AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene92654

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene92654.t1 MTR_3g450800 94.493 345 19 0 2 346 144 488 0.0 677
MS.gene92654.t1 MTR_0011s0020 82.319 345 61 0 2 346 193 537 0.0 606
MS.gene92654.t1 MTR_2g037830 80.580 345 67 0 2 346 193 537 0.0 601
MS.gene92654.t1 MTR_3g005560 73.333 345 92 0 2 346 193 537 0.0 528
MS.gene92654.t1 MTR_3g005560 73.333 345 92 0 2 346 193 537 0.0 527
MS.gene92654.t1 MTR_2g037830 82.500 280 49 0 2 281 193 472 1.81e-173 493
MS.gene92654.t1 MTR_3g005560 75.546 229 56 0 2 230 193 421 4.70e-117 345
MS.gene92654.t1 MTR_4g088225 42.978 356 190 3 1 346 206 558 1.19e-96 302
MS.gene92654.t1 MTR_4g088225 42.978 356 190 3 1 346 206 558 1.85e-96 302
MS.gene92654.t1 MTR_1g073740 41.573 356 193 6 1 346 207 557 2.12e-88 281
MS.gene92654.t1 MTR_3g060220 35.065 308 186 3 39 346 258 551 5.01e-60 205
MS.gene92654.t1 MTR_3g060220 35.065 308 186 3 39 346 257 550 5.54e-60 205
MS.gene92654.t1 MTR_3g060280 32.075 371 206 5 3 346 205 556 7.41e-59 199
MS.gene92654.t1 MTR_3g060240 34.516 310 185 3 39 346 258 551 8.13e-59 202
MS.gene92654.t1 MTR_3g060280 35.065 308 181 2 39 346 268 556 8.41e-59 199
MS.gene92654.t1 MTR_2g087900 34.118 340 203 5 25 345 234 571 2.83e-58 198
MS.gene92654.t1 MTR_3g060280 32.075 371 206 5 3 346 205 556 1.08e-57 199
MS.gene92654.t1 MTR_2g087900 34.118 340 203 5 25 345 234 571 3.42e-57 198
MS.gene92654.t1 MTR_4g130510 31.383 376 200 6 25 345 472 844 1.28e-56 197
MS.gene92654.t1 MTR_8g063270 32.320 362 202 6 25 345 221 580 2.57e-56 196
MS.gene92654.t1 MTR_4g130510 31.383 376 200 6 25 345 472 844 3.00e-56 197
MS.gene92654.t1 MTR_8g063270 32.320 362 202 6 25 345 426 785 7.44e-56 196
MS.gene92654.t1 MTR_8g086600 29.474 380 208 5 25 345 417 795 7.82e-55 193
MS.gene92654.t1 MTR_2g016630 29.688 384 205 6 25 345 402 783 5.78e-54 191
MS.gene92654.t1 MTR_1g069605 30.811 370 205 6 25 345 332 699 1.65e-51 183
MS.gene92654.t1 MTR_2g087980 30.833 360 235 6 1 346 199 558 1.94e-51 182
MS.gene92654.t1 MTR_2g087960 30.303 363 236 6 1 346 206 568 2.70e-51 179
MS.gene92654.t1 MTR_4g130510 28.780 410 200 7 25 345 472 878 3.24e-50 180
MS.gene92654.t1 MTR_2g087960 30.303 363 236 6 1 346 206 568 3.74e-50 178
MS.gene92654.t1 MTR_2g087950 31.845 336 215 4 25 346 229 564 4.92e-50 178
MS.gene92654.t1 MTR_4g050000 32.036 334 214 7 25 346 228 560 7.66e-49 175
MS.gene92654.t1 MTR_1g039445 29.396 364 200 8 29 344 548 902 7.56e-44 162
MS.gene92654.t1 MTR_4g077910 29.894 378 197 8 25 344 574 941 2.25e-43 160
MS.gene92654.t1 MTR_5g029190 28.219 365 192 7 39 344 567 920 7.14e-43 159
MS.gene92654.t1 MTR_1g039480 28.861 395 202 10 15 344 550 930 8.26e-43 159
MS.gene92654.t1 MTR_2g438220 28.532 361 193 8 38 344 474 823 1.87e-42 157
MS.gene92654.t1 MTR_2g087900 35.537 242 135 5 25 248 234 472 4.32e-38 142
MS.gene92654.t1 MTR_4g130510 31.538 260 122 5 25 231 472 728 5.74e-34 132
MS.gene92654.t1 MTR_1g098550 40.764 157 84 2 23 170 510 666 9.57e-34 132
MS.gene92654.t1 MTR_1g098550 30.058 173 118 2 175 346 734 904 9.97e-21 94.0
MS.gene92654.t1 MTR_1g098550 40.764 157 84 2 23 170 506 662 1.04e-33 132
MS.gene92654.t1 MTR_1g098550 30.058 173 118 2 175 346 730 900 9.16e-21 94.0
MS.gene92654.t1 MTR_3g060280 37.129 202 105 3 39 237 268 450 1.04e-33 129
MS.gene92654.t1 MTR_8g037260 39.744 156 86 1 23 170 490 645 3.28e-33 130
MS.gene92654.t1 MTR_8g037260 30.814 172 116 2 176 346 715 884 2.96e-23 101
MS.gene92654.t1 MTR_2g035780 40.411 146 79 1 25 162 443 588 4.44e-33 130
MS.gene92654.t1 MTR_2g035780 30.178 169 115 2 178 345 684 850 3.71e-21 95.1
MS.gene92654.t1 MTR_3g030040 40.411 146 79 1 25 162 492 637 1.13e-32 129
MS.gene92654.t1 MTR_3g030040 31.214 173 116 2 175 346 714 884 9.86e-24 102
MS.gene92654.t1 MTR_7g106680 40.541 148 80 1 23 162 448 595 1.89e-32 128
MS.gene92654.t1 MTR_7g106680 31.737 167 111 2 181 346 674 838 1.16e-22 99.8
MS.gene92654.t1 MTR_7g116230 30.314 287 145 5 25 257 395 680 2.96e-32 127
MS.gene92654.t1 MTR_8g092590 38.217 157 88 2 23 170 508 664 5.36e-31 124
MS.gene92654.t1 MTR_8g092590 31.214 173 116 2 175 346 733 903 1.90e-22 99.0
MS.gene92654.t1 MTR_3g107520 41.096 146 78 1 25 162 502 647 9.64e-30 120
MS.gene92654.t1 MTR_3g107520 27.841 176 112 3 178 346 725 892 1.19e-18 87.8
MS.gene92654.t1 MTR_3g007770 37.580 157 89 2 23 170 457 613 1.60e-29 120
MS.gene92654.t1 MTR_3g007770 27.746 173 110 3 181 346 688 852 1.25e-18 87.8
MS.gene92654.t1 MTR_2g087900 43.636 110 58 1 25 130 234 343 8.87e-27 108
MS.gene92654.t1 MTR_7g109200 37.584 149 92 1 25 173 597 744 1.10e-26 111
MS.gene92654.t1 MTR_7g109200 28.947 152 92 3 208 343 839 990 1.27e-13 72.4
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene92654.t1 AT4G24000 36.145 332 191 4 17 346 38 350 4.99e-75 241
MS.gene92654.t1 AT4G24000 37.349 332 187 5 17 346 230 542 1.77e-73 241
MS.gene92654.t1 AT4G24010 38.554 332 178 5 24 346 238 552 8.77e-73 240
MS.gene92654.t1 AT4G23990 35.103 339 192 4 17 346 38 357 4.43e-70 228
MS.gene92654.t1 AT4G23990 35.693 339 190 5 17 346 252 571 1.83e-68 228
MS.gene92654.t1 AT1G55850 33.642 324 185 4 28 346 250 548 4.32e-60 205
MS.gene92654.t1 AT5G17420 31.915 376 199 5 25 345 459 832 1.60e-59 207
MS.gene92654.t1 AT2G21770 30.303 396 202 6 23 346 501 894 1.42e-56 198
MS.gene92654.t1 AT4G18780 30.749 387 200 6 25 345 405 789 4.66e-56 197
MS.gene92654.t1 AT2G32530 31.398 379 221 9 1 346 195 567 4.75e-52 184
MS.gene92654.t1 AT2G32540 30.871 379 223 10 1 346 195 567 3.63e-51 181
MS.gene92654.t1 AT2G25540 28.753 393 207 6 25 346 476 866 1.26e-50 181
MS.gene92654.t1 AT2G32620 30.928 388 210 12 1 346 195 566 1.46e-50 178
MS.gene92654.t1 AT2G32620 30.928 388 210 12 1 346 99 470 3.61e-50 177
MS.gene92654.t1 AT2G32620 30.928 388 210 12 1 346 195 566 1.01e-49 177
MS.gene92654.t1 AT2G32610 30.412 388 212 9 1 346 196 567 7.38e-49 175
MS.gene92654.t1 AT2G32620 31.944 360 203 11 1 328 195 544 8.83e-49 172
MS.gene92654.t1 AT4G15320 30.423 378 223 11 1 346 195 564 5.12e-47 170
MS.gene92654.t1 AT4G15320 30.423 378 223 11 1 346 195 564 5.35e-47 170
MS.gene92654.t1 AT4G15320 30.423 378 223 11 1 346 210 579 7.12e-47 169
MS.gene92654.t1 AT4G15290 30.871 379 221 11 1 346 195 565 4.49e-46 167
MS.gene92654.t1 AT4G38190 27.901 362 214 6 22 344 552 905 5.55e-43 159
MS.gene92654.t1 AT3G03050 28.267 375 199 9 29 344 581 944 2.07e-42 157
MS.gene92654.t1 AT1G02730 27.632 380 209 6 25 340 605 982 7.40e-42 156
MS.gene92654.t1 AT5G16910 27.957 372 201 9 29 344 584 944 4.60e-41 154
MS.gene92654.t1 AT2G33100 26.870 361 204 6 38 340 481 839 2.90e-40 151
MS.gene92654.t1 AT2G33100 26.870 361 204 6 38 340 481 839 2.90e-40 151
MS.gene92654.t1 AT1G32180 28.177 362 194 7 39 344 428 779 6.85e-40 150
MS.gene92654.t1 AT1G32180 28.177 362 194 7 39 344 428 779 6.85e-40 150
MS.gene92654.t1 AT4G15320 28.205 390 205 10 24 346 229 610 2.33e-39 148
MS.gene92654.t1 AT4G15320 28.877 374 198 9 33 346 288 653 8.99e-39 147
MS.gene92654.t1 AT5G09870 42.675 157 81 2 23 170 483 639 1.76e-35 137
MS.gene92654.t1 AT5G09870 32.948 173 113 2 175 346 706 876 3.49e-23 101
MS.gene92654.t1 AT5G64740 42.038 157 82 2 23 170 495 651 4.69e-35 136
MS.gene92654.t1 AT5G64740 30.636 173 117 2 175 346 721 891 4.09e-22 98.2
MS.gene92654.t1 AT4G39350 41.892 148 78 1 23 162 496 643 1.21e-33 132
MS.gene92654.t1 AT4G39350 30.636 173 117 2 175 346 720 890 2.07e-22 99.0
MS.gene92654.t1 AT5G05170 38.961 154 86 1 25 170 480 633 9.00e-32 126
MS.gene92654.t1 AT5G05170 28.643 199 130 4 149 346 684 871 1.79e-22 99.4
MS.gene92654.t1 AT5G44030 39.726 146 80 1 25 162 157 302 9.09e-31 123
MS.gene92654.t1 AT5G44030 31.579 171 114 2 176 345 406 574 2.97e-22 98.6
MS.gene92654.t1 AT5G44030 39.726 146 80 1 25 162 465 610 1.32e-30 123
MS.gene92654.t1 AT5G44030 31.579 171 114 2 176 345 714 882 2.54e-22 99.0
MS.gene92654.t1 AT5G44030 39.726 146 80 1 25 162 436 581 1.42e-30 123
MS.gene92654.t1 AT5G44030 31.579 171 114 2 176 345 685 853 2.64e-22 98.6
MS.gene92654.t1 AT4G32410 40.411 146 79 1 25 162 496 641 3.38e-30 122
MS.gene92654.t1 AT4G32410 27.907 172 121 2 176 346 717 886 9.42e-19 88.2

Find 75 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
TGATTACAGCTTAGGGTTTC+AGG 0.132827 3.3:+33630357 MS.gene92654:intron
GCAAGATCTTTGGAGGTTTC+AGG 0.182973 3.3:-33630477 None:intergenic
CAATCTAAGACAAGTAAATA+AGG 0.260314 3.3:-33630396 None:intergenic
CCAGTTTGTGTTACTTTCAT+AGG 0.261272 3.3:-33639852 None:intergenic
ACTATTGCCTACACACTATA+TGG 0.309599 3.3:+33644033 MS.gene92654:CDS
AGTAGAAGTGCATTACTCTT+TGG 0.327163 3.3:+33630735 MS.gene92654:CDS
AAAGGTTAGACAATGAATAA+TGG 0.332845 3.3:-33643983 None:intergenic
TTGGACAAAAGCAAGATCTT+TGG 0.335103 3.3:-33630487 None:intergenic
TGTGGAACATTTGAGGGAAT+TGG 0.337598 3.3:-33630506 None:intergenic
GTGTGTAGGCAATAGTATAT+TGG 0.358637 3.3:-33644026 None:intergenic
AAACTTGAGAGTACCGTTAC+TGG 0.362985 3.3:+33643778 MS.gene92654:CDS
AATATAGCCCATTCACTTAC+GGG 0.364012 3.3:+33643947 MS.gene92654:CDS
CTTAATGCCGAAACCAACTA+TGG 0.371003 3.3:+33639716 MS.gene92654:CDS
TTTGGAAGTCCAAAACAAAA+AGG 0.371272 3.3:+33630753 MS.gene92654:CDS
AGACTTGCCATAGTTGGTTT+CGG 0.383586 3.3:-33639723 None:intergenic
AAGGTTAGACAATGAATAAT+GGG 0.392893 3.3:-33643982 None:intergenic
ATCTTCGTGTGGTGAATGAT+AGG 0.398588 3.3:+33629763 MS.gene92654:CDS
CCTATGAAAGTAACACAAAC+TGG 0.407291 3.3:+33639852 MS.gene92654:CDS
TGTGTAGGCAATAGTATATT+GGG 0.407784 3.3:-33644025 None:intergenic
TATCTTTCTTGCTGAGGTTG+TGG 0.415505 3.3:-33630524 None:intergenic
AAATATAGCCCATTCACTTA+CGG 0.428766 3.3:+33643946 MS.gene92654:CDS
CATAGCAGACTTGCCATAGT+TGG 0.435654 3.3:-33639729 None:intergenic
GAAAGATATATATGATAGTC+AGG 0.437126 3.3:+33630539 MS.gene92654:CDS
GATTACAGCTTAGGGTTTCA+GGG 0.439711 3.3:+33630358 MS.gene92654:intron
TTGTATCTATGAGGAACATA+TGG 0.444562 3.3:-33630204 None:intergenic
CCTCAGATTTGCTTCTTGAA+AGG 0.449878 3.3:+33644063 MS.gene92654:CDS
ACATCTGAACTTCTCTTGCT+TGG 0.451840 3.3:+33643916 MS.gene92654:CDS
ACCTCCATCCTCTGCAATGA+AGG 0.452138 3.3:-33643807 None:intergenic
CTTGAAATCCCGTAAGTGAA+TGG 0.463902 3.3:-33643955 None:intergenic
CTGAGGTTGTGGAACATTTG+AGG 0.465490 3.3:-33630513 None:intergenic
AATCTAAGACAAGTAAATAA+GGG 0.470736 3.3:-33630395 None:intergenic
GAAGATCATTAATGACGAAA+AGG 0.471278 3.3:+33630143 MS.gene92654:intron
TTGAAATCCCGTAAGTGAAT+GGG 0.480525 3.3:-33643954 None:intergenic
GGTCCAGGACTCACTGGCAG+TGG 0.491058 3.3:+33630702 MS.gene92654:CDS
ACCTCCTTCATTGCAGAGGA+TGG 0.492040 3.3:+33643803 MS.gene92654:CDS
GACAAAAGCAAGATCTTTGG+AGG 0.493169 3.3:-33630484 None:intergenic
TGATAGGCCTTCTCTTATTG+AGG 0.493986 3.3:+33629779 MS.gene92654:CDS
TTTCCACTGCCAGTGAGTCC+TGG 0.495405 3.3:-33630705 None:intergenic
GATTGCTTCAGTTGGTAAAG+TGG 0.503160 3.3:+33643893 MS.gene92654:CDS
ATGGATGGATTAAGAGGTCC+AGG 0.510516 3.3:+33630687 MS.gene92654:CDS
AGGAATTTCTGTATTTCCAA+AGG 0.511930 3.3:+33644083 MS.gene92654:CDS
CATATATATCTTTCTTGCTG+AGG 0.513706 3.3:-33630530 None:intergenic
TGAGGTTGTGGAACATTTGA+GGG 0.514296 3.3:-33630512 None:intergenic
TTAAGAGGTCCAGGACTCAC+TGG 0.519295 3.3:+33630696 MS.gene92654:CDS
ACAAGGTGGAAAGGAATGGA+TGG 0.522363 3.3:+33630672 MS.gene92654:CDS
GCTCCTCCTTTGTATCTATG+AGG 0.526763 3.3:-33630213 None:intergenic
TGTGGTTGTGAAGTAGCAAA+AGG 0.531218 3.3:-33644001 None:intergenic
GGCAATAGTATATTGGGTTG+TGG 0.531752 3.3:-33644019 None:intergenic
TTCTATTAGACAAGGTGGAA+AGG 0.538567 3.3:+33630663 MS.gene92654:intron
TTAGACAAGGTGGAAAGGAA+TGG 0.550173 3.3:+33630668 MS.gene92654:intron
CAATCCCTCTTTCATGTCAG+TGG 0.552279 3.3:-33643875 None:intergenic
GTCATTTCTATTAGACAAGG+TGG 0.561819 3.3:+33630658 MS.gene92654:intron
TGCACCCACTGACATGAAAG+AGG 0.566701 3.3:+33643870 MS.gene92654:CDS
GAAAGAGGGATTGCTTCAGT+TGG 0.598558 3.3:+33643885 MS.gene92654:CDS
AATCCCTCTTTCATGTCAGT+GGG 0.600324 3.3:-33643874 None:intergenic
AATGATTCCATATAGTGTGT+AGG 0.600717 3.3:-33644040 None:intergenic
TGACGAAAAGGAAATGCCAC+TGG 0.604632 3.3:+33630155 MS.gene92654:CDS
GGCTACCTCCTTCATTGCAG+AGG 0.605797 3.3:+33643799 MS.gene92654:CDS
TATGTTCCTCATAGATACAA+AGG 0.607561 3.3:+33630207 MS.gene92654:CDS
AAAGGAATGGATGGATTAAG+AGG 0.618466 3.3:+33630681 MS.gene92654:CDS
TTTACAAGAAGCGAGTGTAG+TGG 0.619981 3.3:+33639820 MS.gene92654:CDS
ATGAAGGAGGTAGCCAGTAA+CGG 0.622292 3.3:-33643791 None:intergenic
AGGGGTACCTCAATAAGAGA+AGG 0.625818 3.3:-33629786 None:intergenic
ATATATATGATAGTCAGGCT+AGG 0.626693 3.3:+33630544 MS.gene92654:CDS
CCTTTCAAGAAGCAAATCTG+AGG 0.627942 3.3:-33644063 None:intergenic
TCCATCCTCTGCAATGAAGG+AGG 0.634394 3.3:-33643804 None:intergenic
AGGAGGAGCACTCAATACAT+TGG 0.635787 3.3:+33630227 MS.gene92654:CDS
GAGTCACTGAAAGCAATATG+TGG 0.636647 3.3:+33639758 MS.gene92654:CDS
GTTTCAGGGCTAATCAGCAA+TGG 0.643883 3.3:+33630372 MS.gene92654:CDS
TCCTTCATTGCAGAGGATGG+AGG 0.645824 3.3:+33643806 MS.gene92654:CDS
GCACCCACTGACATGAAAGA+GGG 0.658795 3.3:+33643871 MS.gene92654:CDS
CGAGACACATAAACAACCAG+TGG 0.668168 3.3:-33630171 None:intergenic
GGTGCACATCCTAAGAAACA+TGG 0.692331 3.3:-33643853 None:intergenic
TAACACAAACTGGAGTACTG+AGG 0.700667 3.3:+33639862 MS.gene92654:CDS
GTTCCTCATAGATACAAAGG+AGG 0.702078 3.3:+33630210 MS.gene92654:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr3.3 gene 33629708 33644104 33629708 ID=MS.gene92654
chr3.3 mRNA 33629708 33644104 33629708 ID=MS.gene92654.t1;Parent=MS.gene92654
chr3.3 exon 33629708 33629800 33629708 ID=MS.gene92654.t1.exon1;Parent=MS.gene92654.t1
chr3.3 CDS 33629708 33629800 33629708 ID=cds.MS.gene92654.t1;Parent=MS.gene92654.t1
chr3.3 exon 33630147 33630248 33630147 ID=MS.gene92654.t1.exon2;Parent=MS.gene92654.t1
chr3.3 CDS 33630147 33630248 33630147 ID=cds.MS.gene92654.t1;Parent=MS.gene92654.t1
chr3.3 exon 33630366 33630578 33630366 ID=MS.gene92654.t1.exon3;Parent=MS.gene92654.t1
chr3.3 CDS 33630366 33630578 33630366 ID=cds.MS.gene92654.t1;Parent=MS.gene92654.t1
chr3.3 exon 33630672 33630774 33630672 ID=MS.gene92654.t1.exon4;Parent=MS.gene92654.t1
chr3.3 CDS 33630672 33630774 33630672 ID=cds.MS.gene92654.t1;Parent=MS.gene92654.t1
chr3.3 exon 33639705 33639883 33639705 ID=MS.gene92654.t1.exon5;Parent=MS.gene92654.t1
chr3.3 CDS 33639705 33639883 33639705 ID=cds.MS.gene92654.t1;Parent=MS.gene92654.t1
chr3.3 exon 33643757 33644104 33643757 ID=MS.gene92654.t1.exon6;Parent=MS.gene92654.t1
chr3.3 CDS 33643757 33644104 33643757 ID=cds.MS.gene92654.t1;Parent=MS.gene92654.t1
Gene Sequence

>MS.gene92654

CAAAAATACGAGAAAATGGAGAAAAATATTGAGGAATTGCAAAGCGACGACAAAAATCTTCGTGTGGTGAATGATAGGCCTTCTCTTATTGAGGTACCCCTAATAATGGATAAGGACTGATAATCACTATATCTACATAAATTACATTGATATTTTTTTTTTAAAGAATAGAATAATTTATTTAAATGAGTATAAATATGTTTAATGAATAAATTATTATTTTTGCATAATTATGAATATATTTTTATGTGTAAACTAGCGAAAAGAAGGGCACTCACGTTCCCGTCTTTCCGCTCTTTTTATTGCATAATTATGAATATATAATTAATAGGGTTTTGCTTTCTTATCATTCTTATCAATTAATAAAATCCTCTTAAAAAGTTTGGGAAAAATACGTAGTTCACATATTGATGATTTTCCTTCTTATCATTCTTTGAAGATCATTAATGACGAAAAGGAAATGCCACTGGTTGTTTATGTGTCTCGTGAAAGAAGACCATATGTTCCTCATAGATACAAAGGAGGAGCACTCAATACATTGGTGTGTACTCATTTATTTTGAACTTGAAACATTCCTCGTAATTTTCTTTAAATTAAATTTATGATACACACATACGTATATATGATCATTTAAACATTGTATCAAATGTGATTACAGCTTAGGGTTTCAGGGCTAATCAGCAATGGCCCTTATTTACTTGTCTTAGATTGTGATATGAATTGTAATGATTCATCATCAGCCAAACAATCCATGTGCTTTTTTCTTGATCCTGAAACCTCCAAAGATCTTGCTTTTGTCCAATTCCCTCAAATGTTCCACAACCTCAGCAAGAAAGATATATATGATAGTCAGGCTAGGAATGCTTTTATGGTATGTCACCAAAATTTAAAATCTTCACCTTCTATCCATTAATTTATGTCTGTTTATTTAGTTTATGAAGTAACATATTGTCATTTCTATTAGACAAGGTGGAAAGGAATGGATGGATTAAGAGGTCCAGGACTCACTGGCAGTGGAAATTATTTAAGTAGAAGTGCATTACTCTTTGGAAGTCCAAAACAAAAAGGTACATATAGCATTATTATAGGGTCATGTTAATAAGTGTCCAACACTTGTTAGGAAAGTTCAAAAGGCTTAATTGTAGTTTTGGTCCTCTGTTTTCACCATTTTGTAGAATTGGTCTCCCTTTTTTAAACTTTGATAGTTTTGAGGGACTAATAGTGCAATTAAGCCAAGACAAAATTAGTAGGTTTCATTGAAAGTCACAACTTTAAACTTTTAAAAAGTTGAATTCATCACTTTTCATCAATTTCCAAGGTAATATTTGTAACACCCATACTAGACGTATCTAGAAAGTCTAGCATGTGCATTAATTCAGTACTGGATACATTAAATAATTACAACAATAAGACTTCGAATGAATTTCTTAAACAACAAATGCGTTCGTACAATAAGATTACAACTCAACTTTACTAAAATATTAAAGTGCATCCTTGAAAAATCCACATCATCCAGCATCGGGTACGAACGAACACTTGTCGCATCATCCATTCGGCTACTAGCTTGCTAAACCACCTGATATCTGAAACAAATAAGGATTGGGATGAGACATAATGTCTCAGTGAGTTCCCCTAAATCCTAAGCTATAGGCAACAACGGGGGAAAACCTACGGTCACCACGTGTCTACAATACAACCTGCCGGTTGATTATACGTGTGTGGGGATTTGCATGCTTAGACGGTTGTGCATACTAGGACCGTCTTAATTTCATCTTACTTGTTAGAGGCTTACTATAATCTTGTGTGTCATGGCGGTCAAGTGAACCTAAGACCACTATGCCAAGATACGGTAAACGCATCGAGGTCTTCATGTAACATGTTCATGACACAATCCTAAGCCGGACGATTAGGGAAACCTAGGAACGTCATCGGCATCACATTCTTAACATAATCGTGCATGAGTTCATTCATGATCATAATCATAGTCATATCATACATATTTGCATATAAGTTCATTATGTTAGCGTTGAACAAACATCATTATCTTGATTCATTTTATGGAGAGTCCCGGGTGGAGTAACCCTGAGTACAATCCCATCATGACCGATGTACGTACATCGGACTCCCTCGGTGTCGTGTGGGTACCTTACGGCTTGAACTGTTCCCCTTGATTCGAGAACCTCCCGTATCCCCCTGACGTGGATAACAAGAGACACGAACACCGACATGCGGTTATAATCTTAGTCTTAACATCATGGAAGATTAAACCTAATCATGCTTAAAGCTTACCTCAGAACCTTGATCGATCCGATTAGCGGTAAGTGTTCATATTCATACTTGATCATGGTGGAGAGATTAACTAATCATTCCTCAGGTTAACATGTTTGTTATAACTTACTTGTTCATGGGCGAAGAGAATACACTTCGCGACTTATCATTCTAAGGATTATTGCTTAACCTTCTAGTTCTCGACTACTATGTCGAGGCTCTAGTTTTTCCCTTGCTTAAGGATTATCTTGCTACCCGATTCTTATCATATTATCTCTCATTTACCATGCTTTACTATACTTGCCAAATACTTGCTTACTCTCAAGAAAACATTTTAAAACCTATGCCTTGGAGTCATGACTTGAGGGGTTTACTTCTGTAAAAAGACTGCTTGAAGAAAAACTGGACCGAAAGGCGTCAAAACGGGCCTGAAGCGAGCAAACAGCATGCTGCCATGCTGTCACTCGCAATGGCGAGTTGTTTGCGAGTTGGGGGCGAGTAAACACCCCCTTGCTGTGGTATTACTTGCCATGGCGAGTAAGTGCTCGCCGTGGCGAGTTATGACAGTCCAAAACTCTTAAAAATGATATTTTTGACCCAAAAACCTCAAATCATGTATCTCTAAGTATTTTGGAACATATTTGATCATAAAACTCTTGTAAAACGTCCATAAGGCAAGTATTGGCAAGTTTGGTAAGCAAGGCAAGAAAAGGGCAACTAACTTATATATAAAAACCCTAAGTTTTCATATTATACTCACAAATCATAACACAAACCCAAAGGTAAGGAAATACTAGCTATGGAACTCACCCAAACAAAGTTACACAAGATTCCCAAGCTCAAGCTACCAAAACCCTAGCTCTTGGTTAATTGCTTTCTTTGATCATAACCTTCAAACTTGCTATTCTTTCTTGCAATCCAAGCACCATAGTTCTTGACTATGAAGAAACCCTAGCTTGAAACATCTTTCGACTTACCATGGGTCAAACCCTAAACCTCAAGATGAATTCATCTTCATGGTTATATCTTGTTAAACTCTCCAATTCCATAAAATATGCCCAACACAAGCTCCATATCAACAATGCAAAGCCTTGGCTTCTTATTCAAATCCAAACCCCAACTTTTGAATCTCTTCATGAAAGGAGAAGTAGAGAAATCAAACACCAAACAAGCTTCCTTTAGCTTAAGAGACCTTGAGGAGACATAATCAAAAAGCTTGCCATGAAGGAAGAAGATTTTGGAAAGAATTGTTGGAGAGGAATAGGGAGAGATGGCGTGAGAGAAGAGAGAAGGGAGAGCAATATTCTTTCTCTCAACCCTAGAGATAGAAAGACAAGTGAGAAATGAAGATATTTTGGCCCCAAATGATCTAAATATCTCTTAATCATGCAATTACCAAATTGCCCTTCTGTTAAGCGTGTTTAATCCAACTCTGATACTTAACTCGTAAATAGCTGACATCACTTGAAAAATATCTCCGTCAAACTTCCTTTCGAAATATTAATCGTCTGACACGATCGACTGGTAATATTCTGATACTGACAGGCGGGATATTACATTCTACCCCCCTTAAAAGAATTTCATCCTCGAAATTCAGAAACCATCTACCAATCTCTGAGATAAAACTCGTATTCTTTGGTTTAGCCTTCAATTTAAAGTTCTACTGATATCCAAGTTTGCCCTGCAGTGCTCACTTGCATCTAGAACATCTTATCATGCAGACATTATCTTTCTTAAGGCACCTTGCGACTTATGCCTCTTACTTATGTTACTTACCTTGATAATTCTATAATCCCTTTTTGAGTCTTAAGAAACCTTTCTATCTCTTCACAATCTCTCTACACCTGAATTCGAGGGTAACCCACATATCTTATCTTGGAGAAGCGAAAACAATTATACTGATTCATCTAACAATTCATTAACCAGTCTTGCGATTCACATGCTCTTGAAATTCTCTACCACGTCCATTTGCACTTAAATACTCTTAATAGAATTCCGTGTATCTCGTATGATATTAGTATCACATGAACATTGTAGTTTCCTCTTAAAATCACATCTCCATAGTACTTGCATACTTCCAAATACCGCTTCTTGTTAGTTAATATCGATACTCGTTCTGGCATTTTACTTCAAGAAATTTCTAATCATTGGTACATAGGTTCTTGGAACATATGTTTACTTGATTAAAAGGAAATCTCATTTTGAAACCAAGTCTGGAATAGTACTGCAGAACCGCAAGACGAGTTTCTATATTTTTGAAAAGATTTACAACTCGTCCCAAATTGACTAAAACAAGTTGGTCCTGAAGTCTGGACGTCTTAAGTGAGTTTGCTCGCTTACGACGCGCCTCATTGGTTTCAACAATGTACAATATCATTTCCAAGTTCCTTAATACCTATCTTAACATTTAGTAATTATAAAATCATGGCTTGACTTTATTATTGCAAGTATCGTTACCACTTAACAAGTTTGGTATAAGAGGGTAGTATTTCATTGCGTATATCTCAAGAACCTTATTCCCTAATCGTAGCACTTACTCTTCCGGACTAATCAAAAGCTCTTATACACTTTCAACATCACAATTAGCAACCCGATTACTTCATTGTGGAAACTCTAGTCTTTCTCGTCTTACTTAAATGGAGATACATCCTATATACTTTTACCTTAATCAATATTGACCGTATAAGCATCAATCCTTACTTATCATACTGAGAACTCATGGCTTGTCTCATAATACTTCTAATTAGAACTACATTACAATTCTGAACTTTCTTCACAAGATTCTTACTACCAGATTCCATGTTCCATGGTTACTGTTCACAACTTTACTGATTAACTTCCTTCGCGCTACTCTGATTCCCACCGGTTGGCTTCAACCAATATCCTAATATGTTGAGACGAGTGAAACTTCACACTCTTTCTACCATCTCATTAATATCTTCTTGAACACTTCTCAAAACTTTTTATGTTGCAATTAACTTTACAACCTTACATTTACCAATGCCTTGTAAGATCAAACTTATCATATACTCATGATACTTTACTTGAGGATAAACCTTACGTTTTTGCTGGTTGGGTTTAATTCCTGATGTATACGTAACATACTTAAACTTGTTTCCTAGTAATCTCATATTCCCATGACAGACTCATCTTGCACTTGAACATACCTTCCTTAAGTATCTAACCTTGTATCTCGGCGTACACACCAACTATGTTTTGCTTAATCAATCCTATGCTTGCTCGTTAGTTTTTCTTTCTAAGGAAATTTCGTAAATTAGCACATGGGTCATTGACGTTGACGATTTTTCCACTATATATATAAATACACTGAATCTAGGCCCCAGTCGTTTCTCTAAAATCATAGAACAAGTTGACAATCCAAATGAGCCATCAGACCTTGGTTCTAGTGAGTTTAGTCCACTCTACGCGAGTTGTAACAAACTGGTACCTACAAAAATTTTATTTAAATTTCAAAATGTCAACTTCAATCCCCCATATGCGAATATATTCCTAAAATCATATAAAATTTAGGACTTAACATTATAACGAGTCTTAGCGAGTTAATTAAGCAAAACATAGGTTCGAGGGGTACTCATAACTCCACGAAATCCTAGAACCTTGTGATCTCATAAAACTCTTCACCACTTAACTTCTTACTTCATGTCTTCACACCCGTGACGTCCATTCTAGATACCGGAACCTCTAATCTCTTGGTCTAAACTCCTTCTTAACTCTTGCCACATTAATTCCCTAAGTTACCTTAAACCGAATCGATTTCGTTAATGATTGCTCATGCCTTTTTCCTTTCAAAACCTTAGAATGTGATATGCATTCGTCACTCGATGTCATAAAGGTTTTCGTCACTTAAAAGATTATGAAAACAACTCCCCAATAATTACCACAGACCCTAGAGACGAATTGACAATTTTCGGTAAAACAAAGAATTTCGCCCTAAGTTCGCTATTGGCGAGTTTCTTCAGCTCAATTTCCGGAAAACATTCTTAGTTTTCAAGTAATCCAATGCACATCATTCATTCCCATCATCATAAAATATTCTATCACCTATGCCTGGCAAGCATCAACTTAATTCAATACAATTCTCTGCACGTCGGAAATTAATGCTTAATCCTAATACCATAACCCTCCACTTAAATCCTTAGCTTCCTCCACTATGGATAACTTCCCCCATTACGTTGCCGCTTATCGCAACTTCCCGAACATTCGAACCTTGTCCACTCTGAACATACAAGTTCATAACTTCAATCACTTAACGCTATTTCTGAGAGCCTACTAACTCCGTCCACATATATAGACTTCTCCTTAACTTGTAGCCTTGCATTTACACTCTGGAATTCAATTCCTTCTATACTTCAACCCGTTCCAACAATGACTCTTACTAAAGCTTCAGATCCTACTCATATATTTCAAACTCTTTACTTACGGGTATACGAAGTATCATTAACACTTATCCAACGCCGTCGAAACGTCCCTTCTTAGCATTGTCTTACCTTCTCAGAGGATTCATACATCTACTTACTTAGTTCCCCGGCCACCTACTGGCACTATCATCTTCTTACTAATACTCATTCCGAGTTCTTACTTCTGAGTTTACACTTTCGTGCTTCTTCATCTCATACTTCGTTCCTCCTGGGTCCTATTCAGCTCTCAGGCATCCGTTCTAATCATCGATTGCTAAATTGAGTTGATCAGGCTCAACTAACAACAACAACTAGAACATTTACCCGGAACCCAATGGTCCCACTACCTTTGTTGTAACTTAATGACCCAAGGCACGATCTGAATCGACCTGCTCTGATACCAAATTGTAACACCCATACTAGACGTATCTAGAAAGTCTAGCATGTGCATTAATTCAATACTGGATACATTAAATAATTACAACAATAAGACTTTGAATGAATTTCTTAAACAACAAATGTGTTCGTACAATAAGATTACAACTCAACTTTACTAAAATATTAAAGTGCATCCTTGAAAAATCCACATCATCCAGCATCGGGTACGAACGAACACTTGTCGCATCATCCATTCGGCTACTAGCTTGCTAAACCACCTGATATCTGAAACAAATAAGGATTGGGATGAGACATAATGTCTCAGTGAGTTCCCCTAAATCCTAAGCTATAGGCAACCACGGGGGAAAACCTACGGTCACCACGTGTCTACAATACAACCTGCCGGTTGATTATACGTGTGTGGGGACTTGCATGCTTAGACGGTAGTGCATACTAGAACCGTCTTAATTTCATCTTACTTGTTATAGGCTTACTATAATCTTGTGTGTCATGGCGGTCAAGGGAACCTAAGACCACTATGCCAAGATACGGTAAACGCATCGAGGTCTTCATGTAACATGTTCATGACACAATCCTAAGCAGGACGATTAGGGAAACCTAGGAACATCATCGACATCACATTCTTTACTTAACTTGTACTTAAAATAATCGTGCATGAGTTCATTCGTGATCATAATCATAGTCATATCATACATATTCGCATATAAGTTCATTATGTTAGCGTTGAACAAACATCATTATCTTGATTCATTTTATGGAGAGTCCCGGGTGGAGTAACCCCGAGTACAATCCCATCATGACCGATGTACGTACATCGGACTCCCTCAGTGTCGTGCGGGTCCCTTACGGCTTGAATCATTCCCCTTAAGTCGAGAACCTCCCGTATCCCCCTGACATGGATAACAAGAGACACGAACACCGACATGTGGTTATAATATTAGTCTTAACATCATGGAAGATTAAACCTAATCATGCTTAAAGCTTACCTCGAAACCTTGATCGATCCGATTAGCGGTAAGTGTTCATATTCATACTTGATCATGGTGGAGAGATTAACTAATCATTCCTCAGGTTAACATGTTTGTTATAACTTACTTGTTCATGGCCGAAGAGAATACACTTCGCGACTTATCATTCTAAGGATTCTTGCTTAACCTTCTAGTTCTCGACTACTATGTCGAGGCTCTAGTTTTTCCCTTGCTTAAGGATTATCTTGCTACCCGATTCTTATCGTATTATCTCTCATTTACCATGCTTTACTATGCTTGCCAAATACTAGCCTACTCTCAAGAAAACATTTTAAAACCTATGCCTTGGAGTCATGACTTGAGGGGTTTACTTCTGTAAAAAGACAGCTCGAAGAAAAACTGGACCGAAAGGCGTCAAAACGGGCCTGAAGCGAGCAAACAGCATGCTGCCATGTTGTCACTCGCAATGGCGAGTTGTTTACTCGCAATGGCAAGTTGCCTCACTCGCAATGGCGAGTTGTTTGCGAGTTGGGGGCGAGTAAACACCCCCTTGCTGTGGTATTACTTGCCATGGTGAGTAAGTGCTCGCCGTGGCGAGTTATGACAGTCCAGAACTCTTAAAAATGATATTTTTGACCCAAAAACCTCAAATCATGTATCTCTAAGTATTTTGGAACATATTTGATCAAAAAACTCTTGTAAAACGTCCATAAGGCAAGTATTGGCAAGTTTGGTAAGCAAGGCAAGAAAAGGGCAACTAACTTATTTATAAAAACCCTAAGTTTTCATATTATACTCACAAATCATAACACAAACCCAAACGTAAGGAAATACTAGCTATGGAACTCACCCAAACAAAGTTGCACAAGATTCCCAAGCTCAAGCTACCAAAACCCTAGCTCTTGGTTAATTGCTTTCTTTGATCATAACCTTCAAACTTGCTATTCTTTCTTGCAATCCAAGCACCATAGTTCTTGACTATGAAGAAACCCTAGCTTGAAACATCTTCCAACTTACCATGAGTCAAACCCTAAACCTCAAGATGAATTCATCTTCATGGTTATATCTTGTTAAACTCTCCAATTCCATAAAATATGCCCAACACAAGCTCCAAATCAACAATCCAAAGCCTTGGCTTCTTATTCAAATCCAAACCCCAACTTTTGAATCTCTTCATGAAAGGAGAAGTAGAGAAATCAAACACCAAACAAACTTCCTTTAGCTTAAGAGACCTTGAGGAGACATAATCAAAAAGCTTGCCATGAAGGAAGAAGATTTTGGAAAGAATTGTTGGAGAGGAATAGGGAGAGATGGCGTGAGAGAAGAGAGAAGGGAGAGCAATATTCTTTCTCTCAACCCTAGATAGAGAAAGACAAGTGAGAAATGAAGATATTTTGGCCCCAAATGATATAAATATCTCTTAATCGTGCAATTACCAAATTGCCCTTGTGTTAAGCGTGTTTAATCCAACTCTGATACTTAACTCGTAAATAGCTGACATCACTTGAAAAATATCTCCGTCAAACTTCCTTTCGAAATATTAATCGTCTGACACGATCGACTGGTAATATTCTGATACTGACAGGTCGGATATTACAACATTTTTATTTTTGTTTCATTAACTAATGTCATAAGAACATTCTTAAACATTTCCAACATAACCAATGCTATTTTTGAAAACTTTTTACAGGTTCTCTTAAAGCATTGTTTAAGAAAACAAAAGAAGTATTTTTTTCTGAAAAATTGTAATTGCAAAAGAATTATATTCTCAACCGATATTTTTAGGACACTCGTTATCGAGACTTTTTTACATAATATTTATGTTACCTCCACCAATAAATATGATAAAAACAATTTTAATGAGGACAAAGTATCTCTACCATTATATTGCCTTTGAGAGACAAATTAATTAATTTTTTTTTTTTTTTTAATTCATAGTGGCAGGGGACTATCTACTTAATGCCGAAACCAACTATGGCAAGTCTGCTATGTATGTAGAGTCACTGAAAGCAATATGTGGTCAACAAACTACTAATCAAAATGCTTCAAGACATGTAGTTTTACAAGAAGCGAGTGTAGTGGCTTCTTGTTCCTATGAAAGTAACACAAACTGGAGTACTGAGGTAAGAACATCAACACATATAAACATCATATTATTTTCTCCATTGCTACAATTTCAACTTTTAACCTTTAACTTATTTAATATTTTAGTTTTTGATGGAATCTAATGCATTAATGTTGATATGCTCTCACCTTTATAAAAAGATCTTCAAATTGGCAACATGAGTGAATTTACAATTTTACGATTGAGTCAACTTTTTATAAATTGAGCCAACGTTCATTGACTGATTAAATTAGTTCAAATTTAAAACTTTCTAAAGCCAATGAAAGTTTGTTTGAATGGTAACGATGTCAATCATACCTCATAAGGTGTGAATTCAAATTTAAAGTTTAAATGTAATTTCAATCCTTTCAATCATACCTCTCATCTCATAATTCAAAAATATAGCCTTTCAATTTTAAAAAACAATAATTATAACTCTCATTTTATAATTAAAAAATATAGTCTTTCAATTTTATTTTATTTTTTGACAATTGTTTTTCTGTTAAATATGTTTTTTTGTATGTTTTACGGTATTTTTATCTCCAGTTCTTTTCAAAACAATACTTTGATGATAATAAATAGAGGAATGTTATTTGAATAACCATTTTATGGGATAACCAAGATATACAAAGAAATGTAGGTCTTGACATAAAAACCAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGCATGATGTGAGAATGAATAAGAAATTAGTCATATAGTCGTCATAAAATGATTGTTCAAATATTATTTCTCTAAAAAATAAAATAAGGAGATTTAAACCACAGTACATTGCTAAAAATAAGTCCTAAATTCTGTAATGGAGAAAACTATCTGAAATTTTTAAAATTGAGGAATTATGTTTTCAAATTAAAAAATAGGGATTAGAATTGTGAATCAACTAACAAGAGAAAATAAAAAGGTGAGAACTACGTTACCCTCTCTTGTTTAGGGGGTAGTTATCCTCTCTTGTTATCAACCAATCAAAATGTAATATGCATAGACAACATTAAATGTCAAATAAATGAATCAATTTTTTCTAAAAATAAAAAAGTTAATCTTAATCATAAGGCAACTTTTAATACTTTTCATTTTTATTTAGAGTAAATTACACTCCCCTCCCCTCTTATGTTAAAATATACATTTCTCTCCCTTTAAAAATAAAATCTACACTCCTCTCCCTATAAGATGCTTGAATTACAACCCTTTCCCTTAATAATTAAATATGTACTACACTTTAATCTATTTTAACATAAATAAATATTTTAATGATATATACTAATTTTGAACCACCATTTAAGAAAAATAGATTCATTTCTTTATAATTTAAATATCAATGGTAATTAAACTTAAATATTTTGCTATTAAGTTTATAATTTATAGTATAAAACTAATTTTTAAATAACCATATTTTACTGTATTTAGTAATTATTGTAATTTTATTTTTTGGTTGTTTCATATTTTATAATAGGGTTTAAAACTATATGTTAATGTAATTGTGAATAAAAAATAGCGAAAAATATGTATTCAAATTTTGATTATGTTAAAATAGACCCGCAATACTTTTTTTTTAAGTGTGTTAGATTATTTTATTTTATTTTGCTAGACTTATAACAAATAAAATTTTTACATCAAATTTCTTTCATCTGGATGTCCTTAAATTCATCACTTACATTCATAAAATTTCTTCCATTCCACAACCCCGAACGTGAGAACAAAAACATCTCCTTCATTCAAATTTCTTCTTTATTCTTCCCTATTGATCAATTCTTGTTTCATTTTCGTTTTCTTCCCATTTTGATTGTTCAATTTTGTCGTTCCAAACTACTGCAGTTTCAAATTATAGTGAGAATTGTCGTTGTTTCTAGAACCGCGTCAGGTATCGTGACTTTTTTTTATTTAGGCAGCCAACCTAATAAAATATGCTAACACGCATAGACCTGCCTCACTATCAGCCAAAGCTTTTAAGTCCAAACAAAAGAACAAAAGCCTCATGACATAACCATTTCAGCAGCAACCGAAAAAAATGCTAGCAAACTCCCAAAACATCACAGCGGCAACACCTGCTAGCAATCCTTAAAGTATAACAGATGACTTACTCAATTGTTATAATTAACTCCCTCACAACCAAGAAAAATCAAATCAAAAAGAAAAATCAACTCACCATACCTGACGTGGTTCTGGAAATAACGGTAATTCTCACGATATTTGGAATCAAACGAACGACGACGATTCTCACGAAAATTGAAAAATGCGGCAGTTTAGAACGACAAAATTGAACAATAAAAATGGGAAGAAGAAATTTTATGAATGTAACCGATAAATTTAAGGACATTCAGATGAAAGAAATTTGATGTGAAATTTTAATTGTTCTAAGCTAGTCTTGTAGTGTAAATTAATTAAGATTGAACACCTAAATATAATTAAGGCAAGATTACATTAGGGGTCCTTTATCTTATTTTTTTTGTAACAATTTGGTCATTTATCTTTATTTTTTCTCGTTTAGGTCCTTTATCTCTCTTAAAAGCACATATACATCTTTTTTCTCATTTTTTATTAAAAAATACATAATTTTATTTTTAAAAATATATTTTTATTAAAAATGAAAAAAAAATCCAGAAATATGATGAAGATGTTCATCATCTTCATCTTCTTCCTTTGAATCTTCATCATCTTCTTTAAATAAAAAAAAATTCTACTAAAATATATCTCCAAATATCGTGAATTAATGTTATATTCACCTCAAATCTTCTTTTAAACACAAAAATCAAAACCTTAATTTCATAAATGTTGCAAGGCGGATGGTGGAGGCTTAGTCACTAGCGGAAGGGTTAGGCTTTACAAAAGTTAAGATTGTTCTGGAAACAACAAAATTGATGTGCAAAGCTGCTCTTAATTTTGGGGTTATTTTTATGCCGTGTTGGAATATTGAGTTAGAAAATAATAATAATATACGGTGTGACAATTTATATAACTATTTTTTTTTTTTTTGTGATGAAACTAAATCTCTTTTCTATAGGGTTTTGATTTTTGTGTTTAAAAGAAGATTTGAGGTGAACATAACATTAATTCATGATATTTGGAGATATATTTGTGTAGAATTTTTTCTGATTCAATGAAGATTGTGAAGCTTCAAAGAAAGAAGATGGAGATGATGAACATCTTCATCATATTTCTGGATTTTTTTTACATTTTTAATAAAAATATATTTTAAAAAATAAAATTATGTATTTTTTTAATAAAAAAAAATGAGAAAAAGGATGTATATGTGCTTTTATGAGAGATAAAAGACCTAAACGGAAAAAAATAAAGATAAAGGACCAAAATGTTACAAATAAATAAGATAAAAGACCTATAATGTAATCTTGTCTATAATTAAATAAAAATTAAAAGTATTAAAAGTTACCTAAAATTGTTTTTTTTTTATAGAAAAAATTTACTCATTTATTTGACATTTAATGTTTCCAATGTATATTACATTTTGATTGGTTGATATCATGAGAGGGTAAATACCCTCTAAACAAGATAGGGTAATCTAGAAAAAACCAAATAAAAAATACATTCTAAATATGGGTAATTAAGGATCAGGATTCTCTCTCGTGGCAATCTCACTGGATGTGTCCCCCGACTCCCGTGTGAATGTGGACCATCCAGATCTCCTTTGCCTGACTTTGAGTGTGTGAGGTAAACGCAATGGACGACTTGAGTGATTGGAATGGAGATCACATTAAACTTTCATTTATAATTATGCATTTCTATAATTTCATTCCCATTATTAACTTGATTGATATCCACAGGTGGGATTCTCTTATGCTATAAAACTTGAGAGTACCGTTACTGGCTACCTCCTTCATTGCAGAGGATGGAGGTCAACCTATCTTTATCCAAAAATACCATGTTTCTTAGGATGTGCACCCACTGACATGAAAGAGGGATTGCTTCAGTTGGTAAAGTGGACATCTGAACTTCTCTTGCTTGGAATCTCTAAATATAGCCCATTCACTTACGGGATTTCAAGATTGCCCATTATTCATTGTCTAACCTTTTGCTACTTCACAACCACAACCCAATATACTATTGCCTACACACTATATGGAATCATTCCTCAGATTTGCTTCTTGAAAGGAATTTCTGTATTTCCAAAG
Protein sequence

>MS.gene92654.t1

QKYEKMEKNIEELQSDDKNLRVVNDRPSLIEIINDEKEMPLVVYVSRERRPYVPHRYKGGALNTLLRVSGLISNGPYLLVLDCDMNCNDSSSAKQSMCFFLDPETSKDLAFVQFPQMFHNLSKKDIYDSQARNAFMTRWKGMDGLRGPGLTGSGNYLSRSALLFGSPKQKGDYLLNAETNYGKSAMYVESLKAICGQQTTNQNASRHVVLQEASVVASCSYESNTNWSTEVGFSYAIKLESTVTGYLLHCRGWRSTYLYPKIPCFLGCAPTDMKEGLLQLVKWTSELLLLGISKYSPFTYGISRLPIIHCLTFCYFTTTTQYTIAYTLYGIIPQICFLKGISVFPK