AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene017547

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene017547.t1 MTR_8g074120 93.913 460 28 0 104 563 20 479 0.0 918
MS.gene017547.t1 MTR_8g074040 80.000 545 76 1 52 563 24 568 0.0 900
MS.gene017547.t1 MTR_8g074040 85.778 450 64 0 114 563 1 450 0.0 816
MS.gene017547.t1 MTR_5g008800 59.357 529 180 2 71 566 1 527 0.0 670
MS.gene017547.t1 MTR_5g008820 56.711 529 192 3 71 566 1 525 0.0 651
MS.gene017547.t1 MTR_4g121600 47.802 546 233 6 66 563 2 543 0.0 530
MS.gene017547.t1 MTR_2g044180 47.788 565 234 7 79 599 15 562 0.0 529
MS.gene017547.t1 MTR_3g064420 46.296 540 241 5 71 563 1 538 1.41e-174 509
MS.gene017547.t1 MTR_5g076240 47.201 536 236 7 71 563 1 532 1.14e-171 501
MS.gene017547.t1 MTR_2g044180 49.795 488 217 6 123 599 1 471 7.22e-169 491
MS.gene017547.t1 MTR_5g076220 47.114 537 236 8 71 563 1 533 5.04e-162 476
MS.gene017547.t1 MTR_5g076200 47.222 540 231 9 71 563 1 533 7.44e-162 476
MS.gene017547.t1 MTR_0161s0050 47.407 540 232 9 71 563 1 535 2.89e-160 472
MS.gene017547.t1 MTR_5g023730 44.653 533 247 9 72 563 3 528 4.09e-146 435
MS.gene017547.t1 MTR_0803s0020 31.838 468 296 7 95 559 279 726 2.97e-56 206
MS.gene017547.t1 MTR_1569s0010 32.941 340 217 7 227 563 188 519 5.87e-40 154
MS.gene017547.t1 MTR_1g026310 26.611 481 315 13 94 560 85 541 5.91e-40 154
MS.gene017547.t1 MTR_8g039720 27.941 476 288 15 94 544 82 527 9.88e-40 154
MS.gene017547.t1 MTR_2g095510 25.813 492 301 15 95 563 73 523 8.43e-35 139
MS.gene017547.t1 MTR_2g105570 26.915 483 318 14 95 563 72 533 9.59e-35 139
MS.gene017547.t1 MTR_3g035130 26.337 505 320 15 74 563 32 499 1.59e-33 135
MS.gene017547.t1 MTR_3g460770 24.230 487 322 16 96 567 75 529 5.42e-33 134
MS.gene017547.t1 MTR_4g077900 25.304 494 306 15 95 563 7 462 6.52e-33 132
MS.gene017547.t1 MTR_3g088880 25.462 487 310 14 88 561 92 538 3.83e-32 131
MS.gene017547.t1 MTR_3g088870 28.297 364 230 11 214 561 192 540 3.97e-32 131
MS.gene017547.t1 MTR_5g027500 27.565 497 301 17 95 563 87 552 4.89e-32 131
MS.gene017547.t1 MTR_1g090737 25.523 478 314 13 96 562 103 549 1.19e-31 130
MS.gene017547.t1 MTR_1g063110 28.024 496 291 18 96 563 75 532 3.84e-31 128
MS.gene017547.t1 MTR_1g073180 26.815 496 309 12 84 563 61 518 7.36e-31 127
MS.gene017547.t1 MTR_1g063120 26.316 494 304 15 97 563 76 536 4.33e-30 125
MS.gene017547.t1 MTR_4g057730 23.926 489 315 13 96 563 74 526 1.77e-29 123
MS.gene017547.t1 MTR_4g005750 25.259 483 320 14 95 563 71 526 5.75e-29 122
MS.gene017547.t1 MTR_1g073180 26.694 487 304 11 84 555 83 531 6.73e-29 121
MS.gene017547.t1 MTR_3g035130 26.237 465 294 12 74 525 32 460 1.71e-27 116
MS.gene017547.t1 MTR_5g007640 26.626 492 301 17 94 561 114 569 4.01e-27 116
MS.gene017547.t1 MTR_1586s0010 26.479 355 228 10 96 436 89 424 3.34e-26 112
MS.gene017547.t1 MTR_5g027480 27.945 365 218 14 221 563 198 539 8.32e-26 112
MS.gene017547.t1 MTR_2g030240 23.626 546 324 17 95 589 46 549 4.82e-25 110
MS.gene017547.t1 MTR_7g109830 25.478 471 271 18 97 507 97 547 2.95e-24 108
MS.gene017547.t1 MTR_4g128337 24.390 492 311 16 96 563 78 532 5.80e-24 106
MS.gene017547.t1 MTR_1g034360 24.838 463 273 15 97 502 99 543 1.85e-23 105
MS.gene017547.t1 MTR_2g030240 24.764 424 263 13 209 589 45 455 9.38e-23 102
MS.gene017547.t1 MTR_2g095510 25.735 408 240 14 95 480 73 439 1.22e-22 102
MS.gene017547.t1 MTR_4g057730 23.202 431 281 11 95 508 73 470 2.06e-22 101
MS.gene017547.t1 MTR_1054s0020 25.519 482 293 16 95 557 315 749 2.01e-21 99.8
MS.gene017547.t1 MTR_4g011790 26.316 380 233 11 207 554 209 573 3.80e-21 98.2
MS.gene017547.t1 MTR_4g011790 26.316 380 233 11 207 554 209 573 4.26e-21 98.2
MS.gene017547.t1 MTR_4g068670 23.983 467 271 14 97 502 98 541 1.52e-19 93.6
MS.gene017547.t1 MTR_4g011790 25.964 389 232 12 207 554 209 582 1.70e-19 93.2
MS.gene017547.t1 MTR_1g086600 24.255 470 270 16 97 502 119 566 8.04e-19 91.3
MS.gene017547.t1 MTR_5g009360 27.568 370 178 16 198 502 74 418 2.34e-18 89.4
MS.gene017547.t1 MTR_5g009350 26.992 389 193 17 198 521 200 562 2.65e-18 89.4
MS.gene017547.t1 MTR_5g009350 27.513 378 184 16 198 510 200 552 3.23e-18 89.0
MS.gene017547.t1 MTR_5g009360 27.027 370 180 15 198 502 200 544 4.19e-18 89.0
MS.gene017547.t1 MTR_8g099420 23.722 489 273 18 97 515 100 558 5.42e-18 88.6
MS.gene017547.t1 MTR_5g009350 27.297 370 179 16 198 502 200 544 9.70e-18 87.8
MS.gene017547.t1 MTR_5g009350 27.297 370 179 16 198 502 200 544 1.00e-17 87.8
MS.gene017547.t1 MTR_4g013210 25.594 379 234 13 217 562 66 429 2.64e-17 85.5
MS.gene017547.t1 MTR_4g057730 21.981 414 273 11 95 491 73 453 5.97e-17 84.3
MS.gene017547.t1 MTR_1g030290 27.000 400 201 16 183 511 213 592 1.12e-15 81.3
MS.gene017547.t1 MTR_4g013210 25.620 363 223 12 217 547 218 565 2.63e-15 79.7
MS.gene017547.t1 MTR_4g013210 24.176 364 217 15 217 562 66 388 3.47e-15 78.6
MS.gene017547.t1 MTR_4g013210 25.815 368 206 15 217 562 218 540 5.29e-15 78.6
MS.gene017547.t1 MTR_7g084850 25.648 386 217 15 221 567 358 712 6.30e-15 79.0
MS.gene017547.t1 MTR_8g083170 29.302 215 116 8 340 542 457 647 8.35e-13 72.0
MS.gene017547.t1 MTR_1g026430 24.573 293 197 8 94 374 85 365 2.41e-12 69.7
MS.gene017547.t1 MTR_1g026470 24.232 293 198 7 94 374 85 365 1.30e-11 67.4
MS.gene017547.t1 MTR_3g084470 22.262 557 335 19 18 516 108 624 1.56e-11 67.8
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene017547.t1 AT2G17650 64.364 550 151 4 59 563 36 585 0.0 714
MS.gene017547.t1 AT1G20560 57.765 528 188 2 71 563 3 530 0.0 645
MS.gene017547.t1 AT1G20560 61.283 452 173 1 114 563 1 452 0.0 603
MS.gene017547.t1 AT3G16910 47.320 541 240 6 68 563 6 546 4.27e-176 513
MS.gene017547.t1 AT5G16340 49.064 534 226 6 71 563 1 529 5.94e-176 512
MS.gene017547.t1 AT5G16370 49.257 538 227 6 71 567 1 533 7.40e-176 511
MS.gene017547.t1 AT1G66120 45.880 534 245 6 71 562 1 532 6.82e-169 494
MS.gene017547.t1 AT1G76290 47.637 529 234 5 71 563 1 522 4.91e-166 486
MS.gene017547.t1 AT1G75960 47.191 534 236 6 71 563 1 529 3.60e-165 484
MS.gene017547.t1 AT1G65890 43.664 584 260 10 71 591 1 578 9.01e-164 482
MS.gene017547.t1 AT1G21530 45.269 539 243 7 71 563 1 533 5.64e-161 473
MS.gene017547.t1 AT1G21540 46.111 540 238 8 71 563 1 534 1.67e-160 472
MS.gene017547.t1 AT1G65880 42.710 583 269 9 71 591 1 580 2.60e-160 473
MS.gene017547.t1 AT1G21530 45.083 539 242 7 71 563 1 531 2.24e-159 469
MS.gene017547.t1 AT1G77240 45.131 534 247 8 71 563 1 529 2.58e-156 461
MS.gene017547.t1 AT1G68270 40.860 558 247 10 71 576 1 527 8.69e-136 408
MS.gene017547.t1 AT1G20500 26.667 525 322 15 57 567 63 538 1.62e-41 159
MS.gene017547.t1 AT5G63380 31.714 350 214 9 221 560 205 539 9.75e-38 148
MS.gene017547.t1 AT4G05160 27.755 490 297 16 95 562 73 527 9.11e-36 142
MS.gene017547.t1 AT1G20510 27.660 517 295 19 68 560 64 525 1.91e-35 141
MS.gene017547.t1 AT1G20480 26.273 491 314 14 90 560 84 546 1.50e-34 139
MS.gene017547.t1 AT3G48990 27.291 491 312 16 88 563 38 498 3.45e-32 131
MS.gene017547.t1 AT4G19010 23.878 490 315 15 96 563 93 546 7.34e-31 128
MS.gene017547.t1 AT1G62940 24.793 484 324 15 96 567 73 528 2.98e-30 125
MS.gene017547.t1 AT3G21240 25.732 478 323 11 96 563 83 538 3.91e-30 125
MS.gene017547.t1 AT5G38120 25.866 491 308 16 96 567 85 538 2.85e-29 123
MS.gene017547.t1 AT3G21230 26.501 483 313 13 95 560 92 549 9.73e-29 121
MS.gene017547.t1 AT1G20510 27.586 464 258 18 68 508 64 472 2.27e-28 119
MS.gene017547.t1 AT5G38120 25.482 467 293 15 96 544 85 514 4.81e-26 112
MS.gene017547.t1 AT3G21230 25.758 462 310 10 95 544 92 532 1.41e-25 111
MS.gene017547.t1 AT2G47240 26.214 515 284 19 92 527 94 591 1.84e-25 112
MS.gene017547.t1 AT2G47240 26.214 515 284 19 92 527 94 591 1.84e-25 112
MS.gene017547.t1 AT2G47240 26.214 515 284 19 92 527 94 591 1.84e-25 112
MS.gene017547.t1 AT2G47240 26.214 515 284 19 92 527 35 532 1.99e-25 111
MS.gene017547.t1 AT3G21240 26.005 423 282 10 96 509 83 483 4.97e-25 109
MS.gene017547.t1 AT3G21240 26.005 423 282 10 96 509 83 483 4.97e-25 109
MS.gene017547.t1 AT1G30520 23.892 519 296 15 95 560 51 523 7.41e-25 109
MS.gene017547.t1 AT1G30520 23.892 519 296 15 95 560 51 523 7.41e-25 109
MS.gene017547.t1 AT1G65060 23.493 481 330 11 95 563 94 548 6.73e-24 106
MS.gene017547.t1 AT1G51680 24.074 486 328 12 95 563 84 545 2.04e-23 105
MS.gene017547.t1 AT1G51680 24.197 467 312 12 95 544 84 525 1.64e-22 102
MS.gene017547.t1 AT1G20510 27.294 436 239 18 68 480 64 444 2.62e-22 100
MS.gene017547.t1 AT3G21230 26.698 427 280 10 95 509 92 497 3.31e-22 100
MS.gene017547.t1 AT1G64400 24.116 481 268 16 96 508 99 550 1.63e-21 99.8
MS.gene017547.t1 AT5G38120 25.522 431 266 15 96 508 85 478 4.77e-21 97.4
MS.gene017547.t1 AT5G38120 25.522 431 266 15 96 508 85 478 4.77e-21 97.4
MS.gene017547.t1 AT1G51680 24.826 431 284 11 95 509 84 490 1.90e-19 92.4
MS.gene017547.t1 AT1G49430 22.013 477 281 14 97 507 100 551 1.00e-17 87.8
MS.gene017547.t1 AT3G16170 26.178 382 217 15 221 562 235 591 1.58e-17 87.0
MS.gene017547.t1 AT4G11030 24.230 487 258 16 97 508 100 550 2.83e-17 86.3
MS.gene017547.t1 AT4G23850 25.282 443 244 17 124 502 126 545 2.86e-17 86.3
MS.gene017547.t1 AT1G20490 26.525 377 231 14 95 456 83 428 1.35e-16 83.2
MS.gene017547.t1 AT1G20490 26.525 377 231 14 95 456 83 428 1.35e-16 83.2
MS.gene017547.t1 AT1G30520 23.529 459 253 15 95 504 51 460 2.20e-16 82.8
MS.gene017547.t1 AT1G30520 23.529 459 253 15 95 504 51 460 2.20e-16 82.8
MS.gene017547.t1 AT1G77590 25.255 392 207 15 180 502 59 433 2.20e-15 80.1
MS.gene017547.t1 AT1G77590 25.255 392 207 15 180 502 205 579 3.35e-15 79.7

Find 0 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
57641 gene 401597 409533 401597 ID=MS.gene017547
57641 mRNA 401597 409533 401597 ID=MS.gene017547.t1;Parent=MS.gene017547
57641 exon 401597 401625 401597 ID=MS.gene017547.t1.exon1;Parent=MS.gene017547.t1
57641 CDS 401597 401625 401597 ID=cds.MS.gene017547.t1;Parent=MS.gene017547.t1
57641 exon 403585 403688 403585 ID=MS.gene017547.t1.exon2;Parent=MS.gene017547.t1
57641 CDS 403585 403688 403585 ID=cds.MS.gene017547.t1;Parent=MS.gene017547.t1
57641 exon 405380 405531 405380 ID=MS.gene017547.t1.exon3;Parent=MS.gene017547.t1
57641 CDS 405380 405531 405380 ID=cds.MS.gene017547.t1;Parent=MS.gene017547.t1
57641 exon 405631 405654 405631 ID=MS.gene017547.t1.exon4;Parent=MS.gene017547.t1
57641 CDS 405631 405654 405631 ID=cds.MS.gene017547.t1;Parent=MS.gene017547.t1
57641 exon 407062 408442 407062 ID=MS.gene017547.t1.exon5;Parent=MS.gene017547.t1
57641 CDS 407062 408442 407062 ID=cds.MS.gene017547.t1;Parent=MS.gene017547.t1
57641 exon 408887 408942 408887 ID=MS.gene017547.t1.exon6;Parent=MS.gene017547.t1
57641 CDS 408887 408942 408887 ID=cds.MS.gene017547.t1;Parent=MS.gene017547.t1
57641 exon 409336 409533 409336 ID=MS.gene017547.t1.exon7;Parent=MS.gene017547.t1
57641 CDS 409336 409533 409336 ID=cds.MS.gene017547.t1;Parent=MS.gene017547.t1
Gene Sequence

>MS.gene017547

ATGGAAAAACAAGACGTCAAGAGATTAATGTAAGTGTTTTTATCTTGCTATTTTTTTGCTGAAAGAATTTATATTACTATTATTGTAAAAATAATAATAATAACAATAATAATGGTGATAATAATAATCTGAAAATCAATATTACTAGCAAGTATTATTTTTGTAGTTCAGAATTTTCCCCCCAAGGAGCCCTACTATATACAAATGACTTCAAAAAAATATCATATATACAAAATTTACAATGCATTATAAAACAAAAAAGTTGATCACACAATGCTATTAAAGACATCTCAAGTTCATCACGTGCGATTTTTTTTTTGTTGCTAAACCATAATGAATCGATTTAAATTGATTTATTTGAGTTTATCTAGTGATGTAAGTGTTTGTAAGACCGTTTGAAAGAACTCATGAAAACATTGTAAGTTTTTGACATGTTCATATTCATATGCTCTATGAGATATATATCTTATAAATAAAAATAGCTTATAGTTTATACTTTATACAAAAATAAATTAACTTTATTTTATATTTTGTTTCGTAGAAGTTGTCTGGTTGAAATGTTAGTGATATAAGTGTTTGTAAGACCGTTTGAAAGAACTCATGAAAACATTGTAAGTTTATGACATGTTCATATTCATATGCTCTCGGAGATATATATCTTATAAATAAAAATAGCTTATAGTTTATACTTTATACAAAAATAAATTAACTTTATTTTATATTTTGTTTCGGAGAAGTTGTCTGGTTGAAATGTTTCTTGATAAAATTTCACTTATCGATGAACTTCAGGTTACATAATAGGGCCCATTCCCCAATAAACTTGATGGTTAACATAAAAATAGCTTATACATAAGCATTTATCATGATAAACACTTATGCTATAAACAACAATTTAAATCTAATTCAAACAAATTTTTCAGTTCTTCTCATACAATTTATTTTTTTGGATATTATTTTTTTATTCAATATTGGATTTTCAAGACATTTTGTTTTGGGTTCGGTTGTGGTAACTATATTTAATTTCTTCATTTTTCTACTATTTATTCTCTTGAAAAAAAGAAATTATTTAAAAAATTTGACAAAGAGTTTAATTACAATACACCAATATAATTATGTTAAAATGCATCTAATGATGTATTGTCACGTCAGTTAATGAATATGAAAACATGTTCGAATTGGAGGTCAACTGGTTTGACCTAAGAGAAAAGGATTGGAAGTCTTGAGTTCAAACACGGACGAACGAAAATTTTGAAAAGAAATATTTTGTATTTTCCTTAACATGTCACAATTTTTTTTCTAAAATTTAAAATTTTAAGGATAACAAAATAATTTTAAAAAATAATATAGATCAGAACTGTATGCATGAAATTTTGTAAAGACAAAAACAAACCACTTTTTTATAAGAACAAAATAATGAAATTTAATAACTTTTCAAGGACAAAAAAAATTATTTAACTCTATCTTCAAACAAAGAAAGATCAGCACAGAGATGTAATATTTAAAAATGATGTGAATTAACTATCATTTGGTTAAGAAGAGGGAACCTTGAAAGATTAACCAAAAAAAGAAACAGCCGTTTTTTTTTTTTTTTTTAAACGCAAGTTGTTTTCACCTTACAATGCAAAAAATTGTACCCTAACCTTACTCCAAAAAAAAAAAAAATGTACCCTAACCAAGTTATTATTACTTTTTGTGTCAAATGTCAGTAAAATTGTAAATGTGTTTGTTCTAAATGAGACAAATGCATGCATTATTTTGCTTATATTAAAGTTCTGAAAAAGAGTACGTAAGGTCTGAGACAAATGCATGCATTATTTTGCTTATATTAAAGTCCTGAAATATAGTACGTATACAGAAAATGAAGAAAAAGCTTGATGGTGTTTGGACGTTGTCAGTTAGAGCCACCTGGCACCTTTATGTGAAGGCAGTGGCGGAGCCACCCCCAGCTAGCCTGGGAACTAGCCCAGGCTTAGCTTCTGGCCGGAAAGGCCCTTACAACGGCGGAGGAAGAAAAGGGTCGACGGCGAAGTTGCTCCTTTCGTGAAAATAATTAGACCAATGGAAAGATCTCGTCGAGAGGATAAAGAAAATGGTGCTACTTTTTTATTTTGGTGAATGTGGCGGCTGGAATGAAGCCGGAGATGGGGGCTAGTGGTGATGAGTTCAAAGAAGAAAGAGAACGCGAGGAAGAAGAAAGAAAGAAGAATTAGTGGCTTTCTCTAAAAAAATCTGTCCTTTAGTTATGAAAATGCCACTCCTCTTAATACTAATTAAAATACTGCCATTAATAGTGAATTGACCCTTATATCCTTCTTTTTCATTTGGAATGAATAATATATCTTCTTCCAATTAGTCTTGGTTAAACCATCTCTAACTGTGATTAATTGTCTTCTCATCATTAATTATAATTTGGGTTGTTACAACATTTACCTCCTAATTTTATTTAACACGGTATTGACAGGTTATATATCATCTCTCTTGTTGAAAAAATGACGAACCTCTTTTATATTGATTTATGATTATTTATATATATTATGTCACATGAATTTGCGATAAAATTTTCGCCCAGACTCTATAAAATTTCTGGCTCCGCCACTGTGTGAAGGCATTAAAAGAAAGATTCAAGACTCAAATTATGCTTAAAACAATACTTATATATTATCCACAAATGAAATCTTTATATCACTAGCTGGGTTTAAACTTAAAGTCTTATGAGCTATGAAATCTATAATATCTACACCAATCTTGATCTTGATTGACATCAAAACAAGAACTTCCCGCTGCCATTTTTCATTTTGGCTCTCAAATTCAAGCCTTCAAGTATTTTTGGTTGTCTATATTTAGAAGGGAAAAAAATAGTGTTCAATTTCTCTCACCAAATTTAGAAGTACACATTCAAAAGGCACAAATATCCTTTAAATAAGAAAGTATTTCTTTTATTGAGCATTAATATAAAACTGGTTTTTTTTTTGTCAAGATATAGAACAAGTTTAAACCGACTAAATATATTTTTTATTAATTTTTTAATTAAATCTATTTATATAATGGAAGAAAATAAGCTGTTTTTTTTTGTATATGTAAACCAATATTTCAAGTCTTGAATCACTTATTCAAATTGTCTAATATGAGTCAAAATACTCCTCCCTCCCGTTAAATAATTGTTAAAGCTAGTGATGTATCACATTAAGTGACATGGTGGTTTATCTAAGTTGATGTCATGTCACATGTAACCATAAATACAAGTTTCACATTAATTGAAAATTTAATTTTTTATGCATATTGGATTTTCGTCGGAACCCTTAAACCAATTAACATTGTTGATGAGTCCAACACGCATAAAATTTAAGTTTGTTAACCGCTGAATTTTTTTTGTTTAGGATGTTGTGACGTAACATCAACGTACAAGTTACAATTTTAATTAACATGACACGCTAACACATCTTTTTTTTTGTAGTGGTTGGGTTTGAACCCTGAACTTTGCATATATTATGCATTGTCCCTACCAACTGAGCTAAGTTCACGAGGAAGCACGCTAACAAATCTAACTAAACTAATATGGTAAAAATTATTTTGACAAGAGGTGACAATTTGAGGGAGCAATTCAATATTTGTAAATTTGAAATGCCAAATTGTCATACACTTGGAAATTAGAATTTCAATTCCCCTCTCAATTTTTATTTATTTATTTATTATAAAAGAAAGTGGTTTAAAACAAATTTTTGAACAATGAACAATTAAAACAAATTTTGTTAAAACTTGTTTCGTTTTTCTTTTATTTTTCAGCATGCTCTAAACTTATTCTCTATTCATTTAAAACTTGTCACTTTTTTCAGGACGTTGTTCCAGGATCATGGGAATCAATGGAAGGGCTAGTTCATTGCCATGCAAATTCTGTTCCTTTGTCACCTATAAACTTCTTGGAGAGAGCAGCAAAGGTTTGTAGAGACAGAACATCACTTGTTTATGGTTCTTTGAAGTATAATTGGGGTCAAACTCATCAACGTTGTCTCAAACTTGGTTCTTCTCTCTCCCAGTTAGGGATTTCTCGTGGAGATATGGTCAGTTTTCTCTATCTATCTATCTATCTATCTATCTATCAATGTTCTCACTTTAGGGTGATAGTAATGTTTTAGGATTTTTTTCTTCATATTTATGTTACATTTTTCTTGTTTCTTTTTTCACTATTGTGTTTGGTGGTCCGAATCGATAGGCTCTGATACCATATTAAATTTCTGGGTAAAATATGCATTTCATCCCTGCAATTATAGGCCATTTGATTTTTCATCCCTGAGCTTACTAATCCTCCTATTTTACCCCTGTAAAAATTAATCATTTGAAAATTCGTCCCTCATCAGAGTTAATCACTCATATGCACGCGGAATGACCAAAATGCCCTTAGTTGATGAAGGAGGGTATTTTGGTCCTTTTCCGTTTAACTGGAGCAACTAAGGGCATTTTTGTCATTTCGCGTGACGTGGCAATGATTAACTCTGATGAGGGACGAATTTTCAAATGATTAACTTTTACAGGGGTAAAATGGGAGGATTAGTAGGCTCATGGATGAAAATTCAAATGGCCTATAATTGCAGGGATGAAATGCATATTTGACCCTAAATTTTTTTATTGTGTCAAATTATTTACAAAATCAGTTTGTAAGTGAGTGGTAGTTTGTTTATAAACTCTAGTCATACTTTATCTTTAATTTATGTGGGACATAGTTTTTTCAATACTACAGTTAGTGCTCTTAGAAATTTTGTTAAAATCATATCTATACATGCTTCATGCAATTCCTAAAGTTGGAATGATTCTTATTAGAGATAAATCTTGTTATTAGTTCGTTATGTTAAGTTTACTTTGCGAATTTTCTATTTTCATTTATAATATGAGTTCATATTATCTTGCTAATAAGAAGATGTGAGACTATTGAAATGAACCATTGTCATGAAGAGAGATAAAATGATAGTTAGGGTCTTAGGGATACTTTCATGAAATAATGAAAAGATTTTCACTGGCATTTCCATTGTTTCCAAAAATATGTGCATAATTGTTCACTTCAAGAGTCTGTTATCTCTTTGTCAGCAAGTAAAACTAACACAAATTTTAGAAAATGAAAATAGAAAATACTTTCACAAAGTAAATGTCGCCTACTATCCTTGTTATCTTCTTCATTTTCATACAGAATCCTATGTATAAATAGAGTCTCATGTAGCCATAATTGATCAAGTTATCATTTAAGGTCATTTGTCTAATTAGGTGGTGGTGATTGATTTTGCTAGGGTGTTAAGTTTTCAGAAATTGGCTATCACCGCTCAGTTTCGAGATGCCACTATTTTTCTTTTGTACTATCTTGCATTGATGTTTCTATAAAATGTGTTGCACTGCACTGTGACCTGTGCTTGTTGGCTTTGATGCTCAGCAAGGTGAATGAACAATCACTGATGCTGTTTCATGTTGATTGTAAACAGGTTGCCACACTAGCACCTAATGTCCCTGCAATGTATGAGCTGCATTTCGCAGTACCAATGGCTGGAGCCATTCTCTGTACTCTTAATTCACGCCTTGATGCAAATATGGTTTCAGTCCTATTGGAGCATTCACAAGCAAAGATTCTATTCGTAGACTATCAACTACTCGAAGTTGCTCGAGGAGCATTGGACCTCCTAGCCAAAAGAGCGAAAAGAAAGCCTATTTTAGTCATGATCATTGACTCTGATTGCACATCTAATATCGACATTACTTCAATTAGTTATGAATATGAAAAACTTATAGCTATTGGACATAATGATTTTGATATTGTGAGGCCACGCAGTGAATTAGATCCTATAAGTATAAATTACACCTCTGGCACTACATCTAGGCCTAAAGGAGTTGTCTTCAGTCACAGAGGTGCTTATCTAAACTCTCTCGCAACGGTTCTACTCTTACAAATGACCCTCTTTCCTGTTTATCTTTGGAATGTTCCATTGTTTCATGCTAATGGTTGGTGCTTAGCTTGGGGAGTGGCAGCACAGTTTGGAACCAATATTTGTCTAAGGAAAGTCTCTCCAAAGAACATATTTGACAATATAATTAAGCATAAAGTAACATACATGGGAGGAGCTCCTACTGTTTTGAATATGATTGCGAATTCTACACTGGCCGATAGAAAGCTGCTCAATCACAAGGTATCAGTGATAACCGGAGGTTCTCCTCCACCGCCACAGATCCTTTCGATGATGGAAGAAAATGGTTTTAATATTACTCATATGTATGGCCTCACAGAAACATGTGGTGCAGGGACTTTTTGTGCTTGGAGACCTGAGTGGGACATGTTACCTCCTGAAGAAAAATCAAAGATAAAAGCTAGGCAAGGTGTTCCACATGTGGCATTGGAGGAAATTGATGTTAAAGATTCTGCTACTATGGAAAGTGTTCCAGCTGACGGAAAAACAGTTGGCGAGATAATGTTTAGAGGGAATACAGTGATGAGTGGATATTTTAGAGATTTGAAAGCAACCGAAGAAGCTTTCAAAGACGGTTGGTTTCATAGTGGGGATCTAGCTGTGAAACACGCTGATGGATACATTGAAGTTAAGGATAGATTGAAGGATATAATAATATCTGGGGGAGAAAACATTAGCTCGGTCGAGGTAGAAACTGTTTTGTATAGTCATCCGGCTGTTCTTGAGGCCGCAGTAGTTGCCCGGCCGGATGATCATTGGGGTCAAACTCCTTGTGCTTTTTTGAAGCTGAAAGAGGGGTTTGATCAAAATTCTCAAGAAATAATCACCTTTTGTAGGGAACGTTTGCCTCACTACATGGCTCCTAAAACAGTCATTTTTCTCGATATGCCAAAGACTTCAACAGGTAAGATACAGAAGTATATTCTAAGGGAGAAAGCCAAGGCTTTGGGAAGTATATCTATATCCAGCCCCTTGAATTGTGAAAAATCTGTTGTTGATTGCTCAAGTAAGTTTAGGGAATAGCATGAATAAGAACGGTGTTCGACATGGAATTCCATTTTATTTTAACAAATAGGTGAATGATGAAAGAAAAGCTCACATTAATCCATCCATAACTATATCACCTCTATGACCCTAAAAGGAAACTAAAAGTTTACTTGTCATCACAGTCTTATAAGCAATGTTTTAAAAACTGGATCAGTGGTCGAGTCAGTGCGACTTGCATGGTTTAGTTGCTTCACTAGGTTGTATTATGGTTAGATTGGATGACTAATAATTTTAATTTTAATTTTGAAAAATTAGAACTGGCCGAACCAATCTTGGTTCAATTCAGTTCTAACAAACTAAGAACCGACCATGGTTGAATCAACTGGCGGACTGATCGGGTCCCGGGTGAACAGACCGGTCCGGTTCTGGAATGCAGTGCTTATGAGAGTTTTTCTGTTCTAATTGTGAAGAGAGCATGAAGCTATGGTTAGTTTTTCATCCAAATCATTGAATTTTACTTCTTAGACAGAGCTAGACTAAGCACCTGCTTTGTATCATTTGCTATACTTGCAGTAAACAATGCACAAAACTATATCATATATTTATGAGCAAACAAGACAGAAAGTTGCAGAATTTTTATTTTCCAATTGCAGAATGATAAGTGTCATTTCATAAATCATGTGTAATGAGAATGCACAAGCAAATCAAAATACTAACAAATTCCTGTATTGGTGTATGTGATGACTAGTCTGAGACAATAGTCACCTTCATGATAAAAATATGTTATGCATGCTCCGATTGTATACACAGAGATTCCATGAATTTACGAGTCGCTTTGCCAAAGAGATGGGAGGAGCAAAACAAGGAGGACGGAGAAGGAGGAAGACCGGAATAAGGTGCAAGAGGAAAAATGAACTTAATGAAAATGTCACAAAGGCTAAGAGAGGAGGTGTATTGCATGTTTTTACCTTCCAAAAGTTAACTTCGAGATATTTTATTACTTCATGA
Protein sequence

>MS.gene017547.t1

MEKQDVKRLMPLQRRRKKRVDGEVAPFVKIIRPMERSRREDKENACSKLILYSFKTCHFFQDVVPGSWESMEGLVHCHANSVPLSPINFLERAAKLGISRGDMVATLAPNVPAMYELHFAVPMAGAILCTLNSRLDANMVSVLLEHSQAKILFVDYQLLEVARGALDLLAKRAKRKPILVMIIDSDCTSNIDITSISYEYEKLIAIGHNDFDIVRPRSELDPISINYTSGTTSRPKGVVFSHRGAYLNSLATVLLLQMTLFPVYLWNVPLFHANGWCLAWGVAAQFGTNICLRKVSPKNIFDNIIKHKVTYMGGAPTVLNMIANSTLADRKLLNHKVSVITGGSPPPPQILSMMEENGFNITHMYGLTETCGAGTFCAWRPEWDMLPPEEKSKIKARQGVPHVALEEIDVKDSATMESVPADGKTVGEIMFRGNTVMSGYFRDLKATEEAFKDGWFHSGDLAVKHADGYIEVKDRLKDIIISGGENISSVEVETVLYSHPAVLEAAVVARPDDHWGQTPCAFLKLKEGFDQNSQEIITFCRERLPHYMAPKTVIFLDMPKTSTEPTMVESTGGLIGSRVNRPRFHEFTSRFAKEMGGAKQGGRRRRKTGIRCKRKNELNENVTKAKRGGVLHVFTFQKLTSRYFITS