AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene000031

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene000031.t1 MTR_3g033790 97.959 490 10 0 1 490 1 490 0.0 1000
MS.gene000031.t1 MTR_3g033810 87.830 493 57 2 1 490 1 493 0.0 904
MS.gene000031.t1 MTR_4g083000 51.153 477 218 4 18 480 27 502 6.51e-179 511
MS.gene000031.t1 MTR_4g081530 49.084 491 224 6 15 485 20 504 3.94e-172 494
MS.gene000031.t1 MTR_6g078450 48.954 478 230 5 17 480 34 511 7.22e-168 484
MS.gene000031.t1 MTR_3g026280 49.375 480 226 6 13 479 16 491 1.84e-165 477
MS.gene000031.t1 MTR_6g078380 48.958 480 230 5 16 480 33 512 3.25e-165 477
MS.gene000031.t1 MTR_0110s0040 50.636 472 218 6 19 479 43 510 1.52e-164 475
MS.gene000031.t1 MTR_2g098790 48.117 478 230 6 19 480 38 513 1.57e-164 475
MS.gene000031.t1 MTR_2g098520 48.109 476 233 5 19 480 34 509 1.03e-163 473
MS.gene000031.t1 MTR_0110s0030 50.000 472 221 6 19 479 43 510 1.72e-163 473
MS.gene000031.t1 MTR_2g098540 47.899 476 234 5 19 480 31 506 2.74e-162 469
MS.gene000031.t1 MTR_5g044000 47.200 500 223 7 18 479 24 520 4.15e-161 467
MS.gene000031.t1 MTR_4g066630 49.263 475 227 5 19 479 39 513 7.98e-161 466
MS.gene000031.t1 MTR_4g066240 48.000 475 233 5 20 480 37 511 3.80e-160 464
MS.gene000031.t1 MTR_4g066580 47.934 484 228 7 19 483 39 517 4.81e-160 464
MS.gene000031.t1 MTR_4g066590 49.170 482 230 6 19 486 33 513 7.90e-160 463
MS.gene000031.t1 MTR_6g078330 47.899 476 234 5 19 480 37 512 2.65e-159 462
MS.gene000031.t1 MTR_4g066240 47.899 476 233 6 20 480 37 512 1.85e-158 460
MS.gene000031.t1 MTR_4g023000 46.458 480 241 5 13 480 18 493 1.75e-157 456
MS.gene000031.t1 MTR_4g066330 48.188 469 219 7 19 480 41 492 5.38e-157 455
MS.gene000031.t1 MTR_3g026400 45.570 474 246 4 20 482 38 510 1.08e-156 455
MS.gene000031.t1 MTR_3g028720 46.488 484 235 7 19 483 38 516 6.95e-156 454
MS.gene000031.t1 MTR_3g026620 46.105 475 242 5 20 482 39 511 1.29e-154 450
MS.gene000031.t1 MTR_4g066210 46.694 484 240 6 19 486 43 524 1.40e-153 448
MS.gene000031.t1 MTR_4g066640 46.835 474 240 6 19 480 39 512 1.43e-153 447
MS.gene000031.t1 MTR_2g079580 45.585 487 252 4 16 490 29 514 3.09e-153 447
MS.gene000031.t1 MTR_2g098540 47.702 457 225 5 38 480 6 462 6.63e-153 444
MS.gene000031.t1 MTR_5g071520 47.010 485 234 6 19 480 39 523 1.07e-152 446
MS.gene000031.t1 MTR_3g026400 44.491 481 251 6 13 482 4 479 3.07e-150 437
MS.gene000031.t1 MTR_4g066280 45.929 479 237 6 8 480 30 492 4.05e-150 438
MS.gene000031.t1 MTR_2g079550 45.082 488 253 5 16 490 27 512 4.38e-147 431
MS.gene000031.t1 MTR_2g022710 43.347 496 264 6 7 487 22 515 2.99e-144 424
MS.gene000031.t1 MTR_4g083000 49.754 406 189 4 89 480 4 408 3.34e-144 419
MS.gene000031.t1 MTR_4g131810 45.053 475 238 6 24 479 33 503 2.27e-143 421
MS.gene000031.t1 MTR_4g066340 46.759 432 217 4 62 480 7 438 1.21e-142 417
MS.gene000031.t1 MTR_4g015420 43.737 487 242 6 13 484 59 528 3.38e-142 419
MS.gene000031.t1 MTR_2g022760 45.417 480 245 6 26 490 43 520 1.56e-139 412
MS.gene000031.t1 MTR_4g131800 45.135 483 249 5 12 480 509 989 1.47e-138 424
MS.gene000031.t1 MTR_6g078450 47.170 424 210 5 17 426 34 457 2.92e-137 404
MS.gene000031.t1 MTR_2g043200 45.708 466 227 6 24 480 70 518 4.10e-137 405
MS.gene000031.t1 MTR_4g016920 42.647 476 251 7 20 483 28 493 3.53e-133 395
MS.gene000031.t1 MTR_4g066630 48.655 409 196 5 19 413 39 447 4.39e-133 393
MS.gene000031.t1 MTR_4g015460 43.187 477 240 7 18 480 41 500 8.15e-133 394
MS.gene000031.t1 MTR_7g068910 41.875 480 257 6 13 480 25 494 8.42e-130 387
MS.gene000031.t1 MTR_4g066630 49.741 386 180 5 19 390 39 424 9.29e-129 382
MS.gene000031.t1 MTR_3g028720 45.894 414 200 7 19 413 38 446 3.32e-127 378
MS.gene000031.t1 MTR_1g088610 41.770 486 253 10 20 490 28 498 3.58e-127 384
MS.gene000031.t1 MTR_1g088610 37.288 118 66 3 365 480 502 613 8.92e-18 86.7
MS.gene000031.t1 MTR_5g068740 42.149 484 235 11 20 480 28 489 5.31e-127 379
MS.gene000031.t1 MTR_7g068910 41.020 490 257 7 13 480 25 504 1.00e-126 379
MS.gene000031.t1 MTR_6g078330 45.926 405 206 4 89 480 4 408 1.66e-126 375
MS.gene000031.t1 MTR_4g066580 48.346 393 179 7 17 390 37 424 3.69e-125 372
MS.gene000031.t1 MTR_7g033860 39.425 487 281 8 2 479 30 511 4.48e-125 374
MS.gene000031.t1 MTR_4g066240 47.273 385 189 5 20 390 37 421 2.70e-123 367
MS.gene000031.t1 MTR_3g028720 47.059 391 183 7 19 390 38 423 8.72e-123 365
MS.gene000031.t1 MTR_2g079580 45.995 387 197 3 16 390 29 415 7.39e-120 358
MS.gene000031.t1 MTR_0110s0040 54.487 312 132 2 19 321 43 353 4.72e-119 355
MS.gene000031.t1 MTR_2g022710 42.299 435 235 5 7 426 22 455 1.36e-118 356
MS.gene000031.t1 MTR_4g067040 48.128 374 181 4 19 379 34 407 2.04e-118 353
MS.gene000031.t1 MTR_2g022710 42.299 435 235 5 7 426 22 455 2.10e-118 356
MS.gene000031.t1 MTR_6g078330 45.407 381 196 3 112 480 28 408 6.44e-117 350
MS.gene000031.t1 MTR_4g066630 51.393 323 145 3 19 329 39 361 4.56e-115 344
MS.gene000031.t1 MTR_3g026400 51.603 312 140 3 20 321 38 348 5.66e-115 343
MS.gene000031.t1 MTR_6g078330 49.847 327 152 3 19 333 37 363 2.97e-114 342
MS.gene000031.t1 MTR_0108s0030 38.136 472 263 8 21 485 5 454 3.59e-114 344
MS.gene000031.t1 MTR_2g022710 43.609 399 209 5 7 390 22 419 2.21e-113 341
MS.gene000031.t1 MTR_2g022760 44.444 405 209 5 89 479 4 406 2.36e-113 341
MS.gene000031.t1 MTR_2g022710 41.505 412 225 5 90 487 5 414 2.69e-112 338
MS.gene000031.t1 MTR_4g067040 48.711 349 166 4 19 354 34 382 1.55e-111 335
MS.gene000031.t1 MTR_4g066640 46.724 351 176 5 19 358 39 389 8.81e-110 331
MS.gene000031.t1 MTR_3g028720 48.903 319 151 3 19 325 38 356 2.17e-109 330
MS.gene000031.t1 MTR_7g051510 39.957 468 261 8 20 479 76 531 2.42e-109 335
MS.gene000031.t1 MTR_2g022710 43.411 387 204 4 7 379 22 407 3.88e-109 330
MS.gene000031.t1 MTR_7g051610 39.103 468 265 9 20 479 76 531 7.56e-106 326
MS.gene000031.t1 MTR_7g051650 38.806 469 266 8 20 479 76 532 3.21e-105 324
MS.gene000031.t1 MTR_1g088630 38.646 458 227 12 38 480 14 432 1.48e-104 320
MS.gene000031.t1 MTR_4g016920 40.732 410 221 7 86 483 1 400 6.28e-104 317
MS.gene000031.t1 MTR_2g022710 47.692 325 160 2 7 321 22 346 7.08e-104 317
MS.gene000031.t1 MTR_7g051650 38.380 469 264 9 20 479 76 528 1.93e-103 320
MS.gene000031.t1 MTR_7g068900 40.706 425 207 9 80 480 16 419 4.00e-102 315
MS.gene000031.t1 MTR_1g088630 44.695 311 134 5 21 320 29 312 1.23e-87 273
MS.gene000031.t1 MTR_0110s0020 56.579 228 89 2 19 237 43 269 1.89e-84 263
MS.gene000031.t1 MTR_1g088630 49.242 264 120 3 21 273 29 289 1.52e-83 261
MS.gene000031.t1 MTR_7g056747 36.453 406 233 9 81 479 10 397 1.80e-82 261
MS.gene000031.t1 MTR_4g016920 46.721 244 119 2 86 319 1 243 3.39e-76 242
MS.gene000031.t1 MTR_4g122980 26.651 424 229 14 78 482 175 535 6.75e-27 114
MS.gene000031.t1 MTR_8g038650 59.259 54 22 0 26 79 5 58 9.93e-15 72.4
MS.gene000031.t1 MTR_8g038650 35.227 88 57 0 233 320 57 144 8.44e-14 69.7
MS.gene000031.t1 MTR_5g069350 35.897 117 44 4 375 480 92 188 2.66e-12 65.9
MS.gene000031.t1 MTR_4g061170 58.696 46 17 1 427 470 23 68 3.55e-11 59.3
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene000031.t1 AT5G36890 71.247 473 133 3 21 490 18 490 0.0 734
MS.gene000031.t1 AT5G36890 71.489 470 130 4 21 486 18 487 0.0 729
MS.gene000031.t1 AT1G26560 50.840 476 218 6 19 479 32 506 5.85e-173 496
MS.gene000031.t1 AT3G18080 50.633 474 218 6 19 480 39 508 1.02e-167 483
MS.gene000031.t1 AT3G18070 48.523 474 220 7 19 480 30 491 3.71e-163 471
MS.gene000031.t1 AT3G18070 48.734 474 225 7 19 480 30 497 1.60e-162 469
MS.gene000031.t1 AT5G54570 48.434 479 230 7 17 479 28 505 8.93e-162 469
MS.gene000031.t1 AT2G44480 45.303 479 249 5 19 484 35 513 7.16e-152 443
MS.gene000031.t1 AT2G44480 45.303 479 249 5 19 484 66 544 1.12e-151 444
MS.gene000031.t1 AT3G60140 45.436 493 249 7 18 490 25 517 5.33e-151 443
MS.gene000031.t1 AT2G44450 44.969 487 251 5 11 484 23 505 7.47e-151 440
MS.gene000031.t1 AT5G44640 45.397 478 243 6 18 481 30 503 8.80e-151 440
MS.gene000031.t1 AT5G24550 46.138 479 241 6 19 480 32 510 4.43e-149 437
MS.gene000031.t1 AT5G42260 46.186 472 236 6 18 475 30 497 7.10e-149 435
MS.gene000031.t1 AT2G44470 44.491 481 251 6 15 479 25 505 6.97e-144 425
MS.gene000031.t1 AT3G60130 43.827 486 252 7 18 486 29 510 1.62e-143 422
MS.gene000031.t1 AT1G61820 44.676 479 247 7 22 484 33 509 9.27e-143 420
MS.gene000031.t1 AT1G61810 44.016 493 260 6 9 486 23 514 5.02e-141 416
MS.gene000031.t1 AT5G24540 46.764 479 238 6 19 480 32 510 9.22e-141 415
MS.gene000031.t1 AT1G02850 44.211 475 240 8 18 480 25 486 4.16e-140 412
MS.gene000031.t1 AT2G25630 44.118 476 231 7 18 479 29 483 6.92e-139 409
MS.gene000031.t1 AT1G47600 43.852 488 250 10 4 479 34 509 3.22e-136 403
MS.gene000031.t1 AT4G21760 44.681 470 239 6 24 479 59 521 6.42e-136 403
MS.gene000031.t1 AT1G47600 43.648 488 250 11 4 479 34 508 6.58e-136 402
MS.gene000031.t1 AT1G51470 43.443 488 252 10 4 479 34 509 1.65e-135 401
MS.gene000031.t1 AT1G61810 44.850 466 242 5 9 459 23 488 2.55e-135 402
MS.gene000031.t1 AT5G54570 46.118 425 213 6 17 426 28 451 6.81e-135 397
MS.gene000031.t1 AT1G02850 42.169 498 240 9 18 480 25 509 1.02e-134 399
MS.gene000031.t1 AT1G02850 42.084 499 240 10 18 480 25 510 8.15e-133 394
MS.gene000031.t1 AT4G21760 44.043 470 232 7 24 479 59 511 5.11e-131 390
MS.gene000031.t1 AT5G54570 47.044 406 199 6 89 479 4 408 7.29e-131 387
MS.gene000031.t1 AT2G44490 41.118 501 271 10 13 490 8 507 1.31e-130 390
MS.gene000031.t1 AT2G44460 44.513 483 248 9 21 486 31 510 9.33e-130 389
MS.gene000031.t1 AT4G27830 42.405 474 246 9 20 479 24 484 1.36e-129 386
MS.gene000031.t1 AT1G02850 42.316 475 222 9 18 480 25 459 7.29e-129 383
MS.gene000031.t1 AT3G60120 42.245 490 262 9 9 480 4 490 7.94e-129 385
MS.gene000031.t1 AT2G44480 43.796 411 219 4 86 484 1 411 8.46e-127 375
MS.gene000031.t1 AT3G62750 42.457 464 249 9 20 479 24 473 1.05e-126 378
MS.gene000031.t1 AT4G22100 40.909 484 256 10 21 489 24 492 1.14e-126 378
MS.gene000031.t1 AT3G62750 42.457 464 249 9 20 479 50 499 3.89e-126 377
MS.gene000031.t1 AT2G32860 42.268 485 254 10 16 479 91 570 1.35e-125 379
MS.gene000031.t1 AT2G32860 41.701 482 262 8 16 479 91 571 2.31e-125 379
MS.gene000031.t1 AT4G27820 41.895 475 247 8 20 480 24 483 2.39e-123 370
MS.gene000031.t1 AT1G75940 42.245 490 251 12 20 483 38 521 1.67e-122 369
MS.gene000031.t1 AT1G66280 41.975 486 258 9 17 483 34 514 5.50e-122 367
MS.gene000031.t1 AT3G21370 41.548 491 259 13 15 482 29 514 8.42e-122 367
MS.gene000031.t1 AT1G60090 40.126 476 253 9 20 480 25 483 1.09e-121 365
MS.gene000031.t1 AT1G45191 40.042 472 255 8 20 480 30 484 4.33e-121 364
MS.gene000031.t1 AT1G60090 39.834 482 253 9 20 480 25 490 5.80e-120 361
MS.gene000031.t1 AT5G25980 40.733 491 267 12 14 486 45 529 6.24e-120 362
MS.gene000031.t1 AT1G45191 40.126 476 260 9 20 480 30 495 1.98e-118 357
MS.gene000031.t1 AT3G62740 40.085 469 258 9 20 479 24 478 2.18e-118 357
MS.gene000031.t1 AT1G66270 41.237 485 261 9 18 483 35 514 2.85e-118 357
MS.gene000031.t1 AT1G45191 39.706 476 257 9 20 480 30 490 6.37e-118 356
MS.gene000031.t1 AT1G52400 41.068 487 255 11 18 480 38 516 2.27e-117 355
MS.gene000031.t1 AT1G52400 41.068 487 255 11 18 480 38 516 2.27e-117 355
MS.gene000031.t1 AT1G45191 39.669 484 263 9 20 480 30 507 3.13e-117 355
MS.gene000031.t1 AT2G44470 42.488 426 230 5 15 425 25 450 1.64e-116 350
MS.gene000031.t1 AT3G09260 40.496 484 267 9 18 483 34 514 1.67e-116 353
MS.gene000031.t1 AT3G60130 41.706 422 226 6 81 486 41 458 1.84e-116 350
MS.gene000031.t1 AT5G28510 41.344 491 258 11 18 483 38 523 3.83e-116 352
MS.gene000031.t1 AT1G66270 40.825 485 261 10 18 483 35 512 1.08e-114 348
MS.gene000031.t1 AT5G26000 40.156 513 270 13 2 485 17 521 2.30e-114 348
MS.gene000031.t1 AT3G18070 50.949 316 143 3 19 325 30 342 1.45e-113 340
MS.gene000031.t1 AT3G60140 44.845 388 199 5 18 390 25 412 6.02e-113 342
MS.gene000031.t1 AT1G61810 42.476 412 222 5 89 486 4 414 6.26e-113 340
MS.gene000031.t1 AT3G03640 40.166 483 261 12 21 480 36 513 1.84e-112 343
MS.gene000031.t1 AT5G24540 43.972 423 221 5 19 425 32 454 2.99e-111 337
MS.gene000031.t1 AT3G60130 40.758 422 219 7 81 486 41 447 5.49e-110 333
MS.gene000031.t1 AT1G61810 44.081 397 207 5 9 390 23 419 4.98e-108 328
MS.gene000031.t1 AT3G62750 41.748 412 223 8 20 428 50 447 4.26e-107 327
MS.gene000031.t1 AT1G02850 42.015 407 195 7 18 390 25 424 5.06e-107 325
MS.gene000031.t1 AT2G44470 48.000 325 157 3 15 327 25 349 5.03e-105 319
MS.gene000031.t1 AT4G27830 40.777 412 217 9 86 483 1 399 7.60e-103 314
MS.gene000031.t1 AT3G18070 46.970 330 160 5 163 480 94 420 1.17e-101 311
MS.gene000031.t1 AT3G18070 52.459 61 29 0 19 79 30 90 2.14e-15 78.6
MS.gene000031.t1 AT3G62740 40.097 414 226 8 20 425 24 423 2.65e-101 310
MS.gene000031.t1 AT5G25980 40.187 428 234 10 15 426 46 467 6.45e-101 311
MS.gene000031.t1 AT5G25980 40.187 428 234 10 15 426 46 467 6.45e-101 311
MS.gene000031.t1 AT2G44480 46.364 330 165 4 19 337 66 394 1.68e-99 305
MS.gene000031.t1 AT3G62750 40.547 402 224 9 86 483 1 391 9.23e-99 303
MS.gene000031.t1 AT3G62750 40.547 402 224 9 86 483 1 391 9.23e-99 303
MS.gene000031.t1 AT1G61820 42.276 369 196 6 131 484 4 370 2.03e-98 301
MS.gene000031.t1 AT2G44450 41.341 358 195 3 138 484 1 354 2.81e-98 300
MS.gene000031.t1 AT4G27820 40.098 409 220 7 86 480 1 398 1.76e-97 300
MS.gene000031.t1 AT4G27820 40.098 409 220 7 86 480 1 398 1.76e-97 300
MS.gene000031.t1 AT5G26000 39.509 448 240 10 2 426 17 456 2.83e-96 298
MS.gene000031.t1 AT3G18070 46.624 311 151 5 182 480 1 308 1.08e-94 290
MS.gene000031.t1 AT3G62750 45.779 308 161 3 20 326 24 326 2.76e-94 290
MS.gene000031.t1 AT3G62750 45.779 308 161 3 20 326 24 326 2.76e-94 290
MS.gene000031.t1 AT1G45191 44.795 317 161 3 20 327 30 341 1.23e-93 290
MS.gene000031.t1 AT1G45191 44.795 317 161 3 20 327 30 341 1.53e-93 290
MS.gene000031.t1 AT3G62750 45.779 308 161 3 20 326 50 352 4.37e-93 290
MS.gene000031.t1 AT1G60270 41.689 367 189 7 20 373 25 379 1.44e-92 286
MS.gene000031.t1 AT1G52400 40.306 392 210 8 18 390 38 424 1.07e-90 284
MS.gene000031.t1 AT2G44460 42.507 367 192 8 136 486 1 364 2.14e-85 270
MS.gene000031.t1 AT1G61810 47.872 282 137 2 9 280 23 304 1.46e-83 261
MS.gene000031.t1 AT5G48375 36.782 435 213 10 15 444 34 411 2.50e-83 265
MS.gene000031.t1 AT2G44480 40.656 305 170 3 191 484 3 307 1.16e-82 258
MS.gene000031.t1 AT1G51490 41.641 329 169 10 8 326 13 328 1.28e-73 238
MS.gene000031.t1 AT1G60270 40.136 294 154 6 93 373 8 292 1.78e-66 216
MS.gene000031.t1 AT3G18070 43.983 241 123 3 163 391 94 334 1.89e-64 213
MS.gene000031.t1 AT3G18070 52.459 61 29 0 19 79 30 90 1.45e-15 78.6
MS.gene000031.t1 AT3G18070 43.243 222 114 3 182 391 1 222 1.38e-57 191
MS.gene000031.t1 AT5G16580 35.192 287 161 7 162 436 26 299 7.22e-48 167
MS.gene000031.t1 AT3G06510 27.336 428 245 16 81 482 159 546 3.08e-28 119
MS.gene000031.t1 AT3G06510 27.295 414 229 16 81 482 159 512 1.27e-27 117

Find 107 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
CCGTTCTCTGTGACGTAAAT+AGG 0.098161 3.1:-24526401 None:intergenic
TTTATCCTCCTCTGAGAATT+TGG 0.121491 3.1:-24525975 None:intergenic
CTTGTACTTGCTTCGGTAAA+TGG 0.219549 3.1:-24524912 None:intergenic
TTGAATTCTTTAGACTTTAT+TGG 0.222448 3.1:+24526007 MS.gene000031:CDS
ATTTCACATGTGACAGAATC+TGG 0.271078 3.1:+24526055 MS.gene000031:CDS
TTCTTGCATCCACTGTATTA+TGG 0.273368 3.1:+24525908 MS.gene000031:CDS
AGTCGTTCACGCATAGTTTC+AGG 0.280791 3.1:-24525938 None:intergenic
GAAACTTGCTTTGCAAGTTT+TGG 0.289507 3.1:+24524731 MS.gene000031:CDS
TGATCACTATCATCGGTATT+TGG 0.294765 3.1:+24523067 MS.gene000031:CDS
ATACTTTGCATGGTCATTAC+TGG 0.301471 3.1:+24528311 MS.gene000031:CDS
GTGGTAGAGGTCCTTGTATA+TGG 0.318294 3.1:+24522870 MS.gene000031:CDS
ACCCAAAGTCTTCTGCATAT+TGG 0.333496 3.1:+24528412 MS.gene000031:CDS
GTTGCTTATTTCTAGATAGA+AGG 0.338353 3.1:+24522833 MS.gene000031:intron
GTGGCTATATGTTGTTCCTT+GGG 0.339471 3.1:+24526334 MS.gene000031:CDS
TTCCCTTCCGACTTCGTCTT+CGG 0.345316 3.1:+24520495 MS.gene000031:CDS
CGTTCTCTGTGACGTAAATA+GGG 0.353604 3.1:-24526400 None:intergenic
ACCAATATGCAGAAGACTTT+GGG 0.355117 3.1:-24528413 None:intergenic
TGATGATGTGCTGCTAAGTA+TGG 0.360034 3.1:-24524863 None:intergenic
TTATCCTCCTCTGAGAATTT+GGG 0.362068 3.1:-24525974 None:intergenic
AGTGGCTATATGTTGTTCCT+TGG 0.380075 3.1:+24526333 MS.gene000031:CDS
TCTTCAATCTTATCAGAGTT+AGG 0.381995 3.1:-24525419 None:intergenic
ACCTCTACCACCCTCATTGC+TGG 0.384576 3.1:-24522858 None:intergenic
CTTATGTAACTTTGTACCAT+TGG 0.393477 3.1:+24524058 MS.gene000031:CDS
TTATGTAACTTTGTACCATT+GGG 0.404696 3.1:+24524059 MS.gene000031:CDS
AGTCGCCACTTCCGCTTATC+AGG 0.405190 3.1:+24520518 MS.gene000031:CDS
CAAGGTTATACTAAACGCTT+TGG 0.418075 3.1:+24528351 MS.gene000031:CDS
ATGTTGTTCCTTGGGGTCTT+CGG 0.421588 3.1:+24526342 MS.gene000031:CDS
CCCTTCAAACCGCAGTCAAT+GGG 0.423266 3.1:+24524789 MS.gene000031:CDS
TTATACTAAACGCTTTGGTT+TGG 0.427384 3.1:+24528356 MS.gene000031:CDS
CCCCTTCAAACCGCAGTCAA+TGG 0.429192 3.1:+24524788 MS.gene000031:CDS
ACCCATTGACTGCGGTTTGA+AGG 0.432694 3.1:-24524790 None:intergenic
ACTGCATCTTGATGATTCAA+TGG 0.437451 3.1:+24524089 MS.gene000031:CDS
GCAGTCAATGGGTATGATCT+TGG 0.439291 3.1:+24524800 MS.gene000031:CDS
GTTTGACCTTGTACTTGCTT+CGG 0.440391 3.1:-24524919 None:intergenic
GAAGAGTTTCTGAGAGAAAA+CGG 0.443964 3.1:+24520438 MS.gene000031:CDS
ATTAATGCTCTTCTAGAAAG+AGG 0.444581 3.1:+24523945 MS.gene000031:CDS
TATTGATCTTATAGCCAAGT+TGG 0.446830 3.1:+24523506 MS.gene000031:CDS
TATCCCTTCATCATTGACTT+TGG 0.448251 3.1:-24523904 None:intergenic
TTGGTGATAGAGTGAAGAAC+TGG 0.450789 3.1:+24524750 MS.gene000031:CDS
AACCAATATGCAGAAGACTT+TGG 0.453110 3.1:-24528414 None:intergenic
TCCACAGTTGAATGGGAAGA+TGG 0.455856 3.1:+24526194 MS.gene000031:intron
AGCAGCACATCATCAAATCT+TGG 0.456710 3.1:+24524871 MS.gene000031:CDS
ACTAAGGGTTCAATACTTCA+AGG 0.458856 3.1:+24527665 MS.gene000031:CDS
ATTGATCTTATAGCCAAGTT+GGG 0.461829 3.1:+24523507 MS.gene000031:CDS
AGATGCTAGATGACAAACTA+AGG 0.474342 3.1:+24527649 MS.gene000031:CDS
CCCATTGACTGCGGTTTGAA+GGG 0.475358 3.1:-24524789 None:intergenic
ACCAGCCAATCTGAAAATCT+AGG 0.476876 3.1:-24525463 None:intergenic
CATTTACCGAAGCAAGTACA+AGG 0.483784 3.1:+24524913 MS.gene000031:CDS
GGAACCAAAGTCAATGATGA+AGG 0.490644 3.1:+24523900 MS.gene000031:CDS
GCCAGCAATGAGGGTGGTAG+AGG 0.503943 3.1:+24522857 MS.gene000031:CDS
GCACAGGCGATGGAGAGAAT+TGG 0.504160 3.1:+24526097 MS.gene000031:CDS
CTGCATCTTGATGATTCAAT+GGG 0.506949 3.1:+24524090 MS.gene000031:CDS
CAATGGTACAAAGTTACATA+AGG 0.510785 3.1:-24524057 None:intergenic
TGGTAGAGGTCCTTGTATAT+GGG 0.516624 3.1:+24522871 MS.gene000031:CDS
GAAACTATGCGTGAACGACT+TGG 0.521373 3.1:+24525941 MS.gene000031:CDS
TCATCTAGCATCTCATGTAA+TGG 0.525554 3.1:-24527639 None:intergenic
TTTCGCGGTTTCTGAAAGAT+GGG 0.531690 3.1:+24528436 MS.gene000031:CDS
TTTATGGGTGTAGATGGCTT+AGG 0.532256 3.1:+24523879 MS.gene000031:intron
CACACCTTCAGTGTGTGTAA+AGG 0.536303 3.1:-24522897 None:intergenic
GTGTACCTGATAAGCGGAAG+TGG 0.536871 3.1:-24520523 None:intergenic
ATAGAAGGTGCCAGCAATGA+GGG 0.544689 3.1:+24522848 MS.gene000031:CDS
TGTTCCTTGGGGTCTTCGGA+AGG 0.546787 3.1:+24526346 MS.gene000031:CDS
ATTACTGGACAACTTCGAAT+GGG 0.548009 3.1:+24528326 MS.gene000031:CDS
GGCTGGTTGTAGACTGTGAA+TGG 0.548806 3.1:+24525390 MS.gene000031:CDS
TGGGAAGATGGTCAGCTCAT+TGG 0.550246 3.1:+24526206 MS.gene000031:CDS
GAAAGATGGGACAAACAAGA+AGG 0.551603 3.1:+24528449 MS.gene000031:CDS
CATTACTGGACAACTTCGAA+TGG 0.554051 3.1:+24528325 MS.gene000031:CDS
TGGCTATATGTTGTTCCTTG+GGG 0.561938 3.1:+24526335 MS.gene000031:CDS
ATACGTGGCATCAGTTGCGC+AGG 0.565109 3.1:+24527689 MS.gene000031:CDS
ACTCCGAAGACGAAGTCGGA+AGG 0.566587 3.1:-24520498 None:intergenic
TGGTCAGCTCATTGGTGAGA+AGG 0.568038 3.1:+24526214 MS.gene000031:CDS
TCTGTGACGTAAATAGGGGC+AGG 0.575565 3.1:-24526395 None:intergenic
CCTATTTACGTCACAGAGAA+CGG 0.576245 3.1:+24526401 MS.gene000031:CDS
TTACTACAACGCACAGGCGA+TGG 0.576833 3.1:+24526087 MS.gene000031:CDS
GACAACTTCGAATGGGCTCA+AGG 0.583519 3.1:+24528333 MS.gene000031:CDS
CCATTGACTGCGGTTTGAAG+GGG 0.584084 3.1:-24524788 None:intergenic
AAAATACTTGACAAAAGCAA+TGG 0.585232 3.1:+24523032 MS.gene000031:CDS
CTAAGGGTTCAATACTTCAA+GGG 0.585638 3.1:+24527666 MS.gene000031:CDS
ATCTAGGCGTCTAGCAGCAG+CGG 0.589286 3.1:-24525447 None:intergenic
CTCCGAAGACGAAGTCGGAA+GGG 0.598844 3.1:-24520497 None:intergenic
GTAAGCGCTAAAACCCAACT+TGG 0.599223 3.1:-24523520 None:intergenic
ATGTGAGAGGATACTTTGCA+TGG 0.603661 3.1:+24528301 MS.gene000031:CDS
GAACCAAAGTCAATGATGAA+GGG 0.606857 3.1:+24523901 MS.gene000031:CDS
TAGCAGTTGATCACTATCAT+CGG 0.610199 3.1:+24523060 MS.gene000031:CDS
TTGATGATTCAATGGGAGGA+TGG 0.610470 3.1:+24524097 MS.gene000031:CDS
GATAGAAGGTGCCAGCAATG+AGG 0.618430 3.1:+24522847 MS.gene000031:intron
ATTGAATCATCAAGATGCAG+TGG 0.618454 3.1:-24524087 None:intergenic
GTAAAGGCATCCCATATACA+AGG 0.624711 3.1:-24522881 None:intergenic
AAAGATGGGACAAACAAGAA+GGG 0.626543 3.1:+24528450 MS.gene000031:CDS
GAGACAGTGTACCTGATAAG+CGG 0.639999 3.1:-24520529 None:intergenic
GCTTCCCAAATTCTCAGAGG+AGG 0.640911 3.1:+24525970 MS.gene000031:CDS
AGGGATGGAGCAGATGTGAG+AGG 0.641641 3.1:+24528288 MS.gene000031:intron
GATGCTAGATGACAAACTAA+GGG 0.644557 3.1:+24527650 MS.gene000031:CDS
ATAACCTTCCGAAGACCCCA+AGG 0.652873 3.1:-24526350 None:intergenic
GGCGACTCCGAAGACGAAGT+CGG 0.658507 3.1:-24520502 None:intergenic
AAGTTATTACTACAACGCAC+AGG 0.659127 3.1:+24526081 MS.gene000031:CDS
GTTCTCTGTGACGTAAATAG+GGG 0.663178 3.1:-24526399 None:intergenic
GTCTAAATCACTATACAACA+AGG 0.663804 3.1:+24526029 MS.gene000031:CDS
TCAATACTTCAAGGGATACG+TGG 0.666638 3.1:+24527674 MS.gene000031:CDS
CATCTTGATGATTCAATGGG+AGG 0.667655 3.1:+24524093 MS.gene000031:CDS
GATGCCTTTACACACACTGA+AGG 0.682072 3.1:+24522893 MS.gene000031:CDS
GAAGGTGCCAGCAATGAGGG+TGG 0.687908 3.1:+24522851 MS.gene000031:CDS
AAGATCATACCCATTGACTG+CGG 0.693095 3.1:-24524798 None:intergenic
GGATACTCTCCATAATACAG+TGG 0.701274 3.1:-24525917 None:intergenic
GATGCAGTGGAAGATCCCAA+TGG 0.714924 3.1:-24524074 None:intergenic
GCATACAGGCAGCATCAGAG+TGG 0.723690 3.1:+24526315 MS.gene000031:intron
TCAGCTTCCCAAATTCTCAG+AGG 0.726175 3.1:+24525967 MS.gene000031:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr3.1 gene 24520426 24528485 24520426 ID=MS.gene000031
chr3.1 mRNA 24520426 24528485 24520426 ID=MS.gene000031.t1;Parent=MS.gene000031
chr3.1 exon 24520426 24520539 24520426 ID=MS.gene000031.t1.exon1;Parent=MS.gene000031.t1
chr3.1 CDS 24520426 24520539 24520426 ID=cds.MS.gene000031.t1;Parent=MS.gene000031.t1
chr3.1 exon 24522848 24522914 24522848 ID=MS.gene000031.t1.exon2;Parent=MS.gene000031.t1
chr3.1 CDS 24522848 24522914 24522848 ID=cds.MS.gene000031.t1;Parent=MS.gene000031.t1
chr3.1 exon 24523030 24523088 24523030 ID=MS.gene000031.t1.exon3;Parent=MS.gene000031.t1
chr3.1 CDS 24523030 24523088 24523030 ID=cds.MS.gene000031.t1;Parent=MS.gene000031.t1
chr3.1 exon 24523501 24523576 24523501 ID=MS.gene000031.t1.exon4;Parent=MS.gene000031.t1
chr3.1 CDS 24523501 24523576 24523501 ID=cds.MS.gene000031.t1;Parent=MS.gene000031.t1
chr3.1 exon 24523892 24523966 24523892 ID=MS.gene000031.t1.exon5;Parent=MS.gene000031.t1
chr3.1 CDS 24523892 24523966 24523892 ID=cds.MS.gene000031.t1;Parent=MS.gene000031.t1
chr3.1 exon 24524049 24524136 24524049 ID=MS.gene000031.t1.exon6;Parent=MS.gene000031.t1
chr3.1 CDS 24524049 24524136 24524049 ID=cds.MS.gene000031.t1;Parent=MS.gene000031.t1
chr3.1 exon 24524709 24524934 24524709 ID=MS.gene000031.t1.exon7;Parent=MS.gene000031.t1
chr3.1 CDS 24524709 24524934 24524709 ID=cds.MS.gene000031.t1;Parent=MS.gene000031.t1
chr3.1 exon 24525368 24525483 24525368 ID=MS.gene000031.t1.exon8;Parent=MS.gene000031.t1
chr3.1 CDS 24525368 24525483 24525368 ID=cds.MS.gene000031.t1;Parent=MS.gene000031.t1
chr3.1 exon 24525907 24526118 24525907 ID=MS.gene000031.t1.exon9;Parent=MS.gene000031.t1
chr3.1 CDS 24525907 24526118 24525907 ID=cds.MS.gene000031.t1;Parent=MS.gene000031.t1
chr3.1 exon 24526201 24526235 24526201 ID=MS.gene000031.t1.exon10;Parent=MS.gene000031.t1
chr3.1 CDS 24526201 24526235 24526201 ID=cds.MS.gene000031.t1;Parent=MS.gene000031.t1
chr3.1 exon 24526323 24526422 24526323 ID=MS.gene000031.t1.exon11;Parent=MS.gene000031.t1
chr3.1 CDS 24526323 24526422 24526323 ID=cds.MS.gene000031.t1;Parent=MS.gene000031.t1
chr3.1 exon 24527610 24527718 24527610 ID=MS.gene000031.t1.exon12;Parent=MS.gene000031.t1
chr3.1 CDS 24527610 24527718 24527610 ID=cds.MS.gene000031.t1;Parent=MS.gene000031.t1
chr3.1 exon 24528290 24528485 24528290 ID=MS.gene000031.t1.exon13;Parent=MS.gene000031.t1
chr3.1 CDS 24528290 24528485 24528290 ID=cds.MS.gene000031.t1;Parent=MS.gene000031.t1
Gene Sequence

>MS.gene000031

ATGGTAAAGAAAGAAGAGTTTCTGAGAGAAAACGGTTTTGAGAAAGAACAAAAAGTCTCACGCACTGACTTCCCTTCCGACTTCGTCTTCGGAGTCGCCACTTCCGCTTATCAGGTACACTGTCTCAATGCAGATTCACATTATCTCGATCTTGTTTTTTTTTTTCACTTGTAGCAAACTTTCTTACATTCATTATTCTTTAAATGTTCAATTTAATCTCTAAACTATGGATGTATTTTCGATGATCTGGTATCTGACACTAACTTTTGATGAATCAAGAATAGTATACATGATCACTAAATTAGTCCTTGACTTTGTAAAACACTTTTAGTTTTTTTTTTGTTTTTGTTTTTAGTTTTAAATTGGTTTTTTTTTCGTGGTGTCCGGGTTTTGAACCCTACACACCCCACTTATTCGCTTAGAAAAAGTGAATTTATAGCCGCTAGGCTACCTTACAAAAAAAATAGATTGATTACTTGTTTTATAATGTTAGTTGATGATTTTTTTTGTTAGATTACGATTGAATTGAGAAATAATAAGAAGAAAATGTATGTAAGTAATCACATTTGGTGTTGTAAACAGTTTTTGTACCTTCCACTCAATGTTAAATGGTCGTGTAAGAACTTTTTGACAAAGTTGGATGAAAAAGTGGATCCATTCGTTACAATTTCCAAATTAAAGAACTAACTTGTTCACTTTTACTGACATAAAGGGCCAATTTGAAATTAAAAATATAAAAGGATTAATATGGTTATAAACATTAAGATGCATTTGGCATATTTTTAAAAGGTTTGTGACTCTATTAAGCTGTCTCTATATTTATGCACCGGATGTCTATATTTTAACAACTTACAATTGATTTGATCCCTATGTTTAACTAGTTATTATCAATTTAGTCTCTAACATACTCTTAAAAGGACTGATATGAATAAAACTTGACCAAGTCAGGGACTTTTTTGAAATATTCATAATCAAAGAGATCTGTTTGAGAGCACATTACAAAGTGAGGGGCTAATTTGTTGGTTTACTCATTATTTATTATATATCTATAGTTTGCGACCAAATAGGAGAATGACGGTGTTAGTTTACGGACGAAATTGAGAAAATGGATTCCCTGTGTTTGAGATATTCCGACATTTGCGCAGACGGTGCATTGGTGACCATTGTATTCATATTCGATTAGACCCACATTATATGAAAGTTTTAATAATGTATTAATAATTCCAAAATAGTGAACTTAAAAGCCGAACCGACCGTTTTTGATTCAACATTCACTACTATATGTTGAGTGCATGAATTGAAGGATCTGGATTGGGGAATCATGATCATGATCCTGAAATTGATTTTTTTTTTTGTTACACCTGAGAAATCGATGGTTTGCAGTTGATTATTTATTACTTTGTTGAATGCAGATTCAAGCTAGCCTTGTCTTCTTTGCTTTTTGCTATCTTTTTTGTTATGGCAGCTTTAGTGGAACAAAATGATACTGCATTTATGTTTAGTTTTTGTTCTAGTTTTAACTTGCATCAAAGATGCAGATAACAGAACTTAGACGATCTCTTCTGTGTTATTCAAACATATCCACGGTTTGCAATGTTACCTATACTTTTGTTAGAATGAGTAAAAAATAAAAGTTTTAAATTTATAATGAGTTCATTTGGTTTCAAAAACGTTTAACTGGTGCTCTTACAAGGAATTATGTTGATTTATTTTCAAGATTTTGCACGTTTGATAGAGTTATTTAACCTTCGTTTATAATATTCAGCCAAAGAGAACTTTCCCTGGATCAACTTTGTTGCATGATAATGCAAGATGTTAATGTTGCTGTTTATTTTATGGGATGTTACTTAAAGTTTTATTTTTATGTTTTATGAAAGTAGTTCTAAAGTTTTTACTTGGACACCACTTTTGGTAGATCATACTTGAATGTTTAGGTTGTCAGAATCTTCAGAGTTCAATTTTGAAGCCATTCGAAAAAGAATTACATTATTGATCTATGATATGCTGCTTAGTAGCTTACTTTAATATAACCTCAGATAACAATTCTTGACATCTAAGTTGTTTTCCTTTCAAAATTTTGAACTTGTTGGTCCGATCCAAACTTTTCAGTTCTTCATTTTTCTCCTACTCTTTAGTCTATCTCTTGTATCTGAATTTGATTGTTTTAATATCATAATAGCTATAAATTGTAATCAACATGGAAGCAGGGTAATTGAGAATTCTTGAGTTGATAGTTGGTTCATTTAGAAATAATATTCCATTTTATGATATTCTATGATTGGCATGCATGGCTTAGAACTATGCCTTTTGACAAATTGTTCGTAGACTGAAATTTAATCAGATAAACATTGAGGAAATCGTATTTATAACAGATGGAAAACTTGTTCAATCAGATATTTAACTGATTGTTGCTTATTTCTAGATAGAAGGTGCCAGCAATGAGGGTGGTAGAGGTCCTTGTATATGGGATGCCTTTACACACACTGAAGGTGTGAGAACTGTCTTCACTAAAAAATTGTCAGACCCTTCACTATCATTTACTCAAATGGTGCTACTCGATGCAATGATGCTTCATTACTTATTGTGTGCTATTTGTTTTTGTAGGAAAAATACTTGACAAAAGCAATGGCGATGTAGCAGTTGATCACTATCATCGGTATTTGGTCAGTAATATCTTTCAGTTTTTATGTTTTCGATGTCCATCTTTCTTTTGCATAACTATTATCTTCGTATATGATTCCGTTTAATCTACGTATCTGATCCTACCAAGTGAGGAAACGTCTTTGTAGTCGTATGTATTATATTTTTGGATTGATTTTGGGTTAGAAATTAATACATTGCATATGCAATGATTCTTTTCAAGGGACTGGTTTTCTTTCATTATAAAGTGTCTGAGTTTCTTTTTTCTTTAATTGAATACTTTTTCTCAAGTTCCCTCTTTCAAGCCAAATACTTCCATACAGAATGTCATACTGAGTCAATTTTGTTCTTTTATATTATTTCTGTTTACTGTCAAGATCATACCGAGCACGTAAATTTCATATTTTAACTTTTTTATGCAACTTTGGTTAACAGGAAGATATTGATCTTATAGCCAAGTTGGGTTTTAGCGCTTACAGATTTTCAATTTCTTGGTCTCGTATTTTCCCCGGTATGTTATTAGTGGTGAATTTTAAATATATATGCTCTCCATATGGTTCATTGTTAATTAAATTATTTCCGTGTCCACGAGATCATGAAGCCTGAAGCTATATCAATTCCTCTGTCTCGTCATTAATATTTGCCTCTGTTGGCTCGTAAATTTGTCTACAAGAATTTATCAAAGGCTTGATTAAGTCTTTCCCGGGAGGGAACGATCTTGTCTGAAGAAAAAGATAATTTCAGGTTGCTGAGTTGCTGACATTCTTCGCCCTGTTGTACTTACAGTAATTTGTATGTTTTGTTTTGTAATGGTTTATGGGTGTAGATGGCTTAGGAACCAAAGTCAATGATGAAGGGATAGCATTTTACAACAACGTTATTAATGCTCTTCTAGAAAGAGGTATTGTCTGTATAAAACTACTTTACCTTAATTTTTTATCTCTTCTATCGACCGGATATATTAAGTTACTCCTTTCCAGCAGGTATTCAACCTTATGTAACTTTGTACCATTGGGATCTTCCACTGCATCTTGATGATTCAATGGGAGGATGGTTGAATAAAAAAATCATGTAGGTATCATCTAATTAACTATTTATATTTTTTTTAATTTTACTATATATTTCTTTCCTGATAATGAAAAAATTGATTTATATGATGTGCTTGAAAGTATTAAAGGTTATGGTGTACTGGTTTATCCATGTTGAGCTAAAATGGGTGATCATATCTGTTTATTGACTATTTCAGTTGTATAAAAATGAAAGTGGATGTTAAAATAATACTCCCAATGGAAAAATTAAACTTACATAGTCTTCATAATTTTTATTTCTCTAAGGTAGTGAAATTTCATGAGTCGTGATTGTTTCCAAATTATACGCTTCATGTAAGTCCAACAGTTTTGTGTATACTCACTCGAATGGCCTTGTACTATAGTGTCACAGAGCTTCCTTAGGAAGCATCTGATGCCAAGTTTGATTCTGCTCATGCTAAGCCCACCATTTTGTCTTTCTATTTAATTTGTTATAGGACTTCACTTCTAAATTTCTTGCTGAGTATTTTAATTGATTAAAATGTTTAAAATCATGACGAGAATTGATTTCCAATATTCTATTACTGAGTGGTGTTCATATGTTGCGTGTGGTAGAGAATACTTTGCAGTCTATGCAGAAACTTGCTTTGCAAGTTTTGGTGATAGAGTGAAGAACTGGATTACTATCAATGAGCCCCTTCAAACCGCAGTCAATGGGTATGATCTTGGAATTTTTGCTCCTGGAAGAAGTGAAAATAGATCAGTAGAGCCATACTTAGCAGCACATCATCAAATCTTGGCTCATGCAGCAGCTGTTTCCATTTACCGAAGCAAGTACAAGGTCAAACACTATACTTGTTTTTACTACATTTACTTTGTTTAGATTATCTTCTAGTGTTAGTTTTCATGTTACTTGATTATTATTGTGAATTGTTTCTTGATTTCTCTATTTGTTTAGGATTAGAAAACGTGTATCCCTATAAATAGGGGGTTAGTGTTTTGTCTGTAGTATCAGTTTGCTATCAAGTTTATTATACCATATTACACCGTATATATATTTCATTTTATTCTTCTTTTTATCTAAAACTCATAACTTCAACGCTATTAAAACCTATCATAGATTTGTTATTGGGCCACCCATATTTGTCCATGCACGAAACATTCAATCCTAGGCATGAGAGTGGTGTTTATCCCACATCGCTGGTCCTTATAAGGCCTGCACAATACGTGAAGTAAGATTTTATTCTCTTTAAGATGTTGTCTCAATTTTCCAGGATAAGCAAGGGGGACAAGTGGGGCTGGTTGTAGACTGTGAATGGTCAGAGCCTAACTCTGATAAGATTGAAGATAAATCCGCTGCTGCTAGACGCCTAGATTTTCAGATTGGCTGGTACTTTCCTATACATTTGTTTTAGATATTAGTTTTCACAACAGTTTCATAGATTTTTTACTTGATATAAATGAATCAACAAGTGTGGACACACAAACTTACAACGTATACAGACCACTTTGGCTGATATATTCTCAAAATAGTCAATAGCAATCATTTTATGAAAATCTTGTTTTGATGGAGCACCATCATGAGAAATCTGTATGATGTTACTCATATCGGGCAAAATGCGTGGGTTTGGGTACTATCCTTTTTTTTTTAATTATTTTTTTTTTTTTTTTTTGTATTTAACGCCACAAAATAATGACGACATACTGAACTAGTTTTTTTTTAATGCTCATGAACACTAGAAATTACAGATTGAGGTGATATCTAACCTTGGCGTAAGATGCATGCTTATGCGATAATATATTTTTAACCCAGGTTCTTGCATCCACTGTATTATGGAGAGTATCCTGAAACTATGCGTGAACGACTTGGAGATCAGCTTCCCAAATTCTCAGAGGAGGATAAAAAAATTCTTTTGAATTCTTTAGACTTTATTGGTCTAAATCACTATACAACAAGGTTAATTTCACATGTGACAGAATCTGGAGAAAGTTATTACTACAACGCACAGGCGATGGAGAGAATTGGTAAAAAATTGAATATTGAAGCATTTTTGAAACTATATATTCAAAGTGAACTTTCCGTGTTGATTTAGCTATTTTTCCACAGTTGAATGGGAAGATGGTCAGCTCATTGGTGAGAAGGTATACCCCACCCCACCCCCTCCCAGTGTTTCTTGATATATATATACAAGGCGTAACATGCAAGTTTTATGTTATGTGTGCATACAGGCAGCATCAGAGTGGCTATATGTTGTTCCTTGGGGTCTTCGGAAGGTTATTAATTATGTATCACAAAAATATCCTGCCCCTATTTACGTCACAGAGAACGGTACGTGCGTTTGCTTTTCCTTAGAGAAAACAAATAGGGATTGAACCAGCATATATCTTTATTGAAACTTCTGGTGGGTGGCATGCAAATAGAATGGAACAGTACTGCATGTTCTGTTTGGTTCCAGTCTTTTTTGTAAAGCCAAAATGTAAAACTTTTTTTCCTACATATTCTGTTCTATTCTAGTCTCTTTGGTTCCACCCATTTATGTAGAACCAAAATCTATCACCTTTCTTACCTGTTGACCCCTTCTATTGTGTATTATATGTTCCAAACATGGAAAAGAACCATTATATGTCTTGTTCTCATATATCTCTCAAATGTTACCTTTGATTGTGTAATAGCACCTAAGAATTGTTTGACTCACAAGTCAATAATTACTCAAACCAAAAATGTGGCTCCAAGAGGAATATATGATCAAGATTATGGATTACTAAATAACGAATCTTGAGCCCTGCATCAAAATCCCATACATCTAACATGGGGCTCAAGTGTTATGCCTTGTAATGGGATCCTTGTGAATAAGAAGTTGATTTTCTCTCTCTATTATATTTATTAGTTTGTTCCCAGAAATAAGGACACAAATCATAAATTGATTTGTTCTCATTAAATGTAATTATTTACTACCTGTATAGTCTTGAACCTCTATATATACAAGCAATACCAATGAGAAAGACATTGTCTAGGTGACTCCATACTTGGCATCCAGTTTGGCTGGCTGTGAACTAGTCCCTTAACTACTCTCGAGGAAACCATGCAATGTTGGTGTTGCTATCTTCGCCATTTTATTGCAACTGACCAATCATGGAAGATTAAAATACCAATTGATATCAAAACCTTCATTGCAGGCTCAAACACCATCATTGTGTTGGGTATGCGGGGTGGGTATAGTCCCACACTGCGTAGAGATATGGCCTAAGTAGCGCTTTTAAAGCTTGGGTAGGGAATTCTAAGTCGGAAAAACCTGAAAAATATCAGGACGGGCAAGGAATTCAACTAAGTGAACGATAGAGTGAAACAATGCCACATATTGAATTACATAAGAATTTGATGGAAGGGTGGATAATTTTATTAACTAAAACCAATAAATAATTAAGTAGATGAAGGAAGATTTATAACTTTTATATGACTGGACCATAACTTTATAAAGTTGTTCTCATCTCTCGGGCTGTATTTCCATTTGACAGGTATGGATGATGAAGAAAATGATAGCTTGCCATTACATGAGATGCTAGATGACAAACTAAGGGTTCAATACTTCAAGGGATACGTGGCATCAGTTGCGCAGGCTATGAAGTAAGATTTCCCCTTTGACTTTCTTCACACACGAACCACCTGAGTTAATCCTGTTTATATCATCAACTAATGAGTAATCTGGTAGCTAGATGCATATCCCTCCTTTTTATATATACTATGGTTATACCTAATAATCTCACTTTATTCAATATGGGTTTTGAATGCCTCTTTTCTTGCATGCTGAAGTGCTTTCTTTGACCCTTGTTTGTTATCTATATGTCTGTCACTATAACAATATAACTTCGAGAACTTAGAATTAAAAAATTTCGATGAACAGTTAATAAATTCTGAAAGAAATGACATTGAAAGTTTAGAAACTTGTTTGGTGGGGTACCTCAAGTATTTGTGTACTAACTGGACATGATGACCTTTAAAAATAATAACAATGTCTATCTCCATACAGGATTTTCAAAAGAGACTAAAAAAATCAAGGGACACGATACCAATTTCACATCATTACCAAATAATGTTTTCACCAGAACAGCTATGATTAAAAGTGTTTGAACTTGAAAACAGAATAAGAATCTTAATCAAATATGTCTTAAGTATTGTATATCGTTTGAATGCACAGGGATGGAGCAGATGTGAGAGGATACTTTGCATGGTCATTACTGGACAACTTCGAATGGGCTCAAGGTTATACTAAACGCTTTGGTTTGGTCTATATAGATTACAAAAATGGACTCACTAGGCACCCAAAGTCTTCTGCATATTGGTTTTCGCGGTTTCTGAAAGATGGGACAAACAAGAAGGGTAAAGAAGAGTAG
Protein sequence

>MS.gene000031.t1

MVKKEEFLRENGFEKEQKVSRTDFPSDFVFGVATSAYQIEGASNEGGRGPCIWDAFTHTEGKILDKSNGDVAVDHYHRYLEDIDLIAKLGFSAYRFSISWSRIFPDGLGTKVNDEGIAFYNNVINALLERGIQPYVTLYHWDLPLHLDDSMGGWLNKKIIEYFAVYAETCFASFGDRVKNWITINEPLQTAVNGYDLGIFAPGRSENRSVEPYLAAHHQILAHAAAVSIYRSKYKDKQGGQVGLVVDCEWSEPNSDKIEDKSAAARRLDFQIGWFLHPLYYGEYPETMRERLGDQLPKFSEEDKKILLNSLDFIGLNHYTTRLISHVTESGESYYYNAQAMERIVEWEDGQLIGEKAASEWLYVVPWGLRKVINYVSQKYPAPIYVTENGMDDEENDSLPLHEMLDDKLRVQYFKGYVASVAQAMKDGADVRGYFAWSLLDNFEWAQGYTKRFGLVYIDYKNGLTRHPKSSAYWFSRFLKDGTNKKGKEE