AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene050804

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene050804.t1 MTR_7g111320 90.896 692 50 4 1 680 1 691 0.0 1265
MS.gene050804.t1 MTR_1g084980 47.619 735 292 17 2 668 1 710 0.0 576
MS.gene050804.t1 MTR_1g084980 47.664 535 224 12 2 493 1 522 7.77e-140 421
MS.gene050804.t1 MTR_1g069155 43.137 204 82 5 371 544 260 459 5.17e-36 143
MS.gene050804.t1 MTR_7g099540 41.429 210 90 7 370 551 189 393 1.29e-34 137
MS.gene050804.t1 MTR_7g099540 41.121 214 91 7 370 551 189 399 4.59e-33 133
MS.gene050804.t1 MTR_3g449770 31.407 398 221 11 243 627 148 506 1.04e-32 133
MS.gene050804.t1 MTR_7g110810 52.555 137 53 5 377 507 152 282 5.28e-29 119
MS.gene050804.t1 MTR_1g019240 56.180 89 36 1 431 519 86 171 1.79e-23 100
MS.gene050804.t1 MTR_5g017040 36.765 204 100 6 439 641 114 289 2.36e-22 99.4
MS.gene050804.t1 MTR_4g131160 48.684 76 36 1 432 504 198 273 1.83e-18 88.6
MS.gene050804.t1 MTR_4g131160 48.684 76 36 1 432 504 201 276 2.19e-18 88.6
MS.gene050804.t1 MTR_1g080890 47.761 67 35 0 432 498 195 261 1.87e-16 82.0
MS.gene050804.t1 MTR_1g017350 48.438 64 32 1 432 494 262 325 4.80e-14 75.1
MS.gene050804.t1 MTR_1g017350 48.438 64 32 1 432 494 262 325 5.01e-14 75.1
MS.gene050804.t1 MTR_1g017350 48.438 64 32 1 432 494 262 325 5.34e-14 75.1
MS.gene050804.t1 MTR_1g017350 48.438 64 32 1 432 494 262 325 5.88e-14 75.1
MS.gene050804.t1 MTR_4g070320 37.500 104 62 2 392 494 107 208 1.02e-13 73.6
MS.gene050804.t1 MTR_3g116770 42.105 76 41 2 420 494 183 256 2.96e-13 72.4
MS.gene050804.t1 MTR_3g116770 42.105 76 41 2 420 494 183 256 3.03e-13 72.4
MS.gene050804.t1 MTR_5g005110 32.710 107 68 1 428 534 222 324 3.58e-13 71.6
MS.gene050804.t1 MTR_1g106470 40.789 76 40 1 433 503 194 269 6.42e-13 70.1
MS.gene050804.t1 MTR_1g106460 46.429 56 30 0 448 503 256 311 9.07e-13 70.5
MS.gene050804.t1 MTR_7g053410 45.312 64 34 1 432 494 319 382 9.77e-13 71.6
MS.gene050804.t1 MTR_7g053410 45.312 64 34 1 432 494 319 382 1.01e-12 71.6
MS.gene050804.t1 MTR_8g012290 45.312 64 34 1 432 494 293 356 1.23e-12 71.2
MS.gene050804.t1 MTR_8g012290 45.312 64 34 1 432 494 293 356 1.24e-12 71.2
MS.gene050804.t1 MTR_8g062240 43.750 64 35 1 432 494 153 216 1.36e-12 69.3
MS.gene050804.t1 MTR_8g065740 45.312 64 34 1 432 494 307 370 1.38e-12 70.9
MS.gene050804.t1 MTR_1g106480 50.000 56 25 1 448 503 87 139 1.43e-12 66.2
MS.gene050804.t1 MTR_5g037250 39.080 87 48 2 409 494 95 177 1.47e-12 68.6
MS.gene050804.t1 MTR_5g048860 45.312 64 34 1 432 494 367 430 1.60e-12 70.9
MS.gene050804.t1 MTR_3g103030 45.902 61 33 0 443 503 242 302 2.63e-12 68.9
MS.gene050804.t1 MTR_3g498825 43.750 64 35 1 432 494 149 212 4.29e-12 68.2
MS.gene050804.t1 MTR_1g018090 45.902 61 33 0 443 503 287 347 1.04e-11 67.4
MS.gene050804.t1 MTR_8g099880 36.364 77 48 1 419 494 134 210 2.45e-11 65.9
MS.gene050804.t1 MTR_1g070870 32.558 129 80 2 383 504 69 197 3.98e-11 64.7
MS.gene050804.t1 MTR_1g070870 31.818 132 80 2 383 504 69 200 9.65e-11 63.5
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene050804.t1 AT1G09530 31.346 587 280 18 2 579 1 473 1.15e-47 176
MS.gene050804.t1 AT1G09530 31.346 587 280 18 2 579 1 473 1.15e-47 176
MS.gene050804.t1 AT1G09530 31.346 587 280 18 2 579 1 473 1.15e-47 176
MS.gene050804.t1 AT1G09530 31.346 587 280 18 2 579 1 473 1.15e-47 176
MS.gene050804.t1 AT1G09530 31.346 587 280 18 2 579 1 473 1.15e-47 176
MS.gene050804.t1 AT1G09530 31.346 587 280 18 2 579 1 473 1.15e-47 176
MS.gene050804.t1 AT2G46970 37.643 263 132 10 368 620 130 370 3.36e-31 126
MS.gene050804.t1 AT2G46970 37.643 263 132 10 368 620 139 379 3.46e-31 126
MS.gene050804.t1 AT2G46970 37.643 263 132 10 368 620 161 401 5.35e-31 126
MS.gene050804.t1 AT2G20180 41.398 186 80 6 371 536 155 331 2.79e-29 121
MS.gene050804.t1 AT2G20180 41.398 186 80 6 371 536 155 331 2.79e-29 121
MS.gene050804.t1 AT2G20180 41.398 186 80 6 371 536 155 331 2.79e-29 121
MS.gene050804.t1 AT2G20180 39.901 203 91 7 356 536 209 402 1.34e-28 120
MS.gene050804.t1 AT2G20180 39.901 203 91 7 356 536 209 402 1.34e-28 120
MS.gene050804.t1 AT2G20180 39.901 203 91 7 356 536 209 402 1.34e-28 120
MS.gene050804.t1 AT2G20180 39.901 203 91 7 356 536 209 402 1.34e-28 120
MS.gene050804.t1 AT2G20180 49.593 123 51 2 371 491 226 339 3.80e-26 110
MS.gene050804.t1 AT4G28800 42.857 147 68 6 423 563 242 378 6.44e-24 105
MS.gene050804.t1 AT4G36930 65.789 76 26 0 436 511 197 272 7.65e-23 101
MS.gene050804.t1 AT5G67110 65.333 75 24 2 433 506 90 163 3.26e-22 95.9
MS.gene050804.t1 AT3G59060 43.478 161 67 5 414 567 237 380 9.86e-22 99.0
MS.gene050804.t1 AT3G59060 43.478 161 67 5 414 567 237 380 1.11e-21 99.0
MS.gene050804.t1 AT3G59060 43.478 161 67 5 414 567 237 380 1.11e-21 99.0
MS.gene050804.t1 AT3G59060 43.478 161 67 5 414 567 237 380 1.11e-21 99.0
MS.gene050804.t1 AT4G28800 41.497 147 64 6 423 563 254 384 2.19e-21 98.2
MS.gene050804.t1 AT4G28815 46.465 99 49 2 420 517 58 153 2.33e-21 94.0
MS.gene050804.t1 AT4G28790 41.085 129 64 3 414 532 255 381 2.54e-21 97.4
MS.gene050804.t1 AT4G28815 46.465 99 49 2 420 517 134 229 9.34e-21 94.0
MS.gene050804.t1 AT4G00050 49.485 97 39 2 401 493 78 168 1.29e-20 93.6
MS.gene050804.t1 AT4G00050 49.485 97 39 2 401 493 180 270 4.70e-20 93.6
MS.gene050804.t1 AT4G00050 49.485 97 39 2 401 493 180 270 6.40e-20 92.8
MS.gene050804.t1 AT2G43010 78.333 60 13 0 433 492 254 313 1.31e-19 92.4
MS.gene050804.t1 AT2G43010 78.333 60 13 0 433 492 254 313 1.35e-19 92.4
MS.gene050804.t1 AT2G43010 78.333 60 13 0 433 492 254 313 1.66e-19 92.0
MS.gene050804.t1 AT2G43010 78.333 60 13 0 433 492 261 320 1.71e-19 92.0
MS.gene050804.t1 AT2G24260 53.731 67 31 0 432 498 37 103 2.49e-19 88.6
MS.gene050804.t1 AT2G43010 78.333 60 13 0 433 492 296 355 2.78e-19 92.0
MS.gene050804.t1 AT2G24260 55.556 63 28 0 432 494 140 202 1.06e-18 88.6
MS.gene050804.t1 AT5G58010 52.239 67 32 0 432 498 101 167 1.46e-18 87.4
MS.gene050804.t1 AT4G30980 52.239 67 32 0 432 498 132 198 1.68e-18 87.4
MS.gene050804.t1 AT4G30980 52.239 67 32 0 432 498 180 246 4.19e-18 87.0
MS.gene050804.t1 AT3G62090 42.017 119 58 2 433 549 168 277 9.42e-18 85.9
MS.gene050804.t1 AT3G62090 42.017 119 58 2 433 549 185 294 1.46e-17 85.5
MS.gene050804.t1 AT4G28790 55.882 68 30 0 423 490 264 331 2.90e-17 84.3
MS.gene050804.t1 AT1G02340 35.758 165 72 7 391 542 100 243 1.16e-16 81.6
MS.gene050804.t1 AT1G02340 35.758 165 72 7 391 542 107 250 1.27e-16 81.6
MS.gene050804.t1 AT1G68920 28.986 207 130 6 291 494 175 367 3.46e-14 76.3
MS.gene050804.t1 AT1G10120 48.485 66 33 1 430 494 206 271 4.36e-14 74.7
MS.gene050804.t1 AT1G10120 48.485 66 33 1 430 494 206 271 4.36e-14 74.7
MS.gene050804.t1 AT5G50915 29.762 168 89 6 342 494 48 201 1.08e-13 72.4
MS.gene050804.t1 AT5G50915 29.762 168 89 6 342 494 48 201 1.08e-13 72.4
MS.gene050804.t1 AT4G28811 53.750 80 36 1 415 493 335 414 1.62e-13 74.3
MS.gene050804.t1 AT5G50915 29.762 168 89 6 342 494 48 201 2.19e-13 71.6
MS.gene050804.t1 AT5G50915 29.762 168 89 6 342 494 48 201 2.19e-13 71.6
MS.gene050804.t1 AT3G23690 32.847 137 83 4 362 494 125 256 2.27e-13 72.8
MS.gene050804.t1 AT1G68920 28.019 207 133 5 291 494 175 368 3.50e-13 72.8
MS.gene050804.t1 AT1G68920 28.019 207 133 5 291 494 175 368 3.50e-13 72.8
MS.gene050804.t1 AT1G68920 28.019 207 133 5 291 494 175 368 3.50e-13 72.8
MS.gene050804.t1 AT5G61270 46.226 106 51 4 402 506 47 147 3.65e-13 70.9
MS.gene050804.t1 AT5G61270 46.226 106 51 4 402 506 47 147 3.65e-13 70.9
MS.gene050804.t1 AT1G27740 33.043 115 71 2 400 511 140 251 6.32e-13 69.7
MS.gene050804.t1 AT3G07340 45.312 64 34 1 432 494 260 323 6.67e-13 71.6
MS.gene050804.t1 AT1G26260 43.939 66 36 1 430 494 172 237 7.82e-13 70.9
MS.gene050804.t1 AT5G61270 50.633 79 38 1 428 506 158 235 8.32e-13 70.9
MS.gene050804.t1 AT3G07340 45.312 64 34 1 432 494 260 323 8.33e-13 71.6
MS.gene050804.t1 AT1G26260 43.939 66 36 1 430 494 201 266 8.34e-13 70.9
MS.gene050804.t1 AT5G48560 45.312 64 34 1 432 494 303 366 8.97e-13 71.6
MS.gene050804.t1 AT5G48560 45.312 64 34 1 432 494 303 366 1.04e-12 71.6
MS.gene050804.t1 AT1G26260 43.939 66 36 1 430 494 223 288 1.15e-12 70.9
MS.gene050804.t1 AT1G26260 43.939 66 36 1 430 494 223 288 1.15e-12 70.9
MS.gene050804.t1 AT1G26260 43.939 66 36 1 430 494 223 288 1.15e-12 70.9
MS.gene050804.t1 AT1G26260 43.939 66 36 1 430 494 223 288 1.15e-12 70.9
MS.gene050804.t1 AT1G18400 43.750 64 35 1 432 494 147 210 1.59e-12 68.6
MS.gene050804.t1 AT2G14760 39.474 76 46 0 428 503 235 310 1.70e-12 69.7
MS.gene050804.t1 AT1G18400 43.750 64 35 1 432 494 147 210 1.71e-12 68.6
MS.gene050804.t1 AT4G33880 46.032 63 34 0 443 505 279 341 1.80e-12 69.7
MS.gene050804.t1 AT4G34530 42.188 64 36 1 432 494 174 237 1.98e-12 69.3
MS.gene050804.t1 AT1G25330 40.741 81 43 2 415 494 93 169 2.43e-12 67.4
MS.gene050804.t1 AT2G14760 44.615 65 36 0 439 503 259 323 2.47e-12 69.3
MS.gene050804.t1 AT1G59640 43.750 64 35 1 432 494 138 201 2.82e-12 68.2
MS.gene050804.t1 AT5G43175 37.647 85 48 2 432 511 132 216 2.90e-12 67.4
MS.gene050804.t1 AT1G59640 43.750 64 35 1 432 494 138 201 1.21e-11 67.0
MS.gene050804.t1 AT5G62610 43.750 64 35 1 432 494 155 218 1.25e-11 66.2
MS.gene050804.t1 AT5G62610 43.750 64 35 1 432 494 155 218 1.25e-11 66.2
MS.gene050804.t1 AT1G73830 39.062 64 38 1 432 494 149 212 2.66e-11 65.1
MS.gene050804.t1 AT1G73830 39.062 64 38 1 432 494 149 212 2.77e-11 65.1
MS.gene050804.t1 AT1G35460 47.619 63 32 1 432 493 183 245 3.98e-11 64.7
MS.gene050804.t1 AT4G36540 40.625 64 37 1 432 494 143 206 4.91e-11 64.7
MS.gene050804.t1 AT4G36540 40.625 64 37 1 432 494 143 206 5.28e-11 64.7
MS.gene050804.t1 AT2G18300 40.625 64 37 1 432 494 187 250 5.64e-11 65.1
MS.gene050804.t1 AT2G18300 40.625 64 37 1 432 494 187 250 5.77e-11 65.1
MS.gene050804.t1 AT4G09180 51.852 54 25 1 441 493 195 248 7.48e-11 63.9
MS.gene050804.t1 AT2G18300 40.625 64 37 1 432 494 187 250 7.73e-11 64.7

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
50608 gene 4658 14432 4658 ID=MS.gene050804
50608 mRNA 4658 14432 4658 ID=MS.gene050804.t1;Parent=MS.gene050804
50608 exon 4658 4749 4658 ID=MS.gene050804.t1.exon1;Parent=MS.gene050804.t1
50608 CDS 4658 4749 4658 ID=cds.MS.gene050804.t1;Parent=MS.gene050804.t1
50608 exon 4863 6003 4863 ID=MS.gene050804.t1.exon2;Parent=MS.gene050804.t1
50608 CDS 4863 6003 4863 ID=cds.MS.gene050804.t1;Parent=MS.gene050804.t1
50608 exon 6106 6210 6106 ID=MS.gene050804.t1.exon3;Parent=MS.gene050804.t1
50608 CDS 6106 6210 6106 ID=cds.MS.gene050804.t1;Parent=MS.gene050804.t1
50608 exon 6349 6414 6349 ID=MS.gene050804.t1.exon4;Parent=MS.gene050804.t1
50608 CDS 6349 6414 6349 ID=cds.MS.gene050804.t1;Parent=MS.gene050804.t1
50608 exon 13262 13327 13262 ID=MS.gene050804.t1.exon5;Parent=MS.gene050804.t1
50608 CDS 13262 13327 13262 ID=cds.MS.gene050804.t1;Parent=MS.gene050804.t1
50608 exon 13438 13896 13438 ID=MS.gene050804.t1.exon6;Parent=MS.gene050804.t1
50608 CDS 13438 13896 13438 ID=cds.MS.gene050804.t1;Parent=MS.gene050804.t1
50608 exon 14319 14432 14319 ID=MS.gene050804.t1.exon7;Parent=MS.gene050804.t1
50608 CDS 14319 14432 14319 ID=cds.MS.gene050804.t1;Parent=MS.gene050804.t1
Gene Sequence

>MS.gene050804

ATGATGCCTCTGCATGAGTTATGCCACATGTCTAAAGAAAAAGTTGATCATAAAGAGATGAACAATTCTTGTACCCCAGATCAATCATCTGTGTAAGTTCAATTACGCCCATTAGTGTTAGAAATTGTGTATGCATAATGTATTTGATTGATTGATTTATTTTGTTTAATTTCTAATAACACTGTCCTTGTGTGATTCAATGCAGACCCAGAAACGATTTGTTTCAGTTGGTTTGGCAAAATGACCAGATTTTAGTGCATGGTCAATCTAGTAATTCCAATAGAGCTAAAACGAGTCCATCTCATACTCTTAAGGGTCATGATAAATATTCAGGACAACATGCTAATGAAACAAATACAAGGATAGGAAAGTTTGAGGATTTAGATAACGGTTTGAATGAAATTATTACAAGGCCTGTTTCTTCAAGTCAAGATGAAGATTTGATGACGATGATGCCTTGGTTGAATTGTGCAATGGATGATGAACACTATTTACATCGTAGTTCTGGTTTCTTACATGAACTATCTGGTGCCACTACAAATGACTTTGCTGCCACAAATAAATTTTCTTTGCTTGATAGAAAAAGTAATTGTATTCAAGTATTTAGTGACTCTCATAAACAAGGTATCCTTTCCAAGGGTTCTTCAATTGCAGTTGAAGATTTTGATACCTCGGGACTAAAAACTAGCACCAATCAATTAAATATGCCGTCGTTGTTGCATCAATGTCAACCCTCATTTGAATCAATTAGATTTAGAGAATCAGGTTTAGGTGTGAATAATACAAAAGGTAATGCAAACCAGCATGCACCTTGTGAAGAAATCTCTCATATCCCATCTTCCTCAACCGTAATGAATTTCACCCATTTTGCAAAACCTGCGGCTATTGTGAAAGCTAATCTTCAGAACATTGGTTTCTCTTCATCAAGACCAGAACGTGTGGGAGCAAAGAACAAAGATGCAGCTGTGATAGGAAGTAATCCTTGCGAATCATCAAAAGTTGATTTAAGTGGAGAATGTCCAAAAAGTTCAGCCATACATTGTCATCAGTCAGTGGAGCCATCCAGGGTTGATTTGAAACCTTTGGAGCCGAAATCTCTTGAGAAAAACACTAGTGTTTCTACTCCTGCTTGCAAAGAAGATGTATCCAAAGTTGATCAAACTTCCAATCAAGTTCTTGGTGAGAGTCGCAGAAAAGGTCAAGAATCTTTTAAAAAATCTACGGAGCTAACAGTAGTCTCTTCCTCTGTTTGCTCTGACAATGGCGCGTATAGAAGTTCAGATGATGCAAATCAAAATTTGAAGCGAAAAAATCTGGACTATGAGGATTCTGAGTGGCACAGTGAAGTAAATATCTTATAATTAAGTTGTCCTATTTGTTGAATTATCTTGTGAGTGTGGCTTATTTTATTGTGTTCTACTGTAAACAATTTTTTTGTTAACTTGTAGGATTTTGAAGATGAATCAATTGGTGTTAAAAGAACTGATCATGGACGAGGCGTTATGGGCTCAAAGAAAAATCGTTCAGCCGAAGTGCACAATCTATCTGAAAGGGTGAGTAAGAGTAAGATCATCTTCCATTTGTGCCTTTTAAGAAAAGTAGAAATAACAAAATTTTCATCTTAAGTGTATGTTTAGCAAATATTGCTTGTGATTTATGTGATTATAAATTTATGTGATTCACTCATGCAGATACGAAGAGACAGGATCAATGAGAGGATGCGTGCATTGCAAGAACTCATACCGAATTGCAACAAGGTTGACCTTTTTTTCTTTCTTCAGGTTCTCTAAGTACATTTTGTTAGAATTTCTTCTAATATTTTGTGGGCTACAATCAATTGTTGGTTTTGGTTTTAATAAAAACGGACTGATGTTGTGATCCATTTGATGATGCTTAGGCCCTAATAAAAGTGATCAATAAATATTGGGCTTTTGGGCACTTGATCTGATTTGTGTAGAAACATAGTGTAGGCCCAAACACTAGGCCCATGATGGGTGGTGCCTAGGGTTGCACGGTTATAAATAGAGAGGCTAGGTCCCTTTGCCATCACTATGACTATTCTGCTCATTAGTGGTTTGCCCCATCGAAAACCCTAAGTTTGGAGCATGTGAAAGGCAAAGGAAGACTCTTGTCTCAAATCTCGGCGAATCCGATAGTTTCCAAGTAAGTGTGTTCTAATTTCATATAATAATTCGATCTTTATGATTAAATTGCTTACATGTGGTATCAGAGCCTCTATTATATGATTTAGAACCCTAATTTCAATTGTGAATTAACAAAGCCAGTTTGATTTGACATCGAGGAAATAAGGGTTTTTGTGCCGTAATTGTTTTCCTCGGTTTGTAATTGTTTTTATTTGGCTTTTATGTATTATCCATCAATTACGACATATACATCTTCATATTGTTTCGGTTTCTAGTTTGTATTTTTGAAAACGGTTTCAATTATCTATTGATTCTTTCAATTCTTTTTCTGGGTGATATATATGGCGTTTCCCTCTTGTGACCTTAAGTGCCTTTCCATTTTTTCCGGTTGGTATATATTTTATATACATCCTTATGGCTTCGTGAATCCTGAACCGAGATGGTTTCAAATTGTTTTTAATTTTATTTTTTGGGGGAAAATTCTTTTGCATATATGCAGTAAATAAAATGTCACTCATATTCATGTTCAATTCTGCATGAATGAATCTAGATTGTAGTTTACTAATTGGTACTATACTATCTTATGTGAATTGTTAAATTCTTAATTTTGAAAGGTATATTTTGCTTACACCTTTTCCATCCAAATGTGTCATACGTCATGGAGTGTGGTTCTTTTGGGACAAATTAATTGAATTGGTGTGACACTAATTTTCTTTCATATCATGATTAAATGGCAAATAATTTTGGATCTAATAAATAGCTTATGCGTGTGTAATAAATTTGAGGTTTACTTATTTGCAATTTTAACTACCTTGGAGCTTTTATGCTTTTACACGAATTAAGTTTTATGCGATTTATGTGAACCACTAAGTGATATTGATTTTCACTTTCGTGTTTTGATTTTATATTAATATGGACTGGAACATATATGTTTTTCATCATGCAATTGAATTCAGGTTCTTAACGTGGATATGGATATCGATTAATTTTTGAGTGATTTATTTCTAAATATTTAGAATTAAATCTGTTTACTTTGGCTCATTTTCTTTAATATCGTTGCCATATCTTGGAATTTGATATTCTTTTCACCTTGGTATTTTTCGGACTTGTATATTTATATATATGGTCTGTACTTCATGGTGAATTTGCATATTAATTAAAGGGTTCAATTTTGTTTCAGAGATTTGTTCTTATTTTAAGCTTACATTTTGAAGCTTTGAATTAAAAGATTTTTTTTTTCTCTTTTAATATTCAATTTGAATTATTGAAATTGTTTCAATTTTCAAAATCATATGGCTGACAATGAAATTAAATATTTCCTATTGATTATTAGGCAAACAAATTTCAATCAAAATAAAGTTACTTGAACAAGAATTTTGATTGTTTTCTTCGTTGGATTTTTATTAAATTTCCTCAATCTATATGAAAGATTGTTTGAGCCTAATAATTGTCTGCTTAATTATGATTTCTTTTTTATGTGACATACATGTATTAATACTTGTGAAATTGGCAAATTGATCCAATTTCGTGTGACTCCTTCTATTGAGTTTATGGATAGTTTCTTGTATATATGGCTATCGTTTCTACTCTATTATTTTTGTGAATTTGAGATTTGGCTTATCTATAGATTGAATTTGCTTTAAAAAAAAAAAATGTTAGTCATGATTGAATTACAATTGCATGTGTGAATCCAGAGACAATTTTGAGTAGTCATGTTCAAATTAAAATTATGTATGCTACTCTTTTGATGTTGTTTTTTGTCATTGGAAATTGATTTTACATTTGTTTCTGTTGCCAAAAGGTTTGCAGTCTTTTGAAACAAATTTTACATGTTGTGATTCATTGAGTATGTGCATTTATGTGTATAAACATTGGCATGATTACCATATGAATATTCCATCAAGCTTTATTTTATTTTATCTCAAATCCGGAAGGAAACACCATGATTAATATTTTATGGATCAAATTTTGTTTTGTGAAATGTGTAAATATTTGGTGTTAATTAAATATGAGAATCTTATAAAATTTGAACTCATATATTTTCAAGGATGTGAGTCTAAAATTATATGTGAAAATCTCTTTTATAGAAGTGAATTATGCTATCAAAGTGTTGTAATTGTGAGATTACTTTAGACTCAATTTTGTCAATAACACCAAATATTTTTGTATATGAATTTATAGTTATTGTATAAATTCTATATTGCCTTGTTCTTATTTGTATGCTCTTGTGGAATATCATAAAAGATAATTCTTGAGCAATACTGAAGGCAATTGAAAACCATTATCCTTGTATTGTATTGATCTATTATTATAAACTATATTTTGCTTCATTGGTTGTTGTTGAATTATGAACCAATTGAGATGACAATATGCCAAATTGTGCGGAACTTTCTTTGAGTCATCGAAGCTTAATGACTCTACATACAAGGAGAATTGATTACACTTTTCGAGGTTAGTCATGATTTAATTGAATTTGATTATTAATTGACATGACCATATTGGTGTAATATTAATTGACATGACCATTGTGTGATAGAGAATATAGTTGAATATTTGTTGAAATATTTTAAAAGTCTTGGATTGATAATCCAACTGTCATTCTCTATCAAGTGGGAGAATCTTACATGTCAATTATCTATAAATGAGAAACAAATATCCTTTGTTGATGAATACTCTTTTGTTTATTATGGAGACTTACATTGAGAATATTAGTCTTTTCTTAAATATATTTTTGTGACTATTTTGTCTTTTACCCTCAATTGTATTGAAATTGAGGTCTCGTGTATTTCCGCTGCATAAATAAATAATTACTACATGTTAGTGAGATTATGACTTTAGCGGTAATAGTTACTCTTCCAAAAGGTAGCACATAATTATATGTTAGATTTTCTTTTATGTGCTTTAAAGTACTATTCTACCGCGTTGTATGAAACAAAATGTATGATGAATGCAAATTGAAACGATATTGACCAGATTAGTTGTATTTAAATAATGCATATTTTTTCTGTGTCCTATTTTGACAAGAGTTGTTGATTCCTATGCAAAAAGAATTTCTTGCGTTGATATAGGTCGTTACCACCAAAGTGGGACCGCCTCTATTGATTGATTGATGAAATTTCCTTTTGTAGTTTGAGGAATGTTTTTAATTGTAACATGTAGTTTCCTGCCCAAAGGTGGTTATTGCATTTTACAATTAAAAAAAAAATAATATTTGGGATAAGTTATTGGAGAATGTTTTGAACTAAGGAATTTGTCTGCCCAAAGGTGACAAATTTCTGAATTCAAAACATGCTCATTGATTAACTTACTTGAGGTTTTGACTAGGGTTATAACCTTAGTTTGTGCATTCTGCCCAAAGGTGATTGTACAATTATATTGGCCTCATTGTGATAGCTTGTTTATTTTGAGCTATATCTTGTCAACTGATATATTTTGATGCATTCAAATTTTGTCTCATATATTTCCTCAATGGATAATTGTTATGCTTTTATTATGCATGCTCATTGATTAACTTATATAAGATGGAGTTATTGGAGTATATGTTGAACCAAAGAATTTGTCTGCCCAAAGGTGACAATTTCCCAAGTTCAATGTATCCTCATTATTAACTCATTTGAGGTTTTGGCTTGGGTTTCGACCTTAGTATGTGCATTCTGCCCAAAGGTGATTGTACAATTATATTGGCCTCGTTATAATAGCTTATTTATTTTGAGCTGAATCTTGTCTCATGACATATTTTAATGAATTCATGTTTTGTATAAACAATGCGTTTCTCTGTAAATAATTGTTCTACTTCCATCGAGATGTTAAACAAGTCAAATTTTAACAAATGGAAGTAAGTTATGAGTTGTCTCTAGGAGAACATGCATGAATTGTAAGAATCTTTTGGTAAGTGGGAGATGACTCACAAATTAAAGTACCTGACCATATTGGTGTCCATGTGTCTAATGAAAGTTATTGGACATGAAAATATGACAATGTTGTAATTTAGGAGTAACTGTGAAGTCAGTGGGAGATGTCAACTTAATTTCAAATTAATATGATCTAGGAGTAATTGTGAAGTCAGTGGGAGTTGTCACCATGATTTAACATTCTAGTTTTGAACTTGTTTTGAAAAATATTTTTCCCTTACCTTCATTTAGGATGAATCTTGTTTGTGTTTCTTTGTTGGAGCAACTTTGTTTTAGTTTTACTCTTGGAGGTAGAAAACTAAGTTTGAGATTAAACTCACATAACCTTACTTCATCCTTTGTTCATCTATATAAATGGTCTCTAGTAGATAGTTCATGACTCCCTGGATCTTTTGTTGATGGTTTATATAAGTTGTCTTTGACTTCACATAACATTGTTTCGTCTTTCGTTGTCAAAACTTTTGTTGCTATAAGGTCTAATGTTGAGGAAGACATCCTTTACTTCATGACATAAGCACTTGGATCATATTTATTGGGGAAAGGGTTGAGAAATTAATCAAAGTAAATCTTCTACCTTTCTTAATGTTTGATGATCCAGGTACTTGTGTAGATTGCATTAGAAGCAAATTTGCTAAAATCAAAAGGTTACAACTAGCATTTCTGAACCTTTTGAAATTGTCGAAAATGAAATTAGTGGCTCCCAACTCCTATAATTTATGGTAATGAATTGTTTATTACATTCATTGGCTTCCTAACCTTGACATTAATTGTTCTTTTAACCAAATAACTTAGGTTCATTGTTTTCAAGAGTCGTTTTGAATAACATGAATACTGTGAATTCTTTTGATGCATTTGGTTAGTGGGAGTTTGAATTTTATATTATTAATTTTTTTGATGATGAATTTTTCTTTCACTTATTTTCTTTGATATATTGATGTGAATTTTCATTCAATTTAATTATTGTTGATGAGATGAATTCTTGAATATATCAAATATCAAATGTGAAAAATTATAGCTCAGTGTTGAAGGGATCACTATGCCGGTGATCGACACTATTTTGGAGCTGAGGCATTACATGTAAAAAATTTGAGCTCAATGTTGACAGGATCTTTATGCCGGCTGTTAACATTATTTTGGAGCTGATGTATTATGTGTGAAAATTAGAGCTCAGTGTCGTTGGGATCACTATGCCGGTGATTGACACTATTTTGGAGCTGAGGCAATGTGGTTTTCCGTGGACCACATAATTTCTCTGGCTTTAAGGCATTTGAGAGAGATCACATAATTTCTCTGGCTTTAAGGCATTGAGAGAAATTGAGGACCGACAATGAAAATGATAGTATGGTCGATGATCACGTTGACATATCATTTCTTGCTACACTCTACACAGATGACTAGTCGACAGAATTGGTGATATTTGTAACCATGGAAGGTGTTGTATCAATTAAGGATATAACTACCGCCATGATTCGATATCATTCAGTTCTTAGTTGGACAGAGTCTTTATTAAGTGTTGCATCATGGGATCATGTAGTGGCCACGTTAGGAAGTTTGTTATCAGTCCGAGAGTCGTTTTTAAAAATTATTTTTTAAATTTTTATTTTTTATTTTATTTTTGAAATACACAATTGATTTTGCCCAAGTGGGAGAATGTTAGAATTTCTTCTAATATTTTGTGGGCTACAATCAATTGTTGGTTTTGGTTTTAATAAAAACGGACTGATGTTGTGATCCATTTGATGATGCTTAGGCCCTAATAAAAGTGATCAATAAATATTGGGCTTTTGGGCACTTGATCTGATTTGTGTAGAAACATAGTGTAGGCCCAAACACTAGGCCCATGATGGGTGGTGCCTAGGGTTGCACGATTATAAATAGAGAGGCTAGGTCCCCTTTGCCATCACTATGACTATTCTGCTCATTAGTGGTTTGCCCCATCGAAAACCCTAAGTTTGGAGCATGTGAAAGGCAAAGGAAGACTCTTGTCTCAAATCTCGGCGAATCCGATAGTTTCCAAGTAAGTGTGTTCTAATTTCATATAATAATTCGATCTTTATGATTAAATTGCTTACACATTTGAGAAACTTTATATATCAATATAGAATGTTGATTCTCACTTGGAATTTAAGATTTGACCGGATATATTTTAGTTTGTTTTGATAAAATTTGGAATTTTTGTATCAAATCATATTGGAATTTGTGAATAATACTGAAGCTCAAGTTTTGTTTGGATGGTTTCAATCCTAAATTTGAATATGAAACATGATGTCCCATTCACAAAACAGAAATAGCAGAAGTTCAATTCAAATTTCTTTAACATAAGCTATTAAAATGCTTGATATATATATAGATATGAAATAGCCACATCATCTAACTAAAATATTTTTCACATAGTTTTAATATTCTTTTCTCGAGAGTTGGCACCATATGGTTAACTGATAATGTAAAGAACTAAAGATCTTACACTAATAATGGGGATTAAAGTTAACTCCTGTTTCTATGCTAGATTTCTCATATATTTTTGTTTTTTTTGACTTGATATTTCTTAGGCGGATAAAGCTTCAATGCTGGATGAGGCAATTGAGTATCTTAAAGCACTTCAACTCCAACTGCAAGTATTCTTTCTCTTCCCTTTTACAATTTTCCTTCAATCCTTCGAATTTTGATATTTCACATTATATACTATCCATTATAACGTGATGTTTTTTCTGATCTTTTTACGCAGATTATGACAATGGGAAGTCATGGTTTATACATGCCTATGACGTTACCAGCAGGAATGCAGCACATGCATGCGGCTCACATGTTTCCCTTTTCACCCATGAGTGTTGCCATGCAAATGGGGTTGGGGGTGCCTCAATTTCAAGGAACTCACCTTCCTGTTGCACATACATCTGGACTTGCTGCTTTACATGGGATGGCAAGACCAAATCCTCAATTGTTTGGGCTTCAAGCTGGTCAGGGACTGCACATGCCAATGCCATGTGCTTCAATGTTTTCTTATCCCGGAGAGCCTGTTATGAACTCATCAGCTGTAGAATTAAATGCTAGTGGAACAGAAGGACTAATGGAAACCGTGGAATCGGCTTCACCCTCTAAGTTAAAGGATCCAATGTCAAATGTGAACTCACAAGTTATGCTTAAAAACAAGGGATGTAACTCAACAAATCAAATGTCTATCCAGGTTTGTTTGCTTCTTGAGATTTAATACAAATGCATCTCCTTTTCTACTTTTGTGCATATGTTTTTGTGCTATATCTGACCTCAAGTCCACGGAACCGTTTATTTTAAGTATTGTCTGTTTTGGGCAGGGGTATTTAATAACACAAATTTAAAGGAACTCTTGATTTTTGAGACTAAAAAATATGTAGGAACTTTAACTAACATGCCTTGTTCTTGACAAAGTCTTATGACAGGGAAGCCAATACAATTTTCAGATAAAAGTTGTAAACAAATGCACACATTATTACAATTTGTTTCCACTAAATTGTTCTTTTGTATTTGTCTTTTCATTTAGCCAAATATATCATTAAAACATTTCATTTCCTAGATTTTTCTGGTAAGTCATACACATGTTGATGTTTTTGTTTTATTTTGTTATGGTAGTGTGAAGCAACAACCGGTGGACTTGAACAATCAAAAGTGGTACTCGATAGTGCCCATGCTTTGCTGGAAAATGACAAAAGAGACAACGTTGAGATTGATAAATCTCATGAGTAA
Protein sequence

>MS.gene050804.t1

MMPLHELCHMSKEKVDHKEMNNSCTPDQSSVPRNDLFQLVWQNDQILVHGQSSNSNRAKTSPSHTLKGHDKYSGQHANETNTRIGKFEDLDNGLNEIITRPVSSSQDEDLMTMMPWLNCAMDDEHYLHRSSGFLHELSGATTNDFAATNKFSLLDRKSNCIQVFSDSHKQGILSKGSSIAVEDFDTSGLKTSTNQLNMPSLLHQCQPSFESIRFRESGLGVNNTKGNANQHAPCEEISHIPSSSTVMNFTHFAKPAAIVKANLQNIGFSSSRPERVGAKNKDAAVIGSNPCESSKVDLSGECPKSSAIHCHQSVEPSRVDLKPLEPKSLEKNTSVSTPACKEDVSKVDQTSNQVLGESRRKGQESFKKSTELTVVSSSVCSDNGAYRSSDDANQNLKRKNLDYEDSEWHSEDFEDESIGVKRTDHGRGVMGSKKNRSAEVHNLSERIRRDRINERMRALQELIPNCNKADKASMLDEAIEYLKALQLQLQIMTMGSHGLYMPMTLPAGMQHMHAAHMFPFSPMSVAMQMGLGVPQFQGTHLPVAHTSGLAALHGMARPNPQLFGLQAGQGLHMPMPCASMFSYPGEPVMNSSAVELNASGTEGLMETVESASPSKLKDPMSNVNSQVMLKNKGCNSTNQMSIQCEATTGGLEQSKVVLDSAHALLENDKRDNVEIDKSHE