAAAGTAAATACACATTTACCACAAACAATGAACTTGCAAGACATGTTAACCACTTTTTCAATAATTGTTTAATCGCGAGCCTTCGCTATATTTTTCCAATCTGATGCATTGGAAAAATTAGGAATCTCTAGTATATTATATGAAATTGATTTGGCCTAAATATTGAGAAAACAAGATGCATCTTTTTCATATATGATAATGTTGCAGGCAAGCAGGAAGGTACAAGTAAAGCTAAAACCTTGATCATCATCTTCGTAAGTATAACAGTGGCAGTAGCTCTACTAAGCTGTTGTTGTGTCTACTATTACTGGAGAAAGAATAGGTTAAGTAAAGGTAATTATTACAAGTTACACAACTTTGTCTAATTTTCACAAGTAAAATAGTCTTGCACATTGAAAGTTCTCTAAGTTAATTTTACAAATTTACCTATGACGATGAGTCTCTATTCAAACTTCCTAGCTTCCTTGCTAGGTGCTATGCTGTTGAGGACCATTACACCTATATCTTTCCGTAATCAGGTTCAAAGACAGGATTCATTCAATGGAGAACTTCCTACAATTCCTTTAACTATAATTCAACAAAGTACCGATGACTTTTCAGAGTCATTTAAATTAGGAGAAGGTGGATTTGGCCCAGTTTACAAGGTATGAATAAATATCTCGAAGCCCAGAAATTCATTTATAGTTTTGGTTTATAACTTTGACACAGTTGTATTCTATTTTCCTTCATTTTTATCAGGGTACTTTACCAAATGGCACAGAAGTTGCTGTCAAAAGGCTTTCGGAAACGTCGAGTCAAGGTTCAGAGCAGTTCAAGAATGAAGTAATATTCATAGCTAAACTGCAACATAGAAACCTTGCGAAACTCTTGGGTTACTGCATTGAGGGAGATGAAAAAATACTAGTATATGAGTACATGCCGAATTCAAGCCTTGACTTTCACCTTTTCAGTATGCTTAAACAAACCTTATTCTCCCCATTTACTTTAATCATCATATTCTTTTACTTGCTCCAACTTAGTTCTAGTTAATAAAAAATGATTTGGAGTTTGGGATTATATACAAAATTTGAAAAGAAAAAAAACTAATAATTCCCTTGATTTTTCCTGAAAAAAGAGTTTTTGGCACCTAGTAATTGTTATTATTGGACACTATTTTCAAACAAATATTAGAAAATTTCACATGATTTTTCACAACTGATGGTGTTCTGTTGATTTTATATAGTGGATACATGGCTCCAGAATACGCTATGGCTGGGTTATTTTCAGTGAAATCCGATGTTTTCAGCTTTGGAGTTCTTGTGTTAGAAATAATTTATGGAAAAACAAATGGTGACTTCTTTCTTTCAGAACATATGCAAAGCCTTCTACTATATGTGAGTAGTCCTTATCACATCTCATTAACAAATTGATATTTCAAGACAAAAATAGTTTTATACATTTATAAAATCTCTGACATATAATTTAATTGAGAGCCTATTGGATACAAAATATTATTAATGTATAAACAAACCTTGCCACCTTGTTCTTATATTAATTAACCATTATTGTTTAGAAATATACATGGGTAGCAACTCCGAATTTTCGGATCACCTGGTCATATGGGATCTAATAGCATAGTATGACCCAACCTTTCAAAAAGATACAATGGCACTAATATATTTTTAAATTTTCTACCAAAATATTCAACTCAAGTGTCTAAATATCCAAATTTGTATGCAGACTTGGAAACTGTGGTATGAAGGGAAAAGTTTAGAATTAATCGATCCGTTCCACCAAAAAACGTACATTGAAAGTGAAGTCTTGAAGAGTGTACACATTGGTTTACTTTGTGTACAAGAAGATGTAGCAGATCGGCCAACGATGTCCACCGTTGTTCGTATGCTAGGGAGTGACACAGTAGACCTTCCGAAACCCACGCAACCAGCATTTTCAGTTGGCAGAAAGTCCAAGATTGAAGATCAAATTTCAAAAAATTCTAAGGATAATTCTGTTGATGAAGAAACCATAACTATTGTTTCACCTAGATAGTTGACATTATGGTTCATTTTGTGCTAAATTCTGAAATGTTTGAGTTCTTTTAGAAAAAGTTTGAAGTCGAAAAAAAAGAATATTACCATTTTAAAGGTCCGTAAGATATTAGCTCAGTGGTAAGAGTTTAACCTTGTAAACTCAACGGACAGAACTCAAATCCCATATAGGACCATTGTGAAATGGCTATTGGGGCTACTTTAATTAAGTTCTTGAGATGCTACCCGAAATTCACTCGAAGGATGATGAAACACTTGTTCACAATAAAATGCACAATACCTGTTTTTCTACGTAACTGACGTAGAAACCCATAACAAAACCAAAAAATCAACCGAATAAAATGCACAATACCTGTTTTTTTACGTCAAAAGTGTGTTGATACCTCCAATGCTTGATGCTTGAATGATTTTGGAGCAAGATTTGATGAAAAAAAATATTGGATTTGGGGATTGGATGGAAGTGGTATGAAAGTTGATGAGAAAATAGTGTGCAGGGGAGCAGGTGACTGTTTCATCTGATGAAACATATTCCTCGGCAGTTAACTACCGAGGTTTTCCTCGGCAGTTAACTGCAGCCGGTTATGAATTCCTGCCGAGAGGGCAAAAGCGTATTTTACTCGTGTGTCTCAGCCTTATCAAATGTGTCAACAACAATTTTCAATCCTTTATCATCTCATCCAAGTGTTGTGAGTATATTCATATTTTATTTAAATACATAAATACATATTATTTAATTATAATAAAAACATATATACTATTGGTGTCAATGTCTGGTAGGTAACCTATCGCCATCAGAATACGTCCTTTATCGGCTTATTCAATTTGACCGTTCTTTGATTAACCTTCAGACTTTGATAGAAATAATTAATTAATCTATAGTTAGTTGATTAATATATTCTCAGTCTCACATCTGAATTTTCAACACATGTGAGGCATTAAATATACAAAAAAATCAGAAAAATATTCACTTCCCTTAATAAAATACAAGAAAAAAAACTAATCAAAAGTTTCTGCTACCCAACAGCATGTGATGAAACACATAACAAAATAAAGAAATTGTTATGTACAATAAAATTCTTAGAACTCAAGCATGAAAATGTCAAAACACAACATGACTTGTACGACAAGGTTGCTAAGCTTCATTCTCCTTCATTTCTTTCTCTTCATGATCCTAACAACTGCACAATCACCATTTTACTTGTACAGTATTTGCCAGAATTCACCAGAAATAATAATTAACACTTCATACCAATCCAACGTTAATAGCCTTCTCTCATGGATAAACTCAGATTCTAACTTAGGCACAATATCTAATCACAACATCATAGGTAGCAACAACAGCAATGATCATGACAATGTTTATGGGTTATACGGTTGTCGGGGTGACATCACAGGAAGTTTCTGCCGATTCTGTATCAACACTGCTGTTAGAGAAATCGCTCAACGTTGTCCTAACAGTGTTTCGGCTTTGATATGGTATGATGTATGCGTCATGGGTTACACTAACCAGAATACCACAGGAAAAGTTATTGTAACACCGTCATGGAATGTAACTGGATCCAGAAACGTTAAGGACTCAACAGAACTTGGGAAAGCTGAGAATAACATGATGAGTTTGATACGCAAAGTGAGTACAGAATCCAGTCCCGTTTGGGCAACGGGTGAGTTCATTTGGAGTGACACCGAGAAAAGATATGGTTTGGTGCAGTGTAATAGAGACCTTAGTAAGGATGGGTGCAAACAGTGTCTAGAGGCTATGTTGGATTTAGTTCCTCGGTGTTGTGGAACGAAGGTAGCGTGGGCAGTTATGTCTCCTAGCTGTGGGCTTAAGATTGATGATTATATGTTCTACCAATTGCAAACAGGATCTCCTCCTATGCCGAATCCAGGTAACATTAATGGTTGGCTTGTTAGTTTGAATTGCATAGAACTTCAAAATATTAATTTTGTGAGCATGTTTAATCACAAAAGATAAGTTAAGAGAACATATTTGATGATTGCAATTAGAACTTTGTTTATAAACGTTGTCTCTCGAATTGATTGCAGAGATCTCAACAAAGACTTTTCAGGTATCTGCAACCGCGATAAACTTTCCCAGTGGTTTAGTGACTCTTCTTGTTTATTGAAACTTCGAAAAGAAAATATTCTTTTTCATGACAAGAGGTCAAGCAGGAACCACATGGGAAGGTCTACTATTTGAGCAACAAGAAAAATGTATATAATATTTTCAACAAACAATGAACTTGCAAGACATGTTAACCACTTTTTCAATAATTGTTTAATAGTAAGCCTAAATATTGATGCATTGGAAATATTCGGAATCTGTAGTATATTATATGAAATTAATTCGGCCTAAATATTGAGAAAACAAGATGCATCTTTTTCATATATGATAATGTTGCAGGCAAGCAGGAAGGTGCAAGTAAAACTAAAACCTTGATCATCATCTTAGTAAGTATAACGGTGGCAGTAGCTCTACTGAGCTGTTGTGTCTACTATTACTGGAGAAAGAATAGGTTAAGTAAAGGTAATTATTACAAGTTACACGACTTTGTCTAATTTTCACAAGTAAATTAGTCTTGCACCAATGGTAACCCCACCATTGAAAGTTCTCTAAGTTAATTTTTCAAAATTACCTATGACAATGAGTCTCTATTCAAACTTCCTAGTTTCCTTGCTAGGTGGTATGCTGTTGAGGACCATTACTCGTATATCTTTCCGTAATCAGGTTCAAAGTCAGGATTCATTCAATGGAGAACTTCCTACAATCTCTTTAAATGTAATTCAACAAAGTACCGATGACTTTTCAGAGTCATTTAAATTAGGAGAAGGTGGATTTGGCCCTGTTTACAAGGTATGAATAAATATCTAGAAGCCCAGAATTTCACTTGTATGTTTGGTTTATAACTTTGACACGTTCGTTTTTTATTTTCCTTCATTTTTATCAGGGTACATTACCAGATGGCACAGAAGTTGCTGTCAAAAGGCTTTCGGAAACGTCGAGTCAAGGTTCAGAGGAGTTCAAGAATGAAGTAATATTCATAGCTAAACTGCAACATAGAAACCTTGTGAAACTCTTGGGTTACTGCATTGAGGGAGATGAAAAAATACTAGTATATGAGTACATGCCGAATTCAAGCCTTGACTTTCACCTTTTCAGTATGCTTAAACAAACCTTATTCTCCCCATTTACTTTAATCATCATATTCTTTTACTTGCTCCAATTTAGTTCTAGTTAATAAAAAATGATTTGGAGTTTGGGATTATATACAAAATTTAAAAAGAAGAAAAACGAATAATCTCTTGATTTTTCCTGTAAAACAACTATGAAGAAAAAAGTTAATGATAGTTTCTGTTAGTGTTGTTATCATCATTAGCCCGAATATGATGTTCCTCTACTTGACAGATAAGGAAAAACATAAGCATCTAGATTGGAAATTACGACTAAGCATTATCAATGGAATTGCAAGAGGACTGCTATACCTTCATGAGGATTCTCGACTTAGAGTAATCCACAGAGATCTGAAAGCGAGCAATGTTCTTCTGGATGATGAAATGAATCCAAAAATATCAGATTTTGGATTGGCAAGAACATTTGATAAAGACCAATGTCAGACAAAAACAAAAAGAGTTTTTGGCACCTAGTAAGTGTTATTATTGGACACTATTTTCAAACAAATATTAGAAAATTTCACATGATTTTTCACAACTGATGGTGTTCTGTTGATTTTATATAGTGGATACATGGCTCCAGAATACGCTATGGCTGGGTTATTTTCAGTGAAATCCGATGTTTTCAGTTTTGGAGTTCTTGTGTTAGAAATAATTTATGGAAAAAGAAATGGCGACTTCTTTCTTTCAGAACATATGCAAAGTCTTCTATTATATGTGAGTTTTCCTTATCACATCTCATCAAAAAATTGATATTAGACTGAGAAAGAAATATGTAATGACCTAAGTATTTTAAAATCTATGATGGAATTAATATATTTTTAAATTTTCGAACAAAATGTTCAACTCAAGTGTCTAAATATCCATATTTGTATGCAGACTTGGAAACTTTGGTGTGAGGGGAAAAGTTTGGAATTAATCGATCCATTTCACCAAAAGACATACATTGAAAGTGAAGTCTTGAAGTGTATACACATTGGTTTACTTTGTGTACAAGAATATGCAGCAGATCGACCAACGATGTCGACCGTTGTTTGCATGCTAGGGAGTGACACAGTAGACCTTCCGAAACCCACGCAACCAGCATTTTCAGTTGGCAGAAAGTCCAAGAATGAAGATCAAATTTCAAAAAATTCTAAGGATAATTCTGTTGATGAAGAAACCATAACTATTGTTTCACCTAGATAGTTGACATTATGGTTCATTTTGTGCTAGATTCTGAAATGTTCGAGTTCTTTTAGAAAAAGTTTGAAGTCGAAAAAAAAAAAAAAAAAAAAAGATAACCATTTCAAAGGTCCGTAAGATATTAGCTCAGTGGTAAGAGTTTAACCTTGTAACCTCAACGGACGGAACTCAAATCCCATATGGGACCATTGTGAAATGGCTGGCTATTGGGGCTATCCCAATTTACTCGAAGGGTGTTGAAACACTTGTTCAATTCTCGGTTGAGATGGAAATATATGTCCGATGTGTTATTAGTTTGTCAATGAATAATTCTCTAACATAAAGAGAATTCTTTAAATATGGTTACAAAACATGTTTTTTATCCATCAAAGTCTTCAAGTAATAAGGCTCTGATTCCAATTCTTATTTATCTATTTCAAGCATAACATTTCTGTATGTTGACTACTAACAACAAAACTCAAGGTTATGATTATCCAGTTCCCAAACATCTTAAGTTTGATTGCTATTTGTACATTAAAAACTCATACTTGTAGCCTTTAATTATTCTCTCATTTAAAGTTAAGTCACTAAAATCCTATGGAATTAACATGTAACCCATAAAGGAAGCAATTCAATTCACTTCATGTATGTCATATCTATCAATATCAACAAAGCCTCTAATCTTCATAGTCCTTCCAAGCAACAAGTAAACCAAAATATTCGAATAAAGTTTCGAAACAATCTCATTTCTCTTATTTGATAGGTGTATTAAAATAGCCTGAGAATAACTGAGGCAAAACAAAAAGTAGTTTCATATATCCAACTCGTCAACTAAATTTGAAACAAGAACTAAGGAAAAGAAAGAAACACTGTTTTTCAGTGTGGAGGGGTGAGAATCTAAAATGTGATTAAAAGTACCCTATGAATCAGATGCTATAAATAAAAACCACATGGCAGTTGCAAGTATTGTAAGTCCTAAGTATTATAAGGTTAATTGCCAAAGGTTAAAAACAAAGTATAACGCCTACAAAAACAGATATCAAACTAAAATTTCAGAAAACAGGTTATCCAAAAGCTTAACGAAAGTACAGAAGAGAGTAGCAAACAAATCACCATGTTCAACCACGACATCTGCTAAGAATACGATAAACATGCTTCTCTTTATGCAGTACCCCGGAACCTGGAAACGGTACTGACCTTGTGACCTGAGATAGATAAAAGTAAAACAAATAACCAGATAAGCTGTCGCGAGATCCACACTCGCAAGAAACACGCATTCAAGTGTGATAAAAAACACCTTCCAAAGCTAAAACCACCCAGAAACATGAGAAGTAGAATTTGATATCTGTTAAGTTTAAATCATATAATAGAAAATGGAAGAGTTATTAATCTTGATTAGATATTTAGAAAATCAAACATTGTTATGCATATTCACACTTTATTTTAATAACCTCCAAGTTCAATCAAAAATTGAGTTTTTTTTTTTTTTATATGGCAAAAGAAAGCATTAAAATTCAAGAGAGGGCTTGAACCCTTATACAGCCAGAGTGCAGAAATTACACAAAAGAAAGAGAGATAAGTAGTAGCTGTTGTGAATTCGGACAAAATCATACCAATGAATAACAAAGATGTGTGGAGCAAAGGAAGTGGTAATCAATAGATAAAGTGTCTCCAAGCAACAACAACAAAAACAGATCTAAATCTAAGTGTAGAGCAACACCACAAGCATAATCAAAGCAATAAAGATAAGCAATGAAAGAAAGGAACAAACACACCAAGATGGTAACCCAGTTCGGTCCAATATGACCTACTCTGGGGGAGAGAGCAGCCCTCCAATCCACTAAGATGAAAGTGATACAAATGGGTTACAAGAAATTAGCTTAAAAGCTCACAAAAGAACAAGACCTAATTTCTACCCATTTTCATGTCACCCACACTCACAATGAATCCTAAGAGAAAACACAAAAGGAAGCTTTTGATCCTTCCAATGGTGAAATCTCACTACCCAAGGTGTTTACAATGTTTCCCAACCCAAGAGATCCTCACTACAAAGACACTCAACCCTAAAGTTACCTCCTTTGTAATCCAAGTTTCTCTCTCTTCAAGCTCTCCTTCAAAATCTGCAAAGAAACACTTATATAGCAGTCTTCAGCTGTCAAAATCGTGTCACGTTTGTCCAAATCGTGACACGTTTGATACGTACGACCCAAGGTACGACCAACCTTATCCTGAAAACGTGCCCAGCAAGCCGAAAATCGTGTCACGTTTTCCCAAAATCGTGCCACGATTATACACCAGCAAAACATGCTTTCGGCATAGCCAAAATCGTGACACGTTGATGAAATCGTGTCACGATTTCTCTGTTTCTCAAAACCACAAATTTGAAGCCAAAACAACATTCTCCACCTTGACTTCTAATTTGGTGATGATGTCAGTTTAACCATCAACCACCATGCTGCTCTCTCCAAAAGGGAATTACTCTTCAACAAACTTGATCAAGTCCAAGCAATGCTTGAACCTTGATCTAGGCAATGACTTGGTAAACACATCCGCCGGATTCTCTTCCGATGCCACTTTTTCCACCACAATCTCTTTTGCTTCAATCATGTCTCTAACAAAGTGCAAGCGAATGTCAATGTGCTTTGTCCTCTCATGATACACTTGATGATTCGCCAAGTGAATGGCACTTTGGCTATCACAATGTATCTTCACACATTCTTGAGTAATTCCTAACTCACCAATCATCCCTTTCAACCATATGGCCTCTTTCACCCCTTCAACAAGGGCAATGTACTCCGCTTGAGTGGTAGATAATGCCACCACGGATTGTTGATTTGCCTTCCAACTAATAGCCGTGCCATAAAGAGTAAACACAAAACCCGATAGAGATTTTCTTGTGTCCACATTGCCCGCATAGTCCGCATCAACATACCCCTCCAAAGCATCTTCATCTTGAGCTGCTCTTGTGTATTTCAAACCGCACTTCAAAGACCCGTTTAAATACCTCAACACCCACTTCAAAGCTTGCCAATGCACAATACCCGGATTTGCCATAAACCGACTCACAATGCTAACCGCATAAGCTAAGTCCGGCCTACTACAAACCATTCCATACATGATGCTTCCAACCCCACTTGCATAGGGAGTACTTTCCATCGCTTGCTTCTCATCCTCGGATTGAGGACATTGTTTTATGGACAACTTTGTGTGGTGACCCAAGGGAGTGCTCACGGTTTTAGAGTTTGTCATTCTAAAACGCTCCACCACCTTCTTCAAATAACTAAGTTGAGATAAGAAAAGTTCACCTTTGTCACGATTCCTCAAGATATCAATTCCAAGAACTCTCTTTGCCGGACCAAGATCTTTCATCTCAAATTCACCATTTAACTTTTCTTTGAGCTTCACAATCTCATCCTTGCTAGAGCTTGCCATCAAGATATCATCCACATATAGAAGAAGGTAGAGAATGACTTTCTCACCCCTCTTCAACATGTACACACAAGAATCATACCCGCTTCTCACAAAGCCGGTCTTCAAAAGAAATTCATCAAACCGACGATACCATTGCCTTGGGCTTTGCTTCAACCCATACAAAGATTTCTTCAAAAGACATACCTTAGACTTATCCTCCACAAAACCTTCCGGTTGCTCCATGTAGATTGTCTCTTCAAGGTCACCATGTAAGAAAGCGGTCTTTACATCCATTTGTTCCAACTCAAGATTGAATTGATTCACAATAGCCAGAAGTATCCTTATGGAACAATGTTTCACCACCGGTGAGAAGATCTCATTGTAGTCGATCCCCTCCACTTGAGTAAAACCCTTGGCCACAAGTCTTGCTTTGTACCTAGGACCTTCAACTCCCGGAATACCTTCCTTTTTCTTGAAGATCCACTTGCATCCAACTACCCTTTGGTGTTTAGGTAGCTTCACAAGTTTCCAAGTTTGGTTCTTTTCCAATGAATCCATCTCTTCATTCACCGCCTTCAACCAATACTTGCTTTCTTTGCTCTCAAATGCCTCCTTGAAGTTTCTAGGCTCCGAGTCTTGCACATCTTCAGCCGCATTTAAAGCAAAACACACCAAGTCCGCATAACCATATCTTCTAGGTGTCGTAATGGTCCTCCTTTCTCTATCTCTAGCCAAAAGATAATCGGGATCCACTACCGGTTGAGTTCCACTTGTATCCGATGTTGAAGCTTCATCTTCCACATCATCTTTCTCTTCATTTGGAAGCTCCACCTCAAACTGAGTTTCCTCCACCATTGTTTCCGGTTCTAAAGTCTCTAGGTCTTTACACTTCATCCCCATACGGGTCTCATCAAAGGTAACATCCCTACTAATCAAGACTTTTGATCCTCCACTAGAGTCCAATTTCCACAACTTGTAACCCTTCACACCTTCCGGATAACCAATGAAGACACATTTCAAAGCTCTAGGCTCAAGCTTGTCTTGCTTGATATGCGCATATGCCAAAGCTCCGAAAACCTTCAAAGAGGAGTAATCTGCCGGTTTCCCACTCCATACTTCCATAGGTGTCTTGAAGTCTATTCCCGTTGATGGACATCTATTGATCAAATAAGCAGCAGTTGTCACTGCTTCACCCCAGAAACTCTTAGGTAACCCAGCTCCTAGAAGCATGCACCTCACCCGCTCCAAAAGGGTCCTATTCATCCGTTCAGCAAGACCATTTTGTTGCGGTGTTCTCGGTACGGTTCTATGCCTCTTGATTCCTTTTAACCTGCAAAACTCATTAAATTGCTCTGAAACAAACTCCAGGCCATTGTCAGTTCTCAAACCTTTTAGTTTAGTTCCCATTTGATTTTCTATGAGAGTGTGCCATTCCTTAAACTTCTCAAAGGTGTCACTTTTGTTTTTCAAAACAAAGACCCACACTCTCCTAGAGTAATCATCAATGATGGAAAGAAAAAAGGAACCCCCTCCATGAGTAAGAGTCTTGGAAGGACCCCAAAGGTCCGAATGCACATACTCAAAAGGTCTACTAGAATGATGCATACCACTACCAAACTTCACTCTATGTTGCTTGCCTAGTATGCAATGCTCACAAAATTCTAGCTTGTCCAATTTATCTTTTCCTAGCAAACCTTGTTTAGCTAGTTCAACTAAACCTCTTTCACTAACATGCCCCAATCTCAAATGCCACAATTCAGAATTATTATGAGGTACAACACTAGCTACCGATGCATTACCAATTACTATGGAACCATCTAAAATGTATAAGCCATTCATTTTAGACCCTTTAACCGTAATCAATGCACCATGCGAAATTTTACAAACCCCATGCTCAATTCTAGTGCTATAACCTAGACTATCAAACATGCTAAGGGAAATTAAATTTCGCTTAAGTTCGGGAACAAACCTCACATCCTTTAAAAGGAATTCACGGCCATCAAACATCTTTAGACGAATGGTGCCCATGCCTTGGACTTTGCACGCTTTGTTATTTCCGAGTCGAACAACTCCTCCTTCTTTTAGAGCCAAAGTCTCAAAATATTCCTTCCTAGGACACATGTGATAAGAGCATCCCGAGTCCAAAACCCAACTCTTCTCCGGTTCCCAACTTGTGACCACTAGTGCACCCGCACTCTCATAACCATCTTCATCGGACGCCACCGCAACTTGAACGGAAGAACTACCATTGCCCCCTTTATCCGGGCAATCCTTCTTGTAGTGACCTTGCTTATGACAAAGAAAGCATTTATACTTTGATTTGTCAAAGCCCTTGGACTTAGACTTGGACCTCGACTTCCCCTTGCCTTTTCCTCTTTGCTCACTTCTCCCTCTTGTAACATTCAAGCCTTCACCACCATCATCAATCTTCAAGTCCTTGAACTTGGTCAATTCCTTGGTTCTCAAAGCCGATTGGACCTCCTCCAAAGTAGTGGTGCCCTCCTTACCATAAAGGATGGTATCCTTGAAATGCTCAAAAGACTTTGGTAATGAACAAAGTAACAACAAAGCCTTATCCTCATCTTCCATATTAACTTCAATGTTGGCCAAATCATCAAGAATTTTGTTAAATTCCGCCAATTGCTCCGAGATTGTTTTAGACTCCACCATCCTAAATGAATAGAGTTGTTGTTTCAAGAGTTGCCTATGAGCCAACGATTTCGTCATGTATAATGACTCCAACTTAGCCCACATCGACGCCGCGGTAGCCTCCCTCGCGACATCCCTTAAAACCTTATCTCCGAGACATAAAACAATGGCACTCTTTGCCTTGTCTATCATCTCACGCTTCTCCGCTTGTGTCAAATGTGCCGGCATCGCCGCTTCACCCTTCAATGCTTCTACACACTTTTGTTGTGTCAAAACCGCTTGCATCTTAACCTTCCACAACCCGAAATCATTACTTTCGGTGAACTTCTCGATGTCCCACTTTGAACCCATGATACCAACTTTACCAATTCACGCCTATGCCCCACGGTGGGCGCCAATTGTTGTGAATTCGGACAAAATCATACCAATGAATAACAAAGATGTGTGGAGCAAAGGAAGTGGTAATCAATAGATAAAGTGTCTCCAAGCAACAACAACAAAAACAGATCTAAATCTAAGTGTAGAGCAACACCACAAGCATAATCAAAGCAATAAAGATAAGCAATGAAAGAAAGGAACAAACACACCAAGATGGTAACCCAGTTCGGTCCAATATGACCTACTCTGGGGGAGAGAGCAACCCTCCAATCCACTAAGATGAAAGTGATACAAATGGGTTACAAGAAATTAGCTTAAAAGCTCACAAAAGAACAAGACCTAATTTCTACCCATTTTCATGTCACCCACACTCACAATGAATCCTAAGAGAAAACACAAAAGGAAGCTTTTGATCCTTCCAATGGTGAAATCTCACTACCCAAGGTGTTTACAATGTTTCCCAACCCAATAGATCCTCACTACAAAGACACTCAACCCTAAAGTTACCTCCTTTGTAATCCAAGTTTCTCTCTCTTCAAGCTCTCCTTCAAAATCTGCAAAGAAACACTTATATAGCAGTCTTCAGCTGTCAAAATCGTGTCACGTTTGTCCAAATCGTGACACGTTTGATACGTACGACCCAAGGTACGACCAACCTTATCCTGAAAACGTGCCCAGCAAGCCGAAAATCGTGTCACGTTTTCCCAAAATCGTGCCACGATTATACACCAGCAAAACATGCTTTCGGCATAGCCAAAATCATGACACGTTGATGAAATCGTGTCACGATTTCTCTGTTTCTCAAAACCACAAATTTGAAGCCAAAACAACAGTAGCCATAACAGGCCAACTATCAAAACATAACCTAAGCTAGCAAAAACAAAGAGCAATCACAAAGGCAATGAGAAAACCAAGAACACTGAATATACTCCCCAAATACTTGGTGATGTCTTTGGGAACCTCCATTTTAGAACGAGTTTGAATGCCATTTGTGTTTGTACTGTTAGATCGTTGCAGCCTATTCTTCTTTTTCCTGCTGAAAACCTTTTACACAGGAGCAAAAGAAGACAATTGAAAACAAGAGGAAATCGCATACTAGTCGTGCTACTTCCATCTTTAATTTCAAAAATCACATACACCAGCTGCAATAAACAATCTTGATTTTGGTGAAGTTTCAAACTATTTGCTGCACTCTTCATTGAACCACTTTGGAGAAACCCTTTTGGGCACGGGTTCTCATTCCTGCTGAGTTGAAACTAGCAGGCTGCTCTTTGTATATAGGCCTTTTCTGTTTCTTGTTGCATAAAGAAGTGTTGGGAGATACTAGAGAAGTATCTGAACCAACATTCCTACCCTCCAAGCCTTGAACCAGAGCATCATCTCCTAAGTCACCCCAATGATTTTTAAGGATAGAGACACTCTTGTCGATAGCATCATTAGATTTACAAGGAGGAGCTTCAACAACACAGTAAATTGGCCTTTTATCAATGGTCGTAAAGAGAGGAGAACTAGTTATAGGCTCAGCAAAAGCTTTCACAGAAATGTCTGGAGCTTGATTATGTGGAAGTGCCTGTTTACTCTCGTTTATCTCTGCATTTGAGACAGATGTGTTGCAAACTGCAGTAGAGCTAGTTGCCATGTTGTCAGCACTGATATGGCTTGCAGCAGTAGTGACTTCTGATTCAAACAAGCAATGAGGCCAGTCCTCCTCAACACTCTAGCACTCTATAACCCACAAAGTCTAGACTTAGTAGCATCATCTGTTGTGAGAGGAGTTCCAATACCTGAAGCAATTTCGTACAAGGTTTTCCATCTCCAATATTCCTGGGAAAGATTCTTCAAACGAATCCACCCTTGAGCATGAGTTTGGACCTGATTCTGCAGCTTAAAGTCCATTGTCCAACAGAAGAAACGTAACAACTCTGGTTTGAGATTCACCAAATGCAATGACCAGACTTGCGCATATCTTCAATCGAGTTGAACTTGAATTCCTAGAAACCTCTGCCTAGAGGAACAACGGACCAATTGTTGATTTCTTTCCAAGCTGCTCCAAGCTTCTCAAGCATAATTTTTGTAGTGATTGGAGCATCACCCTTGTTCAAGGTCAATCAACCATGAAGGTTGCATTTGCATTCCTCCAACCCAGCTTCATACTCATCTTGTGAAATGCGAACACTAATCGCTTCAATTTTGCCACCGGAAGTTACTCCGGCGAGGCCGTTATGGCTCCCGGTAGTGAGTTAAACGGAGAACATCTGAGAGAAGCGACCAATGGAAAAAGGTATCATTGATTAAGTTGTTATATTCATACTCCTATCTAAGTATTTATATCGTTTTCGGCTTAATCAAAAATTGAGAACAAGCTAATTCAAACAATAAGCGTGGTTAACATTTGTGCCGAAGAAGATGTTTTGGCATTGTGGAACTGTTTCCATGTACAGAAAAATTCCTGAAAAAGTAAAACGCAATAGACTAAGAGCATTTTTATTGGGGTGAATTAAAGTGGGTAAACTAAGTAGTTTTATGGGGTCAAGCTGCCAAATAGGACTTAAGGAATTTATAGTTAATCTAAAAGTAGTTTTTACTTTAATGGTGGTTGTTTATAAGGAACTCAAACTTGCAGCAGATCGATCAACCATGTCCACCGTTGTTCGTATGCTAGGGAGTGATACAGTAGATCTTCCACAACTCAATCAGTTGTTCAATTATTGGTTGAGCTGAAAACATATGTCTGATGTGTTATTAATTTGTAAATATATTAAGCTTTTAACACAAATGTCATTTTTTAAAGGGTTAATTACAATGACGACCCTTGAGGTTTCTTTAAATGACACTAACATCCCCTCTAGTTTTATAATAGACATTAACTTCCCTTAAGCTTTTCAAAATAGATAGATACCTCCCTCTTCAATTTAACACCGTTTATTATTCTGCTAAAATGAAAGCAAGCGCTGTTTTCCTGTTAAGAACACCATCTTCATCTACAACACCATTGAAGATTATGTTGTTGTTTGAAGCTTTTTGCATATTTTTTATTTTTTTTTCTACCAAATCTTAATATATAATACGAAGGTTCACAATGCATGCCTAATATGAAAACCCTAAACCTAATTCAAATCTCACAATTACCTTAATTACCTTTAAAATCTTTATGACTAATATGAAAACCCTAAACCTAATTCAAATCTCACAATGACCTTTGTGTCCCCCACTTAATTCTGTCTTTTTTGAGCTTTTTTTGAGAGGTTTAAAAAATCTTTCTGAAATCTCACAATTACCTTAATTACCTTTAAAATCTTTATGACTAATATGAAAACCCTAAACCTAATTCACATCTCACAATTAGCTTTGTGTCCCCCACTTAATTCTGCATTTTTTGAGCTTTTTTTGAGAGGTTTAAAAAATCTTTCTGAAAAATGTCTCTGCAGGGGAGTTGAACTCGCAACCCATTGCCTCCATCCAAGCACAACCACTTGACCAGTAGCTGTTTTAGTGTTATAATATCGCTTCCACTAATGCATATCCTATACCAAACAGACATTTTAAAAGGCAATTAATCTCTTTTCCTCTCCTTCCCGACTTTAACGTTATAGGGTTCTGAAGTCATGTTCTCCCCTTATTCATACGATCTCAACCCAGAAATCAGCCATTTCCATCCCTTTCTTCCCCCTTTTCCTTCGATTTCTCCGTAAAAATATGATTCCGATGCATATTTCGTCCATGATAACTTATTAATGGTATGATCACTAAACTAATTTTGATATCAATGCTATTTTATTATTTTATTCATTTTGATTTTCTGGATAGTGATTAGGGTTTCAAAATTTGGGGATATTATGATTTTTCAATTCAATTAAGATTGTTTCTCAATCCTTGAATTTTCAAATATACAATCTTCACGTTTTCTGATATAGGTTAGGATTGGCAATGGTTATAATTTCTAATAGTTATTTAGTCCTAAAAAATAGGGAAAATTGCCACCTCAACATATTTTTGTTATTGTATCCTTAAACACTGCTTAGGTAGTTTTTTTCAGCCTGAACACACGTGCAAATGTTGTTCCTAGAAAATAGTCACGCCAAGCATGACTGATGTGTAGTGGCCTTTCATAAATCCTTGAAAATATAGTCTTGACCCTAAACACGTACAATGTTGTTGCTTGAAAACCCTTGAAAATAGCCACTCCAACAATGACTGATGTGTAGTGGGTTTAGATAAATCCTTGAAAATAGCCACGACTCCAAGCATCGTGGGTGGTTTTTCATGATAACTTTCAAATTCTCACTCTCTTCTTATAAATAGGTGTATTTGTTGTTGCCCTTCAAGTTCTGTTTTCCATAATCTCATAAATCATTGAAAATAGGTAACACTCTAAGCATAACTAATGTGTAGTGGGTGGTTTTACATAACCGACTCCCCCTTTATAATTCACTCATCTGATGAATCCTTGAAAATTGTCACCACTCCAAGCATAATAACTGATATGTAGTGAATCAAAATTTATTTATTTGTACTCACTAATATGAAAACCCAAAACCTAATTCAAATCTCACAATTACCTTTGTGTCCCCCACTTTAATTTCTTTTTCATTTTCCAAAAACGTTACTTTATCTGTGTCATCTCTTTTTTTTCAACTTCAACACACCATTTTTTTTTCATTGTTCCATCTCCCTCTCTCACTTCTCTGTTCACTATCACCATTCATTATCCACACCATCAGTGCAGTAACCAAACAATAAGTTATCACGCCGTATCCATCTGTCATCACTAAGCAACCGACATTATATTTAATGTAGTATATGGTGGAGATGGTTCTCATATTTTAGATTGCGGCGAATTTTTCGTAATGATTTGTTCCCTTTTATTTCGTCATGTCAGTTTCAACAAGGAGATTTTTTGTAATGTACCAGCATGATTTGTTCTCTTTTTTTAAGTTGTATTATTATTTTTAACATTGTATTTGCACAAATAGATTATGAATTAACAGTATAATTGAATATTTTGTTTGCCATCGATATGACCCGTGCGGCAGCACGGGTGCAAGGTCTAGTTGTCATATAAAAGGCAATAACAAATCAACCTAAATTAAATGAATCGCAATACCAAATTGGTAATGACATCCTGCATATACATCAAATCCCTAAAAATTGTAAATTAAATTATCACCAAAAATCATTGTATCAACATAAACAATTGAAGAATCCCATAAATTTTAATTCAAGGTTTCCCTCTTCTTCAAACCCGTCGAATTCGATGATCAGTCTCACTAGTGATTTGCCCATTTTCTTAGAATGGAAATAGAAACACAATGAAAGAGTGACAGCTATGCTTCACGGCTTTTGTGTTGTTTTAGGGCACTAGTTGCTTGGATAAAATGAAAACCCATACAACATGAGTTTTTTAATCATTTTGTTTTTCTAAATAACATGACGGAAGTTAAACAGAGTCAAACGACATGGGAGGTCAATGTTGAGTATGAAAATAGAGGGGGTGTCATTGTCATTTAAAGAAACCTCAGGGGAGGTGAGTGTAATTATCCCTTTTTTAAATATTGGGTCGGTTTGAATTGACTTAATTTTTATTTAGCTTATGAAAAATAGCTTACACGAATAAATAAGCTTTTATTTTAATTCATAATTTCTAGCTAATGATTATTGACTGCTAACAAACTTGAAGTTATGATTATCCAATTCTACTACATGTTAATTTGGGTTGCTATTTGTACATTTAATTTCCCGCTATAAGGTGCACCCTCTCCTTCTCCACAATGAAGATCCTATATTGAAACATTAGAGGGAATGCTTGTGCGGACAACCTAGTTAATCATGGGCACGATATCACAAATGTTTGGTGGGATGTTTTCCCCTCACTTATTAGGGAGGATTTTTTTTTTTTTGTTGAGCAATGCAAGACACTGTATGCACGCTAGAATAACAAAAATTTGTGTATAAGAATATTTTAATAAAAATGTATAACAAAATAATAAAATTTAAATAAAAATATTATTTTTAACTGCAAAATGCCTCATTTTAAAGTCTGTTATAAGCCTTTTGGAAAATTAAAAAAAAAAAAGTCTATTATAAGGCTCAATTATTGATGGGCCAGTCCTGATATTTTCATTAATAAAGCGTCCAAAATTATTGATCGACGTTGCAGGTGAATAAAATTATAAGCCATTTTGTGGTGCATGATTGTAGTACAGGATAAAATTGCATTTTGTGGTGCATGATTGTAGTACAGGGTAAAATTGCACTCGTGTGTTGAAAAATTTAATACGTTAAAAGAAAGACACTTGTTTTTTTAGGAAGAGATACTGATCACGGCCCTAAATTAAAAGGATTAAAACAAGCACATTTTTTTAGGGACATAAAAATATACTCCATTCGATCTTGAATGTAAGAAATAAAAGAAAAAAGAAAAACATGTTAAGAAAGTTAATTGACTGCATTTAAGTCATTATAAAAAGTCATTATAAAATGAGTAGTGCTAACAACATTCTCTATTGAACACTTTTTCTAATACTCACACAAAGTGGTGGGACATGCATGAATTCACTCCAATAAAAAAGTGAGTGCTAGGGAAAATGTTCAATAGTGAGTGTTGCTGGCATTCCTCTTATAAAAATATCATTTTTCCAATATTGTCATTGTCTTGGAATCATTTTCTAGTAGTACACATTCAAACATTAATGATAGAAACATGACTTTTGAACTCCACCAATGGACAATCTTTGGAAAATGTTTTTTTTTTCTTTGGAAAATGTTAAATATGGGAATGTGAAACAAATTCGATAAAGTTAATGAGGGTAAAATTGGAATAGTAATATTTAATAGAATGACTATTGTACTCCCTCCGTTTTAAGATGAGTGTTGTTTAAAGTTTTTACACATATATTAAGAAATGTATTTATTAAAAGAAAGAGAGATGTTATATTACCAAATTATCCTAATCAAACATATATATGTTTTTAATTCAAACATATATTTTTCTTTTTTAACAAGCATGTGCAATCTTATCCTTTACAATCATGCACCACAAAGATCATAATATACAAATCAATACTTTCTTTTTTTGGAAAGGAAATCAGAAAACTTTTTTATAAATAGATTACTGATCATGTGCGTCCTTTCTCTCACCCACCCACCCAAAATCACAATTCTTTATTTACCTTAGTTATGAATTCCATCCAAGTCCTCTCCAACACTGCAATCCATGCACCAAATCACAATCCTTGTGACCTAAATTATCATCATACAATCGATCTAACACCATGGGATCTACAATTCCTCCCATTTGGAGTCAACCAAAAGGGTCGTATTTATCACCATCCTTCCAAATTAAACACATCAAATCAAATCGAACACCTTAAACACTCTCTTTCATCCACCCTTGAATTTTTTCCGCCCTTTACTGGTCGTCTCAAAATCAAGGAACACGAAGATAACACTATCTCGTGTTCCATCATGTGCAACAATGCGGGTGCACTCTTTGTTCATGCTGCAGCAGAAAATACCAGTGTCGATGACATCCTTGGAGCCACATATCATCCTAAAATTCTGCACTCATTTTTTCCATTTAACGGAGTGAAAAACTACGAAGGGACATCAAAGCCATTACTTGCTGTCCAAGTAACAGAACTACTTAATGGCATCTTCATTGCGTGCACAATTAATCATGTGGTCGCTGATGGCACATCGATTTGGCATTTCATCAATTCATGGGCCAAAAACTCAAATGGTTGTCTTGAAATATCCAAAATTCCATCATTTGAACGTTGGTTTCCAGATGGTATTCAACCTCCGATTCAATTTCCTTTCACAATAGAACCACAAAATAATCATCATTCTAATAATGATTATCATAAAGAAGAAAAACTCAACCTAAATGAGAGGATGTTTCATTTCACAAAAGAGAATATTGCAAAACTAAAATTCAAAGCCAACTTAGAAGCTGGTACAAAGAACATATCTTCTTTGCAAGCACTTTTCACTCACATTTGCGATCTATTATACGTTCCAAAAACCTTGACCCTCGAGAAGAAGTGCATTATGTGGTGGTTATAGGCGTTAGACCAAGGTTGATTCCTCCATTGAAAGAGGATTATTTTGGTAACGCTATGATAGACTCCGTTGTTAGCATGAAAGTTGGTGATTTGTTGCAAGACAATGGACTTGGTAAAGGTGCTTTGGAGATGAACAAGATGATTGCTGTTAGAAAATTAAATCAAGCATAATCTAGAAGATTTTAGAAGTAAGATGTGGCTTATGAGATAAGATTGCCACTTAAGTTGCAAAGTTTGAATTGAACACTAATACTTAGCTATTAGTAACTTACTTGTCCATTAAGTTTACTTAACAATTAAGAGTTGCATAAAAGAGCAACACATGGATACTAGGTGTCTTATGTTTGTATAATTACTTGGAAGCTAAGTATGCTTAGTCATTAAGAATAGTCTTAGTATTTTGCCTATAAAAGGCCATGCTTGTACCATTGTGACATATCAAGTTTTCATGAATAAAATTAGTGTGTTAAAAGAATTCCTCTTCTTTGTTTCTCTTAATACTTTGTGAGTTTGTGTGTTATATGTCCCACTGATATCAAATTGGTATCAGAGCAGGTTAGGTCCTGCAAAGTGTCAGCGTCAAAAATAGTTTGAGTGTGTGAGGAACAAAATAGTTCTCACTCTGTCAAAGTCAGTGTCAAAAATAGTCCGAGTGTGTGAGGAACAAAAGAGTTCTCATTGTGTCAAAGTTATTGTGAGCATATTTTGAAAAAGATATGGCAAACAATTTCAATATCGTTTGGTCCGGTCCCAAATTGAATTCTGAATTAGATTTCAATTATTGGGAATTTATGATGACAACACATCTTAAAGCTCACAATATCTGGAGCTATGTGGAGTCTGGTTTGCAACAAGGAGCTGATGAACTTGCTCGTAGAAGGGACCAGCTGGCACTATCTCAAATTCTTCAAGGAATAGATTACTCAATTTTCGGCAAAATAGCAAATGCGAAGACTTCAAAAGAGGCGTGGGACATATTGAAGCTGTCACACAAAGGAGTTGAGAAAGCTCAGAAATCGAAGCTGCAGTCTCTGCGTAGAGAATATGAAAGGTACGAAATGTCCAGTTCTGAAACAGTGGAACAATATTTTACTCGTGTTATTAATCTTGTCAACAAGATGAGAGTGTATGGAGAAGATATTCCGGATAGCAAGGTGGTGGAGAAAATTCTACGCACCATGCCGATGAAGTTTGATCATGTGGTGACTACGATATTAGAGTCCCACGATACCGATACCTTGTCGGTAGCAGAGTTGCAAGGAAGTATTGAAAGCCACGTCAACCGAATATTAGAGAAGACTGAAAAAGTGAAGGAGGAAGCCTTGAAAAGCCAGGTGAACCTCAACAACGTTGCTGAATCCAGTCATATGGGTGAAGCTAGAGCTCGTGATAATTTCAACAATGGAGGAAGAGGAAATTTCAGAGGTAGAGGTCGAGGAACCTTTAGAGGAAGAGGACGTGGCAACTTCAACCAGTGGAGAGACAACAATTACAACAATTTCAATCCATCCCATCAAGGAAGAGGTGGAAACAATTTTGGCTCCAACAACCGTGGCAGAGGAAGAGGTTATTACAACCAAGAGAGGACAAATTATGATTGCTTTCATTGTGGAAAGTACGGGCACAAAGCAGCTGATTGCAGATACAAACATCAGGCAAACATGGCAGAGAATTTATATCAACACTCTGGTGAGTCTTCTCAAAATCAACACAGTTTATTTTTAGCAAGCAATACACTTTCAGAAGAAGAAAATATTTGGTATTTGGACACCGGATGTAGTAATCATATGTGTGGGAAAAAGGAATTATTTTCTTCTATGAACGAAACGGTAAAATCTACCGTGAAGTTTGGAAATAATTCAAATATTCCAATTGAGGAGAAAGGCCAAATTGCTATCAGATTGAAAGATGGATCGCAAAATTTTATTGGCGACGTTTTCTATGCTCCTGGTCTTCATCACAATCTCTTGAGCATGGGACAACTGTCAGAGAAAGGTTACAACATGCAGATTCACAAAGGCTATTGCACTTTGATCGATAGAAATGGAAGATTCATCATAAAGGTAAAAATGTCATCTAACCGCCTATTCCCTTTGAAAATTCAACATGATCAATTTCCTTGCTTGAGTTCAATAATTCCAAATGATGATTGGTTGTGGCACATGAGATTTGGTCACTTTCATTTTTCTGGCTTGAATTATCTGTCACGAAAAGAATATGTTTCTGGTTTGCCTGTTGTGAACATTCCAAGTGGTATATGCGAGGCATGTCAAATTGGAAAGAAGCATAGAGAATCATTTCCAACCGGAAAGTCTTGGAGAGCAAAGAAACTCCTGGAGATTGTTCATTCAGATTTGTGTTCGGTTGAAATACCAACACCTGGTGGTTGTAGGTATTTTATTACTTTTATTGATGATTTTAGCAGAAAGGCTTGGGTGTATTTTCTGAAGCAGAAATCAGAAGCTATTGATGCCTTCAAGACATTCAAAGCGTTCGTAGAAAAACAAAGTGGTTGTTCAATCAAAGCACTCAGAACAGACAGAGGCCAAGAATACCTCGTCGGCACAAATTTCTTTGAGCAACATGGAATCCAACATCAGTTAACCACCAGATACACTCCTCAACAAAATGGAGTAGCTGAAAGAAAGAACAGAACAATCATGGATATGGTGAGATGCATGTTGAAAGCCAAACAAATGCCAAAGGAATTTTGGGCAGAAGCAGTTGCTACTGCAATTTATATTTTGAACAGGTGTCCAACAAAAAGTGTTCAAGAAAAGACTCCCGAAGAAGCATGGAGTGGAAGGAGGCCTTCAATCAGACACCTTCGAGTTTTTGGATGTATTGCATATGTTCATGTACCAGATCAAATCAGAAAGAAGTTAGATGATAAAGGCGAGAAATGTATCTTTATTGGATACAGTTCAAATTCAAAGGCCTACAAGCTTTACAATCCGGAAACAAAGAAGGTGATCATCAGCAGAGATGTGACGTTTGATGAAGGAGGAATGTGGAATTGGTCATCAAAGTCACAAAAGGAGCCGATAGTAACTCCAAATGATTATGAAGAGGAGGCTGAGAATATAGATACAACACCTGATGAACCAGACGAACCTGATGAGCCAGAAACATCAAACAGAGCACAAAGAAATCGGAGATTACCAGCTCGACTGCAAGATTGTGTCTTGGGTACCGATAATGATCCATCCGATGAAGAGATTATCAACTTTGCCTTATTTGCGGATTGTGAGCCGGTTACTTTTGAAGAAGCTGCTGGTGATGAAAATTGGATAAAAGCTATGGATAAAGAAATCAATGCAATTGAGAAGAATAAAACATGGGAGCTGACTGAATTACCAGCAAACAAGAAGTCAATAGGAGTGAAGTGGGTGTACAAGACAAAGTACAAACCCAGTGGTGAAATTGATCGCTATAAAGCGAGGTTGGTGGCTAAAGGCTACAAACAAAAACCAGGTATTAATATCGGGTTTCACAAGATACGAGAACTGATAGCTGAGAAAGAAGTGGTGATCGAGTTCTGTCCCACTGAAGAGCAAATTGCACATATTATTACAAAACCGTTGAAGATTGAGTTATTTTACAAATTGAAGAAAATGCTTGGAATGACAAATTTGGAAGCTTGATTTAAGGGAGGCAATGTTAGAAAATTAAATCAAGCATAATCTAGAAGATTTTAGAAGTAAGATGTGGCTTATGAGATAAGATTGCCACTTAAGTTGCAAAGTTTGAATTGAACACTAATACTTAGCTATTAGTAACTTACTTGTCCATTAAGTTTACTTAACAATTAAGAGTTGCATAAAAGAGCAACACATGGATACTAGGTGTCTTATGTTTGTATAATTACTTGGAAGCTAAGTATGCTTAGTCATTAAGAATAGTCTTAGTATTTTGCCTATAAAAGGCCATGCTTGTACCATTGTGACATATCAAGTTTTCATGAATAAAATTAGTGTGTTAAAAGAATTCCTCTTCTTTGTTTCTCTTAATACTTTGTGAGTTTGTGTGTTATATGTCCCACTGATATCAATTGCTTTGCAATCTGATGAGATGTTGAAAAATGACTATGAGAGTTGGTTGAAAACACCTAGTTTTATTACTCTTGGTATGTACAATAGTAAAACATTAGTGGGTAGTAGTTCACCCTGGTTTAATGTTTATGGTAATGATTTTGGTTGGGGAAAACCTGTGGGGGTTCGAACTGGGAGTGAAAATAATGAAAATGGAAATATTTGTTTGTGTGTTTAAAGGTGTATAAGAAGGTAGTATGGATCTTGAAGTGTGTTTGTCCTATGAAACTTTTGAGGCAATTGGTAATGATCCTGAGTTTATGGATGTTGTGTCCAACTAATGTTGCTTCTAGTGTTATGCAAAAGCTTCGGTTTACCATATCAGTTCATATCCTGTTTGGTTTTGTATTTTGTGTTACACATGAATAATTATGTTTTTTTTCTTTAAGAATAATTATGTTGATGTCTTAGTTTTGTGTTTTCTTTTCATTGCCTATGGTCGTTAAGAAGGTTTGATTTTTCGATTTCTAAAGTGATATAGTGTATGTTCAGTAAAAAAAGTTGATATATAGTGTATGCTGCGACTTTGTGACTTACACCTACAATAGATTTTAGATGATCAATTATTACTATCACATTTATTATATTACTCTCTTTTATATTTTTTTGGTCTTGTTAACTGGTGCCCCGGGGCCCTGGCCGGGGCACTGGTTAAGGAATCCGAAAGTAGAAAAATTGTCTTGGAAATATAAACTGTTACTTTTGATTAACTAATTATTACACCACTTTGTAATAAAATCTTACCTCTTTTAACTGCTTAAGCAATGCCCCGGGGGCACTGGTTAACATTCTCCTATTTTTTTTCCTCTCAATGTGTACACAGCAATTGAGGTGTCCATCAAACATAATTATTTCTAATGAAACACACTAATTGATTAATTACTACTTCCTTTTACTCCACACATGTAAAGTTATTGGTGTAATTTTATTGTTTGAATTTACAACAATAATAAATATATAGATATCAGTTTGTGTGTCCTACATTTTTGACATTAATAATGTCGAAGTATCTTTTTCCATGTCCTATCAAATGTTGAAGTTGGTGCTTGATATGCTAATTCAATATTGACCGTTCTATGATAAACTTGCAGTCTTTTGATAAAAATAATATTTTTTTTCCTTGAGAGATGATACATATAATCTGTACTGTTGATGACTAATATATTATCATACCTTTATTTTCTACACATGTGAGGCATTAAATATAAAAAGAAGCAGAAAATATTGACAAACTAGCATACAATAAAAAGACTAATCAAAAGTTTCTGGTCCACATGACCAGTTCTTTTCAACAGCGTGTGAATTTAATAAACATTCTTTAGAATGTTTATTAAATTGTTCTGCTAACATAGCATGTCCCCAAAACATTCTTTAGAATGGTTTAAGGAAAAAACTCAACCATGAAAACGTCACCGCACAACATGACTTGTACTACAAGGTTTCTAAGATTCATTCTCCTTAATCTCTTCCTCTTCATGACACTAACAAATGCGCAATCACCATTTTACATGTACAGTTATTGCCAGAATTCAACTGAAAAAACAGTCAACGCTTCATACCAATCGAACGTTAACAACTTTCTGTCATGGACAACATCGGATTCTGCCAAAGGAACTGTATCTAACCATGGCACCATAGGTAGCAACAACAGCAATGATCATGATACGGTTTATGGGTTCTATGATTGTCGGGGTGACATCACAGGAAGTTTCTGTCAATTTTGCATCAACACCGCTGTTAGAGAAATCCTTCAACATTGTCCCAATAGTGTCTCGGCTATGATATGGTATGATTTATGCATCATGGGTTACACTAACCTGAATTCCTTAGGTAAAGTTATTTTAACACCATCATGGAATGTAACCGGATCCAAAATCGTTAAAGACTCAACAGAACTTGCGAAAGCTGAGAATAACATGACGAGTTTGATACGCAAAGTGACTACAGAAGGCAATCCCAATTGGGAAATGGGAGAGTTCAATTGGAGTGACACTGAGAAAAGGTATGGTTTGGTGCAGTGTAATAGAGACCTTAGTAAGGATGGGTGTAGGCAGTGTTTGGAGGCTATGTTGGATAGAGTTCCTCGGTGCTGTGGAACAAAGGTTGGATGGGTGGTTGTGTGTCCTAGTTGTGGTATGAAGATTGATGATTATAATTTCTACCAACAACAAACAGGATCTCCTTCTCCTTTGCCAAATCCAGGTAATATTAATCGTTTGTTTGTATTTGGACGTCTTTTAAGGTTGTAAATTGCAAAATCATGTCATGGCATGATTGCTTGCAGAGACCTCATAAATCTTAATTTAGTCACAAAAAAGATTACCTTGATTTTCCGAAACTTATTTGATGATCGCAATGAAGACTTGATTTATAAAGTTTGTCTCTTGATCATAGAGATCTCAACAAAAAAAATTCAGGTCTATGCAATCGCGATGAGCTTCTCTCGTGAATTAGTCACTCTTCTTATCTCTTGAAACTCCCAAAAAAAAAAAAAATCATGATACACATACAGAAAGAATATAACAAAAAATTTTGTCTAATGTTTTTTATCAATATTATGATTCAAGAGATCATTCAGGAAGCACAAGGGAAGGTCTGATATTTGAGCAACAGGAAAAATGTAAAATACATATTTTCAACAAACAATGAACTTGCAAAATATGTTAGTGAATTTTTAAACAATTGTTTAAATTGTAAGCCTTCGCTTGGAAAAATTTGTATATTATATGAAGTGAAATTGGCCTAAAAATTGAGAAAAGAAATGCAACATTTTCATATATGATATTGTTGCAGGCAAGCAGGAAGGATCAAGTAAAACTAAAATCTTAATCATCGTTTTAGTAATTGTACCTTTGGCAGTAGCTCTACTAAGCTGTTGTGTCTACTACTACTGGAGAAAGAATGAGTTAGGTAAAGGTAAATATAACAAGTTACATACATGTTGAAAGTTCTCTAAGCTCATTTCATTAAATTACCTATGATTAATAAATATCTATTCAGACTTACTAGCTTCCCTGCTAGGTGGATTATTCTTGAGGACCACTACTCCTATAGCTTTTCGTGATCATGTTCAAGAAGAGGAATCGTTGAATGCAGACCTTCCGACAATCCCCTTAACTGTAGTTAAACAGGCCACAAATAACTTTTCAGAGTCATCTAAATTAGGAGAAGGTGGATTTGGCCCTGTTTACAAGGTATGAATAAATTGTATCCTGAAGTCAATCAATGCAGTTATAGTTTTATATTTTAACTTTGAGAGATTCATCTGTTTACCAGGGTACTTTACCAGATGGCACAGAAGTAGCTGTCAAAAGGCATGCAGAGATGTCAGGTCAAGGTTCAGAGGAGTTTAAGAATGAAGTAATCTTCATAGCTAAACTACAACATAGAAACCTTGTGAGACTCTTGGGTTGCTGCGTCGAAGGAAATGAAAAGATACTAGTATATGAATACATGCCGAACTCAAGCCTTGACTTTCACCTTTTCGGTATGTTTTGACATAACATATTCATCACATTTGCTTTAGTTCTAAATGTAAAAGTTACTGTATGTTCTAATTATAAAAGTAGCCATACAAAAAATAGAAACATAAAGAATATTTGTAACTTGGGATATATGCATTGTGGAGCATAATTGAAATATTATATCGGTATATCCATTGATTTTCCGTGTAAAACAGCTATGAAGAATAAAGTGAATGATAATCTCTATTGCTGCTGCTATTATCAATAACATGAAAACAATGTTCCTCTGCTTGACAGATAAGGAAAAGCATAAGCATCTAGATTGGAGATTACGACTAAGCATTATCAATGGAATAGCAAAAGGACTGCTATATCTTCATGAGGATTCTCGACTTAGAGTAATCCACAGAGATCTGAAAACCAGCAATGTTCTTCTAGATGATGAAATGAATCCAAAAATATCAGATTTCGGGTTAGCAAGGACATTTGAAAAAGATCAATGTCCGAGAAAAACAAAAAGAGTTATTGGAACCTAGTAAGCATTAGTTGCAAGTTTTTTAAACAAATATCAGAAGATTTCACATGATTCACAATTGACAGTGTTCTATTGATTTCTTATAGTGGATACATGGCTCCAGAATATGCTATGGCTGGGTTATTTTCAGTGAAATCCGATGTTTTCAGCTTTGGAGTTCTTATATTAGAAGTAATATATGGAAAAAGAAATGGCGACTTCTTTCTTTCAGAACATATGCAAAGTCTTCTATTATATGTAAGTTTTCTTTACCACATCTCATCAACAAATAGATATTCATTGGAGAAACAAATGTGTAAATAGTTTTATACTTGTATGAAATCTCTAACATTCCCTGTAATGAGAGGCTCCTGGATACAAAATATTCATAATGTACAAACAATCCTTGCTACATTGATCATGCTTAGAAAATTACATTGATTAGCGCGTCTGAAATTTCAGATGACTTGGTCATAGGGATCTAATAGCATATTATGAGCCAACTATCCAAAAATCTATGATGACACTAATGTACTTCAACAGTTTTTAACAAAATGTTTCAACTCAAGAGTCTATATATAATATATCCATATATTTGTGTGCAGACTTGGAAACTCTGGTGTGAAGGAAAAAGTTTAGAATTAATCGATCCATTTCACCAAAAGACGTACATTGAAAGTGAAGTCTTGAAGTGTATACACATAGGTTTATTGTGTGTACAAGAAGATGCAGCAGATCGACCAACCATGTCCACCGTCGTTCGTATGCTAGGGAGTGATACAGCAGTCCTTCCAGAACCCAATCAACCAGCATTTTCAGTTGGGCGAATGTCCAAGAATGATGATTCAACTTCAAAAACTTCCAAGGATAATTATTCAGTTGATGAAGTAACTCTAACTATTGTTTCACCAAGATAG
Protein sequence

>MS.gene016473.t1

MKTSEHNMTCTTRFLSFILLHVFFFMMLTNAQSPFYMYSYCQNSTEKTLNTSYQSNVNNFLSWTTSDSAKGTVSNHNTIGSNNSNYNDTVYGFYDCVGQNTRSFCQFCINTAVREIAKYCPNSVSAIIWYDVCILAYINQNPSGRVFLTPSWNVTGSKNVKDSTELGKAENSMTSLIRKATTEASLNWATDEFNWSDTDKRYGLVQCNTELSKDGCRQCLEAMLDRVPQCCGTKVAWIVLSPSCGIKIDDYNFYEQQTGSPSPLPNPDSFDDCNEDLLYKPYILIARISTKIFEIDGVTFNLDDDVNGFSTNGIFFPSVKDIGSVFTVPCKQEGGSNKKTLIIILVCVLVGVALLSCYGYYYWKKKRLSEGGLLLRTVTPMSFRDHVQRDDSLNGDLPMIPLTVIQLATDNFSESSKLGEGGFGPVYKGTLPDGTEVAVKRHAEMSGQGSEEFKNEVIFIAKLQHRNLVRLLGCCVEGNEKILVYEYMPNSSLDFHLFDKEKHKHLDWRLRLSIINGIAKGLLYLHEDSRLRVIHRDLKTSNVLLDDEMNPKISDFGLARTFEKDQCPRKTKRVIGTYGYMAPEYAMAGLFSVKSDVFSFGVLILEVIYGKRNGDFFLSEHMQSLLLYTWKLWCEGKSLELIDPFHQKTYIESEVLKCIHIGLLCVQEDAADRPTMSTVVRMLGSDTAVLPEPNQPAFSVGRMSKNDDSTSKTSKDNYSVDEVTLTIVSPR