AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene062742

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene062742.t1 MTR_1g021520 98.473 131 2 0 1 131 129 259 9.03e-91 267
MS.gene062742.t1 MTR_3g064840 52.632 133 53 2 1 129 277 403 3.28e-36 131
MS.gene062742.t1 MTR_5g029470 87.500 64 8 0 1 64 222 285 2.11e-33 122
MS.gene062742.t1 MTR_8g066310 82.812 64 11 0 1 64 176 239 8.63e-32 117
MS.gene062742.t1 MTR_6g071625 85.246 61 9 0 1 61 205 265 7.03e-31 115
MS.gene062742.t1 MTR_7g069660 68.421 57 18 0 1 57 74 130 1.78e-21 90.1
MS.gene062742.t1 MTR_2g023580 72.222 54 15 0 1 54 58 111 4.32e-21 87.0
MS.gene062742.t1 MTR_2g084230 68.333 60 18 1 1 60 100 158 6.10e-20 85.1
MS.gene062742.t1 MTR_1g112370 64.815 54 19 0 1 54 25 78 9.04e-20 85.1
MS.gene062742.t1 MTR_2g084230 68.333 60 18 1 1 60 100 158 1.05e-19 85.5
MS.gene062742.t1 MTR_0223s0040 62.963 54 20 0 1 54 21 74 3.33e-19 82.8
MS.gene062742.t1 MTR_8g086410 65.000 60 20 1 1 60 112 170 3.87e-19 84.0
MS.gene062742.t1 MTR_8g086410 65.000 60 20 1 1 60 114 172 3.94e-19 84.0
MS.gene062742.t1 MTR_7g098250 60.938 64 25 0 1 64 265 328 2.55e-18 82.0
MS.gene062742.t1 MTR_7g115530 59.677 62 25 0 1 62 221 282 1.62e-17 79.0
MS.gene062742.t1 MTR_1g080330 59.677 62 25 0 1 62 178 239 2.28e-17 77.8
MS.gene062742.t1 MTR_3g450310 33.750 160 85 5 1 147 22 173 2.38e-17 76.6
MS.gene062742.t1 MTR_1g080330 59.677 62 25 0 1 62 178 239 2.44e-17 79.0
MS.gene062742.t1 MTR_2g016220 56.522 69 27 1 1 69 92 157 3.12e-17 78.6
MS.gene062742.t1 MTR_2g016220 56.522 69 27 1 1 69 92 157 3.14e-17 78.6
MS.gene062742.t1 MTR_7g115530 61.017 59 23 0 1 59 221 279 3.91e-17 77.4
MS.gene062742.t1 MTR_8g086410 65.385 52 18 0 1 52 114 165 5.96e-17 77.8
MS.gene062742.t1 MTR_7g115530 64.815 54 19 0 1 54 221 274 6.28e-17 77.8
MS.gene062742.t1 MTR_7g115530 61.017 59 23 0 1 59 221 279 6.89e-17 77.0
MS.gene062742.t1 MTR_7g093030 53.226 62 29 0 1 62 215 276 3.79e-16 75.5
MS.gene062742.t1 MTR_7g093030 53.226 62 29 0 1 62 215 276 3.88e-16 74.7
MS.gene062742.t1 MTR_5g027440 66.667 51 17 0 1 51 28 78 6.55e-16 73.9
MS.gene062742.t1 MTR_7g088070 59.259 54 22 0 1 54 53 106 1.05e-15 73.2
MS.gene062742.t1 MTR_7g088070 59.259 54 22 0 1 54 53 106 1.12e-15 73.2
MS.gene062742.t1 MTR_2g016220 53.425 73 27 2 1 69 92 161 3.06e-15 72.8
MS.gene062742.t1 MTR_2g027860 61.111 54 21 0 1 54 52 105 5.06e-15 72.0
MS.gene062742.t1 MTR_1g090670 50.667 75 32 2 1 70 47 121 6.96e-15 71.2
MS.gene062742.t1 MTR_1g053835 51.613 62 30 0 1 62 261 322 7.26e-15 72.0
MS.gene062742.t1 MTR_2g027800 51.471 68 30 1 1 65 42 109 7.79e-15 71.2
MS.gene062742.t1 MTR_7g115530 64.000 50 18 0 1 50 221 270 1.68e-14 70.1
MS.gene062742.t1 MTR_7g115530 66.667 48 16 0 1 48 221 268 2.48e-14 69.3
MS.gene062742.t1 MTR_2g027800 60.784 51 20 0 1 51 42 92 3.59e-14 69.3
MS.gene062742.t1 MTR_2g086450 44.186 86 41 2 1 86 48 126 7.22e-14 68.9
MS.gene062742.t1 MTR_6g444980 53.448 58 27 0 1 58 38 95 8.78e-14 68.6
MS.gene062742.t1 MTR_6g444980 53.448 58 27 0 1 58 38 95 8.80e-14 68.6
MS.gene062742.t1 MTR_6g032990 45.333 75 35 1 1 75 45 113 9.37e-14 68.6
MS.gene062742.t1 MTR_1g053800 45.946 74 38 1 1 72 180 253 1.86e-13 67.4
MS.gene062742.t1 MTR_5g041350 49.091 55 28 0 1 55 18 72 4.52e-13 66.6
MS.gene062742.t1 MTR_7g068600 44.872 78 40 1 1 75 16 93 7.01e-13 65.1
MS.gene062742.t1 MTR_4g081710 50.909 55 27 0 1 55 20 74 7.32e-13 65.9
MS.gene062742.t1 MTR_4g113140 41.304 92 49 1 3 89 240 331 3.49e-12 64.3
MS.gene062742.t1 MTR_1g053830 46.667 60 32 0 3 62 23 82 5.74e-12 59.7
MS.gene062742.t1 MTR_4g086835 35.772 123 71 3 3 117 279 401 5.07e-11 60.8
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene062742.t1 AT5G42630 51.701 147 61 4 1 138 108 253 3.41e-39 135
MS.gene062742.t1 AT5G42630 71.765 85 24 0 1 85 108 192 6.93e-37 127
MS.gene062742.t1 AT1G32240 87.500 64 8 0 1 64 216 279 2.47e-33 122
MS.gene062742.t1 AT1G32240 87.500 64 8 0 1 64 216 279 4.03e-33 121
MS.gene062742.t1 AT4G17695 82.812 64 11 0 1 64 167 230 1.31e-32 119
MS.gene062742.t1 AT5G16560 68.539 89 23 3 1 86 222 308 2.44e-30 114
MS.gene062742.t1 AT2G42660 58.824 68 28 0 1 68 53 120 4.66e-20 84.7
MS.gene062742.t1 AT2G38300 59.375 64 26 0 1 64 57 120 1.41e-18 82.0
MS.gene062742.t1 AT2G02060 68.627 51 16 0 1 51 32 82 1.84e-18 80.5
MS.gene062742.t1 AT2G02060 68.627 51 16 0 1 51 32 82 1.84e-18 80.5
MS.gene062742.t1 AT2G40260 58.462 65 27 0 1 65 85 149 2.93e-18 81.6
MS.gene062742.t1 AT4G04605 62.963 54 20 0 1 54 17 70 3.71e-18 79.0
MS.gene062742.t1 AT1G14600 64.286 56 20 0 1 56 26 81 4.65e-18 79.3
MS.gene062742.t1 AT5G29000 51.948 77 36 1 1 77 234 309 7.79e-17 77.0
MS.gene062742.t1 AT4G28610 64.815 54 19 0 1 54 228 281 1.18e-16 77.0
MS.gene062742.t1 AT3G04450 62.963 54 20 0 1 54 241 294 1.25e-16 76.3
MS.gene062742.t1 AT4G04580 54.237 59 27 0 1 59 17 75 1.25e-16 73.6
MS.gene062742.t1 AT3G04450 62.963 54 20 0 1 54 201 254 1.55e-16 76.6
MS.gene062742.t1 AT3G04450 62.963 54 20 0 1 54 201 254 1.55e-16 76.6
MS.gene062742.t1 AT5G29000 64.815 54 19 0 1 54 191 244 1.65e-16 76.3
MS.gene062742.t1 AT5G29000 64.815 54 19 0 1 54 191 244 1.65e-16 76.3
MS.gene062742.t1 AT3G04450 62.963 54 20 0 1 54 241 294 1.69e-16 76.6
MS.gene062742.t1 AT5G29000 64.815 54 19 0 1 54 234 287 2.37e-16 76.3
MS.gene062742.t1 AT4G04555 55.357 56 25 0 2 57 18 73 3.53e-16 70.9
MS.gene062742.t1 AT5G45580 64.706 51 18 0 1 51 10 60 5.38e-16 73.9
MS.gene062742.t1 AT5G45580 64.706 51 18 0 1 51 26 76 6.02e-16 73.9
MS.gene062742.t1 AT2G01060 46.512 86 33 2 1 73 18 103 1.53e-15 73.2
MS.gene062742.t1 AT3G12730 53.968 63 29 0 1 63 26 88 4.37e-15 70.9
MS.gene062742.t1 AT3G13040 62.963 54 20 0 1 54 244 297 7.57e-15 72.0
MS.gene062742.t1 AT3G13040 62.963 54 20 0 1 54 244 297 7.57e-15 72.0
MS.gene062742.t1 AT3G13040 62.963 54 20 0 1 54 244 297 7.57e-15 72.0
MS.gene062742.t1 AT2G06020 46.479 71 38 0 1 71 89 159 8.73e-15 71.2
MS.gene062742.t1 AT2G20400 62.963 54 20 0 1 54 234 287 1.57e-14 70.9
MS.gene062742.t1 AT2G20400 62.963 54 20 0 1 54 234 287 1.64e-14 70.9
MS.gene062742.t1 AT3G24120 50.794 63 31 0 1 63 44 106 3.06e-14 69.7
MS.gene062742.t1 AT3G24120 58.824 51 21 0 1 51 44 94 3.17e-14 69.3
MS.gene062742.t1 AT4G13640 49.206 63 32 0 1 63 40 102 5.04e-14 68.9
MS.gene062742.t1 AT4G13640 49.206 63 32 0 1 63 40 102 5.17e-14 68.9
MS.gene062742.t1 AT5G06800 49.231 65 33 0 1 65 195 259 7.14e-14 68.2
MS.gene062742.t1 AT5G06800 50.000 62 31 0 1 62 195 256 1.15e-13 68.6
MS.gene062742.t1 AT1G79430 53.448 58 27 0 1 58 37 94 1.15e-13 68.2
MS.gene062742.t1 AT3G04030 40.594 101 52 4 1 96 48 145 1.19e-13 68.6
MS.gene062742.t1 AT3G04030 40.594 101 52 4 1 96 48 145 1.39e-13 68.2
MS.gene062742.t1 AT5G06800 50.847 59 29 0 1 59 195 253 4.51e-13 66.6
MS.gene062742.t1 AT5G18240 51.852 54 26 0 1 54 48 101 5.82e-13 66.2
MS.gene062742.t1 AT5G18240 51.852 54 26 0 1 54 48 101 5.82e-13 66.2
MS.gene062742.t1 AT5G18240 51.852 54 26 0 1 54 48 101 6.46e-13 66.2
MS.gene062742.t1 AT5G18240 51.852 54 26 0 1 54 48 101 6.61e-13 66.2
MS.gene062742.t1 AT5G18240 51.852 54 26 0 1 54 48 101 6.61e-13 66.2
MS.gene062742.t1 AT1G69580 49.091 55 28 0 1 55 37 91 5.10e-12 63.5
MS.gene062742.t1 AT1G69580 49.091 55 28 0 1 55 37 91 5.37e-12 63.5
MS.gene062742.t1 AT1G32240 84.375 32 5 0 33 64 1 32 1.69e-11 59.7
MS.gene062742.t1 AT2G03500 57.143 49 21 0 3 51 238 286 3.01e-11 61.6
MS.gene062742.t1 AT3G04030 39.604 101 52 5 1 96 48 144 5.16e-11 60.8

Find 38 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
ATTAACTCTAACACAGATTT+TGG 0.155756 1.4:+2889806 None:intergenic
GTTCATGCTGTTCAACTTCT+TGG 0.195181 1.4:-2890109 MS.gene062742:CDS
TTTGTATTTGTCTCTATTGA+TGG 0.275353 1.4:+2887921 None:intergenic
AGAATACGTCAAACCAATTT+CGG 0.288104 1.4:+2887881 None:intergenic
GTTGAACAGCATGAACAAAA+TGG 0.288690 1.4:+2890116 None:intergenic
AATTGCAAATGTTTATTTGC+AGG 0.301324 1.4:-2883173 MS.gene062742:intron
TGAAGTGGTTGAGGTAAATT+TGG 0.306777 1.4:+2889179 None:intergenic
TTCCATGAGATAAATTTAAA+GGG 0.385539 1.4:+2882841 None:intergenic
TAAATTAATTCAGGACATCT+TGG 0.385795 1.4:-2887947 MS.gene062742:intron
ACACGTCAAGAGTCACTTAC+AGG 0.413830 1.4:-2889759 MS.gene062742:intron
ATTAATATTGTTCCTTTGCA+TGG 0.427276 1.4:-2889227 MS.gene062742:CDS
AATGAAATTCTGCAGGTAAT+GGG 0.431104 1.4:-2889268 MS.gene062742:intron
GTGAAGACCACTGACAAATC+AGG 0.457613 1.4:-2889475 MS.gene062742:CDS
TGAATTTGAATTTGGAGAGA+TGG 0.466148 1.4:-2883197 MS.gene062742:CDS
AGTGACTCTTGACGTGTGCT+AGG 0.470529 1.4:+2889765 None:intergenic
TTGAACAGCATGAACAAAAT+GGG 0.472943 1.4:+2890117 None:intergenic
CATGAACAAAATGGGAATGA+AGG 0.474396 1.4:+2890125 None:intergenic
CATGCTGTTCAACTTCTTGG+TGG 0.479951 1.4:-2890106 MS.gene062742:CDS
TTTGACGTATTCTCAATTGA+AGG 0.480109 1.4:-2887871 MS.gene062742:CDS
CTAATAACTTTGCAAGCTTG+TGG 0.536150 1.4:+2882885 None:intergenic
AACCACTTCAAAATTCACTT+AGG 0.547130 1.4:-2889166 MS.gene062742:intron
TTGATAGAAGCACGCGGGAA+GGG 0.550466 1.4:-2882926 MS.gene062742:CDS
ACCTGCTCCTGATTTGTCAG+TGG 0.561571 1.4:+2889468 None:intergenic
ACCACTGACAAATCAGGAGC+AGG 0.567981 1.4:-2889469 MS.gene062742:intron
ATTTGGTCTCTCATCAGCTA+AGG 0.568497 1.4:+2889196 None:intergenic
ATGAACAAAATGGGAATGAA+GGG 0.574689 1.4:+2890126 None:intergenic
ATTGATAGAAGCACGCGGGA+AGG 0.585273 1.4:-2882927 MS.gene062742:CDS
TTAGAGCTCCAAGAATGAGA+TGG 0.601023 1.4:-2890156 None:intergenic
GTGACTCTTGACGTGTGCTA+GGG 0.602003 1.4:+2889766 None:intergenic
ATTGAAGGAAAATGATACCA+TGG 0.611960 1.4:-2887856 MS.gene062742:intron
AAGGAATTAGCTCCATGCAA+AGG 0.615559 1.4:+2889215 None:intergenic
ATAGAAGCACGCGGGAAGGG+AGG 0.620890 1.4:-2882923 MS.gene062742:CDS
GAAGGGAGGAAGCAACAAAG+AGG 0.630917 1.4:-2882909 MS.gene062742:CDS
AATGGGATACTGCAGACACA+AGG 0.640188 1.4:-2889251 MS.gene062742:CDS
GTTAGAGTTAATGAATGTGA+AGG 0.671020 1.4:-2889795 MS.gene062742:CDS
ATGGGATACTGCAGACACAA+GGG 0.690336 1.4:-2889250 MS.gene062742:CDS
CGTCATTGATAGAAGCACGC+GGG 0.710472 1.4:-2882931 MS.gene062742:CDS
ACGTCATTGATAGAAGCACG+CGG 0.743347 1.4:-2882932 MS.gene062742:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr1.4 gene 2882856 2890164 2882856 ID=MS.gene062742
chr1.4 mRNA 2882856 2890164 2882856 ID=MS.gene062742.t1;Parent=MS.gene062742
chr1.4 exon 2890098 2890164 2890098 ID=MS.gene062742.t1.exon1;Parent=MS.gene062742.t1
chr1.4 CDS 2890098 2890164 2890098 ID=cds.MS.gene062742.t1;Parent=MS.gene062742.t1
chr1.4 exon 2889760 2889836 2889760 ID=MS.gene062742.t1.exon2;Parent=MS.gene062742.t1
chr1.4 CDS 2889760 2889836 2889760 ID=cds.MS.gene062742.t1;Parent=MS.gene062742.t1
chr1.4 exon 2889470 2889509 2889470 ID=MS.gene062742.t1.exon3;Parent=MS.gene062742.t1
chr1.4 CDS 2889470 2889509 2889470 ID=cds.MS.gene062742.t1;Parent=MS.gene062742.t1
chr1.4 exon 2889167 2889275 2889167 ID=MS.gene062742.t1.exon4;Parent=MS.gene062742.t1
chr1.4 CDS 2889167 2889275 2889167 ID=cds.MS.gene062742.t1;Parent=MS.gene062742.t1
chr1.4 exon 2887857 2887956 2887857 ID=MS.gene062742.t1.exon5;Parent=MS.gene062742.t1
chr1.4 CDS 2887857 2887956 2887857 ID=cds.MS.gene062742.t1;Parent=MS.gene062742.t1
chr1.4 exon 2883174 2883227 2883174 ID=MS.gene062742.t1.exon6;Parent=MS.gene062742.t1
chr1.4 CDS 2883174 2883227 2883174 ID=cds.MS.gene062742.t1;Parent=MS.gene062742.t1
chr1.4 exon 2882856 2882960 2882856 ID=MS.gene062742.t1.exon7;Parent=MS.gene062742.t1
chr1.4 CDS 2882856 2882960 2882856 ID=cds.MS.gene062742.t1;Parent=MS.gene062742.t1
Gene Sequence

>MS.gene062742

ATGAGATGGACTACAACCCTTCATTCCCATTTTGTTCATGCTGTTCAACTTCTTGGTGGTCATGAAAGTAAGCAGTTCATCAAACCTATTATTCTTGATAAGCACTTTTATACGATAAGTGTTTATTCTATAAGCATTTACATAAGTTCTTTATTCAAATAGAACCAATATGATATGAAATTATCATTTCTTCATCATGGTAAGAACCTATCCATAACAAAATATAAGGAAAAAACAAGATTCATGTATTTTTTTTGCTTAACTTTTATTACAAGGAAGTATAATATAATTATGGATCATGTTAGTTAATTGTGTAATTAACTTGCAGGAGCAACACCAAAATCTGTGTTAGAGTTAATGAATGTGAAGGATCTAACCCTAGCACACGTCAAGAGTCACTTACAGGTGGGGTAAACTATTCACCATAGTCTTACAGTTTAATGAGTACTCTGAATGAAGTTTCCATTTTCACCTTTTAATTATTTTCTGACAAAAGAAAGAAGAAAAATAAGAGAAGTGTTCTAGTAGTGGAGAAAGTAGAACAAGCACTAGGGACAAAAGGGTATCTAGGAAATATTCAATATATTAATCTTTAACTTTGTAGACTTTTCTTTCATCTAATTTTTATTATTTTTCTTGCTTGGTGTTCATGCAGATGTATAGAACAGTGAAGACCACTGACAAATCAGGAGCAGGTAATTACATTTTCTTCTATGAATTATTGCACAATGTTTGTTTGTTATTTTTCTGTTTGTTTTTTTTTTAGATCTTTAGTTATTTGGATTTGACAGAAACTATAGTATAACTTTATGATTTTCAATTGAAGTGATGATGTGATGAATTATTAAGTTAATGTGTCTGATAAAGTAAGAGCAATGAAATTCTGCAGGTAATGGGATACTGCAGACACAAGGGATTAATATTGTTCCTTTGCATGGAGCTAATTCCTTAGCTGATGAGAGACCAAATTTACCTCAACCACTTCAAAATTCACTTAGGTAAAAACTACTGTATGCTAATTTTCTCTCAGCATATTATGAGCACCATTATTCAACACAGGGCTATTAAAAGCTATGTTAACGTATAGGCACGAATATTCACACAAATGCTTTGTGTTTGGCTTTTTTTTTTATAAGAAAAAAAAAACTACTAGTAGTACTTTTTATCTTGAAAATATTTCTTGTTTGTTTTTAGCTTTTTTCTGCTTATCTTTTTGATTAAGAGATTCTATGACAAGAAGTGTACTAGTACATAGATTTTGACAAAAAATGCCTAGGGCTTTTTATAGGTATGTGGGTGGTCATTTTTTACGTGCTCCCTTAACGATGCTTTTGGATTACTCATTCATTATATCTTCAATGTATTAATTGATCCCAATATGTAGTAAAAAGTTTAGCTTTTGGTGCACATCTCCATGAATCACAAAAATTGTGAGATTTGGATACTTTTTTTCTTCTAATAATACCTTTTTATTTTTTTACTCTTATTTTCTTTCCTCAAAGTCTATAATTACACAAACAACATCTTCACATTATTTTTAGTGAACCTCTTAGCACATTGAACAATATTGAATTTGATGCGTAGATAATATAGTAAATAGTTTGATAGAATTAAATATGTCTTACAAAATTCATTTTTTTAAGGGTATCTTACAAAGTCCTGGCTTATTAAGTAATAAATGACATTTATTTATAAACTTTTAAGGGGATCTTACAAAATCGACATATTAATTGTGGTTTGTCCTTCCTTGGTTGTGGAAGAGTAAATCCACCCACTATTTTTTTCACTCTAAATTATTTTTTCAAGAAGGACCATCCTCTTAAGGTACACTATGATTGATCAAAAAATTATTTCATGTTTTATACACCACTCTTTAGGTTCAAGATTTGCTTACCAAAATTAAGATTGCCAACAATGTTGTCTCCTTTCTAGCTAATAATGAGGATTGGTTGCATACCTTAGCAAATTTAAACATTTGGATGTTGACCTTTAAACTATTGCATGACATCTATTCCTTCAATAGCCAATCACAAACTGCTGGCTACGTTTTGAACTGTATATATTTGGAATTGGAATTAGGATTTAGGACTTTGGATTTTGAAATTGGAGTACTAGAAAACTAGAATGGGCTAAACCATTTTTTAGTTGCTTTAAATTTTATCTACCTTCTTTATTTAATTTCTCATTTCACTTTATAAATTAATTCAGGACATCTTGGCAACCATCAATAGAGACAAATACAAACAATACTGAAGAAAAATCCGAAATTGGTTTGACGTATTCTCAATTGAAGGAAAATGATACCATGGTAAGTTTTGGGACATATATATAGGGCCAGAAACTGGATCTAGCATGTGGCTTTGTAGTTGTGCTGTAGTTTTAATTTGTTGCATGTACTTTTTTTTTTTAATTATTGAATAGTTTATGACATTAACATTTGTGTATACTATTTAAACAGGTGAAGAGGTTGGATTCTGCCCAATTGACATGTTCAGACACTATGATTGACTTAGAATTCACACTTGGAAGGCCTAATTGGGGAAAAGACCATGCTGAATCATCAAGAGAATTAGCTCTTCTTAAGTGTTAAATTAATTAATTATAAACACTAATTAATTAATTAATTAAACTTTCCTTGTCATTAATGAATAGTGTACTACTACATTACTAGGAAATTTTCCATGTGAATGATTTAATATATCTATCTAAGTTTTGTATGAAAGTGAAATGAGGAATATTGGGATAAATATTTGCTACAAAACATATGCTTGAGTCCAAAGAATTTCAGGGCATTGTCTTTGATGTCATTTTCAGTGCAAGATATATAACAATAAAAGAAAATAGAAGGCCTCTTTCAGGATATGGACCATGACTTTTAGTTAGGCAAAATAGGACCCCATTTGGGACCTTATATTGGACAGGTGGGTCAAGTTTCATGCCACAGTACTAGCTATCATAACATCGTTCTCATCATATATGTAACGTTCCAAGAGGCTTGTAGATTGATTCGACCAAAAAATAAAAGATTGATTTTTTTTTGAGCAAATTATTAAAATTCTTTTCACGAGAATCTCTATATAGAGGAATGTTTTTATTTGATACAACATTTTCAACCATATTATTGAAGTATCTAGTCTAGTTAAAACATAGAGATATTAAAGTGCCCAATATGTTAGAAGCGTGGAATTCGATTCTACAATGGATGTGATGTATCTAGTTAAAACATAGAGATATTACAGTGCCCTCCTCTATTGTTTTCAAACCAACCATTACCTCCCCTAACCTTTTTTGTTAACTTTCCATCAAATTTAAAATAATCTTTGTTATATAATGTTTTTATGACCAAAATAACATTGTCAAACAAAATGCACTAACATCTATTCTGATCGATCCTTTTAGAAAAAAGGGTTAATAGTGTTTTTCACCCCTCGCCCCTGTAAAATTTTCGGTTTGATTTGCATCCTTGTAAAACTTTTTTTTTCGGAAAAACACCCCTCCTCCATCCAACTCAGCAAATTCGCTTACGTGACGCTGATTTGACAAATTTTTTTATTTTTTTTTTAATGGCCAGGTGTAAAAAAAAATTCCACATCAGATTTTTATTTTAAAAATATTTAAAAATAATTTTTAAAAAATTAAAAAATCATAAAAATATTCAGTTTTTTCCAAAAAATTAAAAAATCGAAAATAATTTTTAAAAAATAAAAGAAATCCAAAAAACATAAAAATATTCAGTTTTTTCCAAAAATCGAAAAATAATTTTTAAAAACAAAAAAAATTCAAAAAATCATAAAAATATTCAGTTTTTTTTTTTAAGAAAATTTTAAAAATCGAAAAATAGTTTTTTAAAAATTCCGAAAAAATATTAAGATTTTTTCCAAAATATAAAAAAATAGAAAAATAGTCATATTTTTTTAATTTAAAAATCGAAAAAAAATTAGGTTTTTTTCAAAAATTTAAAAATTATAAAAAAACTATTAAGATTTTTTTTGGAAATTTAAAAAATTAGAAAATAATCAGATTTTTTTAAAATTAAAAAGATTTTTAAAAATTCTGGAATTTAATTTTCAAAATACAAAAAAAATTCAATTTTCAAAATTAAAAAAAAGGTCAGATTTTTTAAAAAAACATTCTGGAAAAAAATTAATTTTTAAAAAATCTGAATACAAATTTAGAGGTTTTTATAAAAGTCGTGGAAATTCCATTTTTCCTATAATTAAGCTCTTCCTTAGAGGAGGTAGAAATCATAAATCTTAAAAATCTTTCCACGACGATGGCAAAACCCTCTGATATTATTTGAGAATAAAAATTCTTATTATAGCCCCAAAATGAATTTTTGTTGGAATCATTAGGCAAAAAAAAAATCTGTGGAATGAAATGATTTTTTTTCCTAATATTTTATTAAAATTGTGGTATAAAATTTTGGACTAAAAAATCTGAATTTTTTCTATATTTGTATACAGATTTTTAAAAAAAATTCAGATTTTTTTTTCAAAAAATCTGACCTCTTTTTTAATTTTGAAAATTAAATTCCAGAATTTTTAAAAAAATTTTAATTTTTAAAAAATCTGATTATATTTTCTGATTTTTTCTAATTTTTAAAATTTTTGAAAAAAAATCTAATTTTTTTTTCGATTTTTACATTTTTTGGAAACAAATATGACTATTTTTCTGTTTTTTTATATTTCCGAAAAAATATTAATATTTATTCTGAATTTTTTAAAAATTATTTTTCGATTTTTGGAAAAAAACTGAATATTTTTATGATTTTTTGGATTTTTTTAAAAATTATTTTTCGAATTTTTAAATTTTTGGATTTTTTTATTTTTTAAAATTTATTTTTAATATTTTTAAAATAAAAATCTGATCTGGAAATAATAAAAAAAATAAAAAATGAAAAAAAATGCCAAATCAGCGCCACGTAAGCGAATTTGCTGAGTTGGACGGGGGAGGGGTGTTTTCTGGAAATTTTTTTTTTACAAGGATGCAAATCAAACCGAAAATTTTACAGGGGCGAAAACCGGAAATGACCTATATTACAGGGGTGAAAAACACTATTAACCCTAGAAAAAATTAGGGTTTAACATGGAGGCAACCCTATTAAACCATTAAACCGTGGTCTCATTTTTTAGTATTCAATCAAATCAAGGCTTCGTTGGTGGATATATGCGATTTGGGGTGGGAGGAAGGAGAAACAGCCTGGCAATGGCGTCGTCGGTTGTGGACTTGGGAGGAGGAGCTGTTAGGGGTGTAGGATTTCACTTCACGATATTTCTTTGCAGCATAATTCTACATATCAATGGCATTGGAGGCTAGATCCTAGTGGTGGTTATTCGGTTCGAGGCATGTATATGATGCTTACTAGTCAAGAATCTTATAGCTCTGATGCTACTTCAGATTTCATTTGGCACAAACAGGTTCCCTTGAATGTTTCTATTTTTGCTTGAAGACTTCTTCAGAGTAGATTGCCAATGAAGGATAATTTGGTGGCGTGCGACATTCTTTCTCACGACAATCAGTTATTCATGACTGGGTGTGGAGGCTTCGAGACTGCTCAACATCTATTTCTGTTTTGCCCCTGATTTGCTTCACTTTGGAGTCTTGTTCGGTCGTGGCTTGGCATATCATCGGCTGATCCGTATCTTTTACATGATCATGTTGTTCAATTTGTTTACTCCTCATGTTGTTTGCAAGCTCGTCGTTCTTTTATGCAGCTTGTTTGGCTATGTTGCTTTTGAGTTTTGTGGAATGAAAGGAACAATAGAATATTCAAGAACAAGGAAATTCCATCCACCAACTGTTAGATTAAGTCAAGTTACATTCCTTTTGGTGGATGAAGGCAACCAATATCAATATTCGTCAAAATTTTCATATGTCGCGGTCGAGCTCGTTTGTTTGTCTAGACATCGACTAATTAGCTTTTGTTTCACTATCTTTGTGACTTGTTTGATTGTATACTTTTGACGTCCTTTTTGGCACACCTTGTGCTAACGAGGGTTCTCCTTTGGTCTTAATATATTCCATTTTTGCTTGTTAACCTGATTCGTAAATTTGATATAATGGTGGTGCTTCTAGAGAGTCAAACAAGATTTTGGTCAAAATTAACATATTGTTGCTTTGGTAAAAAAATGTAGCTGTCGTGGTATTTTTTTTTTAATCAACTTAAAATTGCCCTTTATCAAACATATATTGTGCAGAATTGATGAAACCAAAAAAGTGTCATATAGATGAAAACAACATATGAGATTCAACAAAGTGTGTCAATGAATTGAGGGGTAAACTTTTTCGAAAACTAGTTAGCAACTCTGAAGCATAAAATGTATGCACGTGTGCGTGCGTGAGTGTGTGTGTGAAATTAAAAAACAATAATTATGAAAAGTTAATTGTTGTAAACACATGGGAAAACGTTAATGTTTTAATTAAGGATTTATGGATAGTGATAGTATAGGTTGTCTTTGCTTGCCAATCTAAGGAAGGATAACAATTAATATTTGGTTACATACTTACATTGGACACACAAACATAAACATTAAGAAAACACTTTTTTGTCACCACACAAACACACTGACTTAAAACCCTTAAAAACATACACACCCACACACTAAACTAAATGCTTGCTTTTGGGTTGGGCTTTTCCTCCACCAACCTTCACTGACCATCACGACGACCCCGAGCCTCAGCCACCTCAGTCAAGGCTTTCTTTCTTGCAATGAGAACCCTAAGGTTATGTTGGAGTTCTGTTTGCTCAAGCCTCAGATCATAAAACATCTGTGTTTTCTGGAACTAATTAGATGCTGGTACCGTATCAAGTTCTTGCTGTAGAAACTCTATGAGCCTTTGCTTCCCCTCAATCTTACCCTCGAGGAGCTTGATTTCGCTAGTCAAGTTTGTGATCTCTTGTGTTGCCATTTATTTTTTCTTTTCTTTACTTCTCAAGTTTTCAGTTGAATTTGAATTTGGAGAGATGGTAATTGCAAATGTTTATTTGCAGGTATTTATAGTGGAATGATTTCCATATTGTTTTCCTGTTATAGAAAAATTCAATTTTTATTCAAAGAAATATGAGGTATCAAAAAATAGAAATTTTTGGACTTGTGCTTAAGAAAGAAGCAGTTTTGATAAAGAGTTTATTAATTTTTACAGGAGTTCGTCCCTTTCCCAAGTTCCTTTACAGAGTTTATTAATTTCACCTTCTGCCTGCCAGGCACGTACGTCATTGATAGAAGCACGCGGGAAGGGAGGAAGCAACAAAGAGGACCACAAGCTTGCAAAGTTATTAGTTAGATCACAAATATATACAACCCTTTAA
Protein sequence

>MS.gene062742.t1

MRWTTTLHSHFVHAVQLLGGHERATPKSVLELMNVKDLTLAHVKSHLQMYRTVKTTDKSGAGNGILQTQGINIVPLHGANSLADERPNLPQPLQNSLRTSWQPSIETNTNNTEEKSEIGLTYSQLKENDTMFSVEFEFGEMVIANVYLQARTSLIEARGKGGSNKEDHKLAKLLVRSQIYTTL