AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene84843

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene84843.t1 MTR_8g030550 97.186 1706 20 2 1 1678 503 2208 0.0 3442
MS.gene84843.t1 MTR_8g030550 96.865 1499 20 1 1 1472 503 2001 0.0 3018
MS.gene84843.t1 MTR_8g030550 96.293 1241 19 1 1 1214 503 1743 0.0 2492
MS.gene84843.t1 MTR_7g078090 74.136 1736 365 23 1 1678 515 2224 0.0 2485
MS.gene84843.t1 MTR_5g005840 39.092 793 398 15 292 1073 217 935 5.29e-162 521
MS.gene84843.t1 MTR_1g105050 39.549 799 372 19 292 1061 222 938 1.72e-159 515
MS.gene84843.t1 MTR_4g118720 39.750 800 379 18 246 1025 814 1530 1.98e-156 532
MS.gene84843.t1 MTR_4g118845 42.521 468 235 7 443 906 174 611 1.82e-114 390
MS.gene84843.t1 MTR_4g118845 42.826 453 226 6 458 906 1 424 2.29e-112 379
MS.gene84843.t1 MTR_2g020000 42.949 468 233 7 443 906 177 614 2.19e-108 372
MS.gene84843.t1 MTR_5g020000 40.645 465 250 9 452 905 178 627 4.56e-103 348
MS.gene84843.t1 MTR_5g090090 40.748 481 227 8 449 905 608 1054 7.36e-101 356
MS.gene84843.t1 MTR_3g053910 40.881 477 232 9 449 905 591 1037 8.46e-101 359
MS.gene84843.t1 MTR_3g053910 40.881 477 232 9 449 905 562 1008 9.67e-101 359
MS.gene84843.t1 MTR_5g090090 40.748 481 227 8 449 905 608 1054 4.32e-100 356
MS.gene84843.t1 MTR_1g013190 36.420 486 247 8 450 906 278 730 1.60e-84 305
MS.gene84843.t1 MTR_4g096930 37.822 505 260 12 418 899 692 1165 3.64e-83 304
MS.gene84843.t1 MTR_3g106210 36.735 490 240 9 450 907 281 732 4.27e-82 298
MS.gene84843.t1 MTR_3g106210 36.735 490 240 9 450 907 281 732 4.37e-82 298
MS.gene84843.t1 MTR_3g106210 36.735 490 240 9 450 907 281 732 7.23e-82 296
MS.gene84843.t1 MTR_3g106210 36.735 490 240 9 450 907 281 732 7.43e-82 296
MS.gene84843.t1 MTR_7g045505 35.088 513 272 14 468 946 6 491 9.03e-75 268
MS.gene84843.t1 MTR_7g045505 35.088 513 272 14 468 946 6 491 8.64e-74 268
MS.gene84843.t1 MTR_7g090960 33.966 474 254 12 355 786 450 906 8.67e-69 256
MS.gene84843.t1 MTR_7g090960 48.571 140 68 2 779 915 1187 1325 1.27e-30 132
MS.gene84843.t1 MTR_7g090960 33.966 474 254 12 355 786 369 825 1.11e-68 256
MS.gene84843.t1 MTR_7g090960 48.571 140 68 2 779 915 1106 1244 1.38e-30 132
MS.gene84843.t1 MTR_1g035330 33.969 524 242 14 458 905 195 690 1.65e-68 247
MS.gene84843.t1 MTR_1g069755 31.893 486 272 10 458 905 391 855 1.63e-66 248
MS.gene84843.t1 MTR_1g053955 41.066 319 163 8 450 766 514 809 1.31e-65 247
MS.gene84843.t1 MTR_1g053955 44.853 136 72 2 770 905 1050 1182 2.03e-26 119
MS.gene84843.t1 MTR_5g004720 32.475 505 270 17 450 905 178 660 3.58e-58 219
MS.gene84843.t1 MTR_4g035100 29.088 581 311 15 457 984 1449 1981 5.59e-56 216
MS.gene84843.t1 MTR_4g035100 29.088 581 311 15 457 984 1449 1981 5.82e-56 216
MS.gene84843.t1 MTR_8g094070 28.327 526 269 18 449 907 378 862 1.32e-43 174
MS.gene84843.t1 MTR_8g094070 28.327 526 269 18 449 907 378 862 1.92e-43 174
MS.gene84843.t1 MTR_7g039320 41.667 204 105 3 456 646 37 239 1.89e-40 163
MS.gene84843.t1 MTR_7g039320 37.727 220 120 4 743 946 275 493 1.15e-33 141
MS.gene84843.t1 MTR_7g039320 41.667 204 105 3 456 646 37 239 2.10e-40 163
MS.gene84843.t1 MTR_7g039320 37.727 220 120 4 743 946 275 493 1.21e-33 141
MS.gene84843.t1 MTR_4g078495 32.353 272 164 7 458 716 131 395 6.88e-34 142
MS.gene84843.t1 MTR_4g078495 44.355 124 68 1 783 906 520 642 2.77e-22 105
MS.gene84843.t1 MTR_4g078460 32.353 272 164 7 458 716 417 681 4.92e-33 140
MS.gene84843.t1 MTR_4g078460 44.355 124 68 1 783 906 806 928 3.66e-22 105
MS.gene84843.t1 MTR_4g078460 32.353 272 164 7 458 716 417 681 1.72e-32 137
MS.gene84843.t1 MTR_1g080420 25.490 561 317 18 437 903 562 1115 2.00e-32 138
MS.gene84843.t1 MTR_1g080420 25.494 557 322 18 437 903 693 1246 6.22e-29 127
MS.gene84843.t1 MTR_4g124090 25.439 456 276 13 479 915 192 602 3.17e-23 107
MS.gene84843.t1 MTR_1g044120 29.261 352 169 13 479 779 535 857 7.07e-22 103
MS.gene84843.t1 MTR_1g044120 42.157 102 58 1 804 905 1007 1107 5.80e-15 81.3
MS.gene84843.t1 MTR_7g450820 25.852 352 205 9 582 908 841 1161 6.03e-20 97.8
MS.gene84843.t1 MTR_2g084630 24.274 379 186 12 479 783 405 756 3.97e-19 94.7
MS.gene84843.t1 MTR_2g084630 36.306 157 92 5 754 905 823 976 3.12e-18 92.0
MS.gene84843.t1 MTR_2g084630 24.274 379 186 12 479 783 399 750 4.76e-19 94.7
MS.gene84843.t1 MTR_2g084630 32.530 166 95 6 754 905 817 979 3.15e-12 72.4
MS.gene84843.t1 MTR_2g012830 38.158 152 77 4 800 936 1148 1297 2.05e-18 92.8
MS.gene84843.t1 MTR_8g037345 23.340 497 305 23 455 905 358 824 3.03e-18 92.0
MS.gene84843.t1 MTR_1g115215 39.024 123 71 2 802 921 887 1008 7.50e-18 90.9
MS.gene84843.t1 MTR_1g115215 24.878 205 127 4 574 773 522 704 2.99e-11 69.3
MS.gene84843.t1 MTR_7g089190 25.743 303 180 7 479 761 251 528 2.34e-17 89.0
MS.gene84843.t1 MTR_7g089190 33.146 178 108 5 772 938 633 810 2.70e-13 75.9
MS.gene84843.t1 MTR_4g049500 34.416 154 96 3 790 939 771 923 1.38e-16 86.7
MS.gene84843.t1 MTR_7g450860 24.576 354 200 11 582 908 886 1199 3.41e-16 85.5
MS.gene84843.t1 MTR_7g050445 26.446 363 223 15 582 923 904 1243 4.28e-16 85.1
MS.gene84843.t1 MTR_7g450780 24.189 339 224 6 582 908 956 1273 2.88e-15 82.4
MS.gene84843.t1 MTR_3g071860 23.960 505 291 20 474 905 710 1194 6.64e-14 77.8
MS.gene84843.t1 MTR_4g077600 39.000 100 55 2 749 843 88 186 4.75e-13 71.2
MS.gene84843.t1 MTR_4g077600 38.144 97 54 2 749 840 47 142 9.00e-13 68.6
MS.gene84843.t1 MTR_2g095030 25.414 181 108 4 755 908 634 814 7.32e-12 71.6
MS.gene84843.t1 MTR_2g095030 25.414 181 108 4 755 908 634 814 7.50e-12 71.2
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene84843.t1 AT2G46020 68.023 1720 463 28 7 1678 512 2192 0.0 2262
MS.gene84843.t1 AT2G46020 68.023 1720 463 28 7 1678 512 2192 0.0 2262
MS.gene84843.t1 AT2G46020 68.023 1720 463 28 7 1678 512 2192 0.0 2262
MS.gene84843.t1 AT2G46020 68.042 1721 462 29 7 1678 512 2193 0.0 2261
MS.gene84843.t1 AT2G46020 68.042 1721 462 29 7 1678 512 2193 0.0 2261
MS.gene84843.t1 AT2G46020 68.042 1721 462 29 7 1678 512 2193 0.0 2261
MS.gene84843.t1 AT5G19310 44.706 595 272 8 436 1027 99 639 6.50e-160 508
MS.gene84843.t1 AT5G19310 44.706 595 272 8 436 1027 363 903 6.77e-157 508
MS.gene84843.t1 AT3G06010 39.390 754 367 16 287 1027 245 921 9.84e-153 498
MS.gene84843.t1 AT2G28290 40.789 760 359 16 279 1025 598 1279 1.05e-151 518
MS.gene84843.t1 AT2G28290 40.789 760 359 16 279 1025 598 1279 1.12e-151 518
MS.gene84843.t1 AT2G28290 40.789 760 359 16 279 1025 598 1279 1.12e-151 518
MS.gene84843.t1 AT2G28290 40.789 760 359 16 279 1025 599 1280 1.14e-151 518
MS.gene84843.t1 AT2G28290 40.921 760 358 17 279 1025 598 1279 1.25e-151 518
MS.gene84843.t1 AT2G28290 40.921 760 358 17 279 1025 599 1280 1.26e-151 518
MS.gene84843.t1 AT3G06400 41.226 473 244 7 438 906 170 612 3.69e-106 366
MS.gene84843.t1 AT3G06400 41.226 473 244 7 438 906 170 612 4.13e-106 365
MS.gene84843.t1 AT3G06400 41.226 473 244 7 438 906 170 612 4.22e-106 365
MS.gene84843.t1 AT5G18620 41.935 465 236 7 446 906 183 617 2.28e-105 363
MS.gene84843.t1 AT5G18620 41.935 465 236 7 446 906 183 617 2.43e-105 363
MS.gene84843.t1 AT2G13370 41.438 473 233 8 449 905 616 1060 7.70e-102 362
MS.gene84843.t1 AT2G13370 41.438 473 233 8 449 905 616 1060 7.70e-102 362
MS.gene84843.t1 AT2G13370 41.438 473 233 8 449 905 616 1060 7.70e-102 362
MS.gene84843.t1 AT5G66750 37.133 579 308 14 351 905 99 645 1.25e-96 330
MS.gene84843.t1 AT2G25170 37.347 490 234 10 450 905 266 716 1.25e-86 313
MS.gene84843.t1 AT2G25170 37.347 490 234 10 450 905 266 716 1.25e-86 313
MS.gene84843.t1 AT2G25170 37.347 490 234 10 450 905 283 733 2.00e-86 312
MS.gene84843.t1 AT2G25170 37.347 490 234 10 450 905 292 742 2.85e-86 311
MS.gene84843.t1 AT2G44980 38.261 460 245 11 455 899 48 483 3.70e-84 296
MS.gene84843.t1 AT4G31900 37.792 471 235 10 450 905 218 645 2.09e-83 300
MS.gene84843.t1 AT4G31900 37.792 471 235 10 450 905 218 645 2.55e-83 300
MS.gene84843.t1 AT4G31900 37.792 471 235 10 450 905 177 604 2.84e-83 300
MS.gene84843.t1 AT2G44980 37.684 475 245 13 455 899 48 501 5.18e-83 293
MS.gene84843.t1 AT2G44980 37.395 476 246 14 455 899 48 502 9.72e-81 287
MS.gene84843.t1 AT5G44800 37.292 480 243 10 446 901 677 1122 2.30e-79 292
MS.gene84843.t1 AT2G02090 33.835 532 238 14 458 908 213 711 1.30e-69 251
MS.gene84843.t1 AT3G57300 35.360 444 231 12 374 786 496 914 1.53e-69 258
MS.gene84843.t1 AT3G57300 35.360 444 231 12 374 786 496 914 1.65e-69 259
MS.gene84843.t1 AT3G57300 47.143 140 70 2 779 915 1201 1339 1.28e-29 129
MS.gene84843.t1 AT3G57300 35.360 444 231 12 374 786 496 914 1.65e-69 259
MS.gene84843.t1 AT3G57300 47.143 140 70 2 779 915 1201 1339 1.28e-29 129
MS.gene84843.t1 AT3G12810 39.577 331 175 7 438 766 517 824 4.37e-66 249
MS.gene84843.t1 AT3G12810 44.118 136 73 2 770 905 1063 1195 2.30e-26 119
MS.gene84843.t1 AT3G12810 39.577 331 175 7 438 766 513 820 4.39e-66 249
MS.gene84843.t1 AT3G12810 44.118 136 73 2 770 905 1059 1191 2.30e-26 119
MS.gene84843.t1 AT3G57300 33.333 477 229 13 374 786 496 947 8.20e-66 247
MS.gene84843.t1 AT3G57300 47.143 140 70 2 779 915 1234 1372 1.51e-29 129
MS.gene84843.t1 AT2G18760 32.298 483 272 10 458 905 385 847 1.99e-64 241
MS.gene84843.t1 AT2G18760 32.298 483 272 10 458 905 385 847 1.99e-64 241
MS.gene84843.t1 AT2G18760 32.298 483 272 10 458 905 385 847 1.99e-64 241
MS.gene84843.t1 AT2G18760 32.298 483 272 10 458 905 385 847 1.99e-64 241
MS.gene84843.t1 AT2G18760 32.298 483 272 10 458 905 385 847 1.99e-64 241
MS.gene84843.t1 AT2G18760 32.298 483 272 10 458 905 385 847 1.99e-64 241
MS.gene84843.t1 AT2G18760 32.298 483 272 10 458 905 444 906 4.78e-64 240
MS.gene84843.t1 AT3G54280 30.017 583 302 18 458 984 1451 1983 5.23e-59 226
MS.gene84843.t1 AT3G54280 30.017 583 302 18 458 984 1482 2014 7.83e-59 225
MS.gene84843.t1 AT3G19210 31.515 495 274 16 458 905 180 656 1.00e-56 214
MS.gene84843.t1 AT3G19210 31.515 495 274 16 458 905 180 656 1.15e-56 212
MS.gene84843.t1 AT3G19210 30.909 495 275 16 458 905 180 654 4.15e-54 206
MS.gene84843.t1 AT5G63950 29.297 512 271 17 455 907 374 853 2.43e-46 183
MS.gene84843.t1 AT5G63950 29.541 501 267 17 455 907 374 836 1.10e-43 174
MS.gene84843.t1 AT1G03750 30.851 282 178 6 446 716 128 403 2.67e-32 137
MS.gene84843.t1 AT1G03750 43.382 136 73 2 771 906 518 649 5.07e-23 107
MS.gene84843.t1 AT1G02670 25.720 521 285 17 479 923 156 650 7.95e-29 125
MS.gene84843.t1 AT1G02670 25.940 532 293 19 479 923 118 635 8.22e-29 125
MS.gene84843.t1 AT1G02670 25.940 532 293 19 479 923 145 662 1.10e-28 125
MS.gene84843.t1 AT1G02670 25.720 521 285 17 479 923 145 639 1.26e-28 124
MS.gene84843.t1 AT1G02670 25.146 513 286 17 479 907 118 616 1.75e-27 120
MS.gene84843.t1 AT1G02670 25.146 513 286 17 479 907 145 643 3.17e-27 120
MS.gene84843.t1 AT5G43530 32.219 329 158 11 479 766 683 987 1.31e-25 116
MS.gene84843.t1 AT5G43530 42.857 112 63 1 794 905 1121 1231 1.33e-16 87.0
MS.gene84843.t1 AT1G48310 26.374 455 271 15 480 915 191 600 2.02e-23 108
MS.gene84843.t1 AT1G48310 26.374 455 271 15 480 915 196 605 2.85e-23 107
MS.gene84843.t1 AT1G48310 26.374 455 271 15 480 915 191 600 4.51e-23 106
MS.gene84843.t1 AT1G08600 27.832 309 169 10 437 716 699 982 4.82e-22 104
MS.gene84843.t1 AT1G08600 36.090 133 72 3 784 903 1094 1226 6.31e-13 74.7
MS.gene84843.t1 AT5G22750 26.902 368 181 12 478 779 414 759 1.36e-20 99.8
MS.gene84843.t1 AT5G22750 37.500 136 82 2 770 905 851 983 4.40e-17 88.2
MS.gene84843.t1 AT1G08600 27.010 311 190 10 437 716 699 1003 5.23e-20 98.2
MS.gene84843.t1 AT1G08600 36.090 133 72 3 784 903 1115 1247 6.89e-13 74.7
MS.gene84843.t1 AT1G08600 27.010 311 190 10 437 716 699 1003 5.23e-20 98.2
MS.gene84843.t1 AT1G08600 36.090 133 72 3 784 903 1115 1247 6.89e-13 74.7
MS.gene84843.t1 AT1G08600 27.010 311 190 10 437 716 699 1003 5.23e-20 98.2
MS.gene84843.t1 AT1G08600 36.090 133 72 3 784 903 1115 1247 6.89e-13 74.7
MS.gene84843.t1 AT1G61140 38.060 134 79 2 794 924 959 1091 2.04e-19 95.9
MS.gene84843.t1 AT1G61140 38.060 134 79 2 794 924 1117 1249 2.77e-19 95.5
MS.gene84843.t1 AT1G11100 40.476 126 69 3 800 921 972 1095 3.21e-19 95.5
MS.gene84843.t1 AT1G11100 40.476 126 69 3 800 921 928 1051 3.32e-19 95.1
MS.gene84843.t1 AT1G11100 24.474 380 191 12 450 764 391 739 1.32e-16 86.7
MS.gene84843.t1 AT1G11100 40.476 126 69 3 800 921 1114 1237 3.62e-19 95.1
MS.gene84843.t1 AT1G11100 40.476 126 69 3 800 921 1115 1238 3.69e-19 95.1
MS.gene84843.t1 AT1G11100 40.476 126 69 3 800 921 1071 1194 3.94e-19 95.1
MS.gene84843.t1 AT1G11100 24.474 380 191 12 450 764 534 882 1.03e-16 87.4
MS.gene84843.t1 AT1G05120 35.065 154 95 3 790 939 669 821 9.44e-17 87.0
MS.gene84843.t1 AT1G50410 39.024 123 71 2 802 921 828 949 1.02e-16 87.0
MS.gene84843.t1 AT1G50410 39.024 123 71 2 802 921 828 949 1.02e-16 87.0
MS.gene84843.t1 AT1G50410 39.024 123 71 2 802 921 828 949 1.02e-16 87.0
MS.gene84843.t1 AT1G05120 35.065 154 95 3 790 939 712 864 1.04e-16 87.0
MS.gene84843.t1 AT3G20010 38.211 123 72 2 802 921 603 724 7.71e-16 84.0
MS.gene84843.t1 AT3G20010 38.211 123 72 2 802 921 628 749 7.73e-16 84.0
MS.gene84843.t1 AT3G20010 38.211 123 72 2 802 921 894 1015 8.85e-16 84.0
MS.gene84843.t1 AT3G20010 38.211 123 72 2 802 921 894 1015 8.85e-16 84.0
MS.gene84843.t1 AT3G20010 38.211 123 72 2 802 921 894 1015 8.85e-16 84.0
MS.gene84843.t1 AT5G05130 39.815 108 64 1 804 910 729 836 4.37e-15 81.6
MS.gene84843.t1 AT5G05130 24.723 271 160 9 511 769 361 599 5.77e-13 74.7
MS.gene84843.t1 AT3G16600 26.667 285 144 11 450 690 46 309 9.05e-15 80.1
MS.gene84843.t1 AT1G02670 31.765 170 95 5 479 631 145 310 8.71e-14 76.6
MS.gene84843.t1 AT5G07810 24.609 256 166 9 455 699 201 440 4.70e-12 72.0

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
56985 gene 159 8772 159 ID=MS.gene84843
56985 mRNA 159 8772 159 ID=MS.gene84843.t1;Parent=MS.gene84843
56985 exon 159 493 159 ID=MS.gene84843.t1.exon1;Parent=MS.gene84843.t1
56985 CDS 159 493 159 ID=cds.MS.gene84843.t1;Parent=MS.gene84843.t1
56985 exon 574 1426 574 ID=MS.gene84843.t1.exon2;Parent=MS.gene84843.t1
56985 CDS 574 1426 574 ID=cds.MS.gene84843.t1;Parent=MS.gene84843.t1
56985 exon 1604 1716 1604 ID=MS.gene84843.t1.exon3;Parent=MS.gene84843.t1
56985 CDS 1604 1716 1604 ID=cds.MS.gene84843.t1;Parent=MS.gene84843.t1
56985 exon 1900 1987 1900 ID=MS.gene84843.t1.exon4;Parent=MS.gene84843.t1
56985 CDS 1900 1987 1900 ID=cds.MS.gene84843.t1;Parent=MS.gene84843.t1
56985 exon 2086 2172 2086 ID=MS.gene84843.t1.exon5;Parent=MS.gene84843.t1
56985 CDS 2086 2172 2086 ID=cds.MS.gene84843.t1;Parent=MS.gene84843.t1
56985 exon 2351 2443 2351 ID=MS.gene84843.t1.exon6;Parent=MS.gene84843.t1
56985 CDS 2351 2443 2351 ID=cds.MS.gene84843.t1;Parent=MS.gene84843.t1
56985 exon 2526 2609 2526 ID=MS.gene84843.t1.exon7;Parent=MS.gene84843.t1
56985 CDS 2526 2609 2526 ID=cds.MS.gene84843.t1;Parent=MS.gene84843.t1
56985 exon 2854 3054 2854 ID=MS.gene84843.t1.exon8;Parent=MS.gene84843.t1
56985 CDS 2854 3054 2854 ID=cds.MS.gene84843.t1;Parent=MS.gene84843.t1
56985 exon 4707 4949 4707 ID=MS.gene84843.t1.exon9;Parent=MS.gene84843.t1
56985 CDS 4707 4949 4707 ID=cds.MS.gene84843.t1;Parent=MS.gene84843.t1
56985 exon 5032 6576 5032 ID=MS.gene84843.t1.exon10;Parent=MS.gene84843.t1
56985 CDS 5032 6576 5032 ID=cds.MS.gene84843.t1;Parent=MS.gene84843.t1
56985 exon 6666 7181 6666 ID=MS.gene84843.t1.exon11;Parent=MS.gene84843.t1
56985 CDS 6666 7181 6666 ID=cds.MS.gene84843.t1;Parent=MS.gene84843.t1
56985 exon 7504 7755 7504 ID=MS.gene84843.t1.exon12;Parent=MS.gene84843.t1
56985 CDS 7504 7755 7504 ID=cds.MS.gene84843.t1;Parent=MS.gene84843.t1
56985 exon 8146 8772 8146 ID=MS.gene84843.t1.exon13;Parent=MS.gene84843.t1
56985 CDS 8146 8772 8146 ID=cds.MS.gene84843.t1;Parent=MS.gene84843.t1
Gene Sequence

>MS.gene84843

GCAGAACAACCAAACCAGCCTACGGGAGGACAAAATCAAGTCAGATCTGCTGGACATATTGCTGCAGAACAACCACGGCATGTTGAGGCCAATGCCAAAGAATCACAATCTATTCCTGCCGTTAATGGACACAGTTCTGTAAAGCAGGAATCCTTTTCAAGAGAGGAGAAATCGGCTCCACCACCAGTTCATATCCAAGCTGTTATGCCATCTATGTCAAAGGAATCTGCTTCAACATCATCTGCGGGAAAGGAAGAGCAGAAAACAATTGGATCCTCTTTTAAGCCAAAGCAGGACAGTGAACATGGAAATAACAGTACTCCTGTTAGAAATGAGTCGGCATTAGATAGGGGAAAGGCTATTGCACCACAGGCCTCTGTATCTGACACAATGCAAATTACAAAACCTGCACAAGCAACCACTGTTTCTCAGCCGAAGGATGTGGGACAGCCAGAAAATATCACGGACCCCTGTTTGATTTTCCTTTCTTCACTAGGAAACATGACTCTTTTGGGTCGTCAATGATGGTAAACAACAACAACAATTTATCACTGGCATATGATGTCAAAGATCTTCTTTCTGAGGAAGGCGCTGAAGTACTTAACAAAAAGCGGACAGAAAATTTAAAGAAGATTGAAGGTTTACTGGCTGTAAATTTGGAGAGGAAACGAATTAGGCCTGATCTTGTGTTGAGACTTCAAATTGAAGAGAAAAAGCTCCGCCTTTTAGATGTTCAGGCACGTTTGAGGGATGAGATTGATCAACAGCAACAAGAGATAATGGCAATGCCTGATAGGCCATATCGTAAGTTTGTTAGGCTGTGTGAACGTCAGCGTATGGAACTTGTAAGACAAGTGCAGGCGTCTCAGAAAGCTGCAAGGGAGAAGCAACTCAAATCTATATTTCTATGGCGTAAGAAACTTCTTGAGGCACACTGGGCAATTCGTGATGCCCGTACTGCTCGCAACAGGGGGGTGGGTAAATATCATGAGAGGATGTTGAGGGAATTCTCAAAACATAAAGATGACGACAGAAGCAAAAGGTTAGAAGCCTTAAAAAACAATGATGTTGACAGATATAGGGAGATGTTGCTGGAGCAGCAGACTAGCATTCCGGGTGATGCTGCAGAGAGATATACTGTTCTTTCATCTTTCTTAAGCCAGACTGAAGAGTATCTACATAAATTAGGAAGCAAGATAACAGCTGCCAAAAATCAACAGGAAGTAGAGGAGGCAGCAAAAGCAGCTGCGGATGCTGCACGGTTGCAGGTATGCTTCATTGACTTCACTGATCCAACGTTCTGAGAAAAAGTCTTGTGTTGAATCCAATATTTTCTATACAAATTAGTTTTGAGGATCTGATTTTGATGGTTTCTAATGTTCTATATGAACTAGTTCTGTAAGGTCATTGACGTGTTCTGTTTCATTAATTGTTTTTGACCAAAGGGTCTTTCTGAAGAAGAAGTCAGGGCTGCTGCTGCTTGTGCCGGAGAGGAAGTGATGATTAGGAATCGTTTTCTGGAGATGAATGCTCCTAGAGACAGTTCATCCGTCAACAAGTGAGTTTTTGTTAATTTAGTTCCATATGTTTGTATATCTTGATTTTTGTTCGACACAAAAATGCATGAGCAACGGTGTAATTGTAATGAAATTCATTGGCTTATGTATTTTTTGTGCATTTTTATTTAAACAACTGTTTATGTAACTGTTTTCTAAACATAAGTTAATTTGCTTCTTTCCAGGTATTACAACCTCGCACATGCAGTGAATGAAATGGTCATAAGACAACCATCCCTATTACGAGCTGGAACATTGAGAGACTATCAGCTTGTAGGTTGCTACATTATTGAAATAGTTTTTCTTTAGTTGTTCACCATATGTTGTATTCTTAAGCATGTTTTTAATGCTTTGCCACAATTTTTTTTAAGGTTGGATTACAATGGATGCTTTCTTTGTACAACAACAAATTAAACGGAATTTTAGCAGATGAAATGGGTCTTGGCAAAACTGTACAGGTTGGCCTTATTAGTTTGTTGCTCTTCGCTTCCTTAGATCGGGAAGGACATTTACATAATTTTTTTTTGGCAGCCAAGTGACTTCATATTTCATAATTAAGTTTATTATGTTTTAAGGGTAATGTATTATAGGGTACTGTAATAATTGTTTGTTCCATCTATTTTATTTCCTCTCTAGGTTATGGCATTGATTGCATACTTGATGGAATTCAAAGGAAACTATGGTCCACATCTCATAATAGTCCCAAATGCTGTCATGGTTAACTGGAAGGTGAGTTTTTAGACTAACTCATGTGATTAATATTATTATTTTTGTAATTGTTTTGACAAGAGAAACTATCTTTATTGTACAGAGTGAGTTATATAAGTGGTTGCCATCTGTGTCGTGCATCTTTTATGCTGGAGGGAAGGATTATCGAACAAAATTATTTCATCAAGTAAGTGTGCATCAGGTTATTCATATAAAATGTTAATGTAGAAAGTAATTGGAAAATACTTTCATGTTTATTACCTCTGTTCATATAAATATTAGGACTAATAAACTGAAATAAATCAAATCAAATAGGACTAAATAAGAAAGCATAAAATCAAAGGAAAATATTACATATCTCCTGATTCTCCTACAACTAAAGTATAATTTTGTTAACTACTGCCTAAACTTCTTTTGTGCATTTACAATAGGTTTCTGCTCTGAAATTTAATGTCTTGGTGACTACTTATGAGTTCATCATGTATGACCGGTCAAAGCTTTCAAAAATTGATTGGAAGTATATCGTGATTGATGAAGCACAAAGAATGAAGGATAGAGATTCAGTTTTAGCTCGTGATCTTGATAGGTATCGTTGTCAAAGACGTCTACTTTTGACAGGAACGCCGTTGCAGGTCTGCTTTCTTTTTGATATAATATACTACATTGTTGTAAACAAATAATTTCTGTGACTGCATATACTTTATTTCTTTTATGCACTACTTGGATCAAATGATACCATTTTTGATCTTTTCTTGTTCAGCTTGTGTGGTGTTTCCCTTTATAACAAGCGTTGTTTGTTGGCATGTTAAATATCAGAATGTGTGCAAATTGGAACTTTTATTTATATAATCTCAAGATCTGTCGTATAGAATTCCAAATATCAGAATGAGGGGCTGTATTGTGCAGTTACCATTCTAGGTAACGAGGATAGGTAAGAAGCAAAATATATACGGAACCATTCAAAATAAAAAACCAAGGATAAAATATACCGTCTTTACATGACACTTATTTTCAATTTAGTCCTTATACATGACACTTATTTGTTGGAGTCTTGCATGACATATTGAATTGTAGGGACAAAATTAGAAATTATGCACATATATTATTATGAGACCCTATACACGACAGTCATTTTCAATGTGGTTCCTACACTTCAAAGCAACTCCATACAAAATGTCAGTGTCATTATAGCGGCACATCATAAATGAATACTGTAAATATTAAATGGGGCATAAAAATATATTTAACCAAAAATATAATTTTCTCCTAGTGTTTGCCACCAATAAGAATAGTACCTGACAGGTTTAGATTAGCTTTAAAAGAGCTTGGAGTCCAAGTTGTCATGCCTACCTGAAGGACAGGGCTAAGTATGATGTTAGACTGTTCGGTCAATTAACAGTTATCTACGGCAGGGCTGGCCCGAAATTGAGGGCCCCAGCATTTCATAATATATTCAGGTCAATCATTTAATATAATGGTTAAGTAATGTTGGTGAAATAAAATTGACAGAATACTTGACCGGTTTAGTGGTTGCGCGCGTTTTCCATTGGTTATAAGGTTGCGAGTTGAGTCCTTTCTTGGACATTTTTTTATTTTAATTGTTTTTTTTTTATTTGAAACAACCAGGAAAGTAAAAAAAGAATCCATCATTTAGCCATCATTATATTGTTACAATAAAAGGATGTTTATATATACTGGGTCAACTTTTATTAGGGGCCTAATTTTTTAAGTTAAGAACGGACTCCCCAAAGTGTTTAAGGCTATGGTACATTTTTTGTTTTCTGTCACAAGTTATTATACTACCAGGTGATATTTTCTGTTGGCCTGTACTTGAATTAATGATCAAATGCTTGAATATGTTGGCTCGTTACTGTATTATTTGGTCGAATATATCTTTAGGTTAATTGTTGCTAGTAGTGAATTAAAAAGTTCTTCTACAAGCACCTCCTAATTATTAAGTAGTTTCTTGATAAAATAAATGATTATATGTCAAGAGTGAACAACACCACCCACAGGCAAAGCCTTTTCACGCTAGGTGAGGTTGGATACATGGATTAAACAATGCCTTGGTGTCTTAATGTAAATTGTGTCCAATGATAGACGACCATTGAAATCCAAATCCTCCATAATAATGGCTTGACCTATTATTTTTCTTGGTTGCGCTCTGCTAAATTATTTAAACATTCTTAATGGAGTTGGTGTCAAGTGGTAACTGATAAGTATAGATACTTGATACAGTGTAATTTTGTTGATGGGATTATTTGTTGTGTGATTTTATCTGCAGAATGATTTGAAGGAACTCTGGTCGCTTTTAAATTTACTTCTTCCTGAGGTTTTTGATAACAAGAAAGCCTTTCATGATTGGTTCTCAAAACCATTTCAAAAGGAAGGTGCTGCTCAAAATGCAGAGGATGATTGGCTTGAGACAGAGAAGAAAGTCATCACAATCCATCGACTTCATCAGATTCTTGAACCTTTCATGCTCAGGCGACGAGTTGAAGATGTTGAAGGCTCACTACCACCAAAGGTGTGATTATAGCTCCCTAACCTTACTTGATCACTTATTCTATTTCTTATGGCTCAGACCTAATATTATTATTGCATTTCAGGACTCGATAGTTTTACGATGTAAAATGTCATCTGTCCAGAGTGCTATTTATGACTGGGTCAAATCAACTGGTACCCTTCGTCTTGATCCCGAGGATGAGGAACGTAAGGTTCAGAGGAATCCTAACTACCAGCTGAAGCAATATAAAACTTTAAACAACCGATGCATGGAGCTGAGGAAAACTTGCAATCATCCGTTGCTTAATTACCCATTCTTCAGCGACTTATCTAAAGAATTCATTGTAAAATCTTGTGGAAAATTGTGGATCCTGGATAGGATCCTGATAAAACTTCAAAGGACCGGACATCGTGTTCTACTATTCAGTACCATGACAAAACTTCTTGATATATTGGAAGAATACCTGCAGTGGCGAAGACTTGTGTACAGAAGAATTGACGGGACAACTAGTTTAGAAGACCGTGAATCAGCTATAAACGACTTCAATGGCCCTGATTCAGACTGTTTTATCTTCCTACTTAGCATTCGAGCTGCTGGAAGAGGCCTTAACCTTCAGTCTGCTGACACAGTTGTTATTTATGACCCTGATCCAAATCCTAAAAATGAGGAGCAGGCTGTTGCCAGAGCTCATCGCATTGGTCAGAAAAGACCAGTCAAGGTTATCTACATGGAAGCAGTTGTCGACAAAATCCCTAGTCATCAGAAGGAAGATGAAATGAGAGGTAGAGGCACTGTCGATCTGGAGGATGAACTTGCCGGCAAGGATCGCTACATAGGATCCATTGAGGGCCTCATAAGGAACAACATTCAGCAATATAAGATAGATATGGCTGATGAGGTGATTAATGCCGGACGTTTCGATCAAAGAACAACACACGAAGAAAGGCGTTTGACTTTGGAGACATTGTTACATGATGATGAGAGGTATCAAGAAACTGTCCATGATGTTCCATCATTGCAGGAGGTAAATCGTATGATTGCTAGGAGTGAAGAGGAAGTTGAACTCTTCGATCAAATGGATGATGAACTGGATTGGATTGAAGAGATGACATGTTATGATCATGTGCCTAAATGGATTCGTGCCAATACAAAAGAAGTTAATGCTGCTATAGCTGCTTTATCAAAAAGACCGTTAAAGAAAACTCTATTGGGTGGTAGTATTGCCGTGAATCCAAGTGAACTTGGTTCAGAAAGGAAAAGAGGCCGACCCAAAAAGCATACAAGTTATAAAGAGCTGGATGATGAAGATTTGGAATACTCTGAAGCAAGCTCTGAAGAAAGAAATGGATCTGCAAATGAAGAAGGGGAAGCAGGAGATTTCGAAGATGATGGGTATAGTGGAGCTGATGGAGCTCAGCCCATTGCTAAAGATCAACTGGAAAATAGTATGCTTTGTGACGGTGGATATGAATTTCCTCCATCTTTAGATATTGTCAGAAATAATCAAGTGGTTCAAGACGCTGGTTCTTCTGGATCTTCGGCCGACTGTCAAAAATTGACACAGATAGTATCACCATCAATTTCCGCTCAGAAATTTGGTTCCCTGTCAGCATTAGATGCCCGGCCAGGTTCCATTTCAAAAAGAATGGTATGTGGCTTCACATTGTATTTTGATTTTTTTTTTTTCGGTGGTAGTTTTCTATTTCATTCAGATTAAATTATGATGATTGTTGGCAGACAGATGAGTTAGAGGAAGGAGAAATAGCAGTATCCTTTGATTCACACATGGAGCATCAACAGTCTGGAAGTTGGATTCATGATCGCGATGAAGGTGAGGATGAGCAAGTTTTGCAGAAACCAAGGATTAAACGCAAACGTAGTATTCGTGTTCGACCCCGTCATGCCACTGAAAAACCTGAGGATAAGTCTGGTAGTGAAACGATTCCTCGTTTGTCAGTTCAAGCAGACCGTAAATATCAAGCACAGCTGAGGACTGACCTAGAATCGAAATCACATGTAGAGTCCAATGCCAGTAGGAATGAGCAAAATTCTTCAATAAAAAATAAGCGTACCTTACCTTCAAGGAGGGTTGCTAATACATCCAAATTACATAGCTCACCAAAGCCTACTCGTTTGTCTGCTCCTTCAGAGGATGGTGGTGAACATTCTAGGGAAAGCTGGGAGGGGAAGCCTATCAATTCAAGTGGATCTTCTGCTCATGGCTCTAGGATGACAGAAATCATCCAGAGAAGGGTATGTGTCTTTAATTGAAGGATCTTTTTACTTTCTTCTACAGTGGTCTTGTGTTTTCCTTGATGGAGCGTGTCTCATTGCGTGTTAAATGAAGTGGCATTATTCTTGATTTAAAGCAATAGTAATTATGTAACTATATAAGGTTGCCAACTAAGGTTCCAAGCCTGATAACATTTTTTTTTTAATTTGTTCATTTCCATATTTGACGAAGACTTCCCGTTGGTTATATTAGTTTAATCTCACTTGTATGAGATGTTCCATTTCACATTCTTGTTTGTCTTTACTGTTAGAATTTGAACTCATACAGTTATTGCACTTGCAGTGCAAAAATGTAATTAGCAAGCTCCAAAGGAGGATAGACAAGGAAGGCCATCAAATTGTACCTCTGTTAACAGATTTGTGGAAGAGGATTGAGAATTCTGGGTACAGTGGTGGATCTGGGAATAATCTGTTGGATTTACGAAAGATTGATCAACGAATTGATAAATTGGAGTATACTGGAGCAACAGATCTTGTATTTGACGTCCAGTTCATGTTAAAGAGCGCGATGCAATATTATGGTTTTTCCCTTGAGGTGAGATTTCTTGTCTATAAAATGGACTTGCATGCATTAATTAATTCAAACATTTCTCTGTCTATCATATTAATTATGCAATGAGGGAAAATCCGATGAAATAAAATCTCGGTTCTGTCCCAGTTATCAATATGCTTCGAATATAGTGATATATTCAAACCTGTACGTACAAACAACAAGACTTATGTGAAGCTCTTTGTATTTCCATAATTCTTGCTCTTTGCAGCATTCAAAGGGATTCTTCCTCAAATGTGCGCCCAAATGTGGAACAACTTGTGTCTGACTTTTAGTGTCTTAAGTTCAAGATTGCTGTGGATGTTGATTTCCCAGAGAATCTACTATTTCAAATATTTTATGAATGTTAAATATATATATATATTTTATTTTCAGGTAAGAACTGAAGCAAGGAAGGTTCATAATCTCTTTTTCGATATATTGAAAATTGCATTTCCTGATACTGACTTCCAAGACGCAAAAAGTGCACTCTCTTTCACTGGTCCAATCTCTGCCCCCACCATGGTATCGTCTCCAAGGCAAGTGGCTGTTGGCCAAGGCAAGAGGCACAGGCTGGTAAATGAAGTGGAACCGGATTCACACCCTTCACAGAGGCAGCTACAGCGCGGATCAGCTTCTAGCGGTGAAAACAGCAGGATTAGAGTCCGTGTCCCACCAAAGGAATCAAGATCCGGATATGGAAGCGGTAGCAGCATTCGAGAGCAACCTCAGCAGCAGGATGATTCTCCTCCACTACTCACTCATCCAGGCGAACTTGTTGTATGCAAGAAAAGAAGAAATGAGAGGGAGAAATCATTGGTGAAGTCTCGGACTGGTCCTGTTTCACCATCTATGAGAAGTCCTGGGGCAGGTTCAGTCCCTAAGGATGTTAGATTAACTCAACAGACTCAAGGGTGGACTGGCCAACCATCTTCTCAACAACCAAATGGGTCAGTTGGGTGGGCCAATCCTGTAAAGAGGCTAAGAACAGATTCTGGTAAGAGGAGACCAAGTCATATGTAA
Protein sequence

>MS.gene84843.t1

AEQPNQPTGGQNQVRSAGHIAAEQPRHVEANAKESQSIPAVNGHSSVKQESFSREEKSAPPPVHIQAVMPSMSKESASTSSAGKEEQKTIGSSFKPKQDSEHGNNSTPVRNDNHCFSAEGCGTARKYHGPLFDFPFFTRKHDSFGSSMMVNNNNNLSLAYDVKDLLSEEGAEVLNKKRTENLKKIEGLLAVNLERKRIRPDLVLRLQIEEKKLRLLDVQARLRDEIDQQQQEIMAMPDRPYRKFVRLCERQRMELVRQVQASQKAAREKQLKSIFLWRKKLLEAHWAIRDARTARNRGVGKYHERMLREFSKHKDDDRSKRLEALKNNDVDRYREMLLEQQTSIPGDAAERYTVLSSFLSQTEEYLHKLGSKITAAKNQQEVEEAAKAAADAARLQGLSEEEVRAAAACAGEEVMIRNRFLEMNAPRDSSSVNKYYNLAHAVNEMVIRQPSLLRAGTLRDYQLVGLQWMLSLYNNKLNGILADEMGLGKTVQVMALIAYLMEFKGNYGPHLIIVPNAVMVNWKSELYKWLPSVSCIFYAGGKDYRTKLFHQVSALKFNVLVTTYEFIMYDRSKLSKIDWKYIVIDEAQRMKDRDSVLARDLDRYRCQRRLLLTGTPLQNDLKELWSLLNLLLPEVFDNKKAFHDWFSKPFQKEGAAQNAEDDWLETEKKVITIHRLHQILEPFMLRRRVEDVEGSLPPKDSIVLRCKMSSVQSAIYDWVKSTGTLRLDPEDEERKVQRNPNYQLKQYKTLNNRCMELRKTCNHPLLNYPFFSDLSKEFIVKSCGKLWILDRILIKLQRTGHRVLLFSTMTKLLDILEEYLQWRRLVYRRIDGTTSLEDRESAINDFNGPDSDCFIFLLSIRAAGRGLNLQSADTVVIYDPDPNPKNEEQAVARAHRIGQKRPVKVIYMEAVVDKIPSHQKEDEMRGRGTVDLEDELAGKDRYIGSIEGLIRNNIQQYKIDMADEVINAGRFDQRTTHEERRLTLETLLHDDERYQETVHDVPSLQEVNRMIARSEEEVELFDQMDDELDWIEEMTCYDHVPKWIRANTKEVNAAIAALSKRPLKKTLLGGSIAVNPSELGSERKRGRPKKHTSYKELDDEDLEYSEASSEERNGSANEEGEAGDFEDDGYSGADGAQPIAKDQLENSMLCDGGYEFPPSLDIVRNNQVVQDAGSSGSSADCQKLTQIVSPSISAQKFGSLSALDARPGSISKRMTDELEEGEIAVSFDSHMEHQQSGSWIHDRDEGEDEQVLQKPRIKRKRSIRVRPRHATEKPEDKSGSETIPRLSVQADRKYQAQLRTDLESKSHVESNASRNEQNSSIKNKRTLPSRRVANTSKLHSSPKPTRLSAPSEDGGEHSRESWEGKPINSSGSSAHGSRMTEIIQRRCKNVISKLQRRIDKEGHQIVPLLTDLWKRIENSGYSGGSGNNLLDLRKIDQRIDKLEYTGATDLVFDVQFMLKSAMQYYGFSLEVRTEARKVHNLFFDILKIAFPDTDFQDAKSALSFTGPISAPTMVSSPRQVAVGQGKRHRLVNEVEPDSHPSQRQLQRGSASSGENSRIRVRVPPKESRSGYGSGSSIREQPQQQDDSPPLLTHPGELVVCKKRRNEREKSLVKSRTGPVSPSMRSPGAGSVPKDVRLTQQTQGWTGQPSSQQPNGSVGWANPVKRLRTDSGKRRPSHM