AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene55146

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene55146.t1 MTR_2g036890 93.721 653 41 0 1 653 65 717 0.0 1243
MS.gene55146.t1 MTR_2g036890 93.721 653 41 0 1 653 1 653 0.0 1243
MS.gene55146.t1 MTR_2g036890 91.935 620 50 0 1 620 1 620 0.0 1151
MS.gene55146.t1 MTR_2g012650 87.062 657 81 2 1 653 1 657 0.0 1148
MS.gene55146.t1 MTR_2g012650 87.195 656 80 2 1 652 1 656 0.0 1147
MS.gene55146.t1 MTR_2g012650 87.062 657 81 2 1 653 89 745 0.0 1147
MS.gene55146.t1 MTR_2g012650 87.500 632 75 2 1 628 1 632 0.0 1109
MS.gene55146.t1 MTR_2g012650 87.685 609 72 1 1 606 90 698 0.0 1073
MS.gene55146.t1 MTR_4g415340 81.579 304 26 2 1 304 1 274 8.35e-157 455
MS.gene55146.t1 MTR_8g466490 51.389 288 103 5 406 658 56 341 2.30e-79 257
MS.gene55146.t1 MTR_8g466500 50.871 287 124 7 111 386 59 339 1.67e-76 250
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene55146.t1 AT1G17690 53.821 615 260 8 54 649 118 727 0.0 652

Find 135 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
CTCTTCAAGCCTAGCCAATT+TGG 0.199593 2.3:+51882514 None:intergenic
AATTCTGATGACAATGATTC+TGG 0.228686 2.3:-51884479 MS.gene55146:CDS
TTGTTATCTCTAGGTGAAAT+TGG 0.246255 2.3:-51874306 MS.gene55146:intron
GCACGTGGTTGGTTCTTTAA+AGG 0.249798 2.3:-51872049 MS.gene55146:CDS
TGTAGGGAGAAAGTAATTTA+TGG 0.260098 2.3:+51880468 None:intergenic
TTACAGACAGACAATAATTC+TGG 0.271839 2.3:-51876021 MS.gene55146:CDS
AGATTATAAAGACTTATATT+TGG 0.279519 2.3:-51870602 MS.gene55146:CDS
AGCTGGGTTGTACCAGTTAT+TGG 0.280672 2.3:-51883875 MS.gene55146:CDS
TATTGCTTCACCACTTTGTT+TGG 0.281942 2.3:-51880052 MS.gene55146:CDS
AAGAGACCATTCTATCTAAA+AGG 0.285140 2.3:-51882702 MS.gene55146:CDS
AGCTGAATTTCAAGTTCTTT+TGG 0.294815 2.3:+51883894 None:intergenic
ATTCAGATGAAGAGGATATT+AGG 0.300475 2.3:-51884412 MS.gene55146:CDS
GGGTAAAGCTCCTTCCTCTC+TGG 0.315446 2.3:+51871742 None:intergenic
ATGCCTCCTTCTGTCTGGTT+GGG 0.332555 2.3:-51872200 MS.gene55146:CDS
AATGCGCATAACATCTGTTC+TGG 0.338130 2.3:+51877300 None:intergenic
GATAAAGGTGACAAGGAAAA+TGG 0.344326 2.3:-51880530 MS.gene55146:CDS
CACGTGGTTGGTTCTTTAAA+GGG 0.345972 2.3:-51872048 MS.gene55146:CDS
TCAGGTCAATGTTGAGCATA+TGG 0.352123 2.3:-51880585 MS.gene55146:intron
TATTGTCTGTCTGTAAAATC+TGG 0.354725 2.3:+51876028 None:intergenic
CAATTTGAGACACCAATAAC+TGG 0.360980 2.3:+51883863 None:intergenic
CCAGACAGAAGGAGGCATTC+TGG 0.363317 2.3:+51872205 None:intergenic
AATGATTCTGGATTAATAGA+AGG 0.374743 2.3:-51884467 MS.gene55146:CDS
TGAAGAGACTGAAATCAATA+AGG 0.396411 2.3:-51877679 MS.gene55146:CDS
CTGAGGATTCAGTGGATTTG+AGG 0.400017 2.3:-51884370 MS.gene55146:intron
TCCATTTGCAGATTGTAAAT+CGG 0.402431 2.3:-51871218 MS.gene55146:intron
GAGTAGGGCAATCACCTCTA+TGG 0.402533 2.3:+51877632 None:intergenic
AACGACGATGACTTTATGAT+TGG 0.411470 2.3:-51880443 MS.gene55146:CDS
CAGACAGAAGGAGGCATTCT+GGG 0.415252 2.3:+51872206 None:intergenic
CCATGATGCTTGTGTCTTCG+AGG 0.416955 2.3:+51882679 None:intergenic
AATAAATTCGATGTAAGAAC+TGG 0.419792 2.3:+51872251 None:intergenic
TTTGGAGGTCAAGAAGATAA+AGG 0.423995 2.3:-51880545 MS.gene55146:CDS
ACAGTTGTTGAACACTTAAA+CGG 0.425675 2.3:-51877340 MS.gene55146:CDS
ACTTGTCGAGGCGTGAGAAA+AGG 0.428060 2.3:+51871163 None:intergenic
TGATTGGCATCAAATTTACT+AGG 0.430597 2.3:-51880427 MS.gene55146:intron
CCAGAATGCCTCCTTCTGTC+TGG 0.431283 2.3:-51872205 MS.gene55146:CDS
AAAAGAACTTGAAATTCAGC+TGG 0.431854 2.3:-51883892 MS.gene55146:CDS
AAAGTCATCGTCGTTATTGT+AGG 0.432182 2.3:+51880451 None:intergenic
TCTGTTCTGGGCTGCGTAGA+TGG 0.432566 2.3:+51877313 None:intergenic
CTCACGCCTCGACAAGTATC+GGG 0.433043 2.3:-51871157 MS.gene55146:CDS
TATTGATCATGCAGATGTAA+TGG 0.438667 2.3:-51877485 MS.gene55146:CDS
TGGTTCCAGGCAGCAGCTAC+CGG 0.443646 2.3:-51882743 MS.gene55146:intron
GAAAGTAATTTATGGTCATC+CGG 0.446969 2.3:+51880476 None:intergenic
GGTAAAGCTCCTTCCTCTCT+GGG 0.447651 2.3:+51871743 None:intergenic
ATCCTTGCCTCCAGATGTCT+TGG 0.447804 2.3:+51883042 None:intergenic
TTGGTGTCTCAAATTGCAAA+TGG 0.448270 2.3:-51883856 MS.gene55146:CDS
TCTCACGCCTCGACAAGTAT+CGG 0.449787 2.3:-51871158 MS.gene55146:CDS
AATCAGTGTTCTAATTATGA+AGG 0.453387 2.3:-51874608 MS.gene55146:CDS
ACTTACACCTTCGGCTTACA+AGG 0.455491 2.3:-51882219 MS.gene55146:intron
ATATTTCTCGTGCACGTGGT+TGG 0.457251 2.3:-51872060 MS.gene55146:CDS
ATGGATGTCTCCAAGACATC+TGG 0.457629 2.3:-51883052 MS.gene55146:CDS
CTTCTGAGTCTAACTTGAAA+AGG 0.460418 2.3:-51886338 MS.gene55146:intron
GCTTGTACAACTTACACCTT+CGG 0.460958 2.3:-51882228 MS.gene55146:CDS
TTTAATATCAACTCCTGTCC+TGG 0.461336 2.3:-51883103 MS.gene55146:CDS
ACTGAGAGATTCCGAGATCA+AGG 0.465252 2.3:-51882482 MS.gene55146:CDS
AATGCCTCCTTCTGTCTGGT+TGG 0.467566 2.3:-51872201 MS.gene55146:CDS
CAGATTGTAAATCGGCTTGA+CGG 0.467977 2.3:-51871210 MS.gene55146:CDS
AATTGCAAATGGAAAGGAAC+TGG 0.469530 2.3:-51883845 MS.gene55146:CDS
TGCCTCCTTCTGTCTGGTTG+GGG 0.473661 2.3:-51872199 MS.gene55146:CDS
GAAGAGGATATTAGGACAAA+TGG 0.473711 2.3:-51884404 MS.gene55146:CDS
TTGCATATCGTGTTGTAAAG+AGG 0.478894 2.3:-51882250 MS.gene55146:CDS
AGTGCTCCCTAAAATTCAAC+AGG 0.479510 2.3:-51874255 MS.gene55146:intron
TACAGACAGACAATAATTCT+GGG 0.481844 2.3:-51876020 MS.gene55146:CDS
AGGAATAAAAGACTCTGATC+AGG 0.484386 2.3:-51872396 MS.gene55146:intron
CGATATGCAATATTTGCAAA+TGG 0.487343 2.3:+51882263 None:intergenic
CTTGTCGAGGCGTGAGAAAA+GGG 0.491177 2.3:+51871164 None:intergenic
ATGCGCATAACATCTGTTCT+GGG 0.493418 2.3:+51877301 None:intergenic
AAATGCATACCCTCAGAAAC+CGG 0.494373 2.3:-51880495 MS.gene55146:CDS
AGATTGTAAATCGGCTTGAC+GGG 0.495236 2.3:-51871209 MS.gene55146:CDS
TCTTAACAAAATAATTGAAA+CGG 0.500384 2.3:+51872715 None:intergenic
TATCTTTGTAAAGAGCCTCT+TGG 0.501223 2.3:+51870631 None:intergenic
TGCAGATGTAATGGCAATGC+AGG 0.503707 2.3:-51877476 MS.gene55146:intron
TTTCTTAATACCAGATTCGC+GGG 0.504202 2.3:-51871792 MS.gene55146:intron
TTCAAGTTAGACTCAGAAGT+AGG 0.510623 2.3:+51886342 None:intergenic
TCTCCTAGAGTTAATGTTGT+GGG 0.512111 2.3:-51884515 MS.gene55146:CDS
AGGAAAAGTTATATGAGCAT+TGG 0.517864 2.3:-51883075 MS.gene55146:CDS
CAACTCCTGTCCTGGTCTGA+AGG 0.522037 2.3:-51883095 MS.gene55146:CDS
GATTCCTGCAGGTTTATGTA+CGG 0.526572 2.3:-51872773 MS.gene55146:intron
TAATCAAACCTTCTCCATCA+TGG 0.531700 2.3:+51885085 None:intergenic
ATTTAGGTATACGACCGATC+CGG 0.533403 2.3:-51872083 MS.gene55146:intron
CAATAATAAAGTCCGAGGTA+TGG 0.535615 2.3:+51880070 None:intergenic
AAATTGGTGTGTGAATATAA+AGG 0.536011 2.3:-51874290 MS.gene55146:CDS
TTATGGTCATCCGGTTTCTG+AGG 0.536350 2.3:+51880485 None:intergenic
GACGAGTAAAACCTTGATCT+CGG 0.537229 2.3:+51882471 None:intergenic
CCTCGAAGACACAAGCATCA+TGG 0.545363 2.3:-51882679 MS.gene55146:CDS
AAGTCATCGTCGTTATTGTA+GGG 0.552379 2.3:+51880452 None:intergenic
CCGGATATTTCTCGTGCACG+TGG 0.552455 2.3:-51872064 MS.gene55146:CDS
CCACGTGCACGAGAAATATC+CGG 0.554521 2.3:+51872064 None:intergenic
TATGGTCATCCGGTTTCTGA+GGG 0.557132 2.3:+51880486 None:intergenic
AGAAAAGGGCAGTGCACTGA+GGG 0.559508 2.3:+51871178 None:intergenic
AGAATGATTCCAAATTGGCT+AGG 0.560951 2.3:-51882523 MS.gene55146:CDS
AGAAGGTTCTGAGGCTGAAG+AGG 0.561669 2.3:-51884450 MS.gene55146:CDS
CAAATTGGCTAGGCTTGAAG+AGG 0.562164 2.3:-51882513 MS.gene55146:CDS
GTCTCAAATTGCAAATGGAA+AGG 0.563496 2.3:-51883851 MS.gene55146:CDS
GGTTCCAGGCAGCAGCTACC+GGG 0.563934 2.3:-51882742 MS.gene55146:intron
CTCCAAGACATCTGGAGGCA+AGG 0.565999 2.3:-51883044 MS.gene55146:CDS
ATTTCTTAATACCAGATTCG+CGG 0.569126 2.3:-51871793 MS.gene55146:intron
CTTCCCACAACATTAACTCT+AGG 0.570799 2.3:+51884512 None:intergenic
ATCAGTGTTCTAATTATGAA+GGG 0.571350 2.3:-51874607 MS.gene55146:CDS
GTATTCACTCCCAGAGAGGA+AGG 0.573905 2.3:-51871752 MS.gene55146:CDS
AAAGTTATATGAGCATTGGA+TGG 0.574379 2.3:-51883071 MS.gene55146:CDS
ATCAAGTAGCATAATACTGA+AGG 0.580699 2.3:+51871113 None:intergenic
GTTCAGTGATTTCCATACCT+CGG 0.587310 2.3:-51880082 MS.gene55146:CDS
ACGTGGTTGGTTCTTTAAAG+GGG 0.587777 2.3:-51872047 MS.gene55146:CDS
GTGTTCTAATTATGAAGGGA+AGG 0.598899 2.3:-51874603 MS.gene55146:intron
AAGGATGACCATGATGGAGA+AGG 0.600520 2.3:-51885093 MS.gene55146:intron
TAAATCTGTGAACTTGCTGA+AGG 0.606148 2.3:-51885112 MS.gene55146:CDS
TGTTACAGCAAAGTATATCC+CGG 0.607837 2.3:+51882724 None:intergenic
TTCTCCTAGAGTTAATGTTG+TGG 0.607957 2.3:-51884516 MS.gene55146:CDS
CTCCCCAACCAGACAGAAGG+AGG 0.609264 2.3:+51872197 None:intergenic
AAAGAACTTGAAATTCAGCT+GGG 0.610785 2.3:-51883891 MS.gene55146:CDS
AGCCACATCTGAGGATTCAG+TGG 0.611898 2.3:-51884378 MS.gene55146:CDS
ATCCACTGAATCCTCAGATG+TGG 0.611963 2.3:+51884376 None:intergenic
TTACTCCCCAACCAGACAGA+AGG 0.612151 2.3:+51872194 None:intergenic
CTGAAGGACATCAGAGAGTG+AGG 0.616836 2.3:+51871129 None:intergenic
GAGGATATTAGGACAAATGG+TGG 0.617892 2.3:-51884401 MS.gene55146:CDS
TGGATTAATAGAAGGTTCTG+AGG 0.620300 2.3:-51884459 MS.gene55146:CDS
TAAACTACCTTGTAAGCCGA+AGG 0.625672 2.3:+51882212 None:intergenic
TATAAAGTCAATAGTAGATG+CGG 0.632927 2.3:-51872745 MS.gene55146:CDS
TCAAGAAGATAAAGGTGACA+AGG 0.635339 2.3:-51880537 MS.gene55146:CDS
TGCACGAGAAATATCCGGAT+CGG 0.636100 2.3:+51872069 None:intergenic
GATGTCTCCAAGACATCTGG+AGG 0.637454 2.3:-51883049 MS.gene55146:CDS
AAATGGTGGAGCCACATCTG+AGG 0.640560 2.3:-51884387 MS.gene55146:CDS
CTTACATTAACCAAACAAAG+TGG 0.640775 2.3:+51880042 None:intergenic
AAATTGGCTAGGCTTGAAGA+GGG 0.647700 2.3:-51882512 MS.gene55146:CDS
TTATGCTACTTGATGAAATG+TGG 0.660063 2.3:-51871104 MS.gene55146:intron
GAGGAAGGAGCTTTACCCTG+AGG 0.660381 2.3:-51871737 MS.gene55146:intron
TGAAGCAATAATAAAGTCCG+AGG 0.665911 2.3:+51880065 None:intergenic
ATGTTATGCGCATTAGACCA+TGG 0.670625 2.3:-51877291 MS.gene55146:intron
TGCACACAACCGGAAATCTG+CGG 0.686670 2.3:+51871984 None:intergenic
GCATTACCCGATACTTGTCG+AGG 0.689787 2.3:+51871151 None:intergenic
AGGTGACAAGGAAAATGGCG+AGG 0.693098 2.3:-51880525 MS.gene55146:CDS
TTCTTAATACCAGATTCGCG+GGG 0.697494 2.3:-51871791 MS.gene55146:intron
GAGAAAAGGGCAGTGCACTG+AGG 0.697911 2.3:+51871177 None:intergenic
TTGCTGAAGGATGACCATGA+TGG 0.701998 2.3:-51885099 MS.gene55146:CDS
TCATGTATTCACTCCCAGAG+AGG 0.707123 2.3:-51871756 MS.gene55146:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr2.3 gene 51870593 51886388 51870593 ID=MS.gene55146
chr2.3 mRNA 51870593 51886388 51870593 ID=MS.gene55146.t1;Parent=MS.gene55146
chr2.3 exon 51886339 51886388 51886339 ID=MS.gene55146.t1.exon1;Parent=MS.gene55146.t1
chr2.3 CDS 51886339 51886388 51886339 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51885094 51885212 51885094 ID=MS.gene55146.t1.exon2;Parent=MS.gene55146.t1
chr2.3 CDS 51885094 51885212 51885094 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51884371 51884551 51884371 ID=MS.gene55146.t1.exon3;Parent=MS.gene55146.t1
chr2.3 CDS 51884371 51884551 51884371 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51883829 51883967 51883829 ID=MS.gene55146.t1.exon4;Parent=MS.gene55146.t1
chr2.3 CDS 51883829 51883967 51883829 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51883005 51883128 51883005 ID=MS.gene55146.t1.exon5;Parent=MS.gene55146.t1
chr2.3 CDS 51883005 51883128 51883005 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51882659 51882756 51882659 ID=MS.gene55146.t1.exon6;Parent=MS.gene55146.t1
chr2.3 CDS 51882659 51882756 51882659 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51882466 51882582 51882466 ID=MS.gene55146.t1.exon7;Parent=MS.gene55146.t1
chr2.3 CDS 51882466 51882582 51882466 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51882220 51882300 51882220 ID=MS.gene55146.t1.exon8;Parent=MS.gene55146.t1
chr2.3 CDS 51882220 51882300 51882220 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51880428 51880603 51880428 ID=MS.gene55146.t1.exon9;Parent=MS.gene55146.t1
chr2.3 CDS 51880428 51880603 51880428 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51880047 51880119 51880047 ID=MS.gene55146.t1.exon10;Parent=MS.gene55146.t1
chr2.3 CDS 51880047 51880119 51880047 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51877647 51877706 51877647 ID=MS.gene55146.t1.exon11;Parent=MS.gene55146.t1
chr2.3 CDS 51877647 51877706 51877647 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51877477 51877515 51877477 ID=MS.gene55146.t1.exon12;Parent=MS.gene55146.t1
chr2.3 CDS 51877477 51877515 51877477 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51877292 51877380 51877292 ID=MS.gene55146.t1.exon13;Parent=MS.gene55146.t1
chr2.3 CDS 51877292 51877380 51877292 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51876003 51876067 51876003 ID=MS.gene55146.t1.exon14;Parent=MS.gene55146.t1
chr2.3 CDS 51876003 51876067 51876003 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51874604 51874650 51874604 ID=MS.gene55146.t1.exon15;Parent=MS.gene55146.t1
chr2.3 CDS 51874604 51874650 51874604 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51874256 51874315 51874256 ID=MS.gene55146.t1.exon16;Parent=MS.gene55146.t1
chr2.3 CDS 51874256 51874315 51874256 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51872713 51872784 51872713 ID=MS.gene55146.t1.exon17;Parent=MS.gene55146.t1
chr2.3 CDS 51872713 51872784 51872713 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51872397 51872426 51872397 ID=MS.gene55146.t1.exon18;Parent=MS.gene55146.t1
chr2.3 CDS 51872397 51872426 51872397 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51872198 51872292 51872198 ID=MS.gene55146.t1.exon19;Parent=MS.gene55146.t1
chr2.3 CDS 51872198 51872292 51872198 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51871994 51872099 51871994 ID=MS.gene55146.t1.exon20;Parent=MS.gene55146.t1
chr2.3 CDS 51871994 51872099 51871994 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51871738 51871800 51871738 ID=MS.gene55146.t1.exon21;Parent=MS.gene55146.t1
chr2.3 CDS 51871738 51871800 51871738 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51871105 51871229 51871105 ID=MS.gene55146.t1.exon22;Parent=MS.gene55146.t1
chr2.3 CDS 51871105 51871229 51871105 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
chr2.3 exon 51870593 51870710 51870593 ID=MS.gene55146.t1.exon23;Parent=MS.gene55146.t1
chr2.3 CDS 51870593 51870710 51870593 ID=cds.MS.gene55146.t1;Parent=MS.gene55146.t1
Gene Sequence

>MS.gene55146

ATGAAGAAGCGTCGACATGTTGCTCCTACTTCTGAGTCTAACTTGAAAAGGTAACACTAACAGGCCTTACTTTGCAACTTATATCAATAAGTGCTTATAATGTGTATAAGCTGTTTCTATAATAAAAAATAAAACAAAGTTAAATTGTTTTCATAAGCTATTTTGGAGAGATTATGAAAATAAGCTGAAAACAGTTTATGATTTTTATAAGTTCTCACAAACTGTCTCACAAGTGTTTATTTATGTCGAAAATGTCATTCAAATAGGGTCTATAGTCTAATACTACTGATAATAATGTTAATTAATAGTAATGGTTGGCTTTATTGTACATTTTTCTGTTCTTATTGTGTTTACCATTGGTATTGATTATTGTTTGTTAATTACTCAGTGCAAGTGTTTTATTGATTATAAGAAAGAACATAAGAACTACGAAGCTCTGACATTGAATTGCGTTGAACACGATACGTGCATAGACTCATGTTGAGTCCGCCAATGTCAAAAACATAGGACACCGACACCGATATATAGATTTCGATAACAAGATAGGCTTGGCTTTCGCCTTTTTTTCATCTATATACTCACGAAAAGCTAAAACTAATGTAATAAAATTTAAGGTCTTATTTTGGTACAACAAATTTAAGGTAATTAGCCCTTCATTGATTATCTTCGAATACTGTGAAAGATGAAGATGTGTGCATGTAGAAGATTTGCATATGCAGGAATTTTTCAAATGCAGGAATTTTTCAAATGCCTAAGTAAAATACTAATATATTACTGTTAAAAGTTTTTTTGTTCTAATGATTTTAGGAAAATTAGAACATGTATTAATATTGTAGATGCGCTTGAATTGTGTCTGAGTGCTCAAGGTGTGTCGATGCAAAGAAAATAATTTTGTTTTTTTGAGACATTTGTCAGACATGTGTCAGACACGACAACTAGGTGTGTCCTTTTTTTTCATTGCATAAGAATGTAAAGTAAATTCGAATTATTCTATTCTGTTCAGAATTCTTTCTGGCTTTAGTTTTTTTGTATAATAAAGCTTGATGTTAATTCTGTTTATGTATGTTTGTCAAATTCAAGCGACACTTGTCCATGATAATTTACTTACTACATTGTTAAATGATTTAATAATAACACACTGTTTTGAAATTCGCATTGCTCTGCTCCTCTTTACAGGAAAAAGATAGAAGATAAAGGTACAAAAAAAGAAAAAGAAGGTAGAAGGGTGGAGAAAGAGTCAAATGTTGAGATCATTAAATCTGTGAACTTGCTGAAGGATGACCATGATGGAGAAGGTTTGATTAGACATGCTTGTAGATTACATGTTTACTAGGACTTCAATATGGGGTTTGTGATCAGGTTCATTATTAGATGTTATAGAAATGAGCTCAAAAAAAAAGATGTCATAGAAATAATAGAACTGGTCACATGAGTATGAATAAAAAGCAGTGTCTTTGGAGACAAATATTGGGTAGCACCTATTTTAAATACATGTTAAGAGGGTATATTAGATGGAGGATAGATCATTAGTTAGAGACAAGGGTTAAGGAAAACTATAGGTCAGTCCATTAAGAAATCTATGCTTTGTGGTTTATTTTTAGACATGATTTATCATCAAACATTCAAGCATTGTGCAGTTCATTTAGCTGATCTCACCTAGTGGGAAAAGGGTTTACTGGTTGTTGTTCGGCCTCATAGAAGTCCAAGTAAAATCCTTTGTTACGCTGTGATTAATGATTCGTCTTTTGCATTCATCCCCTCATTTTGAGTAGCATAAGATAGTTATATATTTGTGGGAAATCTTTTTGATGATTTTGTTTATTGTTTTTATTCTTAGGCTCTGACATTGATTCTCCTAGAGTTAATGTTGTGGGAAGCTTGCAGCAAAATTCTGATGACAATGATTCTGGATTAATAGAAGGTTCTGAGGCTGAAGAGGACAATGAGTTTTCTCATTCAGATGAAGAGGATATTAGGACAAATGGTGGAGCCACATCTGAGGATTCAGTGGATTTGAGGTTTGTTAACGTTAAATATATTTTCTTTCACACTTTGGATAGAAAAGTTTTGATTTGAGAGAACAGCCAAAGTTAACAGAGCTAAGCAGCTAATAGATGCACCAAAGCTCTCCAATCTTAATTCCAATTAGAAATGAAAATCTTGCTATTTCCGTTCATACTTTTTTTTTTTTATACAAATTTTCACAACTGATTTCCATGTTAAATACTTTCATAATTGCATTAGTATGATTTTGATCTCTCTTGCATGTGTTGTAATGAATCCGATTGATACTATCTAGCTAGCTGGTAGTGTTACTTTTTATATTACTTGATCATTATACATACATAGCTCATCATAATACTATGCTCTCTTAGCTTGCTTTATGTAACATTTATTTTTTCTTTTTCCCTTTTCACACAGCTCTTTTGATTTACATTTGCAACATAATTTATCAAAAGAAGAGATTGACAACCAAAAGAACTTGAAATTCAGCTGGGTTGTACCAGTTATTGGTGTCTCAAATTGCAAATGGAAAGGAACTGGCGAAAATATTTTGAAGGTATATAGTGCTATTGGTATATTCAAGATTTCTTGTCTCTGGCCTCATTTTGTAAGTTCAAAATTTAGTATAGTTTTATAACCACATGCTGATCAATATTCCTTAGCATTAAGGAATGGTTGTCCTTGACACACAATGAAACTTTTTTTTTTTTCTGTACAATGATGCCCTAGAATAGATAATGTTACGTGTTAGATGGAATATTGCACGAGGGTTATCAACTGTCTTTGATGCTCTTTACCCAAAGGTATTGAAGTAAATATAACTAACTGTTGACTATTTAATTACATCCTAATCATTTTTTCGTGGGATAAGTTTTCAAGTTGACAATAAATTGAGCCAATGACGTGTTGTTTACTGTCTATTTAGAGATTTTGATTAGTTGTCCTTGCAGTAAAAATAAACTGTGCAGTGGTTTGTTTTGAATGGAATAAGCATCTTTTGATGGATACTACTTTCCTTTAATGTTAATTTTTCCCTTGTTCATCTAGTGGGGAAAAGGATTTGGTTGCCGGTTATTGTTTTTAATTTGTCCCCTGGCATTAACATTATGCATGTCTTGGCTTTGGTAAACTTTTATATTATCCAATTCTTTACACATCAATGAAACATTATAATCTTATGCCGGCTTATAAAAGATGTTCTTTCAACTTCTTGCACCTGAAGTACATATAACATTCTTTGCTGCTTTCTCTTGTAGGATTTTAATATCAACTCCTGTCCTGGTCTGAAGGAAAAGTTATATGAGCATTGGATGGATGTCTCCAAGACATCTGGAGGCAAGGATATTAATTCACCAAAACAGAAGATGTTTTTCTCCCTTTGTAAGTAGATTTGAAATCATTAATGTATAAATAATTAAGTTGTTGAAATATTATATGTATTGTTGCGCTCTTTTTTATTATTGCAAGATTCACTAACTTGAGTTGGTGTTTCTTTTTTGCATTATGTTTTTGGTTGTCTGCTGTTATAGGGGATTCAGGCATTCAGTTGCACATTTGTATACGACATAATTTTAACTTTAATTTTTGTAATCCTTATATGGGCATTCACATCATTGACTTGGTTCCAGGCAGCAGCTACCGGGATATACTTTGCTGTAACAAGAGACCATTCTATCTAAAAGGCCTCGAAGACACAAGCATCATGGATGCATACATAATGCATTCTGTAAGCGAATTTTCATTTTATTCTATATAATATATGAGAACTGTTTTCAAAATTGCTTAATAGCTATTTTACACAGCTCAATCACGTCTTCAGAACTAGAGATTGTGTTAAAAAGAATGATTCCAAATTGGCTAGGCTTGAAGAGGGTGCTGATACTGAGAGATTCCGAGATCAAGGTTTTACTCGTCCTAAGGTAATGGATTTTTCGTAGGTAGTGACTGTTTCCTTATGGTGGATGTTTTTCTTCTATAATTGAAATTTTCACTTGATATTCCTTGAAATGAACTCTTACATAAAAGATTTACTTAAGAAATGTAAACCATAATTAACAAATATATTTTTCTGTTGCATGATCCAGGTTTTAATTTTGTTGCCATTTGCAAATATTGCATATCGTGTTGTAAAGAGGCTTGTACAACTTACACCTTCGGCTTACAAGGTAGTTTAGTTTTCTATTTTCTTAATTTATTTCTAATGAAGTCAAACTAACCATGCGCTGGACTCTTGATCATGACATAATATTAATGCTTGTTCTGGACCCCGAGGTGTTGCCTCAGCCGTTAAGCTGGGCATTTGGTAGACCTTTTTCTGCGCATCATGTTTTTTAATGAAATGTCATACTGGTTAGATATGCTACAGAATTCAGTCAGTTATCCTTATTTGTGCATCTCTTTCGGGATACAAAATGTTTTTCCCTGCTTGTTCTTGTAACGAAATATTGCAGTTGTGAGAGAAGGAGAGGAGTTTAATTTGTATTACTTAAAAGAGTACAATTCACCAATATGAATATATATAGGTGTCCTGGTTCAGATTAATCTACCTACTGAACTGTTACAAGACAGTTAGAGTTAGTTATCTATACTATATATAAAGAGAATACATAGTTTTAGGCTGGCTTTTTCACTTCCATAGAAACTATTTTGTTGGTGTCATTCAAAAAGGCAAGAATTTATATTAAATTTTTATATTGTTTTTTTTTTTGAGAGCAAATTTTTATATTGTTGGTGTCATTGAAAAAGATAAATTTAGTTTGTTACCATATGGAAATGAAAAATATCTATTATCTATACCTATAATTTTAATCAAAAATCAAAATAATTTTAATCAAAATTTCATAGAAACTATTGTTCGTAATTTATACGCATTATCGCAATAAAAAGAGCGAATAGACGGGCACTAAGTGCCCGTCTGAACGCCAGTATTCTTATAACATTTCAATAACTGTTGCTCAATGTGGGGATATAAGATTGGTTCGGTGGTTTGGGTGAGGGAGTTAAGGAGTGGAGTGATAAGGAAGTTGAGGGTCCCGCCCACAACATAACACAAAGATTTGTTGGCCACTGAAGTAGAGCAGAAGCAGGTTGAACAGCCTTCCAATGAGAGTCAAGAAGCTGTGAGCCTGTGACAGTTACTGAGTAGCTAATTTCATATTTTATGATGGTAGCATAATGCAAAGCACAACAGTAGACCTATATAAGAAATAATCCTGAACATAATCTGCCCCTGTTTTTGACAGTTTACATCTTGCAACCATAGGATATTGGTTTTGCTTCAATCATGTTGGACTGTTGGCTTTGGCCAAGCGATCTCGAATACATTTTTTGCAAAGTAACATTGTGCATGAGGGGAAGATCTAACCATAAATAAATCAAATGAAATATTAATGGTATAGGTCCTGAGCAGTTTTAAAGCAGACTGAAGTTAGTATGATATAACTTGCTGAATTAGTGAAGGGTTTCCCGAGATAATAATGTCATCAACCTAAACTACAAAATAAACCACAACAGATATTTTGGAATAGATGAAAAGAGACGGACCACGTTAGCTTTGAAACCAAACTGAAGTAATGTTGAACAGACATCCAAACCGAAGTACGAGGGTCCTGTTTGAGCCCATACATAACTTTGTTAAGCCTGCACGCTAGTGATTTGCCTAAAATTTCAAAACCAGAGGGTTGAGTCATGTTAACGTTATCCATCTGATTGTATTACATTTGCCTAGAGCAAGATAAAATATTCTAGTATTCCTTTGTGATATTTGTGTCTGTTTTCTCAGGTCAATGTTGAGCATATGGATCGTTTTTCGGCTAAGTTTGGAGGTCAAGAAGATAAAGGTGACAAGGAAAATGGCGAGGAGCTTGAAAATGCATACCCTCAGAAACCGGATGACCATAAATTACTTTCTCCCTACAATAACGACGATGACTTTATGATTGGCATCAAATTTACTAGGTAATTGCACTTCTATAGTGATTAGTATTGTTTATTCTCTTTCCTACTCTGTGACATACCGTGAAAGCTTGTAAAGTCCCCTTTCAACATCTGTAATTATAGTCATTATCCTTGTTATTTGTTGTTATTTTTTTCAATTGGTTAACTGTTAATGGATGATGATGATGATTGTGATTGTTGGTGTAAGCATAGTTTGTTTTCCAAAGTCTAAATTATATTAGCAGCTGACCTATTTTAATAACTTTTTTTTGTAAAGTTTTTCGTAAGTAGTCTTCTTGTTGCATCATATAATACTTTGTTCTGTGCAGGAAGACAATCAAGTTGTTCAGTGATTTCCATACCTCGGACTTTATTATTGCTTCACCACTTTGTTTGGTTAATGTAAGCTGGTTTTTTTTTTTTTTTGTTTCTTTTTTGAATTTATTTTACTAACTTTAATCAGAATTTGACTATGTAGACCCCTTTTTTTTCTCTTTTTAGATTAGAGTTTTTAGTGTATAGTTCTAGCTTCTATTTTATCTTGTGTGTATGCTATGTATGTGCATAGTGTAGCTTGTTATGTACTAAGGTTAGTCACAACTGTTGAGAGCTGACACAAACTCCCAACTATCTGTTTATACTATAAATAGGTGTTCTCAGCCCATTCAGTCCATAATAACATTTTACAAAGTTAATATCAAATTATACTTTTACTCTCTCTCTCTGTTCATCATTCCATGAAGTATGAACCCTAGGTCCAATTCTTACAGAGTTGTTTGATTTATTCAAGTTTACCTTAGAAAAAATTTGTTGAGACCAAGTTTCTCTGGAACCAGTGTTGAATAGTAGCCATGGATAAGAATAACCTGTGAGATATCATATTGGCCACATCAATGTCACAATCGTCTAAGTCGAAGATCTATGTGTAGCCTTTGGAAACCAAATAGGCCTTGAGTGTATCAACTTTAACATCAGGTAAACATTAATTGTCAAAATCCAACAACAGCCTACAACAATTTTGTGTGTGTGTTGTGGTGGTTGTTTGGGGGGGGGGGGGGGGGGGTAATGAGGAAAGTGATTCTGACGGAGTTAATACTTTTTTAAAGTGTAATCGAAAAGATCAAGCTCGAGAGACAATGCTGGTGGGGTCTCAGCAATTTTTATCTGGAAGAGTCATTTCCATAGTTAGCACGTTGGTGGTGAAGTGGATGTGACCGACACCGATACATCCACCTAGACTAACATGGAGGAGGTATGTTTTTGTCGAACATGTGGCAGCTCTGAAGGATAAAATTCAACTGCTACAAAAAGTAGTTGAAGCAGTGATGTAGGTTAGATCGTGAGGAACAGTTCTTTGAAGCAAAATTGTTCGAGTGATTTTAATAAGGTGACCATTTTTAGGTTCAGCTACCCCAAATTTGTTGAGGGACATGAGCACAAGGTGTTTGATGAAGAATGTCACGAGGAGCCAAAAAGTTTTGAGCACAAGGTGTTTGATGAAGAATGTCACAAGGAGCCAAAAAGTTTTGAATTTATGTAAAATCACGAGCATTTAAGTGTAGATTTGAACACCAAATTGATGTTTTCTCAATAAAGATTTGAAGAAATTTTCATTACAAAATAACCAAGTACAATAAGAATAATCATCAATAAATGCGACAGTATTTGGATGGCTGGAACCTAAAGGTTACACTATATGACCGAAACCCCACAGATCAAAATGAATCAAAGCAAAAAGGAATGTAGCTCGACACTATTAGGCAAAGAGGTACAAATGTGTAGGCCAAATCACTTGTCAATACTGTGGCTGAGCTGGCAATAGTCACACTTAGGACAAGACTTGCTTATTTGAGGGATCAACCTTGATTACTACTTCAAGAGTCCAAATCAGAGGAGTTATCAGGTGCATGATATGATGCACATCTACATCTGATGGTTTTTCCAGTACTCACAAGATAGACCATGCAAAGTTGAAAGTGGGTAAAATTGGAGAACCTAAACTCCGATCACGAATCAATGAATATTTCATAGGTAGTCCATACAAGGAAAACAACATGCGAAGGGTGCCGCTGCTCAATATCTTTGACTAAATAGCTCTGATGCACGGATAGCATTTTGTTGTAGAAAGGGCTGCTGGAAAGCCGCAAGGTGAGGATCGCAGCCTAGAAAGGTTGCAGAAAGGGCCACTGGAAAGCCGCAAGAGGGGGAAATGATGATATTTCACAGGAGAAGAAATGATCGGACATAGGAGGGCTCTTTTTTGTTGTCATAGAATATTATGATGAAATGACAAAAGGTCCACAAAAACAGCTGGAACAACATACAACTGTAAGTTGACAGAAACACCCCCCAAGATATTTTAGGATGAAGTTACCAAAAAGTTAGAATTTTACATGAGCTTTACTGTTGTGCTATCTGACCACTATCAGTAGCGCTACTCTAAACTTCAATGCAGAATGGGGTTTTGTGTAGCACCATGGGGCCTATGTTGACCACATGGATCAATGTGTTCAATCAAATCCCTTGATTATTGGGATAAAATCAAATCTCACATCAGATCCAAAATATCCTATTTACAATAGAAATATCTCAACAATAACTTTGCTGTGGAGTTTGTTCCTCAGTGTGAGTTTAAATTGTTTTTTTTATTAATAATCCTTATCAAGATTGTGCAATTTTGTTGAACAGTTTTTTTTTTATGTATTGCTTATATAAGCTAACATCAGTTTGGTTTGGATATAGAAAATTGAAGAGACTGAAATCAATAAGGAAAAAGATGTAGATTTTCTTTCATCCATAGAGGTGATTGCCCTACTCTTAATTGTTATACATACTTTATTATACTATATACTTTATATTTATATCTGGGTAGGCAGATACTGTGTATTTGGATCATATCGTATGAAGTTGACAAAGTGTATGTTTTTAAGCAGGTTCTTATTATTGATCATGCAGATGTAATGGCAATGCAGGTTAGCATTGTTTGCTTAAATTATTGCAAAAAATTGATTTTACCCATGATTTGAACTACAGTAGTCCTGTTTCTCATTACTGTTGAAACTTTTCAGAGTTGGTCTCATGTGCGTACAGTTGTTGAACACTTAAACGGCTTACCATCTACGCAGCCCAGAACAGATGTTATGCGCATTAGACCATGGTATATTCTATTTGCCTTTTCTTAATTGTAGCTGTTTTTTTTTTTGTTTATTTTTTTATGTTTCCCACTCCCTCCTTGATCAATATAAAATTTGTACGTTTGCTTTCCATTGTTGTTTTCATTTCGTTTAATTTGGCATATGGCAAAATTATTGTCACTTACTAATATAGTGAAACCATTTGTTTTTCTTTTCTTTTTTGAAAACAATAATTATCTTATAGTTAAAATAAGGGGGGTAAGTTATAATATGGGAGGATGATAAGATATCCTTCTACACAGAAAATAAAAGATAAGTGTTAGAATAAGTGTTTATCAATCCCAAATAGGGGCTGGCCCTTCAAAATGCTATAGTGGGATGAGCGACCTTAAACACTATAGCGTGTTCGTGTTAGCATACTAAGTGCTCAGTTGTCCATCTCGTCCAAAGCAAGTTCTTTTGCTTTTATTAGAAGTGCTTTGGAACACAAGTCAGTAGTAAAACAAACACTATTCGTGTGTTATGCCGGTATTATTTCTTCCTGAAAGATAAGAAGACTCGCATTCAGGCACTTGTGTAGGTCTGTGCAAATTAGAAAAATCGTTAACAGAGTCAATTTGAGGTCTGCGAACAGGAAAGCTACAAGTATGCATGCCACTTTGGGTCAAAAGAATGCAATTTGGTTTAAAGTGAAAACATTATTTTTAGGCTGAAGCTGGGTAGTAAAATAGAGCCCATGCCTGTTGTTATGCATGCTATTTGTATTCTCTCTATCATTTCTATTCAGTTGGACAGCACAAAAAGGATTGTCCTGCTTTTATTATAGTTCACTGTGTTACAATATATTGAATATCTCATAATATCTTTGATATTATGTTAGAGTATCTTAGTTTATTTCTTAGGATTAGTTTTCATATTGTTATCATGATTTGTTTCTTGATTTCCCTATTTATTTAGGATTAGGAGTCTTGTATCCCTTTAAATATTAAATAAGGGTCAGTGTTTAGTCTTGTGCATCAAAATTGTTTTCTGTCATCTTACACAATAGTCCTATTTCTTCTTACTGTTCTGCTTCTATAAAAAAATTGTAACTTCAACACATTGTTTATATGTTCTATGAACTGCATGATTCTCTCAGATTGTTAGAGGTGAGGTGACGGGGGTCTGAAGTGAAATATACACCAGAAATTCAAGATTCATTCCCTAGAAAATATGTTGAGATACATAATTTTGTATTCCTTGTTTAGGTATCTTGATGAGCAAGCCAGATTTTACAGACAGACAATAATTCTGGGTTTTTATTCAAATCCAGGTAATGAACATTCCTTCCTGTTGCCAAATATTTTAAGAACAATTCACATTTTTCACCTGTTTTTCCTTTAGAGAAAACCACATGGGTCTTCCCATTCTTCTTCATTTATACTTTCTAGTAGAGGCTTAATTTCATGTTTGGCCCCTTATGTTTATTTGGTTTCAAGTTGGTCCCTTATGTTTTAAAGTTCCAAGTTGGTCCAAAACATTACTCACATTGGAATAAGTTAGTCCCTTCTGCCACATAATAAATAAGTCACATTTTTTAACTTCTTTTGTTTTATTAGACTATGTTTAAGAGTCCCACATCAGACAAAATATTGTCTGGACATATTTTTATAAGTGGGGGAAATCCTCACCTCACAAGCCAATTTTGTGTCGGGACCAACCATGATTTCTAAGATGGCATCAAAGACTCATCCAAGATCCATTGGGCCACCTGCTATCAGGCCACCCACCATTTATATCCACGCTCCAGCGTCTAGTCTTGGGCGTGAGGAGGGGGGGGGGGGGGGGGGGGGGTGTTAAAGAGTCCCACATCGGACAAAATAAGGCTTGAACATGTGTTTATAAGTGGGGGCAATCCTCACCTCACAAGCCAATTTTGTGGGGGTTGTGTTGGGCCCAGCCACGATTTCTAAGAAACTCAATTTTATTTGACAGAAGGGACTAACTTATTCCAATGTGAGCAACGTTTGGGACCAACTTAAAACTTTTAAAATATAAGGGACCAACTTGAAACTTTTAAAACATAAGGACCAACATGAAACCTAAAATAAACATAAGGACCCAAACCTGCAATTAAGCCTTTAATAAATGTGGCAAATATTAGTATGATTGAGAAATGAATATTTCTTTGCTGCACATGGTGATTCATCCTTCCTTTTGTGAAATTGGTTTTCATCCGTTTGAATTACACCACAATCATCTTGATAGTTTATGGGTCTTGTTAACCGGTGCCCCCGGGGCACTAGTTAACAAACCTAAAGTAGAAATAAAAGTAAAACTTTACATTATAATGTACACTTTTTCAACTTTCAAAAAGTAGAATACACAATTTTCATGAGAATATTTCCTTTTATATTGTTAACATTTCCCATAGTTTATTTCCAAGTATACAAAGTTGAAATTTTTGGGCCTGTTTGACTAGAGAAAACTTTTTGTTTAGTGTTTGTTTTCACTTTTGATTACAAAATGGCCACCTTGAGGGGGGATTGTTGGTTAACCTATTGTTTTAATTAACCAAGTTATATTGGAACTGAGTTATTGTTAGTTTTGCTATTGACTACTTTTTTAATTGTACCATGGAAACATGGCTAGACATATTATGACCCCCACATTTCCTTTTTGTAGAGATCAATGCTTCATTCAATAATCAGTGTTCTAATTATGAAGGGAAGGTATGTAGCATATTTGGTTGCGCTTTCTATCTATTTTCATCGGTTCATTAGAGATATCTCATGGCTGAGAAGTTCTCAGTACATCAATTTTTTCTCAAATTTTCCCTTTCTTTTGTATTCTCTTATTTTTAAATATACAACTCAACGCATGGGCATGGTTGATATGGATTGTTATGCATAGAACATTGCCATGAAGTGTGTGGTTTTTAAGCAAGTTATACCAATCAAAATAATTGTTTCTACTTTTTACATCTTACAGTAATCATTCTATTTAATTGTTATCTCTAGGTGAAATTGGTGTGTGAATATAAAGGTGTTCTGCAAAAAGTGCTCCCTAAAATTCAACAGGTACACTTTCTCAAAATTTCTTGCTATTTGTGAAAGTAATATGCATTTTGTGCATTGATGCTATTGTGATGCACTGATGTTCTATTTAATGCATGGTAGGCATTTCATATATGAAGGAAGCGAATTAGGTTTAGGTGCATTTCGATAATCTAGTAGGCAATATTATTGCTCCTCAATCTATGAAGCACGAACACCTCTTAGACTAGACGTGTTGCAGTGTCCGACACTCCTATGACACGCTTACGATACATGTCGGACAACTAAGACCGGTGTCCTAAATAAAATTATTTTTTTCTTTACATCGACACTCCTACATTGGTGTCTGACACTTATGTAACACTCATACGAGCCGTGTTGGACAACTCAGACATATATCTGGAACTTTTTTCCTTCTCTCTTGGATCCACACAACGTACATGTAAGAGTTACATATGTGTTGATAAATGTTGATCAATTTGGGGGTTATAGAAATTAAAGTTAATTACAACATTTTTAGCGTTTTTGATAGTAGATGAATAAATAAAGGTCATATATTATGGTATCTTGTTTTAGAACTTCTTTCAAAGAAATAAATTGCTCAAGTTAGATGCTTATGTATGTGTTTTAATTTTCATTTTAGACTGTCTATAAATAAATTAATATATATGTAGTGGTGTCGGTGTCCTATATTTTTTACATTAGAGGTGTTGACGTGTCTGTGTCAATGTCGTGTTAGGAGTCCATGCTTCATAGTCCTCAATTTTCTTGGATCTTATGTGATAGGGAGTGTACCAGATGTGTACTAGCAACCACAGTCAAATGGAGGTGGCTGGGGTTGAATGTCGGCGGCATGGGTTCATGATGCTGGGTTTAGGTTTTTGCCTTTGTTACCGCTGGGGTCGGGTTTGGGGAGAGATTATGGGGTGATTATTGTGATTTCAAAACAATTAGGGGCTTAAAATAATTTTAGAATTGCTAAAGTATCCATTTGTATTGTTCACCACCCTAAACCATCTACTATGGTGTTGCGTATTAAAGTTACAGTGCCCATCTCATGGACGATAAATAATCCTAAACTTAAAGAGCAAAGATTTATTCTTTTAAATTATTGCATATCTTTTATGACATGCATGATTTATTTGTCTTCTGTTCATTACGGGGTCTGTTGAGGATGCTCACAAAGTGTTTATAAGCCCTGGGGAAATTAATTGGATTTTTGTTTGTAGTTAAATCTGACACATAGCTGGAAAATGATTTTTTTTTGTAAACCGTGTCATTATTAAGCTCTGTTTGCTGAATATTCATTCTTGCCATGATTAATTTGTTTAATATACTAATGTTCCTTCTTCGTTAAATTTTCTTTACTATTGAGTTCAGGCTTTTCATTTTTCTTTATGCTTTTTTGTCAATACTTATTCAGATATATCTCTGTGGGTGTGTTCCTTATACTTTATTCTATTCAGCTAATACTTCTATATCTTGATTCCTGCAGGTTTATGTACGGTTTGATATAAAGTCAATAGTAGATGCGGATGATGACCGTTTCAATTATTTTGTTAAGAAGGTATGTATTCTGGAATTGTGTCGAGTTCAAGTAATTTTAGTTGTTCATTCTTTCTTTCTAGCAATTTGCAGTCATTGCTAGTCTTTGTCGAGTAATTTGGTAAAGTCTGAAGCAAATGGACATATTTTTGTAACATTTTAGACTGAAAATCCAAAAGAGTGATAATACGTGAATCAAATCTTATAAGCAATGTACAGACGGTATAAATGAATGGTAATTATGTGCGTCTTAGTTAAAATTTATGACACCAAATCGTACTGAGATACTATGTGAATCATTCTTGCAGGTTTTCCCAGGAATAAAAGACTCTGATCAGGTTAACTTTTTAATAAACTTCATTTTTTTTCGAACATGCATGTTTGTTATAATTTAAATTTATATGCAGATGTTAATGATTTTTTAATGAAATCTTTGATGCAGGGAGGAATCATGATATTTGCCAGTTCTTACATCGAATTTATTCGAATCCGAAATTTTTTGAAGTCCCAGAATGCCTCCTTCTGTCTGGTTGGGGAGTAAGGAACCATTTCCTTTATTTTGCCATTACAGCTCTAATCTTAAAATGTAGCTCTCGTGTTCCATTGTAATTTATGTGTGGATCTTTTTAATTTAGGTATACGACCGATCCGGATATTTCTCGTGCACGTGGTTGGTTCTTTAAAGGGGAAAGAAAAATTATGCTTTACACAGAAAGATGTCATTTTTACCGCAGATTTCCGGTTGTGTGCAGTGAATTAGTTTTTTTTTTTTTTCTTTCCTCCCTCCCTTTCTTTCCTATAGTTAATTTCTTTTGTATTTAATAGTGGTATGTTATGGTAGTTTTGAAATTATTCTTATATGATCTTACTTTCCTGTTACTCAACAGTTATATTGATGCAAAATTGACAAATTTAGTTTATTTCTTAATACCAGATTCGCGGGGTTAAGAATTTAATCATGTATTCACTCCCAGAGAGGAAGGAGCTTTACCCTGAGGTAAGCAGACTTTTAAATGAAGTAGTAATTTCTCTTCTCTTGCAATAATTCATTAAGGAAAGAGTGTAAGACTGATGTAGTAGGAATCCTTCTAGGCTAACAATAAAATCAGCAGAAAAAAATTAAAATTGTCTCAAAAGAGTAATCCTGTTCTTTTGCATATCTAGTCATGAAAAATCCAACAATAAAAAAAGGTGTGCAAAGACCCAAGTGGGAGATAAGAAGACAAGTCTGTCACACAAAATGTTTAAAGGAAGAATCTCATGGCTGGAAAAAGTTTTTGAATTATTTCCAGCCAAATTCATTGGTTTACTCTATAAGAAATGACAACCAAAAATTCTGTTTCTATAGCTTATGAATGAAGAAAATATAGTTCATGGCTTCTTTTTTCTGTTGATATAAATTTGCAATAGTTTTTATTCTCATTTTGCCGTTATGAACGACACAGAGTGAAAACAAATTCGAAAATCTCATTTTTTTCACTGATATCTCTCTTTTCCATTTGCAGATTGTAAATCGGCTTGACGGGTCTGAAAACCCTCAGTGCACTGCCCTTTTCTCACGCCTCGACAAGTATCGGGTAATGCCTCACTCTCTGATGTCCTTCAGTATTATGCTACTTGATGAAATGTGGTGCAAGTGGCTTTATATTAATCTAGAGAGTTATCCATGCATGTTTAATTTTGCGGTGCGATTGTCAGAATCGCTGCCGTGGTTTTGACAAAAGCTACACTTGTAGCTTCAACAAAATCACGGCGTGTCACTGTGATTTTCCCATTAATGTCTACATTGTTGGATTGTAGTAGTCTTTTGCAGTGCTTGTTAATTAAATTTATCTTGCAATTCTGGTAATCTTATTTTCCTTTTGATTTTCTTCTCTTGCTATTTTTTATTGTATTGATATTATACCTTTCTTTACATTTTAGCTGGAAAGAATTGTTGGAACTACTCCGGCGGCAAAAAAGATGGTCACTTCGGAGAAATCAGTTTTTGTTTTTTGCGATTAGCATTATGTTGTACTCCATAGTTGCATCAATGCAAAGCAACTCGAGTATGTTGTGTTATATTTATATGCTTTTGAAATCCAAGAGGCTCTTTACAAAGATATCAACGAGATTATAAAGACTTATATTTGGTTTTCCTGA
Protein sequence

>MS.gene55146.t1

MKKRRHVAPTSESNLKRKKIEDKGTKKEKEGRRVEKESNVEIIKSVNLLKDDHDGEGSDIDSPRVNVVGSLQQNSDDNDSGLIEGSEAEEDNEFSHSDEEDIRTNGGATSEDSVDLSSFDLHLQHNLSKEEIDNQKNLKFSWVVPVIGVSNCKWKGTGENILKDFNINSCPGLKEKLYEHWMDVSKTSGGKDINSPKQKMFFSLCSSYRDILCCNKRPFYLKGLEDTSIMDAYIMHSLNHVFRTRDCVKKNDSKLARLEEGADTERFRDQGFTRPKVLILLPFANIAYRVVKRLVQLTPSAYKVNVEHMDRFSAKFGGQEDKGDKENGEELENAYPQKPDDHKLLSPYNNDDDFMIGIKFTRKTIKLFSDFHTSDFIIASPLCLVNKIEETEINKEKDVDFLSSIEVLIIDHADVMAMQSWSHVRTVVEHLNGLPSTQPRTDVMRIRPWYLDEQARFYRQTIILGFYSNPEINASFNNQCSNYEGKVKLVCEYKGVLQKVLPKIQQVYVRFDIKSIVDADDDRFNYFVKKVFPGIKDSDQGGIMIFASSYIEFIRIRNFLKSQNASFCLVGEYTTDPDISRARGWFFKGERKIMLYTERCHFYRRFPIRGVKNLIMYSLPERKELYPEIVNRLDGSENPQCTALFSRLDKYRVMPHSLMSFSIMLLDEMCCINAKQLEYVVLYLYAFEIQEALYKDINEIIKTYIWFS