AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene026652

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene026652.t1 MTR_1g029840 95.634 481 21 0 1 481 1 481 0.0 947
MS.gene026652.t1 MTR_1g029840 88.150 481 57 0 1 481 1 481 0.0 871
MS.gene026652.t1 MTR_3g088150 77.426 474 107 0 8 481 10 483 0.0 788
MS.gene026652.t1 MTR_8g094600 66.878 474 157 0 8 481 61 534 0.0 688
MS.gene026652.t1 MTR_8g076480 51.096 456 223 0 15 470 8 463 1.26e-173 497
MS.gene026652.t1 MTR_2g097950 48.380 463 236 1 11 470 15 477 1.11e-158 459
MS.gene026652.t1 MTR_4g065040 52.643 454 212 1 20 470 9 462 1.16e-150 439
MS.gene026652.t1 MTR_2g097950 45.870 460 217 2 11 470 15 442 2.22e-141 414
MS.gene026652.t1 MTR_1222s0010 36.436 376 227 5 24 395 13 380 1.55e-77 257
MS.gene026652.t1 MTR_1314s0010 36.982 338 203 4 116 445 1 336 1.57e-74 238
MS.gene026652.t1 MTR_2g034160 24.894 470 321 10 14 466 86 540 8.85e-40 152
MS.gene026652.t1 MTR_4g106510 29.640 361 239 8 95 445 130 485 6.09e-36 139
MS.gene026652.t1 MTR_3g078550 29.917 361 238 7 95 445 100 455 1.58e-35 138
MS.gene026652.t1 MTR_3g078550 29.917 361 238 7 95 445 130 485 2.04e-35 138
MS.gene026652.t1 MTR_4g107040 28.261 460 282 15 12 446 99 535 1.16e-34 136
MS.gene026652.t1 MTR_3g078490 29.178 353 233 8 103 445 170 515 2.55e-33 132
MS.gene026652.t1 MTR_2g067660 26.087 414 287 10 42 446 112 515 3.00e-33 132
MS.gene026652.t1 MTR_8g064170 28.604 444 297 12 14 446 98 532 4.90e-33 132
MS.gene026652.t1 MTR_3g078170 28.285 449 296 12 12 446 97 533 2.29e-31 127
MS.gene026652.t1 MTR_8g083530 27.051 451 295 16 14 446 60 494 1.46e-29 121
MS.gene026652.t1 MTR_6g086300 26.872 454 292 15 14 446 59 493 2.48e-26 112
MS.gene026652.t1 MTR_6g086300 26.872 454 292 15 14 446 59 493 2.48e-26 112
MS.gene026652.t1 MTR_6g086340 27.551 392 250 15 77 445 110 490 2.26e-24 106
MS.gene026652.t1 MTR_8g064170 26.757 441 277 14 14 446 98 500 1.21e-23 104
MS.gene026652.t1 MTR_4g131180 24.885 434 291 11 17 429 49 468 2.00e-23 103
MS.gene026652.t1 MTR_3g078170 27.548 363 239 11 12 360 97 449 3.62e-21 96.3
MS.gene026652.t1 MTR_2g009750 27.988 343 218 12 78 406 118 445 1.06e-20 95.1
MS.gene026652.t1 MTR_2g009750 27.988 343 218 12 78 406 119 446 1.10e-20 95.1
MS.gene026652.t1 MTR_4g020720 42.308 130 66 4 183 306 116 242 1.27e-20 92.0
MS.gene026652.t1 MTR_4g131180 24.528 424 285 11 17 419 49 458 3.20e-20 93.6
MS.gene026652.t1 MTR_2g009750 27.697 343 220 12 78 406 119 447 4.31e-20 93.6
MS.gene026652.t1 MTR_1g014320 24.242 429 300 10 17 429 49 468 5.01e-20 93.2
MS.gene026652.t1 MTR_8g083520 24.183 459 265 17 14 446 51 452 6.23e-19 89.7
MS.gene026652.t1 MTR_8g083520 24.873 394 231 14 75 446 22 372 8.94e-19 88.2
MS.gene026652.t1 MTR_4g093170 26.623 308 205 8 113 406 174 474 2.58e-18 88.2
MS.gene026652.t1 MTR_2g042330 23.615 343 244 8 113 442 152 489 9.42e-17 83.2
MS.gene026652.t1 MTR_3g078170 26.744 344 228 11 12 341 97 430 1.14e-16 82.4
MS.gene026652.t1 MTR_3g078170 26.744 344 228 11 12 341 97 430 1.15e-16 82.4
MS.gene026652.t1 MTR_3g078490 33.889 180 109 5 103 277 140 314 2.45e-16 80.9
MS.gene026652.t1 MTR_4g020710 52.941 68 32 0 301 368 16 83 4.31e-16 75.5
MS.gene026652.t1 MTR_8g083530 28.627 255 165 9 14 259 60 306 3.02e-14 74.7
MS.gene026652.t1 MTR_1399s0020 29.688 192 128 5 252 440 145 332 5.68e-13 70.5
MS.gene026652.t1 MTR_1690s0010 28.155 206 133 8 116 312 146 345 5.85e-11 64.3
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene026652.t1 AT1G44170 72.961 466 126 0 8 473 4 469 0.0 730
MS.gene026652.t1 AT1G44170 72.961 466 126 0 8 473 4 469 0.0 730
MS.gene026652.t1 AT1G44170 75.062 405 98 1 72 473 2 406 0.0 660
MS.gene026652.t1 AT4G34240 67.304 471 154 0 11 481 70 540 0.0 658
MS.gene026652.t1 AT4G34240 67.304 471 154 0 11 481 55 525 0.0 657
MS.gene026652.t1 AT4G34240 70.960 396 115 0 86 481 3 398 0.0 582
MS.gene026652.t1 AT4G36250 48.261 460 235 1 14 470 6 465 8.11e-167 479
MS.gene026652.t1 AT4G34240 68.224 321 102 0 11 331 70 390 5.03e-155 446
MS.gene026652.t1 AT3G66658 27.064 436 292 8 34 451 106 533 1.64e-42 159
MS.gene026652.t1 AT3G66658 27.064 436 292 8 34 451 106 533 3.29e-42 158
MS.gene026652.t1 AT1G74920 29.781 366 241 9 95 449 125 485 9.43e-40 150
MS.gene026652.t1 AT1G74920 29.781 366 241 9 95 449 130 490 1.67e-39 149
MS.gene026652.t1 AT1G23800 28.764 445 299 11 12 446 89 525 3.51e-38 146
MS.gene026652.t1 AT1G79440 30.117 342 228 9 112 446 184 521 8.03e-35 137
MS.gene026652.t1 AT3G48170 28.488 344 231 7 112 445 147 485 8.18e-35 136
MS.gene026652.t1 AT3G48000 28.097 452 293 14 12 446 93 529 4.08e-33 132
MS.gene026652.t1 AT3G24503 27.114 343 236 9 113 446 155 492 5.90e-27 114
MS.gene026652.t1 AT2G24270 25.349 430 294 13 14 429 92 508 6.37e-21 96.3
MS.gene026652.t1 AT2G24270 25.349 430 294 13 14 429 52 468 8.91e-21 95.5
MS.gene026652.t1 AT2G24270 25.349 430 294 13 14 429 52 468 8.91e-21 95.5
MS.gene026652.t1 AT2G24270 25.349 430 294 13 14 429 52 468 9.29e-21 95.5
MS.gene026652.t1 AT1G54100 22.714 339 246 7 116 442 154 488 4.95e-20 93.2
MS.gene026652.t1 AT1G54100 22.714 339 246 7 116 442 154 488 4.95e-20 93.2
MS.gene026652.t1 AT2G14170 25.362 414 273 16 50 445 82 477 1.57e-18 88.6
MS.gene026652.t1 AT1G23800 29.804 255 166 7 12 259 89 337 2.04e-18 87.8
MS.gene026652.t1 AT2G14170 25.362 414 273 16 50 445 191 586 2.46e-18 88.6
MS.gene026652.t1 AT2G14170 25.469 373 245 14 50 406 191 546 8.87e-17 83.6

Find 83 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
TTGGATGATGACAAAGTTTC+TGG 0.156174 1.4:-15017072 MS.gene026652:CDS
TTCTCAGTTGAAGGCACTTC+TGG 0.189731 1.4:-15026390 MS.gene026652:CDS
CGATCGCTTGATAAAGCTTT+TGG 0.222465 1.4:-15017091 MS.gene026652:CDS
TTATCACTTGATCCAGTAAT+TGG 0.245135 1.4:-15018199 MS.gene026652:CDS
TGATTCAAATATTAACTTAC+AGG 0.261532 1.4:-15017621 MS.gene026652:intron
GCAATTCATACTTTGCCTTT+TGG 0.268675 1.4:-15015811 MS.gene026652:CDS
TTGAGAATAACGTTTGATTC+TGG 0.302281 1.4:-15026440 MS.gene026652:CDS
GCTGCAATAGCTCCAATTAC+TGG 0.309379 1.4:+15018187 None:intergenic
TTTGTTGTTATGATATAATC+TGG 0.316109 1.4:+15017309 None:intergenic
GATTAGCCCTACTGTTCTAT+TGG 0.328993 1.4:-15016902 MS.gene026652:CDS
TCGTTGCTGGCAAAACTGTT+AGG 0.339610 1.4:-15018115 MS.gene026652:CDS
AGCTTTGATGTGATAAATTC+AGG 0.353189 1.4:-15016515 MS.gene026652:CDS
GACTGTTTCTGCTGGTGGTT+TGG 0.353589 1.4:-15016429 MS.gene026652:CDS
CATCAATCTCATCTTTGTAT+TGG 0.356661 1.4:+15015663 None:intergenic
TCCAGCCACATCATCGTTGC+TGG 0.362338 1.4:-15018128 MS.gene026652:CDS
GTTTCTGGTAAGATTGTTCA+TGG 0.366193 1.4:-15017057 MS.gene026652:CDS
CCTCCAAGCTCCAGCACAAC+TGG 0.367836 1.4:+15017662 None:intergenic
CTCATCTTTGTATTGGTGTA+TGG 0.403429 1.4:+15015670 None:intergenic
ATATTTGAATCAACAACAAC+TGG 0.414978 1.4:+15017632 None:intergenic
ACACCAGTTGTGCTGGAGCT+TGG 0.416382 1.4:-15017665 MS.gene026652:CDS
CGTTGCTGGCAAAACTGTTA+GGG 0.425700 1.4:-15018114 MS.gene026652:CDS
CTTAATTCGTACCGTGATGA+TGG 0.427177 1.4:+15016825 None:intergenic
ATAATGAGCGAAGAGATATT+TGG 0.444128 1.4:-15016859 MS.gene026652:CDS
ATGGAAAGTTTCTCAGTTGA+AGG 0.449116 1.4:-15026399 MS.gene026652:CDS
TTTGTTAAGACTGTTTCTGC+TGG 0.453254 1.4:-15016437 MS.gene026652:CDS
GATTGTTCATGGAGGTGAAA+AGG 0.454910 1.4:-15017046 MS.gene026652:CDS
GATACTATTTCAGCTGAAGA+AGG 0.460660 1.4:+15018587 None:intergenic
GCATTGGATGGCTCCGGAAA+AGG 0.463175 1.4:-15018733 MS.gene026652:intron
ATTGCAAGGTGGCAACTAGA+AGG 0.464455 1.4:-15017380 MS.gene026652:intron
GGAGTAGGTGAGAGTGGAGT+GGG 0.469025 1.4:-15015787 MS.gene026652:CDS
CTGTATTACTGCAACAAAAG+TGG 0.474056 1.4:-15018036 MS.gene026652:CDS
ATATATGCAGCAAGAGGCTT+CGG 0.476234 1.4:+15016491 None:intergenic
GCACCTTACACCAGTTGTGC+TGG 0.485174 1.4:-15017672 MS.gene026652:CDS
ATTGAGTACCTCTTGGATGA+AGG 0.488247 1.4:+15026295 None:intergenic
GTTAAGACTGTTTCTGCTGG+TGG 0.490673 1.4:-15016434 MS.gene026652:CDS
CTCATCTATAAGAGTTGTTG+AGG 0.493781 1.4:-15018077 MS.gene026652:CDS
CCAGTTGTGCTGGAGCTTGG+AGG 0.497518 1.4:-15017662 MS.gene026652:CDS
CACTCAAGGAATTGAAGCAT+TGG 0.498600 1.4:-15018749 MS.gene026652:CDS
GAAGGATAATCGCTGGAAAG+TGG 0.505649 1.4:-15017362 MS.gene026652:CDS
CTCATGTAAAACTGCACTCA+AGG 0.507865 1.4:-15018763 MS.gene026652:CDS
GAGATTGATGAAGGCTCTCA+TGG 0.510072 1.4:-15015650 MS.gene026652:CDS
GCTCCAGCACAACTGGTGTA+AGG 0.510660 1.4:+15017669 None:intergenic
GGAAAGTGGGGTTGCAACAA+TGG 0.510938 1.4:-15017348 MS.gene026652:CDS
TACAAAGATGAGATTGATGA+AGG 0.513208 1.4:-15015659 MS.gene026652:CDS
GTAATTGGAGCTATTGCAGC+TGG 0.513650 1.4:-15018184 MS.gene026652:CDS
AAGAGTGGCACGCATTGTTA+TGG 0.524412 1.4:-15017708 MS.gene026652:CDS
AAGGATAATCGCTGGAAAGT+GGG 0.525366 1.4:-15017361 MS.gene026652:CDS
ATTGAAGCATTGGATGGCTC+CGG 0.525858 1.4:-15018739 MS.gene026652:CDS
AAAAGACTATGCTCCTAAGT+TGG 0.527792 1.4:-15017289 MS.gene026652:intron
ATGAAGGCTCTCATGGGTGG+TGG 0.534832 1.4:-15015643 MS.gene026652:CDS
GCCAGCAACGATGATGTGGC+TGG 0.536814 1.4:+15018127 None:intergenic
TTTGGAGGAGTAGGTGAGAG+TGG 0.537231 1.4:-15015793 MS.gene026652:CDS
GGGACATCCAATAGAACAGT+AGG 0.538615 1.4:+15016895 None:intergenic
CTCTCACCTACTCCTCCAAA+AGG 0.540508 1.4:+15015796 None:intergenic
ATCTTTGTATTGGTGTATGG+TGG 0.551950 1.4:+15015673 None:intergenic
TCATCTATAAGAGTTGTTGA+GGG 0.559074 1.4:-15018076 MS.gene026652:CDS
AGGAGTAGGTGAGAGTGGAG+TGG 0.559793 1.4:-15015788 MS.gene026652:CDS
TGTATTACTGCAACAAAAGT+GGG 0.565567 1.4:-15018035 MS.gene026652:CDS
GCAACTAGAAGGATAATCGC+TGG 0.565895 1.4:-15017369 MS.gene026652:CDS
GTAAATATATATGCAGCAAG+AGG 0.571237 1.4:+15016485 None:intergenic
TTAATTCGTACCGTGATGAT+GGG 0.573561 1.4:+15016826 None:intergenic
GTAAGACTCGAAGCTACGAA+TGG 0.580175 1.4:-15026418 MS.gene026652:CDS
ACCGTGATGATGGGAAGTAA+TGG 0.581585 1.4:+15016835 None:intergenic
CAAGGAATTGAAGCATTGGA+TGG 0.593249 1.4:-15018745 MS.gene026652:CDS
AAAACTGTTAGGGGAATACA+TGG 0.600533 1.4:-15018104 MS.gene026652:CDS
AGGATAATCGCTGGAAAGTG+GGG 0.609873 1.4:-15017360 MS.gene026652:CDS
GTGGCTGGAGAAATTTCTGA+TGG 0.612827 1.4:+15018142 None:intergenic
TATTGCAGCTGGTAATGCTG+TGG 0.623724 1.4:-15018173 MS.gene026652:CDS
GTTGCTGGCAAAACTGTTAG+GGG 0.625264 1.4:-15018113 MS.gene026652:CDS
TCCATTACTTCCCATCATCA+CGG 0.627032 1.4:-15016836 MS.gene026652:intron
AGCTGAATCCTTCATCCAAG+AGG 0.631889 1.4:-15026303 MS.gene026652:intron
TACAAACGACAAGAAGCTCA+AGG 0.637163 1.4:-15016465 MS.gene026652:CDS
GAAATAGTATCTGAACCACT+TGG 0.643478 1.4:-15018575 MS.gene026652:CDS
AGTGGAGTGGGTGCATACCA+TGG 0.646385 1.4:-15015775 MS.gene026652:CDS
GGACATCCAATAGAACAGTA+GGG 0.647357 1.4:+15016896 None:intergenic
ATGATCAACACAACTCCAAG+TGG 0.650557 1.4:+15018560 None:intergenic
GCTTTATCAAGCGATCGAAG+TGG 0.653845 1.4:+15017097 None:intergenic
TTGTGTTGATCATCTCTGCA+TGG 0.653993 1.4:-15018550 MS.gene026652:CDS
AGATTGATGAAGGCTCTCAT+GGG 0.665748 1.4:-15015649 MS.gene026652:CDS
CTCATTATCAGAGAATCACG+CGG 0.673973 1.4:+15016874 None:intergenic
TTGATGAAGGCTCTCATGGG+TGG 0.678752 1.4:-15015646 MS.gene026652:CDS
TCTGGTAAGATTGTTCATGG+AGG 0.703693 1.4:-15017054 MS.gene026652:CDS
TCATTATCAGAGAATCACGC+GGG 0.717383 1.4:+15016875 None:intergenic

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr1.4 gene 15015626 15026528 15015626 ID=MS.gene026652
chr1.4 mRNA 15015626 15026528 15015626 ID=MS.gene026652.t1;Parent=MS.gene026652
chr1.4 exon 15026304 15026528 15026304 ID=MS.gene026652.t1.exon1;Parent=MS.gene026652.t1
chr1.4 CDS 15026304 15026528 15026304 ID=cds.MS.gene026652.t1;Parent=MS.gene026652.t1
chr1.4 exon 15018734 15018802 15018734 ID=MS.gene026652.t1.exon2;Parent=MS.gene026652.t1
chr1.4 CDS 15018734 15018802 15018734 ID=cds.MS.gene026652.t1;Parent=MS.gene026652.t1
chr1.4 exon 15018537 15018633 15018537 ID=MS.gene026652.t1.exon3;Parent=MS.gene026652.t1
chr1.4 CDS 15018537 15018633 15018537 ID=cds.MS.gene026652.t1;Parent=MS.gene026652.t1
chr1.4 exon 15018017 15018223 15018017 ID=MS.gene026652.t1.exon4;Parent=MS.gene026652.t1
chr1.4 CDS 15018017 15018223 15018017 ID=cds.MS.gene026652.t1;Parent=MS.gene026652.t1
chr1.4 exon 15017622 15017737 15017622 ID=MS.gene026652.t1.exon5;Parent=MS.gene026652.t1
chr1.4 CDS 15017622 15017737 15017622 ID=cds.MS.gene026652.t1;Parent=MS.gene026652.t1
chr1.4 exon 15017290 15017394 15017290 ID=MS.gene026652.t1.exon6;Parent=MS.gene026652.t1
chr1.4 CDS 15017290 15017394 15017290 ID=cds.MS.gene026652.t1;Parent=MS.gene026652.t1
chr1.4 exon 15017033 15017205 15017033 ID=MS.gene026652.t1.exon7;Parent=MS.gene026652.t1
chr1.4 CDS 15017033 15017205 15017033 ID=cds.MS.gene026652.t1;Parent=MS.gene026652.t1
chr1.4 exon 15016837 15016927 15016837 ID=MS.gene026652.t1.exon8;Parent=MS.gene026652.t1
chr1.4 CDS 15016837 15016927 15016837 ID=cds.MS.gene026652.t1;Parent=MS.gene026652.t1
chr1.4 exon 15016406 15016555 15016406 ID=MS.gene026652.t1.exon9;Parent=MS.gene026652.t1
chr1.4 CDS 15016406 15016555 15016406 ID=cds.MS.gene026652.t1;Parent=MS.gene026652.t1
chr1.4 exon 15015626 15015836 15015626 ID=MS.gene026652.t1.exon10;Parent=MS.gene026652.t1
chr1.4 CDS 15015626 15015836 15015626 ID=cds.MS.gene026652.t1;Parent=MS.gene026652.t1
Gene Sequence

>MS.gene026652

ATGGCCTCTTCTAAACTCAACAAAAAAGTGTTTGATTTGGAAGAAGCTTCAACAACAGTTAAAGATTTGAGAATAACGTTTGATTCTGGTAAGACTCGAAGCTACGAATGGAAAGTTTCTCAGTTGAAGGCACTTCTGGAATTAACTGATAAGCATGAGCAAGAGATTGTTGAAGCTCTTTACTCTGACTTATCAAAATCTGAAGCTGAATCCTTCATCCAAGAGGTACTCAATTTCTCATAGTACTATTTTACCATTTTTAGTGTTTGTTGAAGTTTAAGTGCTCCTTCTTCTTCAGTTTTCAGTTTCTATTTTTGTTTTTATCTATGTCATATATATGCCTCTTGAGATTAATTTGAGTTTTGGAGTGGTTTATTTTAATCCTAAGTTCATATGATAAACGAATAATTAGTTTACATTAACATGTTTCAATTCGGAAAAATTAAGCTGAAGAACTACTTTGAAATTTAAACTACTCTTTTTCCATGTTATGTTGGTGTCCAATCTCCACCGTAGTTAAACTTTTTTTCCCCCTTCTTCTGGTACTCCAGTGTTAGCATAATTTTTTCTTTATTTTAAATGGAGTATTATGTGTATGCAGGTTGGGCCAAAAAGTAGTAGAAAACTAAAAACAATTAAATTTGGGTTAAGTGTGAGTTGTTAATGTTGAAAGAAAAAAGTCTATAATGTATTAAAAACTATACAAAATAGTGCAAAATTTTGAAAGATACGGTGAGTTTATTTAAAAGCAGAGACAAAAATCATAAAACAAAATATTTGAGTGAATAGATAAAAACCTCTGGAATTTGTAATTTTCATCAAAAACCCCCGACTTTTAAGAAACTTCAAAAATCTCTCTGCAAGTGTTAGATGTTAATCAATTACCCCCTCATTTTATTTTGATCGTTACACCCTATAACGTGACATTTAATAGAACATGTGTCACCTCTACGTGGATCGAATGTCATGCCACGGCACAGACTAATAACATTACCCATTGTGAAGTGACACAACGCTGAGTCTACACAAAAGTGTCACATGTACGGTTAACTTTCACATCGTAGGATGTAACAACCAAAACAAACCGATTGAGTAATTGACTAACGGTTATGCTTGGCAACAAAACCCGTGCCTATGGGTACCCGCCCAAACCAACCCCGATTTGACGGGTTTTCCCCGATTTGACTGGGTTTGGGTATGAGTTTGAGTTTTCCCTGATTTCATAATACGGGTACGGGACGGATAATGGGGATATATGTACCCACCCCGAACCCATACCCAAACCCTACCCGAATGTAGAAAGGTCATGTTTTTGTTTTTGTTAAGGGGGTTGATAATGATATGTCATGTTATTTGGTTTGATAACTATCATGATATAAAAACTTTCATTGATGGTTAAAAGAGCAACCGGATTATTCGGTAAGGAAATGTTAAAATGAGCGCAAATTCTTGGATAATGCATTACAATACTACCATTGAAGCTTAAAAAAACTCTTTTTTCATTAAAAAAATTTGATTCATTGTGGGGACGGGGCGGGAATACCCGAACCCATTGGGGACGGGGATGGGATTGAATTTCTCATCCCCGTTGGGTATGGGTAGGGTATCGGGTAAATATATGGGAGTAGGGGATGGGGATGGGGAAGGCAAAACTCGTCCCCATCCCGCCCCATTGCCATGCCTACTAACGGTTAATGATTCCATTGAAAAAAATATGGAGAGGATTGTGATTTCCAAACAAGATCCAATAATGTGAGAAGGAAAATTCACACGCTATAAGCAATTTTTTCTAGATGACGCTAAGAACAACTTTCTTGCCACGCCATTCCTCCAATATTGCGTGTCCAACATTATCCTCCTATCACAGTCACACACCAAACCCAACCGGGGGATCAGGGATGTATACAATCATGCATAATTTGGATTAGACTATCTTTATTTTCGAATTCAATAAGTGGTATAGAATAAAAATTAATTCTGTATTATTTAAAAAAAAAATAAATCTGTGTAGAAGTTTAAACAAGTTTATACATATTGATCCTTCAGAAAAAAGTTTATATGTATTGAGTTTAAGGAGAACTCTTTACAAAATCATCCAATTATTCCCTCAAAAAAGAATCATCAAATAGTATACCCACTGATCACTATTATAAGCAAAATTTTGTAATTTAAATTCATTCAGTTAATGTTGTATATTGCCTATAATAAAGACTATATGCATTATTAATTGAATAAATGTAAAATGCAAAATTTTACTTATAATAATGACCAGTATGTCACAAAATCTATATAGATTATTGTGTAAAATTAATGGTAGGGCAGTATAACACCTATCAGGCTATGTAGTTTTTATTTTTGGGTGGAAAATTCGTGTATGGGCGCTTATATTTATTGTCATATTGATTGATAAGGTGTTGCCATTTGCCAATTGTTGCATTTATCACACATGTCAAAGCCTCTTATAAGTTATTGAATCATAGTCCCTCCGGTCCTCTTTCCAAGAAATAATTGATTTTTTTTAGATATATTGAATAATTTATGTAAAGTCAAAGCCTCTTATAAGTTATTGAATCATACTCCCTCCGGTCCTCTTTCCAAGAAATAATTGATTTTTTTTTAGATATATTGAATAATTTATGTATTTAGTCTAGACAAGACCAAATACATAAATTTTTCAACGTATCTAAAAAATCATCTGTTTCTTGTAAATAGGATCAGAGAGAGTAATACTCATTTCACATAAATTATAAGTTATTTTTAGCATTTCATATTAAGAATGTAATTAGATTTTGTATGAAATTAAAAGGAAAATTAAAAGAACATAAAGTAATAAATTATTAAGGATATAATAGAAAAATAATGTTAAAACTTCACTAGCATTGTAAAAAAGATTTATAATTTGAAATAATTTTTTCCCTCAAAATGATTTATAAATTTTTTCCAGCTAAATTACACTGGATGTCTTTTAAATTATTTAACTGTAATAAATTAGTCCTTTAAGTTAATTAATTGTAACAAGTTAGTCCTTTAAGTATTTTTTTGTAACACTTAGGTCTTTTAATTTTTTTTTAAAGAAGGTCCTTTAAGTTATTTAGTTGAAACTTTATCATTCGAATAACTTACATTTTTATGATCTGAAATCCCCCAAATTGTTACGATTAAATAACTTAAAGGACCTAATTAATACGGAGAAAACATAAAGGACAAACTTGCTACAATTAATTAACTTAAATGACCGAAGTGGTACGAAAAAAAGGAACAATTTGTCACAATTAAATAAACAATTCAATGCATTGATATATCTTTTTGAAATAATTCACTTATTAGGATGTTTATACAATTCTATGAATGATACTAATACTTTGTTATTTTTGGACATAGATAGAATACATTCAAGAGCTTTCTAACAATATTGTTTCCTTAAAAATAATTCTTTTGATTCATTTATTTAAAGGATAATTACAAGCATATCATTTTATTTTAGTTTATTTCTCATTTTCAATATTTGTACCATAAATGATAAAATACTTTTTTTAGGGGAATAAATGATAAAAATTTGTTAGTAGAAGTAGATAAAATAAATAGTTTCATAGTTATCAGGGAGAATTGGTTACACTTATGTCCGTAACTAATTTTTTAAAAAATAAAAAATTTAAATTTTGTAAAATGACCATTATACACATAAAATTAAGTAGATCATGAGTCTTAATAAAGACGATTATGAAATTTTGCTGGACTTCAATTTTTATATATTGTTAGTAGAGGAGATCATGAGTTTTAATAAGGACGATTGTAAAATTTTGTTTTTTTTTTAAAAAAGAAAAAATATTTTACACTTGCGATGACCATTATCCGTAATTAATTTTTCTTAAAACAAATAAATTAAATTTTGCAAAATGATCATTATGTACATAAAATTTAAAAGATGCGTTTTAATAAAGACAATTATGAAATTTTGTTGGACTTCAATTTTTATATATTGTTAGTAGATAGATATGTTATTTCGTCAAAAAAAAAAAAAACTCAAACTAATATGTTTTTTGTTTTTTATGAATCAAACAAATATGTTTTGATAACCTTTATCTCCGCATTAAACTCAATAATTGGTCAAGCGCAACATAATTTCATTTTTAAATTTTATTATGTTTTTCTTTTTTTACTATAATAATAAATATATTTGTAAATGGAAATTAATAATTTCACCAAAAATAGAAATTATTAAAAATGAATTAATCGTGTTTGACCAAAATTAAGTGCTTAACAAGTTGAGAGTAAATGTGGATTAGTAGATTACCCTCCACGAAATGTAGTATATAACATAACTAAGTCAAGACCACCAGTACCACCCTCATCACCCACCCTACCCACATCACAACATAACCAACGTCATACACTACTACTAATACTTTGTCCTCTTCTTTCTCTTCAAACACACATCACCAAATCCATTTATCCTCCATTTCTACGAACTCAACCAATATAATCTACTTTATCCTCTCGCTGTTTCTTGATTTATCATGACGAATGAATTGGAGAGAAAGAATATGTTCGATATTGAAGCGGGATCCATGCTGGTGAATGAACTGAGAGAAACATTTGGTTCTGGAAAAACACGAAGTTATGACTGGAAAGTGTCGCAGTTGAACCAGCTTTTTAAGCTTTTAAACTTTCATGAAGAAGAAATCATTGATGCTCTTCGTAATGATATCGATAAACCCCCTCTTGAAACTGTCGCCTATGAGGTTCGGTTATTATCTGCAAATTATAATTTTCTTCTTCTTATTATTATTAGTATTATTCTTTTGTGGTGACAAATATTACATGTACTCAGACGAAGGTGTCCGACCTAACAATATCTCCATCGTTAATTTTGTCATTATTGTCGCAGACATTTAATTTTTTTTTTTTGGAATGAATGAAGATATATGTCATTTATTGTTGTTATTTATGGGTCCAGATTTTATTGGGGTAAAAAGTGAAGTGAATTGATGAGAGTGCTTGATTGGGTTGTAAATGTGTGTCTGTTGTTTATGTTCTGTTCTGTTGAATCCTAGGAAAATCTGAGTGAATGTTTTTATTTTTTTTAATTTTTCTGGTGCGTGTACTGTTCGGTGGTGGAAACGTTGCAGTGTGGGTTTTTTATGGTTTGGTGTGAGCATTAATGAACTACTATCACTTTTTGAAAGGGACCAATCTTCTACTTATAGGTGGTGGCTTCTCTTCTTAAGTTTGTTTTTGAGAGTTATAGGCATTAAATGTGACATAAGACTTCTTTGAATTGACGTATTTTTGAGCTTATGAAAAATACTCCCTCCGTCTCTAAATAATAGTCATTTAAGGTTTGTGCACGGTTATTAAGGAAATGATTAATTGTGTTGATTTCAATGGTAAAATTAGTGTCATTTACTAAAATACCCTTATTAATTGTAGTTAGCGGAATAGTTAAATTGGATGAAATTCAATTAATAAGGGTATAATAATGGAAAAAAATAATAAATGTTGCGTTGGTATTCTAAAGTGACAATTATTTTGAGAAAAAGAAAAAGTGCTAAAGAGACAGTTATTATGAGACGGAGGGAGTAGCTTACCCAAATAATAAGCTTTTATGTTAGTTCATAAGTTTTCACTAAAAAAAATTATATCTTCGTCAGCTGTTTTTTTTCATAAACTACCAGACCAACTTATGAATATTACATAAAATCTTGTTTATCTGCATGAATTGTTTTGCATAAGCTCAAAAATAAGTCAATTCATTCAGACGGTTGGGATTCATATTCCTTCCTGTTGGGATTTTTTGCATTAATGCATGTGGAATGTGGACATTTGATTAAGATTAGACGATCCAAAATTAAGTTTGGATTTTTAAATTTTGAAACAAAAATTAAAATTTGCATTTTTTTGGACCGTTCAATCTTGACCAAGTGGCCACTGATATTCCAAATGTGTGAAAGTGGGGAATCCACAACTACTAGGTATCTGAATTCAAATAAATGATGGATATTTCTCAACTAACAAGTATATCTTTTTAAAATGGTATCACAGTCTATTTATCTGTTATGAGGCCATTGAGACACTTAAGATGCTAGGTCTTAGGTGTTAGAGGTGTCCATTGACGATCCAACATTGTGTTGTTAAATAGCGACTATAGCAACACTTTAGATGTTCGGTCATAGGTCTGAGAGGTGTGTTTGAGAGTCCAACTTTGTATTGTTAAATAGTTCCATGATATGGTATTTAGTACAAAATATTGTCAAATAGTAGTAGCTATGACAGTGCTATAGCACTGTTCGTAGAAGAATTTGAACAAATTGTTATTTTCGTGGTCGGTGATTGACAACACTGCTCGAACATTGAATGTGATATGATCTTAAAATATGTTTTATAGTAGTGCACGTGAGGGGTAACCTTGGCGCAATTGGTAAAGTTGTTGTCATGTGACTGAAAGGTCACGGGTTCAAGTCCTGGAAACAGCCTCTTGTGTAAAACAGGGTAAGGCTGCGTACAATACACCAAATGGTGGGACCCCTTCCCGGACCCTGCATATGCGGGAGCTCTAGTGCGCCGGGTTGCCCTTTTAGTAGTGCACGTCTTTCATTTCATTAGCAGATTTTCTGATATTGAGTTACACTTACACATATACACTCAACCCAAAATTAAAGATAATGTTTGGATTTGGATTAGTAAAATGAAATAATATACTATTACTTAGTAAGTCTTGAATTATCTACACACACATATACACTCAACCCAAAATTAAAGATAATGTTTGGATTTGGATTAGTAAAATGAAATAATATACTATTACTTAGTAAGTCTTGAATTATCTACACTATGGATGACATGCAACCAAATAGAGTCTATTCCGTGCAATAACTCTCTTCTTATTATTTGTTTATTTTATCCTAAAGTATTCAAACCATAGTAATGATATTTATTTCATTCTGTTCCACCCACTCATAAGCATCTAATCATATCCCAACAGTAGTATGATGAAGATTTTTATTAAACTACTGCCACAATATGTGTTGTTACACTTGCAGACATGCATGCAGTGACCCTCGTACTTAATGGCCTCTGGTTTTTTGAATTTGTGTTATTTTAGTTTTTGGTATATGCTATTAAGTGTGTGGTGGTCCTACATTTTCCTTTCCAGATGATTAGAAGCACAAGCATTCTTTCATGATTTGACAAATAGGATGTTTGTTTAGCTTTGAGATGAGAATGAGATGCCACTGGTTAGGAGATCTTTGATGATGTGCAACCAGTGGTCCTGTGCATTCAATTATTATACTCCAGCAAGTGTGAATTGGTTGTTGTATTTATTGCTTAGATAGTCTCAAGAGTTATTTTTACCCTTGGACAGGACCTTAACACTCAAGTTTCTTTTGATAGCAAACTAATATTAGGAATAGATAGTGAATCTATTTTAGCCATGATATGAAAAAAATTATTACAAATTAATTCAAGACATAAATTGCTTCTAAACAACATTTTGAATACTTTTAACAGGGAGATGAAGTTTGATAGAAAAACAGTTGGTGTTGTTATTGTTGTGTGACTGGAGGTTATAAGTCTGAGTTGTGTAGTTAGTGGTGAAGCTGAAAGTATAGAATGAAGTCTGATTTCCTGACTATTGCTTAGGTTGTTGAAGGGTTTGGAGTAATGAACACAACAGTGTTACATATGATATTTATATCTTCTCATACTTGGTGTAATTGCATTGCAGATTGGTATGTTGAAAAACTCATGTAAAACTGCACTCAAGGAATTGAAGCATTGGATGGCTCCGGAAAAGGTACGTTTTCAGTGAAATTCTTTCACTTGCATTATTTGACTGACATAGTATCTGAACCACTTGGAGTTGTGTTGATCACATGAATTCCCCTTTAATGCAGGTCAAAACATCAATCACAACTTTTCCTTCTTCAGCTGAAATAGTATCTGAACCACTTGGAGTTGTGTTGATCATCTCTGCATGGAACTATCCATTTTGTATGTTAAAATATTTATGCTTTGACTCAACATCTCCCTTTTTTCTTCCCTCCAAGCTAGTGATGTCAATCGCAGATCGCAGAAAATAGCATTTTGTTCATATTTCATTACAATGCTATAAGCCTAGAGCGCTGCTATAGCCGCTATTTTGCAACATTCAGTACTAAATCATGTATTGCTGAACAAAATTGTGAAAATTCAGTTACACTATACCGCGATAGAGCTGCTAAAACTGTTATTTGACAACACTGCTCCAAGTTCTTTCCTCAATCTATACTGACGATATTATTAATATCTCTCTCTGTCTTTCCAGTGTTATCACTTGATCCAGTAATTGGAGCTATTGCAGCTGGTAATGCTGTGGTCTTAAAACCATCAGAAATTTCTCCAGCCACATCATCGTTGCTGGCAAAACTGTTAGGGGAATACATGGATAACTCATCTATAAGAGTTGTTGAGGGTGCAGTTGATGAAACATCTGTATTACTGCAACAAAAGTGGGACAAAATTTTCTACACAGGTTCTCTTTGTTTCTCCCCTCTGGTTTTCTTTTATGGTTTATAATTCTGAATTGGTTTTCTGATAGAATAACCTAAGGGTAATCATTCATTCATTTTAATAAAGAAATTCTTCTTTACTTCCATTTATTGCACTAGTTCTCGTCAACTGGTATTAGAGCTTTGATCACAGAGTGTTCAGGGAAGTTGTCATGAAAACGACTTCAAGTTTGCTTGGAAGTTTATTAAAATGATCCGTGGATCATATCATTTACTCAAATAAGTAATTGTTGGTTTTTTAGGCAATGGAAGAGTGGCACGCATTGTTATGGCTGCTGCTGCTAAGCACCTTACACCAGTTGTGCTGGAGCTTGGAGGAAAATCACCAGTTGTTGTTGATTCAAATATTAACTTACAGGTATCTACGCTTAAGTCCTAATCTCTCTTTCAGTCTTTTGTATTTAACGAGTATTATTCTGGACTTAAATATAAGCAAAGAAGTACGTGTATCTTGTCACTTTGGACCAGATACATCATGCATGTACACTTTTTGTTTATATTTAAGTCCATATAGAGTACTTGCTATCATTCTAGTTACCTTGGACCTCACTAAGACTTAAATTTACTTGAACTTAAAATTGCAAGGTGGCAACTAGAAGGATAATCGCTGGAAAGTGGGGTTGCAACAATGGACAAGCTTGCATTTCTCCAGATTATATCATAACAACAAAAGACTATGCTCCTAAGTTGGTAATAAGTTTTTCTTAAGTTTAACTAGCATTCTAAATCTGTCTCTTTATTTAGTGTTTAGTGTTTGGTTCCTCCTATTCCTAGGTGGATTCTCTAAAGACTGAATTAGAGCAATTTTATGGAAAGAATCAATTGGAATCAAAAGATTTGTCACGTATTGTAAACTCAAACCACTTCGATCGCTTGATAAAGCTTTTGGATGATGACAAAGTTTCTGGTAAGATTGTTCATGGAGGTGAAAAGGATAAAAGCAAATTGTAAGCTCGCTGTCTTCTTTTTTGGAGGTTTTTCATTGGTTACGTCTTGATTTAGTGAAATACAATATTGACACTAAAATGTCACTTTGTTTTCTTAAATTCCAGGAGGATTAGCCCTACTGTTCTATTGGATGTCCCGCGTGATTCTCTGATAATGAGCGAAGAGATATTTGGTCCATTACTTCCCATCATCACGGTACGAATTAAGGATTCACATGCACAATAACTGTTACTTTGAGATCTTCAAAATTTCATTATTTTATCTCTTCTAGTCTTTACAATACTCTAATGAAACAATATGAAAAGAGTGCAAAATATAAATTCCACCTTTTGTTATAAGGAAACTACAAGATATTTTAATCCAACTAGGAAATAGATAAAATGTTAAGTATGCATTCGTAAATTGAAGTCACAGCTGGATCAATCAAAATTTTGTTTTTCATTTTTTGACTTTTTTTGTTTCCTTTCTCGAAACAGGTCGATAAACTAGATGAAAGCTTTGATGTGATAAATTCAGGACCGAAGCCTCTTGCTGCATATATATTTACAAACGACAAGAAGCTCAAGGAGCATTTTGTTAAGACTGTTTCTGCTGGTGGTTTGGTCATCAATGACACTACTTTACACGTAATTTTTCTTTCTTTCGCAGTCCATCCTTGAATCTCTTAGTTTATGTGTGCCTGTGAATGTCATTTTTATATGTAAATAGAAGTTCAGTGAAGGTGATCACCAAATCAGCTTTTAAGTTGGTTCTCAGCAATTCCTGGTTTTAAAGCTACTTCTAGACTAAATCAAATTAAAATTGAAAACAGTGTCAAAAATTGTATTGTTATGGAGGATTAAAAAAAAAACGAATGCGAATATTTTTCGTAGAAGTATAACTTACTACAGTGAGGAGCCATATATTTTCTAATGAAATGATTTTTTTTTTCACCCTTGCATTTGCTTCTACTGATTGAATTGAAATTGAAATTTATTCAAATAAAAGTGGTCTTTTTTTCTTCAACGGATGCTATTATTTACTATTTAGAAGCATGTAGCACCGATATTTCAGATTGAAGACACCAACACGACAGTTGCATCAATCATTTTTATTCTCTTAAATTTTTATTAGTGTCGTGTCATTGTTAGTGCGTCATAGTTTTGACTGGACACTCTTAATTTCTTATTCATATGTCTTTTTTCACTTGGTGCAGCTTGCAATTCATACTTTGCCTTTTGGAGGAGTAGGTGAGAGTGGAGTGGGTGCATACCATGGAAAATTCTCATTTGATGCATTTAGCCACAAAAAAGCAGTTCTTTATCGCAGTTTTTTTGGTGATGCTTCTATTAGGTATCCACCATACACCAATACAAAGATGAGATTGATGAAGGCTCTCATGGGTGGTGGCTTACTTGCTATAATTC
Protein sequence

>MS.gene026652.t1

MASSKLNKKVFDLEEASTTVKDLRITFDSGKTRSYEWKVSQLKALLELTDKHEQEIVEALYSDLSKSEAESFIQEIGMLKNSCKTALKELKHWMAPEKVKTSITTFPSSAEIVSEPLGVVLIISAWNYPFLLSLDPVIGAIAAGNAVVLKPSEISPATSSLLAKLLGEYMDNSSIRVVEGAVDETSVLLQQKWDKIFYTGNGRVARIVMAAAAKHLTPVVLELGGKSPVVVDSNINLQVATRRIIAGKWGCNNGQACISPDYIITTKDYAPKLVDSLKTELEQFYGKNQLESKDLSRIVNSNHFDRLIKLLDDDKVSGKIVHGGEKDKSKLRISPTVLLDVPRDSLIMSEEIFGPLLPIITVDKLDESFDVINSGPKPLAAYIFTNDKKLKEHFVKTVSAGGLVINDTTLHLAIHTLPFGGVGESGVGAYHGKFSFDAFSHKKAVLYRSFFGDASIRYPPYTNTKMRLMKALMGGGLLAII