AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene25717

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene25717.t1 MTR_3g082200 96.762 772 25 0 1 772 1 772 0.0 1546
MS.gene25717.t1 MTR_3g082200 96.918 649 20 0 124 772 1 649 0.0 1301
MS.gene25717.t1 MTR_3g082200 96.921 617 19 0 156 772 18 634 0.0 1236
MS.gene25717.t1 MTR_4g134320 59.583 767 299 7 10 772 9 768 0.0 949
MS.gene25717.t1 MTR_7g098070 59.973 747 288 7 29 772 26 764 0.0 931
MS.gene25717.t1 MTR_4g103480 57.388 758 305 11 23 770 38 787 0.0 865
MS.gene25717.t1 MTR_4g103490 57.013 770 303 10 21 770 23 784 0.0 862
MS.gene25717.t1 MTR_4g103450 57.523 751 301 11 30 770 2 744 0.0 856
MS.gene25717.t1 MTR_4g103400 54.930 781 320 13 3 763 1 769 0.0 847
MS.gene25717.t1 MTR_4g103495 58.475 708 285 7 21 722 20 724 0.0 840
MS.gene25717.t1 MTR_3g061110 53.585 767 333 8 8 770 6 753 0.0 820
MS.gene25717.t1 MTR_4g103430 54.293 757 326 12 23 769 22 768 0.0 818
MS.gene25717.t1 MTR_5g096750 54.881 758 315 11 23 770 25 765 0.0 806
MS.gene25717.t1 MTR_5g085690 51.334 787 349 12 10 769 9 788 0.0 755
MS.gene25717.t1 MTR_4g103495 58.039 622 254 5 156 770 3 624 0.0 733
MS.gene25717.t1 MTR_5g055920 57.845 631 251 8 150 770 42 667 0.0 728
MS.gene25717.t1 MTR_7g081750 48.777 777 355 15 29 770 30 798 0.0 712
MS.gene25717.t1 MTR_7g081420 48.412 787 355 18 14 770 20 785 0.0 701
MS.gene25717.t1 MTR_7g081500 50.128 782 360 18 10 770 11 783 0.0 696
MS.gene25717.t1 MTR_7g081580 48.718 780 362 19 14 770 20 784 0.0 686
MS.gene25717.t1 MTR_7g481600 47.821 780 369 19 14 770 20 784 0.0 669
MS.gene25717.t1 MTR_7g081380 47.788 791 356 20 26 770 28 807 0.0 665
MS.gene25717.t1 MTR_4g095360 46.110 707 353 13 75 769 64 754 0.0 613
MS.gene25717.t1 MTR_2g042130 45.839 709 365 11 69 767 71 770 0.0 610
MS.gene25717.t1 MTR_4g073540 44.505 728 364 15 70 772 58 770 0.0 604
MS.gene25717.t1 MTR_5g016120 43.243 777 398 16 7 768 11 759 0.0 600
MS.gene25717.t1 MTR_7g075900 43.079 708 374 14 75 769 80 771 0.0 589
MS.gene25717.t1 MTR_8g021130 45.152 722 351 16 74 770 74 775 0.0 579
MS.gene25717.t1 MTR_1g102350 40.558 789 414 17 7 769 17 776 0.0 577
MS.gene25717.t1 MTR_0047s0120 42.432 773 408 15 7 767 7 754 0.0 576
MS.gene25717.t1 MTR_1g018510 43.555 737 374 15 54 767 6 723 0.0 574
MS.gene25717.t1 MTR_3g102810 43.288 730 381 13 55 767 39 752 0.0 573
MS.gene25717.t1 MTR_2g018135 41.253 766 412 17 31 769 28 782 0.0 572
MS.gene25717.t1 MTR_2g018125 40.654 765 418 16 31 769 29 783 0.0 566
MS.gene25717.t1 MTR_7g098630 41.797 768 394 17 28 771 24 762 0.0 565
MS.gene25717.t1 MTR_5g025010 41.237 776 411 18 9 770 6 750 0.0 560
MS.gene25717.t1 MTR_8g022870 42.703 740 389 15 56 769 45 775 0.0 559
MS.gene25717.t1 MTR_8g072440 41.036 753 401 15 29 770 33 753 0.0 557
MS.gene25717.t1 MTR_4g125180 44.006 709 364 16 75 767 58 749 0.0 555
MS.gene25717.t1 MTR_8g072440 41.864 719 381 14 63 770 19 711 0.0 551
MS.gene25717.t1 MTR_4g053630 41.601 762 398 20 28 772 1 732 0.0 550
MS.gene25717.t1 MTR_5g025010 41.644 742 391 16 40 770 8 718 0.0 548
MS.gene25717.t1 MTR_8g083220 41.429 770 401 20 25 772 36 777 0.0 548
MS.gene25717.t1 MTR_8g079900 41.755 752 382 16 29 769 35 741 0.0 536
MS.gene25717.t1 MTR_8g033150 41.931 756 386 17 24 769 12 724 1.92e-180 534
MS.gene25717.t1 MTR_8g033150 42.190 749 380 17 31 769 46 751 7.65e-180 533
MS.gene25717.t1 MTR_3g104930 40.633 758 397 18 31 769 38 761 5.25e-173 516
MS.gene25717.t1 MTR_4g102400 41.413 722 382 18 57 769 63 752 2.90e-169 506
MS.gene25717.t1 MTR_4g053630 42.751 676 347 19 114 772 3 655 3.91e-167 498
MS.gene25717.t1 MTR_8g042670 38.675 755 421 15 29 770 33 758 1.15e-166 500
MS.gene25717.t1 MTR_7g075890 38.645 753 400 15 31 769 193 897 1.66e-166 504
MS.gene25717.t1 MTR_4g053635 41.261 698 371 19 90 772 2 675 2.30e-166 496
MS.gene25717.t1 MTR_8g079900 42.183 678 344 15 103 769 3 643 3.67e-166 494
MS.gene25717.t1 MTR_3g114420 40.230 783 417 19 10 772 16 767 3.89e-166 499
MS.gene25717.t1 MTR_8g042710 37.714 761 435 19 29 770 24 764 9.14e-163 490
MS.gene25717.t1 MTR_5g011340 39.015 751 410 14 28 769 39 750 9.63e-160 482
MS.gene25717.t1 MTR_5g011310 37.918 778 437 14 9 769 5 753 8.26e-157 474
MS.gene25717.t1 MTR_5g011190 38.303 778 434 14 9 769 5 753 1.56e-156 474
MS.gene25717.t1 MTR_5g011320 38.431 752 412 12 28 769 35 745 2.75e-156 473
MS.gene25717.t1 MTR_1g048110 36.919 753 408 19 29 770 35 731 5.24e-156 471
MS.gene25717.t1 MTR_7g104200 37.418 759 413 17 27 769 29 741 1.78e-154 468
MS.gene25717.t1 MTR_1g007030 36.605 754 411 19 29 770 35 733 3.18e-154 467
MS.gene25717.t1 MTR_5g011370 38.046 778 436 14 9 769 25 773 3.99e-154 468
MS.gene25717.t1 MTR_7g034380 37.483 731 392 20 54 770 13 692 2.48e-153 463
MS.gene25717.t1 MTR_8g024390 39.034 725 392 19 65 769 63 757 5.10e-152 462
MS.gene25717.t1 MTR_6g055570 39.210 709 365 22 78 772 76 732 1.49e-151 460
MS.gene25717.t1 MTR_8g006680 38.462 754 389 21 29 770 33 723 1.67e-151 460
MS.gene25717.t1 MTR_8g005300 38.462 754 389 21 29 770 33 723 1.67e-151 460
MS.gene25717.t1 MTR_8g005640 38.462 754 389 21 29 770 33 723 1.67e-151 460
MS.gene25717.t1 MTR_8g024420 39.496 714 384 16 75 769 37 721 2.31e-151 459
MS.gene25717.t1 MTR_8g005710 37.483 739 385 22 56 770 14 699 3.67e-151 458
MS.gene25717.t1 MTR_1g078110 38.920 722 375 19 75 772 77 756 7.51e-151 459
MS.gene25717.t1 MTR_5g011280 38.952 706 391 12 72 769 82 755 2.76e-148 452
MS.gene25717.t1 MTR_1g006990 36.905 756 408 22 29 770 35 735 3.33e-148 451
MS.gene25717.t1 MTR_3g010080 36.842 779 422 23 8 770 8 732 5.75e-148 451
MS.gene25717.t1 MTR_3g464790 38.739 777 398 18 10 769 16 731 4.78e-147 448
MS.gene25717.t1 MTR_5g011270 40.368 706 377 13 72 769 82 751 5.19e-147 449
MS.gene25717.t1 MTR_6g055410 36.689 755 392 25 29 772 35 714 1.21e-146 447
MS.gene25717.t1 MTR_8g024380 39.310 725 366 21 75 769 78 758 2.85e-146 447
MS.gene25717.t1 MTR_5g011260 39.943 706 380 14 72 769 82 751 4.04e-146 446
MS.gene25717.t1 MTR_8g042670 39.748 634 349 12 150 770 21 634 2.92e-145 441
MS.gene25717.t1 MTR_1g079120 38.329 754 391 24 52 769 45 760 1.43e-143 440
MS.gene25717.t1 MTR_7g079310 36.084 812 422 26 4 769 3 763 2.60e-142 437
MS.gene25717.t1 MTR_6g075370 36.814 747 353 19 28 758 32 675 3.13e-141 432
MS.gene25717.t1 MTR_7g118080 37.395 714 395 16 77 772 79 758 2.70e-138 427
MS.gene25717.t1 MTR_8g024370 36.632 778 433 21 17 769 14 756 1.60e-137 424
MS.gene25717.t1 MTR_2g049200 38.750 720 387 16 75 772 71 758 2.59e-137 424
MS.gene25717.t1 MTR_7g079300 37.466 726 398 25 67 769 73 765 2.70e-135 419
MS.gene25717.t1 MTR_3g114410 41.710 573 296 14 31 594 37 580 1.30e-130 400
MS.gene25717.t1 MTR_2g044630 34.097 786 402 24 10 769 10 705 3.81e-129 401
MS.gene25717.t1 MTR_8g042710 37.745 612 343 17 29 623 24 614 1.54e-123 385
MS.gene25717.t1 MTR_2g042640 36.747 664 311 22 79 731 46 611 3.85e-119 372
MS.gene25717.t1 MTR_3g452290 35.714 672 321 18 104 770 4 569 1.79e-118 369
MS.gene25717.t1 MTR_3g451220 35.714 672 321 18 104 770 4 569 1.79e-118 369
MS.gene25717.t1 MTR_4g071560 38.420 557 291 7 49 597 10 522 1.03e-117 366
MS.gene25717.t1 MTR_4g127480 33.507 767 446 24 50 770 66 814 1.77e-107 347
MS.gene25717.t1 MTR_2g037850 33.247 776 445 28 42 767 59 811 9.26e-101 330
MS.gene25717.t1 MTR_2g042650 30.858 781 381 23 8 772 8 645 8.58e-98 317
MS.gene25717.t1 MTR_2g046740 31.918 777 441 25 53 769 90 838 4.70e-90 301
MS.gene25717.t1 MTR_8g089230 30.975 749 441 23 76 769 118 845 6.01e-90 301
MS.gene25717.t1 MTR_5g081100 36.095 507 232 15 28 523 1 426 4.79e-85 276
MS.gene25717.t1 MTR_4g132620 29.207 832 499 28 6 772 11 817 1.46e-80 275
MS.gene25717.t1 MTR_8g027260 39.071 366 186 8 10 373 16 346 2.82e-70 243
MS.gene25717.t1 MTR_8g027260 38.806 335 179 10 445 770 335 652 2.09e-64 227
MS.gene25717.t1 MTR_7g079295 39.080 348 199 5 67 412 72 408 8.01e-66 228
MS.gene25717.t1 MTR_7g079295 38.217 157 86 6 621 769 356 509 8.52e-18 87.8
MS.gene25717.t1 MTR_3g114160 39.329 328 140 7 72 394 4 277 1.95e-61 211
MS.gene25717.t1 MTR_5g081280 36.047 344 161 11 19 358 9 297 2.36e-58 201
MS.gene25717.t1 MTR_2g070250 35.734 361 184 9 160 519 93 406 5.06e-54 192
MS.gene25717.t1 MTR_8g092940 40.086 232 113 6 73 304 26 231 2.12e-41 151
MS.gene25717.t1 MTR_3g114140 36.680 259 149 7 481 728 169 423 2.21e-39 151
MS.gene25717.t1 MTR_3g114140 42.775 173 60 3 196 365 12 148 2.14e-28 119
MS.gene25717.t1 MTR_7g081660 43.407 182 97 5 593 770 374 553 2.50e-36 145
MS.gene25717.t1 MTR_4g053665 33.730 252 127 7 522 772 1 213 4.24e-35 133
MS.gene25717.t1 MTR_4g126230 33.659 205 125 3 476 678 29 224 6.13e-34 130
MS.gene25717.t1 MTR_2g070260 36.453 203 115 6 563 759 1 195 9.54e-34 129
MS.gene25717.t1 MTR_5g081130 33.939 165 99 4 612 769 11 172 5.20e-25 103
MS.gene25717.t1 MTR_5g044060 40.288 139 71 4 491 622 1 134 6.42e-24 100
MS.gene25717.t1 MTR_8g027660 30.049 203 116 5 574 769 63 246 1.88e-20 92.0
MS.gene25717.t1 MTR_5g011300 45.361 97 53 0 563 659 1 97 1.70e-19 84.3
MS.gene25717.t1 MTR_7g097250 29.375 160 88 2 421 580 42 176 3.31e-15 74.7
MS.gene25717.t1 MTR_5g079315 54.054 74 28 2 287 355 2 74 1.90e-13 66.6
MS.gene25717.t1 MTR_3g114400 29.143 175 103 5 602 769 2 162 7.32e-13 67.8
MS.gene25717.t1 MTR_3g005755 46.479 71 36 2 553 621 236 306 4.76e-12 68.2
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene25717.t1 AT2G04160 63.893 745 261 7 30 770 31 771 0.0 981
MS.gene25717.t1 AT5G59810 61.060 755 286 5 17 770 28 775 0.0 944
MS.gene25717.t1 AT5G67360 46.770 774 373 19 7 769 9 754 0.0 657
MS.gene25717.t1 AT5G45650 42.711 782 393 16 27 769 23 788 0.0 603
MS.gene25717.t1 AT5G45650 42.711 782 393 16 27 769 23 788 0.0 603
MS.gene25717.t1 AT4G34980 44.218 735 370 16 56 769 43 758 0.0 602
MS.gene25717.t1 AT3G14067 42.351 791 407 17 3 770 4 768 0.0 595
MS.gene25717.t1 AT2G05920 45.052 768 370 20 15 767 17 747 0.0 593
MS.gene25717.t1 AT3G14240 42.954 738 386 13 56 769 43 769 0.0 578
MS.gene25717.t1 AT1G04110 41.220 803 398 21 6 769 3 770 0.0 557
MS.gene25717.t1 AT5G51750 39.670 789 433 18 3 769 7 774 0.0 545
MS.gene25717.t1 AT1G01900 42.113 710 379 12 75 769 79 771 1.07e-178 531
MS.gene25717.t1 AT4G10520 39.565 781 416 18 7 770 4 745 7.52e-177 526
MS.gene25717.t1 AT1G20160 42.503 727 370 18 69 771 22 724 2.31e-172 513
MS.gene25717.t1 AT1G20160 41.000 800 395 22 5 771 8 763 3.04e-172 514
MS.gene25717.t1 AT1G66210 39.797 789 409 21 3 770 8 751 2.65e-170 509
MS.gene25717.t1 AT4G21650 40.260 770 384 20 29 770 40 761 1.01e-169 508
MS.gene25717.t1 AT5G59090 40.741 756 379 19 27 769 29 728 1.58e-169 506
MS.gene25717.t1 AT5G59090 40.741 756 374 20 27 769 29 723 2.53e-168 503
MS.gene25717.t1 AT5G59090 40.741 756 377 20 27 769 29 726 3.23e-168 503
MS.gene25717.t1 AT4G21630 39.899 792 404 21 7 770 7 754 1.36e-167 502
MS.gene25717.t1 AT4G10550 39.765 767 411 19 26 770 30 767 4.77e-167 501
MS.gene25717.t1 AT4G10550 39.765 767 411 19 26 770 46 783 9.01e-167 501
MS.gene25717.t1 AT5G59120 40.293 752 380 20 31 769 32 727 6.26e-166 497
MS.gene25717.t1 AT5G45640 39.211 760 381 19 67 772 22 754 1.34e-165 497
MS.gene25717.t1 AT4G10530 37.900 781 415 18 8 770 8 736 6.13e-165 495
MS.gene25717.t1 AT5G03620 38.411 768 408 17 27 769 31 758 1.61e-164 494
MS.gene25717.t1 AT1G66220 37.877 763 400 19 29 770 36 745 2.11e-164 494
MS.gene25717.t1 AT1G20150 39.113 767 414 20 31 771 33 772 4.32e-164 494
MS.gene25717.t1 AT4G10540 39.244 767 416 19 26 770 26 764 1.01e-163 493
MS.gene25717.t1 AT1G32960 38.592 767 419 19 27 770 29 766 2.00e-163 492
MS.gene25717.t1 AT4G21640 37.579 793 391 17 8 770 10 728 1.28e-162 488
MS.gene25717.t1 AT5G59190 39.398 731 374 20 57 772 15 691 3.55e-162 486
MS.gene25717.t1 AT3G46850 39.535 774 411 22 8 771 10 736 4.15e-162 487
MS.gene25717.t1 AT1G32940 38.853 767 417 19 27 770 26 763 1.60e-161 487
MS.gene25717.t1 AT5G11940 38.301 765 410 18 25 770 32 753 4.38e-161 486
MS.gene25717.t1 AT3G46840 39.922 774 407 22 8 771 11 736 4.40e-161 485
MS.gene25717.t1 AT4G10510 39.267 764 418 17 26 770 30 766 7.04e-161 486
MS.gene25717.t1 AT4G26330 40.028 727 394 18 67 769 13 721 2.74e-160 483
MS.gene25717.t1 AT4G10510 39.108 762 418 17 28 770 20 754 1.10e-159 482
MS.gene25717.t1 AT5G59130 39.119 772 397 19 8 769 17 725 1.28e-159 481
MS.gene25717.t1 AT4G10550 39.836 733 397 18 60 770 1 711 1.29e-159 480
MS.gene25717.t1 AT4G10550 39.836 733 397 18 60 770 1 711 1.29e-159 480
MS.gene25717.t1 AT5G59100 38.309 757 401 20 31 772 35 740 3.14e-159 480
MS.gene25717.t1 AT5G59130 39.119 772 393 20 8 769 17 721 3.41e-158 477
MS.gene25717.t1 AT5G59130 40.503 716 360 17 69 769 22 686 1.86e-157 474
MS.gene25717.t1 AT4G26330 39.271 741 394 19 67 769 13 735 2.10e-156 473
MS.gene25717.t1 AT5G58830 38.831 770 382 21 12 769 13 705 7.62e-156 470
MS.gene25717.t1 AT1G32950 38.824 765 421 17 26 770 25 762 8.54e-155 469
MS.gene25717.t1 AT5G59130 38.601 772 391 20 8 769 17 715 3.62e-154 466
MS.gene25717.t1 AT1G32940 38.965 734 403 18 60 770 1 712 6.57e-154 466
MS.gene25717.t1 AT1G32940 38.965 734 403 18 60 770 1 712 6.57e-154 466
MS.gene25717.t1 AT4G00230 38.083 751 408 18 31 769 38 743 1.72e-153 466
MS.gene25717.t1 AT5G58840 38.286 747 378 17 31 769 35 706 2.72e-153 464
MS.gene25717.t1 AT4G10510 39.178 730 405 16 60 770 1 710 1.36e-152 462
MS.gene25717.t1 AT4G10510 39.021 715 397 16 75 770 1 695 7.69e-149 452
MS.gene25717.t1 AT1G32950 38.988 731 406 16 60 770 1 711 2.78e-147 449
MS.gene25717.t1 AT5G58820 36.999 773 397 20 9 769 6 700 3.34e-145 442
MS.gene25717.t1 AT4G21323 36.268 761 433 19 23 770 73 794 3.56e-143 441
MS.gene25717.t1 AT4G15040 38.812 724 381 16 56 769 14 685 5.42e-143 436
MS.gene25717.t1 AT4G15040 38.812 724 381 16 56 769 14 685 5.42e-143 436
MS.gene25717.t1 AT4G21326 36.575 730 402 15 60 770 1 688 2.37e-137 422
MS.gene25717.t1 AT1G32970 35.211 781 423 25 11 770 5 723 5.21e-134 414
MS.gene25717.t1 AT5G03620 40.625 576 303 11 27 594 31 575 2.14e-132 405
MS.gene25717.t1 AT4G00230 40.526 570 300 12 31 597 38 571 1.83e-123 382
MS.gene25717.t1 AT1G32940 39.399 599 315 16 27 605 26 596 8.98e-123 381
MS.gene25717.t1 AT5G67090 35.269 706 391 16 72 758 57 715 5.64e-121 380
MS.gene25717.t1 AT5G58840 37.797 590 293 12 11 594 10 531 3.93e-118 367
MS.gene25717.t1 AT1G20160 43.070 469 232 11 69 523 61 508 1.67e-102 327
MS.gene25717.t1 AT5G44530 33.761 779 427 28 53 771 86 835 1.71e-102 335
MS.gene25717.t1 AT4G30020 33.735 747 419 30 76 768 86 810 7.08e-99 324
MS.gene25717.t1 AT4G30020 33.735 747 419 30 76 768 86 810 7.08e-99 324
MS.gene25717.t1 AT4G30020 33.735 747 419 30 76 768 86 810 7.08e-99 324
MS.gene25717.t1 AT4G30020 33.735 747 419 30 76 768 86 810 7.08e-99 324
MS.gene25717.t1 AT2G19170 33.033 778 447 29 42 768 55 809 2.46e-98 323
MS.gene25717.t1 AT2G19170 33.033 778 447 29 42 768 55 809 2.46e-98 323
MS.gene25717.t1 AT1G30600 33.467 750 422 26 76 769 98 826 1.37e-97 322
MS.gene25717.t1 AT4G20430 31.730 769 454 24 53 769 99 848 1.66e-97 322
MS.gene25717.t1 AT4G20430 31.730 769 454 24 53 769 99 848 1.66e-97 322
MS.gene25717.t1 AT5G44530 32.463 804 429 28 53 771 86 860 2.01e-97 322
MS.gene25717.t1 AT4G20430 31.759 762 439 23 53 769 99 824 2.39e-93 310
MS.gene25717.t1 AT2G39850 30.483 807 446 34 24 772 19 768 6.74e-89 296
MS.gene25717.t1 AT5G58840 36.609 519 255 12 11 523 10 460 4.20e-87 283
MS.gene25717.t1 AT1G62340 31.061 792 449 30 47 772 72 832 1.92e-81 278
MS.gene25717.t1 AT5G44530 33.209 536 289 19 53 540 86 600 6.24e-59 211
MS.gene25717.t1 AT1G32980 42.391 184 102 3 559 738 3 186 8.78e-41 148
MS.gene25717.t1 AT5G59110 38.889 162 89 5 617 769 6 166 9.71e-24 99.4

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
24220 gene 45391 52936 45391 ID=MS.gene25717
24220 mRNA 45391 52936 45391 ID=MS.gene25717.t1;Parent=MS.gene25717
24220 exon 45391 45477 45391 ID=MS.gene25717.t1.exon1;Parent=MS.gene25717.t1
24220 CDS 45391 45477 45391 ID=cds.MS.gene25717.t1;Parent=MS.gene25717.t1
24220 exon 45555 45667 45555 ID=MS.gene25717.t1.exon2;Parent=MS.gene25717.t1
24220 CDS 45555 45667 45555 ID=cds.MS.gene25717.t1;Parent=MS.gene25717.t1
24220 exon 45775 45872 45775 ID=MS.gene25717.t1.exon3;Parent=MS.gene25717.t1
24220 CDS 45775 45872 45775 ID=cds.MS.gene25717.t1;Parent=MS.gene25717.t1
24220 exon 45962 46129 45962 ID=MS.gene25717.t1.exon4;Parent=MS.gene25717.t1
24220 CDS 45962 46129 45962 ID=cds.MS.gene25717.t1;Parent=MS.gene25717.t1
24220 exon 47708 47816 47708 ID=MS.gene25717.t1.exon5;Parent=MS.gene25717.t1
24220 CDS 47708 47816 47708 ID=cds.MS.gene25717.t1;Parent=MS.gene25717.t1
24220 exon 49950 50487 49950 ID=MS.gene25717.t1.exon6;Parent=MS.gene25717.t1
24220 CDS 49950 50487 49950 ID=cds.MS.gene25717.t1;Parent=MS.gene25717.t1
24220 exon 51109 51203 51109 ID=MS.gene25717.t1.exon7;Parent=MS.gene25717.t1
24220 CDS 51109 51203 51109 ID=cds.MS.gene25717.t1;Parent=MS.gene25717.t1
24220 exon 51332 51577 51332 ID=MS.gene25717.t1.exon8;Parent=MS.gene25717.t1
24220 CDS 51332 51577 51332 ID=cds.MS.gene25717.t1;Parent=MS.gene25717.t1
24220 exon 51676 51790 51676 ID=MS.gene25717.t1.exon9;Parent=MS.gene25717.t1
24220 CDS 51676 51790 51676 ID=cds.MS.gene25717.t1;Parent=MS.gene25717.t1
24220 exon 51884 52097 51884 ID=MS.gene25717.t1.exon10;Parent=MS.gene25717.t1
24220 CDS 51884 52097 51884 ID=cds.MS.gene25717.t1;Parent=MS.gene25717.t1
24220 exon 52401 52936 52401 ID=MS.gene25717.t1.exon11;Parent=MS.gene25717.t1
24220 CDS 52401 52936 52401 ID=cds.MS.gene25717.t1;Parent=MS.gene25717.t1
Gene Sequence

>MS.gene25717

ATGGGGTTACCAACTCCTACCCTTCATTTTCTCCTTCAAATTCTTCTTGTCTCTCTGCTTCACACGCCAACCTTTGCAGAGATAAAGGTGAGACATTACTTCAATTTGCTATTTGCACCAGTCTTGGAAAATCTCTACTAATCTCTAGTCCATTTTTGTTGTAGTCATATGTGGTATACTTAGGAAGCCATTCACATGATTCAGAAGAATTGTCTTCAGTTGACTTCAATCGTGTAACGGATTCTCACTATGAGTTTCTAGGATCTTTCTTGGGAAGGTGTTCTAATTCAAAACCATATGTTTATATATATAATTAAGTAACACATGATCAACTCAAAATCCAAATTATTATTTTTTATTATGATTGAATTTTCTTTCATGTAGTTCTAAAACAGCAAAAGAATCGATATTTTACTCGTACACAAGGCACATAAATGGTTTTGCAGCAACATTGGAAGAAGAAGTAGCATCTGAGATATCAAGTTAGAGCTCAGAACATAATATTCTATTCTATTTTCTCTGTCTGGTTGTTTTTTTCTCTGATACTCTTTTGTGAAAATACTTGTTGTAGAACATCCACAAGTATTGTCAGTGTTTGAGAACAAAGGAAGGAAACTACACACGACTCATTCATGGGGGTTCATGGGGTTGGAAGATAGTTATGGAGTGATACCGTCCAGCTCAATATGGAACAAAGCCAGATTTGGTGATGGTGTCATTATAGCAAATCTTGATACAGGTCACTTTCCTTATTTGTTTCTTAGCTTTGAAATTTAATATATTTTTTATATGTTCAAGAATAACGGCAAACCATGTTTTTTTTATAATAATGTTATTGGTGTAAATTATCCATCGATTTTGTCTACAACTACAATTAACCTCCAATAAAAAACCGAAACAATCTTTAATTTACAAAGCTCGAATTCGAGACCTTAAAAAAATATCAAAGTTTAATGTCTTTTAGACTAACTTACTACTGCTACTACTATTATTATTATTATTATTATTATTATTATTATTATTTCTAGATCGTTGACTCATACACACATGTGACATGGATTGGTGAGGATAGACAAAGTATCATTATATATATCTGTATGTATATATCCCCCTGCCCCACGCATAAATAACGACTGATCAGAGTTTGAATATTATTTTATTTTGTTGAAAAGGTTGATTTCATAAGATTAGTATATATTTGTTTGAATCTGGCCGTCATTGGGTTATAAAGTGTCGAGACAAATTATTTTCTACTCACAACGTATGGTTTATGAACTTTCACGTCTGATCTTTAGAAAAATTGAAATACCTTTTTGTGGTTGGAAGAAAATTCATAGAATAAGGTTTTGTGACACACGATGGTGTGGCTGAAATTCAGTTGTTTGACCTCAATAAGTCATAAACACCTTTGAAAATGTGATAATAACCATTCAATCATCGTATGATTTTGGAGGAACACATTTCTCAAGTTCCAAGGCAATGTTATCAGACCAACCTAAATGAATTTTCAAAAAGAAAAAAAATTACAACATGCCAACTTGCAAGTACATGATAGTTTATTCAAAACAATTAAAATGTAAGATTGTATATACCCGGATTATAAAAATTAGGCCCATGACTTGTTAAAAAAAAAAAAATTAGCCCCGTGACTATATAATATAATATTGTAACGTATATGGATCCGATTAATAATTAAAGGGTCTTGCTAACAAGTGCCCTTAGGACACTTGTTAAGGATGCAAAAATAGAAATAATTGATAAATTTAAAGTAGAAAAAGTTACTTTTTAAAGTTTCCATGCATTGAATGCACCATTTCCAAGACAAAATTTCTTCTTTGGTCTTTTTAACAAGTGCCCTTAGGGCACTCGTTAGCATTTCCCATAATTAAATTCTTGATTCAAACCAAAGTAAATATTTATTATAATAACTTCGAGTTCATTATTATAACATAACATGAACATACAAAATTGGGTGTTTTGATATCCTGTGAGAGGTGGGATTGTGAGTATGCCAAGGTGGGGTTAGTCCTATCCAATCAAGACAAGAAAATTGTTATGTTTCAATTGTTCATACATCAGCTTAATAAAAAAAATATTACATATTCAAAATTCTCCTCAAGTGGTGTAACCGTGAAATTAAAGTGAGTGGGCAATGAGGCTGAAATAGGACCATATAGGTAGCTTTTAGCCAATGGTAATTTGGATATGAGAATAGGGTGAGTAGAATTTTCCAATTTGCTATATGCTTCCTAGTGGTTATCTTACTTTGTCCACACTGCTACTTACTTTTGTCCCACTGATCCATCTGATCCTCTAGGCGTTTGGCCTGAATCAAAGAGCTTTAGTGATGAAGGGTTTGAACCAATTCCATCAAAGTGGAGAGGAATATGTGATAAGGGGAGTGATCCTAGTTTTCACTGCAACAGGTACTATGCATATTCTATTAATTCATTTATTTATTCATTTTCCCCTAATCAATTCTAAAGAAGGTATAAATATGTTTTTGATACATGTAAATGTACTACTTTATATTTTTAGTTCCTATAGAAATTTGTTTGTTTTGTACTAGAAAAGAAATATTTTGTTTTAAGTTTTTTGTAAATACGCCACTTTTTGCTTAAATGAGTTTGCCTTAGATTTTTTCTAGACAAATTCACTCATGAAAACTAACGAATGTACACCTGTCCAATTTTTAAGTAATCAAATCATGGTTATTAAGTTGTTTAACAGAATTATGGGGTAGTGTCCAATTATTTCTATTGCTATGCATTTTTCATCATCATTTCATGGAATACATAGGTTTTTTTAGAGGATGGAACACACAGGATTGTTTGCATTGAAAATATGGAATAAACTGTCTTCATCAATTTATTCAAAAAAAAAAAAAATTACAAGGTGAGTAGGAAGACATTTCCAAAACCTTCTCGAGTTAAGAGAATCTAAATGATGAATGACTTAACATATTACGAGTAAAGTCTTCTCAAATCTCTAAAAGAAACAAATCCTACCAAACATTGAAATCAATATTCAACCCTAATTGGCAAGTTTGTATGCACATCAATTATATTCGCTATAAATATGAGAAACTAAGAAGTTCATATTCTTAGTTAGGCACAAACAATTAAATTAACCATATATTCTTCGATTGTAGACAAAGAAAGGTGACTTGAAAGAGTAAGCATATTAGACTAAGAAGTTCATTCCCTAAAAAAAAAAAAAAAAAGACTAAGAAGTTCATATAATCATATTCTTAAAAGAGTGAGAATATGTTTTTAACCAATCATTGGTGCAAAATATTTATGATTTTATCGATGATTAATCTTGGTAAAAAAATCTAGTTAACTATTTTTAGTATGGTCTCTTATCCTAACTAAATTTTTAATCTACAATGTTCGAATCAAATATCCTAACTAAATTTTTAATCTACAGTGTTCGAATCAAAGATACAAATAAAGAGTGTGTGCATCTTCTTGTTGCAAAACGGATGCTTATTGACAAAAAAGGGTGTGTTTTTTTATTCAAAATAAAACATTGTTGACTTATTTTGTTCAAAAAACACATAGTTGACTTATAAATTATAATTGCAATATGTTTTCTCTTCTTTTGGGACAAAAACAATAGTTAGAGTGTATATAAATTAGAGTATAAGAGAGAATTGTCCCATAAATTGTCTCAAAATGGTTTTATAAATATCTTTTCTCTTTTCTTATTAAGAAAATGATGTTTTTCACCTTTATATTCCGTTCATATTACTTTATAAAGTTTTTTTTAGGGAGGTGTTTATGCTATTTTTCTTATACCAAAAAAAAATAGTTTATGTTTTTCTTTTTATGACATGATCATATCTTAAAGGAAGATCCAAGTCCTTGTCAATTTTATTGCCATATTTTTTTATAATTAATTTTATTGCCATATTAGAAACACGAATGCTAAAAGTGATAAGTGTTCCAAAGTATATTAATATAAATTTAAAAAGTATTCAAAAGATAAACTTTCAAAAGAGAAATGTTTTCAACAAAACGCTAGTTTAATCAACCACGTGATTGGTCTGAAATGGTATGAGCTTCACAAATATTTTGATAGAACCGGAGTTCAATTCATTGGCTGAACTCTAAAGGACTAGGGTTCTTTTCCCTAAGAATTAGAAGGTTAACAAAAAAACTAATTTAGTCGGTAAGAATTCAACATTTGCTTTATAGAAACACAAGTTCATATTCTGCCACTAATACAATGTAAGAATTTCTTTGGTGGATAAGCATTTTTTAAGCCTTATAGTAACTTTTTCTTTAGTACATAATGTATCTACTATGAATCACAATAATCAGAATGCAATATAGATGGTCAAAATAATTGTAGGGGTTTTGGTCTAGTGCTGATGATCTTCAATTCTTTAAAGAATGTTCCGAGTTAGAGTATTGTGTTAAATTGAAAGGAAATAAAAAATGGATTTAAGTCATAGAAAAATCAAATAAAAGATGCATATAAAATTATATCACTTACTCTTAGGTTTTGAACAGAAGTTTGTGTAAATCTAACTAATATATGTATGGAAAAAACAGGAAACTGATTGGAGCAAGGTATTTCAACAAAGGCTATGCTTCTAGACTAACTGTTCCACTAAATTCATCCTCTGAGACACCTCGTGACAATGAAGGCCATGGATCTCATACTTTATCAACGGCCGGTGGAAACATGGTACCTGGAGTCAGTGTCTTTGGTCAAGGCTTTGGAACAGCAAAGGGTGGTTCACCAAAAGCAAGAGTTGCATCATACAAAGTTTGTTGGCCTCCAATTAATGGTGACGAGTGCTTTGATGCAGATATACTTGCAGCATTTGACGCGGCTATCCATGATGGTGTTGATGTCTTGTCTGTGTCACTTGGTGGCTCTGCTTCTAACCTTTTCAATGATAGTGTTGCTATTGGATCTTTCCATGCTGCTAAGAAGGGTATTGTTGTTGCTTGCTCTGCTGGCAATAGTGGACCAAATGAGGCTACTGCATCAAATCTAGCTCCTTGGTATATCACAGTTGGTGCCAGCACAATGGATAGAGAGTTCCCTAGTTATGTTGTTCTTGGTAACAATTTAACCTTCAAGGTTTGTCTCTTTTTCTAAACAAGAAGGCAATAATATTATATGTGCAATTTTGGTGACATTTTTGTATGTGACATTAATCTTGGTTTTGGATTACCTCTAGTCACCAATCCCACACATTCAGGCAGTTAAGACATTAGTGGTCGTTGGATTGAGACCGGATGGTCCATGTTTCATGTTTGGTATTTTAGATTTAAGAGGAAAAAAAATCAAAATCGGTATTGTAACCTGGACCATATGATCTCAATCCAACGACCATCAATGTATTGACTACGTGAATGTGTGAGATTCTTTGTGCATGAGCCAATGTTATAAGCTCTAAATTTGAAGTTAAAGGGAAAAGTGTTTTAGTCCTTTTAGCCAAGAACTTGTGGCAACAACAATGCAAATTCATCTTACTTGCAATACAAGTTTTTTTTACCACAAATAACACAAGACAAAAAAAAGTAAAAATAGGCCTGGGGACCCTATGATTACATAATTGTGCCTGATCGTGATATTAAACATCACACAAGTTAATGCAATTTTCTAGCTGTAGGGTGGCATTAACATATTTTGAACTTTTGCTTATTGAAATTACAAGAATACCTAGACTCACAATTATCTTGTTTGCTTCAACTGAAGGGAGAAAGCTTATCAGCTGCCAGATTAGCAGACAAGTTTTACCCAATTATTAAAGCAACAGATGCTAAATTGGCAAGTGCAACAAATGAAGATGCGTAAGTATCAAACAACTGAATATCATTGCTGAATCAATATTTACATTTGGCATAAACACAACACTATAATAGTGAGTATAGTTTATGTGAATCTAATGTAATATTAACGAATTCAATAATTAATGCAGCGTGCTTTGCCAGAATGGAACTTTGGATCCCAAAAAGGTGAAGGGTAAGATAGTATTATGTCTGAGAGGAATAAATGCTAGAGTAGATAAGGGAGAGCAAGCTCTTCTAGCTGGTGCTGTAGGAATGGTCCTTGCCAACGATAAGACTACTGGAAATGAAATTATAGCTGATCCTCATGTTCTTCCTGCTTCTCACATCAATTTCTCTGATGGTGTAGAAGTCTTTAATTACGTCAACTCGTCCAAGTAAGAAATCCAGCATTCTATTTCTAGTATGGTTTAGTCTTTAATTAAAGCAAATAAAATCTTAAACTTAAACTTGATTGTTTGGTCTTAATACTTAGGTCTCCAGTGGCTTACATTACATATCCAACAACAAAATTGCATTCTAAGCCAGCCCCTTTCATGGCAGCATTCTCATCCAAAGGACCAAATACTATTATACCTGAGATTCTAAAGGTGTTAATCATTATCAGACACCAAAAGAATGCTTTTCCTGTTGTAACCTATTGCCACGTGTTTGATATATAACAAATCTTTGTTAATTTTCAGCCGGATATCACTGCACCAGGAGTGTCGGTTATAGCAGCCTACACTGAAGCTGAAGGGCCAACCAATCAAGAGTTTGACAATCGCCGAATTCAATTTAACTCAGTCTCCGGCACGTCCATGTCGTGCCCTCACATTTCAGGAATTGTAGGCCTTTTGAGATCCTTGTATCCTTCTTGGACTCCTGCTGCTATTAAATCAGCTATCATGACCACAGGTAAGAAATTCAAGTTTCTAACCGTTTCTTGTATCCCAAGAAATGATAACTTGAGCATAACATCTAATGAACTTTACTGTAAAATTCAAATTTATAGGCAGTAATGATGAATGTTAAATTTGGTATACTTACGCCTTTAACTTCGTACAATCTGAATTTAACCAATTTAATTGTCAAATTGAAATTTTTCATGAAGCAGATCGAAGTTACAAAATTTTGGTATGATTCAGTGCTAAAAAAATATTGTCATTACCATATAACATTCATTTCAGCTTTGCCATAATTGTCCTCTATTACTTTCAGCTACAACATTAGACAATAAGGAGGAACCAATTCTGAATGCTACTAAAAGCCAATCTACGCCGTTTAGCTACGGAGCAGGACATGTTCAGCCAAACGATGCAATGGATCCTGGTCTTGTTTATGATATAACAACGAATGATTACTTCAACTTCTTATGTGCATTAGGCTATAATGAAACACAAATGTCAATATTTTCAAAAGGTCCTTACAAATGCCATAAGAATTTTAGCATCCTCAACCTAAACTATCCTTCAATCACAGTTCCAAATATCTCTGGATCAGTGACAGTTACAAGGACATTGAAAAATGTTGGTGCTCCAGGAACGTACATCGTTCATGTTCAAAATCCAAGTGGAATAACTGTTTCTGTGAAGCCAAATATATTGAAGTTTAAAAATGTTGGTGAAGAGAAGAGGTTTGAAGTAAAATTGAAGGTGAAGAAAGGAAAAGCAACAAAGAGTTATGTGTTTGGAAAGATGATTTGGTCAGATGGGAAGCATTATGTTAAGAGTCCATTAGTTGTGAAAGCTGTTTAG
Protein sequence

>MS.gene25717.t1

MGLPTPTLHFLLQILLVSLLHTPTFAEIKSYVVYLGSHSHDSEELSSVDFNRVTDSHYEFLGSFLGSSKTAKESIFYSYTRHINGFAATLEEEVASEISKHPQVLSVFENKGRKLHTTHSWGFMGLEDSYGVIPSSSIWNKARFGDGVIIANLDTGVWPESKSFSDEGFEPIPSKWRGICDKGSDPSFHCNRKLIGARYFNKGYASRLTVPLNSSSETPRDNEGHGSHTLSTAGGNMVPGVSVFGQGFGTAKGGSPKARVASYKVCWPPINGDECFDADILAAFDAAIHDGVDVLSVSLGGSASNLFNDSVAIGSFHAAKKGIVVACSAGNSGPNEATASNLAPWYITVGASTMDREFPSYVVLGNNLTFKGESLSAARLADKFYPIIKATDAKLASATNEDAVLCQNGTLDPKKVKGKIVLCLRGINARVDKGEQALLAGAVGMVLANDKTTGNEIIADPHVLPASHINFSDGVEVFNYVNSSKSPVAYITYPTTKLHSKPAPFMAAFSSKGPNTIIPEILKPDITAPGVSVIAAYTEAEGPTNQEFDNRRIQFNSVSGTSMSCPHISGIVGLLRSLYPSWTPAAIKSAIMTTATTLDNKEEPILNATKSQSTPFSYGAGHVQPNDAMDPGLVYDITTNDYFNFLCALGYNETQMSIFSKGPYKCHKNFSILNLNYPSITVPNISGSVTVTRTLKNVGAPGTYIVHVQNPSGITVSVKPNILKFKNVGEEKRFEVKLKVKKGKATKSYVFGKMIWSDGKHYVKSPLVVKAV