AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene28255

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene28255.t1 MTR_3g026620 96.086 511 20 0 1 511 1 511 0.0 1002
MS.gene28255.t1 MTR_3g026400 80.431 511 99 1 1 511 1 510 0.0 870
MS.gene28255.t1 MTR_3g026400 80.744 457 88 0 55 511 23 479 0.0 794
MS.gene28255.t1 MTR_3g026400 80.645 372 71 1 1 372 1 371 0.0 632
MS.gene28255.t1 MTR_2g098790 53.996 513 231 4 3 510 2 514 0.0 577
MS.gene28255.t1 MTR_6g078450 55.230 478 210 3 37 510 35 512 0.0 568
MS.gene28255.t1 MTR_2g098540 53.346 508 231 4 7 510 2 507 0.0 568
MS.gene28255.t1 MTR_3g026280 54.927 477 208 3 35 508 19 491 0.0 567
MS.gene28255.t1 MTR_4g066580 52.838 511 234 4 7 510 5 515 0.0 566
MS.gene28255.t1 MTR_4g066590 52.475 505 235 4 9 508 3 507 0.0 560
MS.gene28255.t1 MTR_4g066240 52.446 511 236 5 6 510 3 512 0.0 558
MS.gene28255.t1 MTR_2g098520 53.893 488 221 3 27 510 23 510 0.0 554
MS.gene28255.t1 MTR_4g066240 52.344 512 236 6 6 510 3 513 0.0 554
MS.gene28255.t1 MTR_3g028720 52.140 514 235 5 7 510 2 514 0.0 553
MS.gene28255.t1 MTR_4g023000 51.394 502 228 3 11 510 7 494 0.0 548
MS.gene28255.t1 MTR_6g078380 55.346 477 208 3 37 508 35 511 0.0 546
MS.gene28255.t1 MTR_4g066210 52.818 479 222 3 36 510 41 519 0.0 543
MS.gene28255.t1 MTR_6g078330 53.878 477 216 3 38 510 37 513 0.0 540
MS.gene28255.t1 MTR_4g066630 51.919 495 233 4 18 508 20 513 0.0 536
MS.gene28255.t1 MTR_2g098540 54.803 458 203 3 57 510 6 463 0.0 536
MS.gene28255.t1 MTR_4g066640 52.372 506 231 5 13 510 10 513 0.0 535
MS.gene28255.t1 MTR_5g071520 50.870 517 240 5 8 510 8 524 0.0 527
MS.gene28255.t1 MTR_4g066330 51.250 480 204 3 36 510 39 493 1.06e-179 514
MS.gene28255.t1 MTR_4g066280 48.958 480 215 3 36 510 39 493 1.14e-172 496
MS.gene28255.t1 MTR_4g083000 49.582 478 236 3 35 508 25 501 2.37e-172 496
MS.gene28255.t1 MTR_6g078450 54.374 423 189 3 37 455 35 457 1.03e-171 492
MS.gene28255.t1 MTR_4g066340 53.687 434 197 3 81 510 6 439 1.40e-171 491
MS.gene28255.t1 MTR_0110s0040 49.901 505 246 5 7 510 14 512 2.31e-171 493
MS.gene28255.t1 MTR_0110s0030 49.803 508 242 6 7 510 14 512 7.32e-171 492
MS.gene28255.t1 MTR_3g028720 51.634 459 211 5 7 455 2 459 1.38e-168 484
MS.gene28255.t1 MTR_5g044000 45.873 521 255 5 14 508 1 520 7.77e-167 482
MS.gene28255.t1 MTR_4g066580 54.048 420 186 4 7 419 5 424 8.17e-165 474
MS.gene28255.t1 MTR_4g066630 51.927 441 207 4 18 454 20 459 3.70e-164 473
MS.gene28255.t1 MTR_4g066240 54.286 420 185 5 6 419 3 421 4.61e-164 472
MS.gene28255.t1 MTR_3g028720 53.428 423 186 5 7 419 2 423 1.28e-161 465
MS.gene28255.t1 MTR_3g033810 45.684 475 245 5 39 511 22 485 3.69e-159 461
MS.gene28255.t1 MTR_4g081530 47.401 481 243 6 35 508 21 498 4.32e-159 462
MS.gene28255.t1 MTR_6g078330 53.545 409 186 3 106 510 1 409 3.42e-158 456
MS.gene28255.t1 MTR_4g066630 55.155 388 170 3 36 419 37 424 1.67e-157 456
MS.gene28255.t1 MTR_3g033790 44.632 475 249 5 39 511 20 482 3.02e-156 454
MS.gene28255.t1 MTR_2g043200 49.266 477 206 7 43 510 70 519 4.90e-156 454
MS.gene28255.t1 MTR_4g131810 47.146 473 243 4 43 509 33 504 1.44e-155 453
MS.gene28255.t1 MTR_4g067040 52.970 404 184 4 9 406 3 406 7.17e-155 447
MS.gene28255.t1 MTR_2g022760 45.261 517 264 5 1 510 7 511 5.02e-153 447
MS.gene28255.t1 MTR_2g079550 45.567 485 258 5 28 508 19 501 4.97e-151 442
MS.gene28255.t1 MTR_2g079580 45.155 485 260 5 28 508 21 503 3.29e-150 440
MS.gene28255.t1 MTR_7g068910 44.200 500 261 7 16 510 9 495 5.13e-150 439
MS.gene28255.t1 MTR_4g015420 45.621 491 225 7 35 510 62 525 5.53e-150 439
MS.gene28255.t1 MTR_4g016920 45.912 477 240 8 37 508 26 489 1.02e-149 438
MS.gene28255.t1 MTR_2g022710 44.752 505 269 5 8 508 9 507 5.78e-149 437
MS.gene28255.t1 MTR_4g015460 46.507 501 225 10 24 508 26 499 2.67e-147 432
MS.gene28255.t1 MTR_7g068910 43.333 510 261 8 16 510 9 505 7.62e-147 431
MS.gene28255.t1 MTR_4g083000 49.877 407 200 2 106 508 1 407 8.19e-147 427
MS.gene28255.t1 MTR_4g067040 53.947 380 169 4 9 382 3 382 2.02e-146 425
MS.gene28255.t1 MTR_3g028720 53.627 386 168 5 7 382 2 386 5.63e-146 425
MS.gene28255.t1 MTR_6g078330 51.899 395 188 2 118 510 15 409 1.05e-145 424
MS.gene28255.t1 MTR_4g066640 54.286 385 165 5 7 387 13 390 3.63e-144 419
MS.gene28255.t1 MTR_4g131800 44.834 513 268 6 2 510 489 990 7.10e-143 437
MS.gene28255.t1 MTR_4g066630 57.440 336 139 3 36 367 37 372 4.06e-142 414
MS.gene28255.t1 MTR_6g078330 55.848 342 147 3 38 375 37 378 1.14e-138 405
MS.gene28255.t1 MTR_5g068740 42.236 483 248 7 37 508 26 488 2.73e-135 401
MS.gene28255.t1 MTR_1g088610 43.249 474 253 6 38 508 27 487 2.27e-134 403
MS.gene28255.t1 MTR_1g088610 35.345 116 68 2 394 508 503 612 8.65e-15 77.4
MS.gene28255.t1 MTR_0110s0040 54.203 345 155 2 7 351 14 355 8.72e-132 389
MS.gene28255.t1 MTR_0108s0030 42.650 483 239 7 29 508 1 448 8.94e-131 388
MS.gene28255.t1 MTR_7g033860 41.895 475 257 6 40 508 50 511 2.26e-130 389
MS.gene28255.t1 MTR_2g022760 47.573 412 205 4 106 510 1 408 1.93e-129 383
MS.gene28255.t1 MTR_2g022710 43.805 452 245 4 8 455 9 455 3.43e-127 379
MS.gene28255.t1 MTR_2g022710 43.805 452 245 4 8 455 9 455 6.76e-127 379
MS.gene28255.t1 MTR_2g022710 46.437 407 213 3 106 508 1 406 5.36e-126 374
MS.gene28255.t1 MTR_4g016920 44.963 407 209 6 106 508 1 396 3.62e-125 372
MS.gene28255.t1 MTR_2g079580 46.212 396 208 4 28 419 21 415 4.94e-125 372
MS.gene28255.t1 MTR_2g022710 45.192 416 219 4 8 419 9 419 4.95e-123 367
MS.gene28255.t1 MTR_7g068900 44.444 414 212 8 101 508 17 418 3.65e-121 364
MS.gene28255.t1 MTR_1g088630 40.830 458 225 10 57 508 14 431 7.70e-118 355
MS.gene28255.t1 MTR_2g022710 44.665 403 214 4 8 406 9 406 2.44e-116 349
MS.gene28255.t1 MTR_7g051510 41.237 485 254 7 35 510 71 533 6.32e-113 345
MS.gene28255.t1 MTR_7g051610 41.545 479 248 8 39 508 76 531 3.32e-112 343
MS.gene28255.t1 MTR_2g022710 46.974 347 178 3 8 353 9 350 8.36e-108 328
MS.gene28255.t1 MTR_7g051650 40.456 482 259 9 35 508 71 532 1.74e-107 331
MS.gene28255.t1 MTR_7g051650 40.249 482 256 9 35 508 71 528 1.33e-106 328
MS.gene28255.t1 MTR_1g088630 47.468 316 137 4 37 350 26 314 3.84e-102 311
MS.gene28255.t1 MTR_4g016920 50.000 284 136 3 106 386 1 281 1.19e-98 300
MS.gene28255.t1 MTR_1g088630 51.311 267 125 2 37 301 26 289 1.90e-95 292
MS.gene28255.t1 MTR_7g056747 40.528 417 212 7 100 508 9 397 1.93e-93 290
MS.gene28255.t1 MTR_0110s0020 49.814 269 132 2 7 275 14 279 9.16e-91 280
MS.gene28255.t1 MTR_4g122980 26.887 424 239 10 95 511 176 535 1.51e-26 114
MS.gene28255.t1 MTR_8g038650 42.157 102 58 1 261 362 57 157 5.51e-22 93.2
MS.gene28255.t1 MTR_5g069350 34.320 169 69 6 351 508 50 187 1.13e-15 75.9
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene28255.t1 AT2G44480 53.669 477 218 2 35 508 32 508 0.0 562
MS.gene28255.t1 AT2G44480 53.669 477 218 2 35 508 63 539 0.0 562
MS.gene28255.t1 AT5G44640 48.497 499 247 5 16 508 7 501 7.01e-180 515
MS.gene28255.t1 AT2G44450 50.211 474 229 3 38 508 31 500 3.05e-179 513
MS.gene28255.t1 AT5G42260 48.992 496 244 5 14 504 6 497 5.85e-178 510
MS.gene28255.t1 AT3G60130 51.883 478 221 5 38 511 30 502 9.19e-177 507
MS.gene28255.t1 AT2G25630 46.906 501 239 6 12 508 6 483 5.86e-169 486
MS.gene28255.t1 AT5G54570 49.896 481 232 5 35 508 27 505 3.29e-167 484
MS.gene28255.t1 AT1G26560 48.017 479 243 4 35 508 29 506 6.95e-166 479
MS.gene28255.t1 AT3G18080 49.269 479 237 4 34 510 35 509 2.01e-164 476
MS.gene28255.t1 AT2G44480 52.956 406 188 2 106 508 1 406 3.89e-164 471
MS.gene28255.t1 AT5G24550 45.276 508 269 7 11 510 5 511 7.10e-160 465
MS.gene28255.t1 AT3G18070 47.589 477 236 5 36 510 28 492 7.74e-160 463
MS.gene28255.t1 AT3G18070 47.379 477 243 5 36 510 28 498 1.55e-158 460
MS.gene28255.t1 AT3G60140 46.584 483 250 7 35 510 23 504 3.58e-158 462
MS.gene28255.t1 AT1G47600 47.844 487 236 8 28 510 38 510 7.39e-157 456
MS.gene28255.t1 AT1G47600 48.049 487 236 9 28 510 38 511 2.75e-156 455
MS.gene28255.t1 AT1G51470 47.433 487 239 9 28 510 38 511 1.69e-154 450
MS.gene28255.t1 AT1G61820 47.346 471 242 4 43 508 35 504 2.11e-154 450
MS.gene28255.t1 AT5G24540 45.669 508 267 7 11 510 5 511 9.57e-153 447
MS.gene28255.t1 AT2G32860 46.737 475 242 7 43 508 99 571 2.76e-152 448
MS.gene28255.t1 AT1G02850 45.684 475 239 7 38 508 26 485 2.97e-152 444
MS.gene28255.t1 AT2G32860 46.737 475 241 8 43 508 99 570 3.69e-151 446
MS.gene28255.t1 AT2G44470 45.549 483 249 9 38 510 29 507 1.91e-150 443
MS.gene28255.t1 AT2G44490 45.549 483 249 9 37 508 13 492 5.36e-150 441
MS.gene28255.t1 AT4G27830 43.762 505 254 9 11 508 3 484 7.28e-150 438
MS.gene28255.t1 AT3G60130 50.962 416 195 5 100 511 40 450 5.37e-149 434
MS.gene28255.t1 AT4G21760 43.898 508 273 7 8 510 23 523 7.00e-149 437
MS.gene28255.t1 AT1G61810 44.898 490 260 5 28 508 19 507 1.02e-148 436
MS.gene28255.t1 AT3G60120 45.530 481 253 8 37 510 13 491 4.39e-148 435
MS.gene28255.t1 AT1G02850 43.775 498 238 8 38 508 26 508 7.35e-148 434
MS.gene28255.t1 AT5G25980 44.727 512 262 12 12 508 17 522 5.24e-147 432
MS.gene28255.t1 AT1G02850 43.687 499 238 9 38 508 26 509 5.23e-146 429
MS.gene28255.t1 AT1G61810 45.073 477 252 5 28 495 19 494 9.89e-145 427
MS.gene28255.t1 AT5G54570 49.180 427 209 4 35 455 27 451 1.11e-143 421
MS.gene28255.t1 AT4G27820 44.742 485 241 8 32 508 17 482 1.94e-143 422
MS.gene28255.t1 AT5G36890 43.552 473 252 6 40 508 18 479 2.47e-143 421
MS.gene28255.t1 AT5G36890 43.552 473 252 6 40 508 18 479 2.84e-143 421
MS.gene28255.t1 AT3G60130 50.000 416 188 6 100 511 40 439 5.09e-142 416
MS.gene28255.t1 AT5G54570 50.000 410 196 5 106 508 1 408 8.30e-142 415
MS.gene28255.t1 AT5G26000 44.015 518 273 11 1 508 1 511 3.96e-141 417
MS.gene28255.t1 AT1G02850 43.789 475 221 8 38 508 26 458 1.17e-140 414
MS.gene28255.t1 AT4G21760 42.717 508 269 8 8 510 23 513 1.27e-140 416
MS.gene28255.t1 AT2G44460 46.025 478 249 8 38 508 29 504 9.17e-140 415
MS.gene28255.t1 AT4G22100 41.633 502 263 8 11 508 7 482 7.49e-138 408
MS.gene28255.t1 AT2G44480 59.425 313 124 2 35 345 63 374 2.41e-137 402
MS.gene28255.t1 AT3G21370 42.798 486 264 9 37 511 32 514 4.05e-137 407
MS.gene28255.t1 AT1G75940 43.827 486 259 9 38 511 37 520 9.66e-137 406
MS.gene28255.t1 AT3G03640 44.444 486 258 9 35 510 31 514 9.81e-137 405
MS.gene28255.t1 AT1G52400 44.330 485 248 10 38 508 39 515 1.48e-136 405
MS.gene28255.t1 AT1G52400 44.330 485 248 10 38 508 39 515 1.48e-136 405
MS.gene28255.t1 AT1G45191 43.220 472 250 6 38 508 29 483 4.13e-136 403
MS.gene28255.t1 AT3G62750 42.147 503 252 10 12 508 4 473 4.25e-136 403
MS.gene28255.t1 AT3G62750 42.147 503 252 10 12 508 30 499 9.61e-136 403
MS.gene28255.t1 AT1G45191 43.396 477 253 8 38 508 29 494 2.92e-135 401
MS.gene28255.t1 AT1G45191 43.129 473 255 7 38 508 29 489 2.93e-135 401
MS.gene28255.t1 AT1G66280 42.578 512 280 9 8 511 8 513 4.42e-135 401
MS.gene28255.t1 AT3G09260 43.064 483 262 8 38 511 35 513 5.92e-135 401
MS.gene28255.t1 AT1G45191 42.562 484 259 7 38 508 29 506 7.92e-134 398
MS.gene28255.t1 AT1G60090 41.841 478 252 7 38 508 24 482 1.81e-132 394
MS.gene28255.t1 AT1G66270 42.600 500 271 10 21 511 21 513 1.94e-132 394
MS.gene28255.t1 AT1G60090 41.372 481 257 7 38 508 24 489 1.87e-131 392
MS.gene28255.t1 AT5G28510 40.962 520 283 11 11 511 8 522 2.31e-131 392
MS.gene28255.t1 AT5G24540 45.233 451 239 6 11 454 5 454 1.01e-129 385
MS.gene28255.t1 AT1G66270 42.400 500 270 11 21 511 21 511 2.49e-129 386
MS.gene28255.t1 AT5G25980 43.982 457 237 10 12 455 17 467 3.53e-129 384
MS.gene28255.t1 AT5G25980 43.982 457 237 10 12 455 17 467 3.53e-129 384
MS.gene28255.t1 AT3G62740 40.900 489 256 8 29 508 14 478 6.40e-128 382
MS.gene28255.t1 AT1G02850 45.098 408 189 6 38 419 26 424 4.34e-126 375
MS.gene28255.t1 AT2G44470 44.131 426 225 8 38 454 29 450 9.86e-126 375
MS.gene28255.t1 AT1G61810 45.343 408 217 4 106 508 1 407 1.20e-125 374
MS.gene28255.t1 AT2G44450 48.725 353 176 2 157 508 1 349 1.46e-124 368
MS.gene28255.t1 AT1G61810 45.771 402 209 4 28 420 19 420 1.57e-123 368
MS.gene28255.t1 AT3G60140 46.036 391 204 6 35 419 23 412 2.62e-123 369
MS.gene28255.t1 AT5G26000 43.197 463 248 9 1 455 1 456 5.25e-123 368
MS.gene28255.t1 AT4G27830 43.659 410 210 7 106 508 1 396 1.76e-122 365
MS.gene28255.t1 AT3G62750 42.129 451 223 9 12 457 30 447 2.72e-120 361
MS.gene28255.t1 AT3G18070 52.548 314 146 2 38 351 30 340 4.25e-118 353
MS.gene28255.t1 AT4G27820 44.282 411 207 7 106 508 1 397 8.09e-117 351
MS.gene28255.t1 AT4G27820 44.282 411 207 7 106 508 1 397 8.09e-117 351
MS.gene28255.t1 AT1G52400 43.488 430 222 9 38 454 39 460 1.97e-115 348
MS.gene28255.t1 AT3G62740 43.860 399 198 7 29 419 14 394 1.38e-114 345
MS.gene28255.t1 AT1G61820 46.281 363 190 3 150 508 4 365 2.91e-112 338
MS.gene28255.t1 AT3G62750 44.205 371 182 5 12 377 4 354 6.92e-111 334
MS.gene28255.t1 AT3G62750 44.205 371 182 5 12 377 4 354 6.92e-111 334
MS.gene28255.t1 AT2G44470 47.879 330 165 5 38 363 29 355 2.73e-110 333
MS.gene28255.t1 AT3G62750 44.444 369 180 5 12 375 30 378 4.04e-110 334
MS.gene28255.t1 AT3G62750 42.054 409 210 8 106 508 1 388 2.09e-109 332
MS.gene28255.t1 AT3G62750 42.054 409 210 8 106 508 1 388 2.09e-109 332
MS.gene28255.t1 AT1G45191 49.057 318 157 2 38 355 29 341 1.16e-108 330
MS.gene28255.t1 AT1G45191 49.057 318 157 2 38 355 29 341 1.32e-108 330
MS.gene28255.t1 AT5G48375 41.096 438 192 8 38 473 38 411 2.93e-106 324
MS.gene28255.t1 AT1G60270 45.562 338 177 2 38 372 24 357 2.00e-105 320
MS.gene28255.t1 AT2G44480 47.841 301 156 1 209 508 2 302 2.44e-104 315
MS.gene28255.t1 AT3G18070 47.059 323 166 3 190 510 102 421 1.39e-100 309
MS.gene28255.t1 AT3G18070 45.570 79 42 1 36 114 28 105 4.38e-14 74.7
MS.gene28255.t1 AT2G44460 45.125 359 191 6 155 508 1 358 8.25e-95 295
MS.gene28255.t1 AT3G18070 45.833 312 164 3 201 510 1 309 1.70e-93 287
MS.gene28255.t1 AT1G61810 49.291 282 138 2 28 304 19 300 9.12e-93 285
MS.gene28255.t1 AT1G51490 43.288 365 179 10 46 401 28 373 1.59e-92 288
MS.gene28255.t1 AT1G60270 45.185 270 145 1 106 372 1 270 1.45e-82 258
MS.gene28255.t1 AT3G18070 48.069 233 119 1 190 420 102 334 5.86e-72 233
MS.gene28255.t1 AT3G18070 45.570 79 42 1 36 114 28 105 2.55e-14 74.7
MS.gene28255.t1 AT3G18070 46.396 222 117 1 201 420 1 222 8.38e-65 210
MS.gene28255.t1 AT5G16580 38.889 288 157 5 182 465 27 299 2.14e-60 201
MS.gene28255.t1 AT3G06510 26.027 438 259 12 95 511 153 546 6.25e-24 106
MS.gene28255.t1 AT3G06510 25.236 424 246 10 95 511 153 512 5.30e-23 103

Find 118 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
AATTCTTCCTTTGTGAATTT+TGG 0.030488 3.3:-18422323 None:intergenic
TGATCATATTACCTGATATT+TGG 0.172492 3.3:-18421517 None:intergenic
ATAAAGATTATGAAAGAAAT+TGG 0.173109 3.3:+18418978 MS.gene28255:CDS
ATATTTGGCCTTATACAATT+TGG 0.224460 3.3:-18421502 None:intergenic
CCTGTTTCCTACACCATTAA+TGG 0.229192 3.3:+18421354 MS.gene28255:CDS
CCAGTGTACATTACTGAAAA+TGG 0.258317 3.3:+18423322 MS.gene28255:CDS
AGCTCTTGAAGATGAATATA+AGG 0.279995 3.3:+18421099 MS.gene28255:CDS
AGAGAAAATCAGGAGGAAAA+AGG 0.282118 3.3:-18416350 None:intergenic
ACTTAAGCTTACACTACTTT+AGG 0.287213 3.3:-18421133 None:intergenic
ATGGGAGAGGACCAAGTATA+TGG 0.302102 3.3:+18418569 MS.gene28255:CDS
GCCTCCATGGTATCCATTAA+TGG 0.303144 3.3:-18421367 None:intergenic
TGAAGTAGGTCATGTTGATA+TGG 0.309455 3.3:-18422424 None:intergenic
TTCCAGTGACAACAGCAAAA+AGG 0.315496 3.3:-18416275 None:intergenic
TTCATAGTAGTGAGTAATTA+AGG 0.320997 3.3:-18421957 None:intergenic
CCTTTGTAACATTGTTTCAT+TGG 0.325125 3.3:+18421065 MS.gene28255:CDS
TGATCCTAATACCATCTTTA+CGG 0.327105 3.3:-18424561 None:intergenic
GAAGGAGCATCAGATATAGA+TGG 0.336340 3.3:+18418550 MS.gene28255:CDS
GCTTCAAGACATTTGGAGAT+AGG 0.339805 3.3:+18421304 MS.gene28255:CDS
GTGCCATAGGCTCATCAAAA+AGG 0.358255 3.3:+18421920 MS.gene28255:intron
GGATAGTGACCATATGTAAT+TGG 0.362632 3.3:-18422266 None:intergenic
TAGCCCGTAAAGATGGTATT+AGG 0.367113 3.3:+18424557 MS.gene28255:CDS
CCAATTCCAAAGAGAAAATC+AGG 0.378563 3.3:-18416360 None:intergenic
GACCATAGCAGTGGTAATAT+TGG 0.378836 3.3:+18418781 MS.gene28255:CDS
TGCTGCAGCCAAATTGTATA+AGG 0.379528 3.3:+18421494 MS.gene28255:CDS
CCATTAATGGTGTAGGAAAC+AGG 0.380986 3.3:-18421354 None:intergenic
TTGATTGAGCAGAAAAGATT+GGG 0.388568 3.3:+18418758 MS.gene28255:intron
CTTTGTAACATTGTTTCATT+GGG 0.391227 3.3:+18421066 MS.gene28255:CDS
AATTGGTTCTTCTGCTTACC+AGG 0.392026 3.3:+18416377 MS.gene28255:CDS
TTTGTGATCGGCAACACTAT+TGG 0.400174 3.3:-18421987 None:intergenic
CTTGATTGAGCAGAAAAGAT+TGG 0.402024 3.3:+18418757 MS.gene28255:intron
GTTCATACTTTATCGCTTGA+AGG 0.402290 3.3:-18424612 None:intergenic
ACGTATTTAGAGCATCTTGC+AGG 0.404850 3.3:-18421399 None:intergenic
GGAAGGATCCGTAGCTTTCA+TGG 0.410802 3.3:-18416226 None:intergenic
TGGAGATAGGGTTAAGCATT+GGG 0.413839 3.3:+18421317 MS.gene28255:CDS
GCAGGCTACACAATACGATT+TGG 0.418910 3.3:+18425245 MS.gene28255:CDS
TAAAGATTATGAAAGAAATT+GGG 0.423732 3.3:+18418979 MS.gene28255:CDS
GATCCTAATACCATCTTTAC+GGG 0.424683 3.3:-18424560 None:intergenic
TCTTTACGGGCTACGTTGAC+TGG 0.425906 3.3:-18424547 None:intergenic
ACAAACAATGATATCATCCT+TGG 0.426317 3.3:+18422289 MS.gene28255:CDS
ATTGTATAAGGCCAAATATC+AGG 0.426496 3.3:+18421506 MS.gene28255:CDS
CTTCAAGACATTTGGAGATA+GGG 0.430530 3.3:+18421305 MS.gene28255:CDS
AAGGATGATATCATTGTTTG+TGG 0.430797 3.3:-18422287 None:intergenic
TACGTTGGAAATTGCTCTAC+TGG 0.433331 3.3:+18421417 MS.gene28255:CDS
TTTGCTCATCCAATTACATA+TGG 0.434508 3.3:+18422257 MS.gene28255:CDS
ATTCACACCAAGAAAATCAT+AGG 0.436183 3.3:-18422363 None:intergenic
GCTCTTGAAGATGAATATAA+GGG 0.448342 3.3:+18421100 MS.gene28255:CDS
ATGAAGAATGGTGTAGCTAT+TGG 0.450804 3.3:+18422598 MS.gene28255:CDS
TCGGCAACACTATTGGAATA+TGG 0.458003 3.3:-18421980 None:intergenic
TTTCAGGTGTTGGTCAATCA+AGG 0.463308 3.3:+18424512 MS.gene28255:intron
TTGGAGATAGGGTTAAGCAT+TGG 0.464172 3.3:+18421316 MS.gene28255:CDS
ACGATTTGGAATCATTTATG+TGG 0.466735 3.3:+18425259 MS.gene28255:CDS
GTGAAGGTGTCCCATATACT+TGG 0.479301 3.3:-18418580 None:intergenic
ACTATGCTGCTTCATTCAAC+AGG 0.482216 3.3:+18416325 MS.gene28255:CDS
TTGTGCAGACGGATTTGAAC+TGG 0.485462 3.3:+18423233 MS.gene28255:intron
GGAATTTGAGATGGCTATCA+TGG 0.493604 3.3:-18424588 None:intergenic
TTGATCACAGCAATGAAGAA+TGG 0.494021 3.3:+18422586 MS.gene28255:intron
ATTAATGAGGTCCTAGCAAA+TGG 0.496953 3.3:+18420901 MS.gene28255:CDS
AAGTGATGAGCAACAATGTA+GGG 0.499808 3.3:-18421456 None:intergenic
CAAGGGAGCAGTCAATCCTA+TGG 0.499863 3.3:+18420855 MS.gene28255:CDS
CATATTCCGACAGCTATGAA+TGG 0.500223 3.3:+18425219 MS.gene28255:CDS
GCTGCAAAAGTTCCTTCTCA+AGG 0.507675 3.3:+18425328 MS.gene28255:CDS
GTCAACGTAGCCCGTAAAGA+TGG 0.512028 3.3:+18424550 MS.gene28255:CDS
TATTCATCTTCAAGAGCTTG+TGG 0.514988 3.3:-18421094 None:intergenic
GACAGCTATGAATGGGATGC+AGG 0.518505 3.3:+18425227 MS.gene28255:CDS
CAATGAAACAATGTTACAAA+GGG 0.519446 3.3:-18421064 None:intergenic
ATGGTATCCATTAATGGTGT+AGG 0.519527 3.3:-18421361 None:intergenic
GAAGAATTTAAAATTATCAA+AGG 0.521384 3.3:+18422338 MS.gene28255:CDS
ATATTCCGACAGCTATGAAT+GGG 0.526380 3.3:+18425220 MS.gene28255:CDS
TGCTTGCATATCAGTGAAGT+AGG 0.529375 3.3:-18422438 None:intergenic
TGGTGTAGCTATTGGCTCCT+CGG 0.529880 3.3:+18422606 MS.gene28255:CDS
TCTACTTGCAGCTTTGTGAT+CGG 0.532372 3.3:-18421999 None:intergenic
CAAACAATGATATCATCCTT+GGG 0.536800 3.3:+18422290 MS.gene28255:CDS
GATTATGAAAGAAATTGGGT+TGG 0.537525 3.3:+18418983 MS.gene28255:CDS
TGGGAGAGGACCAAGTATAT+GGG 0.538174 3.3:+18418570 MS.gene28255:CDS
ATTTGAGTTATCCCTTGAGA+AGG 0.539367 3.3:-18425340 None:intergenic
GTCATGTTGATATGGGTTGG+TGG 0.541020 3.3:-18422416 None:intergenic
CAGGTGGAGAAGTGCCTCCA+TGG 0.544070 3.3:-18421380 None:intergenic
AAGGAGCATCAGATATAGAT+GGG 0.546298 3.3:+18418551 MS.gene28255:CDS
AAAGTGATGAGCAACAATGT+AGG 0.552733 3.3:-18421457 None:intergenic
GAGGGCGTTTACCATTTGCT+AGG 0.554661 3.3:-18420912 None:intergenic
ATCTGCAGCCATGAAAGCTA+CGG 0.558583 3.3:+18416218 None:intergenic
GAAGTAGGTCATGTTGATAT+GGG 0.560351 3.3:-18422423 None:intergenic
ACAAGATGATGAATTCCCTT+CGG 0.561063 3.3:-18423268 None:intergenic
CTCCAATATTACCACTGCTA+TGG 0.563780 3.3:-18418783 None:intergenic
CTACAATAATGTCATTAATG+AGG 0.565892 3.3:+18420888 MS.gene28255:CDS
GAATATTCTTGACCATGAGA+TGG 0.567125 3.3:-18419021 None:intergenic
CCAATGAAACAATGTTACAA+AGG 0.572524 3.3:-18421065 None:intergenic
CAGAGAAAAGAGATAGAAGA+GGG 0.572654 3.3:-18416247 None:intergenic
TTGTAGAATTTAACTCCCAT+AGG 0.573321 3.3:-18420871 None:intergenic
TGCATCCCATTCATAGCTGT+CGG 0.577051 3.3:-18425225 None:intergenic
CTTGAAGGAGGAATTTGAGA+TGG 0.583225 3.3:-18424597 None:intergenic
TATTTAGAGCATCTTGCAGG+TGG 0.583942 3.3:-18421396 None:intergenic
CTGCAAAAGTTCCTTCTCAA+GGG 0.584964 3.3:+18425329 MS.gene28255:CDS
GATATCATATACAGAGGGCA+AGG 0.588586 3.3:+18420837 MS.gene28255:intron
CATACAGATTCTCCATCTCA+TGG 0.592212 3.3:+18419009 MS.gene28255:CDS
TACACCATTAATGGATACCA+TGG 0.597109 3.3:+18421363 MS.gene28255:CDS
CATACTTTATCGCTTGAAGG+AGG 0.597183 3.3:-18424609 None:intergenic
AAGGGAGCAGTCAATCCTAT+GGG 0.598556 3.3:+18420856 MS.gene28255:CDS
ACCTGGATGTTGTTTAGTGA+AGG 0.598890 3.3:-18418596 None:intergenic
GCATCAGATATAGATGGGAG+AGG 0.600821 3.3:+18418556 MS.gene28255:CDS
GAAAAGAGATAGAAGAGGGA+AGG 0.602042 3.3:-18416243 None:intergenic
CAGAGATGGTGCAAATGTGA+AGG 0.602929 3.3:+18425181 MS.gene28255:intron
ATGTGAAGGGATACTATGCT+TGG 0.604808 3.3:+18425195 MS.gene28255:CDS
ACCTTCACTAAACAACATCC+AGG 0.605197 3.3:+18418595 MS.gene28255:CDS
CCAGAGAAAAGAGATAGAAG+AGG 0.607089 3.3:-18416248 None:intergenic
TAGGTCATGTTGATATGGGT+TGG 0.611086 3.3:-18422419 None:intergenic
CTGGCTATACGTCTATCCGA+AGG 0.617276 3.3:+18423252 MS.gene28255:CDS
GCAAGATGCTCTAAATACGT+TGG 0.618074 3.3:+18421402 MS.gene28255:CDS
AATGAAGCAGCATAGTGACT+TGG 0.634072 3.3:-18416318 None:intergenic
ATATCATATACAGAGGGCAA+GGG 0.643133 3.3:+18420838 MS.gene28255:intron
TGGCTATACGTCTATCCGAA+GGG 0.653262 3.3:+18423253 MS.gene28255:CDS
AATGCTTTGTGCATAATATG+TGG 0.655668 3.3:-18422393 None:intergenic
TGATTGAGCAGAAAAGATTG+GGG 0.664235 3.3:+18418759 MS.gene28255:intron
CAGACTCCCAAAATTCACAA+AGG 0.677592 3.3:+18422316 MS.gene28255:CDS
AAGATTGGGGACCATAGCAG+TGG 0.682015 3.3:+18418772 MS.gene28255:CDS
AGAGATGGTGCAAATGTGAA+GGG 0.682450 3.3:+18425182 MS.gene28255:intron
ATTCCAAAGAGAAAATCAGG+AGG 0.702676 3.3:-18416357 None:intergenic
ACCATTAATGGATACCATGG+AGG 0.703475 3.3:+18421366 MS.gene28255:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr3.3 gene 18416228 18425355 18416228 ID=MS.gene28255
chr3.3 mRNA 18416228 18425355 18416228 ID=MS.gene28255.t1;Parent=MS.gene28255
chr3.3 exon 18416228 18416398 18416228 ID=MS.gene28255.t1.exon1;Parent=MS.gene28255.t1
chr3.3 CDS 18416228 18416398 18416228 ID=cds.MS.gene28255.t1;Parent=MS.gene28255.t1
chr3.3 exon 18418547 18418616 18418547 ID=MS.gene28255.t1.exon2;Parent=MS.gene28255.t1
chr3.3 CDS 18418547 18418616 18418547 ID=cds.MS.gene28255.t1;Parent=MS.gene28255.t1
chr3.3 exon 18418770 18418828 18418770 ID=MS.gene28255.t1.exon3;Parent=MS.gene28255.t1
chr3.3 CDS 18418770 18418828 18418770 ID=cds.MS.gene28255.t1;Parent=MS.gene28255.t1
chr3.3 exon 18418972 18419047 18418972 ID=MS.gene28255.t1.exon4;Parent=MS.gene28255.t1
chr3.3 CDS 18418972 18419047 18418972 ID=cds.MS.gene28255.t1;Parent=MS.gene28255.t1
chr3.3 exon 18420851 18420922 18420851 ID=MS.gene28255.t1.exon5;Parent=MS.gene28255.t1
chr3.3 CDS 18420851 18420922 18420851 ID=cds.MS.gene28255.t1;Parent=MS.gene28255.t1
chr3.3 exon 18421056 18421143 18421056 ID=MS.gene28255.t1.exon6;Parent=MS.gene28255.t1
chr3.3 CDS 18421056 18421143 18421056 ID=cds.MS.gene28255.t1;Parent=MS.gene28255.t1
chr3.3 exon 18421275 18421527 18421275 ID=MS.gene28255.t1.exon7;Parent=MS.gene28255.t1
chr3.3 CDS 18421275 18421527 18421275 ID=cds.MS.gene28255.t1;Parent=MS.gene28255.t1
chr3.3 exon 18421929 18422044 18421929 ID=MS.gene28255.t1.exon8;Parent=MS.gene28255.t1
chr3.3 CDS 18421929 18422044 18421929 ID=cds.MS.gene28255.t1;Parent=MS.gene28255.t1
chr3.3 exon 18422256 18422470 18422256 ID=MS.gene28255.t1.exon9;Parent=MS.gene28255.t1
chr3.3 CDS 18422256 18422470 18422256 ID=cds.MS.gene28255.t1;Parent=MS.gene28255.t1
chr3.3 exon 18422596 18422627 18422596 ID=MS.gene28255.t1.exon10;Parent=MS.gene28255.t1
chr3.3 CDS 18422596 18422627 18422596 ID=cds.MS.gene28255.t1;Parent=MS.gene28255.t1
chr3.3 exon 18423241 18423343 18423241 ID=MS.gene28255.t1.exon11;Parent=MS.gene28255.t1
chr3.3 CDS 18423241 18423343 18423241 ID=cds.MS.gene28255.t1;Parent=MS.gene28255.t1
chr3.3 exon 18424518 18424626 18424518 ID=MS.gene28255.t1.exon12;Parent=MS.gene28255.t1
chr3.3 CDS 18424518 18424626 18424518 ID=cds.MS.gene28255.t1;Parent=MS.gene28255.t1
chr3.3 exon 18425184 18425355 18425184 ID=MS.gene28255.t1.exon13;Parent=MS.gene28255.t1
chr3.3 CDS 18425184 18425355 18425184 ID=cds.MS.gene28255.t1;Parent=MS.gene28255.t1
Gene Sequence

>MS.gene28255

ATGAAAGCTACGGATCCTTCCCTCTTCTATCTCTTTTCTCTGGCTACCCTTTTTGCTGTTGTCACTGGAACTGCATCACAACATGTGCATCCAAGTCACTATGCTGCTTCATTCAACAGGACCCTTTTTCCTCCTGATTTTCTCTTTGGAATTGGTTCTTCTGCTTACCAGGTTCATACCACCACATTATTAGCAACAATGCATTCCATTATTGACTTCCCACTAAATTTATTTTGCTTGTTTATACATAGCTCATCATAAAGGCCACTGTATTTCCGGTGTTTTCGATGTTCGTTTTAAATTAACTAGAATGCAAATCATATATTTTCGTCACCATTTCTTTAAAAAGGGATTAAAACTGGTCTAACATTTTCAGAAATTTTGAAAGTTGCAAAACATTGTTTTGAAAAGAAGTTTTTTAAACAACCTATGCTAATTTTGTAAGTATTGTTAGAATTATCCATATAATCGGGATCAATTCTTTATCTTCGTACCACTCTACTCTTTAACGTTTCACCCTAACCACAATCATGATTATATCACAGTTCTTGATATCACAGACAATGGCCATGAAATGTGGCTAATACAAACTCAATTGTGGCCATGTTGATATTGTTTAGACATCAAAACTATAATACTTTGATGTTGTTGTCAGGACTGTACCTGAGATTTTGAGTGTTCTATGCAAAGAATGAATTTTTTGTAATTTTTTTTTACATACAAGTATGAATTTTACGTGATATAATCATGACTTTATGTCAAAAACTGTGATATAATTGAAGCATAAAGATATGAATTGAAGCATGTACAATGACTTGAATTTTACAAAAACTTAATTCATGACTTTATGTCAAAAACTTAATTCATGACTTTATGTCAAAAACTCAATTCATAAATTTTGCATGCTTCAATAATGTCAAAAACTTAATTCATGACTTTATGTCAAAAACTTAATTCATGACTTTATGTCAAAAACTTTATGAAAACCGTGATACAGTAGAAACTCTTTAAATTGATACTCGGTAAATTAATAAACTCTCTAAAATAATAAATTTGTCCGGTCCCGACTTGGACCAATGTAAAAAATTGAAAAACTCGGTAAAATAATAAGATAATAATTTTTCAGGAGATCCCTTTATAATTTTCGGTCCCAAGAAAATCATAAATTAATAATTCATAGAAACTGAAAAAAAAAATATATTACACTCTATTGAAATATGATTCAATAGTTGTCTGTTTTCCTTTAAAGTTTAGAAGTCATTATTGATTTCCAATGCATATGAACACAGTAGTTACTAATTTACGTTGAGTCCCAAGGTTCGCTGCAACATAATTCTAAGAGGCATAAACTAATTTGCCTTTTTGTTTGGTATGTACAGTATAATTACTTAAAAACTCTTTAAATTAATAATTATTAATTTATCGATAAATTAATAACTCTCTAAATTAATATATTTCTCTGGTCCTGACATTATTAATTTATAGAGTTTCTACTGTACTTAATTCTTTATGCTTTAATAATGTCAAAATAATTGAAGCATGTACAATGACATTATGAAGCATAAAGTTTTTGACATTATGAACCTAATTCTACAAAATAATTGAAGCATGTACAATGACTTGAATTTTACAATGACTTTATGTCACCCTAACGTTTCACGTGCATTTACATATATAAATATATGGAAAATGCTACTTCTCAAGAAAAATAGCTTCAAGAATTTTTCAAGACACAGTTGGCAAATTTTAATTAGATGATTTATTTGTTCACTTCCTATTTTCCAGCCACACCTCCTTGAATTGTGGCAAATAGTGCATTGTGATTGGCTGCTCTTTATTCTTGAAGAATTCTTGATGTTATTTTTCTAGAGATATAGCATTGCTCTAAATATATTTAACTTTCAATCAGTAGAGTCCAATGACTTGATGCCTCAAAAAATATGAGGCCGTGTGCGATCAAACACGGTAAACATGCTCAAGACCGTCATTGGTTGCTGCATATATTGCAATCTATCTTTTAAGATTATTGTTTGTCACTATGTGTATCGTGTTTGAGACAAGAAATTTGAATCGCTATATTTGTCACTATGTGTATCTTGGATTACGATTCTCTTAAGTAGAAAAAAAAATGAGGAAATAATGTGTTAATCTAAACCCCTAAAATATGGAATTTGAAAAAAATAATGGAGGATAATGTTGGTTTAGGGTTGAGATTAAAGACTTCAGAAAAAATTGAGAGCATTTTTTCCTTGTATCCTGGTGGAGATAATGTAAGCAAGAATCATTTACTATTTCCTTTTGTTTGTACAAATTTTTCAGGTAGAAGGAGCATCAGATATAGATGGGAGAGGACCAAGTATATGGGACACCTTCACTAAACAACATCCAGGTTACTCTATTTATTTTTTAATTTATTTATTTTAATTCTTTTTGGTTTATAGATAGATGAAATGATATATTTATTTATTTATCGAATATTTGAGCTCATGGACCACATTAACAAAAAATAAATTTTTCCTCTCTTTCCCTCTTGATTGAGCAGAAAAGATTGGGGACCATAGCAGTGGTAATATTGGAGCTGATTTTTATCATCGATACAAGGTAGGCTTGCTGAAAATTTTCGACAGTTTTTGTCTTAGTCTTTTGAGGAAAATAAATATAATCCATAAATATTTAATTTTCACATAAAAAAATTTATAAATATATTGAAGTAGAAAATTGTACATGCTTCAATTATTTTGTAGAGTGACATAAAGATTATGAAAGAAATTGGGTTGGACTCATACAGATTCTCCATCTCATGGTCAAGAATATTCCCAAGTAAGATAAGAATATTTCCAAGTAACATTTAAGTTGATTAATAAAGCCACATTCTCCTAGGAATCCGATGTTAACACAAAAAAGAAATATTCAAATATTACATGATTTTTTTGGGTGAAGATCCTCTCCATTTTAAGTTCTCTTCATTTGTTCCATTACTAAAGTTTTGGTGTATAAATGTGCAATTAATGTCTTCAATTCTTGAAATGTGTACATTTATATCATATATTTACTTCAAAACTATAGTAATTGACATTTCCATTTTATTTAGGAAATGGAGAGGATCTTCACCCGATTTTTTTACTGAAAAAATATTACAAGATTTTTTTACTGAAAAAATATTACAAGATTTTTATTACAAGATTTTTTACTAGCTCCAGTTGCTTTTACACTCTCTCTCAAGCACTCCCTCAATTATTGGTCCACATCATCAATTTTGTAAAACCAGCTACCTGCTAACCGGCTATGCTGGTTTACTCACACCATTTTTTTATTCAACTTAAAATAAAATAAAAAACACGCGCTGGAAAGAAAAAAAAATCTCATCTCAACAAAAAAAAAATAGCAAGTAGTTCCTCTCAGGGAAAAAAATCTCCATGATTGTTGTGTATCAAATCTAACTTCTGAGGCCAAAACAATATCAAACACAAACACAACAACCACATCTCATCTGGGTTCTTTGTTTAAAAATGGGTTCTTTGTTTACTGGGTTCTTTGATTTTTTGAATTTTTTTTCTTTCTCTCCATCTCTTCTCATCTGCAAATTAAAACCCACATTCATATGAAATTTGCTTTTAATTTTCAGCAAGTTTCAAAGTCCAGTTATGCATGTATAAAAATGGGTTCTTTGTTTCCTGGATAATCTTTGTACTCTAATTATTTGATTTGACAATTCCGTATGAATCCAAATTGATGCAGGTTCTTCAAAGGTAAACCACCCTTTTGACAAGTTGTGATGTCGATTCCCACTATGATATGCTTTATTTCTTGCAATATTAGCAATAGAAAGAACAATTATAACATTGTTTTTTAATTGAGACTCAAAATGAGAATGCTATAATCGTATTTCACTTCTTTTATCTTTGATAATTAGGAAAGTTGTTGTTAGATGGGGAAGACGACCTTCAATGGCTGTGGGTTGTTGTTAGATGGGGAAGACGACCCTTCAATGGCTGTGAAATCAACAGTAAAAAAAAAATATATTATTGTGCAGGTTTAGAATCGGTAGCCAAAAATATTTTTTAAAACATTGATGATGTGGACCAATAATTGAGGGAGTGTTTGAGAGAGAGTGTAAAAGCAACTGCAGCTAGCATTCCTCTTTTACGGAAATAGATGAAAACGTCTTTAATTCTTTTACCACTATGTGATGGATTAAGAGACGGGTTTCATTTGTCCTCGTGAGCTTAGCTCAGTTGGTATGAACAATGCATAATAATATACGTAAGGTCCGGGGTTCGAACTCCGACCACCAAATAAAAAGAGACGGGTTTCATTTATTTTATTTTTTATATAAAAAATTTCTTGTTAAATTTTGTTCGTTAGTGTAATTTTTTTCTAGAGGAATGCTAACAACACTCTCTTTTGAGCACTCTCTCTAGCACTGACTCTTTTATTGGGTGAAATCAATGTATGACCCACCACTTTATGTGGGTTCCATTTCCAAAGTGTAGGTCCCACATTGATTTCACCCAATAAAAGAGTGAGTGCTAGAGAGAGTGCTCAAAAGAGAGTATTGCTAGCATTTCTCTTTTTTCTAATATGTTTTAAGCGATACTGAGTTTGCAATGATATCATATACAGAGGGCAAGGGAGCAGTCAATCCTATGGGAGTTAAATTCTACAATAATGTCATTAATGAGGTCCTAGCAAATGGTAAACGCCCTCATATAATCACTATTTGAATGATCAATTTTTTAATTAGTTTATTTTATAAATATTAAAAGAAAAAAAATCTACAACTATATGCGAAGTTGTGAACTAAATTTTTTTATATATACGGTGGCAGGCTTGATACCCTTTGTAACATTGTTTCATTGGGATCTTCCACAAGCTCTTGAAGATGAATATAAGGGATTTCTAAGTCCTAAAGTAGTGTAAGCTTAAGTAACATCCTATTGCAAAGATAAAATAAATTTATCCTATTAAATTTATTATTTTCTAAAGAAAACAACAAAAAAGTTAGTAATTGTATATTAACTTATTCTTAATTTAATGAATAAAATAGGAAGGATTTTGAAGCCTATGCTGATTTTTGCTTCAAGACATTTGGAGATAGGGTTAAGCATTGGGTGACACTTAATGAGCCTGTTTCCTACACCATTAATGGATACCATGGAGGCACTTCTCCACCTGCAAGATGCTCTAAATACGTTGGAAATTGCTCTACTGGTGACTCAACTACAGAACCCTACATTGTTGCTCATCACTTTATACTTTCTCATGCTGCTGCAGCCAAATTGTATAAGGCCAAATATCAGGTAATATGATCATAATTTTATCAGTCAAAATTCATATAGTCAATCAAATGTGTGAGCTAGTCTCATTCTTTATTTAAAAATTATGCTCTTAAAAAAGAAAATCATTCTTCTCACTTATGAAATTGCTCATTCACTGCATCAACGGCAGTTAATTGCCACTCGACATTTTTCATCGGCAGAGCAGAAGTTAACTGCCGCTGACACTTTTAAGATCGATCAAACCGAATTAAAAAGTGGTTGTGTTAACTACTCTAAAAAATGTCGAGTGACAGTTACTGCCGTTAATGTAGTGAATGAGCAATTTCATAAGTGAGAAGAGTAATTTTCATTAAAAAATGTATTTATAGTGTAATTTTTTTTGTTTATTATACAATTGATGAAATTTATGTTTGGTGCCATAGGCTCATCAAAAAGGAAAAATTGGAATTACCTTAATTACTCACTACTATGAACCATATTCCAATAGTGTTGCCGATCACAAAGCTGCAAGTAGAGCACTTGACTTTTTATTTGGATGGTATGTATAATCTATTGAAACTTATTTTCTTTTCCTTAATTTAAAAAATAAAGAATAAGAAGATTATTATTGGTTTTTGTCAAAAAAAAAAAAGAAGATTATTATTGGTTAAAATGATAATCATAATAATAATGAGTAATGACCGTTTTATGAAAATAAACATTGATTTTTTTGGTACACAATATGATTGAACTTAATATTTATTTTTCAGGTTTGCTCATCCAATTACATATGGTCACTATCCACAAACAATGATATCATCCTTGGGTAACAGACTCCCAAAATTCACAAAGGAAGAATTTAAAATTATCAAAGGTTCCTATGATTTTCTTGGTGTGAATTATTACACCACATATTATGCACAAAGCATTCCACCAACCCATATCAACATGACCTACTTCACTGATATGCAAGCAAATCTCGTTCGTAAGTATTTATGGAAAAATGTCCATTAAAATAAGCCAATTATATAAAAAAAAATCTGTTGTATTTTAATTTTTAACATTGAACTAATTAAAAACACATGCACTAACTTTTTTTCTTGATCACAGCAATGAAGAATGGTGTAGCTATTGGCTCCTCGGTATGATCTTTTATTTTTGTGGCAATTTCTGTATGTGTTGTTTTTCTTGGCTTATTTGTTTACAAATGTACACCAATTTTTTCATGTCATATAGCAATTTTTCATGACATATAGCAATGTTTTTCTTCCATTTGTTTCGAACAAAATCACAAACAAATGCAACCTATGAAGCTACAATAGCTATATTATGATGCGGTTGTGAACATGGTTGAACATATCTTTTAAACCTCTATTGGTGTGTTAGCTTGCTAAAAAAAGACATTATGACAAGACAATTTCAGTTGTACTATATTTGATTTAAAAACTGTTTTAAGGATAAGATAAATTAGCACAACAAAATAAGATAAAAAGTGAAATTCTTAGTTGTCACTAAACTACAACACAACTTTTTGTTGTAAGTATAAATTTTTTAAAATATCAAACTAACATTTTGTCCATCAAACATCGATTAATTAGTTTATCTTGTGTTATTCTATCTTATGTTGTGTTGTTATGTCAAATACTTACCTTTTAACGTATCAACGCTCCTTGTATCATGTAAAGAGAAAAAAATACCATATAATGCTTTGGGCCTTTTGATACTTAGTGAAGCAAAACTTTATGGTTTGTGCAGACGGATTTGAACTGGCTATACGTCTATCCGAAGGGAATTCATCATCTTGTGACACACATCAAAGATACATACAAGAATCCACCAGTGTACATTACTGAAAATGGTAATTGTATATGTTTATATAAACCTTTTTTCATTATTTAGTATAGAGACACCCATATTAGGAAGAAGCAATAAGTCGCTATAAGGAGGATAATTTGGTGAAGCCATGTTCAAATTCTTGTAGTGTTAAAGCTGAGAATCCTATGCAATCAATTAATTGAGTAAGTGATTAGTATCATCATCATCCAAATTAAGCATCAAAACTATGGAGATACCCTAATGGACATACTTACATAACAGCAATTCTTGAATTATATTATTTGTTGTGAATTAGGACTCAAAATCACACCAATAAATTTAGACGTGTGAAGCAAAAGGAAGTAGTAACTTCAAGCAACAACAATAACAAACTTAGATCTAATATAGGAATAAAGTGTAAAACAGAAAACCACAAGTAAAAGATAAATAGAGAAGAGAAACAAACACACCAAGAAATGTTTACCCAATTCGGTCTAAGAATGGCCTACTTTGGGGGAGAGAGAAATTTTCGTTTCACTATCGACAAGTTTTTTTACAAAGAGATACAAAAGGGTTCTAAGAAATTAGCTTCAACAAGCTCTCCAAGAACAAACCTAATTTCTACCCATTTTCCGATCTCTTCCCATGAACATGACACTCAATGATTTTCACTCACCCAATGTGTTTACAAATGTTTTCAAACTCAAGAGAACCTCTCAACAGAACGCTCACCAAAGACCCTCAACCCTAAAGTGACCTCCTTTGATTTCCCAAGTTTCTCTCTCTTTTCAAATAGTGCTCAAATGTATCACGATTTTCCTAAATCGTGTCACTATAAGGCTAGTACACAATACAATATTATGTCCATATCCCAAAATCGTGCTATGATTTTTACCATTGCGCCACAATTTTCTACCAGTAGCTACACCTGCATTTTGCCTAAAAATCGTGCCACGATTGTCAACTTCCCAAACTTTAAAAATTTGAGTCAAGTTACAACATTATTGAACACATATTAATCAATTAACTCTTAGGAAAATAGGTTTCATTATCTATAGTTCTAATTTCTTTTTCGCTATCCATAGTTCTTAACCCTACCTAGCTAAATGTCTGGACCATAAAAATACATCTAGATAACTAAATATTCAATTGAATGAGTATTATTTGTATTGAATGAGTGTTTTAATTAGATTATTTGTTTTGTGAATATGTTTCAGGTGTTGGTCAATCAAGGAATGACTCAATACCAGTCAACGTAGCCCGTAAAGATGGTATTAGGATCAGATACCATGATAGCCATCTCAAATTCCTCCTTCAAGCGATAAAGTATGAACTAGTCAATTTCATTTTTCTTGCAAAGAGTAGTAGATTGAAGAGTATGCCTAGATTTACAAGTTTCCCTAATTCTATTTCACTATATTATTATTACTTTATAATGTTATCTGACAGAATTTCTCAATAATTTCCTCAAAAAAAAAAATCTTAATAAACACCAAAATATTATAAACTCAATTTTTTGTTGGTTAGATTAGTGTAATTAGCATGTTCGACTGAGAAGTCACTTGGTTGAGAGATTCTCTCTTCAACCTCGAGATACTTGGTTTGAGTCACGGAACCTGAGCATGTTCGACAAGATATCCTTGTAGATTAGACTCTTTGAACCTGTTAATTGTGAGATTAATTCTCGAGTAGGCAGCAAAATATTAGGGTTTTTTGATGATTGTTGGACTACCTTTGAAAGTAACGACTCTAAAAATCGAACTCGCATATTTTCATAGGGGAGAGTCATGCTACCTCTTTAAACTTTTTATATAAACAAAAACAGTTCCTAAATACCTCATAAAGAATTGATTATGGTAACTTTTTGGTCCTTTTTGTTGCAGAGATGGTGCAAATGTGAAGGGATACTATGCTTGGTCATATTCCGACAGCTATGAATGGGATGCAGGCTACACAATACGATTTGGAATCATTTATGTGGATTTCATTAACAATTTGAAAAGATATCCCAAGTACTCTGCTTTTTGGCTGCAAAAGTTCCTTCTCAAGGGATAA
Protein sequence

>MS.gene28255.t1

MKATDPSLFYLFSLATLFAVVTGTASQHVHPSHYAASFNRTLFPPDFLFGIGSSAYQVEGASDIDGRGPSIWDTFTKQHPEKIGDHSSGNIGADFYHRYKSDIKIMKEIGLDSYRFSISWSRIFPKGKGAVNPMGVKFYNNVINEVLANGLIPFVTLFHWDLPQALEDEYKGFLSPKVVKDFEAYADFCFKTFGDRVKHWVTLNEPVSYTINGYHGGTSPPARCSKYVGNCSTGDSTTEPYIVAHHFILSHAAAAKLYKAKYQAHQKGKIGITLITHYYEPYSNSVADHKAASRALDFLFGWFAHPITYGHYPQTMISSLGNRLPKFTKEEFKIIKGSYDFLGVNYYTTYYAQSIPPTHINMTYFTDMQANLVPMKNGVAIGSSTDLNWLYVYPKGIHHLVTHIKDTYKNPPVYITENGVGQSRNDSIPVNVARKDGIRIRYHDSHLKFLLQAIKDGANVKGYYAWSYSDSYEWDAGYTIRFGIIYVDFINNLKRYPKYSAFWLQKFLLKG