AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene024992

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene024992.t1 MTR_5g004570 99.123 228 2 0 1 228 1 228 4.67e-169 473
MS.gene024992.t1 MTR_1g029470 59.375 320 123 3 1 320 1 313 1.43e-137 398
MS.gene024992.t1 MTR_8g037810 59.062 320 127 2 1 318 1 318 7.32e-133 384
MS.gene024992.t1 MTR_5g004600 97.714 175 4 0 227 401 4 178 9.93e-125 358
MS.gene024992.t1 MTR_1g029460 54.140 314 137 3 1 313 1 308 4.28e-117 347
MS.gene024992.t1 MTR_3g027580 52.857 70 33 0 6 75 89 158 4.86e-16 79.7
MS.gene024992.t1 MTR_4g023470 58.462 65 27 0 7 71 87 151 4.23e-15 77.0
MS.gene024992.t1 MTR_4g080350 35.659 129 79 3 2 129 68 193 9.54e-15 75.1
MS.gene024992.t1 MTR_2g083920 38.793 116 67 3 6 120 70 182 2.01e-14 73.6
MS.gene024992.t1 MTR_2g083920 38.793 116 67 3 6 120 70 182 3.84e-14 73.6
MS.gene024992.t1 MTR_8g006430 50.704 71 31 2 5 75 13 79 1.19e-13 72.4
MS.gene024992.t1 MTR_5g012530 45.977 87 38 3 6 84 12 97 1.88e-13 72.4
MS.gene024992.t1 MTR_2g104030 38.889 108 62 3 5 112 69 172 3.80e-13 71.2
MS.gene024992.t1 MTR_3g087030 47.222 72 37 1 4 75 80 150 7.27e-13 70.1
MS.gene024992.t1 MTR_5g035770 45.833 72 39 0 8 79 27 98 7.36e-13 70.1
MS.gene024992.t1 MTR_1g110310 40.860 93 46 2 8 91 18 110 7.63e-13 70.1
MS.gene024992.t1 MTR_7g109340 39.362 94 50 1 7 93 27 120 1.61e-12 68.6
MS.gene024992.t1 MTR_3g108020 41.000 100 47 3 6 93 4 103 2.07e-12 68.2
MS.gene024992.t1 MTR_2g014480 45.070 71 38 1 6 75 4 74 2.76e-12 67.8
MS.gene024992.t1 MTR_5g065160 33.577 137 76 3 4 125 80 216 2.89e-12 68.2
MS.gene024992.t1 MTR_5g065160 33.577 137 76 3 4 125 81 217 3.14e-12 68.2
MS.gene024992.t1 MTR_5g065160 36.522 115 59 2 4 104 81 195 4.01e-12 68.2
MS.gene024992.t1 MTR_5g065160 36.522 115 59 2 4 104 74 188 4.28e-12 67.8
MS.gene024992.t1 MTR_4g015840 45.070 71 38 1 6 75 4 74 5.42e-12 67.0
MS.gene024992.t1 MTR_7g092380 50.000 64 32 0 8 71 24 87 6.30e-12 65.9
MS.gene024992.t1 MTR_2g014470 46.479 71 37 1 6 75 4 74 1.48e-11 65.5
MS.gene024992.t1 MTR_1g052110 40.230 87 49 1 8 91 40 126 3.78e-11 63.9
MS.gene024992.t1 MTR_4g023490 51.515 66 31 1 6 71 16 80 6.33e-11 63.9
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene024992.t1 AT1G21080 74.937 395 92 5 1 394 1 389 0.0 594
MS.gene024992.t1 AT1G21080 73.515 404 91 5 1 394 1 398 0.0 593
MS.gene024992.t1 AT1G76700 76.562 384 85 4 1 383 1 380 0.0 578
MS.gene024992.t1 AT1G21080 71.336 307 82 4 89 394 1 302 4.78e-154 437
MS.gene024992.t1 AT1G77020 60.802 324 124 2 1 323 1 322 9.32e-142 409
MS.gene024992.t1 AT4G39150 56.615 325 137 2 1 323 1 323 9.50e-132 382
MS.gene024992.t1 AT4G39150 56.615 325 137 2 1 323 1 323 9.50e-132 382
MS.gene024992.t1 AT4G39150 56.615 325 137 2 1 323 1 323 9.50e-132 382
MS.gene024992.t1 AT2G21510 55.346 318 140 1 1 316 1 318 6.79e-128 372
MS.gene024992.t1 AT2G21510 55.346 318 140 1 1 316 1 318 6.79e-128 372
MS.gene024992.t1 AT2G21510 55.346 318 140 1 1 316 1 318 6.93e-128 372
MS.gene024992.t1 AT2G21510 55.346 318 140 1 1 316 1 318 6.93e-128 372
MS.gene024992.t1 AT2G21510 55.346 318 140 1 1 316 1 318 1.07e-127 371
MS.gene024992.t1 AT1G59980 41.935 93 45 2 8 91 25 117 2.52e-14 74.3
MS.gene024992.t1 AT1G59980 41.935 93 45 2 8 91 25 117 2.78e-14 74.3
MS.gene024992.t1 AT2G42750 37.069 116 69 3 6 120 76 188 8.79e-14 72.4
MS.gene024992.t1 AT5G48030 51.515 66 32 0 6 71 94 159 1.00e-13 72.8
MS.gene024992.t1 AT1G59725 46.575 73 37 1 6 76 4 76 1.08e-13 72.0
MS.gene024992.t1 AT5G25530 38.532 109 47 3 6 96 4 110 1.76e-13 71.6
MS.gene024992.t1 AT1G28210 50.000 62 31 0 7 68 49 110 4.21e-13 70.9
MS.gene024992.t1 AT1G28210 50.000 62 31 0 7 68 49 110 4.31e-13 70.9
MS.gene024992.t1 AT1G28210 50.000 62 31 0 7 68 49 110 4.53e-13 70.9
MS.gene024992.t1 AT1G10350 48.000 75 37 2 6 78 4 78 1.26e-12 68.9
MS.gene024992.t1 AT2G22360 40.426 94 49 2 4 91 84 176 2.15e-12 68.9
MS.gene024992.t1 AT1G80030 36.154 130 72 4 6 135 75 193 2.28e-12 68.9
MS.gene024992.t1 AT1G80030 36.154 130 72 4 6 135 75 193 2.28e-12 68.9
MS.gene024992.t1 AT1G80030 36.154 130 72 4 6 135 75 193 2.28e-12 68.9
MS.gene024992.t1 AT1G80030 38.318 107 62 3 6 112 75 177 2.44e-12 68.9
MS.gene024992.t1 AT3G08910 45.333 75 40 1 6 79 4 78 2.96e-12 67.8
MS.gene024992.t1 AT4G28480 46.479 71 37 1 6 75 4 74 4.72e-12 66.6
MS.gene024992.t1 AT2G20560 46.479 71 37 1 6 75 4 74 5.85e-12 67.0
MS.gene024992.t1 AT4G28480 46.479 71 37 1 6 75 4 74 6.03e-12 67.0
MS.gene024992.t1 AT5G01390 44.444 72 39 1 6 76 4 75 7.27e-12 65.1
MS.gene024992.t1 AT5G01390 44.444 72 39 1 6 76 4 75 9.13e-12 65.1
MS.gene024992.t1 AT3G47940 44.156 77 41 1 6 80 4 80 1.19e-11 65.9
MS.gene024992.t1 AT5G25530 43.750 80 36 2 6 76 4 83 1.63e-11 65.5
MS.gene024992.t1 AT5G01390 44.444 72 39 1 6 76 4 75 1.69e-11 64.7
MS.gene024992.t1 AT2G35720 43.210 81 43 2 6 83 15 95 1.98e-11 65.9
MS.gene024992.t1 AT1G68370 39.785 93 47 2 8 91 19 111 2.35e-11 65.5
MS.gene024992.t1 AT5G01390 44.444 72 39 1 6 76 4 75 2.85e-11 64.7
MS.gene024992.t1 AT3G12170 37.363 91 54 1 4 91 9 99 4.95e-11 63.2
MS.gene024992.t1 AT1G24120 37.234 94 50 2 8 92 22 115 4.99e-11 64.7
MS.gene024992.t1 AT3G12170 37.363 91 54 1 4 91 45 135 5.47e-11 63.5
MS.gene024992.t1 AT4G39960 37.234 94 52 2 4 91 83 175 6.13e-11 64.3
MS.gene024992.t1 AT4G39960 37.234 94 52 2 4 91 83 175 6.13e-11 64.3
MS.gene024992.t1 AT4G21180 45.333 75 36 3 1 71 91 164 8.23e-11 64.3
MS.gene024992.t1 AT4G21180 45.333 75 36 3 1 71 11 84 9.05e-11 63.9

Find 103 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
ATTGATTGACCTGAAAATTT+TGG 0.135158 5.3:-147227 None:intergenic
TGCACGTAGTTCTTCTTTCT+TGG 0.176561 5.3:-155819 None:intergenic
GGAGCAGGTCTGTGGGCACC+TGG 0.248868 5.3:-156334 None:intergenic
TACACCAGTACTTGAAGATT+TGG 0.283792 5.3:-156066 None:intergenic
CTTTGTTTCCCTGGACATAC+TGG 0.285874 5.3:-148852 None:intergenic
TATGATGCACATGGCAAATC+TGG 0.306958 5.3:+147404 MS.gene024992:CDS
CACCTGTTGCCGCTGTAACT+TGG 0.313148 5.3:-149384 None:intergenic
AGCAGGTCTGTGGGCACCTG+GGG 0.316213 5.3:-156332 None:intergenic
AATTTATGTACTGCTTTGTT+TGG 0.332629 5.3:-155996 None:intergenic
GGGCAGCAAGAGGGTCATTT+GGG 0.335034 5.3:-147206 None:intergenic
CTAAACCACTCAGCAATAAA+AGG 0.342495 5.3:-149337 None:intergenic
TGGGCAGCAAGAGGGTCATT+TGG 0.353660 5.3:-147207 None:intergenic
GTGGAGGCCCCACACTTTGC+AGG 0.354651 5.3:+156271 MS.gene024992:CDS
CCATTGATGCCATGGCTAAC+TGG 0.362537 5.3:-147595 None:intergenic
AGGCTTGTAGAGATACTAAA+AGG 0.364783 5.3:+148820 MS.gene024992:CDS
AACTCTTGGTAAAATCTTCC+AGG 0.368732 5.3:+155859 MS.gene024992:CDS
GCAGGTCTGTGGGCACCTGG+GGG 0.371126 5.3:-156331 None:intergenic
AGCTTTCTTAATCTCAGATT+CGG 0.380678 5.3:-147025 None:intergenic
ACCTGTTGCCGCTGTAACTT+GGG 0.383531 5.3:-149383 None:intergenic
GTTGTCATTATACAGCTTAT+GGG 0.384762 5.3:+149230 MS.gene024992:intron
GAGCAGGTCTGTGGGCACCT+GGG 0.389447 5.3:-156333 None:intergenic
AGGTCTGTGGGCACCTGGGG+GGG 0.396726 5.3:-156329 None:intergenic
CATAAGCTTGCCTTTGAGTT+GGG 0.400101 5.3:-147385 None:intergenic
GAACTACGTGCACGAGCAAA+AGG 0.400470 5.3:+155830 MS.gene024992:CDS
AAGTGTGGGGCCTCCACGTA+GGG 0.400490 5.3:-156265 None:intergenic
CAAAGTCTTCTTTGTTTCCC+TGG 0.407211 5.3:-148861 None:intergenic
TCATAAGCTTGCCTTTGAGT+TGG 0.415070 5.3:-147386 None:intergenic
CAGGTCTGTGGGCACCTGGG+GGG 0.417169 5.3:-156330 None:intergenic
TCTTTCCCGTGTCTGTCAAA+TGG 0.421026 5.3:+155683 MS.gene024992:CDS
GAAGATTTGGGTGAGGTACT+AGG 0.424180 5.3:-156053 None:intergenic
ACACCAGTACTTGAAGATTT+GGG 0.429890 5.3:-156065 None:intergenic
GTATTCTTCAAGCTCTTCTT+CGG 0.430532 5.3:-155592 None:intergenic
TCGTACCTGCATTGGACAGC+CGG 0.441407 5.3:-148909 None:intergenic
TCCCAAGTTACAGCGGCAAC+AGG 0.444241 5.3:+149382 MS.gene024992:CDS
TCTTCATATCCTCCTGCAGT+TGG 0.446808 5.3:-155542 None:intergenic
TGCTGGTTGGAGCAGGTCTG+TGG 0.446816 5.3:-156342 None:intergenic
CCAGTTAGCCATGGCATCAA+TGG 0.450422 5.3:+147595 MS.gene024992:CDS
ACACCATCATCAATCCTTGC+TGG 0.451831 5.3:-156359 None:intergenic
CAATCCTTGCTGGTTGGAGC+AGG 0.456091 5.3:-156349 None:intergenic
ACAGGCAAGGCAAGTGCATC+CGG 0.467108 5.3:+147176 MS.gene024992:intron
CATGGCATCAATGGCTTCCA+TGG 0.469034 5.3:+147604 MS.gene024992:CDS
AACCCATGCTGTCGCATCGC+AGG 0.483341 5.3:+156091 MS.gene024992:CDS
GATTGCAGCAGGATCAATAA+TGG 0.492454 5.3:-147528 None:intergenic
TAAGAAAGCTTATTACATCA+AGG 0.495025 5.3:+147038 MS.gene024992:CDS
ATCTCAGATTCGGATGCGGT+TGG 0.495393 5.3:-147015 None:intergenic
GAGTTGGGTCACTGAGAACT+TGG 0.499446 5.3:-147370 None:intergenic
AAAGCAGTACATAAATTGAA+TGG 0.499865 5.3:+156002 MS.gene024992:CDS
GCAAAAGGGTTGAAAACTCT+TGG 0.501287 5.3:+155845 MS.gene024992:CDS
GCTGGTTGGAGCAGGTCTGT+GGG 0.501375 5.3:-156341 None:intergenic
AGGCAGGCAGCAAAAGAGCT+AGG 0.503290 5.3:+149289 MS.gene024992:CDS
TTAGGGCATCGTACCTGCAT+TGG 0.506072 5.3:-148917 None:intergenic
CTTCCGCCAGGTTGTTCAGA+AGG 0.520281 5.3:+148786 MS.gene024992:intron
TCACCCAAATCTTCAAGTAC+TGG 0.532073 5.3:+156062 MS.gene024992:CDS
CTGAGTGGTTTAGAAACAAA+GGG 0.533228 5.3:+149347 MS.gene024992:CDS
CAGACTCAACCAGTATGTCC+AGG 0.533241 5.3:+148843 MS.gene024992:CDS
AAGAAACAACTCAGTTCAGA+AGG 0.534697 5.3:+155561 MS.gene024992:CDS
TTCAGAAGGAGAGAGAAGAA+AGG 0.535912 5.3:+148800 MS.gene024992:CDS
CTTAATCTCAGATTCGGATG+CGG 0.535962 5.3:-147019 None:intergenic
GTTGATATGTTGAATACCAT+TGG 0.536608 5.3:+149253 MS.gene024992:CDS
AGCATGGCAAAGATTGCAGC+AGG 0.536765 5.3:-147539 None:intergenic
ATGCAGAAGCTGAAGTAGCC+CGG 0.542752 5.3:+148890 MS.gene024992:CDS
TAGACGGTTAAGACAGCCAA+TGG 0.543269 5.3:+155954 MS.gene024992:intron
AATTGCATTGATCCAACTGC+AGG 0.548793 5.3:+155530 MS.gene024992:CDS
AAAGTGTGGGGCCTCCACGT+AGG 0.549144 5.3:-156266 None:intergenic
CATCATCAATCCTTGCTGGT+TGG 0.551719 5.3:-156355 None:intergenic
CGTACCTGCATTGGACAGCC+GGG 0.553498 5.3:-148908 None:intergenic
CTCTCTGTGGAAGCTTAATG+TGG 0.565211 5.3:+155644 MS.gene024992:CDS
AGCGAATACTATGACGTGCT+TGG 0.565955 5.3:+146985 MS.gene024992:CDS
GTAGCCCGGCTGTCCAATGC+AGG 0.566818 5.3:+148904 MS.gene024992:CDS
GCTTAATGTGGCTGACATTG+AGG 0.568707 5.3:+155656 MS.gene024992:CDS
TTGTCATTATACAGCTTATG+GGG 0.568921 5.3:+149231 MS.gene024992:intron
GCACCTGCGATGCGACAGCA+TGG 0.568969 5.3:-156094 None:intergenic
TGGCTACATATACGCAAGGC+AGG 0.571362 5.3:+149273 MS.gene024992:CDS
AACAACCATTTGACAGACAC+GGG 0.573149 5.3:-155688 None:intergenic
AATTGCATGCCTGCAAAGTG+TGG 0.575193 5.3:-156280 None:intergenic
GCTGAGTGGTTTAGAAACAA+AGG 0.575329 5.3:+149346 MS.gene024992:CDS
TTCTCAGTGACCCAACTCAA+AGG 0.583766 5.3:+147375 MS.gene024992:CDS
GGAAAGATCAATCATGGTGA+AGG 0.584644 5.3:+146960 None:intergenic
GGCAGGCAGCAAAAGAGCTA+GGG 0.591181 5.3:+149290 MS.gene024992:CDS
AAAATTGCAAGACAAAATGC+GGG 0.593137 5.3:+147661 MS.gene024992:CDS
TTGACAGACACGGGAAAGAG+TGG 0.595512 5.3:-155679 None:intergenic
TGCATTGATCCAACTGCAGG+AGG 0.600589 5.3:+155533 MS.gene024992:CDS
AATTTGACTACAACTTCCCT+AGG 0.603259 5.3:+156299 MS.gene024992:CDS
AAACAACCATTTGACAGACA+CGG 0.605275 5.3:-155689 None:intergenic
ATATATAGGCCAGTTAGCCA+TGG 0.607750 5.3:+147586 MS.gene024992:CDS
CATGGAAGCCATTGATGCCA+TGG 0.610809 5.3:-147603 None:intergenic
AATTAATGATTGACTCTCTG+TGG 0.612175 5.3:+155631 MS.gene024992:CDS
AACTACGTGCACGAGCAAAA+GGG 0.613702 5.3:+155831 MS.gene024992:CDS
AGACGGTTAAGACAGCCAAT+GGG 0.619753 5.3:+155955 MS.gene024992:intron
AGGCAAGCTTATGATGCACA+TGG 0.629597 5.3:+147395 MS.gene024992:CDS
ATTGCATGCCTGCAAAGTGT+GGG 0.632304 5.3:-156279 None:intergenic
CACCTGCGATGCGACAGCAT+GGG 0.633397 5.3:-156093 None:intergenic
AGTACTTGAAGATTTGGGTG+AGG 0.635864 5.3:-156060 None:intergenic
AGACTCAACCAGTATGTCCA+GGG 0.639373 5.3:+148844 MS.gene024992:CDS
CCTTGCGTATATGTAGCCAA+TGG 0.645015 5.3:-149269 None:intergenic
AGTGTGGGGCCTCCACGTAG+GGG 0.652232 5.3:-156264 None:intergenic
CCATTGGCTACATATACGCA+AGG 0.657826 5.3:+149269 MS.gene024992:CDS
CAGACCTGCTCCAACCAGCA+AGG 0.663412 5.3:+156345 MS.gene024992:CDS
AGAAACAACTCAGTTCAGAA+GGG 0.671630 5.3:+155562 MS.gene024992:CDS
AATGTAGAGCCCCTACGTGG+AGG 0.675024 5.3:+156255 MS.gene024992:intron
CATCAAATCCCAAGTTACAG+CGG 0.686887 5.3:+149375 MS.gene024992:CDS
ATGAATGTAGAGCCCCTACG+TGG 0.707929 5.3:+156252 MS.gene024992:intron
TTGCATGCCTGCAAAGTGTG+GGG 0.711237 5.3:-156278 None:intergenic

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr5.3 gene 146973 156372 146973 ID=MS.gene024992
chr5.3 mRNA 146973 156372 146973 ID=MS.gene024992.t1;Parent=MS.gene024992
chr5.3 exon 146973 147059 146973 ID=MS.gene024992.t1.exon1;Parent=MS.gene024992.t1
chr5.3 CDS 146973 147059 146973 ID=cds.MS.gene024992.t1;Parent=MS.gene024992.t1
chr5.3 exon 147180 147239 147180 ID=MS.gene024992.t1.exon2;Parent=MS.gene024992.t1
chr5.3 CDS 147180 147239 147180 ID=cds.MS.gene024992.t1;Parent=MS.gene024992.t1
chr5.3 exon 147353 147435 147353 ID=MS.gene024992.t1.exon3;Parent=MS.gene024992.t1
chr5.3 CDS 147353 147435 147353 ID=cds.MS.gene024992.t1;Parent=MS.gene024992.t1
chr5.3 exon 147523 147682 147523 ID=MS.gene024992.t1.exon4;Parent=MS.gene024992.t1
chr5.3 CDS 147523 147682 147523 ID=cds.MS.gene024992.t1;Parent=MS.gene024992.t1
chr5.3 exon 148796 148925 148796 ID=MS.gene024992.t1.exon5;Parent=MS.gene024992.t1
chr5.3 CDS 148796 148925 148796 ID=cds.MS.gene024992.t1;Parent=MS.gene024992.t1
chr5.3 exon 149245 149403 149245 ID=MS.gene024992.t1.exon6;Parent=MS.gene024992.t1
chr5.3 CDS 149245 149403 149245 ID=cds.MS.gene024992.t1;Parent=MS.gene024992.t1
chr5.3 exon 155526 155704 155526 ID=MS.gene024992.t1.exon7;Parent=MS.gene024992.t1
chr5.3 CDS 155526 155704 155526 ID=cds.MS.gene024992.t1;Parent=MS.gene024992.t1
chr5.3 exon 155800 155880 155800 ID=MS.gene024992.t1.exon8;Parent=MS.gene024992.t1
chr5.3 CDS 155800 155880 155800 ID=cds.MS.gene024992.t1;Parent=MS.gene024992.t1
chr5.3 exon 155957 156112 155957 ID=MS.gene024992.t1.exon9;Parent=MS.gene024992.t1
chr5.3 CDS 155957 156112 155957 ID=cds.MS.gene024992.t1;Parent=MS.gene024992.t1
chr5.3 exon 156262 156372 156262 ID=MS.gene024992.t1.exon10;Parent=MS.gene024992.t1
chr5.3 CDS 156262 156372 156262 ID=cds.MS.gene024992.t1;Parent=MS.gene024992.t1
Gene Sequence

>MS.gene024992

ATGGTGAAGGAGAGCGAATACTATGACGTGCTTGGTGTGAGTCCAACCGCATCCGAATCTGAGATTAAGAAAGCTTATTACATCAAGGTAACAAACCTGCTTCTTTCTTTCTTTTTTAATTCATTTCAATAGATCCACCCACCCACCAGTTTGTGTTATATTGATGATGATGATGATGATGGATCTGTTCAATTATTTATTTAACAGGCAAGGCAAGTGCATCCGGATAAAAACCCAAATGACCCTCTTGCTGCCCAAAATTTTCAGGTCAATCAATCAATCTATCTTTTTCTTATACACTGTTCATCCTTACTCTCAAGGCTTTGTTTTGTTTTGTTTGACCCATCTATCTACCACTGCTTTGCTTTGCTTTGCTTTAGGTTTTGGGCGAGGCTTACCAAGTTCTCAGTGACCCAACTCAAAGGCAAGCTTATGATGCACATGGCAAATCTGGAATCTCAACGTTAGATATTTACTTACTTACCTCCTCTCTTTTTTTTAATTAATTATTCAATTCGGTTGTGCTGATTCCTTCTTCCTTTCTTTGCAGTGACGCCATTATTGATCCTGCTGCAATCTTTGCCATGCTTTTTGGTAGTGAGCTTTTTGAGGAATATATAGGCCAGTTAGCCATGGCATCAATGGCTTCCATGGACATTTTTACTGAAGGGGAACAATTTGATACTAAAAAATTGCAAGACAAAATGCGGGTATCATTCTCTTATCACTACTCTATCACTGCCATCAGCTTCTATTTTAGCTGAAGCCGATCTGTTAGTTTTTACTTTTGTAATGGTTTATTTGCCAACAAGAAATTTGAAGGAAAAAATGATAACGTGAATTAAGAAATTGATTAGTTAAAAAGAAATTAAGTTGATTTCATTAAATTTATCAATAGGGGAAAATACACTCACATTCTCTTTTTTATTATTATTTTATTTATCAATTTTTTTTTTACTCCCTCCGTCCCTTATTCAAATTACTAGATGCATTTATTATTATTTTCCTAAACATACCCCTAATTAATACTACCAACTTGTCTTGAAATGTGAAAAGTCAAATTTAATACAAATACAAACAAAGAACAATTTAGTACTCCCTCCGTCCCTTAATGTAACCACCCATTTGATTTTATTTTTGTCCCTAAATGTAACCCCCTTTTCAAATTACTAGATGCATTTATTACTTTTTTCCTAAAGATACCCCTAATTAATACTACTAACTTGTCTTGAAATATGAATAGTCAAATTTAATACACATACAAACAAAGGACAATTTGGTAATATTAATACACAAAACAGACACATTAATTACACTGATAACTTTTCTTAAGAAATGTGAAAAATGCAAAGGGGGGTTACATTAAGGGACGGAGGGAGTAATATTCACACAAAAAATAGACACATTAATTGCACTAGCAAATTTTCGTAATAAATGTGAAAAAGGTAAAGGGACTTATGAATAGGGACGGAGAGAGTATTAAATTTTAAATAAGATTTTCTGTAGTATAAGCAGGGCTTTTTAGTATTTTCGGTCAAAACATTAAATCTTTCTCATGTTTTCCGTCTATTCATGCTTTGATACATATTTGGTGTGGGGTCCATGTTCATGATTTCTTTCTCTTGCCTTTTTATACTGCACAAAATCGTGGAATGATATTTTTTTTCATGCTTCCTTTCCGCTTTCATACTTTCCTTTGAGTTTTTTCGCAAACAAACCATGTAAACTTTTGCCATTGTCGTCTCGAAGGTAGTTTATATTTATTCTGTCTTAGGTTCAAAAAAATTATTTTGCTGTTTAAAATAAATTTATTCTTCCGCCAGGTTGTTCAGAAGGAGAGAGAAGAAAGGCTTGTAGAGATACTAAAAGGCAGACTCAACCAGTATGTCCAGGGAAACAAAGAAGACTTTGTTAATCATGCAGAAGCTGAAGTAGCCCGGCTGTCCAATGCAGGTACGATGCCCTAAAATAATTTCTGATATGCATGGTACACGAGTGAATGCATTTTGTTGCCGTAAAATTACATTACAAGAATGCAATGTTAGTGGTTACAGCTCATTTGGATGCTTTTCTCATCACAAATATCAACCTGTGGTTGTAGCTTGTAAAAATTCATTGAGTTTATAGTTCTCATGTTTAAAAAATCATGAATGGTCAAAAGATTGTCTTTACATGACATTGGAAAATCCTTTACATGTTCTCAAGTATTTGAATAGTTAACTCTTACGATAATAAGGCACTTTTTCTGAATATATTAGTTGTCATTATACAGCTTATGGGGTTGATATGTTGAATACCATTGGCTACATATACGCAAGGCAGGCAGCAAAAGAGCTAGGGAAGAAAGCGATTTTTTTGGGTGTGCCTTTTATTGCTGAGTGGTTTAGAAACAAAGGGCACTTCATCAAATCCCAAGTTACAGCGGCAACAGGTGACTGAACTTTCTACTTGGAAACTTGAAAGCCTTTCCCGGTTCCGTTATGTTTTCATGATTTAACTTTCATATAAAAAAAAAAATCTTACTCCATTTAATTTCCACATTGCATGTTTCTTGAGGCTTTGTGGATCGAATTGACCTTTGGTATTGTTGAGATATGCAATGATTCAATTCTTTATTATTAAAATATACTCTTCCTTGTATATATTAGTTTTTTCCATGTATATAATTATGATTTTATTAGGATTGATATATTATTTAGTCCAGATTAATGCCCTTGGTTAAGGGATTCTCCTTGTACAATTTTGATTATAAATAATATCAGGTTGAGAGCCAATCTCTTAAGGTATTCAGGACCAAAACTTGGTACTAGGAAACTTGAAAGCCTTTTCTGGTTCTGTTGTGTTTTCTTGATTCTAATTTTCTGATTAAATTTTCATATAAAAGAAATTTTAATCCTTTATTTTCCACATTGCATGTTCTCGAGGCTTGTGTAGATCGAACTGACCTTTGGTATATTTGCTTTGAGTGATGCACTTTACCTTTTCACTGTCAAGTATATCATATCCTTTAATTCCTTTGATGGCTGTGTATTTCTCGCTTTTTCTTAATAATTTATTGTACCAAGAAAATATTGACCTTGCCCCCTTTTTTGAGTTTATTCATGGTTGATTTATCAATATCAAGGGGCGGATTTATACTTTCTAGTCAAGACTACATTGTTGTGTGGGATTGAATAATAACACTGAAGTGCCAACAGGAAAATAGGTCCAGGGTTGAGAATTTGAGAATTTTCCAATGGATGAGTGGAATGAAAGTGTGAGAAAAAAAAAAAATTTATCAAAAAAGTGTGAGAAAGTTCGAATAACACCTGTTAGAATATGTGAAAATATCTTATAATATCTTTTTAGAGTATCTTAGCTTATCTTGTAGGATCGATTCATTATCATAGATTATCTCTTAAGTTATTATCATGATTTGTTTTTTTCTTATTTCTCAATTTATTTTGGATTTAGAGTCTTGTATTGGTATAAATATAAGAGTTAAAACTTAGTCTTTTGTATTAACTTAGTCATGAATCATAATACACTTTGATCATATTACATTGTAATCGTATTTCAAATGTCTTCATTCTTTCTCTTCTCCTTTTACCTAAAACTCACAACTTCAAGATGGTATCAGAATAGTACCATCCTCCATAACCAGTCTTGTAATTATTTATTCATACGCCGAGTTCCCCAAAGTATCACGTAACTTAAATCACATTTTCTGCCATACATAAATTCCTGCCTTTATTCTCTCCTCTGTTCTATCATCCTTTCGAAGTGTTTTGATGCTCCCATCTGCCATGTTTCTCTTTTTTGGTGTGTCCATTACCATTTCTAACCATCATCCTCCAATGTTGTCTGCTGCGTCCTTCAAACCTGCTGCTTTCAGCGTCGCCTCTTCATCCAGCCAATGTCTTCCTAGACATCATACAAGTTTTTTGCTGGGATTCATCATCAAGACCGCCTTCTCTTGATCTATGAAACTCAAGTTTCACGTCAAGAAGATATCCAGCAAGGCTAGGGGTGGTCTGCGCCCTCATGCGCAGTTCCTTTAAGATGTGATTTTTGCATCTGCCCATCATCTCAGTTGCGCAGCTTGCCACATTTCCGGTCTTCTCAACCTGTGCTTGGGTTGCCAGACCACCCCTAGCCTTGCTTTAATGTTTTGGACCGCAGTCACCTACTTGTTTCGGAAAGGCTCTTTCGTGTACTATATCTCTCTTGTTTTTTTTTTATTTTTATTTTTTTATGGCTGGTCTGCTTGTTGTCGATACTGTTCATAGAGGCTCTCTACAACAGCTCTGATTTTTCGTTTGTCGCCACGCTTTCGGCTTATCCTCGAGTTCTATTTGTCTTGGCTTCAACGTGGTATTCAAAATTGACACAATTTCTGGTTTGGTTTCCCTTCTGGTTGTTTTCTGGCTGTGGGTCCCCTTGTTTCCAGTGCATTTTTGGTGCCGATGTTTAGTTGTGCCATAGTTGTTTTTAGACTCCTACTTCTACTTTGTATTTTCAGTTTTGATTAGTATTGTCACACCTTCAAGCCAGGGCTTCAGCTGCTGTAAGCACCGGCCAATATTGTTTTGGTTTGATTTCAAATTGGGACTCCTTCCAATAAAGGCTTCAGGTTTTGAAAGCTTTGGCCTAGTATTGTGGTTTGGTTTGCTTGTTGTCGATGAAAGTTAGCTGTGATTGTCACTAGTTTTGTCTTGTATTTTCTTAGTTTTCTCTTTTAAAGGGTATATTTGTAACAAGTTTAAATTTGATAAGCTATAACATGAAGGTGAGTGTTAAGAGTATATAAAAATATCTTATAACATCTTAGAGCATCTTATCTCCTATGCTTGGTTATCATAGAGTATCTCTTAAGATTAGTTTTCATATTTTATAGTTATTATCGTGATTAGTTTATTGATTCCTCTGTTCATTTATGACTTGGAGTCCTTTTGTATCAAGTTAATTATTGTTACTTATTCTCTATTAATAAGCATTGATATAGTTTCTTTAATTTTCTATTTTTCCTTTCTTGAGAGATTCTCTCTTAAGAATAAGAAAGAATCATACCTCTTAGGGTCTCATCAGAAAGAGGTTAAAGGCACACTCTTCTAGGAGGGTAAAAGGTGGGACTTGTGGCAATGGATTCCAAGGGTAGTTAGTTGTTATTAGTGGCTGAGTGGGGGAATCTTTGTTGGTTTCGGGAGAGGGGGAAGCAGTTATAGAAAGAGAGAGGAGGAGTGGGGGAAGTAGGAAGAATTACCATTGTAGCGTTGGGCATGGTAACACCGGGGTTCCTTGAATTTCTCAGTCATTTTTCATTTTCAAATGTGATCCTGTAATTACTCATTGCATCTTTTAGTGAGAATATTGCGAACTATTTAATTTCCTCGAGTATTGTGGATTATTGTTCTTATTTTTCATTGTAGTTTCATATCATGTTCCATGTGTACGGCTTTTATAGTAGTTAAAAATATTACAAACATGTAAGCCGTATTCATATGATACAGCATACTAAAAAACAATAAAAAAAAAAAAAAAAGAGTATAAATCGCATTTGAAAGATACAACTTCACACAAAATCTCGTTAAGGAATATTTTCATAGATCTCAATTACAATTTTGCTTTAGTATTTCATACATCAGATGTACGACCTACCCCACAATGGTAAAAAGATGTGTATTTTTCCTTGTTTTATTTGAAAGAGGAGAGTAGTTTGTCTTTATGTTTCTAGGAAGATGTCTTGTTCCAGGGTGCCAACCCTAAGGGTCCTTTTGGGAGTTTGGAGGGGAGGGAAGGGGATGGCTTTAGGTGGAGTTGAAGAGAGTGAAATAAAGATAAATCTTTCACTTTATTTGAGAGAGTGAGTGTGTAGATAACGACAAGAGAATGCTAATGATCAATATATTTTTAATCTTTAGAGTATTATAACAACATGGAAAGGATTTGAAGAATATATCTAAGCCCTCGGAAATCCTCCTCCAATACTCTTTTTTTAGTTCCCCAAAACTAGATGGATTTTGTATCATGAAGAAAAATAAACTCTCCAATGCCCCCTTCCTTCCATTTCCTCATTTCTTTTTCCCAAAGCCCTTTGTGAGGGACAAAGCCGCCCTTTGTGAGGGACAAAGCCAGGAATTTTAAGTGGTGGGGGAAATATATACATTTATATAAATATATAGAATTCAATATATATATATATATATAACACTTCATTTTTTGAAGAAAATTTTACATCATAATTGTTTTGTGATTTTTCATATTTTGGAAACATTGAATAGTTTTCTTCTTTTCAAGGTCAATAAAAACATTTTCTCTATATAAGTGATTAAACAACCATTTTACCTTTAATCTCTCATGTGATTTTGCATCCAATTCTTAATAATATCCATAACAGATAGAACAACATTTGTATATTTAGTATTCAAAAAAATTAAAAACAATATCTCGATTTCTATATACATCAAAAGTATTGAAAAAAAGAGTCAAAACTTAGTGGGAGCTAAGCACCCACGCCCTTCCATGTAGGTCTGTCCCAAACATTGTCTAAATATTTTTATCTTCGAGTAGCATGTCTCAACATTTTTCTGCTGAAGGCTTCTATTGAAAGTTTCACTGCTGAATTTGCTAGTGGAACCACAGGGTAGTCTTGGGCCAACTGGGCCTAATGCATTTCCCGAGGCGAGAGGTCAAACGCATTAAAAAGCCTCTTCTATGGATGACTGTTTTTTATTGAAGAGACCCGGCTCCTCCCTTGCATCAGCGCATGACATAAGAAAGTAGAATAATAGATACTCTTTCAGTTATTTCCATTACGTTTGCAATCGATCCATGTAAAAATGAAACTAAGCTAGAAGTTGAGCTCTTCGTCAGTGAATGACAGCAGAAAATTTAAAGCCTTAGGCTCCCTGCCAAGGGGACCCCGGGTAAAAGGAGAGAATTGTGTTAGGCCTCGACAGCCAACATATAACTTTGTCCAATCTCTATGCCCGGAAGCAACGCGTTGTATAGCTCGAGATCAATGTCAAATGAGCAAGGGCCGGTGCATCGTCAGCTGGATGCAGTAAGAAATAAGCAAGGGGTCCCACATCTTCGTGAACAGGTGCGGGTAAAGAAGTTAGTTTATGAGAATAAGGTTTGTTTTGTAACATGGAATATTGACACTCTTATAAGAAAATCTATGGAAGTAGTGGACACTATGACTTGGAGGAGGATTAGTTTTATGTGCATACAAGAAACTAAATGGGTAGGTGAAAAAGCGGAAAAATTTGATAGTTCAGGATTTAAGCTTTAGAGAAGAAGGGGGTTAGGATTACTTATATTAATCGACTAGTGTGAGGACGTATGAGGGACCTAGCGATGATTTTCCCATAACAATAGGATTGCATGAAGGATCAACCCTAAGCTCTTACCTTTTTATTTTTGTTTTGGATGTACTTGCGGACCACGTCCAAGAGTTAGCAACGATATGTTTGTTTTTTGTAGATGATGTAGTCCTGTTTGGAGAGATGAGGGAGGAATTGAATGGGAAGTTGGAGACATAGATACAAGCCTTATAAGCGTATGACTTCCGCTTGATTAAAAGCAAGACAAAAGTATATGGAATGTAACTTCAGCAATAGGCGAAGTAGTTATACCTTCGAGGTGAAAGTTGGAGATCATATCTTATCATAATACAGAATGACAGAGAAGTAGAATCATATGTAAATCATCGTATTCAAGTTGGGTGGTTGAAATGGAGAAGAGTCTCGAGTGTTTTAAGTGATAAGAAAGTAACACTTAAGTTGAAAGGAAAATTCTATCTGACAATAATCAGACAGACGATGTTGTATGGTACGGAGTGTTGGGCGGTTAAGAACCAACATGAGAATTAAGTAAGCATAGCGGAGATAAGGATGTTGCGTTAGATGAGTGGTAAAACTAGACGAGATAGGATTATGAATGACACCATTTGAAAAAGAGTTAGGGTAGCACCTATAGTAGAAAAGATGATGGAAAATAGGCTTAGGTGGTTTAGGCATGTAGGTAGGAGACTTGTAGTACGAAGAGTAGATCAGATGCATGAGAGTCGGATCAAAAGAGGTTGAGGAAGACATAGAAAAATTATAAGAAAAACTTGGGAAAGATTTAGAGGTTAATGAGTTGGATCCAAATATGGTTTATGATAGAACACTATGGCGTAATTTGATACATGTAGCTGGCCCCATTTAGCTAGATAAGACTTGGTTTTTGTTGTTGTTTCTTTCTATAATTCTGATCCTAATTTATAGAGCAACTCCTGCTCTAAAGGCCAAATCCTTGTGACATCTCTTGCCTTTGATATTGGTACTGAACTTTAGGTCCTTCAGCTACTTTTACCCATAAATTCGTTTTCCTTTTTTTTATTTTCTCCCCAATATCTAGCTGTCTAAATTTTTTCTGGGATTTGGCTGTGGCTTTTATTTAGACTGATAGATAATAGGTTGACACTTGCACTAATGATCTATTCATATTGGCTCTCTGCTTCCATACATTTGCTGTTGTGTAGAACTTTCGCATAGTAGGATGATAAATGCTTTTTCTTTATGGTTCAAGGGGCAATTGCATTGATCCAACTGCAGGAGGATATGAAGAAACAACTCAGTTCAGAAGGGAACTACACCGAAGAAGAGCTTGAAGAATACATGCAATCTCATAAGAAATTAATGATTGACTCTCTGTGGAAGCTTAATGTGGCTGACATTGAGGCCACTCTTTCCCGTGTCTGTCAAATGGTTGTTTTTGCTACTCCAGTGTCTCATTGATAGATAGCTTAATGTAGATTTTAGGGCCAGGTGTTTTTTAATTTATGTTGTGTGCTTCACTTTAGGTTCTTCAAGATAGCAGTGCCAAGAAAGAAGAACTACGTGCACGAGCAAAAGGGTTGAAAACTCTTGGTAAAATCTTCCAGGTGATATTTCATTCCCTACTCTTAATATAGTGTACACTAATGATTAAATGATGTTTAACTCGCAATTTGAATGTAGACGGTTAAGACAGCCAATGGGAATGAGAGCGAAAATATACCAAACAAAGCAGTACATAAATTGAATGGAAGTGAAACTAGCAATGATGTTTGTTCTCCTAGTACCTCACCCAAATCTTCAAGTACTGGTGTATCAACCCATGCTGTCGCATCGCAGGTGCAATATTTCTAGCCGACATCTATCATCTATTTTTTTCCAGCCATGTTCATGTCATTGTATTCTTTCATTGTTAAACAAGTTGAGGCTTTCTTGCTATATTGTTGAAATTAATGCAAGTTTATGTATTTTGATACAAATGAATGTAGAGCCCCTACGTGGAGGCCCCACACTTTGCAGGCATGCAATTTGACTACAACTTCCCTAGGCCAACCGCCCCCCCAGGTGCCCACAGACCTGCTCCAACCAGCAAGGATTGA
Protein sequence

>MS.gene024992.t1

MVKESEYYDVLGVSPTASESEIKKAYYIKARQVHPDKNPNDPLAAQNFQVLGEAYQVLSDPTQRQAYDAHGKSGISTDAIIDPAAIFAMLFGSELFEEYIGQLAMASMASMDIFTEGEQFDTKKLQDKMRVVQKEREERLVEILKGRLNQYVQGNKEDFVNHAEAEVARLSNAAYGVDMLNTIGYIYARQAAKELGKKAIFLGVPFIAEWFRNKGHFIKSQVTAATGAIALIQLQEDMKKQLSSEGNYTEEELEEYMQSHKKLMIDSLWKLNVADIEATLSRVCQMVLQDSSAKKEELRARAKGLKTLGKIFQTVKTANGNESENIPNKAVHKLNGSETSNDVCSPSTSPKSSSTGVSTHAVASQSPYVEAPHFAGMQFDYNFPRPTAPPGAHRPAPTSKD