AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene40369

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene40369.t1 MTR_3g109090 100.000 424 0 0 1 424 17 440 0.0 888
MS.gene40369.t1 MTR_3g109090 100.000 424 0 0 1 424 1 424 0.0 886
MS.gene40369.t1 MTR_8g022050 64.578 415 123 8 13 424 34 427 0.0 527
MS.gene40369.t1 MTR_4g124940 58.392 423 150 5 2 424 8 404 3.01e-180 508
MS.gene40369.t1 MTR_2g022950 32.803 314 179 8 35 335 49 343 5.79e-41 150
MS.gene40369.t1 MTR_4g131970 30.408 319 193 8 27 335 57 356 1.49e-39 146
MS.gene40369.t1 MTR_4g086600 33.663 303 172 10 43 326 115 407 5.92e-38 143
MS.gene40369.t1 MTR_3g101370 31.000 300 177 6 37 326 86 365 1.29e-37 141
MS.gene40369.t1 MTR_1g020080 30.479 292 174 6 44 326 97 368 1.57e-37 141
MS.gene40369.t1 MTR_1g020080 25.532 188 114 4 37 204 183 364 1.54e-12 69.3
MS.gene40369.t1 MTR_2g097960 31.270 307 193 8 43 337 14 314 6.95e-36 137
MS.gene40369.t1 MTR_3g065190 33.333 168 105 3 45 207 26 191 1.26e-27 113
MS.gene40369.t1 MTR_2g022950 33.673 196 117 5 35 217 49 244 9.59e-26 105
MS.gene40369.t1 MTR_2g022950 33.673 196 117 5 35 217 49 244 1.02e-24 103
MS.gene40369.t1 MTR_3g101370 32.536 209 122 6 37 226 86 294 1.57e-24 103
MS.gene40369.t1 MTR_1g019150 26.510 298 177 8 28 316 15 279 6.77e-24 104
MS.gene40369.t1 MTR_1g019150 25.084 299 197 7 36 325 112 392 1.68e-18 88.2
MS.gene40369.t1 MTR_1g020080 29.464 224 131 5 44 258 97 302 3.73e-23 99.4
MS.gene40369.t1 MTR_1g020080 26.667 210 109 6 131 326 99 277 3.38e-14 73.6
MS.gene40369.t1 MTR_7g102730 26.644 289 171 7 45 325 11 266 1.43e-22 100
MS.gene40369.t1 MTR_7g102730 25.914 301 191 8 36 325 90 369 4.25e-16 80.9
MS.gene40369.t1 MTR_4g085540 26.429 280 165 8 45 316 35 281 1.77e-22 100
MS.gene40369.t1 MTR_4g085540 27.077 325 200 9 19 325 88 393 1.86e-19 91.3
MS.gene40369.t1 MTR_6g040190 25.455 275 158 6 45 310 26 262 6.95e-22 98.6
MS.gene40369.t1 MTR_6g040190 28.022 182 111 4 45 207 201 381 3.51e-14 75.1
MS.gene40369.t1 MTR_3g102040 26.786 280 164 7 45 316 25 271 1.79e-20 94.4
MS.gene40369.t1 MTR_3g102040 25.967 181 115 4 45 207 204 383 3.41e-11 65.5
MS.gene40369.t1 MTR_1g061870 23.729 295 186 5 40 327 11 273 6.97e-19 89.4
MS.gene40369.t1 MTR_1g061870 26.578 301 183 10 39 325 94 370 4.11e-16 80.5
MS.gene40369.t1 MTR_1g097440 25.000 292 192 6 36 318 110 383 3.32e-18 87.4
MS.gene40369.t1 MTR_1g097440 25.271 277 166 9 45 313 31 274 2.61e-17 84.7
MS.gene40369.t1 MTR_6g040070 25.753 299 180 9 36 318 7 279 1.05e-17 85.9
MS.gene40369.t1 MTR_3g075500 29.651 172 109 2 46 205 111 282 4.08e-16 79.0
MS.gene40369.t1 MTR_4g104470 28.488 172 112 3 46 207 124 294 1.04e-14 74.7
MS.gene40369.t1 MTR_7g106440 25.352 213 129 5 131 334 111 302 5.28e-14 72.8
MS.gene40369.t1 MTR_7g106440 24.757 206 130 3 25 205 83 288 1.20e-12 68.9
MS.gene40369.t1 MTR_1g080150 41.892 74 43 0 129 202 132 205 7.97e-14 71.2
MS.gene40369.t1 MTR_3g027140 27.624 181 117 2 39 205 55 235 1.08e-13 70.9
MS.gene40369.t1 MTR_3g027140 25.258 194 118 3 131 320 62 232 2.13e-11 63.9
MS.gene40369.t1 MTR_3g075500 28.750 160 102 2 46 193 111 270 1.16e-13 71.2
MS.gene40369.t1 MTR_1g045510 27.711 166 114 2 46 205 115 280 2.19e-13 70.5
MS.gene40369.t1 MTR_1g056520 23.558 208 145 2 39 232 103 310 2.77e-13 70.9
MS.gene40369.t1 MTR_1g056520 25.366 205 126 4 131 331 110 291 4.63e-12 67.0
MS.gene40369.t1 MTR_1g064230 27.604 192 112 2 41 205 81 272 6.41e-13 69.3
MS.gene40369.t1 MTR_7g013730 37.975 79 49 0 131 209 42 120 4.00e-12 66.6
MS.gene40369.t1 MTR_4g109540 37.662 77 48 0 131 207 44 120 8.28e-12 65.9
MS.gene40369.t1 MTR_3g084040 42.667 75 42 1 131 205 38 111 8.73e-12 63.2
MS.gene40369.t1 MTR_7g013740 39.474 76 46 0 130 205 41 116 1.88e-11 62.4
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene40369.t1 AT1G17370 61.743 413 138 8 13 424 26 419 2.55e-180 509
MS.gene40369.t1 AT3G14100 62.260 416 134 9 13 424 31 427 4.56e-179 506
MS.gene40369.t1 AT1G17370 61.501 413 136 9 13 424 26 416 2.39e-177 501
MS.gene40369.t1 AT1G54080 59.529 425 144 7 4 424 26 426 7.21e-173 490
MS.gene40369.t1 AT1G54080 58.974 429 144 8 4 424 26 430 1.75e-170 484
MS.gene40369.t1 AT5G19350 29.795 292 193 6 43 326 23 310 2.41e-39 146
MS.gene40369.t1 AT4G27000 31.650 297 174 8 40 327 76 352 5.77e-39 145
MS.gene40369.t1 AT4G27000 27.442 215 109 6 130 337 81 255 2.17e-13 72.0
MS.gene40369.t1 AT5G19350 29.795 292 189 6 43 326 23 306 1.02e-38 144
MS.gene40369.t1 AT5G54900 31.650 297 174 9 40 326 56 333 2.36e-38 143
MS.gene40369.t1 AT3G19130 32.095 296 181 8 43 326 107 394 4.92e-37 140
MS.gene40369.t1 AT1G49600 31.973 294 179 9 43 326 118 400 1.78e-36 139
MS.gene40369.t1 AT1G49600 31.973 294 179 9 43 326 118 400 1.78e-36 139
MS.gene40369.t1 AT1G49600 31.973 294 179 9 43 326 118 400 2.18e-36 139
MS.gene40369.t1 AT1G11650 29.630 297 181 6 40 327 58 335 1.94e-35 135
MS.gene40369.t1 AT1G47490 29.831 295 177 8 44 326 101 377 5.37e-31 123
MS.gene40369.t1 AT1G11650 28.947 266 161 6 40 296 58 304 6.05e-29 115
MS.gene40369.t1 AT1G47500 29.831 295 177 9 44 326 103 379 1.91e-28 116
MS.gene40369.t1 AT2G18510 33.333 168 105 3 45 207 26 191 1.83e-27 112
MS.gene40369.t1 AT1G71770 26.471 272 164 6 45 310 60 301 8.57e-25 107
MS.gene40369.t1 AT1G71770 26.316 304 194 6 33 325 135 419 2.56e-20 94.0
MS.gene40369.t1 AT1G71770 26.471 272 164 6 45 310 60 301 8.57e-25 107
MS.gene40369.t1 AT1G71770 26.316 304 194 6 33 325 135 419 2.56e-20 94.0
MS.gene40369.t1 AT4G34110 27.372 274 158 6 45 310 37 277 9.03e-25 107
MS.gene40369.t1 AT4G34110 25.753 299 194 7 36 325 116 395 8.66e-20 92.4
MS.gene40369.t1 AT3G16380 29.643 280 169 6 45 316 113 372 2.11e-24 105
MS.gene40369.t1 AT3G16380 26.460 291 165 10 45 319 22 279 1.48e-16 82.0
MS.gene40369.t1 AT1G22760 27.007 274 160 9 45 310 50 291 3.23e-24 105
MS.gene40369.t1 AT1G22760 25.329 304 197 6 33 325 125 409 1.45e-18 88.6
MS.gene40369.t1 AT2G23350 30.000 290 175 9 45 325 135 405 3.72e-23 102
MS.gene40369.t1 AT2G23350 28.622 283 161 6 42 316 44 293 1.76e-22 100
MS.gene40369.t1 AT1G49760 27.007 274 161 5 45 311 46 287 1.27e-22 100
MS.gene40369.t1 AT1G49760 27.723 303 183 10 36 325 125 404 4.09e-22 99.4
MS.gene40369.t1 AT1G49760 27.007 274 161 5 45 311 46 287 1.27e-22 100
MS.gene40369.t1 AT1G49760 27.723 303 183 10 36 325 125 404 4.09e-22 99.4
MS.gene40369.t1 AT1G34140 26.087 322 205 9 45 352 32 334 2.71e-19 89.7
MS.gene40369.t1 AT1G47490 31.429 175 108 5 44 206 101 275 2.89e-19 88.2
MS.gene40369.t1 AT2G36660 27.240 279 150 8 45 310 25 263 5.94e-19 89.7
MS.gene40369.t1 AT2G36660 22.569 288 197 6 45 325 113 381 6.59e-15 77.0
MS.gene40369.t1 AT4G24770 31.579 171 108 2 46 207 152 322 7.32e-19 87.4
MS.gene40369.t1 AT4G24770 31.579 171 108 2 46 207 152 322 7.32e-19 87.4
MS.gene40369.t1 AT2G37220 31.088 193 105 2 41 205 88 280 1.06e-18 86.3
MS.gene40369.t1 AT1G47500 31.429 175 108 5 44 206 103 277 5.06e-18 84.7
MS.gene40369.t1 AT5G50250 29.825 171 111 2 46 207 115 285 3.39e-16 79.0
MS.gene40369.t1 AT3G52380 25.688 218 130 5 131 342 118 309 8.72e-16 78.6
MS.gene40369.t1 AT3G52380 25.556 180 116 2 46 207 118 297 4.09e-14 73.6
MS.gene40369.t1 AT1G60000 31.461 178 112 4 35 205 79 253 3.55e-15 75.5
MS.gene40369.t1 AT3G04500 43.243 74 42 0 129 202 137 210 2.41e-14 72.8
MS.gene40369.t1 AT3G52150 26.804 194 117 5 131 320 78 250 6.22e-14 72.0
MS.gene40369.t1 AT3G52150 28.000 200 125 5 22 205 57 253 7.23e-14 71.6
MS.gene40369.t1 AT3G52150 26.804 194 117 5 131 320 78 250 6.22e-14 72.0
MS.gene40369.t1 AT3G52150 28.000 200 125 5 22 205 57 253 7.23e-14 71.6
MS.gene40369.t1 AT4G13860 45.714 70 38 0 131 200 5 74 1.04e-13 67.0
MS.gene40369.t1 AT4G13850 45.205 73 40 0 131 203 37 109 2.55e-13 67.4
MS.gene40369.t1 AT4G13850 45.205 73 40 0 131 203 37 109 3.12e-13 67.4
MS.gene40369.t1 AT4G13850 45.205 73 40 0 131 203 37 109 3.49e-13 67.4
MS.gene40369.t1 AT4G13850 45.333 75 41 0 131 205 37 111 8.73e-13 65.5
MS.gene40369.t1 AT3G23830 45.455 77 42 0 131 207 37 113 9.26e-13 65.9
MS.gene40369.t1 AT3G23830 45.455 77 42 0 131 207 37 113 9.26e-13 65.9
MS.gene40369.t1 AT5G04280 39.535 86 52 0 130 215 8 93 9.79e-13 68.9
MS.gene40369.t1 AT4G39260 38.095 84 51 1 129 211 6 89 3.81e-12 62.8
MS.gene40369.t1 AT3G07810 24.242 297 181 9 131 416 8 271 4.90e-11 65.1
MS.gene40369.t1 AT1G60650 38.095 84 52 0 130 213 13 96 5.84e-11 63.5
MS.gene40369.t1 AT1G60650 38.095 84 52 0 130 213 13 96 5.84e-11 63.5
MS.gene40369.t1 AT3G07810 24.242 297 181 9 131 416 8 271 6.22e-11 64.7
MS.gene40369.t1 AT4G39260 37.662 77 48 0 129 205 6 82 8.59e-11 59.7

Find 0 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
24209 gene 35530 43867 35530 ID=MS.gene40369
24209 mRNA 35530 43867 35530 ID=MS.gene40369.t1;Parent=MS.gene40369
24209 exon 43793 43867 43793 ID=MS.gene40369.t1.exon1;Parent=MS.gene40369.t1
24209 CDS 43793 43867 43793 ID=cds.MS.gene40369.t1;Parent=MS.gene40369.t1
24209 exon 42660 42721 42660 ID=MS.gene40369.t1.exon2;Parent=MS.gene40369.t1
24209 CDS 42660 42721 42660 ID=cds.MS.gene40369.t1;Parent=MS.gene40369.t1
24209 exon 42312 42414 42312 ID=MS.gene40369.t1.exon3;Parent=MS.gene40369.t1
24209 CDS 42312 42414 42312 ID=cds.MS.gene40369.t1;Parent=MS.gene40369.t1
24209 exon 40830 40906 40830 ID=MS.gene40369.t1.exon4;Parent=MS.gene40369.t1
24209 CDS 40830 40906 40830 ID=cds.MS.gene40369.t1;Parent=MS.gene40369.t1
24209 exon 40472 40533 40472 ID=MS.gene40369.t1.exon5;Parent=MS.gene40369.t1
24209 CDS 40472 40533 40472 ID=cds.MS.gene40369.t1;Parent=MS.gene40369.t1
24209 exon 40265 40352 40265 ID=MS.gene40369.t1.exon6;Parent=MS.gene40369.t1
24209 CDS 40265 40352 40265 ID=cds.MS.gene40369.t1;Parent=MS.gene40369.t1
24209 exon 39967 40042 39967 ID=MS.gene40369.t1.exon7;Parent=MS.gene40369.t1
24209 CDS 39967 40042 39967 ID=cds.MS.gene40369.t1;Parent=MS.gene40369.t1
24209 exon 39687 39717 39687 ID=MS.gene40369.t1.exon8;Parent=MS.gene40369.t1
24209 CDS 39687 39717 39687 ID=cds.MS.gene40369.t1;Parent=MS.gene40369.t1
24209 exon 39453 39575 39453 ID=MS.gene40369.t1.exon9;Parent=MS.gene40369.t1
24209 CDS 39453 39575 39453 ID=cds.MS.gene40369.t1;Parent=MS.gene40369.t1
24209 exon 37454 37539 37454 ID=MS.gene40369.t1.exon10;Parent=MS.gene40369.t1
24209 CDS 37454 37539 37454 ID=cds.MS.gene40369.t1;Parent=MS.gene40369.t1
24209 exon 36431 36604 36431 ID=MS.gene40369.t1.exon11;Parent=MS.gene40369.t1
24209 CDS 36431 36604 36431 ID=cds.MS.gene40369.t1;Parent=MS.gene40369.t1
24209 exon 35530 35847 35530 ID=MS.gene40369.t1.exon12;Parent=MS.gene40369.t1
24209 CDS 35530 35847 35530 ID=cds.MS.gene40369.t1;Parent=MS.gene40369.t1
Gene Sequence

>MS.gene40369

ATGCAGCAAGCTTTGCTTCAACAACAACAGATGTATCACCATCCTGGCATGCTCGCCGCTGCCGCCATGACTCAGGTACGCACTCAATCTTCTTTTCCATTTCCACCATAATATATACTCAATGTTTGCTTCCTCTTTGAGAAGAAGAGCTCAAATTGATTTTTAGCTGGAATCAATTTTACAAAATCAATTCACTTAAAAATCTATTTTTGTTGCTTCAGAACCAAACACACGCATAGAATGATGGAATTATAGATAATTTTCATTGTCAACTCTATCCATGCTTTTTATTTTGTATTCAATTTTACAGTTAATTTTTTAGGTTACTTCCCAGTCTTAACCATTGATATATCAGTAAGGAATGATAGTTATTATATACTTATATTGATTTTTGTGTCTGTGTATGTCCATCTAGTTTTTTTTTTTTTTGCTTGAGTAATCTATTGTTATCGTCTGGAGTAATTTGATGGCTTAGCCAATCTTCCGCTGTCCAATTTCATATTATTTTTGTTTATATTACCAACAGCTGTGTGGTAATTTCATGCCATTTACTAGCATATTCTATGCATCACCTATAAAACTGAGGGATGGATTTTAGAGGACGAAATGGAGTCATAACCTTTTATTGAAAAATCATTGTTAGTTTTTGGCAACTTCATAGTTGTAATACTCGTTTGTGTTTTATTTAACATCATAATGAAACATTGTGCATGATTTTCTACAACTTTCTATTAGAAAGAACACATAACTTGCCAGCACTTTTAGGTCTTCACATTTCAATATACCAACAGAAACAACTCAACATTTGCCAAAAGTTTCTTTAATCAAGAATAGTTAAACTATGTACACACAAAACACACAAATGGTTATTTCACAATGGATGAACTGTTACAGAATTATTTTCGTTGGTCATTATATGGTAAACTAAAACTGTTTACACAATTGATTGGTTTACAATTTGTATTATTAGTCGGATAATTTGTTTTTTAGAGGCATGTGAGAAATAGTCTAGTGTTTTACTATCAACGAAAGATTGGAATTTATTATTTTTTCCTTCTATGATTCTATCTAGGGTATCTTCGTATTGTTGCCAGGATCTTATCTTTTCCCCAATTTTTAATATTTGTTATTTTGGAAATTTTGTAGATGGAGCCTGTACCAAGTGGAAATCTGCCTCCTGGTTTTGATGCTTCTGCATGCCGTAGTGTGTGAGTGTTGGATTTCTTTTTGCTTTTACATGTTTTTTGTCCTCAGTTTTGTTGTGTTTGTTCCCAAGCATGTTGAATTTTCCTTTTGGTACATAATTTCTACCTGTAGAAGCAAATTTCTTTTTAAATAATGATGCTTTTAATTGGTTTGAAATTGTGAGAGATAAGTTTGATGGTACTGATTACCAGAAGTAGTGTAGTTTTCCACTTTGATACCTAATTAATCCGAAGTTTTGTGCTTTCAGTTATGTAGGAAATATTCATGTAAACGTCACTGATAAACTTCTCGCAGAAGTTTTTCAGAGTGCTGGCCCTCTTGCTGGGTGCAAGCTCATACGAAAAGAAAAGGTTTGATTTACAATTCAATCCAATGTTCTTTGCTGATGAATGATGATCATATATATTATTACTATTTTTAGCTCATTGCTGTCCTATTTTTAAATACCCTTGTCTTAAACAACTATAAGGACTCCTAAATTTTTCACAAAATATGGTTATTAGTACTGATGAGCAAGTCTTTCTCTCTTTTTAAAATGTTTGTTTTGGATATTTCACTCAAATTTTCTTTCTGGGGACTCCTTGTATAACTTGTCCTTACAAAACCAGCTTGAAAGGTTTGTGTACAAGGTTTTTCTTCAACCCCTTCTCCAACTAAAAATGGAATTATATTCTCCCTCCGACCTATCCCTATTAATCTAATTCAAGACCTAATCAGTAGATGGACATCGCACTAGCAGTGGAGTGAAAGGACTACCATTTCAAGAATGATGTATTCCTTTTCACTGTAATGAATTTTTCATTGAATCCAAGACGGAAAAATTTATAGCATTTTAGAGAACAAACCTCCCAATGCTTAGAATTTTGAATCAAACAAGTCTCAAGAGCCCTTTCCCTACATTTGCTTCCACCTAATCTTTATAAACTATTTTCAGACCTAATCTCTTTTCAATGAGGGACATGGGTAATTCTCAATATACCCTCTTATGCCTAGTATACTATTTGGCCCAATCTGCCTATCAACATACTCTAATATCATGTTAGATTTTTGGATTAAGCCTAACTCATCCTTACAAAACCGGCTGGCAAGGTGAGGGTTTAGGGACGTCTTTCTTTATTAAGTTTTTTCAGACCTTATTTCTTTTCAATGCTAGACTTTGGTTTTTTCAAATACCTTGAGATCTTTATCTTGTAGAGGTGATAGGTTGTCAAGGAATTCTGAATTGACATGCATCATATTCCAATAAAGAAAAATATGTCAGTACTTGGCACAAAATTTGTTTGGTGAAGGTGGCCTGACCTGTGCCAAGTGCCAACGAAGAGTTTTCGCTGTTTCCCTTCTAGAGAACTCTACTGCTCGATGAATGAGGTGGTAGTGTCTCGTCCTTGTTGTCTAAATTACTGACCACTTATCTGTCATGATATCGGCCTTGATAGTGTAAATCCGTAAGATAGGCTTCTCTAACTTGGAATTATGTGTTGAAAGCCGAGAGCGAGAGCTTGAGAGAGAGAAAATATAGCTGCTAAGAAGGCTATATACTACTTAGATCCTGCTTGTGTGTTATAACTTGTAAGTCAATTGGTATAGTTATCTGCCTTGCTGTGGGGTGCACAGTTAAATTTCCCTGACAGTTGCTTAGTCTAGTATCTACGTGTACTATGTTCTTTTTCTAGTCCTTATTTCTACTCCCGTTCTTTACTTTTTGGTTTCTGCTGATGTGTTTTTTTTCCGTTGTTGGTGAAATTACTGTTACAGTCCTCTTATGGTTTTGTGGACTACCATGATCGAGCATCTGCAGCGCTTGCAATAATGACATTACATGGACGGCAACTGTAAGCATCATGTTCAATTTGTGTTTATTTTGGTTCTATTGCATATTTGCTTAACATGTGAACTGTGAATGCATTCTCCATCCAGCTTTTCTAGAGATAGATGAATTATCATTTTTCACATACTTGAGAATGCAAATATCATCCTAATGGCTCTACAGCTGTTTCATTAATTCATTCTATCTTGACAGACTTTACCGATATTGTTTTAATTATGCAGTCTTGACAAGGGTCTTTAAGTTTTCCTTTATACATAGCAACATCACAAAAGTTAACTCTCTCGTTTTTTCCATTTGCAGATATGGTCAAGCACTAAAGGTGAACTGGGCATATGCTAATAGCAGCAGGGAGGATACCTCAGGTTACCTTTAAATGCAACCCATCTATTGTTGGTTTTGATGATTTTGCTTCTCGGGGACATTCTTTTTCTTTATTATTTTCAGTTGTATATTCCTTTAATTTCTAGTTCAAAATCATCAGGGCACTTCAATGTTTTTGTTGGTGATTTGAGTCCAGAGGTTACTGATGCAACTTTATTTGCATGCTTCTCAGTCTATACTACTTGTTCGTGAGTTCCTCGTTGCTTTTTTCCCCCTTTCATTACATTTTTTTGGGTCACTGGAATAGGTATATTCTTTTTTGATGGTGAATATTGTAGTCCTTGTTAGTGGTGAGAAGTTGAAGAAAGATAGATGATATGGGGGATTGACTTCAGAGCGAGTTACTCAGTCTTGCAAGACATTTTGGTTTTTGGAACTTACTTTTCCATCTTCTCTCTTATTATCTGCAGTGATGCTAGGGTTATGTGGGATCACAAAACTGGTCGCTCAAAAGGATATGGTTTTGTTTCTTTCCGTGATCATCAGGTATTGTTTATTCTGTACGCTAGAATTTACAGGAGAGACCAACCAATGAACTGAGGAGATCATGAATATTTTCCTTAAAGACCATTATCTTTGCTCTCAAAATTTATTTTCCATGTTTAGCTACATGAATTAGTACAAACACAAACTTATCCTTACAAAAAAATCATTGAAACACTTATTTTCCAGTATGAACTGTACTAATAATTTGCTGAACTGGTGAATTAATGTCTTTATGCAATTAATATGCAGGATGCCCAAAGTGCCATAAATGATATGACAGGTTAGACATTTTATTGTTTACTCATACTGTTCGTTCTTGCCCCTGTTGTTATGCTTCTATTCTTATATGACACCATTTCTTCTAACTTGTGACGTTTCATGCGCCGTGCAGGTAAATGGCTGGGAAATAGGCAAATAAGATGCAATTGGGCAACTAAAGGAGCTGGTGGCAGCTCAAACGAAGAGAAGATCAATGACAGCCAAAATGCTGTTGTACTCACTAATGGATCTTCAGGTATGATGCACCTTTCTAAATATCTGTGATCCCAAATCTATTTATTAATCCTTGAAAATATAGATGAAGGCAACAACAACCAAAGCCTTTTACTCACTAGGTGGGGTTGGAAACAAGAATATGTATTATAGATAAAGGTTGTAGTTTGAATTTGTTTAATTTTCCATATTTAAACTATTATGTTGGCTGGAAATTGCTAGAAATTCATGGTGCTGAATGATGTCATACTAATTAAAATATATGAAGGATATCATGCGAAATTTGGTTCTTCATATTTGTTATGCACAAACATTACCTTTATATAGTAAATGGAGTGGATTTCTTATTGCTTGATGTTTTAGACACCAGTTTTTATGCATACTCTCTCCGGAATGAATTATTACAAGCAAAAGTGATCATATTACACATATTAAGAGATATAGTTGTTGTGAATTCGGGACTCAAAACTCACACCAGTAAAACTTAGATGTGTGGAGCAAATATCAATGGCAACCAACAACCAAACAGTCACTAGCAACAATAATAGATCTAGATCCAATCTAGCAACCAAGTGGAAAGCAAAACCACAGTCAAACCAAAGAACAACAAGATAAAGAAAGTAGAGAATAGAGAACAACACACCAAGAATTTGTTCACCCAGTTTGGTCCAACAATGACTTACGTCTGGAGGAGAGAGATCTCTCCACGTCACAGTTTTTTTTTTGCAAAGAGATACAAAAGATTTGCAAGAAATTAACTTCAACACGCCCTCCAAGAGCACACCTAATTTCTACCCTTTTCCCGAATCTCTTCTCGTGACCAAGAGACTCACTGATTTCACTACCCAAGGTGTTAACAAATTGTTTCCTAACTCTAGAATATAACCCTAAAAGGGACCAAACCTTAGCCTTGAATTTCCTAAGGATCTCCTCTTTTGGTCTCTCAAGATTCAACCAAGTTGCTCACAAAGACACCACCTCATGTGTTTCCCATCCCATGAACCTCTCCCCAAAAGGTACCAACCCTTTCCCAAGAGCCCCCTCTTTTGGTTCCAAGATTCACGTCTTGACCCTTTGAATCTCACTCAAAGACCCTCAAACCTTAGCCTAAGTTCCCTAAAAGTTCCCTCCTTTGGTTTCATGAGAGTCCCCAACAAATGGGTCAAAAATTGCACTTTATATCTCCTATACCTGTTCCAATCGCGCCAGGATTAAACATGTATAAATGACCGTTGCCCAAATCATGCCATGATTAGAGGCCATCGTGCCACAATTTTGGATGTGAGTTCAACACTCAATTTTGAGTCAAATCTCAACAATAGTCGATCAAATTTAATCTATGCAATCCCAATTAAAAAAAACTAGTCTATTGCCTAAATTATCCTCCATGACTAAAAAATGGAGTCATTAGAAATAGAAAAGTTAAAGTAAGGGTAGTTTAAAGATACTTTCATTAAATATGGGAGAAGTTCTTAACTTTTGCTTATATTTCATTCTAAAAAATATGAGCTAGTTTTTGCTTATATTTCATTCTAGAATTCTAGAGTAGTAGTTTAGCATATTGTGCTTGTTGTATTAATATTATGCACCTTTATTAGTGTGTTTAAAGGGCATGTGTAGAGAGCCAGCCAGTCAGTTAATATAGACAACAAACAAACTTTAGTTTGAGTGAGACTTTTGTAAGTCTTGTTTATTTACATGCTGAGTATTCTAAACTTCTAATATTATTTTTGGCAATATGCGCCGTCCATCACTTCTTTTGGATACTGTTCTTTAGCTAAGTTTATAGAGTTATTGAATGATGGTTGGAATTGAGACCCTATTAAGCTCTATGACTTCATTTGCTACTCTGTTTCTTTTGCACTTCTGTAAACAGGCTGAGAATTTTGGGATTGCTGAGAGATAAGTATTGTTTTTTTGTTATGTGTTTTACAGATGGAGGTCAAGATAACAGCAATGAGGATGCTCCTGAAAACAATCCTTCATACACCACAGTTTATGTTGGCAACCTTCCCCATGATGTAAGTTATTATGTGGGATTGGTTTGGTTTGTTTAGTTAGTTTAAGCTTTAAACATAGTTTTGGAGAAATTGTCAAGACATGCATTCTTATAGATGTGTTGTTTTTTCTATCAATGTTTTGGTCCATTCAATGCATGGTCAAATGATGGGTTGATACAACTTGATTGCTTGTTTTGCTGGATGACGGATTTTGGGGTTTTACCTTTTTTTTACATTTTGACAAACAAAGTGTCTTTAAATTTGCCAATGATGTTTCAGCTTTCTTAAGTACCTGAGTCTCAATGCCTCACTTAACCCACCTTCGTCTTCACTTGTTCTTAGGTCTCTTGTAACCAAAAAAATAAGCCTTTTTTGCTCTGATGAACAGAGTTATATGTAGTGGAGTATTTTCATTTTCATCCGTCTCTTTTACCCTTATCCATTGGCCTTGTTTTGAATCCAGCCTTGATTGAAAAAAGGCACTCCAGTGGTTTGTATTGAAATCCAGCTGCAGTGTGTGATATAATTTCAAAAGTCGCTTCTGCTGTAGTATTACCATGGCAGACATCACTAGGTGGACAGTTGCAGTGTGGCATGGCTGCAGTACTTACAGTTACGGCAGCAACTTCAGTGTCGAGGCTGCGTGCCTCGTATGATGCAGTATACAATTCAAAACCATGCTGAGACTAATAACCTTTTCTGACTTTATTTACAAAATATTTTTTGGTGTTGCGGATTGTAATAACTCTCTTCCTTGTATCTACTCTTTGATGAGTGTTTGTCAAAGTATATCTAATCTAATCTGTGAATGACATTGTTTAGTTCACAATCTTCCGGATATATAACTTACAACTGTGCTTGAGATCACAGGTAACACAAGCTGAACTCCATTGTCAATTCCATGCATTGGGGGCAGGGGTACTTGAGGAGGTCCGAGTTCAGAGCGGCAAAGGTTTTGGATTTGTCAGATACAATACTCACGAGGAAGCAGCAATGGCCATTCAGATGGCTAATGGAAGACCGGTTCGTGGGAAGACTATGAAGGTAAGAATCCTTTCACCTGTTGCTGGTCTTGTCAATTAATTACTTGCTGTTTCTGTGTCGGGGCTACTGTTTGCCCTATATAATAGTGCCTGGTAAAGTACTTTTAAAAGAAGGCTTAAACAGATTTTTGGTCACCCTATTTTACCTGAAACTAGATTTTAGTCCGTCATTTCAAAATCCAGGTTTTGGTCTCCCAGTTCCACATATTGTTGCAATCTTGGTCCCTGCCATAGTTTTTAGCCCCAATTTCGTATATGAACAGAAAATATCAAAAGTTATCACTTTTGGGCCCAAAAATCACCACTGGGTGACCGAAACCCGGATTTTGAAATGGGGGGACTAAAATTCCATTTCAAGTAAAATTGGGAGACCAAAAGTGAACAGGAATGTAACTCTTTTGTTCCTTCCGCCAATTGGCGCTATAGCAGCACTGTAGCATACTCGGATCCATACAAACCTCTATTTTCTGTGATCCACGTTTGACAGCATCTGTGATGACTCAATTACAGGATCACCCCTTTCCACTTTGCTTATTTTCCAAAAGCTCTCTGTGAATATAATTTATTTTATTTGATTTGTGCAGTGTTCATGGGGTAGCAAACCAACTCCTCCTGGGACAGCTTCAAATCCATTACCTCCTCCTGCTGCACAACCATATCAAATACTTCCTACTGCAGGGATGAACCAAGGCTATACTGCCGCTGAGTTGTTGGCTTATCAGCGCCAGCTTGCCTTGAGTCAGGCTGCTGTTTCTGGCCTTTCAGGACAAGCTCTTCTTCAAATGTCTGGACAGCATGGCCTAGCTCCTGCTTCAATGGGTATAAACTCTGCAGCATCTCAAGCCATGTATGATGGATATGCTGGTAATTCTTCAAGACAGCAGCTTATGTACTATCGTTAA
Protein sequence

>MS.gene40369.t1

MQQALLQQQQMYHHPGMLAAAAMTQMEPVPSGNLPPGFDASACRSVYVGNIHVNVTDKLLAEVFQSAGPLAGCKLIRKEKSSYGFVDYHDRASAALAIMTLHGRQLYGQALKVNWAYANSSREDTSGHFNVFVGDLSPEVTDATLFACFSVYTTCSDARVMWDHKTGRSKGYGFVSFRDHQDAQSAINDMTGKWLGNRQIRCNWATKGAGGSSNEEKINDSQNAVVLTNGSSDGGQDNSNEDAPENNPSYTTVYVGNLPHDVTQAELHCQFHALGAGVLEEVRVQSGKGFGFVRYNTHEEAAMAIQMANGRPVRGKTMKCSWGSKPTPPGTASNPLPPPAAQPYQILPTAGMNQGYTAAELLAYQRQLALSQAAVSGLSGQALLQMSGQHGLAPASMGINSAASQAMYDGYAGNSSRQQLMYYR