AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene46070

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene46070.t1 MTR_7g065080 97.084 583 13 1 1 579 1 583 0.0 1161
MS.gene46070.t1 MTR_7g065080 96.774 496 12 1 88 579 1 496 0.0 984
MS.gene46070.t1 MTR_4g019580 76.962 586 125 3 2 578 4 588 0.0 956
MS.gene46070.t1 MTR_3g069500 64.035 570 203 2 7 576 11 578 0.0 781
MS.gene46070.t1 MTR_3g069440 60.279 574 214 4 14 577 16 585 0.0 724
MS.gene46070.t1 MTR_3g069420 55.124 566 242 3 7 562 10 573 0.0 684
MS.gene46070.t1 MTR_7g098200 43.058 569 301 6 8 559 6 568 3.33e-161 479
MS.gene46070.t1 MTR_7g098200 42.857 567 295 6 8 559 6 558 2.21e-158 471
MS.gene46070.t1 MTR_7g098040 42.059 573 299 10 5 557 12 571 1.48e-154 462
MS.gene46070.t1 MTR_8g038880 41.156 571 288 7 17 560 3 552 3.27e-153 457
MS.gene46070.t1 MTR_7g098180 42.241 580 309 8 1 561 1 573 4.13e-153 458
MS.gene46070.t1 MTR_7g098160 40.981 571 308 8 5 557 11 570 2.21e-152 456
MS.gene46070.t1 MTR_7g067010 40.603 564 319 5 10 560 3 563 1.64e-151 453
MS.gene46070.t1 MTR_7g098220 41.294 603 328 8 1 585 1 595 1.83e-149 449
MS.gene46070.t1 MTR_3g462710 41.239 565 314 7 9 558 2 563 2.24e-149 447
MS.gene46070.t1 MTR_7g098090 40.767 574 306 9 7 557 13 575 8.33e-149 447
MS.gene46070.t1 MTR_1g042310 40.069 579 321 9 9 571 4 572 8.75e-149 447
MS.gene46070.t1 MTR_3g014790 40.210 572 283 7 21 559 3 548 5.39e-148 444
MS.gene46070.t1 MTR_7g098230 41.929 539 290 7 38 559 33 565 1.05e-146 441
MS.gene46070.t1 MTR_3g072300 39.057 594 340 7 4 584 1 585 3.31e-146 440
MS.gene46070.t1 MTR_4g015080 39.273 578 334 6 1 563 1 576 4.10e-146 439
MS.gene46070.t1 MTR_1g075440 39.691 582 317 9 6 569 7 572 5.70e-145 437
MS.gene46070.t1 MTR_1g041815 40.767 574 313 8 14 571 10 572 1.73e-144 436
MS.gene46070.t1 MTR_1g041875 41.791 536 298 8 12 538 10 540 5.40e-144 434
MS.gene46070.t1 MTR_4g033325 39.785 558 301 6 15 559 15 550 1.53e-142 429
MS.gene46070.t1 MTR_3g112470 40.357 560 323 6 15 569 7 560 5.76e-142 428
MS.gene46070.t1 MTR_1g041835 40.418 574 315 8 14 571 10 572 1.53e-141 427
MS.gene46070.t1 MTR_3g112460 39.643 560 327 6 15 569 7 560 6.12e-141 426
MS.gene46070.t1 MTR_4g033315 40.036 557 299 7 17 559 17 552 3.49e-139 421
MS.gene46070.t1 MTR_4g033310 40.036 557 299 7 17 559 17 552 3.49e-139 421
MS.gene46070.t1 MTR_1g042310 40.556 540 295 9 48 571 6 535 7.27e-139 420
MS.gene46070.t1 MTR_7g098220 41.727 556 299 7 48 585 3 551 9.73e-139 419
MS.gene46070.t1 MTR_1g042310 40.335 538 295 9 50 571 1 528 2.25e-137 416
MS.gene46070.t1 MTR_3g005010 39.680 562 287 9 17 559 16 544 8.94e-137 414
MS.gene46070.t1 MTR_0294s0020 38.959 557 303 9 17 559 17 550 3.94e-136 413
MS.gene46070.t1 MTR_1g041885 41.767 498 276 8 50 538 1 493 1.16e-132 403
MS.gene46070.t1 MTR_3g112450 39.312 552 323 8 15 558 7 554 1.18e-131 402
MS.gene46070.t1 MTR_4g033330 39.299 542 286 7 17 540 17 533 1.24e-128 393
MS.gene46070.t1 MTR_4g033375 38.641 515 284 7 1 502 1 496 2.74e-126 385
MS.gene46070.t1 MTR_5g012270 37.833 563 327 8 21 564 19 577 4.46e-126 388
MS.gene46070.t1 MTR_4g033395 37.984 516 288 6 1 503 1 497 1.03e-125 384
MS.gene46070.t1 MTR_5g055000 35.839 572 336 9 29 579 16 577 2.57e-125 386
MS.gene46070.t1 MTR_7g098150 42.478 452 241 6 5 448 11 451 7.56e-120 369
MS.gene46070.t1 MTR_7g098200 41.522 460 246 6 117 559 1 454 2.43e-119 367
MS.gene46070.t1 MTR_4g101380 37.255 561 327 8 21 559 17 574 1.93e-118 368
MS.gene46070.t1 MTR_5g012290 38.584 565 322 11 15 559 12 571 2.12e-118 368
MS.gene46070.t1 MTR_7g010820 36.945 563 329 7 17 557 12 570 6.26e-118 367
MS.gene46070.t1 MTR_4g098800 34.904 573 352 9 17 571 22 591 9.91e-118 367
MS.gene46070.t1 MTR_5g014150 35.524 563 342 8 17 561 30 589 1.20e-117 367
MS.gene46070.t1 MTR_4g098800 34.648 583 358 10 7 571 79 656 5.65e-117 367
MS.gene46070.t1 MTR_2g017750 35.343 597 359 7 2 571 5 601 6.61e-117 365
MS.gene46070.t1 MTR_5g038060 36.396 555 324 8 29 559 29 578 1.15e-115 362
MS.gene46070.t1 MTR_1g085090 36.414 541 324 9 29 559 17 547 2.72e-114 358
MS.gene46070.t1 MTR_5g085850 36.577 555 325 7 17 558 16 556 1.08e-113 356
MS.gene46070.t1 MTR_1g116930 34.409 558 354 8 13 561 6 560 1.92e-113 355
MS.gene46070.t1 MTR_7g005930 33.503 588 363 11 2 577 13 584 1.53e-112 353
MS.gene46070.t1 MTR_3g462710 40.700 457 253 7 117 558 1 454 5.95e-112 347
MS.gene46070.t1 MTR_7g111260 36.685 537 320 9 33 559 21 547 9.33e-112 351
MS.gene46070.t1 MTR_8g469480 35.101 547 332 6 35 560 42 586 4.51e-111 349
MS.gene46070.t1 MTR_4g107670 34.495 574 338 10 15 559 8 572 3.06e-109 344
MS.gene46070.t1 MTR_4g033325 38.562 459 243 7 116 559 18 452 3.96e-109 340
MS.gene46070.t1 MTR_7g088825 34.358 553 343 8 29 563 20 570 7.57e-108 341
MS.gene46070.t1 MTR_7g088790 34.489 548 343 5 33 564 31 578 1.27e-107 341
MS.gene46070.t1 MTR_7g006540 34.470 557 333 9 30 559 62 613 4.72e-107 340
MS.gene46070.t1 MTR_7g088820 32.323 594 380 7 9 584 5 594 5.15e-107 338
MS.gene46070.t1 MTR_2g005130 34.420 552 342 9 15 558 24 563 1.80e-106 337
MS.gene46070.t1 MTR_4g033325 37.584 447 244 6 126 559 2 426 8.21e-106 330
MS.gene46070.t1 MTR_4g033385 37.199 457 255 7 116 559 16 453 1.81e-105 330
MS.gene46070.t1 MTR_4g114340 36.222 577 344 9 9 569 2 570 2.05e-105 334
MS.gene46070.t1 MTR_8g087780 35.852 569 337 8 17 558 7 574 3.94e-105 333
MS.gene46070.t1 MTR_8g469470 33.913 575 348 10 9 559 16 582 6.99e-104 330
MS.gene46070.t1 MTR_7g013270 34.458 563 347 12 24 571 83 638 2.08e-103 331
MS.gene46070.t1 MTR_6g008690 35.443 553 299 11 37 559 13 537 2.22e-103 327
MS.gene46070.t1 MTR_8g087810 35.614 570 338 9 17 558 7 575 3.92e-103 328
MS.gene46070.t1 MTR_5g038380 34.501 571 335 9 17 558 14 574 1.11e-102 327
MS.gene46070.t1 MTR_8g469310 34.694 588 334 11 4 558 1 571 1.12e-102 327
MS.gene46070.t1 MTR_4g107530 32.450 604 372 11 5 581 11 605 1.18e-102 327
MS.gene46070.t1 MTR_4g107580 33.500 600 361 10 1 576 1 586 1.57e-102 327
MS.gene46070.t1 MTR_4g107610 35.714 560 341 11 33 574 33 591 1.61e-102 327
MS.gene46070.t1 MTR_4g107510 32.818 582 353 9 2 558 16 584 2.49e-102 327
MS.gene46070.t1 MTR_4g123537 34.686 542 334 8 29 559 39 571 8.02e-101 323
MS.gene46070.t1 MTR_3g100980 34.392 567 339 8 33 582 18 568 1.33e-100 321
MS.gene46070.t1 MTR_7g088820 33.083 532 336 6 71 584 3 532 2.77e-99 317
MS.gene46070.t1 MTR_5g038190 33.515 549 344 8 34 563 27 573 3.87e-99 317
MS.gene46070.t1 MTR_7g064780 32.275 567 357 8 7 555 10 567 2.36e-98 316
MS.gene46070.t1 MTR_3g100980 32.773 595 339 9 33 582 18 596 2.76e-94 305
MS.gene46070.t1 MTR_7g098210 36.364 528 233 11 50 559 1 443 8.73e-94 299
MS.gene46070.t1 MTR_8g103233 30.412 582 374 11 11 574 2 570 6.32e-92 298
MS.gene46070.t1 MTR_7g064800 32.051 546 352 7 29 555 24 569 9.98e-92 298
MS.gene46070.t1 MTR_1g026740 30.627 542 350 9 33 555 19 553 1.26e-91 297
MS.gene46070.t1 MTR_7g088820 33.539 486 303 6 117 584 1 484 9.69e-89 287
MS.gene46070.t1 MTR_1g009200 31.676 543 344 8 33 555 29 564 1.79e-84 279
MS.gene46070.t1 MTR_7g051880 33.455 547 326 11 16 555 10 525 2.74e-84 276
MS.gene46070.t1 MTR_4g024930 31.206 564 359 10 3 555 7 552 1.62e-82 273
MS.gene46070.t1 MTR_7g052600 33.214 560 326 11 8 555 2 525 3.21e-82 271
MS.gene46070.t1 MTR_2g101650 30.070 572 367 13 15 564 12 572 8.00e-82 272
MS.gene46070.t1 MTR_1g026750 30.225 579 354 14 26 579 13 566 1.96e-81 270
MS.gene46070.t1 MTR_1g057460 31.616 563 360 12 2 555 18 564 2.41e-80 268
MS.gene46070.t1 MTR_1g026770 29.787 564 361 11 33 579 17 562 3.25e-80 267
MS.gene46070.t1 MTR_7g051830 32.550 553 339 8 8 555 2 525 8.86e-80 265
MS.gene46070.t1 MTR_2g093640 30.755 543 345 9 33 560 23 549 2.52e-77 259
MS.gene46070.t1 MTR_1g057460 32.016 506 322 10 59 555 1 493 2.53e-77 258
MS.gene46070.t1 MTR_4g011280 29.455 550 359 12 27 555 28 569 2.90e-77 260
MS.gene46070.t1 MTR_2g101590 30.241 539 345 11 40 555 35 565 1.06e-75 257
MS.gene46070.t1 MTR_0236s0050 31.818 506 323 10 59 555 1 493 1.50e-75 253
MS.gene46070.t1 MTR_2g101640 29.181 562 372 12 40 581 32 587 4.70e-75 255
MS.gene46070.t1 MTR_2g101610 29.268 574 370 13 9 555 2 566 1.05e-74 254
MS.gene46070.t1 MTR_2g093160 29.623 557 369 10 15 560 5 549 5.09e-73 247
MS.gene46070.t1 MTR_2g093180 30.411 559 363 11 15 560 5 550 4.47e-70 239
MS.gene46070.t1 MTR_2g101560 28.595 598 390 14 9 579 2 589 2.34e-68 237
MS.gene46070.t1 MTR_4g033310 40.072 277 149 3 294 559 218 488 1.45e-67 231
MS.gene46070.t1 MTR_4g033310 48.588 177 83 1 17 193 17 185 3.45e-48 178
MS.gene46070.t1 MTR_1g009170 30.500 400 212 10 155 538 9 358 5.11e-45 166
MS.gene46070.t1 MTR_3g065350 40.260 154 88 2 336 486 1 153 4.19e-31 119
MS.gene46070.t1 MTR_4g033390 44.828 87 47 1 474 559 30 116 8.96e-24 97.4
MS.gene46070.t1 MTR_7g034550 44.697 132 44 4 632 735 38 168 3.38e-17 80.9
MS.gene46070.t1 MTR_8g091265 31.092 119 72 3 298 409 3 118 2.26e-13 68.6
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene46070.t1 AT2G37900 66.906 556 179 5 9 561 16 569 0.0 796
MS.gene46070.t1 AT3G53960 64.098 571 193 6 9 568 15 584 0.0 771
MS.gene46070.t1 AT2G37900 66.395 491 160 5 74 561 2 490 0.0 696
MS.gene46070.t1 AT3G54450 39.020 551 303 6 29 561 10 545 1.36e-151 452
MS.gene46070.t1 AT3G54140 40.787 559 315 7 14 558 7 563 4.25e-148 444
MS.gene46070.t1 AT3G54140 40.787 559 315 7 14 558 7 563 4.25e-148 444
MS.gene46070.t1 AT2G40460 41.503 559 305 5 14 559 7 556 4.23e-146 439
MS.gene46070.t1 AT5G01180 38.811 572 333 6 8 565 2 570 3.52e-144 434
MS.gene46070.t1 AT5G01180 38.811 572 333 6 8 565 2 570 3.52e-144 434
MS.gene46070.t1 AT5G01180 38.811 572 333 6 8 565 2 570 3.52e-144 434
MS.gene46070.t1 AT2G02040 40.885 565 315 7 14 562 24 585 1.82e-143 433
MS.gene46070.t1 AT5G46050 38.793 580 328 7 13 576 9 577 3.31e-139 422
MS.gene46070.t1 AT5G46040 38.488 582 334 8 13 577 9 583 5.34e-139 421
MS.gene46070.t1 AT1G62200 39.825 570 327 8 2 559 23 588 1.27e-138 421
MS.gene46070.t1 AT1G72125 38.929 560 312 7 19 563 17 561 6.96e-136 412
MS.gene46070.t1 AT1G62200 38.526 597 326 10 2 559 23 617 5.92e-134 409
MS.gene46070.t1 AT1G62200 38.526 597 326 10 2 559 37 631 1.69e-133 409
MS.gene46070.t1 AT1G22550 40.381 577 305 12 9 563 5 564 4.35e-133 405
MS.gene46070.t1 AT2G02020 38.004 571 305 8 1 560 13 545 1.56e-130 398
MS.gene46070.t1 AT1G72120 38.169 579 315 9 2 563 5 557 1.51e-129 396
MS.gene46070.t1 AT1G22540 37.925 559 308 9 19 560 18 554 1.21e-126 389
MS.gene46070.t1 AT1G72130 38.321 548 296 10 23 558 16 533 7.92e-125 383
MS.gene46070.t1 AT1G72140 37.833 563 297 11 19 559 22 553 4.09e-124 382
MS.gene46070.t1 AT1G22570 37.997 579 323 9 2 563 6 565 5.62e-122 377
MS.gene46070.t1 AT1G12110 38.530 558 318 10 21 558 17 569 6.68e-118 367
MS.gene46070.t1 AT1G32450 34.495 574 354 9 3 555 9 581 3.73e-116 363
MS.gene46070.t1 AT1G68570 36.627 587 346 10 8 573 2 583 9.49e-116 362
MS.gene46070.t1 AT1G69870 35.780 545 328 9 33 558 53 594 7.81e-115 360
MS.gene46070.t1 AT2G02020 35.315 572 298 9 1 560 13 524 9.13e-115 357
MS.gene46070.t1 AT1G59740 35.993 564 334 9 9 553 17 572 5.75e-114 357
MS.gene46070.t1 AT1G68570 37.138 552 323 8 43 573 5 553 1.74e-113 355
MS.gene46070.t1 AT1G22570 37.454 542 308 7 39 563 1 528 1.21e-112 351
MS.gene46070.t1 AT1G33440 36.285 576 339 12 1 556 1 568 2.08e-109 345
MS.gene46070.t1 AT5G13400 34.712 556 337 9 30 562 63 615 7.02e-109 344
MS.gene46070.t1 AT3G21670 35.664 572 345 9 17 575 15 576 2.05e-108 342
MS.gene46070.t1 AT4G21680 34.875 562 344 9 16 557 13 572 9.60e-108 340
MS.gene46070.t1 AT5G14940 32.918 562 331 9 33 570 9 548 2.78e-107 338
MS.gene46070.t1 AT5G46050 38.866 476 264 7 117 576 1 465 3.49e-107 335
MS.gene46070.t1 AT2G26690 34.760 584 357 11 9 577 2 576 2.84e-106 336
MS.gene46070.t1 AT5G19640 32.258 589 362 13 2 574 28 595 3.72e-106 337
MS.gene46070.t1 AT1G27040 36.014 572 341 9 8 564 6 567 1.94e-105 333
MS.gene46070.t1 AT1G27040 36.014 572 341 9 8 564 2 563 2.62e-105 333
MS.gene46070.t1 AT1G18880 34.715 579 336 11 5 560 9 568 3.09e-105 334
MS.gene46070.t1 AT1G69850 33.959 586 344 10 8 559 4 580 2.53e-102 326
MS.gene46070.t1 AT3G01350 32.628 567 331 8 29 561 5 554 2.92e-102 325
MS.gene46070.t1 AT1G27080 34.758 538 334 10 33 558 16 548 4.65e-102 325
MS.gene46070.t1 AT1G27040 36.685 537 317 8 43 564 7 535 5.17e-101 321
MS.gene46070.t1 AT2G26690 34.909 550 334 11 43 577 3 543 7.32e-98 313
MS.gene46070.t1 AT1G27080 34.834 511 316 10 60 558 1 506 1.59e-95 306
MS.gene46070.t1 AT1G69860 33.214 557 357 7 10 559 2 550 3.05e-95 306
MS.gene46070.t1 AT1G72130 37.241 435 239 8 135 558 4 415 4.77e-95 301
MS.gene46070.t1 AT1G72130 37.241 435 239 8 135 558 4 415 4.77e-95 301
MS.gene46070.t1 AT3G25260 33.889 540 317 12 21 555 11 515 1.10e-94 304
MS.gene46070.t1 AT5G28470 31.927 545 357 7 28 559 14 557 1.91e-94 305
MS.gene46070.t1 AT2G26690 34.508 539 329 11 54 577 2 531 2.26e-94 303
MS.gene46070.t1 AT5G62680 32.545 550 345 9 34 559 46 593 2.35e-94 306
MS.gene46070.t1 AT3G47960 32.451 567 355 10 15 559 49 609 1.51e-92 302
MS.gene46070.t1 AT5G28470 31.927 545 355 8 28 559 14 555 3.42e-92 298
MS.gene46070.t1 AT5G62730 30.964 591 348 13 3 561 26 588 3.87e-91 297
MS.gene46070.t1 AT5G62730 31.351 555 323 12 37 561 3 529 8.54e-88 286
MS.gene46070.t1 AT1G52190 30.258 542 347 12 40 555 30 566 3.15e-86 284
MS.gene46070.t1 AT3G25280 31.911 539 335 10 21 555 11 521 1.02e-83 275
MS.gene46070.t1 AT3G16180 30.127 551 355 9 29 555 21 565 1.30e-82 274
MS.gene46070.t1 AT3G45680 28.731 536 363 7 33 561 22 545 3.25e-80 267
MS.gene46070.t1 AT3G45720 28.131 551 374 9 19 561 7 543 2.76e-78 261
MS.gene46070.t1 AT3G45650 29.131 587 370 11 5 577 4 558 5.09e-78 261
MS.gene46070.t1 AT3G45710 28.108 555 374 9 17 561 8 547 1.40e-77 260
MS.gene46070.t1 AT3G45660 28.996 538 344 9 40 561 30 545 6.80e-74 250
MS.gene46070.t1 AT3G45660 28.996 538 344 9 40 561 30 545 6.80e-74 250
MS.gene46070.t1 AT3G45700 28.839 534 359 9 33 561 18 535 1.03e-73 249
MS.gene46070.t1 AT3G45660 28.996 538 344 9 40 561 51 566 1.32e-73 249
MS.gene46070.t1 AT3G45650 28.308 597 360 11 5 561 4 572 3.11e-72 246
MS.gene46070.t1 AT3G45690 27.580 533 332 12 33 561 20 502 2.66e-65 226
MS.gene46070.t1 AT2G38100 28.817 524 331 12 59 568 2 497 1.90e-51 187
MS.gene46070.t1 AT2G38100 28.817 524 331 12 59 568 18 513 5.88e-51 186
MS.gene46070.t1 AT2G38100 29.126 515 323 12 59 559 24 510 8.84e-51 186
MS.gene46070.t1 AT5G11570 25.479 522 316 12 40 555 22 476 1.71e-47 176

Find 122 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
ATTCATAGCTGATGCATATT+TGG 0.190592 7.2:-42573237 MS.gene46070:CDS
TCACTTCTCATATTCATTAT+TGG 0.195202 7.2:-42571587 MS.gene46070:CDS
GCACCACAATTTCTAATTAT+TGG 0.196074 7.2:-42570072 MS.gene46070:CDS
CAGCAAGAAATGTTAATTAT+TGG 0.207707 7.2:-42573295 MS.gene46070:CDS
GAAGACCTCTTTATCGTTAT+AGG 0.227038 7.2:-42571565 MS.gene46070:CDS
ATATACAAGATAACATAAAT+TGG 0.228494 7.2:-42571649 MS.gene46070:CDS
TATCTTGTATATAAACAATA+AGG 0.259580 7.2:+42571660 None:intergenic
ATCATGCATTGTTTATCTTA+TGG 0.260948 7.2:-42573192 MS.gene46070:intron
TACTAGAATCTTGTCATAAA+TGG 0.282784 7.2:+42570257 None:intergenic
ATCCTTCAAAGAATAGGTTT+TGG 0.288070 7.2:-42570192 MS.gene46070:CDS
AAGAAGATGATGAGATGAAT+TGG 0.289595 7.2:-42579056 MS.gene46070:CDS
AATCAACATGATTCCCATTT+GGG 0.303777 7.2:-42570433 MS.gene46070:CDS
CAATTTCTAATTATTGGTTT+TGG 0.305070 7.2:-42570066 MS.gene46070:CDS
TTCGAGCTTCAACTGGTTCA+TGG 0.310049 7.2:-42578993 MS.gene46070:CDS
TGTTTGTGTTCTTTGCTAGA+AGG 0.310521 7.2:-42569792 MS.gene46070:CDS
AGCAAGAAATGTTAATTATT+GGG 0.315839 7.2:-42573294 MS.gene46070:CDS
ACAATTCCACCAATTGAAAA+AGG 0.326421 7.2:+42571715 None:intergenic
TGGAGGCCACAAACCCTCTT+TGG 0.328946 7.2:-42571798 MS.gene46070:CDS
CTAAAGTGGGTGAAAGTTCT+AGG 0.337755 7.2:-42557120 MS.gene46070:intron
AAGACCTCTTTATCGTTATA+GGG 0.338811 7.2:-42571564 MS.gene46070:CDS
CCTAGGCTTCTCATTGAATC+AGG 0.341849 7.2:+42569994 None:intergenic
TAATCAACATGATTCCCATT+TGG 0.343507 7.2:-42570434 MS.gene46070:CDS
TATACAAGATAACATAAATT+GGG 0.345997 7.2:-42571648 MS.gene46070:CDS
GATGTTTCTATCTGTGTTGT+TGG 0.346551 7.2:-42557145 MS.gene46070:CDS
AAACCCTCTTTGGAGAGCTT+TGG 0.357822 7.2:-42571788 MS.gene46070:CDS
CTATGTAGTGGACTTATTCT+AGG 0.364277 7.2:-42571689 MS.gene46070:CDS
TTCCAAAACCTATTCTTTGA+AGG 0.373168 7.2:+42570190 None:intergenic
TTGTTGCTGCCATTTCTAAA+AGG 0.376832 7.2:-42571502 MS.gene46070:CDS
TTCATAGCTGATGCATATTT+GGG 0.377970 7.2:-42573236 MS.gene46070:CDS
CATCATGATCCTCATCAAAT+TGG 0.380288 7.2:+42571759 None:intergenic
TACAATTGATCAGGATTAGA+AGG 0.381919 7.2:+42571467 None:intergenic
TGGGTATTCACTATACCATT+TGG 0.393400 7.2:-42570414 MS.gene46070:CDS
TAATCCTGATCAATTGTATG+AGG 0.404136 7.2:-42571462 MS.gene46070:CDS
GGTGATGGATTTACCCTTGT+GGG 0.406775 7.2:-42570045 MS.gene46070:CDS
GGATTTGAATAGTAGTAGAT+TGG 0.408762 7.2:-42569863 MS.gene46070:CDS
GTTACAGTTGTTAGCTTCCA+TGG 0.411468 7.2:+42570480 None:intergenic
ATCAACATCCTTCAAAGAAT+AGG 0.418411 7.2:-42570198 MS.gene46070:CDS
ACAACTCTGATGCCACTCTT+TGG 0.421925 7.2:-42573263 MS.gene46070:CDS
AGTGAGAGGTTGAGCTACTT+TGG 0.423860 7.2:-42573377 MS.gene46070:CDS
GTTCCACTTCGAGCTTCAAC+TGG 0.425399 7.2:-42579000 MS.gene46070:CDS
TGGGAAGAGTTGGTTTGGTA+AGG 0.432135 7.2:-42569884 MS.gene46070:CDS
GAAACCTCATACAATTGATC+AGG 0.432664 7.2:+42571458 None:intergenic
TACTTAATATCAATAGCAAC+TGG 0.435736 7.2:-42571818 MS.gene46070:CDS
GCTATAATGAACAGAAAGAT+AGG 0.436024 7.2:-42570348 MS.gene46070:CDS
GAGACTTGAAGATGTTGAAA+AGG 0.439725 7.2:-42570118 MS.gene46070:CDS
TGATACTCCTTACTCTCTCA+TGG 0.441927 7.2:-42571928 MS.gene46070:CDS
AAGGTGAGGCTAACAATGTT+AGG 0.443134 7.2:-42556983 MS.gene46070:CDS
TTTGCCACACTAAGAAACTA+AGG 0.445231 7.2:-42571406 MS.gene46070:intron
GATTCTTCAGTTGATCATAA+AGG 0.445659 7.2:-42579027 MS.gene46070:CDS
TTCTCATTGAATCAGGAACT+TGG 0.454093 7.2:+42570001 None:intergenic
AGAAGATGATGAGATGAATT+GGG 0.454805 7.2:-42579055 MS.gene46070:CDS
AGGCAAAAGTGTAGACAATT+CGG 0.457366 7.2:-42569719 MS.gene46070:intron
TGGTATAGTGAATACCCAAA+TGG 0.460680 7.2:+42570419 None:intergenic
ACTCTGATGCCACTCTTTGG+TGG 0.463018 7.2:-42573260 MS.gene46070:CDS
GTAGGAACCATGAGAGAGTA+AGG 0.464809 7.2:+42571921 None:intergenic
CTGTGTTGTTGGTGCTAAAG+TGG 0.467213 7.2:-42557134 MS.gene46070:CDS
AGAAATGTTAATTATTGGGC+TGG 0.470081 7.2:-42573290 MS.gene46070:CDS
AAAGATAATTTAGCATCAAA+AGG 0.473953 7.2:+42559314 None:intergenic
ATCTTGTATATAAACAATAA+GGG 0.475686 7.2:+42571661 None:intergenic
AGGAGTTGAAGATGAGTTTG+AGG 0.477851 7.2:-42556931 MS.gene46070:CDS
GGTATAGTGAATACCCAAAT+GGG 0.478269 7.2:+42570420 None:intergenic
TGTGCAACACTTATTCCAAA+TGG 0.483455 7.2:+42570399 None:intergenic
TGATCAGGATTAGAAGGATA+AGG 0.486344 7.2:+42571473 None:intergenic
GCAACAAGAACTTGCAACAT+TGG 0.501651 7.2:+42571518 None:intergenic
GTATAACCTTTGTGAGGTAA+AGG 0.502411 7.2:+42573336 None:intergenic
GCTATTGGCAGCTATAACTA+CGG 0.504079 7.2:-42569827 MS.gene46070:CDS
ATGAGGATCATGATGAAGAA+AGG 0.505629 7.2:-42571751 MS.gene46070:CDS
AGCTCTCCAAAGAGGGTTTG+TGG 0.509842 7.2:+42571792 None:intergenic
AACTTGCAACATTGGAGTCA+AGG 0.512900 7.2:+42571526 None:intergenic
CTTCAGTTGATCATAAAGGA+AGG 0.523298 7.2:-42579023 MS.gene46070:CDS
TGATCACATGGCTTTAAACT+TGG 0.525235 7.2:+42571899 None:intergenic
CACAGAAATTATCATTCCTA+AGG 0.533475 7.2:+42570281 None:intergenic
CCTGATTCAATGAGAAGCCT+AGG 0.534885 7.2:-42569994 MS.gene46070:CDS
TTGATATTAAGTAGATAGCT+AGG 0.538802 7.2:+42571828 None:intergenic
GGTGGTGTAAGTAGCAGTGA+AGG 0.549261 7.2:-42557002 MS.gene46070:CDS
AGAAACATCAACTACTCCAT+TGG 0.549300 7.2:+42557159 None:intergenic
GTTGTTGATGATAGTTGTAA+AGG 0.549754 7.2:-42569739 MS.gene46070:CDS
AGTGAAAATGAGAGAGCACT+AGG 0.551193 7.2:-42556951 MS.gene46070:CDS
GGAGTCAAGGGGCTCCCACT+TGG 0.553085 7.2:+42571539 None:intergenic
ACTTGCAACATTGGAGTCAA+GGG 0.556366 7.2:+42571527 None:intergenic
TTCAGTTGATCATAAAGGAA+GGG 0.557281 7.2:-42579022 MS.gene46070:CDS
AAACCAATAATTAGAAATTG+TGG 0.561594 7.2:+42570069 None:intergenic
TATGAGGTTTCCAAGTCTCA+TGG 0.561998 7.2:-42571446 MS.gene46070:CDS
GCACCACTGTCAACATTCAA+AGG 0.570615 7.2:+42556894 None:intergenic
CATACCTTAGTTTCTTAGTG+TGG 0.572280 7.2:+42571402 None:intergenic
GGTACCCTATAACGATAAAG+AGG 0.572287 7.2:+42571560 None:intergenic
AAAATAAATCAAAATGAGAG+AGG 0.576008 7.2:-42570222 MS.gene46070:CDS
TGGAATTGTGCTCTATGTAG+TGG 0.584187 7.2:-42571701 MS.gene46070:CDS
CTTAGTCCTTTACCTCACAA+AGG 0.588463 7.2:-42573342 MS.gene46070:CDS
TGGAGCTGACCAATTTGATG+AGG 0.593752 7.2:-42571768 MS.gene46070:CDS
GCTCCAAAGCTCTCCAAAGA+GGG 0.595916 7.2:+42571785 None:intergenic
CAATAGAGAAGCAAAGTCCA+TGG 0.597024 7.2:-42570497 MS.gene46070:CDS
TGTGTTGTTGGTGCTAAAGT+GGG 0.597324 7.2:-42557133 MS.gene46070:CDS
AATGATCAAGAGGAGGAAGG+TGG 0.597856 7.2:-42557020 MS.gene46070:CDS
CTTAGGAATGATAATTTCTG+TGG 0.600705 7.2:-42570280 MS.gene46070:CDS
CACATGGCTTTAAACTTGGT+AGG 0.608941 7.2:+42571903 None:intergenic
TTTGGGTCGTTACTCTACTG+TGG 0.611009 7.2:-42573219 MS.gene46070:CDS
AGCTCCAAAGCTCTCCAAAG+AGG 0.612054 7.2:+42571784 None:intergenic
TAGCAATTGAGTTTAGTGAG+AGG 0.613122 7.2:-42573391 MS.gene46070:CDS
GAACCAGTTGAAGCTCGAAG+TGG 0.618013 7.2:+42578997 None:intergenic
GCAACTGTGAAAATTGAAGC+TGG 0.621312 7.2:+42570306 None:intergenic
TGAACAGAAAGATAGGTGAA+AGG 0.623539 7.2:-42570341 MS.gene46070:CDS
ATACAGTGGTAATGATCAAG+AGG 0.624058 7.2:-42557030 MS.gene46070:intron
CATGTGTTAGTGTGATCACA+TGG 0.626156 7.2:+42571887 None:intergenic
TGTAAGTAGCAGTGAAGGTG+AGG 0.628804 7.2:-42556997 MS.gene46070:CDS
ATACAAGATAACATAAATTG+GGG 0.633061 7.2:-42571647 MS.gene46070:CDS
ATTCAAGTAAATGCTGATGC+TGG 0.633199 7.2:-42557253 MS.gene46070:CDS
TGGTGATGGATTTACCCTTG+TGG 0.633503 7.2:-42570046 MS.gene46070:CDS
ATCGTTATAGGGTACCAAGT+GGG 0.644227 7.2:-42571553 MS.gene46070:CDS
CATAATGTGGATGAAACCAA+TGG 0.646679 7.2:-42557175 MS.gene46070:CDS
GGTAATGATCAAGAGGAGGA+AGG 0.647999 7.2:-42557023 MS.gene46070:CDS
AATATTCTTGTAATCCCACA+AGG 0.648983 7.2:+42570031 None:intergenic
TTAATATCAATAGCAACTGG+AGG 0.650929 7.2:-42571815 MS.gene46070:CDS
GCTATGAATCCACCAAAGAG+TGG 0.652445 7.2:+42573251 None:intergenic
CTTGATGTATAACCTTTGTG+AGG 0.654295 7.2:+42573330 None:intergenic
CAGTGGTAATGATCAAGAGG+AGG 0.662934 7.2:-42557027 MS.gene46070:CDS
CTTGCAACATTGGAGTCAAG+GGG 0.670522 7.2:+42571528 None:intergenic
GTGGTGGATGTTACATGAAG+AGG 0.671623 7.2:-42557290 MS.gene46070:CDS
TATCGTTATAGGGTACCAAG+TGG 0.696325 7.2:-42571554 MS.gene46070:CDS
ACTGTGAAAATTGAAGCTGG+TGG 0.709074 7.2:+42570309 None:intergenic
GAACCTTTGAATGTTGACAG+TGG 0.751973 7.2:-42556897 MS.gene46070:CDS
ATATTCTTGTAATCCCACAA+GGG 0.758895 7.2:+42570032 None:intergenic

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr7.2 gene 42556890 42579097 42556890 ID=MS.gene46070
chr7.2 mRNA 42556890 42579097 42556890 ID=MS.gene46070.t1;Parent=MS.gene46070
chr7.2 exon 42578971 42579097 42578971 ID=MS.gene46070.t1.exon1;Parent=MS.gene46070.t1
chr7.2 CDS 42578971 42579097 42578971 ID=cds.MS.gene46070.t1;Parent=MS.gene46070.t1
chr7.2 exon 42573193 42573410 42573193 ID=MS.gene46070.t1.exon2;Parent=MS.gene46070.t1
chr7.2 CDS 42573193 42573410 42573193 ID=cds.MS.gene46070.t1;Parent=MS.gene46070.t1
chr7.2 exon 42571407 42571954 42571407 ID=MS.gene46070.t1.exon3;Parent=MS.gene46070.t1
chr7.2 CDS 42571407 42571954 42571407 ID=cds.MS.gene46070.t1;Parent=MS.gene46070.t1
chr7.2 exon 42569720 42570560 42569720 ID=MS.gene46070.t1.exon4;Parent=MS.gene46070.t1
chr7.2 CDS 42569720 42570560 42569720 ID=cds.MS.gene46070.t1;Parent=MS.gene46070.t1
chr7.2 exon 42559313 42559435 42559313 ID=MS.gene46070.t1.exon5;Parent=MS.gene46070.t1
chr7.2 CDS 42559313 42559435 42559313 ID=cds.MS.gene46070.t1;Parent=MS.gene46070.t1
chr7.2 exon 42557121 42557317 42557121 ID=MS.gene46070.t1.exon6;Parent=MS.gene46070.t1
chr7.2 CDS 42557121 42557317 42557121 ID=cds.MS.gene46070.t1;Parent=MS.gene46070.t1
chr7.2 exon 42556890 42557046 42556890 ID=MS.gene46070.t1.exon7;Parent=MS.gene46070.t1
chr7.2 CDS 42556890 42557046 42556890 ID=cds.MS.gene46070.t1;Parent=MS.gene46070.t1
Gene Sequence

>MS.gene46070

ATGGAGAAGATCAATGTAAAAGAAGATGATGAGATGAATTGGGTTCATGATTCTTCAGTTGATCATAAAGGAAGGGTTCCACTTCGAGCTTCAACTGGTTCATGGAAAGCTGCTCTTTTCATTTTTGGTAAGCAATGTTTGTGAATTGCTCTTCTTTTACCTAAATTATTGCATTCAAATATATGATAACTTTTATGTGTTGTGTCTTTTCATTATGCTGCCTCATTTTGTCTCTCAATAGAACTTTTTGTTTCCTCAAACTTCCACCTATCAATTACAATTACCAATTATGAAATATTCCCACTACTTTTTATCTATTTGCATTTGGCTTTAAGCATAAGTTCGAATTTTCAATTAATTGGCAAAAAAACCTATTCTAGATTTCAATTTTTTTTTTCACTTCCACTGTATGCTACCTTTGGTTTTAAATATAAGCAAAAGTCAAAATGTATTTGGTCTTAATTTTAGACTAAATACGTTTTGACATTAGTTAAGATACATGTTAAATGAGTTTAGACAGACTTGACTTTATATCACATAATTGATTAATTTGCGTGAGTGAAAATTATATCACACTTTTTAATTTAAATAAAGATTATAAAACCATATTTTTGAATCTCTTTTAATTTTCTGTGAGAATATTGACATGTATTAACAACATTAAAAAAAACAATATTGCATTTCTAATCAAAACTTTACCACTTAATTTTATTTTTTTGTCAAATCACTTATTTATTGTTTTTTTAAACTGAAAAATGGAAACATATATCAAAATTATTTAAGATAAAAATCACAATTATTAACTCTTATAGAGAATAAAATTTAGAGAATGAAGGTATGAAATTTATCACTAGTCTCATCATTAACTTTAATTAGTAGAAAGAAAATTAGAGAGGAAGTTAATATTTTGCATCTCTATTCTAATATTGGCCACTAATGAACATAATCATATACATGTATCTATGATTAATTACATATAAATAGAAGGTAAGCGGACAACAAGTTGCGTCGTTAGACCTTTTTGATAATAAAATGTAAACACAACATTCATGAACTTAGGAGACATGACATTGTTACGCATGACCTTTTGAACTCTATATAGAAGGTCGACTGCCTCTAGTGCTAGGAAACGAAAATGATCAAAAACAAATGGTATAAAAACATATTGATTGTCCTAACACAATTTCTCATATTTAACCACTTTACTTGACGTAGTTTTCAGAGTTGCGTACCCTACCATAAAAGCCAATAATTATATTTTTTTTAGTAAGAGATTGCTTCGGCATGATCTTATCACTCGTATCTAAAATTCACAATAAATCAATAATCCAAATGAGATCAGAAAACTTTACATCTGATTCATAAAAATAGGAATGCATAAGTTTACGAGACATCAACCCCATTTGGAAAGCAATTGTGGACAGGGCCACATGCGCACATTAATTGGTTTGTGGTTGAAGAAGTTTGAAATAATCATCTTTTTTATATCTTGAGATGCTCATTTTTCATATGGGTCATGCTAACCACTCCCTCCACCCATAATAACCGAGTCATTTGCATAAAAAAAGTGTCTTAAAATAATTGAGTCATTTCACTTTTCAATACAATATTAATTACTTTTTTCCCTTTATAACTCTAATTAATTTCATCACTCCCAATTCAATACATTCCACTTTACATTTATAATAGTGGAGAATGCACCAATACTTAACAAGAGCACTTAAAAACCATTTTTCTCTCTCTTTCACTTATACTTTTTTCTTAATATGTGTGAAATGAGCAAATGGCTCAGTTAATCCGGAACGAATTAAGTAATTAAAAATAGAAAGAAAATACAAAATTAGTATTAAAAAGAATGTTTTTTTAAGTTTTAAAAAGTAAAATACATATTGTTACACCCAAAAAATTTAAGAAAATTGAGAAATATGTTTAAAATAAAGAAAAATATTTTTTTTTTAAAACAGGTCAAACCATTTTGCTGAACTTGTTAAAGCAAACAATTGACCAATCCACCCCAATTTTTTTCAACAACAAATCATTTTATTAAATAAACTCTTCTCATAGTGGGCAAGAGTTTGAAACAAGAGTACAAACTTGTGCAAACACAGCTGAAAACTACCATAATATGCCAAGGCAAACCAAAGCAACTCCAAACAATAAAATTATATTTGGCATATTTAACTAGTTTTTTTAACACCTTTTTGTTCATATTCATTTAGGTGTGAATTTATCATCTAATAATTCAAATCAATTAATCCTAAAAAAAGAAATTTAAATCAAGTAAAATTTAACTAATATTCGATCTGATTTTCAAAGATAGATAATAATTCCATGTGCAACCAATCCATTGAACGTGATGGATTCTCACTGCCAACAAACAGATTAGATACGAAGAGCACTAATATACATGATAAATCATACCAACCACACAAATCAGTTTTATCATCTTATGGTTACATACATTTTTCTTTTTGGAACAAAAAGAAAATACATTTTCTTTAAGAACCTTATGGTTACATACATATATACCTACACTAACAAATTAAAATTATATTGATTTATTTATTAACAAAAAAAAATATTATTTTGATTTCTCCTTTTGAGATGTTGACATTACTTTAAATCAATTATTATAAAGAATTATATATTTTTTAAAAAAAAAACTAAACTAACCCACTCAAATTAACATCGGGAGAATCGAATTGAGATCTTAATAGAAATAACATCGGAGAATCGAATTGAGATCTTAATAGAAACTTTCTCCAAAATATCAAACCAAGTCCACCAAACCAACTCACATGGATTAAAAATTATATTATTTGAACATCAAAATACATACATCATACATGACATCATCTATTTTTTTCTCAATCTCTCTCGAACATTAAAATTTTGATGTTAATGTATGATTTCTCAATCTTTCTCAATCTCTCTCAAATATTAAAATTTTGATGTTAATTGTCTAATAGGTTTACAAAAAATAGTCCTTTCGTGTTGCAGTTTCAATTTTTAATAAAATATCTTTTACTTTAGTTTAATGTGATGTATTACTAATCATCTTTTTGGTATATACTATATAGGCTCTGTTTGGTAAAAATAGCGGATAGCTTATAAGCTAGCTGATAAGCTAGCTGATAAGCTAGCTGATAGCTTTTAGCTGATAGCTTATAGCTGATAAGCTAATTAAAGTGTTTGGTAAAAATAGCGTTGAACTAGCTGATAAATGTAAAATTATATAAAAGGACATTATTAATTCATATAAAATTTATACTACTATAAATTAATATTTAAGATATTTGATAATTTAAATATTTTAAATTTAATAAATGTTTATATATTATTAAATTATTGTTTTTCGGTAAAAATTTATTTTCAATTTATTTCGATTCAGTTTCCAGTTATTATACATTAATAAAAAAAACTAAAGTTTACAAATTTATTTTAAGAATAAAATAAAAAATAATCAATTCATATGATTAAAAAAATTTGTTAAAAAGAACGAAGGATAAAACAAAAAAAAAAACGTATAAATGGAAATAGGATAAAAAACATGGGTAAAAAGCTATAAGCGAAGCTATAAGCATGGGTTTAAATTAAACGAAGCTATAAAGGAAGCATGGGTAAAACACGTATAAACGAAGGATAAAAAAAAATTTGTTTTAAATTATAATAAATTAATTATTAAGGGTAAACATGGGTTTTAGTTAAAGTGGTAAGGGTATAAATGGAATAAAACATGAAAAGCTATAAGCTATAAGCTCAAACGCTACTTGAAGTAGCTTCTGAAAAATAGCTTATAAGCTTGTGGAAATTCGTGAAATAAGCTATAAGCTCGTGGTAAAAGATCGTTACCAAACAGAGCTTTTTTTGTCAAACGAGCTTATAAGCTATAAGCTATAAGCTCATTTGGTGGCTTACCAAACAGAGCCATAATGTAAAATAACATATATTATGCTCTATTCGACCCTTTAGTCCATCTCCCATGATATGTTGCCTTAGGTGGTTGATCTCGCATTCTCTACCACAAAACTAATCATTTATCTTCTTCTTTTTTTGACTAAAAAAAACTAATCATTTATTTTGAATATATATTTGCAAGTTAATAAGGACCTATACCTTCCACTAGTTTTAAAAATTCCTCCTGCACTATGATGGCAAATCATTGAGCTCTCAATACTGTTCCTCTTTCTTTTAAGGAACACAAGCTTAAAAATTATTTCTCAATATCAATGCATAATTAAAAATATTTTAGAATTAATTAAATTAGATACATTATTTTGTTTTGCCTTCTTCTAAGTTAAAAAAAAATAGCTTAGTTGGTCAGCTGTAAACGTTATTTTTTTTGTTAAAGAAGACAAGCTAGTTCACGAAATTGACGTCAAAGAAAATTGAGTATACAATATACACACACTGAAATATATTTTAGAGTTTGGTTGAGTACACATACCTCATTGACAAAATTTGTTTAACAATTAAATATATTTTAATATAAATTAATATAAAATATGACATGACATTGAATGATTGGATGAGAAATGCATATTCAACTAAACTCAATGATATACCATTCTGTTTGAAAATGCTAAAAAAGGAATGGAATTGTACATGTTTGCTTTATGTCTAATTAGTGCTTAGAAGCCAAAGATTAGGGATGAGTGTCTCAAGTTGATTGTCCGTTTTCAAATGGATTCGACCTTTATGGTCAGCTTAACAATATCTAACATGCACTCAAATATGAACATAAAATCACTTCCAATTTCCTTTATCTAAAAGTATTTTTAGTGCAACAGTGGTAGCAAGATCTAATGTCCACTATACAAATTGCAGCTCTAATTGCTGTCTTTTTATATCCAAAAGGTTAACATCATTTCTTGAATTGGCAACATTAATAATTAATCATTTCCAATTCCAATGGTAGCCATGCACCAAATTTTGTCTTGCACTTAGCATATACAGCAGGGGTTACATTCCATTTATTTCCACTAGTTTAATTAGTGTGATAAATTTTGGTAGCCCACTGTTCCCATTATAGAAGACTTGAACAATTTAATGATTAAGCTGTTTTTAAAACATGATTCATGACGAGGAGGGTTAGCACTAGTCTCTTTTGAACATTCTCTCTAATACTTACTCTCTTATTGATTCAAATCATTATGGATTTACATTTTGAAAATGTAACTCATACAAAGTTGTAGAACATAAATTGATTTCATTCAATTAAATAATGAATGTTAGAGAAAGTGTTTAAAAGTGAGTGTTGCTAAAATTCCTCGATCCGTGATATCATAATATCATAATTAAAAAAAAAAAAAATTGTTCAATTTTGCTTCCTTAAGTTACAAATGTTAAACTCTTTGTTCTCTAAGTTTTTTCTATTTTATTTTGATATCTAAGTTATAAATGTCACACTTTGGTCATTTATGTTAGTTTTTCATTTGAGTTCATCAAATGTTTCTTTCTTCTTGCTGAGTCATATACCTAATCACTAAAACGTAATATAAAATATTTGACAAACACAAAAAAAATCTAAAAGAGAAAAATTAAAATGTCAAACATTTTATAACTTAAGGAATCAAAATGAAGAAGGAAAAATAAGTAACTAAGGACTAAAAGTGTAATGTACTCTTATGTTTTTACATGTCATTGAATCACAAATGAATGATTAGTTTTTTAATACTTGTTTGTAGCAATTGAGTTTAGTGAGAGGTTGAGCTACTTTGGAATAGCAACTAGCTTAGTCCTTTACCTCACAAAGGTTATACATCAAGATCTTAAGACAGCAGCAAGAAATGTTAATTATTGGGCTGGTGTCACAACTCTGATGCCACTCTTTGGTGGATTCATAGCTGATGCATATTTGGGTCGTTACTCTACTGTGGTTGCATCATGCATTGTTTATCTTATGGTAAGCTCAATTGCTACCCCACTACATCTTAATTAGGTCTTCATACTATTGTTAATTGTTATAGTTGTTTAATTTTTCAGAGCATCCCTTGTTATATTTTTACTTGTTTAATATTGTCCAGACTAGTGTTTTATCTTGGGCTTGCACCCAAGTCTCTCATGGCCCTCAAGTCTCTAAAAATTACTCTTTAGACACATAACAAATGTTTACAAACAACCATTATCTTTCGTTGAACGGCAATTAACTACCTTTCGCTTTAAAATGGTAGTTAATTCCGTTTAGCTATTTTTAAATCGATTAAATCACTTTTTAAATTGGTGTAACCAATTCAAAAAATTCCCCAAATGATAGTTTCCTAAAGAGAAATTTGTAAAATTTCTCTTTAAATTATTTGTGTCTTTTCTTTTTGAGTCTCAAAGGCCCAATTTTTCTTTCTTTAAATCAGTACAAACTATCATGTGATTCAACTTTCTCCCATGATTCTTAAAAATTGTTTCCATCCGAATTTATTCATCTGGACTAGGAAAAAACACCTTATTTTCTGCATTGTCCCATTTGAACGTGAGAAAAACGGTCTAGGTTTGTAAATCCACATGGATATGGTTTATAAGATAACAATAGAAGGGTGAAGAAATTTGTTGTTTCCACTTCAGTTTTTGTTAGAAAACACAAGAAAATTACACATTTAACTCCAACGGTAGCTAACTACCGTTTGACTTCCTTCGTTGTCTTAGTTCCTGAACGGTAGTTAGCTACCGTTTAGGTTAAATATATAATTTCCATGTGTTTTAAAGAGAAAAACTGAAGTTGAAATAACAATGATCAAGGGTGAAAGTATCTCTCTTGGACTTCTTTTCAGAGTGGGGACAATACACACTAGAGTGATGTCAAGCCTAAAGAGTTGTAATGTTGTTCAAAAACTTCTAAATTTGATGGATTAAAACACTCAAATTTAGGGAGCATATTTACCCATTTTCCACGTTTCTAAAAAACTACACGACTCTTGGATTGTACACTTCTGTACGAGAGAAAGAAAAGAAAAACTATTTTTGTTGGAAAATACAGTACGAGAGAAAGAAAAAAAAAAACTATTTTTGTTGGAAAATACACATCGATACATAAAATTGTGTTTTCTTCGAATGTGAACTTTTAAAGTGACTTCATTAAAGTTATTATTTTGGCTTTTTACTCTATAGTTTCTTAACTATAACAACTTCATGTGGTAAAAAAAATCACAGGGTTTGATACTCCTTACTCTCTCATGGTTCCTACCAAGTTTAAAGCCATGTGATCACACTAACACATGCAATGAACCAAGAAAAATTCATGAAGTAGTTTTCTTCCTAGCTATCTACTTAATATCAATAGCAACTGGAGGCCACAAACCCTCTTTGGAGAGCTTTGGAGCTGACCAATTTGATGAGGATCATGATGAAGAAAGGAAACAAAAAATGTCCTTTTTCAATTGGTGGAATTGTGCTCTATGTAGTGGACTTATTCTAGGAGTGACCCTTATTGTTTATATACAAGATAACATAAATTGGGGTGCTGCTGATATTATTTTCACTGGAGTTATGGCTCTTTCACTTCTCATATTCATTATTGGAAGACCTCTTTATCGTTATAGGGTACCAAGTGGGAGCCCCTTGACTCCAATGTTGCAAGTTCTTGTTGCTGCCATTTCTAAAAGGAAGCTTCCTTATCCTTCTAATCCTGATCAATTGTATGAGGTTTCCAAGTCTCATGGTAACAAAAAAAAGTTTCTTTGCCACACTAAGAAACTAAGGTATGTGCATTATTAATCACATTTTGAAAAATGACTCAATTGAAGTATGGGTGAATATCAAATTGGTCATTATGTTGTAAGTATTGGTCAAAATAGTCTTTTATTTTTGAAAAATGATAAATGCATTCCCAATATTTTTTAAAAATCATTCGAAATGATCAATTTATAACATATGCTGTTAGAGCCTATGTCGTGGCATGTTAAGTGAATGTATCACATTGCACGTTGATTGCACACTTGAATGTAAGCTCACTATCGACTAATTTGACTATGCAATTTAGGTCATCTTAGAGATAAACTTGTCAATAATTGCAATAAGCAAAGATATCGTTTATGAAAAACCTAAGTTTTATAGGTAAAATAGTCTTTGGTGTGATGGTATTGATGTGATCAATATGAAGGGGTCACATATTCAATTAACCCTTCACTCCATACTCTAATGGTAAAAGGTAGTCCCTCTGTCCCGGAATATCTGACCCATTTACTAAAAAAAAGTGTCCCAAAATAATTGAGCCATTTCAATTTTCAATACAATTTTCATCATTCTCAATACAATATAACTCTAATTAATACTACTTTCATCATTCCCAATTCAATATATTCCACTTTCTCCTTTATTTATACATTTTTCTTAATCTGTGTGAAAAACCAAACTGGCTCAGATATTCCGGGACAGAGGGAGTAATAAATAGGCAATTCTGAAAGACACTTAACAATTCCAAGAATCTATTTGCTAATTCACAAAAATCGATGACTATTTTGATCGATGCTTACAATTTTGAGGACTAATTTATCTATTTGCTCATTCAAGTGCTAGCAACACTAACTTGTATGAATTGTTTTCAGATTTCTTGACAAGGCAGCTATAATTGAAAATGCTGAAAATTCAATAGAGAAGCAAAGTCCATGGAAGCTAACAACTGTAACTACAGTTGAAGAAATGAAGCTTATAATCAACATGATTCCCATTTGGGTATTCACTATACCATTTGGAATAAGTGTTGCACAAACATCAACATTCTTCATCAAACAAAGTGCTATAATGAACAGAAAGATAGGTGAAAGGTTTGAACTTCCACCAGCTTCAATTTTCACAGTTGCTGCCTTAGGAATGATAATTTCTGTGGCCATTTATGACAAGATTCTAGTACCTATGTTAAGAAAAATAAATCAAAATGAGAGAGGAATCAACATCCTTCAAAGAATAGGTTTTGGAATGTTTTTCACTATTATTACAATGATAGTAGCAGCTTTAATAGAGAAAAAGAGACTTGAAGATGTTGAAAAGGATCCATTAAGTATTTTTTGGTTGGCACCACAATTTCTAATTATTGGTTTTGGTGATGGATTTACCCTTGTGGGATTACAAGAATATTTCTATGACCAAGTTCCTGATTCAATGAGAAGCCTAGGAATAGCTTTTTATTTAAGTGTGATTGGAGCAGCAAATTTTATGAGTAGTGTGTTGATAACAATTGTTGATCACATAACAAAGAAAAATGGGAAGAGTTGGTTTGGTAAGGATTTGAATAGTAGTAGATTGGACAAATTTTATTGGCTATTGGCAGCTATAACTACGGTGAATTTGTTCTTGTTTGTGTTCTTTGCTAGAAGGTATTCATACAAAAATGTGCAAAAGGTTGCAGTTGTTGATGATAGTTGTAAAGGCAAAAGTGTAGACAATTCGGTTTGAGTTTGTTACTAAGGTTGTTTAAACAAAAATAGGGAAATGTTCTACCATAATATTTTATCAAATATCTCTTTTGATTTTTTTTTTTTAAGGGAAAATATCTCTTTTGATTGTTGGAAATTTGTATTTATATATGTTACATATATACAACTCTATATTATGCTCCCATCCTTAAGATCTCATAATGTTCATCATGGCTTAGCTTATTTTAGAAATACAATTAATGGGACCAAAGGGACTATATAATAGTGCAATGATTTACATCTCTGAAACGTTTGATATTGTTAGAAACCACATGATCAAAGAGGCGAAGATTCATCTCATATAAGAAGTAAGCTTGAGAGCTTGATACAAAGAAAAAATCCTTAAAATTCATATTGGATAGTGGTTATATAGAGCTAGTAGAGAATTAACAAACTAACCGCTTAATTAACAAATTAACTACCTACAACAAACTCTAACTAACTATATATTTCTTCTAATAAATATGAAGAATTTGTATTTATTCCACCCTCAATTTTCTTACACTTACCTTTTGAGTATTTGTCTGTTGTGTTTTGTGTTGGTCCTCATAATTTGGTTCGTGTCAATTCTGTCAAAATCAATTATAGCCACCACCATACCAAACACACACTAAATATAGAAACAAACCAAAAAGAAAAGTGATTGAGAAGAGTGGATATTATAAATTATTCATAATCTCGATTTTCTAAGAAATGTAAGATTTATTGGTGTATCAAAACAAAATACTGATGACTTTGTGGCAACAAAGGTGATAACCATCAGGAAGGGACAAAAAATGGGAAAGAAACAAGAAGGGTGATCCAATATTATTATAGATGGGACTCTTTTTTTTTTTTTTTTTTTAAAAAAAGGGTGGTAGTAAAGCACTAACCAACCCCAAAATATATTAGAAAATTGCTGTTCACACATTTGAGAAGGCCGAGAAACACAAGTAAAAGACCAAAATACACCTCGGTAGTTAACTACCGGGGAAATTTATAACCGGCAGCAGTTAACTCCCGAGGAAAACCTCGGCAGTTAACTGTCGAGAAGTGCTGAACATAATCAGAAGCAGAAACGAAAACAGAAGCAGTTCCTTCTTTTCTTCAAAAACATCCCAAATTCTCTCCAAAATCCATTTTCACGAATTGCAAGCCAAGCATCTCCACATTATCACAAGTAAGTATCATTAATCATTGCAATGTTAATGTTAGTTTGTTTAGGTTTATTTTTTAAAAAAATTAGAGTAGTTTGCATGTGGTTAGGGTTGATGTAGGAATTGAAATTTTGATGATTGCATGTAGTTTATAATTGAATGTAGTTGTTGTGAATGTTGTTTGAATGAGTTTTAAGTACAATGTGGTTTTGAATGATGTCAAATTAACACAATTTGTATATGTTTAAAACTTTGCACACAAAGTGTTTGAAAAAATGCCCAAATGAGAATTGTATTGATTTTTTAGTTAGTTATGTACTTAGAGATAAATGTAGTTGATGGAAATGATGTTTAGATTATGTTTAAGTTGAATGTGGTTTTAGAATGTGATGTGAATGGTTATAGAGACAAAAGTGTTATGAATATTGTTTAGAATGTGATGTGAATGGTGTTTACATTTTAATGATGTTTATTTGTTAAATTTTCGTGTAGATATGTCTAATCAAGAGCCACTGATTGATCCATCTAAGATGATTGGTGGTAGGCGTGTGATGACTCAAAGCCACTGGAGGGAGAGGCAAAGGGAGCACATCCCAAAAAGGGGAAGAGGTCGGAGGGCGGATGGTTCAAGGACTTCTCAGGCTTCTGAGGCTTCTCAGGCACAGCCTGAAGAGTCGTAGGTGGTTGAACCGACCCAGGAGGTGGAGTACCTGAATTATCAGGATCACCATGATGTGACTGATGGTGGGTACGACGAGCAGTATATGCCAGAGCAGCCGCATATGTCAGAGGAGCCAGACGAGGATGACATTGCAGCAGCGGCTGCCCTGGAGGTGTTACCTAAGGACCCTCCCTTTCCTGGAGGACCGCAAAACCTATCTCTGCTTCACTCTTATGCCAATCATGTGGCATTACCCCTTTGGTATAATTCACAGAACGTAAGTATTGTTTTTTAAAATGTTTTATCTTTATGTTTAATTATTTTCTTTATATGTGTGTTTGTTTAATTATTATATCAACTTTTATATGTGTTTTTTTTAATTCTTTACTTTATGTTTAATTATTTTCTTTATATGTGTGTTTGTTTAATTATTATATCAACTTTTATATGTGTTTTTTTTTATTATTTTCTTTATGTTTAATTATTATCTTTATATTTTCTTTTATTCAACTTTTTTTTTTATGTTTAATTATGATTTAAATTGTTTTTGGTATGTGTTTTTTAAGTTTTACATGTGTTATGTCTTAAATTAAAAATATGTGCGGCAAATTAAATTTGTGATTTTTATTTATATTAGTTAAATGTTTACATTGTTTAAACTATGTTTATTTTTCTATTATTTCAGTGCCGCAAGAAGCGTTATGTAAAACCAATTAATCATGGCGCTAAGATTTTGAGTCTCGGACGTCCAAATGAGAATGCTGAGTGGTTTTGGGGTCCGCTTAAGGAGAGCGGTTTACATGATTTGGTTTTCTTGGGCTACATCACTGTGCCTCACGCTTTGCTGATGACTCTATGCGAGAGGTGGCATCCCGAGACCATCACTTTTCACATGCTCATGGGGGAGATGACTGTGACTTTGGACAATGTCGCATGTCTTATGCATGTCCCGATTGAAGGGCGGATGTTGGGCCACCGATAGAAGATGTTGAGATCGGAGGGAGAGACACTACTGATGAATCACTTGGGTGCGTCGAAGCAGGAGGCAGAGAAAATCTGCAATAGAGAGTATGGTGGGTACATTAGTTATCCAAAGCTGAAGGAGTTCTATACAACGCACCTTGGTAGGGCTAACATATTAGCGGAGACTGAGGATCCAGAGGAGATGGAGGAGTTGGAGAGGGTTAGGAAATATTGTGTGAGATGTTACCTTCTCTACTTGGTTGGATGCTTGTTGTTTGGGGATAGAAGCAACAAACACATCGAGTTGGTCTATCTAACGACCATGGAGGACGGTTACGCGGAGATGCGTAATTATTTGTGGGGAGGGATGACACTTGCATACCTGTATAATGAGTTAGCTGAGGCCTGTTTGCCCGGAGACAGACAACTTGGGGGAAGCGTGACACTGCTCACTGTAAGAAATTTATTTTGAATTTTATTTTTTTTGTTAACTTTAATTTTTTTTTGTTAACTATTATTTTTTTGTTATATTTTCCGTGCGTAATTATTTATAAATGTGATTTGTATGGTTTGTGCAGGCATTGTTTTTGGCGCACTTTCCAAAGTTTTATGTTGTTGATCCAAACCCCGACTATGTTGAGAACTTACCGGTTGCGGCGAGGTGGACGCTTCAGAAGGGTCATGGAGAGGGGGTCACGTATCGGTCATTGCTTGATCGTATTACGTTTGATGACGTATGCTGGAGGCCGTACGAAGGGCACAGGGAGTTCCAGGCTGGATTATGTGCGGTGATCGTAGGGTGTACCGTCACTTGCCCGAGAGGGTATTGAGGCAGTATGGATACGCCCAGTCTGTCCCTAGACATCCTTCTGATATCGTAGAGCTATCACCAGCTGAGATTGTGCAGGCCTTCGTCGACTTCCGCACTCACACGCTTAAGGCGGCTGATTGGGGTGAGCATGCAGGAGAGCATACATGGCGTATGGCAGATGGCTATGTACGATGGTACACCGTTGTGTCTCACCCTCAGATTTTGCCACTTCTTCCGGGAGATATTCTGAGGCCTCCAAATGAGGAGCAGATCGTTGCAGAGCAGTGGGAGCGGTACGAGGCGATAAGCTCGCCTGATACCTATGACATGGTTAGCGGCGATGTTGCCCATGCTGATGCGTTTTTGGGTCAGGAGGTGATGAGCATGACCCCTCAGCAGTTGTATGCGGTCTTGCATGATGTTAGGCAGCAGATCGCACCGATCATTACCAGGAGGAGAGCCCAGAGATCGAGGAGGAGGCACCAGCAGCATCAGCAGGACCAGGACCAGCCGTAGGATTAGGACTACTAGTATTTTATGTTTAGGATATATTTTTAGGACTTGGTGTTTATTTTCATGACATTTGGCAGTTTTGTTTGTATTTTCATGACATTTGTTGTTACTTTATTTCGATGACATTTTTTTTATGACAATTGTTCATTTCCGTATCATATTTTCAATTTCAATTATGGTTTGGCATTGAAACAATGTGTTTACAATGTGTAAAAACACATGTAACAGGTTCTGCCTCAACAGGTTCTGCCATTTTATGGCTTCAGGACGCCTCGGCAGTTAACTGTCGAGTTTTTCCTCGGTAGTTAACTGCAGCCGGTTTCATATTTCCTCAGCAGTTAACTACCCCGGGGTATTTAGGTAAATTATTCGTGTGGCACAACCTTATGCAATGTGTCAACAACAATTTTCAATATATTAAATAGAAAAGTAACAGTACAAAAAGGAGGGGATAAAACCAAACTCCAAAGCTAGCTTCATTTCTAAGGTGGAAAGCCATCAACGGTTGTCAGAATTTTGGCCTATCTCTTTGATTGGTAGTATGTATAAAGTGTTGGCAAAGGTTTTATCAAATAGGTTATGTTGTGTCATTGGAGGCGTCATTTCAGAGTCTCAGTCTGCTTTTGTCCATGGCAGACAAATTTTAGATGGTATTTTAATTGCTAATAAGATGGTTGACGAGGCTCATCGTTTGAAAAAAGAGTTGGTTCTTTCTAAAGTAGACTTTGTAAAGGCTTTTGATTCTGTTGATTGGCGCTACATCGTTATGCATAAGATGAATTTTCCTGTTATATGGCGTAAATGGATTATGGAATGTGTCACTACAGCATCCGCTTTTGTGCTAGCTAGTTAATGGAAGCCCAACTGATGAGTTCCATTTTGAACGAGGGATTCGTCAAGGTGACCCACTTTCGCAGTTTTTATTCCTAATTGCGGCGGAAGGTCTAAATGTTATGATGAATGCTCTTGTTAGTGCTGATATTTTTTCTGGTTATAAGGTTGGTCGAACTGATTCAGTTAGTATTTCTCACTTGCAATTTGCAGACGAAACTGTGCTAGTAGGAAACAAAAGATGGGAAAATATATGTTCTTTAAAGGCTTTACTCCTACTTTTTGAAGTGACTTCATGCTTTAAGGTAAAATTTCATAAAAAAACATGTTTACTGGTGTTATTGTGCCGTACTCGTAGTTAAACAAGGCTTTTATGGGTTTGAATTGTAAAATTGGTCATGTTCCTTTTCTTTACTTGGGATTTCCTATTGGCGGTGACTCCTGAAAATTGCATTTTTGGAAACCTTTGGTTGAGCGGATTAACTATAAACTGTCTGGGTGGAAGAGTCATTATTTATCTTTGGGTGGTTATTTAGTTCTTCTGAAGTTTGTTCTGTCATCTCTCTCGGTCTACTTTCTTTCCTTCTTCAAGGCTCCTACATGTATAAATACTTCCCTTGAATCTATTTTTAACTTTTTTTTTTGGGTGGGGTGGGGGGTGAGGATTCTAGGAAAATATCTTGGATAAGTTGGGACACTATTTGTCACAAACAAGAGGATGGAGGTCTGGGGGTTAGGAGAATTAAGGAGTTTAATATGTCTTTACTTGCCAAATGGTGTTGGAGATTGAGGGAGAAAAAAAAAATGTTTGTGGTATAGAGTTTTAGCAGCAAGGTATGGTGGATCTTTAGGCGATAGGGGGAGACTAGCTTCAGTGTGGTGGAGTAATTTGCTTATCATTCAGAGGGGTGATGGAGATGGGGTTGGTAGCTGGTTTACTAATCACTTACGGCGGGAGGTGGGGGATGGAGTAGAAACTTTATTTTGGTGGAATCCTTGGTTGGAGGATGGAACTTTGAATAGTTTCGGTCGCCTTTTTTATATTTCTAACAACAAATTGGCAACTGTGGTGGACATGTTTATGTTAGGTTAGGGGAGGGAGGTGAGGCTTGGAAATGGCGAAAGAGGTTGTTCACTTGGGAGGAAGAATTAGATAGGGAATGTTGTACTCTTTTACTACCAATTATTTTGCAGACTGATATGTATGACAGGTGGATGTGGCAACTTCATGCCTCTTCAAAGTACAATGTTACTAGTGCTTACAAATTTTTGACATCAAGGGATCAACCTTTAAAAAATGATGACAATACTATTTTTTGGCACAAGGAGGATCCTTTAAAAGTCAACATCTTTGATTGGCGTTTATTACGTATCCGTCTTCCAACAACTGACAACTTAATGAGGAGGACAATCCTTTCGCCAAATACGTTGTTTTCTCAGGTGGATGCGACTCTCAAGAGGATATCGATCATCTGTTTTTGACTTGTGACTATTTTGTCCAAATTTGGTATGAAATTTATAATTGGCTTGGATTAGTTTCAGTCACACAAGTTCATGTAAAGGATCATATTATCCAATTCTTATTGTCGGATGGCTTCTCAAAAAACATTTGTTCTGCTTTTTATTTAATTTGGCTCTATTGTGTTTGGATTATTTGGCGTGATAGGAATGTTAAAGTTTTTCAACAAAATGAAAATTCTATCAATCATCTTATTGATAAAATTAAGTTTCAATCATTCTGGTGATTGAAGGCAAATCATTCTAAATTTGCTTACAATTATCGCATGTGGTGGCTTAATCCCCTTTTATGTTTTAGAGTTCTTATTTAGTTCACTTAGCTTATGTCTCCTTTTCATTTTAAGCGTGCCTACTTTGTGGCTCTATCACTTACATTATCTACAGTAACATGATGTAACAACTATTTTTCTTCCTTAGTTTTTCTCTGACACTTCTTGTGATGGAGAGACTAAATTTTAGTTATAATATTCCATTTTAGCTTATTCAAAAAAAAATCATCTAAATTATTTTATTTTTTAAAATTAAAATGAAATATATTAACTGAACCACCTAATTGTTTTTGCACAAGGAGTGCTAGAAAATACTAAGAGAAAAAAGCAACTATTACGTAGAATATCCATCAGTGCACGAAATAAAAAAGAGCCAAAAAGCAAGCTCTTTAAAAGAACTACAAAAGAACCAAACCTCCCCACTTCTCTAATAGTGTGACCCTCCTCTCCATATTTTGCAGATAAAACTCTAATCCACAAACTCTCTCTTTCATGCTTCAACCTCCAACACCATTTACCAAGAAAATGATAAATTAAACTCATTAATCCTCCGAACCTCCATTTTCCTTTTTTAAACAAATAGTATCACAATTAATCCAAGATATTTTCCTAAAGTCCTCACATCCCCCAAACAAACAAAAAAATAAATATAGATTCAAGAGAAGAAATGATACATGCCGGAGCCTTAATGAAAGAAATAAAGTAGACTAGTCGAGAGGACTGAATAGACTTTAGAAGAACCAATCAGCCACCCTATGAAAGATTTATACTCTTCCACACAGACAATCTTAACCTTATTCGATCAAGCAAGGGATTCCAAAAATTCAGCTTACGAGAATCACTGCCAACAGGGAGACCGAGGTACATAATAGGTGAATGTCAAGTTTTACTGTTCAAGACTGAAAAAGCCTTTGTAAGCCAAGAGTCGGGCACATTGCTTTTGTCGAAATTGACCTTAAGACTCGATGTCACCTCAAAAAGCAATAGCAAAGCCTTTAGAGATTGAAATTGACCTTAAGACTCGATGTCACTTCAAAAAGCAATAGCAATAGCAATAGCAAAGCATTTTTTTGGTAGAATGACAAAAAATAAGAAGAAAAAAAACTAGGAATATGGTTCAGTCTATGGCATCAAACCTCAACATAAACTCTAACTCGATACAAATATTTATTCAATCCAGAAGTAGGTTAAGGGGTACTCAAACCTGATACAAATTTAATTCACCGTTCGGAACCGAATTGTTAAACTGAATCAAACCATAACTGACAGTTCTGGAACTAAACTATAATAGTTCGGTTCGGTGTTCAGTTCATGATTTGTCAGTTTGGTTCAGATCTGTTCGGTTCGGTTTGAAACAGTTCGGTTTAGTTTTAAAAAGTTCTAAAATTCGATTTCGTTTAGTATTTTTTACACAGTACTAATAATAACAATTTGATCAAAAAAAATTATTCGGTTCGGAATAATAAATTTAAATTTTTAAAAAAATTGGTTATGGCTCTGTTTTGAACCATAGAACCAAATCATTATAACAGTTCGGTTCGGTTCGAAATACAAATAGTTCAGTTTAGTTATTTTGATTTGAACAAATGGTTCAGTTCAATTCGGTTCAGTTTTTCTCTTAAACCGAACCATATGCCCCGCCCTAGTTTAAACATGTCATGCGAGAAACATACCAATCAAAGCATATTATCCCACTTTTGTACCTTCTCTAAAAATGAACCAATTCCCCGAAGATGACATGTTTCCATTCGTAGCAATTGCTCAAAATGGGTTTAATCTAGAGCCCACCATTTACCTTTTACCTTGGTTTATGTTATGAGTTTCTAACGATCCTTCATCCAGGAAATCTAGTGTCTATTGGTTTGTTTGCTTCGAGTACAATACACACCATGTTGTTGTTGCTCTGTTAGGATTCGTTGCGCACTCACTTATTTGTTTGTAATCTAGTTTCACACCCGTGTTGCGGGTGTTATGGGTTACGTACGTTGAATTGTGCTTGGGTTATGTTGAATTGTCAATTATGACGGTTCTTTTTATCCCATTCAGAATCATTTACTTTTCATTACCCCTTAAGACCATTTGCAATGGGGGAGTTGAATCTGACATTCAACATGAAAATGCCTTGCAGTGGTAGTTTAATGGCTTGTTGAATATGACATGGAGGAGAGAGATGTTTAATCTGTTCAACACAAATGAAAGCAGCAGAACTGCCACGCGTCGCAATTTGACTGGTCCGTTTTTGGCGCGTGTAATACAGGCGCCGACAGGGCGCGTAAATGACAGAGGACGGAGAGAGAAGAAGATTCCTTGACTGTTGGGGGACGCGTGTTGGAATTTGATTGGTTTCCCGGATTTTAATTATTTTCATAATTGTACCTCAATTATTTCATTGAAAAATAATTAAAAATAAAAAATAAAAAATATCAAAATTCATGATTTTTTTTCCTCTATAAATAGAGACTTGGTTCATTTGATTTGGACACAGAAAAAAAAACCAAGTTTTTCACTATCTTCATCTTATTATTATCTTTCTATTAGCAAACTAAGTGAATTTTTAATCTTCTTTTAGTGAAGTTAAGAAAATAAAAATAAACTATTTAAATAATTTTTTTCAAATTTTTTTCAGTTTTTCTTTATTTTAATTTAATTATAATCGATAATTGTAATTTTATGTAATTATAAAAACAAAAATATAAAATTAAATAAGAATAAGAAATAAAAGGTGGTGGGGTAGAGTGTTGAATGAAAAAAACCATTGGAGATGTTAAAGTTGAATGAGTGTTGAATTAAGAGAGAGAAGATGATGTGGAGTGTTGGGAATTGAAAAAGTGGGTGTTGAAGGGTGTTGAATGTGTTGAACCATTGTAAATGGTCGAATTGGTTCAATATCAGTTTGTGTTGTATGACTATTTGTAATATTCGTTAGGATTCACTCGAACACTTTTGTATTGTTTTCCTTGATCGGTCCAAGCCACTAAGTCTTTGGATTCCTATTTTATTTGGGGTTTAAATATGTTATTGTTCCATGCACTTTCACCACTTTTAGTGTGCCATGTGACGTGGAATAATTGTCTATGTGGTTTACTTTTTTAAAATGTCAGATTTAACAGATGGACCAATATCAATTATTTAAAAAAGTGTAGGGACTTGAACCAAAACAAACAAAAAAAAAATACAAGGACCAATGACATATTTAAGATGTTTAATCTATTTTTACTTTACCTATAAAAAATCACGCTCCATCAACGGTAGAAGTAATCCAATTAAATGTTACAACATTTCTAAATGACCACAATACTCACATTGTAACAAATTAGATTAAATATTCAACCTTGCAAAGGTTTTTTTTTTTTTTTTATGTCTTTTATATAGACTTCAAAGCTCAAAAGATGTGAAACAACGGCGTAATGAGAGACACTTTCAACACCTATCAAAAAGATAATTAGAGACCAGACATTACAAGAAAAAGAGAAAGAGAAGAATAAATGAGAACACATTTTTGCAATGTCTTGCCCTTTTTCTTGTAAAATCTGATCTCTAATTATCTCTTTGATAGGTGTTGAAAGTATCTCTCATTACATTGTTGTTGAAAGTGCACATCCTTGCGTTTGAAAAGCAGAAGACGCAAGAGCTTTCACGATCGATAGCAACAAGACCTTTTGATGCTAAATTATCTTTAGTAAGCAACCTATTTTTGAGCAATCCCACACAAAAACCTGAACCTTTGCTAGAATAGAATAGACTAATGACGTTATAAAGATTTAGACAAATCATCTTATAAAGAATATTTTTATCTTTTTTAAAAATAATAACATCCCTTTTTTCTCTTCTTTCTTTTATATTAAACAGTGCATTAACCTCTTAAAATTAAAACTAAACAATACATCAAATCTATTTTATTTCTTAGATGATTTTTCTACTCGCAAACTCTCTCTATCAATTTCTTTTTTTCTAACTTCTCTTCCAGATCAAACACATCCTAAATTCTTCATAGTAGCTAAGCTCGTGAATACGATTTATAGTTCATAAGAAAAATAGTTACTTATAGAGGCAAATTGCAGAATCAAACAAAATGAGAGAATCTCGGTTTCGTTGGAAAACGACGCTGAACACTGTTAAGCAAAAGATTTTTCACATGCACAGTGAAGTTAATTATTGTGTAGTATTTGTGTTAGGTAATAACCTCATATGATTGTTATTATGAGCACTGACATGTCATGTGTGTTAGACTACTATTTGTCACTGTTTCAACTCGTGGGTTCTTTCTTTCTTTCTACCCTAAACTCTTCTCCTGTAAATTCTCCTTTCCGATGCAACTGAGTGCACGGTTCATGTCTTCATCAATATAGTAGAAACACTGTTTAGTCAGAATTTTTTCTACAAAATGGAGAAACATAATGGCCACGTCCCGGAATAACTGACCCATTTTCTAAAAAAAAGTGTCCCAAAATAACTGATCCATTTCAATTTTCAATACAACTTTCATCATTCCCAATACAATATAACACTAAATAATACTACTTTTATCATTCCCAATACAATATATTCCACTTTCCCCTTTATTTATACATTTTTCTTAATATGTATGAAAAACAAAACTGTATCAATTAAATTGGGACGGAGGTAGTAAGAAATATTCTCCCTCCTAAATCTATCAATTATAAGAAGGAAAAAACATTTTTTTTTGACAAAATGAACTTTTTTAAAAATCTGAAACAAATTACAAACATTAATGAAAAAGAGATTTTTTTGGTAAAAAAATAGAATTTTTTTTTTCAAGAAAATCCTAAACAAATGCGCACAAATGAATTAGTATTGCATCATACACAAACTTATTTTTTTACCATTGGATCATTAAATTTCATCATGTTTCATTTTAGTTAAGGCTTATTTATATGATTCATTTGAAGTTTGGTCCCCGAAGTTACTAATTATTTCAAACAATCACTGCAATTATTAATCACTTCAAAATTTGTCCCTCAACCCACTTAATGACGGCCACATCACTAATCTGATGAGGTGTCACTGTTGATTGGCCAAGTGGCAGTCTAAGTCAGCAAAAGTTGGTGTGAACGGACAAAAATGCCCATGACTTCTCATACTCACGCAAAGGACAAAACTACCCCTATTTTCATTTTCTCTTGAATTGGAAACACATACGAATCGAATTAGGAATTAGGGTTCTGGAGAGTAGAAGATAGATCAAAACCATACGAATCGAAACAAAAATGGGATTGAAAAAGCGATCTTAGTTCAAATCAAAATGAATCAAAACCAATCGAAATCGAAACGAAACTAGAATTGAAGAACTGAGAAGGAATAACACAACATCTGGAGAATTGAATCGAAATGAAGGTATGTTATTCAGAAACTTTTTTGCAAAATATAAATGTATATGCTTTGCATTAATGTATTATGTTGTGTATTTGCTTCAAATATGAATGACTTTGCTTTCTTGAATGATTTTTTTTCTTCCATTTTTTTCGTTGTTTTATGTTTTTCAGTTATATGTTTTTCTGTTAAGTTTCATCATGGAGGTAGCTTTGTTAGGGATTGACTTATTACTTACAAAGGGGGGAATGAAACATTGAAGGAAGGGTTAGATGAAGATAGGTAGAGTTATTTTGAGATAATCGATATAGTAGAAAATGATTTGAATGTTAAAAAACCTTAGAGGCTGTGGTGGATGTTACATGAAGAGGTGAATTTCAGAGTGATTCAAGTAAATGCTGATGCTGGTGAAATTAAAGATTATGCTTTGAAAAAAAATCGTGTTGTTAATATTTTTGTTGAGCATAATGTGGATGAAACCAATGGAGTAGTTGATGTTTCTATCTGTGTTGTTGGTGCTAAAGTGGGTGAAAGTTCTAGGTAGGTAACACTGATAAGGGTGAAAGTTCTTAAGTAGTTAACATTGACAAAGAAAAAGAGTTATTACTATACAGTGGTAATGATCAAGAGGAGGAAGGTGGTGTAAGTAGCAGTGAAGGTGAGGCTAACAATGTTAGGTTAGATGATAGTGAAAATGAGAGAGCACTAGGAGTTGAAGATGAGTTTGAGGAAGAACAAAATGAACCTTTGAATGTTGACAGTGGTGCCTGA
Protein sequence

>MS.gene46070.t1

MEKINVKEDDEMNWVHDSSVDHKGRVPLRASTGSWKAALFIFAIEFSERLSYFGIATSLVLYLTKVIHQDLKTAARNVNYWAGVTTLMPLFGGFIADAYLGRYSTVVASCIVYLMGLILLTLSWFLPSLKPCDHTNTCNEPRKIHEVVFFLAIYLISIATGGHKPSLESFGADQFDEDHDEERKQKMSFFNWWNCALCSGLILGVTLIVYIQDNINWGAADIIFTGVMALSLLIFIIGRPLYRYRVPSGSPLTPMLQVLVAAISKRKLPYPSNPDQLYEVSKSHGNKKKFLCHTKKLRFLDKAAIIENAENSIEKQSPWKLTTVTTVEEMKLIINMIPIWVFTIPFGISVAQTSTFFIKQSAIMNRKIGERFELPPASIFTVAALGMIISVAIYDKILVPMLRKINQNERGINILQRIGFGMFFTIITMIVAALIEKKRLEDVEKDPLSIFWLAPQFLIIGFGDGFTLVGLQEYFYDQVPDSMRSLGIAFYLSVIGAANFMSSVLITIVDHITKKNGKSWFGKDLNSSRLDKFYWLLAAITTVNLFLFVFFARRYSYKNVQKVAVVDDSCKGKSVDNSVLKVSLITLLLKVHILAFEKQKTQELSRSIATRPFDAKLSLRLWWMLHEEVNFRVIQVNADAGEIKDYALKKNRVVNIFVEHNVDETNGVVDVSICVVGAKVGESSSGNDQEEEGGVSSSEGEANNVRLDDSENERALGVEDEFEEEQNEPLNVDSGA