AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene90432

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene90432.t1 MTR_2g081980 95.196 562 26 1 1 562 1 561 0.0 1113
MS.gene90432.t1 MTR_2g082060 73.551 552 130 5 11 560 18 555 0.0 838
MS.gene90432.t1 MTR_2g082010 70.650 569 156 4 2 562 7 572 0.0 827
MS.gene90432.t1 MTR_8g007515 67.616 562 177 4 3 562 2 560 0.0 780
MS.gene90432.t1 MTR_4g019550 66.900 571 160 7 3 558 2 558 0.0 744
MS.gene90432.t1 MTR_2g082050 64.535 516 125 4 42 557 1 458 0.0 648
MS.gene90432.t1 MTR_4g081460 46.359 563 287 10 3 558 8 562 1.45e-176 510
MS.gene90432.t1 MTR_6g008560 45.307 554 293 8 8 558 11 557 2.88e-175 507
MS.gene90432.t1 MTR_5g062230 44.286 560 303 7 1 558 1 553 2.42e-168 489
MS.gene90432.t1 MTR_6g039440 43.571 560 307 7 1 558 1 553 1.86e-167 487
MS.gene90432.t1 MTR_4g048460 45.208 553 294 7 8 558 16 561 2.40e-166 484
MS.gene90432.t1 MTR_3g464190 45.818 550 290 7 11 558 14 557 1.44e-164 479
MS.gene90432.t1 MTR_5g073200 44.182 550 299 7 11 558 6 549 1.86e-163 476
MS.gene90432.t1 MTR_5g073260 44.086 558 303 8 4 558 1 552 8.50e-162 473
MS.gene90432.t1 MTR_5g094620 42.553 564 291 11 1 558 1 537 4.08e-154 452
MS.gene90432.t1 MTR_4g048460 46.137 453 237 5 8 459 16 462 1.29e-139 413
MS.gene90432.t1 MTR_6g008560 45.432 405 215 5 156 558 1 401 1.09e-125 375
MS.gene90432.t1 MTR_4g045810 36.413 552 329 14 13 557 44 580 4.75e-100 315
MS.gene90432.t1 MTR_2g064425 34.483 551 344 10 9 556 48 584 3.86e-98 310
MS.gene90432.t1 MTR_8g057020 33.274 559 335 11 12 556 53 587 3.44e-94 300
MS.gene90432.t1 MTR_7g010710 32.849 551 353 10 10 555 14 552 2.57e-90 288
MS.gene90432.t1 MTR_2g064425 33.394 551 335 12 9 556 48 569 1.60e-88 285
MS.gene90432.t1 MTR_2g065450 33.272 547 349 8 12 556 56 588 1.99e-88 285
MS.gene90432.t1 MTR_2g089130 33.142 522 325 11 35 552 57 558 3.05e-87 281
MS.gene90432.t1 MTR_2g089120 32.576 528 329 12 35 556 57 563 8.88e-87 280
MS.gene90432.t1 MTR_2g064425 39.886 351 200 6 9 358 48 388 6.71e-79 255
MS.gene90432.t1 MTR_4g092010 30.906 508 336 10 51 554 60 556 2.25e-77 255
MS.gene90432.t1 MTR_2g064425 38.177 351 191 8 9 358 48 373 2.23e-69 230
MS.gene90432.t1 MTR_4g092020 31.461 534 320 15 41 556 64 569 6.64e-68 230
MS.gene90432.t1 MTR_2g010960 28.994 507 340 8 38 532 1 499 1.19e-66 225
MS.gene90432.t1 MTR_3g465090 28.936 470 319 7 70 531 31 493 3.81e-63 216
MS.gene90432.t1 MTR_3g063170 27.810 525 356 10 38 552 1 512 4.49e-62 213
MS.gene90432.t1 MTR_3g052120 29.038 520 344 11 44 552 7 512 7.99e-62 212
MS.gene90432.t1 MTR_3g063120 28.419 468 325 7 70 531 6 469 5.86e-61 209
MS.gene90432.t1 MTR_6g064980 28.814 472 317 10 70 531 31 493 7.98e-61 210
MS.gene90432.t1 MTR_3g063140 27.148 512 343 9 29 531 3 493 1.06e-59 207
MS.gene90432.t1 MTR_6g065040 27.157 394 272 7 147 531 4 391 1.37e-47 171
MS.gene90432.t1 MTR_2g064295 28.651 541 315 21 63 560 252 764 2.60e-42 162
MS.gene90432.t1 MTR_3g058160 28.491 530 322 20 63 556 61 569 3.01e-42 160
MS.gene90432.t1 MTR_5g094530 40.796 201 84 2 167 366 2 168 3.96e-42 150
MS.gene90432.t1 MTR_3g058160 28.491 530 322 20 63 556 252 760 2.13e-41 159
MS.gene90432.t1 MTR_3g058160 28.491 530 322 20 63 556 265 773 2.57e-41 159
MS.gene90432.t1 MTR_3g058160 28.491 530 322 20 63 556 272 780 2.72e-41 159
MS.gene90432.t1 MTR_3g058160 26.860 551 325 20 63 556 272 801 5.19e-38 150
MS.gene90432.t1 MTR_7g050990 45.270 148 72 1 202 349 29 167 1.07e-37 149
MS.gene90432.t1 MTR_7g057340 39.884 173 101 3 388 558 1 172 4.02e-37 135
MS.gene90432.t1 MTR_3g063160 30.375 293 198 4 38 329 1 288 4.71e-37 139
MS.gene90432.t1 MTR_7g057390 37.572 173 102 4 388 558 1 169 4.28e-33 124
MS.gene90432.t1 MTR_2g012870 23.551 552 394 10 20 553 211 752 8.53e-32 131
MS.gene90432.t1 MTR_2g012900 24.028 566 388 15 20 553 211 766 1.34e-29 124
MS.gene90432.t1 MTR_7g094970 27.437 277 173 8 63 314 204 477 1.74e-22 102
MS.gene90432.t1 MTR_7g011663 29.021 286 171 9 63 323 342 620 3.79e-21 98.2
MS.gene90432.t1 MTR_7g011770 26.374 364 227 12 63 397 238 589 4.27e-20 94.7
MS.gene90432.t1 MTR_5g030050 27.407 270 153 9 71 313 4 257 3.22e-19 89.0
MS.gene90432.t1 MTR_3g015080 29.070 172 83 4 388 558 1 134 6.60e-14 69.3
MS.gene90432.t1 MTR_5g081730 39.175 97 58 1 162 258 16 111 4.97e-11 61.6
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene90432.t1 AT5G23960 38.980 549 327 7 11 558 4 545 4.43e-135 404
MS.gene90432.t1 AT5G23960 38.768 552 326 9 11 558 4 547 2.66e-133 399
MS.gene90432.t1 AT3G14490 36.727 550 335 6 14 558 60 601 3.21e-117 360
MS.gene90432.t1 AT1G70080 33.982 565 355 12 5 558 54 611 3.20e-103 324
MS.gene90432.t1 AT3G14520 34.483 551 346 10 14 558 63 604 2.73e-102 321
MS.gene90432.t1 AT3G14540 33.874 555 352 9 10 558 56 601 2.15e-101 319
MS.gene90432.t1 AT1G31950 33.818 550 349 10 15 558 66 606 2.93e-100 316
MS.gene90432.t1 AT1G31950 33.757 551 349 11 15 558 66 607 3.32e-100 316
MS.gene90432.t1 AT3G32030 33.698 549 353 7 14 558 63 604 7.70e-100 315
MS.gene90432.t1 AT5G44630 34.375 544 339 11 22 556 21 555 8.24e-100 313
MS.gene90432.t1 AT1G33750 33.333 561 361 9 1 558 53 603 4.11e-98 310
MS.gene90432.t1 AT3G29410 32.299 548 360 7 14 558 64 603 9.46e-93 296
MS.gene90432.t1 AT4G16740 32.149 563 356 15 6 558 18 564 5.55e-92 293
MS.gene90432.t1 AT4G16730 33.013 521 328 9 50 558 28 539 3.42e-89 285
MS.gene90432.t1 AT2G24210 31.802 566 350 14 12 559 44 591 3.49e-88 284
MS.gene90432.t1 AT4G13300 31.319 546 361 9 19 558 17 554 5.24e-88 283
MS.gene90432.t1 AT4G20210 31.655 556 366 9 9 558 53 600 1.92e-86 280
MS.gene90432.t1 AT3G14540 33.696 460 293 6 10 465 56 507 3.27e-86 276
MS.gene90432.t1 AT4G16730 32.600 500 317 8 71 558 2 493 4.44e-86 276
MS.gene90432.t1 AT4G15870 32.784 546 336 14 22 558 75 598 1.03e-85 278
MS.gene90432.t1 AT3G29410 31.818 506 334 7 56 558 1 498 5.38e-85 273
MS.gene90432.t1 AT1G31950 34.071 452 285 8 15 461 66 509 6.95e-85 273
MS.gene90432.t1 AT3G25830 30.810 568 360 12 10 559 43 595 1.85e-83 272
MS.gene90432.t1 AT3G25820 30.810 568 360 12 10 559 43 595 1.85e-83 272
MS.gene90432.t1 AT3G25810 31.028 564 369 11 9 559 42 598 1.98e-83 272
MS.gene90432.t1 AT4G20230 31.767 532 345 11 33 554 78 601 1.80e-81 267
MS.gene90432.t1 AT4G20230 31.767 532 345 11 33 554 90 613 2.86e-81 266
MS.gene90432.t1 AT4G13280 31.054 541 359 9 24 558 22 554 4.80e-79 259
MS.gene90432.t1 AT4G20200 32.041 490 320 9 74 558 123 604 2.23e-78 259
MS.gene90432.t1 AT1G61680 31.827 509 328 8 47 548 73 569 4.21e-78 257
MS.gene90432.t1 AT2G23230 29.910 555 369 12 10 554 52 596 3.44e-77 256
MS.gene90432.t1 AT1G61680 31.631 509 322 8 47 548 73 562 5.31e-77 254
MS.gene90432.t1 AT2G23230 29.910 555 364 12 10 554 52 591 1.73e-75 251
MS.gene90432.t1 AT1G48800 29.872 549 368 12 14 554 63 602 1.43e-73 246
MS.gene90432.t1 AT3G29110 30.182 550 368 11 14 556 55 595 1.51e-72 243
MS.gene90432.t1 AT1G66020 30.254 552 369 11 14 558 56 598 4.31e-72 242
MS.gene90432.t1 AT4G16740 35.556 360 216 9 6 358 18 368 5.59e-70 231
MS.gene90432.t1 AT3G29190 30.518 521 347 10 45 558 89 601 6.71e-70 236
MS.gene90432.t1 AT4G13280 29.444 540 339 10 24 558 22 524 1.11e-65 223
MS.gene90432.t1 AT1G48820 29.348 552 325 16 14 554 63 560 2.23e-63 218
MS.gene90432.t1 AT5G48110 34.302 344 218 7 217 558 2 339 2.82e-63 211
MS.gene90432.t1 AT3G25820 30.900 411 255 9 2 397 31 427 1.96e-62 212
MS.gene90432.t1 AT4G16740 35.435 333 199 9 6 331 18 341 9.35e-62 208
MS.gene90432.t1 AT4G16740 35.435 333 199 9 6 331 18 341 9.35e-62 208
MS.gene90432.t1 AT3G25820 31.304 345 210 8 2 331 31 363 5.51e-52 183
MS.gene90432.t1 AT3G25820 31.304 345 210 8 2 331 31 363 5.51e-52 183
MS.gene90432.t1 AT1G66020 32.861 353 226 7 24 371 66 412 3.18e-51 182
MS.gene90432.t1 AT1G79460 25.142 529 340 20 67 560 274 781 3.95e-27 117
MS.gene90432.t1 AT1G61120 24.568 521 343 18 67 558 285 784 1.35e-25 112
MS.gene90432.t1 AT4G02780 29.063 320 186 10 19 309 288 595 2.85e-22 101

Find 87 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
TCACTTTGCTCGATGCTTAT+AGG 0.184362 2.3:-15592842 None:intergenic
CCTACTTTGTTGAATCAAAA+TGG 0.254857 2.3:+15592242 MS.gene90432:CDS
CCACATTCCTCGTACATCTT+TGG 0.258760 2.3:-15588625 None:intergenic
CATTGGTGATAAGGGAATTA+AGG 0.268338 2.3:-15588725 None:intergenic
TGTACGAAGCTGCACAATTA+AGG 0.268522 2.3:+15588652 MS.gene90432:CDS
CATTGACTCATTGCAACGTT+TGG 0.277670 2.3:+15587517 MS.gene90432:CDS
ATGTAATCTTTCAGCAGTTC+TGG 0.298577 2.3:-15592800 None:intergenic
TTTCGTTTGCTTAGGCAAAA+AGG 0.303378 2.3:+15587662 MS.gene90432:CDS
GCAAGGAAATCGAGAATTAT+TGG 0.311853 2.3:+15592654 MS.gene90432:CDS
TTTCTAGCTGTGCTATATTT+AGG 0.334197 2.3:-15591289 None:intergenic
TATGATGAATACAAGGCTAA+TGG 0.381392 2.3:+15592289 MS.gene90432:CDS
ATAAATTCAAGCACTGGTCT+TGG 0.384389 2.3:-15592716 None:intergenic
GACTCAATTCATTGGTGATA+AGG 0.387271 2.3:-15588734 None:intergenic
ATTGACTCATTGCAACGTTT+GGG 0.407695 2.3:+15587518 MS.gene90432:CDS
CATAGTTGTTTAGCAAGAAA+AGG 0.421143 2.3:-15588756 None:intergenic
ACTCAATTCATTGGTGATAA+GGG 0.421569 2.3:-15588733 None:intergenic
AACAATCATCGATGCTATAT+CGG 0.425469 2.3:+15592408 MS.gene90432:CDS
AGGTGTCATATTTCTTCCTA+TGG 0.429937 2.3:+15588828 MS.gene90432:CDS
GCCACTCTATCCCTTGCGTA+TGG 0.442010 2.3:-15591229 None:intergenic
GAGTGGCCGAGCCTTACTTT+TGG 0.450478 2.3:+15591245 MS.gene90432:CDS
AACACCACTTTCATACTCTC+TGG 0.451212 2.3:-15592008 None:intergenic
CCTTAGCATTTCGTTTGCTT+AGG 0.453704 2.3:+15587654 MS.gene90432:CDS
TAAATTCAAGCACTGGTCTT+GGG 0.457483 2.3:-15592715 None:intergenic
AAGAAAAGGACTCAATTCAT+TGG 0.464501 2.3:-15588742 None:intergenic
GTTTGCATACGAAAACTTTG+AGG 0.467064 2.3:+15592763 MS.gene90432:CDS
GATATAGCATCGATGATTGT+TGG 0.468446 2.3:-15592406 None:intergenic
CTAGGACTAAAATCTACAAT+TGG 0.470398 2.3:-15582590 None:intergenic
ATTGGTCGCTTGATATCAAC+TGG 0.476391 2.3:-15582572 None:intergenic
GCCTTGTATTCATCATATGT+TGG 0.481369 2.3:-15592283 None:intergenic
GCTGCACAATTAAGGATTCA+TGG 0.483650 2.3:+15588660 MS.gene90432:CDS
ATAAAAGATAATATTTGAAG+TGG 0.485664 2.3:-15592331 None:intergenic
ATAGCCAATGGCCAAAAGTA+AGG 0.500107 2.3:-15591256 None:intergenic
GGAGAATGGAACATCAAGTT+TGG 0.506101 2.3:+15592076 MS.gene90432:CDS
GAAGAGGTGTCTTTAAGCAT+TGG 0.512416 2.3:-15588779 None:intergenic
GAAATAATAACCACAAAAGA+AGG 0.516368 2.3:+15587614 MS.gene90432:CDS
GATGATACTTATGATGCCTA+TGG 0.517030 2.3:+15591349 MS.gene90432:CDS
GGCTTATAACTTCATTCGCA+AGG 0.517699 2.3:+15592637 MS.gene90432:CDS
TGATGACATATCCTCACATA+AGG 0.519182 2.3:+15592447 MS.gene90432:CDS
TTCATAATAAATTCAAGCAC+TGG 0.524438 2.3:-15592722 None:intergenic
GAGACAACAATTGTGGAGAA+TGG 0.524699 2.3:+15592062 MS.gene90432:CDS
CGCTTGATATCAACTGGTGC+GGG 0.526655 2.3:-15582566 None:intergenic
CCACTCTATCCCTTGCGTAT+GGG 0.526658 2.3:-15591228 None:intergenic
AAGCTCTTCAACCGTGCCAT+AGG 0.531005 2.3:-15591365 None:intergenic
CTCTTCACAAGGGAGTTCCT+AGG 0.531180 2.3:+15588796 MS.gene90432:CDS
CAAACGATGAGATTCTCGAT+TGG 0.539109 2.3:+15592371 MS.gene90432:CDS
ATGAAGCAATATGACATGTC+AGG 0.541915 2.3:+15592608 MS.gene90432:CDS
GGATATCACATTTCATCAGA+TGG 0.551267 2.3:+15587683 MS.gene90432:CDS
TTGGGATGTTGTCTAACTTG+AGG 0.553837 2.3:-15592697 None:intergenic
ATGCTAAGGCAAGGAAGTGA+AGG 0.555119 2.3:-15587640 None:intergenic
ATATGACATGTCAGGAGAAG+AGG 0.555557 2.3:+15592616 MS.gene90432:CDS
TGACACCTTGTCTCTAACCT+AGG 0.565384 2.3:-15588813 None:intergenic
AGAAGAACTTCACTATGTGA+AGG 0.567042 2.3:-15588858 None:intergenic
GGAAATCGAGAATTATTGGA+TGG 0.568775 2.3:+15592658 MS.gene90432:CDS
CTTAAAGACACCTCTTCACA+AGG 0.569618 2.3:+15588785 MS.gene90432:CDS
CCACTTTCATACTCTCTGGA+AGG 0.571471 2.3:-15592004 None:intergenic
CCTTCCAGAGAGTATGAAAG+TGG 0.572615 2.3:+15592004 MS.gene90432:CDS
CCTAAGCAAACGAAATGCTA+AGG 0.578368 2.3:-15587654 None:intergenic
CAATGGCCAAAAGTAAGGCT+CGG 0.579986 2.3:-15591251 None:intergenic
ATATAGCACAGCTAGAAAGA+TGG 0.581470 2.3:+15591294 MS.gene90432:CDS
TTGGTTGAGAGACATATTGA+AGG 0.581659 2.3:-15582631 None:intergenic
ATCGATGCTATATCGGCTCA+TGG 0.582437 2.3:+15592415 MS.gene90432:CDS
TCGCTTGATATCAACTGGTG+CGG 0.584343 2.3:-15582567 None:intergenic
CCAAAGATGTACGAGGAATG+TGG 0.585780 2.3:+15588625 MS.gene90432:CDS
TCAATATGTCTCTCAACCAA+TGG 0.586194 2.3:+15582634 MS.gene90432:CDS
TAGCACAGCTAGAAAGATGG+TGG 0.589965 2.3:+15591297 MS.gene90432:CDS
CACTTTCATACTCTCTGGAA+GGG 0.591620 2.3:-15592003 None:intergenic
CAACAAACGTCCCATACGCA+AGG 0.594870 2.3:+15591218 MS.gene90432:CDS
CTAGGAACTCCCTTGTGAAG+AGG 0.595991 2.3:-15588795 None:intergenic
TCCAACATATGATGAATACA+AGG 0.599952 2.3:+15592282 MS.gene90432:CDS
GCTTGAATTTATTATGAATG+TGG 0.603828 2.3:+15592727 MS.gene90432:CDS
GAATCAAAATGGTGCAGTGA+AGG 0.606039 2.3:+15592253 MS.gene90432:CDS
ATGTGAAGGTTCTTCACCAT+AGG 0.611070 2.3:-15588844 None:intergenic
CCCATACGCAAGGGATAGAG+TGG 0.611512 2.3:+15591228 MS.gene90432:CDS
GCAAACGAAATGCTAAGGCA+AGG 0.623931 2.3:-15587649 None:intergenic
GGCTCATAAGACATAGCCAA+TGG 0.624278 2.3:-15591268 None:intergenic
TAAAAGATAATATTTGAAGT+GGG 0.624513 2.3:-15592330 None:intergenic
AGCACAGCTAGAAAGATGGT+GGG 0.631900 2.3:+15591298 MS.gene90432:CDS
TGAAATTGAGACAACAATTG+TGG 0.651963 2.3:+15592055 MS.gene90432:CDS
TGCTAAGGCAAGGAAGTGAA+GGG 0.653445 2.3:-15587639 None:intergenic
AAGAGTGCATGTTGCTTCTG+CGG 0.654921 2.3:+15592574 MS.gene90432:CDS
AACAAACGTCCCATACGCAA+GGG 0.657873 2.3:+15591219 MS.gene90432:CDS
AGTGCATGTTGCTTCTGCGG+TGG 0.663575 2.3:+15592577 MS.gene90432:CDS
AATATGCAGTACCTTATGTG+AGG 0.683021 2.3:-15592458 None:intergenic
GAGTTCCTAGGTTAGAGACA+AGG 0.684119 2.3:+15588808 MS.gene90432:CDS
TACTTATGATGCCTATGGCA+CGG 0.715446 2.3:+15591354 MS.gene90432:CDS
AATCTTTCCAAAGATGTACG+AGG 0.725278 2.3:+15588618 MS.gene90432:CDS
TTAAAGACACCTCTTCACAA+GGG 0.753099 2.3:+15588786 MS.gene90432:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr2.3 gene 15582548 15592868 15582548 ID=MS.gene90432
chr2.3 mRNA 15582548 15592868 15582548 ID=MS.gene90432.t1;Parent=MS.gene90432
chr2.3 exon 15582548 15582655 15582548 ID=MS.gene90432.t1.exon1;Parent=MS.gene90432.t1
chr2.3 CDS 15582548 15582655 15582548 ID=cds.MS.gene90432.t1;Parent=MS.gene90432.t1
chr2.3 exon 15587416 15587704 15587416 ID=MS.gene90432.t1.exon2;Parent=MS.gene90432.t1
chr2.3 CDS 15587416 15587704 15587416 ID=cds.MS.gene90432.t1;Parent=MS.gene90432.t1
chr2.3 exon 15588574 15588949 15588574 ID=MS.gene90432.t1.exon3;Parent=MS.gene90432.t1
chr2.3 CDS 15588574 15588949 15588574 ID=cds.MS.gene90432.t1;Parent=MS.gene90432.t1
chr2.3 exon 15591195 15591413 15591195 ID=MS.gene90432.t1.exon4;Parent=MS.gene90432.t1
chr2.3 CDS 15591195 15591413 15591195 ID=cds.MS.gene90432.t1;Parent=MS.gene90432.t1
chr2.3 exon 15591980 15592124 15591980 ID=MS.gene90432.t1.exon5;Parent=MS.gene90432.t1
chr2.3 CDS 15591980 15592124 15591980 ID=cds.MS.gene90432.t1;Parent=MS.gene90432.t1
chr2.3 exon 15592223 15592468 15592223 ID=MS.gene90432.t1.exon6;Parent=MS.gene90432.t1
chr2.3 CDS 15592223 15592468 15592223 ID=cds.MS.gene90432.t1;Parent=MS.gene90432.t1
chr2.3 exon 15592563 15592868 15592563 ID=MS.gene90432.t1.exon7;Parent=MS.gene90432.t1
chr2.3 CDS 15592563 15592868 15592563 ID=cds.MS.gene90432.t1;Parent=MS.gene90432.t1
Gene Sequence

>MS.gene90432

ATGGAATCTCTTGCAGCTCCCGCACCAGTTGATATCAAGCGACCAATTGTAGATTTTAGTCCTAGCATTTGGGGGGATGTATTCCTTCAATATGTCTCTCAACCAATGGTACTGTTACTTTCACATGCAATGTTTTACGTACATATATATGCGTTAGTTTAAATATTGTTACTAATTATACTATCTTATAGTAGCATTTTAACGAGACATATCTTATACTGTATTGGCCTTTGATGTTATAATCTAGTTCGATTCCTATCCAATTATGGGATCACAAACTACAATCTTTAAACTACAAAAAAAAAAAACTAGAATCTTTCTTGGAGATCTTATTCAAGATGATACTTCATATGCTTTTTGTGGTGCTCTCAGTTGAGTCGACATCTGTTTGTTACTTGTCAGTCTATTCTATCCATGGTGGAGTTTTTAGCATAGTAACGGGGCTCGGGGTGGGAGGAGGGTCAGGTTCAGGGGCATGATTGTTTTTCTACGACTTTTCTGTTTCCGTATTGGTGTGGGGCTTAGATGATTGTTAAAACATGTGTGTCAAAATCTTGAATGACATTTATTAAGTGAGAGAGCAGCTTTCTTTTGTTTTATACACCCTCCGGTCACAAATATAAGCAAAAATTCACTTTTAAGGTCATTCAATAAATGATGTATGTGGACTATTAATAGTCCACATACATCATTTATTGAATGAACTTTAAAAATGAATTTTTGCTTATATTTATGACCGGAGGGTGTACTTTATTTTCATAGTGTAGTTAATGTGTTTAATTTGTGTGCGAATTTTACTAAATTGTTGTTATTTGTATGTGTATTTTATTTTATTTTTTATATTTTAATGCAAGTTAATAGTATTAATTAGGATATCTTTAAAAAAAATGCACATAATAATTTGTATAGAGATTTAGATTTAGGGACTAGATTTTTTTTTTAAAAAAAAAAAACTTATAATTAGGGACGGATGGGGAAGTAATTGTTTTATTAATTGTAGTTGACTAGTTGTATCCTTCTATGACCTTTACTTGGCTAGAGGATTGCTTTTATTTTTGCGTATCTCTCCTCCTAGTGCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCACTCACATAGCTCAGTTGATAGGGACATGCATTATTATATGCAGGGGTCGGGGTTCGAACCCCAGACACCCCACTTATTCACTTTGAAAAAGGTGAATTCTAGCCACTAGACTACTTGAAAGAAAAAAAAAAAAAGAATTATAGATACATACACATAGATCTTAGCCATTCAAAAATAAAAGGCCAGCCATTCAATATGTAAGTCACAAAAACTAGGAAGGATTTTTTATACGCAAAACCATTAATGCGAGTATAGTTTCGTTCACCATTAATGTTGAAAATAAATTGAGTTGAGTCGAATTTATTTCAGTTTTATTTGGCTCAAAACTCGACTCGAGTTTGTCACCAATATTTTGTTCAGCTCATACTCAACTCGATTCTAGTTCTTGAGTAATTTGATTTAACTCGTTGGTTCGAATCAAATGAACCAATAGACAAAAAGAAAACTATTTTTTTAAGAAAAACACTATAAATCGACAAATGAGAGTATGTGGAGTGTTAACGTTTGCTATATAATTTAAATTAAAAATCCATTTTAAATGTGGGAATTAGTGTAAACCTTCGGAGAAAAAAAAATACGACCAATATTTTCTTTTAAATTAGTGTAATTGATATAGCAATGAAAAACGATATTTATATATATCAAGTTGTCTCATGTATCAAACGAGTCGAAATACACATAACTCAAGTCCAACTCGTTTATTGAACGAGCTTATGTTTCAACTCAAGTTCGACTCATTTGATCTACAAACCAAGCTCAACGAATTATTTACCGAATCAAATCTCGAATTATTTTCGAATTGGTTCGGTTCATTGTCAACCGTATTCACCACTGCAACTCCATCGCATACCACCATCGATAGCTACCGTGGACGGTCATCATACTTTTATAAAAAAAAAATAATAAAATTACTGATTTAAAATTATTTTAAAAAATTATAATATTTCAAAGACAGATCTTTTTTGGGATGAATTAACCAAAAGAAAAAAAAAAGCAAAAACATGTTTTCAAAATATTTTAAAAATTAGTTAAAAATATCCTTGAATTTTTTTTATAAACTTTAATAGATGGATAGAATGAATATCCATATATTGAAAATATAAAATGGATGGATTGGATGAGATTTTTTAAAAGAATTTTCAATGAATTGTTAATGAATTAAGAAATTGTTTTAATTCGTTCATTACCATCCAAATTCTTCCAATCCATTAATTTTCCCACCATTTCACAATTCCACTTTACCGGATACCATTTCAATAGGAGTGATCAAAATCGAAACAACCCAATAGAAAACCTGTAAACGAAACCAACCCAAATCGAAAATTGCAAAAACCGCATTTGGTTCAGACATATATATTTGGACCATGTTTTAACTGAACCATATGGTTCGGTTCACTCTGCAGTTTTTATTTTACCAATCGAGGCAAAACGAACCAAGTCACAACATAACATTAATTAAAATTTTGTCACTCAACCTAGCACTCATAGAAATTCGATGTAAATTTTATAGAATGACTTTTTTTTTTTATTAAGACATTTTTTTTTCTTGTTAAGTTTCTTCTATGTTTTTTATATCAAAGATGTATTTATGTGCTTTAAGTTAATTCTGCTTGATTATTTGCATGTGTGTGTTAGATATATCCTGAATCTTAGAACTCAATGAAAACTTTTAGAGAATGGTAAAATCTTAATGTCTTTTGTATTTCTAATCGAAGAGAGTTGCTTTTTGGTCCATGTTGACAGAAAATGAAATTGTATAGTTACACCAAGCAACCCAAATTGTATTGGTTTGGTTTGGTTTGATTTTGTTTTTTATTTTACTAAAAGTTAATTGGACCAAACCAAACCGTATGGTTTTTTATCTTACGATTCAGATGACTTTTAGCCTATAGAACTCACGTGTATATCACCTAATAAAAGAGTAAATGTTGAAAAGAGAGTTTGCTAGCAATCCTAAAAATGAAAGAGAATATTGACTAGTTCAGGATAGTGCATTTTTAAAATAATGAAACTTAACTTTTGACATTTTTATTGTTTTCAGAACATGTTTACAATTCACTTCAAGTGTCTCTTATCTATTTGTTTATAAAATAAAAGGTTAAAATATTTTTGGTCCCTGCAAAATGGAGACCTTCTTAAATTTAATCCTTACTTAACTTTAGTAGTTTTTATAGTCCTTAAAAAAAATTTATGCACTCAATTTCAATCCTTGCTAAAACAAATTTATTTAATTATCATTAAACTCTTTGGTTTTTGAATGATATTTTTACACACAACTTTAGAACATAATAAATAAAAAGTTATTCCGCAAAAAAAAGCAATTGCAATATTTATTTTTTAGGTCTAGATTTTGGTTACATTTATTTTGATCGGTTGACATTTAACAAATCATATTTAATTATCTTACGAACATGTGTGTATAAGGGACAGAAGTTTGTATAAGGGATAATTCAAGCACTTTTATTTTAACAAAAATTACATTTTTTTAATATATAAAAATGTTAAGACGACTTATAATAAAGAGTAATGATATTTGAACAACCATTTCATACAACTTTTGGTGACAACTTTTTTTTCTCTTTTTTCATTGGTTAAAAACAATGGAGAGAGAAAAAGGAAGAGAGAGAATAAGAGGATAATGTGAGTATGAGAGAGAAAATTATCAAAAAGTTGTCACAAAGTGGTTGTACAAATATCATTTCTCTATAATAAAATACATAGACCAATTAATAAGTATTTTCAATAAATGAACTTTTATAATGTTACGAACATGTGTGAATAAGGGACAGAAGTCTGTATAAGGGACAATTCAAGCATTTTGTTTTAACAAAAACTATATTAAAAAGTATGATACATGAGTATAAAATACGTGGAGCAAATTAATGAGTACGATTTACGTGTTCTATTTTAGATTTCGTATTTTACTTTGTTTTTGTGAAAGGAAAAATATTGTAAGTTGTGGTCGCTCGTAGGATGCCCTTAAAAATGAATTAAATCATTTTAGACTTCGTTTTTTATTTTTATGAAAGGAAAAATATTGTAAGTTGTGGTCGCTCGTAGGATGTCCTTAAAAATGAATTAAATCATCTTTTTTTTTTGTGTTCGGGGTTCGAACTCCGAAGCTTACATTAATTATATATTAATGCATTGTCTCTAGTAACTGAGTTAAGCTTATGAGGACGAATAATGACCCGTTTGATTTATATTTATAGATTGGGTCTGTTTGATGGTCAGGATAGAGAGACATAATATGATACATTAATCATATCCCGCTAAGATCTCATGTTTGATGCACCAAAGGGATATGATAAAATAAACCATTTTTCTATCATATCCTGACTTTCCTTTGTAATTTCTATCCTGACTATAGGCTGGGTTAGAAATTATCCTGATGGGCTTAGAAGATCATTCATTATATATTATCTTGATATTCTTCCATTTTTTTTAAAATATTGTCATTTTTAAAATAAATGATAGCATGTATTTTCTATTATAATTAATAACATGTCATTATTACAATATTTAATTAATTATGAGGCAATTTTTTTCATTTAATTATAATGATATCCTGTTTGTTATCATGTACGCATCAAACAGATGATAGGATTAATAGTTATCATGTCATTATCATATCCTATCTCTATCCAACTTTATATCATATTCTGTCACTATCTTATCCTGGTCATCAAACGGAATGCTATATAAATATTCCATTCCTTGTGACCAATATTACTTGCAGGAAATCGACGAAAATATGAAGAAACAAGTGCAAATGCAAAAAGAGGAAGTGAGGAAGATTTTTCAATCTTCAAGCAATGATATTTCACAAAAGTTAAACTTCATTGACTCATTGCAACGTTTGGGAATATCTTATCATTTTGAACGTGAAATTGATGAAGCATTAGAACAAATCTACAAGAATTTAACTAAAAATAAGGAAATAATAACCACAAAAGAAGGTTCCCTTCACTTCCTTGCCTTAGCATTTCGTTTGCTTAGGCAAAAAGGATATCACATTTCATCAGATGGTAAGTAGAATTTTTTACGCATATTTATAGGGGTGTAAGTGGTTCGGATAAAACCAACAAAATCGAAAGTCCAAACCGAACCAAACCGAAAAAATATCCAACCTTGTTTGGTTCGGTTTGAAACCGATCCGAACCAATCAAAACCGATCTAGTTTGGTTTGGTTCATGGTTTTTCATTTTGAGATCCGTGAAACCGATGAACCAATCCGATGATAACCGCACTCCTTATTTTACTAATATTATTCTACCTCACACAAATTTATGGTTAGGCCCAAAATTAAATTTCATGATGTTTTAATTTCAGTTTGCCTGTATTTGTTATTTTGACTATGTTTTAATTTTAGGATGTTCTTTTTGGAATGTTTGTGTTTGTTGATGAATGATGCATGTATGGATCATGAATGATTGAAATATTTGAGTTTGATGAAGTTGTTTTTAAAGAATGATGGATGAATGAATCTTGGATCATATGTATGAAATATTGAGAAAGGTTAGTTATAAAAAATTGTTTGAAAAATAGAAAACATGAAAAATCAAAATATGAAATACAATTATACAAAGATCTATGGAATATTTTTGTGAGAATATGAATTTTTTTTAATTGTATTTTTAAATAAACCGATCAACCAAACCAATCCAAACCGAACCAAACCGATTAGTTTGGTTTGGTTTCTTTTTTGAAAAACAGTAAAAACTGAACCAATCCAAACCGATGAAGGTTTCATCGGTTCGGACATTTTTTTGACTGAAAACCAATACAAACCAAACCGTTACACCCCTGCATATTTAACTTCATAGCCATTAATAATAATAATACAATAAAATCTCACAAGGTTAATGTTAATAATGTGGGTGAGTTTTTTTGACAGAGATATTTGAAAAATTCAAAAACAATAAAGGAAGCTTGAATGAAAATCTTTCCAAAGATGTACGAGGAATGTGGAGTTTGTACGAAGCTGCACAATTAAGGATTCATGGTGAAGATATATTAGATGAAGCACTTGATTTCACATACTCTCACCTTAATTCCCTTATCACCAATGAATTGAGTCCTTTTCTTGCTAAACAACTATGCCAATGCTTAAAGACACCTCTTCACAAGGGAGTTCCTAGGTTAGAGACAAGGTGTCATATTTCTTCCTATGGTGAAGAACCTTCACATAGTGAAGTTCTTCTAAAGTTTGCAAAACTAGATTTCAACACGTTGCAGAAAATGCATCAAAAAGAAATCGGCAGCATCACCAAGTAAGTATAAAAAGGATTTGAGAATAGTCTATATATACATTTGAATTTTGATAACATTTGAATTTTGATACAAAGTGTCATTATGAACATTTGACATTGTCAACATAACCATTAATATATACGACTTTAGAAATAGTTATAATTACTCAAATAGCTTCAATGATTTGATCGGTCATATGAACCAATTTGTGAAATTTGAAAAAAATTGTATATGAAAAAATTTGGGGACCAATTTGTGAAATTTGAAAAAATATATATGAACCAATTTGTCAAACAGTTTAACCACTTAAATTTTAAATAATTGTATACTGACCCCCTAAATCTTCAAAGACTATTACTTTTCTCACTCTACTGTCTTCTCACGCGCCCTGCAAAAATTCCAAAAATACCACTGTTAGTGCTTTCTAGATTTTAAAATCCGGACAAAATCGATATAAAAAGGGTCTGCTCTTTTCTTCAATATGACGCCTTTTCTCTTCCAATTTCTTCCCCATCTTCTTCCTCAAATCAAATACCCCTGTTTGCAATTCTCTAACAAAGGCTTTGTAAGATCTTGCAAACTGTTGCTATTCTTTAGTGTTGCTGTACGAGAGGAACTTACTGGTGGTACTAAAGAATCTGATGGTTTACTAGTTGGTGCTTAAGTAGATTCAACACTCTTAGGTTTTTGTTGTTTGTTAGCTGGACCATAACTTGAAGTGCTTGCACTAGCTTCCGACCTAGCTTTTGCTCCACTAGAAGATTGATTATTGGTATTAATCGAAGTGGAAGTCTCATTCCTATTTTCTTGGTTAATCCATATGAAGGAATTTGTTGATTTCAATTTTCAATGGATGGATTCGGATTACATAATCCGGATGTTTTTACACATTCCGGATTATATAATCTGAAATATGTAAATCACCCAGTTGAAAGTCAATAAATAGGGTGAAAAATGATGTTTCCGGATTACATAATCCGGAATGCGTTAAAACAATTCGGATTTTATAATCCGGAATGTGATTATATGGAGGATTTCTCTAGTATGACCAATATTTTTTTTTTCAGAAACAAGCTTTGTATTGCATAAAAAATGGTTGGGATGAATAAATCCTTGGAACCTGGTGTTGGAGTACTTATTTCTCTACATAACAATGCTCAAAGTATGAAGCTGACATATCCAGAACTCTTGTGATGAATGAGAAAAGTAAAGTTTCAATACTCACTTCAAAGCATTAGAATCATGAGTCATGAATTTTAAAGATTTCAAATTCCAAATTAACTTGCCTCGTCAAGAGCTTAAAAAATATCAATGCTTGGTTGGTGAATTGTGCACACAACAGTTCTCCCTTGTCTACTGTGTTTCTCACAGTTCGCATCACAATAGCATCAAGGCCTGATGTTGGTTCATCATGAAGATGATTGAAGGGTTAGCAACCAATTCCACAACAATAGAAAGCTTAAAATAAAAAAATTCTGGAAAAACACCATTCCGGATTATAAAATCCGGAAAGCTCCGAGGGTAATTTTGGAAAAAAAATAGGGCGCGCGAGGAAAGACATAGGGTGGGAAAAGTAATAGTCTTCTTCAAAATGTGCAAATTAGTCTGTAAATTCAAATTTGACCCAAAACTTGTAAAATTTATAAAAGCAGACCCATAATGTTAGCACTGAAAGTTTATACTACCCTATCCAAACTAAGATACTTAGATATGAAGAAAATTCAATTGAACCACTTGAATTGTCTAAAATTCTAAATTCTAAAAAAAAATTCATTTCATCATCCAAACACATTCATAAGAAATTTTACTTTATAAATTAAACATTTCTCTGCTTTATTTCTTTACTCTAAACAAGCTAAATCCATCTAATATATTAAATTACTATTGAATTAATGGAAGATCAACTTATAATATATAGGCAAAATAATACTTATGGTCTCTTAAATAGTTTTAGATAACAATTTGGTCTTTTATCTTTTTTCAATTTTATTTTTGCCCTTTTAGTTTATTTGTAATGAATTTTTAAGTTTCTATAATCTATATGGGTTTCTTTTCTTATGATCTTTCAATCTTCAAATCTATAGTCTTTTATCTATGTTTGCATACAAATATTTGATTTGAAGTTTGAAAATTCATATACAAATGACACAGCTAGAAAGATGGTGGTGGAAAAACTCAGAATTATTATATGAAATTAAGTTAATAGACTATAAACGTAATATTTCTCAATATATATGATATTAATTAGTTGTATTTATACTGTAGGTGGTGGAAAAACTCAGAATTTGCAACAAACGTCCCATACGCAAGGGATAGAGTGGCCGAGCCTTACTTTTGGCCATTGGCTATGTCTTATGAGCCTAAATATAGCACAGCTAGAAAGATGGTGGGAAAATTAGTAGCATGTGTTTCTCTTATAGATGATACTTATGATGCCTATGGCACGGTTGAAGAGCTTGAACTTTTCACAGAGGCAATGAAAAGGTTGATTCGAGTCCAAAAAGATATTGACTAATTTTATTCTATTTTTTTACAATATGACAATTAATGACCAGATGACGACGTTCAATCATTAACATGAGCATGAGTTAACTTTGTAAATGTTTTTTTTTTTTTTTTAAGAAGGTTACTTTGAAATGGTTAAACCTGTATTTTCTTTAGAAAAAGATAAACCACACAAGTGTTGGTGACTTAGATTTTTCTACCTAAACTTCATATTTTTCTGTGTGGTGTCAGGGGTTCGAACACCGGACCTTACATATATTATGTATTGTCCATCAACTGAGTTAAGGTCACCAAAACATCTTAATATAAACAAATAGGTCATGAGATGGGGTTTTATTCAAATTCTATTATGTAAAACTAACACTTTTAAAAAGTATGGTCATAATTTGGGACTAACATATTGCCCGTCTCAAATTATAAATCTCTTTAAAGAGTTCTAATCAAAACGACTTATAATTTAAGATGCGTTTGAACTTAATTAGAATTTTGTTTTTATTTTCTATGTATTTGGCTCATTTATAATTCTCTTGTGTTCTGAATTTCAGGTGGGATATTAATGTCATTCAATCCCTTCCAGAGAGTATGAAAGTGGTGTTTAATGCAATTGTTGAACTGTGTGATGAAATTGAGACAACAATTGTGGAGAATGGAACATCAAGTTTGGTGTTTATACAATATGTCAAACAAAATGTAGGCTTACAAATTCATATATTATTTCAAAATTACCAATTGTGCTTAATTTTGCGCTTTCAGTAAATTAGTTGATCAATATTTTTATTAATTTACAGTTTTACAAATTGGCACGATCCTACTTTGTTGAATCAAAATGGTGCAGTGAAGGATATATTCCAACATATGATGAATACAAGGCTAATGGATCTATATCTTCTTCATACCCACTTCAAATATTATCTTTTATTGGGCTTGGAGAATTTTCAAACGATGAGATTCTCGATTGGATTTTCAACTATCCAACAATCATCGATGCTATATCGGCTCATGGCAGACTCGCTGATGACATATCCTCACATAAGGTACTGCATATTTTGTATCGTCTGCATATGAAAGTACATCGAAAGTATCTAACAAAACTGAAGTATACATATTTTGTATCTGCTTTATTTATAGTTTGAGCAAGAAAGAGTGCATGTTGCTTCTGCGGTGGAATGTTGCATGAAGCAATATGACATGTCAGGAGAAGAGGCTTATAACTTCATTCGCAAGGAAATCGAGAATTATTGGATGGTTATGAATGAAGAGTGCCTCAAGTTAGACAACATCCCAAGACCAGTGCTTGAATTTATTATGAATGTGGCGCGAGTGACCGAGTTTGCATACGAAAACTTTGAGGATAAATACACAAAACCAGAACTGCTGAAAGATTACATTGCTGCACTACTTATAGATCCTATAAGCATCGAGCAAAGTGAGTAG
Protein sequence

>MS.gene90432.t1

MESLAAPAPVDIKRPIVDFSPSIWGDVFLQYVSQPMEIDENMKKQVQMQKEEVRKIFQSSSNDISQKLNFIDSLQRLGISYHFEREIDEALEQIYKNLTKNKEIITTKEGSLHFLALAFRLLRQKGYHISSDEIFEKFKNNKGSLNENLSKDVRGMWSLYEAAQLRIHGEDILDEALDFTYSHLNSLITNELSPFLAKQLCQCLKTPLHKGVPRLETRCHISSYGEEPSHSEVLLKFAKLDFNTLQKMHQKEIGSITKWWKNSEFATNVPYARDRVAEPYFWPLAMSYEPKYSTARKMVGKLVACVSLIDDTYDAYGTVEELELFTEAMKRWDINVIQSLPESMKVVFNAIVELCDEIETTIVENGTSSLVFIQYVKQNFYKLARSYFVESKWCSEGYIPTYDEYKANGSISSSYPLQILSFIGLGEFSNDEILDWIFNYPTIIDAISAHGRLADDISSHKFEQERVHVASAVECCMKQYDMSGEEAYNFIRKEIENYWMVMNEECLKLDNIPRPVLEFIMNVARVTEFAYENFEDKYTKPELLKDYIAALLIDPISIEQSE