AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene012862

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene012862.t1 MTR_3g103270 99.587 969 4 0 12 980 43 1011 0.0 1989
MS.gene012862.t1 MTR_8g027160 45.985 1046 487 20 4 982 14 1048 0.0 815
MS.gene012862.t1 MTR_7g100110 45.455 1056 482 24 3 981 25 1063 0.0 800
MS.gene012862.t1 MTR_8g027160 47.575 866 403 17 4 829 14 868 0.0 697
MS.gene012862.t1 MTR_8g027160 44.356 753 368 17 4 716 14 755 5.84e-174 527
MS.gene012862.t1 MTR_8g027160 44.341 751 367 17 4 714 14 753 1.59e-173 526
MS.gene012862.t1 MTR_7g095710 28.630 978 565 27 16 954 134 1017 1.88e-91 315
MS.gene012862.t1 MTR_8g090125 29.226 982 585 27 3 967 75 963 1.34e-90 312
MS.gene012862.t1 MTR_4g096990 29.323 989 573 30 5 966 116 1005 3.56e-90 311
MS.gene012862.t1 MTR_4g008650 28.644 981 590 21 22 984 131 1019 3.73e-90 311
MS.gene012862.t1 MTR_0005s0140 30.834 827 477 22 23 824 50 806 3.93e-90 310
MS.gene012862.t1 MTR_5g015590 29.485 970 555 30 21 962 132 1000 5.04e-90 311
MS.gene012862.t1 MTR_4g043690 30.834 827 477 22 23 824 135 891 1.79e-89 310
MS.gene012862.t1 MTR_6g016470 29.556 856 510 20 3 829 96 887 2.30e-88 306
MS.gene012862.t1 MTR_5g015590 31.547 821 464 25 21 815 132 880 5.77e-87 301
MS.gene012862.t1 MTR_2g038310 27.443 1013 576 28 12 971 161 1067 4.24e-85 298
MS.gene012862.t1 MTR_4g008170 27.823 992 561 28 20 962 182 1067 1.28e-83 294
MS.gene012862.t1 MTR_2g038310 29.062 874 488 23 9 833 158 948 4.06e-81 285
MS.gene012862.t1 MTR_4g008170 27.228 1010 551 29 20 962 182 1074 9.09e-80 283
MS.gene012862.t1 MTR_3g103070 29.426 836 489 21 25 830 139 903 3.00e-79 280
MS.gene012862.t1 MTR_4g008650 30.378 767 451 16 22 771 131 831 1.98e-78 275
MS.gene012862.t1 MTR_5g015590 30.468 791 454 24 5 771 116 834 3.43e-78 274
MS.gene012862.t1 MTR_3g103070 31.215 724 415 17 128 830 66 727 4.72e-76 268
MS.gene012862.t1 MTR_8g446010 28.224 822 493 22 23 820 88 836 2.22e-70 254
MS.gene012862.t1 MTR_2g105830 29.275 772 419 25 15 739 166 857 5.96e-68 245
MS.gene012862.t1 MTR_5g015590 30.041 739 417 24 5 717 116 780 5.20e-63 229
MS.gene012862.t1 MTR_6g011310 26.932 828 480 24 21 848 34 736 7.74e-57 213
MS.gene012862.t1 MTR_8g013780 34.807 362 219 6 484 833 88 444 6.28e-54 198
MS.gene012862.t1 MTR_8g089870 24.602 817 486 20 23 813 29 741 2.99e-50 192
MS.gene012862.t1 MTR_8g045070 33.019 318 198 8 508 820 506 813 4.10e-39 158
MS.gene012862.t1 MTR_8g045070 28.571 357 220 8 23 364 88 424 2.82e-26 117
MS.gene012862.t1 MTR_2g104860 28.298 470 285 16 510 976 422 842 1.33e-35 147
MS.gene012862.t1 MTR_2g104860 27.988 343 220 6 22 364 31 346 2.98e-22 103
MS.gene012862.t1 MTR_4g107500 27.255 499 317 17 493 989 412 866 5.52e-35 145
MS.gene012862.t1 MTR_4g107500 28.986 345 214 9 22 364 37 352 1.17e-22 105
MS.gene012862.t1 MTR_1g009760 30.108 372 216 12 482 844 398 734 2.70e-34 142
MS.gene012862.t1 MTR_1g009760 29.070 344 209 8 22 361 36 348 7.03e-24 108
MS.gene012862.t1 MTR_1g009760 30.108 372 216 12 482 844 395 731 4.27e-34 142
MS.gene012862.t1 MTR_1g009760 29.070 344 209 8 22 361 33 345 6.49e-24 109
MS.gene012862.t1 MTR_3g108800 31.176 340 197 10 510 844 423 730 4.81e-34 142
MS.gene012862.t1 MTR_3g108800 30.029 343 205 8 23 361 33 344 1.14e-24 111
MS.gene012862.t1 MTR_3g108800 31.176 340 197 10 510 844 424 731 5.30e-34 141
MS.gene012862.t1 MTR_3g108800 30.029 343 205 8 23 361 34 345 1.30e-24 111
MS.gene012862.t1 MTR_7g117500 31.361 338 203 8 510 847 431 739 6.13e-33 138
MS.gene012862.t1 MTR_7g117500 28.011 357 221 9 9 361 28 352 1.98e-24 110
MS.gene012862.t1 MTR_4g116950 31.765 340 192 10 510 842 425 731 1.07e-32 137
MS.gene012862.t1 MTR_4g116950 27.647 340 219 6 22 361 34 346 8.37e-24 108
MS.gene012862.t1 MTR_2g036650 30.357 336 205 10 510 844 430 737 1.84e-32 137
MS.gene012862.t1 MTR_2g036650 28.446 341 215 6 22 361 38 350 5.90e-23 106
MS.gene012862.t1 MTR_6g011310 28.933 356 224 9 493 848 405 731 1.89e-32 136
MS.gene012862.t1 MTR_6g011310 29.912 341 212 8 21 361 34 347 2.56e-23 107
MS.gene012862.t1 MTR_4g127710 29.494 356 222 9 510 864 427 754 3.62e-32 135
MS.gene012862.t1 MTR_4g127710 28.779 344 210 9 22 361 36 348 2.57e-25 114
MS.gene012862.t1 MTR_4g127710 29.494 356 222 9 510 864 427 754 4.09e-32 135
MS.gene012862.t1 MTR_4g127710 28.779 344 210 9 22 361 36 348 2.90e-25 113
MS.gene012862.t1 MTR_8g063880 30.267 337 204 10 510 844 424 731 1.25e-31 134
MS.gene012862.t1 MTR_8g063880 29.794 339 209 6 22 359 33 343 1.28e-24 111
MS.gene012862.t1 MTR_1g009720 29.970 337 205 10 510 844 424 731 7.39e-31 131
MS.gene012862.t1 MTR_1g009720 28.909 339 212 6 22 359 33 343 6.38e-24 109
MS.gene012862.t1 MTR_8g013810 28.184 369 230 8 3 353 95 446 2.71e-30 127
MS.gene012862.t1 MTR_2g449840 30.631 333 205 10 510 842 425 731 3.64e-30 129
MS.gene012862.t1 MTR_2g449840 27.035 344 216 8 22 361 34 346 2.52e-24 110
MS.gene012862.t1 MTR_8g006790 27.841 352 225 9 493 844 416 738 2.19e-29 127
MS.gene012862.t1 MTR_8g006790 32.103 271 156 6 93 361 109 353 4.26e-23 106
MS.gene012862.t1 MTR_7g117500 30.473 338 195 10 510 847 431 728 1.73e-27 120
MS.gene012862.t1 MTR_7g117500 28.011 357 221 9 9 361 28 352 1.89e-24 110
MS.gene012862.t1 MTR_3g097560 23.669 676 349 26 113 710 242 828 7.58e-17 86.7
MS.gene012862.t1 MTR_2g035840 28.934 197 102 3 573 769 782 940 4.60e-16 84.0
MS.gene012862.t1 MTR_8g079250 26.904 197 110 2 580 776 785 947 1.44e-14 79.0
MS.gene012862.t1 MTR_4g094695 27.119 177 98 1 583 759 789 934 1.67e-14 79.0
MS.gene012862.t1 MTR_5g010420 30.573 157 78 1 585 741 781 906 5.01e-14 77.4
MS.gene012862.t1 MTR_5g037210 23.917 623 344 25 112 622 104 708 7.25e-14 77.0
MS.gene012862.t1 MTR_8g012390 29.143 175 93 2 585 759 761 904 1.20e-13 75.9
MS.gene012862.t1 MTR_4g094232 26.667 195 103 3 580 774 715 869 1.06e-12 72.8
MS.gene012862.t1 MTR_2g036380 28.095 210 109 8 582 790 356 524 3.64e-12 70.9
MS.gene012862.t1 MTR_2g036380 28.095 210 109 8 582 790 325 493 3.66e-12 70.9
MS.gene012862.t1 MTR_2g036380 28.095 210 109 8 582 790 418 586 3.67e-12 70.9
MS.gene012862.t1 MTR_2g036380 28.095 210 109 8 582 790 508 676 3.93e-12 70.9
MS.gene012862.t1 MTR_5g097270 23.247 271 183 5 561 820 624 880 5.38e-11 67.4
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene012862.t1 AT1G10130 84.442 977 151 1 1 977 1 976 0.0 1700
MS.gene012862.t1 AT1G07670 46.250 1040 477 21 4 980 26 1046 0.0 825
MS.gene012862.t1 AT1G07670 46.250 1040 477 21 4 980 26 1046 0.0 825
MS.gene012862.t1 AT1G07810 46.198 1039 479 20 4 980 26 1046 0.0 823
MS.gene012862.t1 AT4G00900 46.124 1045 479 24 4 976 9 1041 0.0 809
MS.gene012862.t1 AT4G00900 46.124 1045 479 24 4 976 9 1041 0.0 809
MS.gene012862.t1 AT3G57330 29.258 957 551 26 22 955 76 929 5.51e-95 323
MS.gene012862.t1 AT3G57330 29.240 961 554 26 18 955 127 984 1.77e-94 323
MS.gene012862.t1 AT5G57110 28.228 999 579 29 14 971 144 1045 2.89e-94 323
MS.gene012862.t1 AT5G57110 28.228 999 579 29 14 971 144 1045 2.89e-94 323
MS.gene012862.t1 AT5G57110 28.228 999 579 29 14 971 144 1045 2.89e-94 323
MS.gene012862.t1 AT3G22910 30.798 815 458 20 28 811 127 866 3.73e-91 314
MS.gene012862.t1 AT2G41560 28.279 976 581 24 18 972 25 902 5.46e-90 309
MS.gene012862.t1 AT2G41560 28.279 976 581 24 18 972 25 902 5.46e-90 309
MS.gene012862.t1 AT2G41560 28.279 976 581 24 18 972 25 902 5.46e-90 309
MS.gene012862.t1 AT4G29900 27.319 992 599 28 14 971 144 1047 1.82e-89 310
MS.gene012862.t1 AT4G29900 27.319 992 599 28 14 971 144 1047 1.82e-89 310
MS.gene012862.t1 AT2G41560 28.279 976 581 24 18 972 127 1004 5.02e-89 308
MS.gene012862.t1 AT4G37640 29.281 987 545 32 20 964 130 1005 1.68e-87 303
MS.gene012862.t1 AT3G63380 28.484 976 569 26 19 964 121 997 3.84e-86 300
MS.gene012862.t1 AT2G22950 29.310 986 547 32 20 964 130 1006 9.79e-86 298
MS.gene012862.t1 AT1G27770 28.793 969 562 29 25 964 76 945 1.18e-83 292
MS.gene012862.t1 AT1G27770 28.868 963 569 28 25 964 139 1008 1.44e-83 293
MS.gene012862.t1 AT1G27770 28.868 963 569 28 25 964 139 1008 1.44e-83 293
MS.gene012862.t1 AT3G21180 27.604 989 575 29 26 971 172 1062 1.05e-81 288
MS.gene012862.t1 AT2G18960 28.105 765 403 25 93 844 35 665 8.87e-56 209
MS.gene012862.t1 AT2G18960 28.105 765 403 25 93 844 35 665 8.87e-56 209
MS.gene012862.t1 AT2G18960 28.292 767 399 26 93 844 99 729 1.71e-55 209
MS.gene012862.t1 AT4G30190 27.454 754 422 21 93 844 99 729 7.59e-54 204
MS.gene012862.t1 AT4G30190 26.302 787 422 22 93 844 99 762 2.18e-48 187
MS.gene012862.t1 AT1G27770 27.564 624 359 21 25 625 139 692 8.11e-36 147
MS.gene012862.t1 AT1G27770 29.231 325 196 9 647 964 637 934 2.52e-29 126
MS.gene012862.t1 AT5G57350 29.255 376 234 12 482 854 132 478 4.01e-35 144
MS.gene012862.t1 AT3G42640 32.239 335 200 9 510 844 425 732 4.85e-35 145
MS.gene012862.t1 AT3G42640 29.118 340 214 9 22 361 34 346 3.55e-25 113
MS.gene012862.t1 AT5G57350 29.255 376 234 12 482 854 394 740 8.53e-35 144
MS.gene012862.t1 AT5G57350 28.488 344 211 7 22 361 32 344 2.94e-23 107
MS.gene012862.t1 AT5G57350 29.255 376 234 12 482 854 394 740 8.53e-35 144
MS.gene012862.t1 AT5G57350 28.488 344 211 7 22 361 32 344 2.94e-23 107
MS.gene012862.t1 AT5G57350 29.255 376 234 12 482 854 394 740 8.53e-35 144
MS.gene012862.t1 AT5G57350 28.488 344 211 7 22 361 32 344 2.94e-23 107
MS.gene012862.t1 AT5G53010 29.794 339 215 8 511 839 614 939 9.72e-34 141
MS.gene012862.t1 AT1G17260 31.065 338 205 8 510 847 430 739 1.77e-33 140
MS.gene012862.t1 AT1G17260 28.045 353 226 7 9 361 27 351 1.44e-22 105
MS.gene012862.t1 AT2G07560 30.149 335 206 8 510 844 425 731 2.15e-33 139
MS.gene012862.t1 AT2G07560 28.529 340 216 8 22 361 34 346 1.15e-23 108
MS.gene012862.t1 AT5G62670 28.871 381 229 11 482 854 397 743 8.08e-33 138
MS.gene012862.t1 AT5G62670 29.118 340 214 8 22 361 35 347 8.68e-22 102
MS.gene012862.t1 AT3G60330 28.384 458 275 17 403 848 316 732 3.05e-32 136
MS.gene012862.t1 AT3G60330 28.739 341 214 8 22 361 34 346 1.77e-25 114
MS.gene012862.t1 AT3G60330 28.384 458 275 17 403 848 316 732 3.05e-32 136
MS.gene012862.t1 AT3G60330 28.739 341 214 8 22 361 34 346 1.77e-25 114
MS.gene012862.t1 AT3G60330 28.384 458 275 17 403 848 316 732 3.08e-32 136
MS.gene012862.t1 AT3G60330 29.032 341 213 8 22 361 34 346 6.21e-26 115
MS.gene012862.t1 AT3G60330 28.384 458 275 17 403 848 316 732 3.08e-32 136
MS.gene012862.t1 AT3G60330 29.032 341 213 8 22 361 34 346 6.21e-26 115
MS.gene012862.t1 AT1G80660 30.882 340 198 11 510 844 298 605 1.25e-31 134
MS.gene012862.t1 AT1G80660 29.958 237 142 6 128 364 10 222 3.76e-20 97.1
MS.gene012862.t1 AT2G24520 30.857 350 185 12 510 844 161 468 1.30e-31 133
MS.gene012862.t1 AT1G80660 30.882 340 198 11 510 844 427 734 1.41e-31 134
MS.gene012862.t1 AT1G80660 30.147 272 166 6 93 364 104 351 1.36e-20 98.6
MS.gene012862.t1 AT1G80660 30.882 340 198 11 510 844 427 734 1.45e-31 134
MS.gene012862.t1 AT1G80660 30.147 272 166 6 93 364 104 351 1.37e-20 98.6
MS.gene012862.t1 AT1G80660 30.882 340 198 11 510 844 427 734 1.54e-31 134
MS.gene012862.t1 AT1G80660 30.147 272 166 6 93 364 104 351 1.30e-20 98.6
MS.gene012862.t1 AT3G47950 29.275 345 217 8 510 854 430 747 2.05e-31 133
MS.gene012862.t1 AT3G47950 28.824 340 215 8 22 361 39 351 9.42e-23 105
MS.gene012862.t1 AT3G47950 29.275 345 217 8 510 854 430 747 2.05e-31 133
MS.gene012862.t1 AT3G47950 28.824 340 215 8 22 361 39 351 9.42e-23 105
MS.gene012862.t1 AT2G24520 30.857 350 185 12 510 844 467 774 2.54e-31 133
MS.gene012862.t1 AT2G24520 27.035 344 216 7 22 361 76 388 6.02e-23 106
MS.gene012862.t1 AT2G24520 30.857 350 185 12 510 844 404 711 3.22e-31 132
MS.gene012862.t1 AT2G24520 27.035 344 216 7 22 361 13 325 7.52e-23 105
MS.gene012862.t1 AT2G24520 30.857 350 185 12 510 844 404 711 3.22e-31 132
MS.gene012862.t1 AT2G24520 27.035 344 216 7 22 361 13 325 7.52e-23 105
MS.gene012862.t1 AT5G53010 22.879 660 403 21 26 656 184 766 4.19e-24 109
MS.gene012862.t1 AT4G11730 28.011 357 210 10 22 369 35 353 1.34e-23 108
MS.gene012862.t1 AT4G11730 31.868 182 114 5 673 854 481 652 2.13e-11 68.6
MS.gene012862.t1 AT1G63440 29.534 193 95 3 566 748 760 921 4.24e-17 87.4
MS.gene012862.t1 AT5G44790 29.167 192 102 2 583 774 798 955 2.75e-16 84.7

Find 248 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
AACAGGCTTGATGGCATTTC+TGG 0.126453 3.3:+85362195 MS.gene012862:CDS
AAGATTACCACTGGGATTTC+TGG 0.135087 3.3:-85387258 None:intergenic
GAGAAAGATCTCACATTTAT+TGG 0.158741 3.3:+85379719 MS.gene012862:CDS
TTCTTTCGGTATTTGGTAAT+TGG 0.160908 3.3:+85383856 MS.gene012862:CDS
GGGGATATTGTGGAAGTTTC+TGG 0.176231 3.3:+85364562 MS.gene012862:CDS
CCACTGTTGCCGGCTTTATT+TGG 0.178237 3.3:+85384078 MS.gene012862:CDS
TTGGCTCTTCTTTCGGTATT+TGG 0.187843 3.3:+85383849 MS.gene012862:CDS
TTCCTATGTCTGCCTTCTTC+AGG 0.198323 3.3:-85382521 None:intergenic
TGCTCTTATATCATTTATTC+TGG 0.215289 3.3:+85362156 MS.gene012862:CDS
CATTTAGAGATTATACTTTC+TGG 0.224837 3.3:-85377825 None:intergenic
TTTATTCTGGCATTAGTTAA+TGG 0.227050 3.3:+85362169 MS.gene012862:CDS
GTTGATCAAGCTATTCTTAC+AGG 0.252443 3.3:+85364741 MS.gene012862:CDS
GCACAACATGGTAGACTTTA+TGG 0.259788 3.3:+85360881 MS.gene012862:CDS
GATTAGGTCCTTGATTTCTT+TGG 0.261511 3.3:+85360677 MS.gene012862:intron
CCAGTTGCTTTGGGTCAATT+TGG 0.264694 3.3:+85383462 MS.gene012862:CDS
AGTTCAGTGTATGGTAGTTT+AGG 0.271882 3.3:-85384125 None:intergenic
CTGCAGTATAATCCTGATAA+AGG 0.285520 3.3:+85377069 MS.gene012862:CDS
CCTGCAACGGAACTTGTTCC+TGG 0.306394 3.3:+85364541 MS.gene012862:CDS
GCATTTCTTACTTCATCTCT+TGG 0.308699 3.3:-85380835 None:intergenic
CCTACCAGGTCCAGTTGCTT+TGG 0.309029 3.3:+85383452 MS.gene012862:intron
GGATTGCCTGCTACTGCTAT+TGG 0.313504 3.3:+85383493 MS.gene012862:CDS
TGTCCTCTATCTTTCTTTAC+CGG 0.319933 3.3:+85386422 MS.gene012862:CDS
CGTCTTACTGTAACCACTAT+TGG 0.325255 3.3:+85377300 MS.gene012862:CDS
TTGCCATCTGTTGAGACCTT+GGG 0.327980 3.3:+85374270 MS.gene012862:CDS
TGAAGTAGCGCTACGTGTTT+TGG 0.329933 3.3:+85377119 MS.gene012862:CDS
GTGAATGAAGCAGTTGTTAC+AGG 0.339611 3.3:+85383826 MS.gene012862:CDS
GGCAGGTAACACCATTATCT+TGG 0.342795 3.3:+85386385 MS.gene012862:intron
TATGACTGGTGTTGAGGGAG+GGG 0.343775 3.3:+85388843 MS.gene012862:CDS
AATAATAGGTGTTTGGCTCT+TGG 0.346361 3.3:+85374207 MS.gene012862:intron
GTTCAGTGTATGGTAGTTTA+GGG 0.346503 3.3:-85384124 None:intergenic
AAGTTCCGTTGCAGGAAGTA+TGG 0.356183 3.3:-85364533 None:intergenic
GTAATTTGTAGTGACAAAAC+TGG 0.356928 3.3:+85374303 MS.gene012862:CDS
TTTCTTTAATAATAGGTGTT+TGG 0.357246 3.3:+85374200 MS.gene012862:intron
CCAGGAACAAGTTCCGTTGC+AGG 0.361170 3.3:-85364541 None:intergenic
CACCATTATCTTGGGCTGAC+TGG 0.361979 3.3:+85386394 MS.gene012862:CDS
ATAAAACATGCAGCTGGTTC+CGG 0.362664 3.3:-85377788 None:intergenic
CTACCAGGTCCAGTTGCTTT+GGG 0.363041 3.3:+85383453 MS.gene012862:intron
TTACAGGTTGGCTCTTCTTT+CGG 0.366885 3.3:+85383842 MS.gene012862:CDS
CGGGGATATGCGTGTTGGTT+TGG 0.369462 3.3:+85370840 MS.gene012862:CDS
TGGAGTAACTTGTGGCTTGT+TGG 0.371600 3.3:+85386186 MS.gene012862:CDS
CAGGGAACAGTTGTGGTTGC+TGG 0.377893 3.3:+85369114 MS.gene012862:intron
GCAGGTTATTCTGATGATAT+TGG 0.380324 3.3:+85362521 MS.gene012862:intron
GAAATGCAGGAGCTCCGTTT+TGG 0.380783 3.3:+85362080 MS.gene012862:intron
GTTGGGCTTGCCACTGTTGC+CGG 0.382254 3.3:+85384068 MS.gene012862:CDS
ATAGGAATTGCTATGGGTTC+AGG 0.382334 3.3:+85382537 MS.gene012862:CDS
GCATTAGTTAATGGTGAAAC+AGG 0.388782 3.3:+85362178 MS.gene012862:CDS
CACGGGAGTGGCAGGACAAA+TGG 0.389729 3.3:+85388818 MS.gene012862:CDS
ACAACAGCAGGGAGACCTTC+AGG 0.392450 3.3:-85373490 None:intergenic
TGAGGGAGGGGTGAGGGATG+TGG 0.393865 3.3:+85388855 MS.gene012862:CDS
TTTGCCATCTGTTGAGACCT+TGG 0.396732 3.3:+85374269 MS.gene012862:CDS
CTTCGCAACTGACATCATAT+TGG 0.399020 3.3:-85374337 None:intergenic
CTCTGTGTAGGCCGTGGCAG+AGG 0.399524 3.3:+85382838 MS.gene012862:intron
GGGTCGAGCCTTCTCATAAA+AGG 0.400273 3.3:+85381259 MS.gene012862:intron
GCAACCATACCACTTCATTC+TGG 0.405225 3.3:-85381305 None:intergenic
CTTTCAGGGTTATCCCTCCC+TGG 0.406351 3.3:+85386166 MS.gene012862:intron
TATCTTTAGGTCGGTCTCCC+TGG 0.406388 3.3:+85377227 MS.gene012862:intron
TCCTATGTCTGCCTTCTTCA+GGG 0.407035 3.3:-85382520 None:intergenic
AGTTGCCACATCAGCTTGAT+AGG 0.409785 3.3:-85363608 None:intergenic
ATGCTTCCCATGGCAGTGTT+AGG 0.410731 3.3:-85369168 None:intergenic
TAAATTGTTCCTCCCAATAG+TGG 0.413237 3.3:-85377313 None:intergenic
ATCCAGTCAGCCCAAGATAA+TGG 0.414808 3.3:-85386396 None:intergenic
CTTTATCAGGATTATACTGC+AGG 0.418670 3.3:-85377068 None:intergenic
TTATGACTGGTGTTGAGGGA+GGG 0.422028 3.3:+85388842 MS.gene012862:CDS
TAATGGTGAAACAGGCTTGA+TGG 0.422645 3.3:+85362186 MS.gene012862:CDS
TTTGAAACATATAGGAAATA+CGG 0.422778 3.3:+85388765 MS.gene012862:intron
AGCTAGACTCCAAGTTCAAC+AGG 0.423198 3.3:+85377910 MS.gene012862:CDS
CCAAATTGACCCAAAGCAAC+TGG 0.424845 3.3:-85383462 None:intergenic
GTTGCAATAGAGCCGGTTGC+CGG 0.425958 3.3:+85388877 MS.gene012862:CDS
TGGTGTTGAGGGAGGGGTGA+GGG 0.426504 3.3:+85388849 MS.gene012862:CDS
TGGGTCAATTTGGTTACTGA+TGG 0.426814 3.3:+85383472 MS.gene012862:CDS
GAGTCACTTTGCCGCAAGAT+AGG 0.427689 3.3:+85381011 MS.gene012862:CDS
CTTCTAGATTGCAGTTGCTC+TGG 0.431944 3.3:+85373453 MS.gene012862:intron
CTCACAGGGGCAAGGGTGTC+AGG 0.432044 3.3:-85382962 None:intergenic
TACGTGTTACAGGTTATTGC+GGG 0.432577 3.3:+85370821 MS.gene012862:intron
CCTTATGTAGGTTGGGATGC+TGG 0.433576 3.3:+85380807 MS.gene012862:intron
AGATCTCACATTTATTGGAT+TGG 0.435207 3.3:+85379724 MS.gene012862:CDS
CACTTTCGTGACCCTTCTCA+TGG 0.436971 3.3:+85370878 MS.gene012862:CDS
GCTATAGTTTGCTGCAGTGC+TGG 0.437219 3.3:-85381098 None:intergenic
AACATTGAGATGCTTAGCTT+TGG 0.441184 3.3:+85379649 MS.gene012862:CDS
TGCAGTATAATCCTGATAAA+GGG 0.444991 3.3:+85377070 MS.gene012862:CDS
TTGGTTTGGATTGTAAATAT+TGG 0.445217 3.3:+85370854 MS.gene012862:CDS
CTGTTGCCGGCTTTATTTGG+TGG 0.445422 3.3:+85384081 MS.gene012862:CDS
GTTATGACTGGTGTTGAGGG+AGG 0.446036 3.3:+85388841 MS.gene012862:CDS
CTTTGACAAGGCAGGGGTGC+AGG 0.449614 3.3:+85375636 MS.gene012862:CDS
GTGTCGGATAAACCCTTTGT+TGG 0.451971 3.3:-85360707 None:intergenic
CTGCAACGGAACTTGTTCCT+GGG 0.452175 3.3:+85364542 MS.gene012862:CDS
AAAACCTAACCTGTTGAACT+TGG 0.453635 3.3:-85377919 None:intergenic
GCAGGTAACACCATTATCTT+GGG 0.453868 3.3:+85386386 MS.gene012862:intron
ATGTCTGCCTTCTTCAGGGC+AGG 0.454820 3.3:-85382516 None:intergenic
ATGCTTTCTTGCATGACTGC+AGG 0.458519 3.3:+85380859 MS.gene012862:CDS
TGGTAGCTCACGGGAGTGGC+AGG 0.459413 3.3:+85388810 MS.gene012862:CDS
GATAAGTTGTCTCCCTGGTT+GGG 0.460301 3.3:-85385306 None:intergenic
TTGATGAGTAAACCGGCAAC+CGG 0.463530 3.3:-85388889 None:intergenic
TAAACTACCATACACTGAAC+TGG 0.464164 3.3:+85384127 MS.gene012862:CDS
GGTCCTTGATTTCTTTGGAG+TGG 0.464352 3.3:+85360682 MS.gene012862:intron
AACTATAGCATTGCAGCGTA+TGG 0.464946 3.3:+85381112 MS.gene012862:CDS
TTGAAACATATAGGAAATAC+GGG 0.465522 3.3:+85388766 MS.gene012862:intron
TTTCGGTATTTGGTAATTGG+AGG 0.465809 3.3:+85383859 MS.gene012862:CDS
GTCTTACTGTAACCACTATT+GGG 0.467674 3.3:+85377301 MS.gene012862:CDS
TTTCTTACTTCATCTCTTGG+TGG 0.469446 3.3:-85380832 None:intergenic
GGATAAGTTGTCTCCCTGGT+TGG 0.473612 3.3:-85385307 None:intergenic
TGTTAGTAGAGTACCTTTCG+AGG 0.474216 3.3:-85383553 None:intergenic
GTTCGGTAAAATCTATCAAA+TGG 0.474884 3.3:-85381043 None:intergenic
TTGTCAAAGATTATACCTTC+AGG 0.475332 3.3:-85375622 None:intergenic
TATCTCACCAGTTCAGTGTA+TGG 0.478039 3.3:-85384134 None:intergenic
ATCTGAGGGCATCCACTTGA+GGG 0.480986 3.3:-85379672 None:intergenic
TGTTTGATGCAGCTTATGTT+GGG 0.483122 3.3:+85384051 MS.gene012862:intron
TAGGAATTGCTATGGGTTCA+GGG 0.483196 3.3:+85382538 MS.gene012862:CDS
ATGTTTGATGCAGCTTATGT+TGG 0.483450 3.3:+85384050 MS.gene012862:intron
TTCAAAACCAATTTCCAAAA+CGG 0.483974 3.3:-85362094 None:intergenic
TGGTTTGTTTACGCTGATAG+TGG 0.487940 3.3:+85384101 MS.gene012862:CDS
TTCAGGGACTGCTGTTGCTA+AGG 0.490372 3.3:+85382554 MS.gene012862:CDS
AGAAGCAGTGTAAGAGTGTT+CGG 0.491037 3.3:-85381060 None:intergenic
GGTATAATCTTTGACAAGGC+AGG 0.491911 3.3:+85375628 MS.gene012862:CDS
TGTCGGATAAACCCTTTGTT+GGG 0.492188 3.3:-85360706 None:intergenic
ATTATCTTGGGCTGACTGGA+TGG 0.494814 3.3:+85386398 MS.gene012862:CDS
TGTAGGCCGTGGCAGAGGGA+AGG 0.500530 3.3:+85382843 MS.gene012862:intron
TGGGTTATGACTGGTGTTGA+GGG 0.501864 3.3:+85388838 MS.gene012862:CDS
ACACCATATTCAGTAACAAA+AGG 0.502805 3.3:-85375580 None:intergenic
GATCTGAGGGCATCCACTTG+AGG 0.504853 3.3:-85379673 None:intergenic
AGGAAATACGGGGCATATGA+TGG 0.504879 3.3:+85388777 MS.gene012862:intron
TCAATCATCTTCATATCAGC+AGG 0.505804 3.3:-85364696 None:intergenic
ACCATCACCATTGCATAGAA+TGG 0.505932 3.3:-85377853 None:intergenic
TCCCTCCCTGGAGTAACTTG+TGG 0.506635 3.3:+85386178 MS.gene012862:CDS
CTGGTGTTGAGGGAGGGGTG+AGG 0.509288 3.3:+85388848 MS.gene012862:CDS
ACATACTACTTCACCAATGT+TGG 0.509410 3.3:-85382912 None:intergenic
AGCAGCAAATGCGGTATACC+AGG 0.511345 3.3:+85367366 MS.gene012862:CDS
TCTGTGTAGGCCGTGGCAGA+GGG 0.514650 3.3:+85382839 MS.gene012862:intron
ATATTTGTGGCTGCAGTGCT+TGG 0.515332 3.3:+85382935 MS.gene012862:CDS
TGATGCACCTGCCCTGAAGA+AGG 0.519689 3.3:+85382509 MS.gene012862:CDS
TGAAGTAGTATGTATATTTG+TGG 0.520411 3.3:+85382922 MS.gene012862:CDS
ACTTGTTCCTGGGGATATTG+TGG 0.520551 3.3:+85364552 MS.gene012862:CDS
TACATGATTTCTTCCAACAT+TGG 0.521251 3.3:+85382899 MS.gene012862:CDS
TTGGGAGGAACAATTTAGAA+AGG 0.522291 3.3:+85377319 MS.gene012862:CDS
GCCTTCTCATAAAAGGATGC+TGG 0.522483 3.3:+85381266 MS.gene012862:CDS
GTGGCAACTGTCTTGCGAAA+TGG 0.523807 3.3:+85363622 MS.gene012862:CDS
GGTAGACTTTATGGTACAAA+CGG 0.524875 3.3:+85360890 MS.gene012862:CDS
AACAAGCCACAAGTTACTCC+AGG 0.527679 3.3:-85386184 None:intergenic
ACTCACGTCGTTACAACAGC+AGG 0.528305 3.3:-85373502 None:intergenic
CACTCAAGGTGGTAGCTCAC+GGG 0.530069 3.3:+85388801 MS.gene012862:CDS
GGTCCACTCCAAAGAAATCA+AGG 0.530419 3.3:-85360685 None:intergenic
CTTTGGAGTGGACCCAACAA+AGG 0.531446 3.3:+85360694 MS.gene012862:CDS
CTCTACACTCACAGGGGCAA+GGG 0.533514 3.3:-85382969 None:intergenic
GGCAGACATAGGAATTGCTA+TGG 0.534143 3.3:+85382530 MS.gene012862:CDS
AGAGCTGTTGTGGTGGGAGT+TGG 0.537650 3.3:+85369144 MS.gene012862:CDS
GTAGGCCGTGGCAGAGGGAA+GGG 0.538170 3.3:+85382844 MS.gene012862:intron
GCATGGATAAGTTGTCTCCC+TGG 0.540720 3.3:-85385311 None:intergenic
TTTGGAGTGGACCCAACAAA+GGG 0.541112 3.3:+85360695 MS.gene012862:CDS
CTAGCATACCGCAACGATTG+AGG 0.541676 3.3:-85382705 None:intergenic
GCAAGACTCTGATGTGATGA+AGG 0.542817 3.3:+85383525 MS.gene012862:CDS
CAATATGATGTCAGTTGCGA+AGG 0.543799 3.3:+85374338 MS.gene012862:CDS
TTGAAGCCAATAGCAGTAGC+AGG 0.544551 3.3:-85383499 None:intergenic
ACGGGAGTGGCAGGACAAAT+GGG 0.545986 3.3:+85388819 MS.gene012862:CDS
TCACTCAAGGTGGTAGCTCA+CGG 0.547525 3.3:+85388800 MS.gene012862:CDS
TAGGTTGCAATGACTGGTGA+CGG 0.548369 3.3:+85382480 MS.gene012862:intron
TGATGAGTATTCTTTGCAGC+CGG 0.551467 3.3:+85377769 MS.gene012862:CDS
CCAAATAAAGCCGGCAACAG+TGG 0.552618 3.3:-85384078 None:intergenic
CGATCTTCAAATATACTGCA+TGG 0.553178 3.3:-85385328 None:intergenic
ATTCGTGTTATAGTTGTCAC+TGG 0.555241 3.3:+85380883 MS.gene012862:CDS
ACTCTACACTCACAGGGGCA+AGG 0.555447 3.3:-85382970 None:intergenic
GAGTGCTTCAGACATGGTCC+TGG 0.557166 3.3:+85382667 MS.gene012862:intron
TTGAGAATAAAACATGCAGC+TGG 0.558698 3.3:-85377794 None:intergenic
ATTCAACCTAGCCATTCGCT+TGG 0.559645 3.3:-85374232 None:intergenic
AAGGTGGTAGCTCACGGGAG+TGG 0.560548 3.3:+85388806 MS.gene012862:CDS
ATACCGGTAAAGAAAGATAG+AGG 0.560887 3.3:-85386425 None:intergenic
TATTGCGGGGATATGCGTGT+TGG 0.561382 3.3:+85370835 MS.gene012862:CDS
TGCAGTCATGCAAGAAAGCA+TGG 0.561635 3.3:-85380857 None:intergenic
GTATAATCTTTGACAAGGCA+GGG 0.561721 3.3:+85375629 MS.gene012862:CDS
CAGCCCAAGGTCTCAACAGA+TGG 0.562133 3.3:-85374273 None:intergenic
GCTTAGCTTTGGCCCTCAAG+TGG 0.563906 3.3:+85379660 MS.gene012862:CDS
TTACGTGTTACAGGTTATTG+CGG 0.567460 3.3:+85370820 MS.gene012862:intron
ATGAAGCAGTTGTTACAGGT+TGG 0.568192 3.3:+85383830 MS.gene012862:CDS
AGGCAAAGTTGTCATCAGCC+AGG 0.569524 3.3:-85382685 None:intergenic
TGGTAGAGCAAGAGCTGTTG+TGG 0.572819 3.3:+85369134 MS.gene012862:CDS
AACAAACCACCAAATAAAGC+CGG 0.573292 3.3:-85384087 None:intergenic
AGTTGGTCCTAACACTGCCA+TGG 0.576886 3.3:+85369161 MS.gene012862:CDS
TTTACAGAGTGCTTCAGACA+TGG 0.578929 3.3:+85382661 MS.gene012862:intron
GTATACCGCATTTGCTGCTG+TGG 0.579258 3.3:-85367362 None:intergenic
AGAAGACATTGCAATTGAGC+CGG 0.579496 3.3:-85377006 None:intergenic
GATAGCTTCTGTTGATCTGA+GGG 0.580305 3.3:-85379686 None:intergenic
ACCTTCAGGAATTGCTGCAA+CGG 0.580711 3.3:-85373476 None:intergenic
TGCACAAAACCACCATGAGA+AGG 0.582788 3.3:-85370890 None:intergenic
GCCGTTGCAGCAATTCCTGA+AGG 0.582915 3.3:+85373475 MS.gene012862:CDS
GGCTCTTGGAACCAAGCGAA+TGG 0.584017 3.3:+85374221 MS.gene012862:CDS
GTTACTGAATATGGTGTCAG+TGG 0.586794 3.3:+85375586 MS.gene012862:CDS
GACGGCATAGAATTATAACC+AGG 0.587932 3.3:-85377245 None:intergenic
ATGGGTTATGACTGGTGTTG+AGG 0.588769 3.3:+85388837 MS.gene012862:CDS
GTTGGTCCTAACACTGCCAT+GGG 0.589666 3.3:+85369162 MS.gene012862:CDS
CTCAACATATTCAATGCTGA+CGG 0.589864 3.3:-85377263 None:intergenic
TTTATCAGGATTATACTGCA+GGG 0.591387 3.3:-85377067 None:intergenic
GGATAGCTTCTGTTGATCTG+AGG 0.591400 3.3:-85379687 None:intergenic
ACCATTCTATGCAATGGTGA+TGG 0.591855 3.3:+85377852 MS.gene012862:CDS
GAGATCTTTCTCATCATCAA+AGG 0.592672 3.3:-85379708 None:intergenic
TGTACAACCATTCTATGCAA+TGG 0.595366 3.3:+85377846 MS.gene012862:CDS
AGTTGTCACTGGAGATAACA+AGG 0.602411 3.3:+85380894 MS.gene012862:CDS
ATTGGCTGCGAATGCAGCTG+TGG 0.607002 3.3:+85362539 MS.gene012862:CDS
ATTGCAATGTCTTCTTCACA+TGG 0.608821 3.3:+85377014 MS.gene012862:CDS
CAGGACAAATGGGTTATGAC+TGG 0.609273 3.3:+85388829 MS.gene012862:CDS
AAACTGAAGTACCTGAGTGT+CGG 0.609486 3.3:-85360723 None:intergenic
AACTACCACAGCAGCAAATG+CGG 0.610633 3.3:+85367357 MS.gene012862:CDS
TTTCGTGACCCTTCTCATGG+TGG 0.611414 3.3:+85370881 MS.gene012862:CDS
ACAGTCATTGCTACAGTCGA+TGG 0.611758 3.3:-85385355 None:intergenic
TTGGAACCAAGCGAATGGCT+AGG 0.612758 3.3:+85374226 MS.gene012862:CDS
TGCAACGGAACTTGTTCCTG+GGG 0.613950 3.3:+85364543 MS.gene012862:CDS
GCACAAAACCACCATGAGAA+GGG 0.614053 3.3:-85370889 None:intergenic
TGACTGTCAGGGAACAGTTG+TGG 0.615295 3.3:+85369107 MS.gene012862:intron
ACGTGCCTATCAAGCTGATG+TGG 0.617229 3.3:+85363603 MS.gene012862:CDS
AATTACAGTGGTACAGCCCA+AGG 0.618412 3.3:-85374286 None:intergenic
TAATTTGTAGTGACAAAACT+GGG 0.618424 3.3:+85374304 MS.gene012862:CDS
GCCACAAGTTACTCCAGGGA+GGG 0.620420 3.3:-85386179 None:intergenic
GGATGTGGTTGCAATAGAGC+CGG 0.621121 3.3:+85388870 MS.gene012862:CDS
CTTTGCTAGATCTATTCCCA+AGG 0.622588 3.3:+85359705 MS.gene012862:CDS
ATCAGCAGTGAGTGGCATGA+CGG 0.622956 3.3:-85377877 None:intergenic
GCGGCAAAGTGACTCAGCAG+TGG 0.623140 3.3:-85381003 None:intergenic
CAACTTTGCCTCAATCGTTG+CGG 0.628155 3.3:+85382697 MS.gene012862:CDS
TGAATCACGTATGCTTCCCA+TGG 0.628546 3.3:-85369178 None:intergenic
AAAGGGTTTATCCGACACTC+AGG 0.629678 3.3:+85360712 MS.gene012862:CDS
GGTCAAAAGCACCTATCTTG+CGG 0.634219 3.3:-85381022 None:intergenic
TATAATCTTTGACAAGGCAG+GGG 0.636027 3.3:+85375630 MS.gene012862:CDS
CTTGGGAATAGATCTAGCAA+AGG 0.636040 3.3:-85359704 None:intergenic
GCCCTGAAGAAGGCAGACAT+AGG 0.637577 3.3:+85382519 MS.gene012862:CDS
GGGCATATGATGGTCACTCA+AGG 0.641434 3.3:+85388787 MS.gene012862:CDS
GCAGACATAGGAATTGCTAT+GGG 0.641467 3.3:+85382531 MS.gene012862:CDS
TGATTCAATGTTGCAAACAG+AGG 0.646457 3.3:+85369194 MS.gene012862:CDS
ATTGCAACACCAGAATGAAG+TGG 0.647686 3.3:+85381296 MS.gene012862:CDS
GAAACTTCCACAATATCCCC+AGG 0.649289 3.3:-85364559 None:intergenic
TAGAGCAAGAGCTGTTGTGG+TGG 0.650043 3.3:+85369137 MS.gene012862:CDS
TTTGTCACTACAAATTACAG+TGG 0.652173 3.3:-85374298 None:intergenic
AGAGCAAGAGCTGTTGTGGT+GGG 0.652746 3.3:+85369138 MS.gene012862:CDS
GCTCGAATATCAGCAGTGAG+TGG 0.654409 3.3:-85377885 None:intergenic
GATGAAGGTTAAGCCTCGAA+AGG 0.655702 3.3:+85383540 MS.gene012862:CDS
TTGGCTGCGAATGCAGCTGT+GGG 0.662440 3.3:+85362540 MS.gene012862:CDS
TTACTGTAACCACTATTGGG+AGG 0.662522 3.3:+85377304 MS.gene012862:CDS
GGAACAACATATGCACCTGA+AGG 0.663891 3.3:+85375607 MS.gene012862:CDS
AGATGGCAAAGAGCGAACAA+TGG 0.669212 3.3:-85374256 None:intergenic
ACAAGCCACAAGTTACTCCA+GGG 0.674233 3.3:-85386183 None:intergenic
TATAGCCCTTCCCTCTGCCA+CGG 0.679107 3.3:-85382849 None:intergenic
CATATGATGGTCACTCAAGG+TGG 0.681056 3.3:+85388790 MS.gene012862:CDS
TGTAGGTGAGAGCAGCTCAG+TGG 0.682202 3.3:+85367321 MS.gene012862:intron
CTCACGTCGTTACAACAGCA+GGG 0.684053 3.3:-85373501 None:intergenic
ACGTGTTACAGGTTATTGCG+GGG 0.686844 3.3:+85370822 MS.gene012862:intron
TGAAGGTATAATCTTTGACA+AGG 0.697892 3.3:+85375624 MS.gene012862:CDS
GTATGTGAAGAAGCATAGTG+AGG 0.707506 3.3:-85386218 None:intergenic
AGCCACAAGTTACTCCAGGG+AGG 0.710654 3.3:-85386180 None:intergenic
ACAGAGAAAAGAACTGACAG+TGG 0.716851 3.3:-85386258 None:intergenic
ACGGCATAGAATTATAACCA+GGG 0.720373 3.3:-85377244 None:intergenic
TGAAACATATAGGAAATACG+GGG 0.762218 3.3:+85388767 MS.gene012862:intron
TTCTTCTCCAGAAATCCCAG+TGG 0.768117 3.3:+85387251 MS.gene012862:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr3.3 gene 85359694 85388939 85359694 ID=MS.gene012862
chr3.3 mRNA 85359694 85388939 85359694 ID=MS.gene012862.t1;Parent=MS.gene012862
chr3.3 exon 85359694 85359726 85359694 ID=MS.gene012862.t1.exon1;Parent=MS.gene012862.t1
chr3.3 CDS 85359694 85359726 85359694 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85360683 85360733 85360683 ID=MS.gene012862.t1.exon2;Parent=MS.gene012862.t1
chr3.3 CDS 85360683 85360733 85360683 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85360878 85360911 85360878 ID=MS.gene012862.t1.exon3;Parent=MS.gene012862.t1
chr3.3 CDS 85360878 85360911 85360878 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85361593 85361610 85361593 ID=MS.gene012862.t1.exon4;Parent=MS.gene012862.t1
chr3.3 CDS 85361593 85361610 85361593 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85362089 85362225 85362089 ID=MS.gene012862.t1.exon5;Parent=MS.gene012862.t1
chr3.3 CDS 85362089 85362225 85362089 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85362525 85362599 85362525 ID=MS.gene012862.t1.exon6;Parent=MS.gene012862.t1
chr3.3 CDS 85362525 85362599 85362525 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85363598 85363643 85363598 ID=MS.gene012862.t1.exon7;Parent=MS.gene012862.t1
chr3.3 CDS 85363598 85363643 85363598 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85364524 85364583 85364524 ID=MS.gene012862.t1.exon8;Parent=MS.gene012862.t1
chr3.3 CDS 85364524 85364583 85364524 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85364682 85364762 85364682 ID=MS.gene012862.t1.exon9;Parent=MS.gene012862.t1
chr3.3 CDS 85364682 85364762 85364682 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85367326 85367411 85367326 ID=MS.gene012862.t1.exon10;Parent=MS.gene012862.t1
chr3.3 CDS 85367326 85367411 85367326 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85369117 85369218 85369117 ID=MS.gene012862.t1.exon11;Parent=MS.gene012862.t1
chr3.3 CDS 85369117 85369218 85369117 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85370394 85370447 85370394 ID=MS.gene012862.t1.exon12;Parent=MS.gene012862.t1
chr3.3 CDS 85370394 85370447 85370394 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85370833 85370934 85370833 ID=MS.gene012862.t1.exon13;Parent=MS.gene012862.t1
chr3.3 CDS 85370833 85370934 85370833 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85373460 85373518 85373460 ID=MS.gene012862.t1.exon14;Parent=MS.gene012862.t1
chr3.3 CDS 85373460 85373518 85373460 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85374215 85374359 85374215 ID=MS.gene012862.t1.exon15;Parent=MS.gene012862.t1
chr3.3 CDS 85374215 85374359 85374215 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85375550 85375657 85375550 ID=MS.gene012862.t1.exon16;Parent=MS.gene012862.t1
chr3.3 CDS 85375550 85375657 85375550 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85376997 85377149 85376997 ID=MS.gene012862.t1.exon17;Parent=MS.gene012862.t1
chr3.3 CDS 85376997 85377149 85376997 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85377236 85377340 85377236 ID=MS.gene012862.t1.exon18;Parent=MS.gene012862.t1
chr3.3 CDS 85377236 85377340 85377236 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85377735 85377931 85377735 ID=MS.gene012862.t1.exon19;Parent=MS.gene012862.t1
chr3.3 CDS 85377735 85377931 85377735 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85379634 85379745 85379634 ID=MS.gene012862.t1.exon20;Parent=MS.gene012862.t1
chr3.3 CDS 85379634 85379745 85379634 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85380817 85380915 85380817 ID=MS.gene012862.t1.exon21;Parent=MS.gene012862.t1
chr3.3 CDS 85380817 85380915 85380817 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85381002 85381147 85381002 ID=MS.gene012862.t1.exon22;Parent=MS.gene012862.t1
chr3.3 CDS 85381002 85381147 85381002 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85381260 85381317 85381260 ID=MS.gene012862.t1.exon23;Parent=MS.gene012862.t1
chr3.3 CDS 85381260 85381317 85381260 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85382483 85382575 85382483 ID=MS.gene012862.t1.exon24;Parent=MS.gene012862.t1
chr3.3 CDS 85382483 85382575 85382483 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85382668 85382718 85382668 ID=MS.gene012862.t1.exon25;Parent=MS.gene012862.t1
chr3.3 CDS 85382668 85382718 85382668 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85382848 85382979 85382848 ID=MS.gene012862.t1.exon26;Parent=MS.gene012862.t1
chr3.3 CDS 85382848 85382979 85382848 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85383460 85383561 85383460 ID=MS.gene012862.t1.exon27;Parent=MS.gene012862.t1
chr3.3 CDS 85383460 85383561 85383460 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85383826 85383880 85383826 ID=MS.gene012862.t1.exon28;Parent=MS.gene012862.t1
chr3.3 CDS 85383826 85383880 85383826 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85384063 85384148 85384063 ID=MS.gene012862.t1.exon29;Parent=MS.gene012862.t1
chr3.3 CDS 85384063 85384148 85384063 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85385289 85385437 85385289 ID=MS.gene012862.t1.exon30;Parent=MS.gene012862.t1
chr3.3 CDS 85385289 85385437 85385289 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85386173 85386278 85386173 ID=MS.gene012862.t1.exon31;Parent=MS.gene012862.t1
chr3.3 CDS 85386173 85386278 85386173 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85386390 85386443 85386390 ID=MS.gene012862.t1.exon32;Parent=MS.gene012862.t1
chr3.3 CDS 85386390 85386443 85386390 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85387224 85387272 85387224 ID=MS.gene012862.t1.exon33;Parent=MS.gene012862.t1
chr3.3 CDS 85387224 85387272 85387224 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
chr3.3 exon 85388779 85388939 85388779 ID=MS.gene012862.t1.exon34;Parent=MS.gene012862.t1
chr3.3 CDS 85388779 85388939 85388779 ID=cds.MS.gene012862.t1;Parent=MS.gene012862.t1
Gene Sequence

>MS.gene012862

ATGGATGAAGCCTTTGCTAGATCTATTCCCAAGGTAAATTCCTACTGCTTATACACCTTTCGATTGCTGCTAAAACCACAAAGTCCTATTGTAAATTCAGAAAGTAAATCTGGAAGCAATATTCTTTTTTTTTTAATATAAAATATGAACTCACTAGATGCTTAGAATGTGAAATTGGATGTTTTATATTGTGCGACCTGTGATGTGGTATCTCTACCTTGCACAATTCCTAGTGCTCTCAGATGCAGATATATTTTTTTTTTGAAGAAGCCAGAAGTAGATTTTTTTTATAAACACGCAATGTCATAATGTTGATAGACTTCTCTCCGTGACCTTCTTGGAAATTCATTTGAAAATTCTGCATCAATTTGTGTCTCTATTCTCCACAACTATGATTTGGCTTGTACCAATATTGTCGATAGCGGAGAGCCAAAAACCCGCCATACCGGCCGACATGTGGTGCCTCCATATCCGAGCATCGCCATCCTTCACAAAACTGGCCATGTCAGAAAGCCAAAAACCCACCGCTGATATCTTCCATGGCCAATATTTGACAATACTGGCTTGTACTGAGATTATTAGAGCCAATTTACTAGAGTGAATCACCATTTTGGTCGTCAAAATTGTAGTGGTCGGACAACCTGGTCCCCCCAAATTAACGAAATGGCTAATTGGTTCCTGGAATTGAAGGTCATTAATCAATTTAGTTCTTCTGTCAATCTTGATCGTAAAACATAGATCATTGAAAGCTTCAAACAAAATTTTAGAAACATGCTCCAACTCAGTATCTATGATACAACAGAGAGACTACTACATCAATATTGATTTACAATTTTAGGTACCAACTGTTTTGTAAATTTGAAAGACTGAATTGCCCTACACCTACAATTTCAAGGACCAAAATGATGATTCGCCTATTTATTATATTTAGAACATGCCTATGGATAGCAATGGTTATTATTATTATTTTTTTCTTTCTGGTTGATTAGGTCCTTGATTTCTTTGGAGTGGACCCAACAAAGGGTTTATCCGACACTCAGGTACTTCAGTTTTCTTTTCTTTTCCTTTTTTTTTTTGGGGGTTAAGTTAGATTTAGGAGTACTTGGATTTTCCTTATCTTCTTTTATGCTCAATCATATGTTAGTGGTTCCAAATTATTATTTTTTTTTCTCATTTTTTTCCAGGTAGCACAACATGGTAGACTTTATGGTACAAACGGTATGCCTTCTATAGGTCCATTCACTTGTTTCATTTTTTTCCTCCAGTAATTTGTGGTTTATTGACAAGGGATATCAAAGAACATGGTTTTATAATCAAATGAATTTGTATTAGTGTAGGATGTAACGACCTAGTTTATATTGATGGCACATGAGATGGAAAAAAAACAGACTATTGAACCCAGTATTAATGGGTGAGCTGGGATATGGTATTTTAAAATTTGAAAGAATTTAAAATACAAGGGAGTTTTTTTTTTTTTTTTTTTGAAGAAAATACAAGGGAGTTAAATTGCTTTAATTGAAAATTCCCTTCATTTTCAAAAACTTTTGTGGTTATGAAGTGATTGAATTCCCTTCATTTATAAAATCCCTTGTTTACATAATTATTACACACAGTATGTTTCAATAAGCAATGTTACAAAAGAGAAGTGAAATTTCAAAATTCCTTACTTAAGGCGAAGTAAATCCTGGAAAAATAAAAATTCAATGAAATCACCGTAATTTAAAGTTAAGTATTTTGAATCCCTAAAATATTGCATGTTACAGTGTAAGGAAGTTTATCTTATGCATATGTTCCCACTATTTTTATTTTATTCAAGTATTCAATTTGATACTATTTTATTGGTCTCTCTTAACACTTCTTTCATTTTCTCTTGCTGCATGGTATCCGCTTGCTACACAGTGCTGCATGAAGATCAAAGTAAGTATATGGTGTTTGTACCTACTTTTTTTTTTTTTTGTAAATATAAAAATTACGTGATGTACGGTAACTTAATGGTTTTATTGTTCTGTATATCCACATTGTGATTTGCATTTGATCTCATTGACAATATTTACCAATACACTTCAATATTGCATATGATAGATGGGAATGTTAGTCTTTGATAGACGGGTAGTTGTTTACTGGCTAGTCAAGGCTGTGCAAGTTATAAAAAATAAGTTAATTTATATTTACTGTTGTGGTTGTAAGCAATTTGAGGGTCATCCAAAAAACCTATTAATGATAGTACTACCACTGTAATGAACCTCATCTCATATGATTAAGGCATTCAGAGTTCTTGGTCCTGTTCATTTTGTTGCATTTGCCGTACTGTAATGTTTTGTTCCATGTGTAACAAACCTCATGCTCAATTGATTCTTGTTGCAACTAATTAGTTCCTGTAAATTTTGAAATGCAGGAGCTCCGTTTTGGAAATTGGTTTTGAAGCAATTTGATGATTTGCTTGTGAAGATACTGATTGCAGCTGCTCTTATATCATTTATTCTGGCATTAGTTAATGGTGAAACAGGCTTGATGGCATTTCTGGAGCCTTCTGTAAGATTGATGTGCACTTATGTGTTGTGTTTAATTTTTTTGTGGACGGTTCTATTCAGAGAAAGAATCATTTTCTTTGATTGGCTCATGCCTTCATAATATTTTTACACAAAGATGTGAAAGCTGCACCCTTTAAGTAGCAGCTGTAGAAAATGAGCTGATTGAGTTATTTTGCATATGTAGAGTTAACATGTACGATGCTACGTGTCCTTATCCTCATCATATGTGGATCTTGGATTAGTCAATTAGTTTCAGTGCCGTACAAGTTTTCTGATAAAAGAAGTTCATTGCATGTGCAGGTTATTCTGATGATATTGGCTGCGAATGCAGCTGTGGGAGTGATCACAGAAACAAATGCTGAAAAAGCTCTTGAGGTATATTTGAAAAATTTAGCTTTCAAAACAAATTTGCCTATAATGATTTTGTATATAAAAATTTCACCAATTTTGCATTAGTTATCCCAAATTTATGGCGAAAGACTTGTTTGGTATGACGTATTAGGCTTGAGAAGATAAACTTAAATAGTACTTTATGACTCAATCAATTGTACTGTATTCTCTAAACTTATTCATTACAACCTTTTATAAACTTATTCATCACATCCTTTTTATAAACTTATTCATTACATTCTTTTTACATGAAACTGATGGATGATTTGATCAAATCTTGAGGTGTGGGATTTAGACGTGACTGGGTTTTGATGTATACCTTGTAAATTTAAATTAATTATAAAATAGTTTATTTTGACCATAGAATTATTACAACACACAAGCTGTATGTAGACTATTCTGAGAATTCAATACTGTTGCAAGAGCTTGTTAAATTTGTCACTCACTTGGAAGCTCTGCTCCCTCCTTTTATCCAATAAATATTGTCATTAACTATTGAATTTTGTTATAGTTTTATAATCTTTATACAATTTTTTTTCTTTTTAATTAAATGTATACATTGGTTGTGTTTTTTTTCTTCTATAATTTAGGGTATTATTCCTCCAAAAGTAAATATAACATATCATATTTATGTAATTCTAGTATATCCATAAAATGTATTATGTATAAATGTTAATTATTTTATCCAATCTTACAACACATAATTAAATGTTGGATAGTCTTATCTTATACCTTACCGGATATTGTGCAATATAACATCAAAAACTATGTAGTATAACAATCTCATCAAATCTTACACTATTCGACCTTATCCTTCATTGCATAACAATAGCTTATTCTTTTTTTTTCTAATTTGTTTGTTAACTTTTTTGCTTGCTTAATCAAAACTTGTTTACAAGAAAGTCAGTTTTATTGTGGATTTCTCATATGTTTGTTGTTTCAAGCCGAGCATACTTTCATCTATTTCCATTGTTTTGTCTTAGGAGCTACGTGCCTATCAAGCTGATGTGGCAACTGTCTTGCGAAATGGTAACAAAAACTTCTATACTTGTCTGATTTTATTGTATCATGAGTAGTACAATCGTTTGATGCATTTTATTGAGTGTGACTTGTTTGATGTTAATTGGTGTTGCCTTTCTGTAATAATTAACCTGTAATGCTACTGCGCAGTTTGTTTCTCCACATTTTTTTTCTTTGTAAAATACCTTGCTAGTAGTGGTAGTTATGGGAAAAAAATCCGATCTTGATGGATAGGCTTTTGACTAAAAAAAACTGGTTAGTAATTTTTTTTTCTTTCTGTTTTCACATTGTCTAGTATTTTCGATGCTTCTTCCTTTTGTCTTGGGGTGTGGGAGTGGGTAGGGGGAAAGAAATTTAATCAGAGGGTGTCTTTGCTCTGTATAATTGATGCATTATAATCACAATCTTTATTTAAATAAAGGACGGAGTAATTTTACAGTGATTTATTGTTGTTGTTGCCTTTTTTTATTTATCATTTCTATCCTGGCAAAATTGAGGCATTGTTCTATTAAATACACCATCAATGTGTTGAATTGTGATTGGTGAACAGTAAAAAGAGCACAGAAAATGCACCTACTCTACTTCCCAATCCAATATGAAAAAGTTAAAAAAGAATGGAAACAAAGAAACAGAAAAAACATTCGTGAAGAGTTTTAATGTTCGCTTGGGATAGTTGGGGGATTTACTTGGGGAGTGTGTGTGTGTGTGTGTGTGTTCAAACCTTGCAATCCCCTTTCCCAAAGTGTTGTTTTGATTATTAGAATCCGTGCTTTCAAATCATTGTGTTTCTTCCATTTGGCATGATGAGATTATGGGTATTTTTAAATAATTGGTTAAAGCTAGTTCAGGACATACAAAAATTTGAAGTATGGAAGTCTATTTCTTGCAGGTTGTTTTTCCATACTTCCTGCAACGGAACTTGTTCCTGGGGATATTGTGGAAGTTTCTGGTGAGTTGGTTATGCAGTACCTAAAACAAACTGTTTTATTTGAGTATCTGAATCTGGAATGCTGAAAGTTGATTTTGTTTTGGCTATGAATTAAATAGTGGGGTGCAAAATTCCTGCTGATATGAAGATGATTGAGATGCTAAGTAATGAAGTACGTGTTGATCAAGCTATTCTTACAGGTATGCCTGGTTTATTATGTATCTTATACTTTGTGAACAGAATTACTAAATGTTTCCAACTGGGATTATTTCCAATTACTTTTGATGTATCTGAAAAATGTGAAATTGCACCACATAGCCATGTATTGACACTAGAAGGAATTTCGTCAATTTATTGATATTGCTTTATTTGATTTGTTTGAATCCAGTCTAAGAGAAGTATTGTAGGTAACCACATTTCTTGTTGTTGGTGCTATTTGCTCTTATCCTTGTTGAAAAACCCATAACAATTTTGGCCTGTCTGTTTGGATTACTCATACTCTAGTAATCCAATTGATTGTTTTCTCTTTGTTAACAGTGTCTTATTTAGCGAGTCTTTTTATTTTCATGGAAACTCTTATGCATGCAAAGAAACATGTTCTGTACATATATATGTAATGCTACATGTGAATGCTGGTTGGAATGGCTAGATGGTTTTATTAGCGACCTATAGCTTGGCTTGTATTAGGCTTCTTCAGCCTCACCTTTTAAATGAACTTACATTTTAAAAATCTCTTTTGGCTTAAATGGCTAGAATTTTTTTTACTTTAAAAGGACCTTTGGTCTGGATGGACTGACCTATTTAATTTAATAATCTAAACTAATTATTATTACTATTATTATTAGAGGAGGGATATATTGACTCGAAGAGTAAGTCAATAGAGTTACTCCAAATCATTACCCTCCGTTTTATTTTAATCTAATGGTCCTAAGTAGTTACTAATTCATCTCACGTGTTACTACTTTACTCAATCATTCCATTGCCTATGTTAACCTGCTTCATGCGATTGTTTCCAATCCATTTTGATTCCGATCATCACCACACCAAAATAGATCGATGAACAGGCAGCGAAAATCTGACAAATCTTCAATAATTTTCTTCAACAGAGGAGATTAACAAAAAATTGAAGAATTGGATTAAAACAATATTATACATAAATTGGCAGCAAGTGTGTGATTGGTTGATCGAAGCAATTGAAACATAGAACAATTGCAAGATGCAGAAAAACAATCCAATGGTTGATCGGGTTGTGGAATCTTGTTGTGCAAAATCAGAAAGCACCGAACCTACTAATTTGATAAAGTCATGTATAGTTGCGCTCAAGCAATTGGGAAGGGAATGGATCGGAAAGAAACGAGCAGGTTCATAGGCAAGGGAATGATTGCTTAAAGTAGTACTCACATAAGATGAATTAGTAATTAATTAGGACCATTAGATTAAAATAAATGGAGGGTAGTGATTTCTAGTAACTCAATTGACTTACTCTTGGAGTCAATATATCCCTCCTCTTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATATAACTTTTTGGCATATTAAATGGTCTATCTTTCTAGCGCAAAGGCTTGTTGGGCTAATTATTTTTTGTTTTTGAAGTATTATTATTGTTGTTGTTTTGCAAAGTAGGCCTCTAAATAAATAGACCAGGCTTCAAAAAGTTTTCTGTTACATAAATAGACCAGGATTGTAATCTCTTCAGAAATAGGCTAGAGTCATTTAAGTCACAGTTTTGTCTGATGTGACCTATTATAATACTTGCATGTGTATGAATATATCGATTTTTATGACACACCAAACATTAACTTACTCTCCCTCTCAATGTGCTGCACGACAACATGTTTGTTTTACATGAAATATTTCCTTTTTTTAATAAATATTCTTATTCATTTTAAAATCATAAGAATTCAGTTATCAATATAAAAAAATGTCATGATTTGTTAATTTTAAATGTAAATTTATGTGTATATCTTTTAAAAATTCAATTTTTCCTTTTCTTTTAACTTGTAGTTTTGCTTTAAAAAGCTTGTACAATGCAAGGGCTTCTTGCTTCTTTAACTATATATATCATTAAGAGGCATCTAATTGGTATGTTGGGTGGTCCGTTTATTTCCTATTGTAGGTGAGAGCAGCTCAGTGGAAAAAGAACTTAAAACTACCACAGCAGCAAATGCGGTATACCAGGACAAAACAAATATTTTGTTCTCGGTACGATTTATCCATCCTGTTTATTCCATCCTTTATTCAATACCCTGTGAATGATATGCTTATAAAATGTTTTTATGACTAGTGGATTGGCTATTATAAGGCCAATTAGCAATCATTTATGACATAGATGAGGTTTTTTTTAAGCAAAAAAGAGGGCAAGGGCATCACAAGACAGCTATGGCACCCCAACTATGTTGGCACCCCATAGCTGCCATCTATCATCTGCATCACTCTTGAATAAGATAAAAATAGGAAAGATACAACTTGGGGGTACTTGACCAAAACCCAAGGGAACAGGCATTAAGACTAAAAGTAAATGCCTCGTTAACAACCTTATCAGAAAAACTCGGTGGAATAAAACTTCGATGAAGGGAAAAAGAGTGCAGTGCAAAAGTAAAACATGACTATAATGCTAAAAAAAACCTAAACATGACTAAGTAAATCTATGCTCAGGCAGACCAAGCATATTCCTAAAGAAATCTCCAGTGACACCAGACCGAATGCTATCCATCCACAACATGTTAGAAATATGAAAACAAGTAGCTGCAATGCTATTTGCACAGTGATTGCCTTCTCTGTAAATGTTTGTGATAAGGAAAGTCATAAGTCTAGTTTTCTCCAAGCAGCTTCTCCATCTGTTTCTTAACTGCCAAGGAACAATATTAGGGGACTTAAAGACAAGAGTGACTAACTGAGAGTCAGTTTCCAACTACAAAGCAGGCCAACATTTCTTCAAAGCAGTCTCAATGGCAACCACAGCACCAGTTAATTCAGCATTGAATGAAGTGGTAATACCAAGATTAACTGCAAAGCAATCCGAATTCCTAGCCTTGCTATTCTTAAAGACACGACCACAGACAGCAAGATCAGGGCAACCTCTAGCAGTCACGTTAATATTACACTTAATCCAATGAGCAATAGGAGGCCCCAAATGATAATACGTATGATTATGGGGGTAGTATGATTGATAAGTAATTGTATACTAATAACTTGATAGTAACTTAACACAAAAGACTAAACACTAATTAATCCCTATATATAGGGATACCTGACTCCTAATCCTAAACAAATAGGGGAATCCGAAAACGAATCATAATAATATTTAAGTAATATGAAAAATAATCTTAAGAAATAATCTAAGATACTCTAAAATTATAAATTGATCCTAGGAAATAAACAAAGAGACTCTAAGATTAGAAATGGGTCCTATGAGATAAACTAAGATACTCGAATATAATATAAATATAAAAAGGGCAACCCGGTGCACTAAAGCTCCCTCATACGCAGGGTCCGGGAAGGGGTCCGAATATAATATAAATATATTTTAAGATATTTTATCATAATCTAATTGATAGTTCCCTATTCTTGTAGATAATTTGGTATGGTGTCATTTACCAATGAATTTTACTAATATAGTTTAGAAAATATTATGACATTTATGTATAAATTTAGAATAACAATACATATATTTAAAAATATATATTAAAAAAATTAAGAATAACGGTCATCCCGCTATGCTTGCTCGCTATAGCATTTTTGTGGTTGTTTGTTCCTCTCTGCTTTCGGAATTGATAACTGTTCAAAACTAGGAAAGAATGAAGTGCACTGTTTCCTGTAAACTGGAATCCTTTTGCCCCTTGAATCAACATTGTTTCTCCTAATTCTGTCTATTTTCTCCTATATAAGAGTTCATTTTGACTGTCAGGGAACAGTTGTGGTTGCTGGTAGAGCAAGAGCTGTTGTGGTGGGAGTTGGTCCTAACACTGCCATGGGAAGCATACGTGATTCAATGTTGCAAACAGAGGATGTAAGCGTTGAATTTCCCTCACATGGATACTTTTGCTGTTGTAAAAATATCATTACTGCATGCGCTTTTTGTCTGCAGACATTCTGATAATAGTTTAGGTTTTGATTGATTTCCTTTGTGGGCATCAACTGAAATGATGCTTCAACACACACGCACACTAAATTTCTCTTCCATGCACATTCAATTAGGAAAGTGCTGGTCTTGTACATATATGGGTTGGGTGGTTCGTTGGTGATTATAATTGAAAAGGTGGAATTGTTTGCTAATTATTGTGATATCATAATTGGAAATCCTAATTACAAACATCATGGAACGGTGCTTAATTGTGCAATGTCTAGATAATTTACATAATCTTGTTTGTATTATTCAATGTTACTGGGGTTGTTATACTGCATAAGGAATTTAAATGTGGACAGACAGTCTTGTGTGGTATGATGTTTGCTTGAGGAAGCCTAGATTTGGCTTCCATTGGTGTTTGCTGGAATGTTGGGTGTGAAATTAGTGTTTCAGATGAAATCAGAGGAAGGTTTGACAGAATCCTAATGTTGGCGAGTTATTTGGGATTTTAAACGAGCCTAGTTGGTGGTGTATAAATCTATGGAGAAAAGTGTTTTTTTTTTTTTGCTGGTAAATTTGATATTTCTAATTGTTGTTGTATGAACACTATTAGTCTGTGTCTTTGCAGCCTCTGCCGTGTGGTCATACCGACTCAGCTGATTCTTAGTCAGCTCTCAGCCTGTTAATTTGTTAGGAGTTAGTTTCTGTTAGCAATCTTGTATAGGTAGATAATAAATGCTCTTGTATAAAATTTAAGATTAAGTCACAGTTATTTATCAATATTAAATTTCAGTTTTCTCTAATCTTTATTTACACTTCCTTCACTATCTCATCCAACCTGGTTTCTACCACTAATATAAGTATTGGTATGGTCAGGGATTGTCATTTCGCAGGTAGTCATTTTAGAGGTCTAACAACGTAACTATGTTTTACCTTCAGAATGTACATACAGTTATTACTGTGGTAATCAGGGAACCTTGTTTAATTGGTCAGAATGTTCTAACATGCAATATGTGTGCATCTGTGTTCTTTTCCTGACCCATGGAAAAGAACATATTACTTTGAATTGTTAGAAACACATCTGAAGCATTTGCACTTTTTTCTATGATTGGTTGCAGGAGGTGACACCATTGAAAAAGAAGCTGGATGAGTTTGGCACTTTTTTGGCCAAGGTGATTTATAAGTTATCTGATTTTGCTGTGTTTCAAACCTATCAGTTGCTCTTTTGGGGATTATTGCATTTTTTTATTATAATTTATATCTGATAAGCTATACAATGTTTGTATTTTAAGCCCAGCAAATTAGTTACCTTATTTAGCCAAGATTTACTTTTTAATATAAAGCTCTTTTGAAGATGCGCAAGTAATGTTTTTGATTGAAATGAAATTTCCATTTAGGGACCTCGTTTTTCCAATTAGAAACTGTCATGTTTCAGTAAATAAAATATATTGATGGAACATTTCGTATGACATGTTTTTATTGCTCAACATTTTACTGTGAACCCACCATTCACATATTTTGAATTCTGATGGTGGTTCCTATATTTACGTGTTACAGGTTATTGCGGGGATATGCGTGTTGGTTTGGATTGTAAATATTGGTCACTTTCGTGACCCTTCTCATGGTGGTTTTGTGCACGGGGCAATTCATTATTTTAAGGTTTGTTCTGAAATTTAATTTACTTTCAAATTTATTTGGGAGTTTTATTAGCTGTATTGTTCTCTGCAATGTATGAAGATTTCTATTTACCCTTGTATATTCTGTTATGCAAGCTTCACAGGCATCATATATTGGAGTCTTGCATTGTTTTGCATTATTGTATACTTAATTTATGCCTAATCCCTCTTTGGTTTGGTTTGGTTTGTTTTTAGTTATAACATGTGCTTTTAAATAAAAAGAATATATCATTATTAGGTATTTTATATTGGGTTTGACTCATCCTTACAAATCTAGCTTCTAAGGTGAGAGGTTTCACTCTTTATAAAAGTACTTTTTAGCCTAATCCTTTTACAATGTGGGACATAGGTTTTTGATAATAGTCTAATACACACCTCCACACACCCAATACTATTGGTCTTGATGCCTGGATAATCTTTATTGATAAAATATATGAATTTTTAATAGTACAATTACTAAACAATTAATTTGGAGAAATAATTACTCTTTTTTTATCAATTTCATAAGAGTTTTTGATATATTAAATGATTTGTTCAGAAATAGTCATTTTCTAAAATAAAGAAAGATTTTAAATGTGTTATAGTATTTCAATTTTTTTTTTATTATTTGTAAATTATAATAAATTTATTTATAGTATTATATATATGGGATTTGCTAGGATACACCCACTAGTTTTTATTAAGGTGTGTTTTAGCAAAGATATAACTAAAAAGTTGTTAAACACACCTTAAGGTGAATGTTGCTAAAACACACCTTCTAAAAAATAAGTGTGTGTATGTTAGCAACTCCTATATATATATCATTAAATTTAGGGAAAATTACATTCACCTCCCCTAAGTTCTATCAAAATAACAAAGACACCCCCTCTAGTTTTAAAACTTACATTAACCTCCCTTAAATTTTCATCAAAAGACAAACACCTCCCTTCCTTGTTAACAATGTTAAATTTCTGTTAACTTTTAACAAATTCATACATTATCCATGATACATATCCAACCTCTCCGAAAAAATCGAGAGATGTGGATGCCCAACAATCTCTCATAATCCAAAGATACAATACCAGCATCACAAAACATATATTACAAAAATTGAGTAATTCATTAATTTGTCTCTTTATTGAGTTATAACCCATACATCTTCCTTCATCTGTCTCAAGTGTTAGCGCAGTTCTTTTAATCATTTGCTCACATTTGAAGATACACTCAATTTCAATTAGAACCTCTGCATCCTCCTTCAAAGCCAAAATTGGAGCCATTTAATACATTCTCATGTGTATATTTAACTATTCATTCTTTAGCACCAATTGGATTGATTTTATTCAATCCCCCTCTCTCTATCGTCTATCTATAAATACATATACATCTCATTGTTCCAATTGCGACTCTTTCTCTGGAATTGGCAAAGTCTCTCCCATCGTCATCCTCTTGACCCTCTCTTTAGAATTAGCAAAGTATGTCCCTTTACACACAATCAAGTTAACAGACATATCTGATTGTAAAAACTAACAGAATATTAACACAATTAACAGTGTTAATATAGAAGGGAGTTGTTTGTCTAATTGATGAAAACTTAAGGGAGGTTAGTGTATGTTTTAAAACTAGAGGGGGTGTCAGCGTCATTTGGTTAAAAACTCAAGGGAGGTGAGTGTAATTATCCCTTAAATTTATTAATGTAAATTTTGATGTTTATATTTATGAATGGTTTTGTTATGTCAAAAACATACACAATATTATATTTTTTTGTGTGCTGATATTATATTTTTTTAACTGAACATAATAATATATGATCAACCAGTTTCTTAAAAAAATACTGCCTCCGGTCCTATTTATAAGAATTTTTGTGTTTTTTGGTCCTTTTTATAAGAAAAAGATACTCATTCCAAAGTGTATTTATTGCTATAATTCTTTTTATACCCCTATTTAATATGAGATTTATGTTCTCCAAGAAACTCTCATAATTGATATACAAGATTTATTGTTGGGGGTATATTCCGAATGATAGTTTAATTTTTGTAGCATTAAATATGTTCCTTGGTCTTTGTTATTTGTAATTTTACCTTATATTATTATTAAGGACCGGAGGGAGTACAATATATATTCTTGTTAGTCTCTTCTTTTTTTATTTTTTGGCGTTTTAGAAGGTAGTCTCTTGATCTGGTAATAGATGTGCATAAAATATCATAGGAAATTAGATTACCCCCATCCACAAGAATCGATTGTGAGACAATGGACAAAGCAACATGCAATTGCATAAAAAGGTTCCTATAGTTACTTTTTCAAAAGCTCCTCATTTTCATGTTTACTTAATTAAAAATAAGCTACGGTTTCCTTAAATTTTATATTGAGCCTAATTCATCCTTACAAAACCGACTTACATGAGAGGTGTCGCTATTTATAAATTATTTTCACACATTGTCTCTTTTCAATGAGACTTATATTTTTCTAAATAATCATATATATTGTCTCCATAACGTGAAAATCTTTAACTTATAATCACATTCCTTCTAGATTGCAGTTGCTCTGGCCGTTGCAGCAATTCCTGAAGGTCTCCCTGCTGTTGTAACGACGTGAGTCTATGGCTTTTCTTTGTTGTTTGTCGTACATCCATGATATCTTGAAATACTTAATTTTGATATATTGTGAAGTATACATAGATGCTTCTCATGGTTGTTCATATTGACTTTGAGTTCACATTTCAAATATGTTGTTTTAGTTGTTTATACTATATTGATGATGTTGCGGTATTTATAATTTTTACACTGGTTGATTTTTTTGACATCGAAGAGATAAATTTAAACAACAGTGATCACAAAAAATGCCTTATCACACTCCTTGAGGTTGACTACAATACATGAACCGAAGAAATCCATTTTGCTATGTAAAACTTTGTCGAATCTACATTACATCGATCAGAAAAGAAATTCATTTATACTAACCTTTAACCAGTTTGGATCACAAGAATTTGTTAACGTGAGAGAAAAAATATAAAGCAGTAAAAAGAGAAAAAAATAATGGAGTAAAGCAGTAGTACATCGGTATAATTGTGAAGAAAATTCCCATAAAAAGGGCACATGATTTACTCTAAATACCATACTAAATAGGCGGTAAATATCTAATCTTTGTACTGTAAACTTATACTGATGTTCTGAGATGCTATGTTAGAATTATTTTTTTATAAGATATTTGATGTATCGAAAATTTAATATGCTCGTCTTTTCTTTTTCCGTAATTATATTGCGTTGATCACTTTTCTTTAATAATAGGTGTTTGGCTCTTGGAACCAAGCGAATGGCTAGGTTGAATGCCATTGTTCGCTCTTTGCCATCTGTTGAGACCTTGGGCTGTACCACTGTAATTTGTAGTGACAAAACTGGGACTCTAACTACCAATATGATGTCAGTTGCGAAGGTAAATTTTGCTTGAGAATTAATAGATTCGGGCTCTGAGAAAATGTTAACCGAATTGATTGAACGAAGGAATACAGTCACCTGATATTTATACTGGTGTGTTAACCTCTAAAGGTTATTATGGGTAGTTACAAGTAGTCATAATAGACAGAATGCTAGCTGGTGCCAGCGTCAAGAAGAATCTCACTTCTTCGACATTACAATAGGACAACCAATACTATTACTATTTTCCATTAACATTAATGCGTTCACCTTTATCCATTTACTATTCTATTTTTTGTGAATTTTTTGCATTGCCACAGGTGTCCAATCATCCAAGGGGGTCCTACTGTCCTCATTGGCTTTGTTTCCTAACTTATCGATACTTTTTGAGTTTTTTCCATGAAACATTCAAATCAATAATAACACCGTCATAACCCATTTGGGTTGGCCTAGTGGTTGGCTTGGGATCTTGGAGTTTGCTCCTCTCAAGGTCTCAGGTTCGATTCCCTCTGGTGCCAATTTCGGTGGGCAAGTCCATACAGAGCTTGCTCTGGCTTTAAATGGAGTCCCCGCAAGTGGGTGGTGGGATTGATCCTCTCGGATTAGTCAGTCCTTGGATCGGATACCGAGTTTTCAAAAAAAAAAAATAATAACACCGTCACTGCTTTTTTGAACTTCAATTAAAAAATTCAGATACATTCATGATACATATTTATGGACTCACAATAGTCCTTTCTTATAATAAAGGCAAGCTGCTGTTAGATGTTGAAGGTATTTATAGCATTCAGTCTTTGGGTCCTGTACTATTTCAGTGAATTGATACCACTTGCTGCATACAGGGGAATATGCATATATTTTTAGGTTCAGGTTGATACTCAGGTTGAGAATGTGATACTCAATTGATACACACGTTGCTTTGTCTGTATCTTTCATGTATATTCAATCTGTATGTGTTTTTGGTACATGAATGACTCATGGACGCTATTATTTCAAATATTTGTGTCCTAGTCTATCAGAAACTTCCATGTGACATATTTATTCTTTATTTTGTTATGACATATTTCTGTCATACTTGCCATGCTTTTTCATAACCTTTCTAGGGAATATTTTTCTCCTGTTTTTTACTTTATTTTTGTCTTGAGGCTTACGTATGAATATTTGTAGCAACTTTGACCTGCATTTGCCCTGCTCATGTTTCTGTACGTACAGATATGTGTTGTCGAGTCTTCAAAAAGTAGTCCTTTTGTTACTGAATATGGTGTCAGTGGAACAACATATGCACCTGAAGGTATAATCTTTGACAAGGCAGGGGTGCAGGTACGATTTCTTTCTTTCTTTCTTATACTTAGGCATTCATGCAGAAGCAAAACACATCCCATTTGAAACTAAGTGATTAGCTAATATAATGAAAGTGCAATTCTTTCAAAGTAGGGGCCTTAACTTCCTCATCAAAGATCCGATCAAGGATCTTGAGTGTTATATATGTTGTGTTTATGCCTTTGTGGCGGGCATCCCCACTGCTTGATTTTGGAAATATTTTTGCTCAAGTAAAGACTGAATTAAATTGAGCCCGTTCTGTGATGTATTGTTGCAAACATAGTTTTAAAAACCGGACCGGTCATCGACTCGGTAAGGTCATCGGGTCACTGGTTCATTGGTCGAACCACTAGGTCACTGGTTGAACCGCACGACTGAATCGGATTAAATCGGATGACTCGTTAAGATAACTCGGTAGTGTTTTATTATTATTTTGTTATTATAATTGAAATAATAATAATAATAATGATGATGATTATTATTATTATTATTATTATTATTATGTTTTTGAAGGATTTTTTTTTTACAAGTTTTTGAAGGAATATTATTATTATTATTATTATATGTTAATTAGTTATTTTACAAGGGATTATATGTTAGTGCAACGTGAATATGATTATACAAAGAACAGGAAGATACATGTGCACTGGACTAGTAAAAGCAATGGGCTTTTGACTCATGGACTATGCTGACCCGAAAACAACACAGGAGAGGACTAGGTCTTCTCAAATGTAAAAAACGACAAAACAAGTGAGAAAACCATACATGTTGTGCTGCCGCCGTCTCTCTGTTCCTCCCTTCTCATATCTCACGTGCTTGATACTCATTAAGTTTCTTTCATTAAATTTCTAACCCATCTCACCACCTCTTTAATATTTTGGATTGAGTTCATTCCAATAAATTTCTGATGTTATCAAACAAGTTCATACAACTGCTTCTTTGTTTTTTCCCTTCTTCAGATATACTGTTGCACTGCACACCGTCTTCATTGTCTCACTTTCTTCCATTTTCCAGTTTTTTTTTTTTTTTTTTAAATCAAAACTGATGCATTGACCCGGTCCGGTTCACCAAACCAGCCGAGTCACCGGTTTTGGCCGAGCCACACCGGTTCTCACCGGTTTAAATGCACGCCCGATCCATTATGTGGCTCGAACCGGCCACACCACCGGTTCACGATCGGACCGGTTGGACCGGCCGGTCTGGTCCGGTTTTTAAAACTATGGTTGCAAAGCATGAATTTATAGTCGATATTGTAGCATATGTAATTTAATGAGTGTATGCATAAGTATATACATATTTATTTTGATATAAAACAATGTGGCATTTGATTGTTTTGCAGCTTGACACTCCGGCTCAATTGCAATGTCTTCTTCACATGGCAATGTGTTCTGCTCTTTGCAATGAATCAACCCTGCAGTATAATCCTGATAAAGGGAAATATGAAAAAATTGGTGAGTCAACTGAAGTAGCGCTACGTGTTTTGGTAGAAAAGGTATGTGTTTGTACCTTTCCTCAAGTCTCCTATGCTTGAAGCTCCTTCCTTACTCAAGTATACTTCTGGGTCATTTGTATCTTTAGGTCGGTCTCCCTGGTTATAATTCTATGCCGTCAGCATTGAATATGTTGAGCAAGCATGAGCGTGCGTCTTACTGTAACCACTATTGGGAGGAACAATTTAGAAAGGTGTGGTTCGGCAAGTTTGTTACCTTTCTTTTCTATTTATTTTCTTCTATTCATATACTTTAGGAAAGTAAAAATATTGAAGAATATCAATAATGGTTTTGAAATATTCTTCATGCCTTTCTAGTTGATCTGAATACACTATTATACAAGCGAGGTTTCCGTAAAATTCAAGGAAACACACAAACCCAAATAAAAAATAAATTATACACAATGAATGTAGACAGGTACACCTAATCCGGGCACTATCTAAAACAAAGTAAGATAAACTAGATTGAAATAGTTTGATTACCAAGGGTGAGATTTCATCCAACTAATATCAAATTTATTCTGAATGTCTATTGTTTGTTATGGCTTTCAGTATTTACTCTCACTCTTTGAGCTTGATGTTTTGCAGTTAGATGTTTTGGAATTTTCTCGAGATCGGAAAATGATGAGTATTCTTTGCAGCCGGAACCAGCTGCATGTTTTATTCTCAAAGGGTGCTCCAGAAAGTATAATCTCTAAATGTACAACCATTCTATGCAATGGTGATGGTTCCGTCATGCCACTCACTGCTGATATTCGAGCAGAGCTAGACTCCAAGTTCAACAGGTTAGGTTTTATCATTTATCATGTTTTCTGCATATATACACTATGTTTTGTCTAGGTTTTACCTTCCTTTTTGGGCTTAATTCCAAATAGGCAAGATTAAGAAAAACTTAAAAACATTGCTGGTTTACCAGCTTTCCTTGCAAGGGAATTGATTCCCATATTTATTGCAAAGTGTAAGGGGTCCGTTAGTTATATAATCTACATCCCTTGTTCAGGGGTACTGGAGCAGTGAGTTAAGATCTGAAACAAAGCTTATAAATTGAAACAAATTGAAAATCCAAGTTTTTGAATATTATTTGTTAGTATTCTTTTTTTAGAAATCATATATATTTTAATTTTATGTATAATTTTTATTTTGATACAATTACACATCACCTGATTTCACAGTCCCATCTAACCTGTTGAACTTGTTGAACCTGAATTCGAAATTTACCAGTTCTCTGTCTTATCTAGCTTTGACATGGGTCCGCCCACTTCCACTTAGTGGTGTTTGTACCAAGATATTTTCAACAAAAATAATCCTGCGACTTCTGCAACTTAAGTGACATGCGACCATTACGGCCTACAAAGAAGAGAATCTTTTTATCCTTTTAGGGAGATAATGGATGGACTAGTTTAGTTCAAAAAACAAAGGGTTAGATCCTTTTGTTACCCTTTATAATAAGGCCTCTTTTATTATGAAGGACATAAAAATAAAATGAAGCAATACTAAATAGAGAAAAGGATTATGATTTATTTTTGTACTAAAGAAATTGGAAAAAGAGAACACACCAAACTAAGACTCTAAGAGGACTTTTTTGTTGTCTGAAGTTTTTAGACAATTGCAGGAATCTGGTTAGAATTGGTGTAAACATAATGCGCTAACTATAATTTTGATTCCTTTGATTTTGACTTTGTGCGATTTTGGTCCCTTAATAACTTTTTGAGCGATTTTAATTTCAACTTTTTAATTGTTACAAGTCCATCCATGATTCATCCCTTTCTACTTATGTAAAACTCTAAAAATCTCACAATCTACAAATTTTTTACAAATTGAATTGATTAAATAATTTTAATCTTTCTTTGACTGAAAAGCTCACTAATTAAAATATCAATCTTTCTTTGAGTTAAAACTCACTAATTTTATCAACAAAAAAAAAAAGCACTAATTAAAATATCAATCTTTAATCCTATACTAAAATTGAAACTTTCCCTCTTTAAATAAACCCACATTTAATCTTCGCAATTTTCTTAACTTTTTCTAAATTTTTTAATTTTTAAAACTATTTCAATTTTAAATTCATAACCGAGTCTCAATTATTAAAAAAAATAAAAATTTAAGGTATTTCGGGGAGAATTCGACAGTAAGATCATATTTCCTTAACTTTTAGTAATTTAATTGGCTCAAAAAGTTTTAGTGGCCAAAATTGTAAATATCCCAAATTAGAGGAACAAGAAGTGTAATTAAGCCAACCATAAAGGACCTTAGTGTCACACACTCCGTTTTCTTGTTTGTCATAAGTTACTAGGGTGATGACGCTTCTCGAATCAGTTTTTGGCATATTATATTCTTAATACAGTTCCATTTTGAATTCTGATCTAATTTTTAGACGTAAATAATGTCTGTTGGCTGTTATTGTCCTCTACTCTATCCATTTTTGGTTTTAAACTCTTCTCCAAACACCCTTTCATATGTGTTGTGAACATACATTTTGTTGGGCAGTTTTGCAGGAAAAGAAACATTGAGATGCTTAGCTTTGGCCCTCAAGTGGATGCCCTCAGATCAACAGAAGCTATCCTTTGATGATGAGAAAGATCTCACATTTATTGGATTGGTATGCTCTATTTACAATATAATACAAGGTTTAAATCTTGTTTTTAAGTTATAACAATGTCTACCCTCATGATCTTTTTCCTTCTTTCTATAATGCTCTCTTTAGCTTACTTTTAGGCTGAGTCGTCCAATGGAGCTATCTTCCTTAATATATGTTTTTATGCCTTGACATGTAGAGTAAGATGAATGTGCTTTTCTAATCAGAGATATAGACATATGTGAATGTCAGCAGCAACTGAAGCAAGGAATAAACTCAAAAATACATTATTAATGTGGCTTGACTTGAATTAAATTTTATGTGCAATGTGCTAGGAGATGCGGTTCTTAAAGTGATTAGGAATGGTTTGGTCCTTGTTCAAATTAAAAAATCATATGAAACGTTGGCGGTTTTTCTTCCGGAAATTATTTTGCATGATTAAAATGGAAAATGGTGCATCATATTCAAAATGAAGAGAGTGCTAGCAACACACTCTCTAACACACATTTTTCAACACTGACTCTTTTATTGGTTAAAATTTTTATGCGCTCCACCAAATCACGTGGTCCCATGTAACTTAGGTGGGACCCATATGAATAAAAACCAATAAAAAAGTGTGTGTTGAAACCTATGAAGCACGGATACAGACACGAACACCGGACACGACACGGACACTGACACGCCGACACAGTTAATAATTTAAAAAAGAATCACATAATTGGGTGTAATTACAAGTGTCGGTGTCGTGTCAGTGTCGGACACGACACGTGTCCGACACCGGGACACGCCTAATCCGAGAAGTGTCCGTGCTTCATAGGTTGAAACGTTTGTGTTAAAGATTGGGGCTAACTTGAGAATCAAACCGGTTGGATTGAGAAATTAACTCTCAGCACCTATTACCGCAGTTTTGTTGCTAAAATATATGTACAGCTAATCATATGAACACATACTAGGAAAGAACTAAATTAGGGGAAAATAGGAAAATCTCAGTAGGCTTCAATAACCCTTTTCTTGTTTTAACTTTGACCTGTTTTCTAAATGTTTGTTATACAATATTAACCTTCTCTTTCTGGGTTTCCGTTATACCTTATGTAGGTTGGGATGCTGGATCCACCAAGAGATGAAGTAAGAAATGCCATGCTTTCTTGCATGACTGCAGGCATTCGTGTTATAGTTGTCACTGGAGATAACAAGGTTCTTAAAGTTCCAAAAGCTTTCTTGTTCATTTTATCTTTCAATGTTCCCCATGTCTTGTCTAATGTTACTTCTTACTTAATCAGTCCACTGCTGAGTCACTTTGCCGCAAGATAGGTGCTTTTGACCATTTGATAGATTTTACCGAACACTCTTACACTGCTTCTGAGTTTGAAGAACTTCCAGCACTGCAGCAAACTATAGCATTGCAGCGTATGGCACTTTTTACCAGGTATATTATCAGATTATGGCATGAATAGAAGCACACTTGCGGTTGTGTTCATTCTTTTTGTAGATCAACTACTCATATATTAATAGTTGCATGTCTTTATTTTTTTTGTTAGGGTCGAGCCTTCTCATAAAAGGATGCTGGTTGAAGCATTGCAACACCAGAATGAAGTGGTATGGTTGCTTCCACATTCACAACATTAGTTGTGATTACTAACTAGAAAAGGATGTCATAAAAAATAAAAACTAGTAAAGGTTTTTCCTTTGGGTTTTTTTTTTTTTTTTTTTTTTTTTTTTGTTTCCTGTCTTCAGATGTCTCTCTAGTTCTCTCATTCTTGTTGTAAAAAGTCCTCTTCATCAGAATATAGTTTGTCGTATGGCACTTTTCCCGCAGTTGGGTTGTGAGGATCGTATATCTTTAGCTCTAATCCTTCTAATCTTACACCTATAGATGTTAATCAAATTGTCGATGGAAAGATGCACAGCATAGCTAAAACCCTAGAGAAGATATAGAGTGTCTGGCATACCAGAGATAGCATGACATTGTAAATACTTTCTAATACCCACTTAAATGCTTAAAATTAAAGACACTTTCGGCATACCATTGCTATGAAGTACAGCTAACAAGTCAATAATAGTCCAGGGACATGACAAAGAGAAAAGTACAGTACCAAATGAGTGATTGAGGCTGGAAAATCACTGAGCTGCTGGACAATGCAACAGAATGCATGAAAAGAGTCTTGTGAAGTGCTGATAGGGGAGGGACAAAGATGAGAAGAGCAAAACAGGTTTACAAACATGTCTGCCTGGCTGGTGAACCTTTTCCTTTATCTGGTGCAAAATGGGGATTTCAATGCACGATAAGTGGTTTGCCCTAATTTTGAAGGGTTCTGTGCCTGAAGTTGAAAACAGAAGTGGTTGCAGCGGGTTTTCTTTAAAGAAAGGCGGTTTGGAACCCTAAAAGGCTTCCTATGCATTAAGGAAAAATTACCGTGATATCCTTAAAGTAATGGTCAAGGAAACTCAGAAGGGTGGGAAAATATGGATTTTGATCCTGTACATGGCATGACAAACCCAATGAGTAGCACTACAATGACTATAGTTAGTGCCCTTGATGTGCGCAACAAAAAAGGTCAACATGAGGGACCATCATTATGGCCGGGGCCGTAAAACAATGCAGCTGCACCAGGGAAAGCTATAGCTCTTTTAACCACTCTAGGCCCTAAAATTTTTAGTTTGTTATATCGTTTTAATCGTGGACAACTGGACATTATTATTTCTACAATTACTAAAAGCATTTCTTTCAAATTTGGGGAAATTCACAATGTTAATCTTTTAGGTTGCAATGACTGGTGACGGAGTCAATGATGCACCTGCCCTGAAGAAGGCAGACATAGGAATTGCTATGGGTTCAGGGACTGCTGTTGCTAAGGTGTTATCAACCGTCCATACTTCCCCTCTTTATTCCTTTTCTAGTCAATAATCCTGAACAGTTTGATGTTTTTCTCCTTTTTTTTTTTACAGAGTGCTTCAGACATGGTCCTGGCTGATGACAACTTTGCCTCAATCGTTGCGGTATGCTAGCATATCTATTGTTCTTGTCAAGTTTCTTTTCCTTCTCTTTGTTTATTACTTTATTTCCCTTTCCTCTTGAATAGAAAAGAAATTTCCTCATACAACTTCAGAATCTCCGTCTCTGTGTAGGCCGTGGCAGAGGGAAGGGCTATATACAATAATACAAAGCAGTTTATCAGATACATGATTTCTTCCAACATTGGTGAAGTAGTATGTATATTTGTGGCTGCAGTGCTTGGAATACCTGACACCCTTGCCCCTGTGAGTGTAGAGTATTATTTAGCAATTGATTTCATAATAAAAGAGATTAAAAGGAATTGTATTATATTTTTTTGTTGATTATCTCAAAAAAAAAAAAAAAAAAACAAAAACAGCCTCTTGTGTAAAAACAGAGTAAGGCTGCATACAATACACCAAATGCCGGGACCCCTTCCCGGACCCTGCGTATGCGGGAGCTTTAGTGCACCGGGTTGCCCTTTTTTATCTCATAATGCTAATTTTTTAATAATAAATACTTCAGCCCCATATAAATTTTCGAATTCTTTTTAATTATTTTCCAATGACTCTGGGCCCTGGCACTTATTGCTGGTTCTTCTTAATTAATGTATTATCATTGGAAATCGTAGAATGTAACTTGAAGGTGGTAGACAGTGTGAGTCCTCACAAAATGAGTTTTCATTTTTGGTTCAGTGAATAATGTAGCTTTAATATTTTTCATTTTATCTCCTCTAATCCTACCAGGTCCAGTTGCTTTGGGTCAATTTGGTTACTGATGGATTGCCTGCTACTGCTATTGGCTTCAACAAGCAAGACTCTGATGTGATGAAGGTTAAGCCTCGAAAGGTACTCTACTAACAGTTCATTGTCAGAGACCCAGAGTTGTATTTGATTGATATCAAAATGATATTATCTCTCTTAAACCTTACCTGTCAAATAGTTAAACCCCTTAAAATTGTAGGCAAAAGGCTAAAATCCAAGTGAACTTTGAATGCTAATACAAAAATTGTAATTAGCCGAAAATTGCTGATGTCATAAAAAAGATCATCGTTCAAAAAATTCCCAATCATCCTCTTATTTTGTCACATTTATTCCATTTTGCATCTACAGGTGAATGAAGCAGTTGTTACAGGTTGGCTCTTCTTTCGGTATTTGGTAATTGGAGGTAACCACAATATCTCAATCTCGTTTGTTTTTCTCAACTTTGTGAAATTATTGAAGCATATGTTGGAAACGTTGGAACTTGGGGATATGTTCTTCTTATGATGAAAGGGTTCATGCTCTTAACATTGTTCATGTTTTTGCTTCATTAGTTGAATAATGTTAAATCTTTAATGTTTGATGCAGCTTATGTTGGGCTTGCCACTGTTGCCGGCTTTATTTGGTGGTTTGTTTACGCTGATAGTGGCCCTAAACTACCATACACTGAACTGGTGAGATATTATCGTATACTTGTTTGTGGGCTGTGCTTCTGAGTCCTGAGTAAATTCTTTATAGATGATAACGTCTGAGGAGATGTGACACAATATGCAAATAGCTTTGTATTGTATCATGAAATAAAAGAAATTCCAAACTTTAACAGATACATTCAGGAAAAAAAATTAATCAGAAAATGATTCAAAAAGATATAAACAGAAATTGCTATTGTTGATTGAACTTAAATTATATGGAGATATGAGAGAGAAGTACATATAGATAAGGATTGCAATATGGTTTTATTTTCTTTCCTTTTTTTATTCTAACTATTTTCTTATTAATAATTAATGATGAGTGTGTCAAATCTGCTCCAATTATCCTTACTGATATTTGAGCAGATCGTAGGTATGTTTCCTTTTAATGTCAGCAGAATTGTATCCTAGTTTAGAGCCAATTCTTCAGTTTTAATCATCATGGATAAGTTTCTCTACTCCGTTCTTTTAAGATGCAACAACATTCAAATAATATTATTTTCTGATATGATTGAAGTTGAAAGTAAAATAGAGTAAACAAGCAATGTAGCTACTACAGAGGCTCCTAAATCTTTTTGCATTGTCAAAACCAAAACTCCCTTGAAACAAGCAAATGCACCCATGAAAATCACTTGTTGGAATCATTGATAGATTAGACTTGAAAATCATCGATACTCAACGATGATCACTATTGAAGAGCATCATATAATTTGAACACAGGATTAGTTGTTTCAAGATTTGCTTCAAGCCATGACAATGTATTTTTGTACATGTAGATACAAATGATTTTGTTGTCTTCATTCTAGTAATAAGTGCTCCTTTTTGTCTACAAGTAGTACAGGGAGCATTTGGGTAAACAACTTCATTAAGTGTTTATTATCTAAGTTATATAATGATTGTTTGAGGGAAAACTTTGCACAGGCTCTGCATAAGTTGTTTCTGTAAGATACTCTAAAGAGCTTATGAAAATTACGTATAAAATGAAAGCAACTTATGTGCATATTATAAGGTATTTTATAAATTTATAAGGTATTTGCACAAGTTATCACGTCATAAGATAAGATCTTCCAAACATCCCCTAAATCTATTTCAGGCATCCTTAGTTTGACTCTTTTCCCTTTCCAGTTGAATTTTGACACTTGCCCAACCAGGGAGACAACTTATCCATGCAGTATATTTGAAGATCGACATCCATCGACTGTAGCAATGACTGTGCTTGTTGTTGTTGAGATGTTCAATGCTTTGAACAATCTTAGTGAAAATCAATCCCTCCTGTAAGTAATTCTATCCAATTTAATTTAACTTCAGATTTTTGTTCCTTCCTGGTTCCTGCATGTTAATTGAAGGATATTGGATGTTACTCTTTAATATCAAATCATTCATGTGCTTTTGTCTGTCGACTCATTCAAATAGTTAGTTGGTGACATGGTATCGAAGTTTCTATGACCAAGTGATCATAGGTTTGATCATTGTTGCTTCTTTTGTATGAAATTTGTTTTCTGCACAAGATAAGATATAGTATGTGCAATGTCTACGCCTTAAGCCCAAAGACTCTTGTATGGAGGGACATACTAAATAAGAAATCATTCAAGTTCTTTCACCCATAAGTCGAAGTTTTTGAGATGGTTCACAAGTTCACAAACAGTCACTAAACTAGTAGGGTAGGAAGTTGTTAAAATTCATAGACCAAGAAAATGAAATCTTAACAAACTGAACTGAATACACACGAGGCCATTCATAGAAGTGACAAACAATCGCAAATTGTTGAACACAGTTGCAGCTGTTAGATTCTGTTAACAGAATCTTACCTACTAGAATCTTCTTTAATGTGCAGGACATGAATAGGCCATAACCTAATCTAGTGACCAAGACCTGAGTCCACCATGTAAACAAAGTTTGATTCACGTGTTTTTGAATTATAATTAGGAATTGAAACAACAACTTTTGCTGTAACAAATATTTAATTTTTAATAATGATATAACAATGACAATATTCATTTCTCTTTCAGGGTTATCCCTCCCTGGAGTAACTTGTGGCTTGTTGGTTCTATAGTCCTCACTATGCTTCTTCACATACTCATTTTGTATGTTCGTCCACTGTCAGTTCTTTTCTCTGTAAGTAATTATCTGAAACAACGATTGCCACTATATTTTCTTGAAATGACGACTTTATATTTATCCTGTTCATTAAGAATCAGATTATTATATAACCAAATGTCTTGGCAGGTAACACCATTATCTTGGGCTGACTGGATGGCTGTCCTCTATCTTTCTTTACCGGTATGTAGTTTTGTTCATCTTTCTCTATGATATATTTTTGACCCTTGTATTCCATCCTTGTGCATTTAGGTAGATAATTCCTTGAATGAGCACTATGGTGAGTATCGAGTTGCTTTCTTCATATATGGAAAGTATGGGGGTGCTATTAGAAGTATTTATTTGCAGTTGTTCCGCTCAAAGTTGTAGAGTCAGAATCCCATATTAACTTAAATAACTAATGTATTGAGCATTTGCAATACTAACTTGTCAGGCTTTATTTATTAGTAACCAAAAAGTTCGCTGCAATTCTTAATTCGAATATTTATAACTAGATTAGGGCTTGATATTTGCTTTTGCTTTCTTCTTCTTTTTTTTTTGTTAATACGAGTTGGTTAAATTTCGGTCGGTGACAATCTTCATTCTTATCTGTTTATATTTTATGCCTTACAGTCATATTCCCTTTCAGACCTTCACTAAAATGTTAGGAAATAGTTTATATTATTTAGCACTCCCAATATGAACAATTCTTGAAACTGGAAGTCTATCTGGGGAAGAAAAGTGGTTTTTACCTTTTTGAGCTTCTGCACTTTTACCCTTTTAACTTGCAATTGATTGCCACATTGGTTTGGTGACCATCTAAAAGTAATTTGGTTAATTTTATGACTGTATTACACGTAATATCTGCATAAAGCTTTTTGTTGATTTTGATTATTGGGATCTCTCTTGAGGAATCAGTCACTGCCAAATGTTCAGTCCTGCGACTCATCAATGTGTTGTGTTGTCCCTTGGTTTCTTTTCCAGGTTATAATCATTGATGAGATATTGAAGTTCTTCTCCAGAAATCCCAGTGGTAATCTTTATCTGATCATGTTAAATAATTACATTTTCCTGTGTTTCATTAATAATTGCAAAAAATGCCATTTCATTGGTGCTTTGGTTTCTTTTCAGAGTTTTGTGCAAGAAATGATGGAAAAAACCAAGATGTTGTTTCCACTATTTTTTGCGCAAATCTTCAAAAAACGGAAAAGTAAAATAAAAACGATGTGTTATTTTTTTCCACTATTAAAAGTACCAGTTTTCAAAGTGGAAAATTGCAGGATTGTTGTCTCATTTTCATTGTTGAAAAAAGATATATCAGTGGGTACATTTTGTACGGTGCTTTGTCATGGTGGTATCTGTATAGTGTATAGGATTTATTGATGTAATCATCTATATAAAAAATATTTTCCTTATTGCTTATATCATAACAATTCCTATGGTTTTAGGTTTGAGGTTGAGATTATGGTTTAGGAGGACTGATTTACTTCCAAAAAGAGAAGTGCGTGATAAGTAAGATGCAGTGTACTATTCAAGCAAGTTCTGTTTGCAAAGTATTTAAAGTGGTATCCATGATCTAATCTGAATCGCCAACCTCCATATGCATGTCCAGGAATTAAAAGGTACCATGAAAATACTGTATAATATTCTGAAAATGTCCATGATGTAAAACAGCAAATATAGGTAACTACAGGCTTATATTATCATCAATTATTCATTCTCTTTTATGGTTTGTATTTAATCAATTTTGGTAGCGTAAGAACAATAAAGGTCCTCATTTTTTCTTTTTATGAGAATGTTATATTTTGTCATTTATGTATCTGAAAACAGCAAATATAGGTAACTACAGGCTTATAGATGATTAATTTCCATTTCGATTAGACTATATAGATGCTCCTGTTAGTTCTGTGTCTGGCTGTTGAAAGTTTTATTCCTTTGATTATGTTAGTTTGTACCTTTAATTTCCACTGCGATTTCCTTAGGCTATATTTTAAATTAGAGAACTGCTAAGGACAGTTGCTCTGTCAAACGCCCCCAAACACTCGCGCATATATCAACAAACGTCACGCAACTTTAAAAATTTTACACCTGTTAACCGGCTTAGCCTGTTGAGACATTTTAACTTTTTTTAATCATTAAAATTAAAATTCTAAAAACACGCTTTCTATATCCCCATCTCTCTCAGTAAAACAAAATCCCCTTTCAACCAAATTAATAAATAATCTTTGCTGGTTCATAGGTGAAACTCAAAGAGAACATCTTTATTTTTTTGTGTTTCTTCACAAACAATTCCATAAGATCTTCTTGAATCTAATTACAACAAAGCAGTTTAATTTGTGAAACTAATTCTCTCCCTTTCTTTGGTGGAGGCCAGTACTTCGATCATTTGCTTTTCTTGTGCTGTGTGTTGTTGTTAATCTTTGCTAGGATTACCAGTTGAAGTTCAAATTTGTTATGGGTGCGCCAGATTTAACTTCTACGGTTTACTATATTGGATAAATCTCAATAATCAATATATGGGTAGATTTGAAACATATAGGAAATACGGGGCATATGATGGTCACTCAAGGTGGTAGCTCACGGGAGTGGCAGGACAAATGGGTTATGACTGGTGTTGAGGGAGGGGTGAGGGATGTGGTTGCAATAGAGCCGGTTGCCGGTTTACTCATCAACAAAAAGAGATATGTGGCATTGCTATAA
Protein sequence

>MS.gene012862.t1

MDEAFARSIPKVLDFFGVDPTKGLSDTQVAQHGRLYGTNVLHEDQRAPFWKLVLKQFDDLLVKILIAAALISFILALVNGETGLMAFLEPSVILMILAANAAVGVITETNAEKALEELRAYQADVATVLRNGCFSILPATELVPGDIVEVSVGCKIPADMKMIEMLSNEVRVDQAILTGESSSVEKELKTTTAANAVYQDKTNILFSGTVVVAGRARAVVVGVGPNTAMGSIRDSMLQTEDEVTPLKKKLDEFGTFLAKVIAGICVLVWIVNIGHFRDPSHGGFVHGAIHYFKIAVALAVAAIPEGLPAVVTTCLALGTKRMARLNAIVRSLPSVETLGCTTVICSDKTGTLTTNMMSVAKICVVESSKSSPFVTEYGVSGTTYAPEGIIFDKAGVQLDTPAQLQCLLHMAMCSALCNESTLQYNPDKGKYEKIGESTEVALRVLVEKVGLPGYNSMPSALNMLSKHERASYCNHYWEEQFRKLDVLEFSRDRKMMSILCSRNQLHVLFSKGAPESIISKCTTILCNGDGSVMPLTADIRAELDSKFNSFAGKETLRCLALALKWMPSDQQKLSFDDEKDLTFIGLVGMLDPPRDEVRNAMLSCMTAGIRVIVVTGDNKSTAESLCRKIGAFDHLIDFTEHSYTASEFEELPALQQTIALQRMALFTRVEPSHKRMLVEALQHQNEVVAMTGDGVNDAPALKKADIGIAMGSGTAVAKSASDMVLADDNFASIVAAVAEGRAIYNNTKQFIRYMISSNIGEVVCIFVAAVLGIPDTLAPVQLLWVNLVTDGLPATAIGFNKQDSDVMKVKPRKVNEAVVTGWLFFRYLVIGAYVGLATVAGFIWWFVYADSGPKLPYTELLNFDTCPTRETTYPCSIFEDRHPSTVAMTVLVVVEMFNALNNLSENQSLLVIPPWSNLWLVGSIVLTMLLHILILYVRPLSVLFSVTPLSWADWMAVLYLSLPVIIIDEILKFFSRNPSGNTGHMMVTQGGSSREWQDKWVMTGVEGGVRDVVAIEPVAGLLINKKRYVALL