AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene052031

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene052031.t1 MTR_2g098540 97.143 490 14 0 129 618 19 508 0.0 1003
MS.gene052031.t1 MTR_2g098540 97.386 459 12 0 160 618 6 464 0.0 943
MS.gene052031.t1 MTR_2g098790 87.321 489 62 0 129 617 26 514 0.0 914
MS.gene052031.t1 MTR_2g098520 85.890 489 69 0 130 618 23 511 0.0 904
MS.gene052031.t1 MTR_4g066580 71.285 498 143 0 120 617 18 515 0.0 771
MS.gene052031.t1 MTR_3g028720 71.371 496 142 0 122 617 19 514 0.0 770
MS.gene052031.t1 MTR_4g066590 70.988 486 141 0 130 615 22 507 0.0 756
MS.gene052031.t1 MTR_4g066630 71.250 480 138 0 136 615 34 513 0.0 747
MS.gene052031.t1 MTR_6g078450 70.564 479 141 0 139 617 34 512 0.0 742
MS.gene052031.t1 MTR_5g071520 71.743 499 131 2 129 617 26 524 0.0 734
MS.gene052031.t1 MTR_4g066240 67.775 481 155 0 137 617 32 512 0.0 719
MS.gene052031.t1 MTR_6g078330 70.231 477 142 0 141 617 37 513 0.0 718
MS.gene052031.t1 MTR_4g066330 69.168 493 124 2 127 617 27 493 0.0 717
MS.gene052031.t1 MTR_4g066210 65.854 492 168 0 126 617 28 519 0.0 715
MS.gene052031.t1 MTR_4g066640 67.886 492 154 2 127 617 25 513 0.0 715
MS.gene052031.t1 MTR_4g066240 67.635 482 155 1 137 617 32 513 0.0 714
MS.gene052031.t1 MTR_6g078380 69.792 480 144 1 139 617 34 513 0.0 711
MS.gene052031.t1 MTR_4g066280 65.587 494 142 2 127 618 27 494 0.0 691
MS.gene052031.t1 MTR_3g028720 72.082 437 122 0 126 562 23 459 0.0 684
MS.gene052031.t1 MTR_4g066630 70.892 426 124 0 136 561 34 459 0.0 662
MS.gene052031.t1 MTR_4g066340 68.721 438 136 1 181 617 2 439 0.0 661
MS.gene052031.t1 MTR_6g078450 71.226 424 122 0 139 562 34 457 0.0 661
MS.gene052031.t1 MTR_3g026280 63.125 480 172 2 138 617 19 493 0.0 657
MS.gene052031.t1 MTR_3g028720 72.569 401 110 0 126 526 23 423 0.0 628
MS.gene052031.t1 MTR_4g066580 71.253 407 117 0 120 526 18 424 0.0 626
MS.gene052031.t1 MTR_4g023000 61.506 478 178 3 140 617 23 494 0.0 626
MS.gene052031.t1 MTR_6g078330 68.949 409 127 0 209 617 1 409 0.0 611
MS.gene052031.t1 MTR_4g066630 71.355 391 112 0 136 526 34 424 0.0 608
MS.gene052031.t1 MTR_4g015420 58.121 511 173 8 119 617 44 525 0.0 599
MS.gene052031.t1 MTR_4g067040 71.809 376 106 0 138 513 31 406 0.0 589
MS.gene052031.t1 MTR_2g043200 59.623 478 159 7 146 617 70 519 0.0 578
MS.gene052031.t1 MTR_4g066240 66.923 390 129 0 137 526 32 421 0.0 577
MS.gene052031.t1 MTR_6g078330 67.506 397 127 1 221 617 15 409 0.0 576
MS.gene052031.t1 MTR_3g028720 72.554 368 101 0 122 489 19 386 0.0 575
MS.gene052031.t1 MTR_3g026400 56.042 480 205 4 139 617 35 509 0.0 567
MS.gene052031.t1 MTR_4g015460 55.906 508 185 8 121 617 22 501 0.0 565
MS.gene052031.t1 MTR_4g067040 73.295 352 94 0 138 489 31 382 0.0 560
MS.gene052031.t1 MTR_4g066630 72.126 348 97 0 136 483 34 381 0.0 549
MS.gene052031.t1 MTR_3g026620 53.862 492 223 3 126 617 23 510 0.0 546
MS.gene052031.t1 MTR_3g026400 55.965 461 197 4 158 617 23 478 0.0 545
MS.gene052031.t1 MTR_4g083000 51.822 494 226 6 131 616 13 502 0.0 530
MS.gene052031.t1 MTR_5g044000 50.980 510 221 7 131 615 15 520 0.0 525
MS.gene052031.t1 MTR_4g066640 66.848 368 118 2 127 493 25 389 0.0 524
MS.gene052031.t1 MTR_6g078330 69.501 341 104 0 141 481 37 377 8.43e-178 509
MS.gene052031.t1 MTR_4g081530 49.898 489 239 4 131 616 14 499 4.14e-172 499
MS.gene052031.t1 MTR_0110s0040 50.415 482 232 5 136 617 38 512 2.35e-168 490
MS.gene052031.t1 MTR_0110s0030 50.000 482 234 5 136 617 38 512 8.85e-168 488
MS.gene052031.t1 MTR_3g033810 48.852 479 232 4 138 616 18 483 1.18e-164 479
MS.gene052031.t1 MTR_3g033790 48.319 476 232 5 141 616 19 480 2.23e-163 476
MS.gene052031.t1 MTR_4g131810 47.899 476 243 4 146 618 33 506 2.81e-160 469
MS.gene052031.t1 MTR_2g022760 48.428 477 241 4 144 618 39 512 9.19e-158 463
MS.gene052031.t1 MTR_7g068910 46.761 494 247 6 126 617 16 495 1.17e-152 450
MS.gene052031.t1 MTR_4g083000 52.068 411 191 4 209 616 1 408 6.43e-150 439
MS.gene052031.t1 MTR_7g068910 45.833 504 247 7 126 617 16 505 1.53e-149 442
MS.gene052031.t1 MTR_2g079580 45.511 479 250 6 141 615 32 503 2.05e-148 439
MS.gene052031.t1 MTR_2g079550 45.929 479 248 6 141 615 30 501 1.15e-147 437
MS.gene052031.t1 MTR_4g131800 45.000 520 269 6 112 618 476 991 1.43e-147 453
MS.gene052031.t1 MTR_2g022710 44.813 482 260 5 139 618 33 510 1.68e-146 434
MS.gene052031.t1 MTR_4g016920 46.458 480 239 7 139 615 25 489 1.00e-145 432
MS.gene052031.t1 MTR_3g026400 58.017 343 138 4 139 480 35 372 1.91e-142 419
MS.gene052031.t1 MTR_5g068740 45.175 487 244 8 135 616 21 489 8.57e-141 419
MS.gene052031.t1 MTR_1g088610 45.567 485 244 8 135 616 21 488 4.39e-137 414
MS.gene052031.t1 MTR_1g088610 40.171 117 63 3 501 616 503 613 1.35e-15 80.9
MS.gene052031.t1 MTR_7g033860 43.816 477 249 5 143 615 50 511 1.13e-136 409
MS.gene052031.t1 MTR_0108s0030 43.129 473 240 4 143 615 5 448 6.25e-133 397
MS.gene052031.t1 MTR_2g022760 46.359 412 216 4 209 618 1 409 2.04e-127 382
MS.gene052031.t1 MTR_2g022710 44.366 426 232 4 139 562 33 455 1.23e-124 376
MS.gene052031.t1 MTR_2g079580 47.179 390 196 5 141 526 32 415 3.15e-124 373
MS.gene052031.t1 MTR_2g022710 44.366 426 232 4 139 562 33 455 4.72e-124 375
MS.gene052031.t1 MTR_2g022710 46.410 390 204 4 139 526 33 419 4.98e-122 368
MS.gene052031.t1 MTR_7g068900 45.564 417 209 6 204 616 17 419 2.01e-121 369
MS.gene052031.t1 MTR_0110s0040 49.727 366 178 4 136 499 38 399 6.75e-121 364
MS.gene052031.t1 MTR_7g051510 43.750 480 244 9 142 617 76 533 7.02e-121 369
MS.gene052031.t1 MTR_7g051650 43.215 479 245 7 142 615 76 532 2.66e-120 367
MS.gene052031.t1 MTR_1g088630 44.348 460 212 10 160 616 14 432 3.50e-120 364
MS.gene052031.t1 MTR_7g051610 43.305 478 245 6 142 615 76 531 5.90e-120 367
MS.gene052031.t1 MTR_4g016920 46.098 410 204 6 209 615 1 396 6.12e-120 363
MS.gene052031.t1 MTR_2g022710 42.961 412 230 4 209 618 1 409 1.12e-119 362
MS.gene052031.t1 MTR_7g051650 43.067 476 246 7 142 615 76 528 1.19e-119 366
MS.gene052031.t1 MTR_2g022710 45.932 381 200 5 139 516 33 410 2.50e-117 355
MS.gene052031.t1 MTR_2g022710 47.025 353 182 4 139 489 33 382 1.30e-109 336
MS.gene052031.t1 MTR_1g088630 48.968 339 142 6 143 479 29 338 1.26e-104 321
MS.gene052031.t1 MTR_7g056747 42.271 414 213 4 203 615 9 397 4.78e-102 316
MS.gene052031.t1 MTR_4g016920 53.114 273 125 2 209 480 1 271 9.88e-98 301
MS.gene052031.t1 MTR_1g088630 53.383 266 118 3 143 407 29 289 2.09e-92 287
MS.gene052031.t1 MTR_0110s0020 54.701 234 102 3 136 369 38 267 8.88e-85 268
MS.gene052031.t1 MTR_2g098560 96.947 131 4 0 1 131 1 131 1.55e-81 253
MS.gene052031.t1 MTR_5g069350 46.243 173 52 5 455 617 48 189 1.97e-32 124
MS.gene052031.t1 MTR_7g092970 55.970 134 55 3 1 131 1 133 2.19e-32 122
MS.gene052031.t1 MTR_4g122980 25.495 404 228 14 205 602 183 519 7.24e-28 119
MS.gene052031.t1 MTR_8g038650 37.121 132 70 2 341 462 24 152 3.80e-23 96.7
MS.gene052031.t1 MTR_4g061170 66.667 42 12 1 563 602 23 64 3.89e-12 62.4
MS.gene052031.t1 MTR_7g028885 41.429 70 37 1 347 412 21 90 3.89e-11 60.1
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene052031.t1 AT2G44450 55.579 475 206 2 141 615 31 500 0.0 572
MS.gene052031.t1 AT5G42260 56.356 472 200 3 141 611 31 497 0.0 569
MS.gene052031.t1 AT5G44640 55.252 476 207 3 141 615 31 501 0.0 568
MS.gene052031.t1 AT2G44480 53.459 477 221 1 139 615 33 508 0.0 564
MS.gene052031.t1 AT2G44480 53.459 477 221 1 139 615 64 539 0.0 564
MS.gene052031.t1 AT3G60130 56.184 477 203 3 141 616 30 501 0.0 560
MS.gene052031.t1 AT5G24550 52.469 486 226 5 136 617 27 511 0.0 545
MS.gene052031.t1 AT5G54570 53.027 479 220 3 140 615 29 505 0.0 536
MS.gene052031.t1 AT2G25630 53.151 476 200 4 141 615 30 483 0.0 523
MS.gene052031.t1 AT1G26560 51.975 481 225 5 138 615 29 506 0.0 522
MS.gene052031.t1 AT5G24540 52.881 486 224 5 136 617 27 511 1.15e-180 522
MS.gene052031.t1 AT1G47600 50.932 483 223 6 137 617 41 511 9.92e-180 519
MS.gene052031.t1 AT1G47600 50.932 483 222 7 137 617 41 510 2.21e-179 518
MS.gene052031.t1 AT1G51470 51.139 483 222 7 137 617 41 511 3.11e-179 518
MS.gene052031.t1 AT3G60140 48.163 490 250 4 131 617 16 504 1.44e-177 516
MS.gene052031.t1 AT3G18080 51.240 484 226 7 136 617 34 509 7.67e-173 501
MS.gene052031.t1 AT3G60120 50.928 485 227 7 139 617 12 491 1.41e-170 496
MS.gene052031.t1 AT2G44470 47.500 480 248 4 141 617 29 507 1.29e-168 493
MS.gene052031.t1 AT3G18070 49.691 485 224 9 136 617 25 492 1.38e-167 487
MS.gene052031.t1 AT3G60130 55.904 415 177 3 203 616 40 449 1.50e-167 486
MS.gene052031.t1 AT3G18070 49.691 485 230 9 136 617 25 498 1.04e-166 485
MS.gene052031.t1 AT5G36890 50.840 476 221 4 142 616 17 480 7.56e-166 483
MS.gene052031.t1 AT5G36890 50.840 476 221 4 142 616 17 480 9.46e-166 482
MS.gene052031.t1 AT2G44490 48.133 482 244 5 140 616 13 493 6.10e-165 483
MS.gene052031.t1 AT2G44480 51.597 407 196 1 209 615 1 406 1.96e-164 476
MS.gene052031.t1 AT2G44460 48.548 482 243 5 137 615 25 504 8.72e-164 481
MS.gene052031.t1 AT5G25980 48.283 495 246 8 126 616 35 523 1.84e-162 476
MS.gene052031.t1 AT5G54570 51.529 425 202 2 140 562 29 451 4.05e-159 464
MS.gene052031.t1 AT5G26000 49.170 482 230 9 141 615 38 511 4.42e-159 467
MS.gene052031.t1 AT2G32860 47.808 479 244 5 141 615 94 570 1.07e-158 469
MS.gene052031.t1 AT3G60130 54.217 415 173 4 203 616 40 438 6.74e-158 461
MS.gene052031.t1 AT2G32860 46.862 478 251 3 141 615 94 571 1.12e-157 466
MS.gene052031.t1 AT1G75940 48.148 486 236 9 141 615 37 517 7.11e-155 456
MS.gene052031.t1 AT3G03640 44.800 500 262 5 131 617 16 514 1.01e-154 456
MS.gene052031.t1 AT3G21370 46.215 502 257 8 122 616 17 512 6.54e-154 453
MS.gene052031.t1 AT5G54570 52.195 410 191 3 209 615 1 408 4.79e-153 448
MS.gene052031.t1 AT5G24540 51.288 427 204 4 138 561 29 454 3.72e-151 444
MS.gene052031.t1 AT3G09260 44.668 497 267 7 126 617 19 512 1.90e-150 444
MS.gene052031.t1 AT1G61820 45.714 490 260 5 131 617 20 506 3.68e-149 441
MS.gene052031.t1 AT5G28510 44.219 493 263 7 132 615 30 519 7.90e-146 433
MS.gene052031.t1 AT1G52400 46.170 483 248 9 141 616 39 516 1.67e-145 432
MS.gene052031.t1 AT1G52400 46.170 483 248 9 141 616 39 516 1.67e-145 432
MS.gene052031.t1 AT2G44470 46.809 423 222 3 141 561 29 450 2.36e-145 429
MS.gene052031.t1 AT1G66270 45.842 493 256 8 131 617 25 512 5.98e-145 431
MS.gene052031.t1 AT1G02850 45.342 483 243 7 138 616 21 486 6.04e-145 429
MS.gene052031.t1 AT1G66280 46.341 492 251 10 131 615 25 510 2.37e-143 426
MS.gene052031.t1 AT1G61810 44.906 481 259 5 141 618 33 510 2.67e-143 426
MS.gene052031.t1 AT5G25980 49.292 424 207 6 141 562 50 467 2.78e-143 424
MS.gene052031.t1 AT5G25980 49.292 424 207 6 141 562 50 467 2.78e-143 424
MS.gene052031.t1 AT3G60140 48.223 394 201 3 135 526 20 412 1.35e-141 419
MS.gene052031.t1 AT1G66270 45.436 493 256 9 131 617 25 510 1.81e-141 421
MS.gene052031.t1 AT4G21760 44.068 472 253 6 146 615 59 521 1.93e-141 422
MS.gene052031.t1 AT1G02850 43.478 506 242 8 138 616 21 509 4.68e-140 418
MS.gene052031.t1 AT1G61810 45.633 458 244 4 141 595 33 488 5.26e-140 418
MS.gene052031.t1 AT5G26000 48.712 427 206 7 141 562 38 456 1.45e-138 412
MS.gene052031.t1 AT1G02850 43.590 507 241 9 138 616 21 510 2.61e-138 413
MS.gene052031.t1 AT2G44450 52.260 354 164 2 262 615 1 349 4.27e-138 407
MS.gene052031.t1 AT4G27830 43.983 482 251 7 137 615 19 484 2.85e-137 410
MS.gene052031.t1 AT1G02850 44.099 483 222 8 138 616 21 459 8.81e-135 402
MS.gene052031.t1 AT4G21760 43.008 472 248 7 146 615 59 511 1.75e-134 404
MS.gene052031.t1 AT4G22100 44.050 479 246 9 142 616 23 483 9.01e-134 401
MS.gene052031.t1 AT1G60090 43.542 480 247 8 141 616 24 483 1.57e-131 395
MS.gene052031.t1 AT4G27820 43.633 479 249 6 140 615 22 482 2.27e-131 395
MS.gene052031.t1 AT2G44480 56.869 313 133 2 139 451 64 374 4.95e-131 390
MS.gene052031.t1 AT1G60090 43.004 486 248 9 141 616 24 490 6.35e-129 389
MS.gene052031.t1 AT2G44470 47.139 367 191 3 141 505 29 394 5.92e-126 377
MS.gene052031.t1 AT3G62750 41.250 480 254 8 138 615 20 473 3.18e-125 379
MS.gene052031.t1 AT3G62750 41.250 480 254 8 138 615 46 499 9.26e-125 379
MS.gene052031.t1 AT1G45191 42.204 481 246 9 142 616 30 484 1.06e-123 375
MS.gene052031.t1 AT1G45191 42.412 481 256 9 142 616 30 495 1.18e-123 375
MS.gene052031.t1 AT1G45191 42.380 479 254 9 142 616 30 490 1.21e-122 373
MS.gene052031.t1 AT1G45191 42.008 488 260 9 142 616 30 507 2.81e-122 372
MS.gene052031.t1 AT5G48375 44.494 445 178 9 141 583 38 415 3.54e-122 369
MS.gene052031.t1 AT1G02850 45.060 415 191 6 138 526 21 424 6.98e-120 363
MS.gene052031.t1 AT1G52400 44.496 427 226 8 141 561 39 460 6.16e-118 359
MS.gene052031.t1 AT3G62740 39.468 489 269 9 131 615 13 478 7.86e-118 360
MS.gene052031.t1 AT1G51490 50.716 349 157 6 150 496 29 364 2.36e-116 353
MS.gene052031.t1 AT1G61810 43.584 413 227 5 209 618 1 410 1.34e-115 351
MS.gene052031.t1 AT1G61810 45.244 389 208 4 141 526 33 419 2.29e-115 351
MS.gene052031.t1 AT3G18070 50.769 325 154 4 136 460 25 343 3.70e-115 349
MS.gene052031.t1 AT4G27830 43.659 410 214 6 209 615 1 396 3.46e-112 343
MS.gene052031.t1 AT2G44460 47.632 359 184 4 260 615 1 358 1.79e-109 336
MS.gene052031.t1 AT3G62750 40.888 428 226 7 138 564 46 447 1.35e-108 335
MS.gene052031.t1 AT1G60270 47.040 321 163 3 141 461 24 337 3.15e-106 326
MS.gene052031.t1 AT4G27820 42.683 410 219 5 209 615 1 397 1.02e-105 326
MS.gene052031.t1 AT4G27820 42.683 410 219 5 209 615 1 397 1.02e-105 326
MS.gene052031.t1 AT3G18070 47.605 334 166 6 287 617 94 421 2.32e-105 325
MS.gene052031.t1 AT3G18070 52.941 68 31 1 136 203 25 91 1.25e-14 77.0
MS.gene052031.t1 AT2G44480 46.358 302 161 1 314 615 2 302 1.16e-103 317
MS.gene052031.t1 AT3G62740 39.631 434 236 8 131 561 13 423 8.46e-103 318
MS.gene052031.t1 AT1G61820 43.360 369 204 4 252 617 1 367 6.29e-102 315
MS.gene052031.t1 AT1G45191 44.986 349 180 5 142 487 30 369 1.38e-101 315
MS.gene052031.t1 AT1G45191 46.429 336 168 5 142 474 30 356 3.37e-101 314
MS.gene052031.t1 AT3G62750 40.098 409 222 7 209 615 1 388 1.02e-99 310
MS.gene052031.t1 AT3G62750 40.098 409 222 7 209 615 1 388 1.02e-99 310
MS.gene052031.t1 AT3G18070 47.619 315 156 6 306 617 1 309 1.73e-99 306
MS.gene052031.t1 AT3G62750 44.615 325 164 4 138 462 20 328 8.89e-99 306
MS.gene052031.t1 AT3G62750 44.615 325 164 4 138 462 20 328 8.89e-99 306
MS.gene052031.t1 AT3G62750 44.615 325 164 4 138 462 46 354 2.17e-97 305
MS.gene052031.t1 AT1G61810 51.111 270 130 2 141 410 33 300 2.13e-91 285
MS.gene052031.t1 AT1G60270 47.826 253 129 2 209 461 1 250 9.01e-82 259
MS.gene052031.t1 AT3G18070 45.267 243 129 3 287 527 94 334 7.80e-71 233
MS.gene052031.t1 AT3G18070 52.941 68 31 1 136 203 25 91 4.73e-15 77.4
MS.gene052031.t1 AT3G18070 45.089 224 119 3 306 527 1 222 4.39e-65 213
MS.gene052031.t1 AT5G16580 38.776 294 163 8 281 572 21 299 6.80e-54 186
MS.gene052031.t1 AT3G06510 24.902 510 286 19 120 616 85 510 1.95e-28 120
MS.gene052031.t1 AT3G06510 24.905 526 300 21 120 616 85 544 1.20e-26 115
MS.gene052031.t1 AT3G57930 53.901 141 50 5 1 131 1 136 1.97e-25 102
MS.gene052031.t1 AT3G57930 53.901 141 50 5 1 131 1 136 1.97e-25 102
MS.gene052031.t1 AT2G42190 42.069 145 61 3 1 131 1 136 3.25e-19 84.7
MS.gene052031.t1 AT2G42190 42.069 145 61 3 1 131 1 136 3.25e-19 84.7
MS.gene052031.t1 AT2G42190 42.069 145 61 3 1 131 1 136 3.25e-19 84.7

Find 132 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
TCGAATTTGTTGTCGGAAAA+TGG 0.166836 2.2:-4137334 None:intergenic
TGTAATATTTGATTCCTTCT+TGG 0.196303 2.2:-4136350 None:intergenic
TTGATTTACATCACCGAAAA+TGG 0.213109 2.2:+4140068 MS.gene052031:CDS
AATTGCACCGATGGTGATTC+AGG 0.238873 2.2:+4137106 MS.gene052031:CDS
TTCCCAACAGGCTTCACTTT+TGG 0.241406 2.2:+4128311 MS.gene052031:CDS
CACCTGGTCGATGTTCTAAA+TGG 0.261373 2.2:+4137074 MS.gene052031:CDS
GCATAACGTTGGTGTCTAAT+TGG 0.270114 2.2:+4137305 MS.gene052031:CDS
GAACTTTGTTTCAAGGAGTT+TGG 0.271449 2.2:+4136974 MS.gene052031:CDS
TGTCGTACACTTTCTTGATA+TGG 0.272039 2.2:-4140040 None:intergenic
AAGCAAGCAAGACTACTTAA+AGG 0.279217 2.2:+4139635 MS.gene052031:CDS
TCGTCAAAGTCGTCCTTTAC+CGG 0.288385 2.2:-4124772 None:intergenic
GTGGGAGAGGAGCAAGTATA+TGG 0.294748 2.2:+4128703 MS.gene052031:CDS
GTCACTAGAGGAAGCTCTTA+TGG 0.306840 2.2:+4140298 MS.gene052031:CDS
GGATCTTCCTCAAGCTTTAG+AGG 0.307018 2.2:+4136540 MS.gene052031:CDS
CGATCAATATTACCGCTATA+AGG 0.310978 2.2:+4134593 MS.gene052031:CDS
GAATCTCAAAAGGGTGTAAT+AGG 0.312682 2.2:+4137283 MS.gene052031:CDS
CATTTGTAACTCTATTTCAT+TGG 0.317206 2.2:+4136518 MS.gene052031:CDS
TAATAATGATTACAGGTTCA+TGG 0.327207 2.2:+4139538 MS.gene052031:intron
AGGAACGGCGTAAATATAAA+AGG 0.334372 2.2:+4140499 MS.gene052031:intron
ATCAATGAATTGTTGACTAA+TGG 0.339535 2.2:+4136381 MS.gene052031:CDS
ATACGTACCCTTGGACCTAT+TGG 0.348989 2.2:-4139892 None:intergenic
AAAAGCATGCGTTCCCTTGT+TGG 0.352684 2.2:+4139587 MS.gene052031:CDS
CAGCGAAATCCAATGGATTT+AGG 0.362932 2.2:+4124974 MS.gene052031:CDS
TTAACTCACCTGGGAGGATT+CGG 0.370232 2.2:-4136178 None:intergenic
GGCATGCTTACTTGTAAGAT+TGG 0.379769 2.2:-4139759 None:intergenic
ATCAATAGAAGGAAAGCTTA+AGG 0.383879 2.2:+4136317 MS.gene052031:intron
CCACCAATGCTATAAGAGTA+TGG 0.394674 2.2:-4137031 None:intergenic
AGCATTGGTGGCTATGCAAT+AGG 0.399541 2.2:+4137043 MS.gene052031:CDS
GTTTCAAGGAGTTTGGAGAT+AGG 0.403483 2.2:+4136981 MS.gene052031:CDS
TAACTCACCTGGGAGGATTC+GGG 0.404273 2.2:-4136177 None:intergenic
GGATATTTCCCCGTTGTTAG+TGG 0.406418 2.2:-4139563 None:intergenic
TTGGTTGTATGTTTATCCTA+AGG 0.412633 2.2:+4139998 MS.gene052031:CDS
AGTGAAGAAACATCAAGAAT+TGG 0.415745 2.2:-4128275 None:intergenic
CGGTCCGTGGACTTCATGTT+TGG 0.415861 2.2:+4137373 MS.gene052031:CDS
ATGGGTAGAGGTAGAGGAAA+GGG 0.421104 2.2:+4124658 MS.gene052031:CDS
ATTTGTAACTCTATTTCATT+GGG 0.421248 2.2:+4136519 MS.gene052031:CDS
GATTCAGCTGAGGAAGAAAA+TGG 0.422625 2.2:+4124922 MS.gene052031:CDS
CTATGCGGAACTTTGTTTCA+AGG 0.424887 2.2:+4136967 MS.gene052031:CDS
TTGGAGATAGGGTGAAGTAT+TGG 0.427325 2.2:+4136993 MS.gene052031:CDS
TCCCAAAAGTGAAGCCTGTT+GGG 0.427921 2.2:-4128313 None:intergenic
AAAGGGTCATTTGATTTCCT+TGG 0.428442 2.2:+4139653 MS.gene052031:CDS
TTCATGGAACCACTAACAAC+GGG 0.430404 2.2:+4139554 MS.gene052031:CDS
CGGTGCATTAGTAGCATAGT+TGG 0.436313 2.2:-4139693 None:intergenic
TCCGTTATGCCTAAATCCAT+TGG 0.436331 2.2:-4124983 None:intergenic
CTTACAGATTCTCAATCTCT+TGG 0.441705 2.2:+4136153 MS.gene052031:CDS
CAGCAGAACTTGCAAGGAAA+AGG 0.444441 2.2:+4124869 MS.gene052031:CDS
CTCCGCTTACAGTGTCGTCT+TGG 0.444924 2.2:-4124702 None:intergenic
TTTCAAGGAGTTTGGAGATA+GGG 0.449196 2.2:+4136982 MS.gene052031:CDS
AAGAGGGAGACCACAGAAAC+CGG 0.451752 2.2:+4124753 MS.gene052031:CDS
GACAGTGAGAATGTTAAGAA+TGG 0.453819 2.2:+4124814 MS.gene052031:CDS
TCAATAGAAGGAAAGCTTAA+GGG 0.459464 2.2:+4136318 MS.gene052031:intron
GAGCGTAATGGTATTCCAAT+AGG 0.459542 2.2:+4139877 MS.gene052031:CDS
TTATATGCAGGAATCTCAAA+AGG 0.462201 2.2:+4137273 MS.gene052031:intron
AGCAAGCAAGACTACTTAAA+GGG 0.462593 2.2:+4139636 MS.gene052031:CDS
CTTGCAAGTTCTGCTGCTGT+AGG 0.470856 2.2:-4124862 None:intergenic
GCATTGGTGGCTATGCAATA+GGG 0.471733 2.2:+4137044 MS.gene052031:CDS
AAGATAGAAGATAGAAGCAA+TGG 0.474758 2.2:+4134558 MS.gene052031:CDS
TCAGGTTATACAGTGCGCTT+TGG 0.476682 2.2:+4140562 MS.gene052031:CDS
AATATCATGGGTAGAGGTAG+AGG 0.478296 2.2:+4124652 None:intergenic
CCTCGTAGAGCTGCTGAAGC+TGG 0.484805 2.2:+4125024 MS.gene052031:CDS
CTGCAGCATGAGCAAGAAGT+TGG 0.487082 2.2:-4137156 None:intergenic
GCTTTAGAGGATGAGTATAG+TGG 0.489293 2.2:+4136553 MS.gene052031:CDS
CCATACTCTTATAGCATTGG+TGG 0.492739 2.2:+4137031 MS.gene052031:CDS
GTTCCAATACAGAAGAAAAG+AGG 0.492864 2.2:+4124736 MS.gene052031:CDS
AATCGAAGTAGTTTCCCAAC+AGG 0.494099 2.2:+4128299 MS.gene052031:CDS
TGTGTACAAGAAGAAGTATC+AGG 0.501335 2.2:+4137186 MS.gene052031:CDS
CTGACTCCTCTGTGCTTGAT+CGG 0.502660 2.2:-4124954 None:intergenic
TGGTTGTATGTTTATCCTAA+GGG 0.511175 2.2:+4139999 MS.gene052031:CDS
AACAATTCTTTAATTCCCTT+AGG 0.514457 2.2:-4140014 None:intergenic
TCCAATGGATTTAGGCATAA+CGG 0.518583 2.2:+4124982 MS.gene052031:CDS
GAGCCATACTCTTATAGCAT+TGG 0.529970 2.2:+4137028 MS.gene052031:CDS
CCGTGGACTTCATGTTTGGA+TGG 0.534330 2.2:+4137377 MS.gene052031:CDS
CAATGAAATAGAGTTACAAA+TGG 0.537102 2.2:-4136517 None:intergenic
TCGTCCTTTACCGGTTTCTG+TGG 0.538924 2.2:-4124763 None:intergenic
GAGGAGTCAGCGAAATCCAA+TGG 0.541722 2.2:+4124967 MS.gene052031:CDS
TTCCAATACAGAAGAAAAGA+GGG 0.543516 2.2:+4124737 MS.gene052031:CDS
CTCTTTCCCTGAATCACCAT+CGG 0.545442 2.2:-4137113 None:intergenic
TATGAAGGTGCTGCAAAAGA+AGG 0.545776 2.2:+4128681 MS.gene052031:CDS
GCTGCAAAAGAAGGTGGGAG+AGG 0.546750 2.2:+4128690 MS.gene052031:CDS
ATTGCACCGATGGTGATTCA+GGG 0.548763 2.2:+4137107 MS.gene052031:CDS
CATGGGTAGAGGTAGAGGAA+AGG 0.551133 2.2:+4124657 None:intergenic
TTAAATTCAAATTGCACCGA+TGG 0.552588 2.2:+4137097 MS.gene052031:CDS
TCTTGGTCCCGAATCCTCCC+AGG 0.552910 2.2:+4136170 MS.gene052031:CDS
TGGTGATGCGAAACAATGTA+AGG 0.553643 2.2:-4137136 None:intergenic
GCTTCCTCTAGTGACAATGT+TGG 0.556123 2.2:-4140290 None:intergenic
TGGGAGAGGAGCAAGTATAT+GGG 0.558573 2.2:+4128704 MS.gene052031:CDS
GTACATATTATGCAGTATGA+AGG 0.561102 2.2:+4128666 MS.gene052031:intron
ATCAAAAGTTGTCTGCAAAG+TGG 0.566266 2.2:+4140623 MS.gene052031:CDS
GAAAAGGAAAAGAAACTCAC+AGG 0.566451 2.2:+4124885 MS.gene052031:CDS
AAATGCTGCTGAGCGGTCCG+TGG 0.567188 2.2:+4137360 MS.gene052031:CDS
TAGTCAACAATTCATTGATG+AGG 0.572838 2.2:-4136377 None:intergenic
GCTGAGGAAGAAAATGGCGT+TGG 0.572860 2.2:+4124928 MS.gene052031:CDS
ATGGTATTCCAATAGGTCCA+AGG 0.574157 2.2:+4139884 MS.gene052031:CDS
TGTAAGCGGAGAAGACGAAA+AGG 0.577953 2.2:+4124714 MS.gene052031:CDS
GAGACCACAGAAACCGGTAA+AGG 0.577992 2.2:+4124759 MS.gene052031:CDS
GATACTTCTTCTTGTACACA+TGG 0.579397 2.2:-4137183 None:intergenic
TGCATTAGTAGCATAGTTGG+AGG 0.580968 2.2:-4139690 None:intergenic
CTACAGCAGCAGAACTTGCA+AGG 0.583011 2.2:+4124863 MS.gene052031:CDS
GTCCCAAAAGTGAAGCCTGT+TGG 0.588298 2.2:-4128314 None:intergenic
AACCATTTAGAACATCGACC+AGG 0.592457 2.2:-4137076 None:intergenic
TACTCATCCTCTAAAGCTTG+AGG 0.593314 2.2:-4136547 None:intergenic
AGGTATAATAGTTTAGTCCA+AGG 0.597031 2.2:-4139670 None:intergenic
GAAGGTGCTGCAAAAGAAGG+TGG 0.597351 2.2:+4128684 MS.gene052031:CDS
AAGGGAGGTATAAACCAAGA+AGG 0.606321 2.2:+4136336 MS.gene052031:CDS
AGGAAGATGTTGGCATCATG+AGG 0.610478 2.2:+4136114 MS.gene052031:intron
TATATGCAGGAATCTCAAAA+GGG 0.614242 2.2:+4137274 MS.gene052031:intron
GTATCACTTACATAACGAGA+GGG 0.615594 2.2:-4136585 None:intergenic
GTAATGTCGCAGGAAGATGT+TGG 0.622042 2.2:+4136104 MS.gene052031:intron
TGGTATTCCAATAGGTCCAA+GGG 0.625018 2.2:+4139885 MS.gene052031:CDS
GACAGCATCATCATCATACC+AGG 0.625699 2.2:+4128334 MS.gene052031:CDS
TGATCCAACATTGTCACTAG+AGG 0.631784 2.2:+4140286 MS.gene052031:CDS
AACCAAGACGACACTGTAAG+CGG 0.632408 2.2:+4124700 MS.gene052031:CDS
TGTATCACTTACATAACGAG+AGG 0.633730 2.2:-4136586 None:intergenic
AGAGAAGTTAGATTCAGCTG+AGG 0.635071 2.2:+4124912 MS.gene052031:CDS
CCATCCAAACATGAAGTCCA+CGG 0.639817 2.2:-4137377 None:intergenic
GCAATAGGGATCTTTCCACC+TGG 0.646447 2.2:+4137058 MS.gene052031:CDS
AAGGTGCTGCAAAAGAAGGT+GGG 0.649452 2.2:+4128685 MS.gene052031:CDS
GTGATGGAAGCTGAGCGTAA+TGG 0.654628 2.2:+4139865 MS.gene052031:intron
GTTCATGGAACCACTAACAA+CGG 0.661333 2.2:+4139553 MS.gene052031:CDS
TAGAAGCAATGGAGATGTCG+CGG 0.675367 2.2:+4134569 MS.gene052031:CDS
ATAGAAGGAAAGCTTAAGGG+AGG 0.677337 2.2:+4136321 MS.gene052031:intron
ATAGTAGTGTTACCTTATAG+CGG 0.679969 2.2:-4134605 None:intergenic
CATTTAGAACATCGACCAGG+TGG 0.684402 2.2:-4137073 None:intergenic
ATACTTCTTCTTGTACACAT+GGG 0.687173 2.2:-4137182 None:intergenic
ACATACACTCATAAGTACCC+AGG 0.697444 2.2:+4128729 MS.gene052031:CDS
AGATGTTTAACTCACCTGGG+AGG 0.702249 2.2:-4136184 None:intergenic
CCAGCTTCAGCAGCTCTACG+AGG 0.704470 2.2:-4125024 None:intergenic
GGGTGTAATAGGCATAACGT+TGG 0.709677 2.2:+4137294 MS.gene052031:CDS
TCGATCAAAATGCTGCTGAG+CGG 0.713531 2.2:+4137353 MS.gene052031:CDS
GAATATAGAAGAGATGACGA+TGG 0.720185 2.2:-4140343 None:intergenic
TGGAAGCCGATCAAGCACAG+AGG 0.757729 2.2:+4124948 MS.gene052031:CDS
TCATGGAACCACTAACAACG+GGG 0.788161 2.2:+4139555 MS.gene052031:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr2.2 gene 4124658 4140672 4124658 ID=MS.gene052031
chr2.2 mRNA 4124658 4140672 4124658 ID=MS.gene052031.t1;Parent=MS.gene052031
chr2.2 exon 4124658 4125045 4124658 ID=MS.gene052031.t1.exon1;Parent=MS.gene052031.t1
chr2.2 CDS 4124658 4125045 4124658 ID=cds.MS.gene052031.t1;Parent=MS.gene052031.t1
chr2.2 exon 4128264 4128355 4128264 ID=MS.gene052031.t1.exon2;Parent=MS.gene052031.t1
chr2.2 CDS 4128264 4128355 4128264 ID=cds.MS.gene052031.t1;Parent=MS.gene052031.t1
chr2.2 exon 4128681 4128750 4128681 ID=MS.gene052031.t1.exon3;Parent=MS.gene052031.t1
chr2.2 CDS 4128681 4128750 4128681 ID=cds.MS.gene052031.t1;Parent=MS.gene052031.t1
chr2.2 exon 4134556 4134614 4134556 ID=MS.gene052031.t1.exon4;Parent=MS.gene052031.t1
chr2.2 CDS 4134556 4134614 4134556 ID=cds.MS.gene052031.t1;Parent=MS.gene052031.t1
chr2.2 exon 4136116 4136191 4136116 ID=MS.gene052031.t1.exon5;Parent=MS.gene052031.t1
chr2.2 CDS 4136116 4136191 4136116 ID=cds.MS.gene052031.t1;Parent=MS.gene052031.t1
chr2.2 exon 4136325 4136402 4136325 ID=MS.gene052031.t1.exon6;Parent=MS.gene052031.t1
chr2.2 CDS 4136325 4136402 4136325 ID=cds.MS.gene052031.t1;Parent=MS.gene052031.t1
chr2.2 exon 4136509 4136596 4136509 ID=MS.gene052031.t1.exon7;Parent=MS.gene052031.t1
chr2.2 CDS 4136509 4136596 4136509 ID=cds.MS.gene052031.t1;Parent=MS.gene052031.t1
chr2.2 exon 4136952 4137207 4136952 ID=MS.gene052031.t1.exon8;Parent=MS.gene052031.t1
chr2.2 CDS 4136952 4137207 4136952 ID=cds.MS.gene052031.t1;Parent=MS.gene052031.t1
chr2.2 exon 4137283 4137398 4137283 ID=MS.gene052031.t1.exon9;Parent=MS.gene052031.t1
chr2.2 CDS 4137283 4137398 4137283 ID=cds.MS.gene052031.t1;Parent=MS.gene052031.t1
chr2.2 exon 4139553 4139770 4139553 ID=MS.gene052031.t1.exon10;Parent=MS.gene052031.t1
chr2.2 CDS 4139553 4139770 4139553 ID=cds.MS.gene052031.t1;Parent=MS.gene052031.t1
chr2.2 exon 4139875 4139906 4139875 ID=MS.gene052031.t1.exon11;Parent=MS.gene052031.t1
chr2.2 CDS 4139875 4139906 4139875 ID=cds.MS.gene052031.t1;Parent=MS.gene052031.t1
chr2.2 exon 4139987 4140089 4139987 ID=MS.gene052031.t1.exon12;Parent=MS.gene052031.t1
chr2.2 CDS 4139987 4140089 4139987 ID=cds.MS.gene052031.t1;Parent=MS.gene052031.t1
chr2.2 exon 4140270 4140378 4140270 ID=MS.gene052031.t1.exon13;Parent=MS.gene052031.t1
chr2.2 CDS 4140270 4140378 4140270 ID=cds.MS.gene052031.t1;Parent=MS.gene052031.t1
chr2.2 exon 4140501 4140672 4140501 ID=MS.gene052031.t1.exon14;Parent=MS.gene052031.t1
chr2.2 CDS 4140501 4140672 4140501 ID=cds.MS.gene052031.t1;Parent=MS.gene052031.t1
Gene Sequence

>MS.gene052031

ATGGGTAGAGGTAGAGGAAAGGGTAAAAAGCTAACTGTTACTAACCAAGACGACACTGTAAGCGGAGAAGACGAAAAGGTTCCAATACAGAAGAAAAGAGGGAGACCACAGAAACCGGTAAAGGACGACTTTGACGAAGAAGTTGAGAAAATAGATGACAGTGAGAATGTTAAGAATGGAGTAACTCACAAAGAGATGAAAAGTCCTACAGCAGCAGAACTTGCAAGGAAAAGGAAAAGAAACTCACAGGTAAAAGAGAAGTTAGATTCAGCTGAGGAAGAAAATGGCGTTGGAAGCCGATCAAGCACAGAGGAGTCAGCGAAATCCAATGGATTTAGGCATAACGGAAGCAGACGCAAAAGCACGCCTCGTAGAGCTGCTGAAGCTGGTGTGCAGTGCCAGTAAGAAGATTAATGAAGGTTGTACAACAACAGCTTTCTTCCTTTTTCATATTACCGGCTAAGATATGATATAGGAACTGAGGCCTAGAAATCTTTGATTTCTTTAATTTTATTTACATGTTTTTGCTTCTTTGTCCTTATTTTTATTTTTCTTATTGATTTGGTGGGACTAGTTTGAGGGTTTCCATTTGTTGATTCCCTAACATTAACTCTCATTTTTTTTCTTCCTTCTAATGCAAATCATGAATTTGAGAATATAGCTGTCGTTTTATAAAGCTATACAATGTTGTCAAATAGAGACTATAGTGCGGCCAAATTTGAACAAATCGTTATAGTTCTGCGATACGCTGCTCATTACAAAAATGTGTCAAATAGCCGCACTATAGGTCTGCAGTGTAGCACAATTTGAACAAACCGTTGTTTTCTACGAGACACGATTGACAATACTGATGCTATAATATAACCCTTTGAATTTAAATATTTTGTACATTGACTTTCAACTTAATTTGAGGTTGATAATTTTTTTTTACACTCTTTAATGGTATCAGTTACGACCATTTCTTTAATGCTTCCTCTTCTGTCATCCAAGGTCACATGAAAATAAATGATGCCTTTGCTTCTAACAAGAAGTTAGACTGTGATTTACAGAGAATTACTCCAGTCTTGACCTTGTTTTCTGTATTACTTTTATTATTCTCACATATCTCTAAACCTATTTGGACTTTTGTGCTGTTGAATTTATCTTTTTCAGTACCTGCTGTGAGCCCCCACACCTAAAAAAATAATCTTAAAGTACCTTGTGATAAAAGGAAAGCTCAAATGACATTATGAGTATGTGCTTATTAAGTAATTTTTCAAGTATGAAAGAAATGCACCTCAAATGGTACTTGATTAGAAAGATTTATAATTTGGAACATGAGCAACAGCTGCACATCCGATGGATCATGATCTAGATCCAACGGCTCTGCAGTCGCTGCATAAGATTCAAACTCGAGGACTTAGCACACTACTATATTCCTCATGTCTTGATTTTTCTCCTTGGGAAAAAACAATTTTGCATTCATGTTTGCATGTGAAATGAAAACTGGTGTTCTTATACTTGTTCTGCTAGAGTTTATTTGAAGGGACATTTTGGTCCACTCTCTAGTGCCTTAATAATACCTTTGGGTTACTTAATCTTATTTTACATTAGATTGGACATATCTTTCATTGGACAAAAGGGTAAACAAACACAAGTTTGCAAGAAAACTGCTCTTTTCCCATTCAATTTTGCCCATTCCCACCTCAAACTCCCTAAAATAATTCCAACATGAGTTAACTCACATTCGGTATATCCAACGAGAATTAACTTGTGCTGGATATCAACGTGATTTAACGCACGCCGAACTCCAATATGAGTTAACCCACGTTGGGTTGCATTCAAATATATTACATAAATGCATAACATAATGAAAAAAAGGCTTTTAACTAGTTCTGAAGTGTTAAGTCAAAACACAATGCTTTAATCAAATTCCTCCCTAGCTATACACTAATTATATCTTTTCTCCCTATGCTCACATTATTAGACCATTGATTCATCAAACGCATAACAAATTATGCATTGAAAAATGACTAAAGAGTTTTAAAAAGTAATAAATAAAGAAGAAAACATATGTGTGAACACTGTATTATAATTGATGTTTACTTATGAATATGAATGATAAAAAGCAGAACAGTATTCACAAGTGAGTGTAGCTAGAGGAAGGAAGCAGAAGCATTAGTGTTTGAAGTGAAGGCATATATGGCTTAAAATGTGGAAAAGGAAAGTGGAATATGCTTTACTAGTTTCATGCAAGTAATCTTCAGAGACAAAGAAATACACTACAGAGGGAGCATCCATAGTGTCATGTGGGGAGATACAGTGTGTGGTACATTTGAATTAGTCAACATAGTAATGTATCAAAAGCATGTTATGATAATTTCCTTTGAATAGAACAGAAGGAAAATTGAAAAAGAAGTCTTCACCTGAACAGCAATATTGAAAATTGGTCATGTATGATTAACTCACACAAAAAGCATTGCATTTATGTAATATATTTGAATGCAACCCATCATGAGTTAACTTATGTTGGGGTTTGGTGTGCGTTAACTCACGCCGATATTCAACGTGAACGTGAGTTAACTCACGTTGGGTATACCGAACGTGTGCTAACTTACGTTGGGGTTATTTTCGGGAGTTTGAGGTGGAAATGAGCAAAATTGAATGGGAAAAGAGCAGTTTTCTTTTTAAATAGACGACAAAATGACAAAACTATTATAAACTCACACATACATAAGTGAAGATTCGAACCCTGATCATGGTGTTAAGCCTAGCAATTTGAGCTCAAATATTATTCTCCATACGCAAGAGTAATTTATCGAACTTCTGACCACTTGTTTAAAGATCCCAAAAACAATATATTATTCTATTTCTACATAGATAATGAATTAAGTGTACGTGAAAATCAACTGTGTTATCCAAGTGCATCTCTATAGTTTGTGCATTATTATTCTACATTTTTCAAAATGTTTAAATTTCACCTAAAATCTATTATTTTTACAATAAGAAGATATTTTTAGTGTATAATTTGGTATCCCGATAAGTATATCAACATCACGATACCCACCGTAATTTTACAAAAATTATATTTTGTAATTTTGACATATTCACCGTGGTATCAAACATATATCGGTAAATTCATAAATCTATTACCAAAAATTGAATAACCATGGAGGTTACTCTTACATCAATATACCTCGTAAAATGTTGAGAACCACTCTGATTCTCTGAATATGAATTGGCCTGCTTTTTCAAATTATTGTTTTTTCCTTAATAAACAAATGAGAACAGTGCCAAAATTGAAAACGTATTGTTTTTGAAAATTTTGGCTCTCTATTTGACTGTTTCTTCACCGGTAATGATGCCAAAGCTAATGACCAAAATAACAATAATTCCAAAGTTGATCTGATCTGTAGGCTGTAGCTTGCGTAGCAACCCTTTTTTTTTCTTTTTCTTCTTTGTACATTATTATATATTATTATTATTATTATAAAAAACCACATTTTCACATGAATCTTATACATCAAGCACAATAGTCAATTAATCTTTCATCATATGATATGGCATTATTGAGAGAGCTTTTCATTCTCACTCTCTTCAATCTCTTCACCACACTACCATTTGCAGAGGTTGTTTCACCAATTCTTGATGTTTCTTCACTCAATCGAAGTAGTTTCCCAACAGGCTTCACTTTTGGGACAGCATCATCATCATACCAGGTAAATGTTTCATTTTTTCAATAATATGTTATTGGAGTGAAGTATCTATTGCGATTTTGCCGATAACTAATTAATCTCCACGGAGGATCTTGGTGACCACCAAATTATCTCAATCCACAAGATTAATTTGAACACGAGACTTTCTTAAGTGATCTCAATTCAGTTTTACCTGGACCAAAATGTAGTTTTTATTTTATGAGCATTGATTTTAAAAAAAGTTAATTTATTGTTTAAGTATTCATAAAATATTTAAAATACCACCTAGTTTCAATTTAACTAAGTTCATTGAACAATTTGGTTGTTGCCATTGGTACATATTATGCAGTATGAAGGTGCTGCAAAAGAAGGTGGGAGAGGAGCAAGTATATGGGACACATACACTCATAAGTACCCAGGTCTTTGATTTCTCCATCCATTGTTGTGTTTGAATTCAAGGTCTATGCAGAGTGTTAAAACTAATTTTGCTTTAGTAACAATTGAAGGTTTGATTATTATTTTTTGGATCAAGATTGATCATTAGCTTTATCTTTTTTTTTTTTTGACAAATTTTTTTATTTCTTTAAAAGGGTTGAAAATTAATTTTATATTAATTTTACATATGTTTTTGTCCAAAATAAATACTAATTTTATTTTCAGGAGACATTTAATATTGACCTTCCCTCGAAAAAAAAAATTAATGTGGACATGCTCAGAGCTGAGAGGTCCATAGTAGATCATCCTTTTTTTAGAGGAAAATCACCCTTATTTTTAAATTAAGTTTGTCTATTCTATGTAATATTGCATAAGTTAAGACAACTAGAAATGGTAAGTTTTATTGAAAGGAACAATTATCTATCACAAAATTATGTTTTTTTTTTTTTTGGTACAAGAAAATTATGTTTTTAATATAAAGTGTACAAGTTCTAGTTTATATATCATTGTTGTGTGTATCATTTGTAACAAAAGAAACATTATTTTATCCTGCGTGTCCTAAGTTTGTCTTTGTCTTAGATAACATTTTCACAACAATGATATTTGAACATTCTAACTTTTTCTCTACTCATTCTAACAATTCATTTTCCCTCTATCTCCCTCTTTCTATCATATCATCAAATTATTGCATCTATTATTTTTTTTTTCTTATTATCCTTTGTAATTTAAAGAAGTATACACCCACATCACATGAGATGTGTAGAAAATATTTTCCACATTTTTATTTGAAGATAGTGGAAATTGCAAAAGTTGGCCATCAAACTTTATGGATGAGAGGCCACGTCATCCTTAATATTTAAATGGAAAATAGTTCTGCCCCAAAGCCCTAGCAAAACCCTAGGCATCCTCTTCAATTTTGTACTGATTTAAGGCATGGAGGGAAAACCCTAGGGTTTGAAGCTGAGGTAATGACAATCTGCAAGCAAGCCCTACCAAAACCCTAGATTACCTTGGGTTTATTTACTGAAATTGCCCTTCTTTTGGAGCCAAAATGCAAAGCCATGTGCGGAGTCTGCAGAGTACTCAATTGGCCAGTTATGTGTTGACTGTTCAATCCTTGATGTGTGTTTGTTTGGTCGGCAATGTGAATTGGTTTGGAAACTGCAAAATACAATTAGCCAATAGGAGTAAAGGGTCGGTTTCATAACAGAAAATTGAGCAGTTGGAGTAAAGGGTCGGTTTGATTTCAGTACAGAAGAGAAGAACATGTTCTTCTTCCTCTTCTCTCAATTCATTTTCATTTTTCACTTCACAAACCCAAACTCTCTTTCCCTCTCTTTCTCTCCCATACGACAGCTTATTCTTCCCCTCCTCCCAATCCATCTTCAAATTTCTCCCCAGAAACCAACCCTCTCTCCCACTCTCCTCTGTGTGTAACAAGAAGAACACACTTTCCTCCCTACCTTCTTCTTTCCTTCCTTGATCTCTCTACAAAATCCTCTTCTACCCATCGCCTCCTTCAAATCATCTGGTTCAACCTCCACCACTTCTCCCCTCTCTGTTACAAATCACCGGCCGCACCACCAACAACTTCGGCAGGAGGTGGTTGTTTGATTGAGAAGAGAAATTAGTGGTTCGATTAGGTAGAGAAATCAGTGGTTGTTCAATTCAGAAGGTTAACCAATTTTTTCTTCCTTTTCAATTCATTTGCTGTTTAAAATAACTTGCAGTAGCTTTTATAGACTTATTTCAAAATCAAGATAATGGTTGTTCATATGATTATTGTGAGTTTGCTGATTTTGCAGTTTATGAATTTCCAAATTGGAGGTTGAAATCAAAGTAAGAGCAATTGTTTAATTTAATTTGTGGTTATTTGTAACTAATGTGTTTTTGAATCGCCGATAATTCCAACGGTGGTACGAATGTCATGGTGTGATTAAACATGAACTCAGCAACTGTTGATGACCCATTTCTATTTGTGAAATTATTGATTAAACAGGATATTGCATCTTTTGGTGGATTAGAGGAGCAAGTCGCCGTGGTGCACGTCGGCCATGAACCGGCATTGATTATGAAAGGTAGTTGCTGAAAAACCATCTCTTTCATCATTTTCAGTTTTCCTTTTTGATTTATGAATTTTGTAAAAAAAATTCTTATTTTATGGATGGTGGTTTGGTTGAGTTTGAGTTCATATGTTGAAGATGATGCAAAGTGATACTTTGATGAGAAGGTGATGCTTTGACTGGTTTCTTTCCCCTTTAGGTACTTTAATTTTACTCTTTCTTTTTTGTTGTTCTGTTCTCGCTTTTTATAGATTTTTCTCTCATTTGGTTGTTCTGTGCACTTTTACTTAAAAAAATCAACTTTCTGCCCCTGCAGAGATTGAAACAAACCGGTTTCCTTCGTTACTCCTTATGCACGTGAGATTGCATTTTGATTTTTATTGAAGTTGGGAATGGAATGGACATTCATCACATCTTACTCTTCTAACTCTACAATTGTTTTGAACCATGTTTTGAGTATAAGGTGCCAAAATGATATGGTCCAGTTTTGATGCTAATCATGTGGTATGAAGCTTGGTCTTAGGAAGTTCTGTTTATTATTGACTTACAGATCTTTGGGACTTTTCAAAGGTTGTGGTAGTAGTAAATTTTTTGTTTTTAACTTTTGTCTTTGGTCTCTTAGGACATTGTTGACTATGCTACTAGCAAGCTTCCCTATGTTGTCTTGCTGCCTGAAGATAGTTGTAGCAAACCCATACCTATTCCAGGAGCTAAACATGATCTAGAGATTGATATCCCATCCTACAAAAATTCATTAAATTGTATCTTTTCCAAACAAAGGTAACATCTTGGTCTTGGAATGAATAGGGATGTAGGGAGTCTAACCAATAAATAAACATTCTAGGCAAGAAAAAGAGAATTAGAAGGCCCTGGATCACATTTTAAGGCTATGCAAGTTTTGTACTATTGCTATTGGTATGAAATATAAGTCTAAATCAATTAAGTACTACTCTATTTTTAATCTTTAAGCAAAACAAGTCGTGCATGATTGAGAAAGAGGTATGCTTGATCAAAATCTAAGTATTGTAAATGTTTTTTTAAGAAGATTTATTGTGACAAGTGTAGCCTACCAAGGACTGTTGTGCCAAGGCAAGTAACATTGCAAACATTGGTTTTGTGAAGTTCTAAAGTTATAATAGCGTGATGTGCTTTAACGAACGAGTATGCGCTTATGATGACAGGTTTAAGCTCCATGTTGAAGTGATAGACAACACCGGCTCAACAACTTTTGTTTTGTTTGATTGGGTTGTGTCTCAAGCTGTGGGACGATCTGCTCAGTCCTATCTTGATGCCATGAGTGAGGTGAAATGCAAATCCTCTACAGTTTTAGTTACTTTAATCTTAGTCGATAGCATTGCTAATACAATACTCCTCTCAAAGATGTGATGTTTATTTGACAAAAAACCTTTCCATTTCGTAGGAAACTACTGCTGCTGAATGCCCCCAAGATCTAAAAATGTTTGTTGACAAAAGAATGTTGTTCAAAGTTGAAGTCAGTGATGCCAACCTGTATCGCAATTGGCGCGGCTACACAGTCAAAAAGATGACTATGAACGACAGAATCATTAAGCAGATTATAGATCTCCATGGCATAAGTGTAACGACCATTTTTGACTATTAATTTCCATCATTCGGTTAAGTAGAATATGCAGACCTGATTTATAGTGTTAATTTGATCATTTGTACAGCTAGCACACGAGGAGGAGGAGGATGCTTATGTTGAAACACATTGTGAGTTAGCTGATCAAAAGCCACTGGTATATACTTATACACAGCTTGATTTACATTTTTCTGATTGATATACGATGTAGTAATAAAGTCACTGGTGTATTTTTATTCACAGCTTTGTATACCTTTTTATGATTTATATATATGGTGCAAATATAGAGGCTCACCAAGTAATACGCCGTTTTGTTTTATGTAGGAAACTGTTGAAGGAGTTGATTCAAGCAATAAGGATGATGTTGATGGAGTTGAGTCAGACGCGACTCCTACTAGCAAAACTCTGGGAAAGGCAGTTGATGTTAGTGTTCAGTCATTGGACGATATTGTGCTAGGTGGTTGTGATGGATTGAGCACAAAGGGTCCGAAAATTGTGCCTGCTTCAAGTGCTAAGGGTTCGAAACTGGTGTCTGATGGAAATGCTAAGGGTTCGAAACTGGTGTCTGATTCAAATGTTATGGATGAAGGATCTGCAGAGGATTTGATTGTGACTCAGACTAAAAATCCATTGGGAAAGAGAGCTGTTGATAGTGTTGTTCCGGTCATTGATGTTGATGTTGGTGATAGTGTGGCTTCGACTGCAAAGGAGCCAAAACTGGTCTGTGTGAAGGTTGAAGTTGATGAATGAAGTGTTTTGCTATAATTTGTACAGCCAGTTGCGTTGATGATGTCCAAGTCTGTTGTCCTTTCCTTTATGCTATTTTGTTCGTCAAACTTATTGTGTTTTCAGTTATGACCTCCTGTTGTGGCGTCTTTTGTTAGTGTCAGTGGCTGTTTTGAATCGAATGATTGATTAACACAATGTCATGACCATTTGAATTATCTAATGTATTTTGCAAGTTGAATGTTTCTGATTTCTTTTATCCATGCGTTGTACTAGAAATGTCCATTTATATGTTTATTCGATTTCCTGACATAGGGACTGATGTAGTTGAAAATTTGCACAACAAAACTTATTTGAAATAGACTTAATGCTTAAATCAAGTAAAGCATGTATATTAGAGAACGCTAATGAATCAACTTGAAAGTGAACAGCTCAATTTAAAGTAGTTACAACTCATAAACAGGCATGCCACTTTGATGATGGGATCAAATTATTAGATGGACATTAGATCATGACTGATGCAACTTATACTTTTTATTGAAATAAATTAAAAATACTTTTAATTCAATTATAGGGCCTACTATTAAAAAAATAAAGCAACTGCTATATTGCAGAAAAATATGAGTATACAATATCCCTATCCAAGTATAAGTGATATAAGGTTTTAGAATTGGAATGGTTTTGTGTCTAATATGTTTTAGAATTTTTGCCAAAGTCCATCTGCCATAAGATATAAATACTATCTTCCAAAGTATTTTTAATATTCTAATGCATATTGCAGAAATCATATGCTACATTTTTAACATTGCAGAAAACTAATATGTTTTAGAATTGGAATGGCTTGCTTTATTGATATTCTAATGCATATTAAGGATTACTTAACCGTACACTGCTGTCACCTATTATAACAGACCCGCGCGACAGCGCGGGTCAAAGGTCTAGTAATTATCAACAATGATATATGTACGCATCTAATTATCCTATATTTATTCAACATCTGATTTTATCTTTATATCTCTATCTTTCTATCACATTAACACCATATTACATCTATCATATTACTCTCTTTGTCTCTCTACCATGTATTACATTTTTACCTTTTTTATTCATATAAACTCTATTTTAATGTTTTTACCATATGATAGTTTTGTTTTTGTGTGAATTTTTTTATCAAGTAGTTTAGTGGTTAGAATTCATCTTTTAAGGTGAATAAGTGAGATGTCCGGAATTCGAATCCCGACCCCTGCATATTATAATGGATTGTCCTCATGACCTATCAACTAAGTTATGTCTACGGGGACTTGTGTAACAAGATTTACCCCAAAGTAATACTACATAAATAATAGTTGGTCGCTCCGTCAAACATAATAATCCAAGATAAAAAAATGTGCAACATGCAGATAAGATAGAAGATAGAAGCAATGGAGATGTCGCGGTCGATCAATATTACCGCTATAAGGTAACACTACTATCTATATATATGATCAAAATTATGAACGATAGCTAACGGATGAAAATGTGAATAGGTTAATGAGATTATAAATTTAAATTTCATGGTCAACATTATAAAGAAAAAAATCAGGGCTATTTTTGGCAAAACTTTACTTAAGTGGTCAAACTCGAGATTACCTGCGGCCTGTTTTCTTAGAACTAAAGGGTTAACTTAAAAAATTAAATTAAGACGATGATAAGAAATTAAATCAACTAAAATATCAAATATAATATAAAATTAAATTAAGACGATATATCAAATATAATATAAAATAAAAATAAAATTAAATTAAGACGATATATCAAATATAATATAAAATTAAATTAAGACGATGATAAGAATATAAAATTAAATTAAGACGATGATAAGAAATTAAATCAACTTTTTTTTTTGGTGGTGGCCCTGGTTTGAATCCCGGACCTTGCATATTTTTATGCATTGTCCATACCGACTGAGTTAAGCTCACGAGGACAGAAATTAAATCATCAAATATAACATAAAAATCTATTATATTTTTCACTTACTTTTCTCTTCGCACATTTTTATATTTCACCTTTTATTCTCGCAATCAAATAAGAAAAATTATGCAATTTCCCCTGAAAAAAAGATAAATTGTGCACTTAAACATGGCTTTTCCCAGTCAGCAGTTAATAACCCGTAGAAAGTTGCACAGGATAGACTAGTGAAGCAATATGTACATTATCTAAGTTGATTCGAGTGGGATTCACAGGATAGACTAGTGAAGCAATATGTACATTATCTAAGTTGATTCGAGTGGGATTTAGAATGAGTAAACTATATGCATAATACTTCCTCCCTCCCTTAATAACTGAGTCATTTATCAGAAAAAAGTGTCCCAAAATAACTGAGCTATTTCAATTTTCAATACAATATTAATTACTTTTTCCGCTTTATAACTCTTATTAATACTATTTTCATCATTCTCAATTCAATATATTCCACTTTGCACCAATACTTAACAAGAGCACTTAAAACCATTTTTCTCTCTCCTTCATTTATACATTTTTCTTAATGCTCCCTCTGTCCCATATAACTTGACACAGTTGACTCTGACACATATATCAATGCACATTTTTTATCTTTAATATCTTCAATTCTCTATTAGAAAAAATTATGAAAATTTAATATTTTAAAAATATTCATCGAGACGAATCCAACAACATCTTACATGATAATGTTTATCTTTGTATATTAGTAGAAAAATACAGTCAAAGTATGTTAAGTCAATATTATACATTGTCAACTAGGTCATCTATTGTGGGACGGAGGGAGTATGTGTGAAATGAGCTAGTGGCTCAGTTAATTCGGGACGGAGGGAGTATAATATATAATAAAGAAAAAACATTTAAGAAAAAAATATTATTTTACGAGTAAACTATATATATATTGACTAATTTTTTTTTATTTATAAATTTTATTATCCGTTTTTTTTTTTGTAATGTCGCAGGAAGATGTTGGCATCATGAGGAATATGAATTTAGATGCTTACAGATTCTCAATCTCTTGGTCCCGAATCCTCCCAGGTGAGTTAAACATCTAAGATTAACTCTAGTTATTAGTTAATTTTACTTTCCCTAAAAAAAAAGTTAATTTTACTTAATTATGTTGATGTTTCATATTAGTTTTTTTTCTTTCAATTTTGATAAACATCAATAGAAGGAAAGCTTAAGGGAGGTATAAACCAAGAAGGAATCAAATATTACAACAACCTCATCAATGAATTGTTGACTAATGGTTAGCCAATACTTAGTTTACTTTAATTTTTATAAAACTACTAGACATTTTAACATTTTATACAACATTAATAAAAACAAAATTAATTGAATATCAATATTTGCAGGTATACAACCATTTGTAACTCTATTTCATTGGGATCTTCCTCAAGCTTTAGAGGATGAGTATAGTGGCTTCTTAAGCCCTCTCGTTATGTAAGTGATACAAAATTACCTAAATCATATTTACATACACCCTCCGGTCACTATTATAAGCAAAACTTTACATTTTAGATTCATTCATTAAATGATGTATGTAGTCAATAATAAAGACCATATACATCATTAATTGAATGAATCTAAAATACAAAGTTTTGCTTATAATAGTGACCGGAGGGTGTACATATTAGTAAGGTGTTAAGTGGATTTTCATGTTATTTATCTATATTAATTAGCCTTTTATAAGAAGGCCTTCATTAGGCTGATTTTGTATTTGAAACAAATTGTATATTAACCAATCAACAAGCAACAATACTAAGCATTAATATCGTAATCCATGGCTAATTTTCAGAAATGATTTTCAAGACTATGCGGAACTTTGTTTCAAGGAGTTTGGAGATAGGGTGAAGTATTGGATTACTTTCAATGAGCCATACTCTTATAGCATTGGTGGCTATGCAATAGGGATCTTTCCACCTGGTCGATGTTCTAAATGGTTAAATTCAAATTGCACCGATGGTGATTCAGGGAAAGAGCCTTACATTGTTTCGCATCACCAACTTCTTGCTCATGCTGCAGCTGCCCATGTGTACAAGAAGAAGTATCAGGTTTGTTATAACTTAGATATGAACTTAATTTAAAGTCCAAGATACCTAATAACCAAAAAAATGATTTATATGCAGGAATCTCAAAAGGGTGTAATAGGCATAACGTTGGTGTCTAATTGGTTTATTCCATTTTCCGACAACAAATTCGATCAAAATGCTGCTGAGCGGTCCGTGGACTTCATGTTTGGATGGTAAGTGCTTAAATCTATATTGAAATACTTGTTAGATCGATGTAGTTGAATATTAATTAGAATTAGTTTAATATTGTTTTAATATTCTTTATCACCTCCTTCAAATTCGCTGCCTTCATGTTAAAAGGAAATTGTTTATTTCCAACCAAATGCTCAAATATGTTGCAAGCCAAGTTAAAAGAGACACTCTTTTAGCATGTTTACCACACAAAGGGAGAACAAAAAATTGAAAATTTCCATCTTCTTTCTCACTCACCAATTTGACGGGTTCCAATTATATGCCGTATGAAGATAAACTTCCAAATTTTGCTTTGGCACAACGGAAAAAATAAATGATTGAGTTTCAATTTCCAGAAGAAGAAAAACAACACAACATTGTTGACTCGCGTCTCTTAAAACACCTTTTTGCCACAATCTTCAATAAAATTCCCCTATTCCAACCTCCGTATAGAACCTCCTTAAAACACCTCTTGATACAATCTTCAATAAAATACCCCTATTTTTAATGGAACTGAACAGTCCAAAAACTTTCTCATTGCCCTAAGAAAATCGTTTATGTTGCTTTCACACCTCACAGAAAAATCTGATAATTGCAACATGATTTGATCGAGAGCCCTACTTGCGGATCAGGTATCCATTGAATGTTGTCAGCGACACTGCCACCCGGTGAAAACTCAAACAATAACAACCTCAATTCAACATTTGATGCTCTTTCAAACTATGTCAACATTATGTACCAATTGACTTGTCATTCCCACTGGCATTCTCAAGTATCGTTCAAAGATAAATTTTGTTGCGTCTTCCTAATTTTTGTTGAACCAAATTGGAACATAATGTTGGATTCAGACAATTTTGTTTAAGATCTTCCAAGTAGCTTTAAAGAAAAATATAACAATGGAAGGCTGCTAGTACTAAGGACCGATTTATCAGCACCACCCTTCGTCCTATCAACATGTGCCTTCCTTTCCACCAAGATAATATCTTCGTCATGGAGTCCAACCCCGGTTTCCATGTTGCCGACCTCCTTGGATTTGCACCTGTCGAGAACAAACTCTTATAGACTAAGCCTTTAAAGGAAACAAGTTCTGATGACCTCAGCAGTCTGGGTAACTATGATCAGTTTGTCTTCTTCTCAGTCTGGGTAACTATGATCAGTTTGTCTTCTTCTTCGGAAGATCGCTATCAAGATGTGATAGTACAATTTGTCTTCTTTTGACCATGTGAAGAAACAAACAAATAAATTCAAAGGCAAAGAGAATATAACATATCATTCCATATGAAGCAAATGATTTCTCAAGTACTATTCAACGACATTATCCAATTGAGGCAAAGTTTTCAAAATATGATCAGGCTTCTCAAGGACGAATTTGATGAGTAGGCAATCTTCATACAATAGCTTTATTAATTCTCTCATATTTAAGGACCTGAGCAGTTTGAAGAAAACACAACACTTCGAACAATTTACAAGAGCCAAATCTCTGTCAAATTCAACAGCCTTTTAAAACACTTGGAAATTTTTTACAAACAGAGTATCTTACAATTTTCTTAAGCATCAGAAGTTCATTATTCTTAAAGTTAGTTTACCACTCTTAGAGTTCTGAAAGTGTAAACATATAAAAATCTTTTGTAGAACTCTGATTGTGTAAGTCCTCTTGTGTGAAGCAAAGAAGACTCTGACTTATGTGTTATTGCAATTGTAATCTTGTGGGATTATAGTGGAAAAATCCATTGGAAGTGCAAGGGAACTGGATGTAACCTAGGATTGTGGTGTGAACCAAGATAAACTATTGTGTTGTCTCTCTCTCTCTTGCCGAATTGGATTTTTCTCTGTTTATTTTTTTGCTATATTTTGTTAAAAAATCTTAAAATATTTTCAGAAAAAGTCAACACAATTCAACCTCTCTTTTTGCATTTGTTCTCACCTTCACAATAGACCCAAAAACCAAAATGGTACTTTATCAGTGGTGCAAAACAAGAAGTGATCATACATTCATTCATTTGTAATCATCATGCTATTATTTCCAAAACCAATCCATCTTTCTAGCATTTTAATTTTCTCTTTAATTTGTTGGACTCAACCGTATAACACTTCTCAACAATAATAATTGTTCATGAAATTATTTTTATTTTTTCTATTTGTAATAATGATTACAGGTTCATGGAACCACTAACAACGGGGAAATATCCAAAAAGCATGCGTTCCCTTGTTGGAAAACGATTGCCAAATTTCTCTAAAAAGCAAGCAAGACTACTTAAAGGGTCATTTGATTTCCTTGGACTAAACTATTATACCTCCAACTATGCTACTAATGCACCGCAACTTAAAAATGGTAGACGTAGTTACAACACTGATTCTCATGCCAATCTTACAAGTAAGCATGCCTTTATTTATCATGTCTTTATTATTGATAATTCTCTAAATTAATGAATATTTTCGAATTTGATGATAAAATTGTATCTGTTTTTGTGATGGAAGCTGAGCGTAATGGTATTCCAATAGGTCCAAGGGTACGTATACCAAAATTATAAGTTTATAATTTTTTAAGTGTATATATATCTAGTTTATGTTTGCAATTATCTTTTTGCAGGCAGCTTCAAATTGGTTGTATGTTTATCCTAAGGGAATTAAAGAATTGTTACTCCATATCAAGAAAGTGTACGACAATCCTTTGATTTACATCACCGAAAATGGTGAACACACTCTACTTCATGTTGTTTATTCCTAAATGTTATTAAATAATGTAAATGTGAGATAGAGTACATAAGATTTTTGCGGAAAAAGTTTATGTTTATGTCTAAATTTTGGTTTGATATTTTTATCTAGTCTAGCATATATCTGATCACAATCTTTTTTGAAAACTTAATTTTTAGGTATTGATGAGTTCAATGATCCAACATTGTCACTAGAGGAAGCTCTTATGGACACTTATAGAATTGACTATTACCATCGTCATCTCTTCTATATTCGATCTGCAATCAAGTAAGTGAATAGTTATTATATATTTAATTTTTTGGGAGTATTTTTCTAAGGGTTTATGAGAGTAGTTAGATAAGTATAGTTGCTTTCTCATACATGATTTAATTTTTGCTTTGTTTTATTAGGAACGGCGTAAATATAAAAGGATATTTTGCATGGTCATTGCTCGACAATTTTGAATGGTCATCAGGTTATACAGTGCGCTTTGGCATCAATTTTGTGGATTACAAAAATGGTTTGACAAGACATCAAAAGTTGTCTGCAAAGTGGTTTAAGATTTTTCTCAAAAGATATTAA
Protein sequence

>MS.gene052031.t1

MGRGRGKGKKLTVTNQDDTVSGEDEKVPIQKKRGRPQKPVKDDFDEEVEKIDDSENVKNGVTHKEMKSPTAAELARKRKRNSQVKEKLDSAEEENGVGSRSSTEESAKSNGFRHNGSRRKSTPRRAAEAEVVSPILDVSSLNRSSFPTGFTFGTASSSYQYEGAAKEGGRGASIWDTYTHKYPDKIEDRSNGDVAVDQYYRYKEDVGIMRNMNLDAYRFSISWSRILPEGKLKGGINQEGIKYYNNLINELLTNGIQPFVTLFHWDLPQALEDEYSGFLSPLVINDFQDYAELCFKEFGDRVKYWITFNEPYSYSIGGYAIGIFPPGRCSKWLNSNCTDGDSGKEPYIVSHHQLLAHAAAAHVYKKKYQESQKGVIGITLVSNWFIPFSDNKFDQNAAERSVDFMFGWFMEPLTTGKYPKSMRSLVGKRLPNFSKKQARLLKGSFDFLGLNYYTSNYATNAPQLKNGRRSYNTDSHANLTTERNGIPIGPRAASNWLYVYPKGIKELLLHIKKVYDNPLIYITENGIDEFNDPTLSLEEALMDTYRIDYYHRHLFYIRSAIKNGVNIKGYFAWSLLDNFEWSSGYTVRFGINFVDYKNGLTRHQKLSAKWFKIFLKRY