AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene002910

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene002910.t1 MTR_2g022710 93.870 522 29 2 116 636 2 521 0.0 1023
MS.gene002910.t1 MTR_2g022710 94.493 454 24 1 116 568 2 455 0.0 897
MS.gene002910.t1 MTR_2g022710 94.493 454 24 1 116 568 2 455 0.0 894
MS.gene002910.t1 MTR_2g022710 93.839 422 24 1 215 636 1 420 0.0 833
MS.gene002910.t1 MTR_2g022710 94.737 418 21 1 116 532 2 419 0.0 832
MS.gene002910.t1 MTR_2g022710 94.581 406 21 1 116 520 2 407 0.0 807
MS.gene002910.t1 MTR_2g022710 94.271 384 21 1 116 498 2 385 0.0 760
MS.gene002910.t1 MTR_4g131800 63.043 506 187 0 119 624 487 992 0.0 679
MS.gene002910.t1 MTR_4g131800 71.127 142 18 1 1 119 274 415 1.87e-40 159
MS.gene002910.t1 MTR_2g022760 62.891 512 187 2 114 624 4 513 0.0 672
MS.gene002910.t1 MTR_4g131810 64.226 478 168 2 150 624 30 507 0.0 665
MS.gene002910.t1 MTR_2g022760 64.390 410 146 0 215 624 1 410 0.0 564
MS.gene002910.t1 MTR_2g079580 51.098 501 242 3 121 621 7 504 0.0 545
MS.gene002910.t1 MTR_2g079550 50.499 501 245 3 121 621 5 502 0.0 534
MS.gene002910.t1 MTR_4g083000 47.412 483 251 3 144 624 24 505 1.98e-164 480
MS.gene002910.t1 MTR_4g081530 46.653 478 249 5 147 620 23 498 1.72e-156 460
MS.gene002910.t1 MTR_2g079580 51.456 412 197 3 121 532 7 415 3.41e-155 453
MS.gene002910.t1 MTR_0110s0040 45.816 478 252 4 148 624 43 514 3.34e-150 444
MS.gene002910.t1 MTR_2g098540 43.898 508 278 6 121 623 3 508 6.39e-150 443
MS.gene002910.t1 MTR_0110s0030 46.122 477 252 4 148 624 43 514 9.55e-150 443
MS.gene002910.t1 MTR_5g044000 46.045 493 241 5 153 621 30 521 1.10e-149 443
MS.gene002910.t1 MTR_6g078380 45.902 488 258 6 144 627 32 517 1.72e-148 440
MS.gene002910.t1 MTR_4g066580 45.979 485 256 5 146 626 37 519 3.59e-148 439
MS.gene002910.t1 MTR_6g078330 44.906 481 259 5 148 624 37 515 5.53e-148 439
MS.gene002910.t1 MTR_6g078450 44.628 484 262 5 143 622 31 512 7.99e-148 438
MS.gene002910.t1 MTR_3g026280 43.141 503 268 7 124 622 5 493 2.58e-147 436
MS.gene002910.t1 MTR_2g098520 43.776 482 265 5 146 623 32 511 1.96e-146 434
MS.gene002910.t1 MTR_3g033810 45.436 482 250 4 148 628 21 490 2.42e-146 434
MS.gene002910.t1 MTR_3g026400 43.836 511 268 7 125 625 11 512 4.47e-146 434
MS.gene002910.t1 MTR_4g066240 44.283 481 262 5 146 622 34 512 4.98e-146 433
MS.gene002910.t1 MTR_4g023000 43.313 501 271 6 128 622 1 494 6.63e-146 432
MS.gene002910.t1 MTR_2g098790 42.524 515 284 8 117 622 3 514 7.35e-146 433
MS.gene002910.t1 MTR_3g033790 43.952 496 261 6 135 628 7 487 3.66e-145 430
MS.gene002910.t1 MTR_4g066630 45.511 479 255 5 147 621 38 514 1.16e-144 430
MS.gene002910.t1 MTR_4g066240 44.191 482 262 6 146 622 34 513 4.24e-144 429
MS.gene002910.t1 MTR_4g066210 43.659 481 265 5 146 622 41 519 6.52e-144 429
MS.gene002910.t1 MTR_5g071520 44.581 489 256 6 147 622 38 524 3.19e-142 424
MS.gene002910.t1 MTR_4g066640 45.079 508 265 9 124 623 13 514 3.56e-141 421
MS.gene002910.t1 MTR_3g028720 44.628 484 262 5 147 626 37 518 4.80e-141 421
MS.gene002910.t1 MTR_2g098540 44.685 461 249 5 167 623 6 464 3.38e-140 417
MS.gene002910.t1 MTR_4g066590 44.561 478 259 5 148 621 33 508 2.23e-139 417
MS.gene002910.t1 MTR_3g026400 45.043 464 247 5 165 625 23 481 6.52e-139 414
MS.gene002910.t1 MTR_3g026620 43.164 512 281 5 120 625 6 513 9.37e-138 412
MS.gene002910.t1 MTR_4g016920 42.171 479 261 5 146 621 25 490 9.09e-136 407
MS.gene002910.t1 MTR_4g083000 46.602 412 217 3 215 624 1 411 1.06e-133 398
MS.gene002910.t1 MTR_4g066330 42.887 478 245 5 148 622 41 493 1.11e-133 401
MS.gene002910.t1 MTR_4g066280 41.875 480 251 5 147 623 40 494 3.33e-133 400
MS.gene002910.t1 MTR_7g068910 40.434 507 280 6 119 622 8 495 1.80e-132 399
MS.gene002910.t1 MTR_4g066340 43.318 434 241 4 192 622 8 439 5.25e-131 392
MS.gene002910.t1 MTR_4g015420 41.020 490 251 7 148 625 65 528 9.97e-131 395
MS.gene002910.t1 MTR_2g043200 42.469 478 239 7 153 622 70 519 2.33e-130 394
MS.gene002910.t1 MTR_7g068910 39.652 517 280 7 119 622 8 505 2.97e-129 391
MS.gene002910.t1 MTR_6g078450 44.056 429 235 4 143 568 31 457 7.89e-125 377
MS.gene002910.t1 MTR_4g015460 40.447 492 255 8 148 628 42 506 1.02e-123 376
MS.gene002910.t1 MTR_4g066630 45.047 424 228 4 147 567 38 459 9.13e-123 372
MS.gene002910.t1 MTR_6g078330 43.341 413 229 4 215 624 1 411 7.17e-122 368
MS.gene002910.t1 MTR_4g066630 46.717 396 206 4 148 540 39 432 3.18e-120 365
MS.gene002910.t1 MTR_4g066580 46.310 393 206 4 146 535 37 427 4.28e-119 361
MS.gene002910.t1 MTR_4g066240 44.103 390 213 4 146 532 34 421 7.66e-118 358
MS.gene002910.t1 MTR_1g088610 37.945 506 294 7 127 628 6 495 8.54e-118 365
MS.gene002910.t1 MTR_1g088610 36.752 117 66 2 507 621 503 613 7.95e-15 78.2
MS.gene002910.t1 MTR_3g028720 43.765 425 234 4 147 568 37 459 1.95e-117 358
MS.gene002910.t1 MTR_5g068740 38.095 504 281 8 127 620 6 488 5.38e-117 359
MS.gene002910.t1 MTR_3g028720 46.036 391 206 4 148 535 38 426 1.90e-115 352
MS.gene002910.t1 MTR_7g033860 38.540 493 272 12 140 621 40 512 2.96e-113 349
MS.gene002910.t1 MTR_4g016920 41.505 412 225 5 215 623 1 399 8.08e-113 345
MS.gene002910.t1 MTR_0108s0030 39.286 476 252 10 151 621 6 449 7.17e-112 343
MS.gene002910.t1 MTR_0110s0040 49.211 317 160 1 148 464 43 358 8.37e-112 342
MS.gene002910.t1 MTR_6g078330 42.211 398 225 4 230 624 16 411 1.79e-111 341
MS.gene002910.t1 MTR_4g067040 44.562 377 204 4 147 520 33 407 1.56e-108 333
MS.gene002910.t1 MTR_7g068900 41.727 417 222 6 210 620 17 418 7.68e-108 334
MS.gene002910.t1 MTR_4g066630 49.689 322 159 3 147 465 38 359 6.59e-107 328
MS.gene002910.t1 MTR_3g026400 46.398 347 173 4 125 463 11 352 2.27e-106 327
MS.gene002910.t1 MTR_4g066640 47.135 384 190 8 124 500 13 390 3.63e-106 327
MS.gene002910.t1 MTR_6g078330 49.221 321 160 3 148 465 37 357 4.76e-106 326
MS.gene002910.t1 MTR_1g088630 39.046 461 231 9 167 620 14 431 3.73e-104 323
MS.gene002910.t1 MTR_4g067040 45.739 352 186 4 147 495 33 382 3.77e-102 316
MS.gene002910.t1 MTR_3g028720 46.023 352 185 4 147 495 37 386 2.86e-101 314
MS.gene002910.t1 MTR_7g051510 36.680 488 273 11 147 622 70 533 1.92e-95 303
MS.gene002910.t1 MTR_7g051610 36.008 486 285 8 141 621 68 532 9.33e-94 299
MS.gene002910.t1 MTR_7g051650 35.438 491 288 9 135 621 68 533 1.30e-92 296
MS.gene002910.t1 MTR_7g051650 35.031 491 286 9 135 621 68 529 4.52e-91 292
MS.gene002910.t1 MTR_1g088630 40.793 353 169 6 146 493 25 342 6.77e-87 276
MS.gene002910.t1 MTR_4g016920 43.816 283 157 2 215 496 1 282 1.62e-82 262
MS.gene002910.t1 MTR_1g088630 45.693 267 140 3 146 410 25 288 5.80e-82 261
MS.gene002910.t1 MTR_0110s0020 52.212 226 107 1 148 373 43 267 1.85e-79 254
MS.gene002910.t1 MTR_7g056747 35.337 416 240 7 209 621 9 398 7.48e-77 251
MS.gene002910.t1 MTR_2g022700 98.276 116 2 0 1 116 277 392 1.46e-71 236
MS.gene002910.t1 MTR_3g049400 82.759 116 20 0 1 116 283 398 3.81e-54 190
MS.gene002910.t1 MTR_2g022730 76.543 81 17 1 498 576 24 104 8.10e-34 128
MS.gene002910.t1 MTR_2g029180 55.085 118 50 2 1 116 276 392 8.18e-27 113
MS.gene002910.t1 MTR_4g122980 24.528 424 240 12 211 624 183 536 1.48e-24 108
MS.gene002910.t1 MTR_4g105630 39.655 116 69 1 1 116 260 374 3.49e-19 90.5
MS.gene002910.t1 MTR_4g088350 40.678 118 63 3 2 115 160 274 9.87e-19 87.4
MS.gene002910.t1 MTR_4g088350 40.678 118 63 3 2 115 271 385 2.12e-18 88.2
MS.gene002910.t1 MTR_5g044220 38.136 118 66 2 2 115 276 390 2.58e-17 85.1
MS.gene002910.t1 MTR_6g005480 46.667 120 58 3 1 116 288 405 7.23e-17 83.6
MS.gene002910.t1 MTR_4g105630 38.393 112 68 1 1 112 260 370 7.72e-17 83.2
MS.gene002910.t1 MTR_3g077640 41.026 117 68 1 1 117 285 400 5.07e-15 77.8
MS.gene002910.t1 MTR_8g038650 37.624 101 62 1 364 464 51 150 7.12e-15 73.2
MS.gene002910.t1 MTR_5g069350 31.414 191 75 7 458 622 29 189 1.14e-14 73.2
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene002910.t1 AT4G21760 63.368 475 169 1 153 627 59 528 0.0 659
MS.gene002910.t1 AT4G21760 62.316 475 164 2 153 627 59 518 0.0 639
MS.gene002910.t1 AT1G61810 59.711 484 193 2 148 629 33 516 0.0 626
MS.gene002910.t1 AT1G61820 57.143 504 211 3 125 626 10 510 0.0 622
MS.gene002910.t1 AT1G61810 59.827 463 184 2 148 608 33 495 0.0 602
MS.gene002910.t1 AT1G61810 58.173 416 173 1 215 629 1 416 0.0 528
MS.gene002910.t1 AT1G61810 60.465 387 151 2 148 532 33 419 1.73e-176 508
MS.gene002910.t1 AT1G26560 47.490 478 247 4 147 621 31 507 4.43e-162 474
MS.gene002910.t1 AT1G61820 56.250 368 160 1 260 626 4 371 7.00e-158 459
MS.gene002910.t1 AT5G54570 46.138 479 251 6 147 620 29 505 3.24e-152 450
MS.gene002910.t1 AT3G18080 44.118 476 262 3 148 623 39 510 7.44e-147 436
MS.gene002910.t1 AT2G44450 44.715 492 255 7 144 625 21 505 6.47e-146 433
MS.gene002910.t1 AT5G44640 45.342 483 252 8 147 624 30 505 1.06e-145 432
MS.gene002910.t1 AT2G44480 43.802 484 267 4 141 621 28 509 1.20e-144 430
MS.gene002910.t1 AT2G44480 43.802 484 267 4 141 621 59 540 1.61e-144 431
MS.gene002910.t1 AT3G18070 42.977 477 260 4 148 624 30 494 2.50e-143 426
MS.gene002910.t1 AT3G18070 43.396 477 264 4 148 624 30 500 3.98e-143 426
MS.gene002910.t1 AT5G42260 45.263 475 248 8 147 616 30 497 2.45e-141 421
MS.gene002910.t1 AT5G36890 42.946 482 262 4 151 630 19 489 6.01e-140 417
MS.gene002910.t1 AT5G36890 43.552 473 254 4 151 621 19 480 6.69e-140 417
MS.gene002910.t1 AT4G27830 40.396 505 274 9 131 627 6 491 3.16e-134 403
MS.gene002910.t1 AT2G25630 43.983 482 241 9 148 624 30 487 3.25e-134 402
MS.gene002910.t1 AT3G60130 42.149 484 268 7 143 621 25 501 1.10e-133 402
MS.gene002910.t1 AT4G22100 39.806 515 278 9 120 628 2 490 3.47e-131 395
MS.gene002910.t1 AT1G02850 43.158 475 251 7 149 620 27 485 4.37e-131 394
MS.gene002910.t1 AT5G54570 45.176 425 228 4 147 568 29 451 2.20e-130 391
MS.gene002910.t1 AT1G61810 65.299 268 92 1 148 414 33 300 3.83e-130 385
MS.gene002910.t1 AT4G27820 41.582 493 261 9 142 627 17 489 7.03e-130 392
MS.gene002910.t1 AT5G24550 42.324 482 269 8 148 622 32 511 3.23e-128 389
MS.gene002910.t1 AT1G02850 41.365 498 250 8 149 620 27 508 5.52e-127 385
MS.gene002910.t1 AT5G24540 43.568 482 263 8 148 622 32 511 1.25e-126 384
MS.gene002910.t1 AT1G60090 40.481 499 273 8 124 620 6 482 5.80e-126 382
MS.gene002910.t1 AT5G54570 44.878 410 220 5 215 620 1 408 1.64e-125 378
MS.gene002910.t1 AT1G02850 41.283 499 250 9 149 620 27 509 3.95e-125 380
MS.gene002910.t1 AT1G60090 39.921 506 273 9 124 620 6 489 7.62e-125 379
MS.gene002910.t1 AT3G60140 39.759 498 290 8 131 622 11 504 1.59e-124 380
MS.gene002910.t1 AT5G25980 41.513 489 270 11 142 622 44 524 4.75e-124 378
MS.gene002910.t1 AT1G45191 38.310 509 289 7 124 628 4 491 6.06e-123 374
MS.gene002910.t1 AT3G62750 39.286 504 270 10 131 627 6 480 1.45e-122 373
MS.gene002910.t1 AT3G62750 39.286 504 270 10 131 627 32 506 2.32e-122 373
MS.gene002910.t1 AT5G26000 40.613 522 273 13 125 621 3 512 3.24e-122 373
MS.gene002910.t1 AT2G44480 43.032 409 229 3 215 621 1 407 1.94e-121 367
MS.gene002910.t1 AT1G45191 37.598 508 300 6 124 628 4 497 2.65e-121 370
MS.gene002910.t1 AT1G47600 40.748 481 254 10 153 622 50 510 3.09e-121 370
MS.gene002910.t1 AT1G47600 40.956 481 254 10 153 622 50 511 3.59e-121 369
MS.gene002910.t1 AT1G51470 40.535 486 259 10 148 622 45 511 5.88e-121 369
MS.gene002910.t1 AT2G44460 41.895 475 267 8 153 621 34 505 2.81e-120 370
MS.gene002910.t1 AT1G45191 37.817 513 297 8 124 628 4 502 3.15e-120 367
MS.gene002910.t1 AT1G02850 41.263 475 233 8 149 620 27 458 5.40e-120 365
MS.gene002910.t1 AT1G45191 37.428 521 300 9 124 628 4 514 1.19e-118 363
MS.gene002910.t1 AT2G44490 40.083 484 280 9 145 620 11 492 1.34e-118 365
MS.gene002910.t1 AT2G44470 39.709 481 282 7 148 622 29 507 2.00e-118 365
MS.gene002910.t1 AT2G32860 38.835 515 279 10 142 635 88 587 6.97e-116 359
MS.gene002910.t1 AT2G32860 39.044 502 295 10 142 635 88 586 9.29e-115 356
MS.gene002910.t1 AT3G60120 39.381 485 285 8 143 621 9 490 2.52e-114 353
MS.gene002910.t1 AT3G60130 41.966 417 231 6 209 621 40 449 9.01e-114 348
MS.gene002910.t1 AT3G09260 39.754 488 275 9 146 622 33 512 3.54e-111 344
MS.gene002910.t1 AT4G27830 40.143 421 226 8 215 627 1 403 1.07e-110 339
MS.gene002910.t1 AT3G62740 37.302 504 283 9 132 627 7 485 2.04e-110 342
MS.gene002910.t1 AT3G60130 41.727 417 221 7 209 621 40 438 3.72e-109 337
MS.gene002910.t1 AT1G66280 38.552 511 295 10 125 622 8 512 4.51e-109 338
MS.gene002910.t1 AT5G28510 37.980 495 295 7 146 630 37 529 6.31e-108 336
MS.gene002910.t1 AT4G27820 41.190 420 224 8 215 627 1 404 4.89e-107 330
MS.gene002910.t1 AT4G27820 41.190 420 224 8 215 627 1 404 4.89e-107 330
MS.gene002910.t1 AT1G66270 38.557 485 284 9 146 622 34 512 6.11e-107 333
MS.gene002910.t1 AT3G21370 38.241 489 278 11 148 621 33 512 8.26e-107 333
MS.gene002910.t1 AT3G18070 45.427 328 176 2 148 475 30 354 6.52e-106 326
MS.gene002910.t1 AT5G25980 40.972 432 242 9 142 568 44 467 8.16e-106 328
MS.gene002910.t1 AT5G25980 40.972 432 242 9 142 568 44 467 8.16e-106 328
MS.gene002910.t1 AT1G75940 38.523 501 274 10 143 622 32 519 1.12e-105 330
MS.gene002910.t1 AT5G26000 40.343 466 244 11 125 568 3 456 1.98e-105 327
MS.gene002910.t1 AT3G62750 38.876 445 238 9 131 570 32 447 2.65e-104 324
MS.gene002910.t1 AT1G66270 38.351 485 283 11 146 622 34 510 1.78e-103 324
MS.gene002910.t1 AT5G24540 42.118 425 239 6 148 567 32 454 3.84e-103 321
MS.gene002910.t1 AT1G02850 40.342 409 208 6 149 532 27 424 5.62e-101 315
MS.gene002910.t1 AT3G03640 35.490 510 319 8 121 622 7 514 9.70e-101 317
MS.gene002910.t1 AT3G62750 39.048 420 224 9 215 627 1 395 4.56e-100 311
MS.gene002910.t1 AT3G62750 39.048 420 224 9 215 627 1 395 4.56e-100 311
MS.gene002910.t1 AT1G52400 34.717 530 320 11 119 630 4 525 2.99e-99 313
MS.gene002910.t1 AT1G52400 34.717 530 320 11 119 630 4 525 2.99e-99 313
MS.gene002910.t1 AT2G44450 42.340 359 198 4 269 625 3 354 7.93e-98 304
MS.gene002910.t1 AT3G60140 39.655 406 237 6 131 532 11 412 1.91e-97 306
MS.gene002910.t1 AT2G44480 47.170 318 165 3 141 456 59 375 3.45e-97 303
MS.gene002910.t1 AT1G60270 43.787 338 179 4 122 457 1 329 5.41e-97 302
MS.gene002910.t1 AT2G44470 37.736 424 258 5 148 567 29 450 2.97e-96 303
MS.gene002910.t1 AT1G45191 42.105 342 192 3 124 464 4 340 3.27e-95 299
MS.gene002910.t1 AT1G45191 42.105 342 192 3 124 464 4 340 3.73e-95 299
MS.gene002910.t1 AT3G62740 37.557 442 245 8 132 567 7 423 3.97e-95 299
MS.gene002910.t1 AT3G62750 41.916 334 181 3 131 464 6 326 4.18e-93 292
MS.gene002910.t1 AT3G62750 41.916 334 181 3 131 464 6 326 4.18e-93 292
MS.gene002910.t1 AT3G62750 41.916 334 181 3 131 464 32 352 4.79e-92 291
MS.gene002910.t1 AT3G18070 41.896 327 187 2 298 624 100 423 7.13e-89 283
MS.gene002910.t1 AT2G44470 43.396 318 177 3 148 462 29 346 4.49e-86 275
MS.gene002910.t1 AT3G18070 41.083 314 182 2 311 624 1 311 1.94e-83 265
MS.gene002910.t1 AT1G52400 33.548 465 285 9 119 567 4 460 2.73e-81 264
MS.gene002910.t1 AT5G48375 35.116 430 211 8 163 586 44 411 8.72e-81 262
MS.gene002910.t1 AT2G44460 39.779 362 210 7 265 621 1 359 6.21e-79 257
MS.gene002910.t1 AT1G60270 45.267 243 132 1 215 457 1 242 3.36e-75 243
MS.gene002910.t1 AT2G44480 38.614 303 183 2 320 621 3 303 7.59e-75 242
MS.gene002910.t1 AT1G51490 41.009 317 161 10 155 462 27 326 7.57e-72 238
MS.gene002910.t1 AT3G18070 40.891 247 145 1 286 532 88 333 1.27e-62 211
MS.gene002910.t1 AT1G61800 88.793 116 13 0 1 116 270 385 1.82e-59 204
MS.gene002910.t1 AT1G61800 88.034 117 14 0 1 117 270 386 2.35e-59 204
MS.gene002910.t1 AT3G18070 40.991 222 130 1 311 532 1 221 4.91e-57 192
MS.gene002910.t1 AT5G54800 87.069 116 15 0 1 116 270 385 5.33e-57 197
MS.gene002910.t1 AT5G16580 37.716 289 162 6 292 578 27 299 1.03e-51 181
MS.gene002910.t1 AT5G17630 55.932 118 49 2 1 116 285 401 2.45e-35 138
MS.gene002910.t1 AT4G03950 55.000 120 28 3 1 117 156 252 2.64e-27 112
MS.gene002910.t1 AT3G06510 25.352 426 238 13 209 624 158 513 1.19e-22 103
MS.gene002910.t1 AT3G06510 25.057 439 257 15 209 624 158 547 2.11e-22 102
MS.gene002910.t1 AT5G46110 39.831 118 64 3 2 115 167 281 1.25e-17 84.3
MS.gene002910.t1 AT5G46110 39.831 118 64 3 2 115 280 394 1.35e-17 85.9
MS.gene002910.t1 AT5G46110 39.831 118 64 3 2 115 280 394 1.52e-17 85.9
MS.gene002910.t1 AT3G01550 42.718 103 57 1 16 116 263 365 7.73e-17 83.2
MS.gene002910.t1 AT3G01550 42.718 103 57 1 16 116 268 370 1.07e-16 82.8
MS.gene002910.t1 AT5G46110 39.604 101 54 3 19 115 286 383 2.06e-13 72.8
MS.gene002910.t1 AT5G33320 37.607 117 72 1 1 117 283 398 1.14e-12 70.9

Find 123 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
GGATACTTTCCTAGTATAAT+TGG 0.115125 2.1:+65560895 None:intergenic
CCAATGTTCATTACAGAAAA+TGG 0.168940 2.1:-65560237 MS.gene002910:intron
TGTGCTTACCAGACAAAATT+TGG 0.204220 2.1:+65572704 None:intergenic
CACCAAGAGGATCAGCATTT+TGG 0.235805 2.1:-65559454 MS.gene002910:CDS
AACTGCATCTTCTTCCTATC+AGG 0.258028 2.1:-65566487 MS.gene002910:intron
ATTATTCCAGAAGGTAGATT+TGG 0.262278 2.1:-65561968 MS.gene002910:intron
GGAGCAGCTATTGCAATTCT+TGG 0.270973 2.1:-65572383 MS.gene002910:CDS
CTGTGGAGGGTCCTAAAGTT+TGG 0.288667 2.1:-65572763 MS.gene002910:CDS
ATGACACTTGATTATATAAA+TGG 0.296751 2.1:+65572528 None:intergenic
TTGGAGACAGAGTGAAATAT+TGG 0.303333 2.1:-65561525 MS.gene002910:CDS
CAACCAGCAGCCCAAACTTT+AGG 0.316051 2.1:+65572752 None:intergenic
TTTCCACGTAACTTCCTCTT+TGG 0.316373 2.1:-65566510 MS.gene002910:CDS
ATTTGTCTTGCATAGGATTT+GGG 0.318772 2.1:-65560131 MS.gene002910:intron
GGTCCTAAAGTTTGGGCTGC+TGG 0.319733 2.1:-65572755 MS.gene002910:CDS
TCTTCCGAAGAGTTGCTAAA+TGG 0.324852 2.1:+65561074 None:intergenic
ATCTGGCAGGCATTAGGTTT+GGG 0.332259 2.1:-65559403 MS.gene002910:CDS
ATGGTAAGGGACTAAATAAC+TGG 0.333370 2.1:-65566017 MS.gene002910:CDS
CATTTCAGAGCACAAGAATC+TGG 0.338344 2.1:-65559420 MS.gene002910:CDS
TGATCATTACCATCGTTATC+AGG 0.340488 2.1:-65565097 MS.gene002910:intron
TCTCGTTGCTCAGGCTCATT+TGG 0.344817 2.1:-65561439 MS.gene002910:CDS
AAGAATGGATTAGATTTCAT+TGG 0.353098 2.1:-65560805 MS.gene002910:CDS
ATACGTACTTGGTAGAATTC+TGG 0.361622 2.1:+65562044 None:intergenic
CCCAATGTTGCAGTTATTTG+TGG 0.384191 2.1:-65561487 MS.gene002910:CDS
AAGAGGAAGTTACGTGGAAA+TGG 0.384782 2.1:+65566513 None:intergenic
CCCGTTAGTTCCATCCAATA+TGG 0.385550 2.1:+65565131 None:intergenic
TGACTCCAGTATGTTCCATT+AGG 0.387340 2.1:+65562094 None:intergenic
GTTGCTTTCAGGAACCATAT+TGG 0.391739 2.1:-65565145 MS.gene002910:intron
AGCTGCTCCAAGAGCATTGA+TGG 0.393145 2.1:+65572397 None:intergenic
ATTCTCTAGCAACAACAATA+AGG 0.394186 2.1:-65560029 MS.gene002910:intron
ATTGTTTATTTGCAGTTTGA+AGG 0.395228 2.1:-65566054 MS.gene002910:intron
ACAAGAATCTGGCAGGCATT+AGG 0.395971 2.1:-65559409 MS.gene002910:CDS
AATCTGGCAGGCATTAGGTT+TGG 0.396239 2.1:-65559404 MS.gene002910:CDS
TCCACAAATAACTGCAACAT+TGG 0.396537 2.1:+65561486 None:intergenic
GATATATGCTTCAAGTACTT+TGG 0.396921 2.1:-65561544 MS.gene002910:CDS
TGTGGAGGGTCCTAAAGTTT+GGG 0.400218 2.1:-65572762 MS.gene002910:CDS
TAATGTCATCTTATCACATC+TGG 0.406283 2.1:-65561368 MS.gene002910:CDS
GGAATCATGGATACAGTATA+AGG 0.411116 2.1:-65559517 MS.gene002910:CDS
GATACTTTCCTAGTATAATT+GGG 0.417871 2.1:+65560896 None:intergenic
AGTATTTCATGCATTTCTGC+TGG 0.419581 2.1:+65560874 None:intergenic
ACAGGAAGATGTGGACCTAA+TGG 0.421446 2.1:-65562109 MS.gene002910:intron
GTTATTTGTGGATATAGAAC+AGG 0.428943 2.1:-65561475 MS.gene002910:CDS
CCTTGTAGACTGCGCTTGCT+TGG 0.429862 2.1:-65560326 MS.gene002910:intron
TCATTTGGCAATTGCAGCTA+TGG 0.432267 2.1:-65561424 MS.gene002910:CDS
GGAGTACTTGAGTAGTTACT+TGG 0.435039 2.1:-65560052 MS.gene002910:CDS
TCTACATGTGAACAAGGAAA+AGG 0.436482 2.1:-65560739 MS.gene002910:CDS
ATTGACGCACTTGTCGATAA+AGG 0.436673 2.1:-65561905 MS.gene002910:intron
GATGTGTTCACTCATAAAAC+AGG 0.438547 2.1:-65565994 MS.gene002910:intron
TAATGTGTTATTGTGACAAA+AGG 0.441135 2.1:+65561722 None:intergenic
AAATATAGTGACTTACATAA+AGG 0.443814 2.1:-65560277 MS.gene002910:CDS
CATGGATACAGTATAAGGTT+TGG 0.447543 2.1:-65559512 MS.gene002910:CDS
AGAGGAAGTTACGTGGAAAT+GGG 0.450672 2.1:+65566514 None:intergenic
ATGTGATAAGATGACATTAG+AGG 0.452065 2.1:+65561372 None:intergenic
CTTCAACCCATCAATGCTCT+TGG 0.453683 2.1:-65572404 MS.gene002910:CDS
CCATATTGGATGGAACTAAC+GGG 0.453697 2.1:-65565131 MS.gene002910:CDS
TGGCATGAGTATTGGAGAAC+CGG 0.455053 2.1:-65560671 MS.gene002910:intron
GAATTGCTATGAATGCTATA+TGG 0.459117 2.1:-65561103 MS.gene002910:CDS
CAAATGAATGGCATGAGTAT+TGG 0.460613 2.1:-65560679 MS.gene002910:CDS
TCCAATACTCACCTGGTACT+TGG 0.470748 2.1:+65561324 None:intergenic
TGGAGACAGAGTGAAATATT+GGG 0.471417 2.1:-65561524 MS.gene002910:CDS
CAAACAGCTGTGTCTCAAAT+CGG 0.471711 2.1:-65572728 MS.gene002910:CDS
ATCGTTCAATTCATCTTCAC+TGG 0.479140 2.1:+65560086 None:intergenic
TTGGAAAATACTAGGAGCTC+AGG 0.481874 2.1:+65560847 None:intergenic
AGCATTCTTGAGTGATGGTA+AGG 0.488702 2.1:-65566031 MS.gene002910:CDS
TTTGGAAAGGTGAACAAAGC+TGG 0.496099 2.1:-65561950 MS.gene002910:CDS
CCACAAATAACTGCAACATT+GGG 0.496391 2.1:+65561487 None:intergenic
TTATGTTCACCCACAAGGAA+TGG 0.496416 2.1:-65560301 MS.gene002910:CDS
CTAACATCTGCACAAATGAA+TGG 0.496491 2.1:-65560691 MS.gene002910:CDS
TTCAATTCATCTTCACTGGT+GGG 0.503323 2.1:+65560090 None:intergenic
TATCCACCATCTCGTTGCTC+AGG 0.504336 2.1:-65561448 MS.gene002910:CDS
AGGGCATGAAGGAGTTGGAA+TGG 0.505987 2.1:+65566615 None:intergenic
CTACATGTGAACAAGGAAAA+GGG 0.506746 2.1:-65560738 MS.gene002910:CDS
TGGCACCTTCATATATTCAC+AGG 0.507307 2.1:-65572363 MS.gene002910:intron
TTGAGGAGAGATATAAAAGT+TGG 0.507358 2.1:-65561682 MS.gene002910:CDS
TGAACCATTTAGCAACTCTT+CGG 0.507825 2.1:-65561078 MS.gene002910:CDS
CAAAGAGGGCATGAAGGAGT+TGG 0.507930 2.1:+65566610 None:intergenic
CTAAAGTTTGGGCTGCTGGT+TGG 0.511387 2.1:-65572751 MS.gene002910:CDS
CTTTCAGGAACCATATTGGA+TGG 0.516070 2.1:-65565141 MS.gene002910:intron
TATCATATTTGGAAAATACT+AGG 0.516662 2.1:+65560839 None:intergenic
TACCAAAATGCTGATCCTCT+TGG 0.518101 2.1:+65559452 None:intergenic
CCCTCCACAGCAATAGCAAA+AGG 0.519923 2.1:+65572776 None:intergenic
GTTCAATTCATCTTCACTGG+TGG 0.520195 2.1:+65560089 None:intergenic
TATCTCTCCTCAAGTTCTTG+AGG 0.523081 2.1:+65561692 None:intergenic
GCAGAAATGCATGAAATACT+AGG 0.525815 2.1:-65560871 MS.gene002910:CDS
CATTTGGCAATTGCAGCTAT+GGG 0.530031 2.1:-65561423 MS.gene002910:CDS
AGAAAAGGAGCAGATGTGAG+AGG 0.530462 2.1:-65559575 MS.gene002910:CDS
GAGAAAGCTTAGTGCAAAGA+GGG 0.533764 2.1:+65566596 None:intergenic
GAAGGAGCATTCTTGAGTGA+TGG 0.534274 2.1:-65566036 MS.gene002910:CDS
ATTTCCTATGCTAAATGTCA+AGG 0.536101 2.1:+65572481 None:intergenic
GTGGACCTAATGGAACATAC+TGG 0.536413 2.1:-65562099 MS.gene002910:CDS
TCCAGAAGGTAGATTTGGAA+AGG 0.542405 2.1:-65561963 MS.gene002910:intron
ACCATATTGGATGGAACTAA+CGG 0.556585 2.1:-65565132 MS.gene002910:CDS
ACATTAGAGGCAGCAATGAA+AGG 0.558265 2.1:+65561385 None:intergenic
TCAATTCATCTTCACTGGTG+GGG 0.563928 2.1:+65560091 None:intergenic
TCAGAGCACAAGAATCTGGC+AGG 0.565482 2.1:-65559416 MS.gene002910:CDS
TCTTGGTGTTCTATTGAGAG+TGG 0.567832 2.1:+65559469 None:intergenic
ATTCACCTGTGAATATATGA+AGG 0.568475 2.1:+65572358 None:intergenic
TGACATTCCTCAAGAACTTG+AGG 0.569968 2.1:-65561699 MS.gene002910:CDS
GAGCCTGAGCAACGAGATGG+TGG 0.583937 2.1:+65561445 None:intergenic
GAAAAGGAGCAGATGTGAGA+GGG 0.584177 2.1:-65559574 MS.gene002910:CDS
TCTCCCTTGACATTTAGCAT+AGG 0.585989 2.1:-65572485 MS.gene002910:CDS
TTAGTGCAAAGAGGGCATGA+AGG 0.598152 2.1:+65566604 None:intergenic
TGGTGTGTGAAAGATAATGA+TGG 0.599746 2.1:+65572427 None:intergenic
ATGTGAGAGGGTACTTTGTG+TGG 0.605684 2.1:-65559562 MS.gene002910:CDS
ATTGAACGATGTCAAAAGAG+TGG 0.608062 2.1:-65560073 MS.gene002910:CDS
AATGAGCCTGAGCAACGAGA+TGG 0.618882 2.1:+65561442 None:intergenic
AAGAAGATGCAGTTCCAAAG+AGG 0.619485 2.1:+65566496 None:intergenic
TTTCCTATGCTAAATGTCAA+GGG 0.621205 2.1:+65572482 None:intergenic
AGAGAAAGCTTAGTGCAAAG+AGG 0.627924 2.1:+65566595 None:intergenic
AAAGGGTCTTCAAAGACAGA+GGG 0.633044 2.1:-65560721 MS.gene002910:CDS
TAGTGACTTACATAAAGGAA+AGG 0.636074 2.1:-65560272 MS.gene002910:CDS
ATCTTCTCTACATGTGAACA+AGG 0.638176 2.1:-65560745 MS.gene002910:CDS
TGTGTACAGAACCAAGTACC+AGG 0.639426 2.1:-65561335 MS.gene002910:intron
GCATTCTTGAGTGATGGTAA+GGG 0.642671 2.1:-65566030 MS.gene002910:CDS
AAAAGGGTCTTCAAAGACAG+AGG 0.643626 2.1:-65560722 MS.gene002910:CDS
GAGGAAGTTACGTGGAAATG+GGG 0.643854 2.1:+65566515 None:intergenic
GCTGCTCCAAGAGCATTGAT+GGG 0.645674 2.1:+65572398 None:intergenic
AAGGTTTGGACTTCATCATG+TGG 0.652976 2.1:-65559498 MS.gene002910:CDS
TGGTAAGGGACTAAATAACT+GGG 0.657121 2.1:-65566016 MS.gene002910:CDS
CATATTGGATGGAACTAACG+GGG 0.669236 2.1:-65565130 MS.gene002910:CDS
AGAGCATTGATGGGTTGAAG+TGG 0.671770 2.1:+65572407 None:intergenic
ACTCTCAATAGAACACCAAG+AGG 0.680197 2.1:-65559467 MS.gene002910:CDS
ATTAGACAACCTGATAACGA+TGG 0.696355 2.1:+65565088 None:intergenic
GTTCCAAAGAGGAAGTTACG+TGG 0.701948 2.1:+65566507 None:intergenic

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr2.1 gene 65559388 65572846 65559388 ID=MS.gene002910
chr2.1 mRNA 65559388 65572846 65559388 ID=MS.gene002910.t1;Parent=MS.gene002910
chr2.1 exon 65572713 65572846 65572713 ID=MS.gene002910.t1.exon1;Parent=MS.gene002910.t1
chr2.1 CDS 65572713 65572846 65572713 ID=cds.MS.gene002910.t1;Parent=MS.gene002910.t1
chr2.1 exon 65572364 65572577 65572364 ID=MS.gene002910.t1.exon2;Parent=MS.gene002910.t1
chr2.1 CDS 65572364 65572577 65572364 ID=cds.MS.gene002910.t1;Parent=MS.gene002910.t1
chr2.1 exon 65566488 65566640 65566488 ID=MS.gene002910.t1.exon3;Parent=MS.gene002910.t1
chr2.1 CDS 65566488 65566640 65566488 ID=cds.MS.gene002910.t1;Parent=MS.gene002910.t1
chr2.1 exon 65565995 65566061 65565995 ID=MS.gene002910.t1.exon4;Parent=MS.gene002910.t1
chr2.1 CDS 65565995 65566061 65565995 ID=cds.MS.gene002910.t1;Parent=MS.gene002910.t1
chr2.1 exon 65565098 65565156 65565098 ID=MS.gene002910.t1.exon5;Parent=MS.gene002910.t1
chr2.1 CDS 65565098 65565156 65565098 ID=cds.MS.gene002910.t1;Parent=MS.gene002910.t1
chr2.1 exon 65562052 65562127 65562052 ID=MS.gene002910.t1.exon6;Parent=MS.gene002910.t1
chr2.1 CDS 65562052 65562127 65562052 ID=cds.MS.gene002910.t1;Parent=MS.gene002910.t1
chr2.1 exon 65561906 65561980 65561906 ID=MS.gene002910.t1.exon7;Parent=MS.gene002910.t1
chr2.1 CDS 65561906 65561980 65561906 ID=cds.MS.gene002910.t1;Parent=MS.gene002910.t1
chr2.1 exon 65561665 65561752 65561665 ID=MS.gene002910.t1.exon8;Parent=MS.gene002910.t1
chr2.1 CDS 65561665 65561752 65561665 ID=cds.MS.gene002910.t1;Parent=MS.gene002910.t1
chr2.1 exon 65561336 65561588 65561336 ID=MS.gene002910.t1.exon9;Parent=MS.gene002910.t1
chr2.1 CDS 65561336 65561588 65561336 ID=cds.MS.gene002910.t1;Parent=MS.gene002910.t1
chr2.1 exon 65561032 65561147 65561032 ID=MS.gene002910.t1.exon10;Parent=MS.gene002910.t1
chr2.1 CDS 65561032 65561147 65561032 ID=cds.MS.gene002910.t1;Parent=MS.gene002910.t1
chr2.1 exon 65560672 65560927 65560672 ID=MS.gene002910.t1.exon11;Parent=MS.gene002910.t1
chr2.1 CDS 65560672 65560927 65560672 ID=cds.MS.gene002910.t1;Parent=MS.gene002910.t1
chr2.1 exon 65560238 65560340 65560238 ID=MS.gene002910.t1.exon12;Parent=MS.gene002910.t1
chr2.1 CDS 65560238 65560340 65560238 ID=cds.MS.gene002910.t1;Parent=MS.gene002910.t1
chr2.1 exon 65560030 65560138 65560030 ID=MS.gene002910.t1.exon13;Parent=MS.gene002910.t1
chr2.1 CDS 65560030 65560138 65560030 ID=cds.MS.gene002910.t1;Parent=MS.gene002910.t1
chr2.1 exon 65559388 65559595 65559388 ID=MS.gene002910.t1.exon14;Parent=MS.gene002910.t1
chr2.1 CDS 65559388 65559595 65559388 ID=cds.MS.gene002910.t1;Parent=MS.gene002910.t1
Gene Sequence

>MS.gene002910

ATGAACTATTATGCTTGTCTTTCAATGTTATCTCTTTTAATTGTTACACCTTTTGCTATTGCTGTGGAGGGTCCTAAAGTTTGGGCTGCTGGTTGGCAAACAGCTGTGTCTCAAATCGGTCCAAATTTTGTCTGGTAAGCACAAAACTCTACGAATTTATGTGTTAGTTCAGTGATAAAAGTTTGATTTTGTAAAATGATATACTAGTTCAAATTTCTTCGGAAACACTTTAATTAATAATAGTTTTGGATTTTTTTTAATGTTTGCAGGTGGGTGGTTGCACAAAGTGTGTTCTACCATTTATATAATCAAGTGTCATACATGTCTCTTGATCAGATTTCTCCCTTGACATTTAGCATAGGAAATACAATGAAGAGAATTTCTGTAATAGTCTCTTCCATCATTATCTTTCACACACCACTTCAACCCATCAATGCTCTTGGAGCAGCTATTGCAATTCTTGGCACCTTCATATATTCACAGGTGAATTCTCATTTCCTACTAAATTATGTACTTGATCTTTATAGTTTATAGGCCAAATACCTCCCTGGGTCCTTTAAGTTTCACATTTGTAACAGATAGGTCCTTTAAGTTTCTAAGGTTTCAGATAGGTCCTTAACGGAGGTTGATAGAAAGGACCTATCTGAAACCAACTCGAAACTTAAAGACCTATCTGAAACCTTAGAAACTTAAAGGACCTATTTGTAACCTTTGAAACTTAAAGGACCAATATGTTACAAACGTGAAACTTAAAGGACCCAGGGAGGTATTTGGCCTAGTTTATACTTTGGGAATGTTCTTTTTATGTGTGTGTGTGTGTTTAATATCTTGTTTGAGATTGAAACATTACGTGAGGGATGCAATTAATTAACACAATTTCTGTTGATTTTTTGAAAGAGCAGGCTAAACAGAATTAAGGTTGCGGTTTGAAGCTTTTATCGAAAGCATGGGAACGATGACTCACAGTTGGAGCTCTAAGGGTATGCTATGATTAGGAGGACTATGATGTTAAATAGAGAGTGTATTATGATGTGAATTAGAGTGTATTATGTTGTCAATAGGAATTTTCTTTGAAGCCATCGTAATGGTTTGTAATCTCGTTTTTATGTATAAAAAATATGAGTTTTCAATTGGTTTCATATAACAAAAAACAATAATTTTATCAACACATTCTCTTTCGTCAGATTAAAATTTATATGGGTCCGTAATATGTATATGGACCCACATAATTTGGTTGAATCTATATGATTTTTAACCATTAAAAAGAATGTGATAAAAGTAAATGTTAGAGTGTAATGAAGAATGGACTGCTCTGAATAAGAATGATATGTTCCAGCATAATGTTTTATGAATTCCTCAACTTGACATGAATTTGTTATCACTTTGTGTTTTATTAGCTAACAATTTTCTATTAGGTTCATTTTATGGCAAATTCTATTTGGTGAGTATTTGACAAAATTCTCAAACTTTTAAGCAATAAAATTTCCTTTACTTAGTAGAAAGGTTTTGCTTCTTCTCCATGTCAAATTTGTCCTCTTGAAAAATCTGTCATTTTTCTTTTCCATCTCATAATCACATATTTGATTCTTCCTTTATTATTATTTTACATTGTGACATTTGCGATTGGGAGCCTTATGACACCCTACTTATGGTGTAAGACATTTTTCTTGACTTTTATTTGTGGATGATCATTCAAGATTTACATATTTTTCTTCTCAAGCATAAATTAGAGGCTCATCAAGCTATTATTGGATCTTCTCAAGCATAGCACCTGCAGCACTTCCTGCATTCTCTAGCTCTGACCCTATTTCTGCAGAAGTTTATGCACAACCTTCACTTTCACCGTTAGTGATGGTAATTTTTGCAAGTGTACATAATCGTGTAAGTAGTAAAGTTAAAATGGTAAGAATGAGTGTTGAACTCAAGGATCATGTTTATTGTCGAACCTTATTTGTAACTTAATTGAACAAAAGTTTTGATTTGATTATGAAAGCAATATATTTAGCAACTAAAGTTTGATTGTAAATTATTTAGAATAAAAAATGCCAGGGAATATAACTTGGAAACTTTGTACTATTAATCGAATCTGACTCGACAAACTGAATTAATTCTTACGTCGTTACCAATTTACAACAATGTATAATCCTAATCTCTGTGATTATAGAGTGTATTATAGAGTGTATTATGTTGTCAATAGGAATTTTCTTTGAGGCCATAGTAATGGTTTGTAATCTCGTTTTTATGTATAAATATGAGTTTTCAATTGGTTTCATATAATAAAAAACAATAATTTTATCAACACATTCTCTTTCGTCAAATTAAAATTTATATGGGTCCGTAATATGTATATGGACCCACATAATTTGGTTGAATCTATATGATTTTTAACCATTAAAAAGAATGGGATAAAAGTAAATGTCAGAGAGTAATGAAGAATGGACTGCTCTCAATAAGAATGATATGTTCCAGCATAATGTTTTATGAATTCCTCAACTTGACATGAATTTGTTATCACTTTGTGTTTTATTAGCTAACAATTTTCTATTAGGTTCATTTTATGGCAAATTCTATTTGGTTAGTATTTGACAAAATTCTTAAACTTTTAAGTAATAAAATTTCCTTTACTTAGTAGAAAGGTTTTGCTTCTTCTCCATGTCAAATTTGTCCTCTCGAAAAAATCTGTCATTTTTCTTTTCCATCTCATAATCACATATTTGATTCTCGCTTTATTATTTTACATTGCGACATTTGCGATTGGGAGCCTTATGACACCCTACTTATGGTGTAAGAGATTTTTCTTGACTTTAATTTGGTGGATGATCATTCAAGATTTACATATTTTTCTTCTCAAGCATAAATCAGAGGTTCATCAAGCTATTATTGGATCTTCTCAAGCATAGCACCTGCAGCACTTCCTGCATTCCCTACCTCTGACCCTATTTCTGCAGAAGTTTATGCACAACCTTCACTTTCACCTCGTAGGAGAGTTAGTCATGGTAATTTTTGCAAGTGTACATAATCGTGTAAGTAGTAAAATTAAAACGGTAAGATTGAGTGTTGAACTTAAGGATCATGTATATTGTCGAACCTTATTTGTAACTTAATTGAACAAAAGTTTTGATTTGATTATGAAAACAATATATTTAGCAACTAAAGTTTGATTGTAAATTATTTAGAATAAAAAATGCCAGGGAATATAACTTGGAAACTTTGTACTATTAATCGAATCTGACTCGACACACTGAATTAATTCTTACGTCGTTACCAATTTACAACAATGTATAATCCTAATCTCTGTGATTAAACCTTTAACCTTAAGATAGCCCTTAAGTATGGATTTATTAGACTATGAAGGCAATAATATTTAATCACAAGCATTTGAAAATTCCACTCTCGTTTCAAATCTTGAATCGTAAATCAATTTAAGAGAGGCCAAATGATAAAAAGCAAGAATAGAGATTACATAAACAACATACTAGAATTCATTCTGATATAAATCATTAGATCATAATACAAAGGTTTCTCCAAATGTATTGGTTGTAGATAGATGTATGAGGTTAAGCATAAACTTGATTAGTCAATGGGTCATTTCAAGGCACGTTTGGTTGCAAAAGCTTATACACAACAAGCTGGGATAGATTTTTCTGATACTTTCTCTTCGGTGTCCAAGCTCAATACTCTCAGAGTGTTATTGGATATTGTTGCAGCAAAAGTTTTGCTCCAAAACAATGTCATTTGTTACAACTTGATAATAACAATTCTTTTCTCATTGGGGATCTCTTTGAGGAAATTTATTTGGATCTACCTTTGGGTTTTAAACCTGAGGCACTTGGCTTAGTATGCAAGCTGAATAAGTCATTATATGGCCTTAGACTAGCATATGCCAGTGGTTCTGCAAAATTTTCTCAATCTAAAAATGATTACTCTCTTTTCACCCTTGGTTATGGTGCTTCCGTGATCCTTTTATTTTTGGCTTAATTGCACTTTTTCCCCTATCTTTTGCTAATTGTGCGATTTTGCACCCCTCTTTTTTTTTGAGCGATTTTGCACCCCATCTTTTTGCCCCCTTTCTGGTTAGATGGACCTTCTTGTGTTTAATTGCATTTTAGCCCCCTATCTTTTTGCCAATTGTGCGATTTTGCACCCCCTCTTTTTTTTGAGTGCTTTGGCACCCCATCTTTTGCCCCCTTCCCCTTTTTTAATGATGATTTTAAACAAAACACAATTGGCAAAAGATGGGGTGCAAAATCGCTCAAAACAAAGAGAGGGTGCAAAATCGCACAATTAGTAAAAGATAGGGGGGAAAGTGCAATTAAACCTTTATTTTTTTATGTTGATGATATAATCATCTATGTCCCCAACATTCAACATGTGCACAAGGTTCAAGATACTCTTCAATCCTTATTCAAGCTTAAGTTCTTAGGTTATTTGAAGTATTTTCCTGGCTTGGAGATTTCTAAGTCTAGCAAAGGAATTTCATTATCTACACTTTTACCAATGGATCCTAATCTCAAACTTGTATCTACTACCCCGATCTTCTTCTGAACCTTCTCTCTATCGCAAAAAAGCTGAGGAGAGTTGTTTACAGAACAACATCCAAACGCATTAAAAAAAATATTCAGATTTTTTTTGTTTGTGGTTTTTGGTTTTTTTGAATCGGTTTAAGTTAGTTGAACGCCCCTAATCATAAGTTTGAGGAAAGTTGTTAGATAATAAATTATTGAGTTTATGCTATTGACCTTTTATGTTTCTAAGTTAGTTGGTAAAGTCCTTTTTAAGTTTATTGTATATTCTACTTTAATCCGTCCTTGTGAACATAGCTCAGTTGGTATGGACAATGCATAATATATGCAAGGTCCGGAGTTCGAACCCCGACCACCAAAAGAAAATATTCTACTTTAATCCTTATTTTGACGAGTCATGTCATGTAATTCATATTATTGAAAACCGACCTAACCGCATCCTTTGTTATTTTATTTGAATCTCTATATTGTTAACATAATGTATTATTAACCCGTTGTTAATTAGATTAAGTTAACAGTCTGTTGTTAATGTCTTCAAATTTTGAATATGAGAAAATCAATAATTGTGACACAATTAAGGAAGCGTGACATGATTTTCGAGGCAGAGAGCATGGTTTCTGCTGAAGGCAAATAATGACATGATTTGTGGCAGTCGTGACACGATTTTAGGATATGGTTTTCGTACCTTGGGTCGTACGTTACGAATCGTGACATGATTTTGCAAATCGTGATACAATTTTGACTGTTACAGGTTACTATTTAAGCATTTCAGTTCAAATTTTGGGTGCGAGCTTGAAGAGAGAAAAACTAGGGATTGCAAAGGAGGTAACTTTAGGGTTGAGTGTATTTGTAGTAAGGTTCTCTTAGGTTGGGAAACATTGTAATCACATTGGGTAGTGAGATTTCATCATTGGAAGGATCAAAAAGCTTCCTTTTGTGTTTTTCTCTTAGGATTCATTGTGAGTGTGGGTGACTTGAAAAATGGGTAGAAATTAGGTCTTGTTCTTTGTGAGCTTTTAAGCTAATTTCTTGTAACCCATTTGCATCATTTTCATCTTAGTGGATTGGAGAGCTGCTCTCTCCCCCATAGTAGGTCATATTGGACCGAACTGGGTTACCATCTTGGAGTGTTAATTTGTTTTCTTTCTTGCTTTCTTATCTTGTTGCTTTGATTATTCTTGTGGTGATGCTTTACACATAGTTTTAGAACTGTTTTGTTGTTGTTGTTGTTGTTGTTGTTGCTTGAGGCTATTTTGTCCATTGATTACTACTTCCTTTGCTCCACACACCTTTGTTTTCATTGGTGTGATTTTGTCCGAATTTACAACATAGTCAACTACATGTAACTCACTTCTGTTCTTAGTTTCCCCTTTTATCTATTTGCTTGGGTTCAAATAAGTTTAAGGTTGTAACTTTTCAATTCAATGAATTCATTCATTTTCAATTCAATGAATCATACTCAATCTACCCCCGATAATAAAACGTGTATAAAGCAATACATCCTCACGTAACCAGAAAAAATCAATGTATCCTCATGTATTATTAATGATTGTGGTCAGTGTTAGCTCGCTATCAACGGTCCATGCAACTTGCAAATTATCACTCATTACCTACGTCTACGTGGACCTCTCAATCATATTATATAATGTCTTGATCACTCACTCAAACACGCATAACATGGAGCTTCCATTCCAACTCCTTCATGCCCTCTTTGCACTAAGCTTTCTCTTCTCAATTTTCATGGGATCATGTGGTTTTGTGTCCTTAGAAAATAATTTAAGTTCATCCCCATTTCCACGTAACTTCCTCTTTGGAACTGCATCTTCTTCCTATCAGGTTATTTTTAGCTAGCAAACTTTTCTCATCGAGGGAATTTCGATACTCAAAATTGTAGAGTTTGAATAATTTGATCTTCTAATTTTATGGAATGAAAAAATCAATTTTTAAATTTAATGTTTTCAAACAATTCAAATCTCTCTTTTATCTAAGTTGGAATAGGTGAGTTCGCATGTTGTTTAAGATATGCTAAGTTGGGAGTTGGTATCATGGTTCTAGAAATTTGATTAGGAGTTCCATTGATATCTATTTTATAATTAAAATTGAATGATTTTATTGGTGGATGAATTAAATTGATTGACAATCTTTATTTTTAGAGATTAATTTGTCATGTCGTAAAGTTTGAAGAAGAAAGAGATAATTCACTCATTCCTCACTAGAATATATAATTGTTTATTTGCACATTGCCTAATTGTTTATTTGCAGTTTGAAGGAGCATTCTTGAGTGATGGTAAGGGACTAAATAACTGGGATGTGTTCACTCATAAAACAGGTTTGGATCATAAAATTAATATTCATCAACTAGGATGTCCGATTGAAAATGTTCCTTATACTTCCTCTCTATATATAGAGTTAAATAAATTTTTGGTTCCTATAAATATAGTCAATTTTGTTTTTAGTCCTTATAAAAAAAAGTAAAATGTTTTGGTCCCTACAGAAATTTTTAGCACGTAGTTTTTGTTATTGTTAAATTAAAATTTGTTTAATTATGGTAAAATTTTTAAATTTTTGCACAATTTTTAAATTTGTTTAATTATGGTCCCTCCATAAAAAACGAGCTCAATATTTTCCAAATTTTTATTACTTTTATCTTAAAAAAATTTATATTTAATTCATTAGATGCAAAAAAAATCTAATTTTTTATAAAAGAGTTTTTTTTTATAATGTTCATAACATGTCTGTAAAAAAATCATTCAAAACTTTAAAAGTTTATATGTTGAAATTCAAAACTATCTTTGTATGTTTAGTTCTTTGCATGCTAAAAAATTCTAATTTTTTATAAAAGAGTTTTTTATAATGTTCTTGACATGTCTATAAAAAAATAATTCAAACCTTTAAAAGTTTGTGTTAAAATTTTGACATTTAAAAAAATTTATATTTAATTCATTACATGCTAAAAAATTCTAATTTTTTTATAAAAGAGTTTTTTATAATGTTCTTAACATGTATTTAAAAATTCAAAACTTTAATTTAACAAGGACTAAAATTATGTGTTGAAAATTATTATAGGGACCAAAGCCTGTCACTTTTTTTTTTGTGAGAATTAAAAACCAACTTATTTAACTCTAGAATATATATATCACTTGACTCTCACATGCAGTTGCTTTCAGGAACCATATTGGATGGAACTAACGGGGATGTTGCTGTTGATCATTACCATCGTTATCAGGTTGTCTAATTTGTGTCTAAGTTGGTTCCCCAATCATTGTAAGAAAAGATTCAGATGAAAAATGAAGAATAAGTTCCACCATTGTTTTTTTTTTCCTCTTCTTTTTGACACTAATAAGTAACACCATATATTATACCTATTGCTTATTTTCTTATTTACAACTATCACAATTTTCTTATTTGTGTCTAAGTTGGTTCCCCAATCATTATAAGAAAAGATTCAGATGGAAAATGAAGAATAAGTTCCACCATTGTTTTTTTTTTTCTTCTTTTTGACACTAATAAGTAACACCATATATTATACCTATTGCTTATTTTCTTATTTACAACTATCACAATTTTAAATTTTCTCTTTATATGTATTCACCTTTTTCACACCTTTTATAATTTACATAAATTTTTAAGCACCAATTAAGAAAGAGAAAAAAGGGAATCTAAATATAAGCCTCCTTTTAAATTAATAGTTATAGGTTTTCGTGAATATCGCTCAGTAATACATTACTATATGCATAGTCCGGTGTTCGAACCGCAGACAGTCCACTTATTCAACTTAAAATATTGATAAAATATTTATCTGTAAAATTAGGTTTAAAATCGTACTCCCACCGGTCACTATTATAAGAAAAAAAATGACTTTTTAGGTTCATTCAATAAATGATGTATGTGGTCTATATATAAACCACATACATCATTTATTGAATGAATGTAAAAACAGAATTTTTGCTTATAATAGTGACCGGAGGGAATAATCAATAAGAAGATAACATGTTAGGTAATCTTGTTTGGTGTCATAAACACTTTTGGACCTGTCATTTCAATGTTGAATGGTCACGTAAACACTTTTAACAAAGTTGGATAAAAAAATGACTTAAGGGTTCAATTTATCACGTAAAAAACTTAAATGATTAACTAATTATAATCATCTAACGTTAATGGGTATTTACTTTAAGTATGATACTAACGTGTATCCTAAATGCATATGTTAAAGATTCCACAAATAATAAATACTTTTAGAAAAATATAATTTTAAATTTTTTAAAAAATAAATTAACACAATTTCTAATACACGATTTTCATATTTAATATATGGCTTAAATATGCATTTCGTCCCTGTAATTTGAGCGAGTTTTGATTTTCGTCCTTGTAAAAAAAATAATTAAAAACATCCCTGCAAAAAAAAAAATTGTTTTAAAAAGGTCCCTGACCCCACTTCAATTATGATCTGGCATGGTTTTGGCCACGTGGCATTGAAACAAATTTAATTTTCATTTTTTTTCAAAATTTTTAATTTTAACAGTTTTTTTCCGAATTTTTTTTTATGATTTTAAAATTTATTTTCAGATTTTTTAATTTTAAAAAAGAATTTTCAGAATTTTGAAAAAAAATAATATTTTTTAATGAGTTGGTCTGCCACGTGGCAAAAGTTGCACAGTCAGCAACTGTTACGTGGCTAAAACCATGTCAGATCATAATTGAAGTGGGGTCAGGGACCTTTTTAAAACAATTTTTTTTTTGCAGGGATTTTTTTAATTCTTTTTTTTTATACAAGGACGAAAATCAAAACGCGTCCAAATTACAGAAACGAATTGCATATTTAAGCTTTGATATATTGACCTATGTATGCACGACACATGTTAACTTTTTTAATTTAATAGTATTATCTTTTATAGACTTAAAAATGTTGAGTCAGTGCCGGGAGCCTTAGGTAGGCAGGGTGTAGGCCCAGAAAATTTAAAGATGAAAATGGACGGTGTTATGGTTCAATACTTCCTCTGGTCACATTTATAAACAAAAAAATATTTTTTTAGATGCATTGAATACTTAATGTATACAGTCACATTTATAGGTCAGGTACATTAATTATTCAATGTACCTAAAAAGCTACTTTTTGCTTATAAATGTGACCGGAGGAAGTATGTACCTGTCCTGTAATTATCACCATATGAATATGTTACTACTAAAAGCAAGTAGACAGATAGTAGGTTGTTTTCGATGAATCCCCTGCTTGAGAATCCGCTGTTCGCGCTATAGCATTGAGAAAAGAAAAAACAACTTCCTCTCTCCGTCCCGCTATAGATAACCTATTTGAAAATATACAATTTTGACCTAACTTACTTTGACCATATTTTTCTACTAATATACAAAGATAAATAATATCATATAAGATGTCGTTAGATTCGTCCCGATAAGTATTTTCAAAATATCAAATTTTCATAATTTTTTCTAATATATTATTCAAGATATTTAAGTTCAAAATTATGCATTGGTATGCGTAATAGAGTCAACTGTGTCAAGTATTATGGGACGGAGGGAGTAACTTAATATATTAGTGGTTCTAGACCTACTTCAAGTTAGAGCTCGTGGTTGCTTCGAGCAACGGAAAAAGGCTTTTTTAAGGGATAAAAAAAAAACCTTATATCTGCCCCCCTCCTGTAATTATCACCATATGAATATGTTACTTTCACACTAAAAATACCCCACATCTATCATTGCAAATGATTTTTCTACCTTGTTTGTTTCCCTATTAGAGAAGTACAATTATAATTAAATATTTTAAAATTATCATTTAATATAATGAAAGTCCATTTAATTTGTATTAAAATTATCATATAATTATAATTAAAGATTTTTCTACCTTGATTGTTATTGTATATATTGGAGAAAGCCAAATCTCACTTGATTAAAGATGAAATCTAATATAAGTTTATGCAAAACTTGATAATTCTATAAGTCGATACTGAACTCGTTATAAAAATACAATATGATTTCAGAGTCTATCAACCTAATATAATATAACTTATATTTTATTTATTTTCTGAAAAAAACTTTTATTTGTTTCACACTTTTTATTTTTCAGACAAATGCATACTACTTTGTTTATACAACTCGTCAGCATCAAAATGTATGATTAATCTTTCTTTTTCAATCATGAAAGCTAATTATTATTTTTGTTATTTAAATTGAAAAACAGGAAGATGTGGACCTAATGGAACATACTGGAGTCAACAGTTATCGATTTTCATTATCATGGGCCAGAATTCTACCAAGTACGTATTTATTTTATACTCCAGATCAAATTAAATTTCATTGTCTAACTTTTCCTTCGAAATTATTCCAGAAGGTAGATTTGGAAAGGTGAACAAAGCTGGCATCAATTACTATAACAAGCTAATTGACGCACTTGTCGATAAAGGTCATTTAATTTGCATGACGTTAGATCTGATTCATATTAAATACGCTTGGATCCAACGACTATGCAAAGTCCTATCTAAATTTTGTATAAAAAAAATTTGCACTGATTTAAAAGTGAATAATTTCCATTCTTTCAACTTGTAATTGATTTCAGGAATTGAACCTTTTGTCACAATAACACATTATGACATTCCTCAAGAACTTGAGGAGAGATATAAAAGTTGGCTAAGTCATGAAATTCAGTAAGTACATATGTACCCTATCAACACAAATTGAGAATCATGACATAACTAATGTTACGTACATTTATATTTTCAGGGAAGATTTTAGGTATTATGCAGATATATGCTTCAAGTACTTTGGAGACAGAGTGAAATATTGGGTGACATTTAATGAACCCAATGTTGCAGTTATTTGTGGATATAGAACAGGTGTGTATCCACCATCTCGTTGCTCAGGCTCATTTGGCAATTGCAGCTATGGGAATTCTGAGAGAGAGCCTTTCATTGCTGCCTCTAATGTCATCTTATCACATCTGGCTGCTGTTGATGTGTACAGAACCAAGTACCAGGTGAGTATTGGAGATGCGCATAATCAGGGTCGGTCCAAGCCCCAAGGGTTAAGCTAAAGTGGCCCTCGATTTAGGCTTTTAAAATTGGGTCTCTTAACTATATATTAATTAAATTTGATCTTTCATAAGTCGCTCTAAGGAATCTTGATCCATTTTATATATTAATTAATCTACTGCACAAATATCAGAAAAATCAGGGAGGAAATATTGGAATTGCTATGAATGCTATATGGTATGAACCATTTAGCAACTCTTCGGAAGACAAGTTAGCTGCTGAGAGAGCTCAATCATTTTACATGAATTGGTAAATGCTTACTTTATTTTTTGTTAATTTGATGAGTTATTTTTTATGGCATCCCAAAATTTTATAGCTAAGCTTGTGACCGAGTCCACTATGGAGAAATGCAGGTTTTTGGACCCAATTATACTAGGAAAGTATCCAGCAGAAATGCATGAAATACTAGGACCTGAGCTCCTAGTATTTTCCAAATATGATACAGAAAAATTCAAGAATGGATTAGATTTCATTGGAATAAATCACTATACAAGTTATTATGTAAAAGACTGCATCTTCTCTACATGTGAACAAGGAAAAGGGTCTTCAAAGACAGAGGGTTTTGCTCTAACATCTGCACAAATGAATGGCATGAGTATTGGAGAACCGGTATTATATTTCATAGCTTTTAACATATTTTTTATTAAAAAAACGGACCCGATATTGAATTAATGAGACTATCAAATCATGGTTAACTTGTTTCAATTGATTCAACTATGTTTAAATAAAGTAAATAAAAATGTAAACAAAAAAAGAACCAACTATACGTTCAACCAGTTCAACTAGACTAAGATACAAATGAGATCAAACCAACCAGCAAACCGGTCAATTTCAAGTTCAAATGGTTGAACCGGCCGATTTAATACTATTTTCTAAACATTGTTTTTAATTTTGTATTGTGGGTTACATATAATTATAAAGTGTCAAATAATCCTTGTAGACTGCGCTTGCTTGGTTTTATGTTCACCCACAAGGAATGGAAAATATAGTGACTTACATAAAGGAAAGGTACAACAACATTCCAATGTTCATTACAGAAAATGGTAAGTAACAATAAACCTTAGTTTATTTAAATATGTTGCAATCCCATTATTGATGTCATGCCCTTAAATTAAATATGTTGTTTTATTTGTCTTGCATAGGATTTGGGACAAGTGAGAGTTCTTACCCCACCAGTGAAGATGAATTGAACGATGTCAAAAGAGTGGAGTACTTGAGTAGTTACTTGGATTCTCTAGCAACAACAATAAGGTATTGGCATACTTCCATCTTATTTTTATCCATTACTAAAAAAAGAAGTTGTTGTCTCGCTTTACTTCAGTTGGTAGAGACATTACAATATGTAGTGTTGGGGATTAGAGTTCAAATCTAGGATTCTCTCCTTATTTATAAGATGAAATTCTAGCCACTAGATTAATTAACTAAAAATAGAAAAGAGGTTGTTAATCAAAATTTAAACAAAAATAAAAATGAAATTTATCCCTTAATATTAGAAAATAATTCTTTTTACAAAATAAAATTCATGAATCAATACCAAATTGCCTTCCATTTTTAACTTTATGTTGTTAGGTCAATTTTTTTTTTTTAAATGTTCCCAACTTAGATTTCTTAGCAAAGAAGCCACACAATCATCAACTGTTTTGGTTTGTGTAGTACAAAAATAAACAAGTTACTTTTGTGTACAGAAAAGGAGCAGATGTGAGAGGGTACTTTGTGTGGTCTCTTCTAGACAATTTTGAGTGGAATCATGGATACAGTATAAGGTTTGGACTTCATCATGTGGACTTAGCCACTCTCAATAGAACACCAAGAGGATCAGCATTTTGGTACAAAAATTTCATTTCAGAGCACAAGAATCTGGCAGGCATTAGGTTTGGGCATGCTCAAGTGTGA
Protein sequence

>MS.gene002910.t1

MNYYACLSMLSLLIVTPFAIAVEGPKVWAAGWQTAVSQIGPNFVWWVVAQSVFYHLYNQVSYMSLDQISPLTFSIGNTMKRISVIVSSIIIFHTPLQPINALGAAIAILGTFIYSQLPFQLLHALFALSFLFSIFMGSCGFVSLENNLSSSPFPRNFLFGTASSSYQFEGAFLSDGKGLNNWDVFTHKTGTILDGTNGDVAVDHYHRYQEDVDLMEHTGVNSYRFSLSWARILPKGRFGKVNKAGINYYNKLIDALVDKGIEPFVTITHYDIPQELEERYKSWLSHEIQEDFRYYADICFKYFGDRVKYWVTFNEPNVAVICGYRTGVYPPSRCSGSFGNCSYGNSEREPFIAASNVILSHLAAVDVYRTKYQKNQGGNIGIAMNAIWYEPFSNSSEDKLAAERAQSFYMNWFLDPIILGKYPAEMHEILGPELLVFSKYDTEKFKNGLDFIGINHYTSYYVKDCIFSTCEQGKGSSKTEGFALTSAQMNGMSIGEPTALAWFYVHPQGMENIVTYIKERYNNIPMFITENGFGTSESSYPTSEDELNDVKRVEYLSSYLDSLATTIRKGADVRGYFVWSLLDNFEWNHGYSIRFGLHHVDLATLNRTPRGSAFWYKNFISEHKNLAGIRFGHAQV