AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene31936

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene31936.t1 MTR_4g088885 93.867 750 25 1 1 729 1 750 0.0 1429
MS.gene31936.t1 MTR_7g101870 29.526 464 284 14 193 636 195 635 4.21e-44 171
MS.gene31936.t1 MTR_7g101870 37.143 245 140 4 228 471 505 736 1.04e-39 157
MS.gene31936.t1 MTR_1g063380 29.437 462 283 13 195 636 196 634 2.24e-43 168
MS.gene31936.t1 MTR_1g063380 40.000 220 118 4 228 446 504 710 8.02e-40 157
MS.gene31936.t1 MTR_2g095320 28.602 465 294 13 195 643 144 586 1.56e-42 165
MS.gene31936.t1 MTR_2g095320 33.333 240 133 5 228 466 447 660 1.04e-27 119
MS.gene31936.t1 MTR_7g088850 41.063 207 106 6 228 432 308 500 1.77e-39 154
MS.gene31936.t1 MTR_7g088850 24.798 371 252 10 224 589 40 388 3.03e-21 98.6
MS.gene31936.t1 MTR_2g095210 37.190 242 138 4 228 468 432 660 1.25e-38 153
MS.gene31936.t1 MTR_2g095210 23.958 288 189 9 367 636 287 562 8.77e-11 65.9
MS.gene31936.t1 MTR_7g088830 37.037 243 123 5 234 473 690 905 1.45e-36 148
MS.gene31936.t1 MTR_7g088830 27.855 359 227 13 241 591 432 766 3.58e-22 102
MS.gene31936.t1 MTR_4g094270 35.424 271 142 7 206 472 161 402 3.21e-36 142
MS.gene31936.t1 MTR_1g083330 41.429 210 109 4 233 441 198 394 3.57e-36 142
MS.gene31936.t1 MTR_4g033235 41.429 210 109 4 233 441 199 395 4.40e-36 141
MS.gene31936.t1 MTR_4g067100 29.646 452 267 15 206 630 385 812 4.55e-36 147
MS.gene31936.t1 MTR_4g067100 29.646 452 267 15 206 630 385 812 4.67e-36 147
MS.gene31936.t1 MTR_7g010800 36.260 262 138 6 228 487 231 465 6.97e-36 144
MS.gene31936.t1 MTR_3g117230 29.814 322 193 8 157 474 94 386 1.80e-35 139
MS.gene31936.t1 MTR_1g095660 36.508 252 133 7 228 475 144 372 2.06e-35 139
MS.gene31936.t1 MTR_3g112260 31.560 282 173 7 157 434 91 356 3.86e-35 138
MS.gene31936.t1 MTR_7g089290 35.341 249 138 9 235 475 671 904 1.61e-34 141
MS.gene31936.t1 MTR_7g089290 35.341 249 138 9 235 475 699 932 1.99e-34 141
MS.gene31936.t1 MTR_1g069105 33.922 283 158 7 192 472 178 433 5.66e-34 135
MS.gene31936.t1 MTR_4g094662 38.140 215 119 4 228 441 254 455 9.69e-34 138
MS.gene31936.t1 MTR_7g089040 35.391 243 133 4 232 474 715 933 1.86e-33 138
MS.gene31936.t1 MTR_7g089040 26.566 463 250 17 230 636 412 840 2.00e-24 109
MS.gene31936.t1 MTR_2g438140 38.140 215 119 4 228 441 311 512 1.90e-33 137
MS.gene31936.t1 MTR_2g438140 38.140 215 119 4 228 441 251 452 2.87e-33 137
MS.gene31936.t1 MTR_3g115110 36.032 247 129 6 228 472 274 493 3.73e-33 136
MS.gene31936.t1 MTR_7g099640 33.569 283 159 7 192 472 177 432 5.58e-33 133
MS.gene31936.t1 MTR_7g088980 29.199 387 217 14 225 587 37 390 5.68e-33 134
MS.gene31936.t1 MTR_7g088980 35.321 218 125 6 228 443 312 515 1.73e-28 121
MS.gene31936.t1 MTR_7g088980 36.015 261 135 10 225 475 37 275 6.47e-33 134
MS.gene31936.t1 MTR_7g088980 36.975 119 71 1 325 443 358 472 1.67e-16 83.6
MS.gene31936.t1 MTR_7g099640 34.630 257 151 7 192 445 177 419 3.80e-32 130
MS.gene31936.t1 MTR_3g062510 28.926 363 232 10 88 441 41 386 7.48e-32 129
MS.gene31936.t1 MTR_7g088980 28.997 369 208 13 240 587 81 416 3.39e-31 129
MS.gene31936.t1 MTR_7g088980 35.321 218 125 6 228 443 338 541 7.23e-29 122
MS.gene31936.t1 MTR_2g007010 33.096 281 170 6 200 478 527 791 3.41e-31 130
MS.gene31936.t1 MTR_2g007010 27.789 511 308 17 228 699 263 751 1.70e-28 122
MS.gene31936.t1 MTR_3g023900 27.880 434 264 14 228 629 261 677 4.25e-31 130
MS.gene31936.t1 MTR_3g023900 33.208 265 148 7 224 474 553 802 4.27e-30 127
MS.gene31936.t1 MTR_7g088980 36.364 242 125 9 240 474 81 300 5.34e-31 128
MS.gene31936.t1 MTR_7g088980 36.975 119 71 1 325 443 384 498 9.78e-17 84.3
MS.gene31936.t1 MTR_2g078630 35.443 237 128 7 228 456 92 311 1.60e-30 129
MS.gene31936.t1 MTR_4g064350 36.948 249 127 7 228 472 345 567 3.18e-30 128
MS.gene31936.t1 MTR_2g078630 36.245 229 121 7 228 448 620 831 5.51e-30 128
MS.gene31936.t1 MTR_3g462930 39.252 214 115 7 228 438 329 530 6.79e-30 127
MS.gene31936.t1 MTR_7g078570 35.223 247 134 5 228 472 217 439 7.29e-30 126
MS.gene31936.t1 MTR_0376s0020 36.290 248 129 7 228 472 26 247 2.08e-29 124
MS.gene31936.t1 MTR_7g096060 35.887 248 131 6 228 472 265 487 3.36e-29 124
MS.gene31936.t1 MTR_7g088980 35.321 218 125 6 228 443 162 365 3.53e-29 121
MS.gene31936.t1 MTR_7g088980 24.900 249 152 7 353 587 13 240 2.18e-13 73.2
MS.gene31936.t1 MTR_8g099605 34.821 224 124 4 228 442 188 398 4.19e-29 124
MS.gene31936.t1 MTR_7g088980 35.321 218 125 6 228 443 244 447 7.17e-29 121
MS.gene31936.t1 MTR_7g088980 27.003 337 196 12 268 587 19 322 1.24e-22 102
MS.gene31936.t1 MTR_8g099605 34.821 224 124 4 228 442 429 639 1.06e-28 123
MS.gene31936.t1 MTR_6g059690 34.940 249 132 7 228 472 222 444 1.74e-28 122
MS.gene31936.t1 MTR_5g069780 38.318 214 117 7 228 438 338 539 3.62e-28 121
MS.gene31936.t1 MTR_6g016600 36.283 226 124 6 233 453 347 557 1.31e-26 115
MS.gene31936.t1 MTR_3g062510 29.747 316 200 9 88 394 41 343 3.13e-26 111
MS.gene31936.t1 MTR_3g096000 39.409 203 111 5 235 434 328 521 6.03e-26 114
MS.gene31936.t1 MTR_3g104470 37.054 224 123 7 228 448 249 457 8.51e-26 113
MS.gene31936.t1 MTR_3g023890 26.569 478 283 18 228 665 119 568 3.77e-25 111
MS.gene31936.t1 MTR_3g023890 32.759 232 129 7 224 439 407 627 2.31e-23 105
MS.gene31936.t1 MTR_1g069105 34.783 207 123 5 192 396 178 374 6.11e-25 108
MS.gene31936.t1 MTR_2g101290 31.128 257 151 7 205 455 422 658 1.90e-24 109
MS.gene31936.t1 MTR_2g101290 31.128 257 151 7 205 455 422 658 2.19e-24 109
MS.gene31936.t1 MTR_3g104480 28.218 404 232 16 228 601 247 622 3.80e-24 108
MS.gene31936.t1 MTR_5g075360 37.143 210 112 7 227 434 91 282 7.75e-24 106
MS.gene31936.t1 MTR_5g075360 36.620 213 109 7 227 434 41 232 1.05e-23 105
MS.gene31936.t1 MTR_4g011810 33.333 267 140 12 235 484 273 518 1.77e-23 105
MS.gene31936.t1 MTR_5g075360 37.143 210 112 7 227 434 267 458 1.81e-23 106
MS.gene31936.t1 MTR_5g075360 37.143 210 112 7 227 434 217 408 2.35e-23 105
MS.gene31936.t1 MTR_5g074850 36.224 196 107 5 234 427 536 715 3.61e-23 105
MS.gene31936.t1 MTR_8g023550 33.654 208 108 5 271 475 218 398 6.79e-23 102
MS.gene31936.t1 MTR_5g075340 35.885 209 117 5 228 435 254 446 2.79e-22 102
MS.gene31936.t1 MTR_1g028390 34.450 209 117 6 228 434 354 544 3.66e-21 99.4
MS.gene31936.t1 MTR_6g023875 34.156 243 132 9 240 474 419 641 1.40e-20 97.1
MS.gene31936.t1 MTR_8g099065 33.047 233 124 10 236 456 568 780 2.24e-20 97.1
MS.gene31936.t1 MTR_7g075520 31.765 255 147 11 237 485 246 479 2.30e-20 95.5
MS.gene31936.t1 MTR_5g009840 30.769 299 150 14 236 499 550 826 3.41e-20 96.3
MS.gene31936.t1 MTR_1g101870 31.429 210 117 7 236 439 592 780 6.86e-20 95.5
MS.gene31936.t1 MTR_1g101870 31.429 210 117 7 236 439 540 728 8.66e-20 94.7
MS.gene31936.t1 MTR_6g023855 33.195 241 138 8 240 474 283 506 1.05e-19 93.6
MS.gene31936.t1 MTR_1g044600 33.491 212 112 6 266 472 188 375 2.31e-19 92.4
MS.gene31936.t1 MTR_1g099480 31.250 208 120 8 236 439 503 691 2.79e-19 93.2
MS.gene31936.t1 MTR_6g033740 34.272 213 114 9 236 443 534 725 3.36e-19 93.2
MS.gene31936.t1 MTR_1g088730 32.353 204 114 7 237 435 968 1152 3.44e-19 93.2
MS.gene31936.t1 MTR_2g086160 30.288 208 127 7 226 432 157 347 3.76e-19 91.3
MS.gene31936.t1 MTR_2g086160 29.952 207 127 7 226 431 157 346 5.17e-19 89.7
MS.gene31936.t1 MTR_4g053350 29.808 208 128 7 226 432 152 342 9.21e-19 90.1
MS.gene31936.t1 MTR_4g053350 29.808 208 128 7 226 432 152 342 1.02e-18 89.7
MS.gene31936.t1 MTR_8g056860 32.381 210 112 8 236 434 503 693 5.80e-18 89.4
MS.gene31936.t1 MTR_1g099470 32.338 201 116 6 236 434 469 651 1.16e-17 87.8
MS.gene31936.t1 MTR_3g092070 31.280 211 116 8 240 443 120 308 1.23e-17 85.5
MS.gene31936.t1 MTR_1g088750 31.373 204 116 7 237 435 974 1158 3.40e-17 87.0
MS.gene31936.t1 MTR_1g088750 31.373 204 116 7 237 435 925 1109 3.67e-17 86.7
MS.gene31936.t1 MTR_3g089100 30.882 204 117 7 237 435 967 1151 4.58e-17 86.7
MS.gene31936.t1 MTR_3g089100 30.882 204 117 7 237 435 933 1117 4.80e-17 86.3
MS.gene31936.t1 MTR_3g089100 30.882 204 117 7 237 435 938 1122 5.11e-17 86.3
MS.gene31936.t1 MTR_3g092070 31.280 211 116 8 240 443 120 308 5.69e-17 84.0
MS.gene31936.t1 MTR_4g096870 29.020 255 158 8 226 474 144 381 1.54e-16 82.8
MS.gene31936.t1 MTR_3g104490 31.579 209 104 7 228 435 232 402 2.46e-16 83.6
MS.gene31936.t1 MTR_3g092080 29.237 236 137 9 240 468 123 335 2.69e-16 81.6
MS.gene31936.t1 MTR_4g083460 36.478 159 80 7 228 372 863 1014 2.81e-16 84.0
MS.gene31936.t1 MTR_3g092080 29.237 236 137 9 240 468 123 335 3.94e-16 81.6
MS.gene31936.t1 MTR_8g469460 30.622 209 98 6 228 435 232 394 2.67e-15 80.1
MS.gene31936.t1 MTR_6g023865 30.315 254 141 9 240 474 195 431 7.19e-15 78.2
MS.gene31936.t1 MTR_4g074920 26.426 333 187 14 175 486 629 924 1.14e-13 75.5
MS.gene31936.t1 MTR_8g099065 36.170 141 72 6 236 371 568 695 2.16e-13 74.3
MS.gene31936.t1 MTR_1g080430 31.765 170 101 6 228 393 702 860 7.67e-13 72.8
MS.gene31936.t1 MTR_1g080430 31.765 170 101 6 228 393 702 860 1.07e-12 72.4
MS.gene31936.t1 MTR_2g024440 29.717 212 124 8 240 446 260 451 4.29e-12 69.7
MS.gene31936.t1 MTR_2g024440 29.717 212 124 8 240 446 343 534 5.80e-12 69.3
MS.gene31936.t1 MTR_2g024440 29.717 212 124 8 240 446 342 533 6.26e-12 69.3
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene31936.t1 AT4G04910 76.747 744 154 3 1 729 1 740 0.0 1187
MS.gene31936.t1 AT3G53230 29.130 460 291 13 193 636 194 634 3.95e-43 167
MS.gene31936.t1 AT3G53230 40.455 220 117 4 228 446 504 710 4.80e-40 158
MS.gene31936.t1 AT3G09840 28.976 459 292 12 195 637 195 635 8.91e-43 166
MS.gene31936.t1 AT3G09840 36.992 246 140 4 228 471 503 735 1.48e-36 147
MS.gene31936.t1 AT5G03340 28.758 459 292 13 195 637 195 634 1.67e-42 166
MS.gene31936.t1 AT5G03340 40.455 220 117 4 228 446 503 709 4.41e-40 158
MS.gene31936.t1 AT3G56690 39.367 221 113 4 233 449 752 955 2.32e-39 157
MS.gene31936.t1 AT3G56690 33.071 254 152 6 206 457 387 624 1.34e-28 123
MS.gene31936.t1 AT5G19990 35.793 271 141 7 206 472 105 346 2.04e-37 144
MS.gene31936.t1 AT5G19990 35.793 271 141 7 206 472 163 404 5.85e-37 144
MS.gene31936.t1 AT5G19990 35.793 271 141 7 206 472 163 404 5.85e-37 144
MS.gene31936.t1 AT5G20000 35.793 271 141 7 206 472 163 404 7.36e-37 144
MS.gene31936.t1 AT1G45000 31.359 287 177 7 157 439 91 361 1.31e-36 142
MS.gene31936.t1 AT5G43010 31.359 287 177 7 157 439 91 361 2.56e-36 142
MS.gene31936.t1 AT3G05530 40.952 210 110 4 233 441 199 395 1.18e-35 140
MS.gene31936.t1 AT1G09100 41.429 210 109 4 233 441 198 394 2.92e-35 139
MS.gene31936.t1 AT1G05910 33.742 326 191 8 206 523 383 691 3.12e-35 144
MS.gene31936.t1 AT1G03000 35.200 250 138 9 235 475 687 921 1.29e-34 142
MS.gene31936.t1 AT1G53750 35.857 251 130 6 228 475 191 413 3.01e-34 136
MS.gene31936.t1 AT1G53780 34.066 273 148 7 206 475 341 584 5.56e-34 138
MS.gene31936.t1 AT1G53780 34.066 273 148 7 206 475 342 585 5.76e-34 138
MS.gene31936.t1 AT1G53780 34.066 273 148 7 206 475 342 585 5.76e-34 138
MS.gene31936.t1 AT2G20140 34.276 283 157 7 192 472 175 430 6.11e-34 135
MS.gene31936.t1 AT1G53780 34.066 273 148 7 206 475 363 606 6.28e-34 138
MS.gene31936.t1 AT4G29040 33.922 283 158 7 192 472 175 430 6.84e-34 135
MS.gene31936.t1 AT5G08470 36.797 231 123 6 228 452 858 1071 1.19e-33 139
MS.gene31936.t1 AT5G08470 35.802 243 134 7 228 468 867 1089 1.26e-33 139
MS.gene31936.t1 AT2G30950 38.140 215 119 4 228 441 253 454 6.97e-33 135
MS.gene31936.t1 AT2G30950 38.140 215 119 4 228 441 249 450 7.21e-33 135
MS.gene31936.t1 AT2G30950 38.140 215 119 4 228 441 249 450 7.21e-33 135
MS.gene31936.t1 AT2G30950 38.140 215 119 4 228 441 249 450 7.21e-33 135
MS.gene31936.t1 AT1G50250 37.662 231 125 6 228 453 284 500 1.06e-32 135
MS.gene31936.t1 AT5G42270 37.229 231 126 6 228 453 272 488 1.76e-32 134
MS.gene31936.t1 AT1G06430 37.674 215 120 4 228 441 242 443 2.96e-32 134
MS.gene31936.t1 AT1G06430 37.674 215 120 4 228 441 242 443 2.96e-32 134
MS.gene31936.t1 AT1G06430 37.674 215 120 4 228 441 242 443 2.96e-32 134
MS.gene31936.t1 AT5G58290 28.571 357 231 9 92 441 40 379 3.48e-32 130
MS.gene31936.t1 AT5G15250 38.605 215 118 4 228 441 246 447 2.41e-31 130
MS.gene31936.t1 AT1G07510 36.694 248 129 6 228 472 349 571 1.02e-30 129
MS.gene31936.t1 AT2G03670 29.199 387 212 15 225 587 39 387 1.97e-30 125
MS.gene31936.t1 AT3G47060 39.252 214 115 7 228 438 347 548 3.73e-30 127
MS.gene31936.t1 AT2G03670 29.199 387 212 15 225 587 39 387 5.85e-30 126
MS.gene31936.t1 AT2G03670 33.178 214 128 5 233 444 314 514 1.15e-27 119
MS.gene31936.t1 AT3G02450 38.389 211 113 5 233 441 361 556 1.31e-29 125
MS.gene31936.t1 AT3G15120 35.242 227 124 7 228 447 752 962 3.85e-29 125
MS.gene31936.t1 AT3G15120 35.242 227 124 7 228 447 742 952 4.01e-29 125
MS.gene31936.t1 AT4G23940 34.978 223 123 4 228 441 452 661 4.24e-29 124
MS.gene31936.t1 AT5G58870 38.785 214 116 7 228 438 351 552 1.11e-28 123
MS.gene31936.t1 AT5G15250 34.874 238 118 5 228 441 246 470 8.71e-28 118
MS.gene31936.t1 AT2G29080 36.585 246 131 5 228 472 344 565 2.83e-27 119
MS.gene31936.t1 AT1G80350 33.333 267 140 11 235 484 267 512 1.95e-26 114
MS.gene31936.t1 AT5G64580 39.409 203 111 5 235 434 345 538 3.49e-26 115
MS.gene31936.t1 AT3G01610 35.146 239 133 8 217 449 540 762 1.19e-25 113
MS.gene31936.t1 AT3G01610 28.795 448 263 15 225 636 250 677 7.19e-25 111
MS.gene31936.t1 AT3G01610 35.146 239 133 8 217 449 540 762 1.22e-25 113
MS.gene31936.t1 AT3G01610 28.795 448 263 15 225 636 250 677 8.46e-25 110
MS.gene31936.t1 AT2G26140 35.268 224 127 7 228 448 249 457 8.93e-25 110
MS.gene31936.t1 AT3G16290 30.909 275 162 8 205 471 414 668 9.55e-25 110
MS.gene31936.t1 AT3G27120 36.032 247 122 11 240 474 437 659 1.01e-23 107
MS.gene31936.t1 AT1G50140 29.688 320 175 13 207 501 707 1001 1.40e-21 100
MS.gene31936.t1 AT1G50140 29.688 320 175 13 207 501 707 1001 1.40e-21 100
MS.gene31936.t1 AT1G50140 29.688 320 175 13 207 501 707 1001 1.40e-21 100
MS.gene31936.t1 AT1G50140 29.688 320 175 13 207 501 685 979 1.73e-21 100
MS.gene31936.t1 AT1G50140 29.688 320 175 13 207 501 685 979 1.73e-21 100
MS.gene31936.t1 AT5G53170 33.971 209 118 6 228 434 384 574 2.34e-21 100
MS.gene31936.t1 AT2G45500 29.457 258 149 11 237 485 114 347 8.76e-21 95.1
MS.gene31936.t1 AT2G45500 29.457 258 149 11 237 485 114 347 8.76e-21 95.1
MS.gene31936.t1 AT2G34560 29.104 268 155 10 240 503 146 382 1.10e-20 95.5
MS.gene31936.t1 AT2G34560 29.104 268 155 10 240 503 137 373 1.12e-20 95.5
MS.gene31936.t1 AT4G28000 35.211 213 112 9 236 443 549 740 2.00e-20 97.1
MS.gene31936.t1 AT4G28000 35.211 213 112 9 236 443 551 742 2.09e-20 97.1
MS.gene31936.t1 AT4G28000 35.211 213 112 9 236 443 551 742 2.22e-20 96.7
MS.gene31936.t1 AT2G45500 29.457 258 149 11 237 485 247 480 3.43e-20 95.1
MS.gene31936.t1 AT2G45500 29.457 258 149 11 237 485 257 490 3.84e-20 95.1
MS.gene31936.t1 AT2G45500 29.457 258 149 11 237 485 251 484 3.88e-20 94.7
MS.gene31936.t1 AT4G24860 32.836 201 117 6 237 435 849 1033 1.06e-19 95.1
MS.gene31936.t1 AT4G24860 32.836 201 117 6 237 435 826 1010 1.06e-19 95.1
MS.gene31936.t1 AT4G24860 32.836 201 117 6 237 435 853 1037 1.11e-19 95.1
MS.gene31936.t1 AT3G19740 30.502 259 140 11 236 479 736 969 1.11e-19 94.7
MS.gene31936.t1 AT4G24860 32.836 201 117 6 237 435 851 1035 1.13e-19 94.7
MS.gene31936.t1 AT4G02480 31.250 208 119 7 237 439 996 1184 2.12e-19 94.0
MS.gene31936.t1 AT1G64110 32.759 232 119 11 236 460 550 751 3.28e-19 93.2
MS.gene31936.t1 AT1G64110 32.759 232 119 11 236 460 550 751 3.28e-19 93.2
MS.gene31936.t1 AT1G64110 30.405 296 150 15 236 499 552 823 3.49e-19 93.2
MS.gene31936.t1 AT1G64110 30.405 296 150 15 236 499 552 823 3.49e-19 93.2
MS.gene31936.t1 AT1G64110 32.759 232 119 11 236 460 547 748 3.75e-19 92.8
MS.gene31936.t1 AT2G27600 29.808 208 128 8 226 432 154 344 3.75e-18 88.2
MS.gene31936.t1 AT5G52882 33.333 213 116 9 236 443 548 739 5.30e-18 89.4
MS.gene31936.t1 AT4G27680 30.275 218 127 7 240 452 120 317 6.11e-18 87.0
MS.gene31936.t1 AT1G02890 31.373 204 116 7 237 435 977 1161 1.20e-17 88.6
MS.gene31936.t1 AT1G45000 29.293 198 124 6 157 350 91 276 3.94e-17 84.0
MS.gene31936.t1 AT5G08470 37.313 134 69 4 228 359 867 987 8.73e-17 85.5
MS.gene31936.t1 AT5G53540 30.882 204 118 8 240 439 123 307 1.08e-16 83.6
MS.gene31936.t1 AT1G79560 31.905 210 113 8 236 434 523 713 9.26e-16 82.0
MS.gene31936.t1 AT1G79560 31.905 210 113 8 236 434 523 713 9.44e-16 82.0
MS.gene31936.t1 AT1G79560 31.905 210 113 8 236 434 523 713 1.06e-15 82.0
MS.gene31936.t1 AT4G04180 31.250 208 114 8 232 434 349 532 5.70e-14 75.9
MS.gene31936.t1 AT4G04180 31.250 208 114 8 232 434 354 537 6.06e-14 75.9
MS.gene31936.t1 AT3G04340 33.333 171 99 7 228 394 806 965 6.77e-14 76.3
MS.gene31936.t1 AT4G24710 27.083 240 154 8 168 394 131 362 7.58e-13 72.0
MS.gene31936.t1 AT4G24710 27.083 240 154 8 168 394 143 374 8.69e-13 71.6
MS.gene31936.t1 AT4G24710 28.155 206 129 7 168 360 143 342 2.20e-11 66.6
MS.gene31936.t1 AT4G24710 28.155 206 129 7 168 360 143 342 2.20e-11 66.6

Find 158 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
TAGGCTCAATTGTCTATTTA+AGG 0.168925 4.1:+20940384 None:intergenic
TGTACATTAATCCAGATTAT+TGG 0.195042 4.1:-20938994 MS.gene31936:intron
TGAATTGGAATTCATTAAAA+AGG 0.207810 4.1:-20951666 MS.gene31936:CDS
TCCCCTTGTTACTTGTCTTC+TGG 0.239207 4.1:-20939698 MS.gene31936:CDS
TGACCAGGGACGGCGAATTT+AGG 0.247721 4.1:+20952306 None:intergenic
TACCTGTACTAGATTGTAAA+TGG 0.254863 4.1:-20949365 MS.gene31936:intron
AACAAGTGAAGTGGACTTCT+TGG 0.264786 4.1:-20938616 MS.gene31936:CDS
CATGAAGTTATTCCTGCATT+TGG 0.290918 4.1:-20940292 MS.gene31936:CDS
ACAATGGCGGGTCGATTCTT+TGG 0.292670 4.1:-20952423 MS.gene31936:CDS
ACTCTTATGGCACGTCAAAT+TGG 0.301098 4.1:-20950032 MS.gene31936:CDS
GTGAAGGGCATGCTGCTTTA+TGG 0.303357 4.1:-20950074 MS.gene31936:CDS
TATGACAAACCTTAATAATC+TGG 0.308087 4.1:+20939367 None:intergenic
GAATTGAATTCAACGCAATA+TGG 0.310838 4.1:+20951873 None:intergenic
GTCTCTGGGTATTGGTGGCT+TGG 0.320802 4.1:-20950266 MS.gene31936:CDS
AGAATTTAACCTTGAGTCTC+TGG 0.323497 4.1:-20950281 MS.gene31936:CDS
AGCTCTTGAAGGTTTATATC+AGG 0.340023 4.1:+20942549 None:intergenic
TAAATGTGCCCAGATTATTA+AGG 0.340164 4.1:-20939376 MS.gene31936:intron
GGCAATGCTACAACTTGAAT+TGG 0.349092 4.1:-20951681 MS.gene31936:CDS
TCTGCAGAAGCTATCTATTC+TGG 0.352769 4.1:-20937739 MS.gene31936:CDS
TTGCTTGGTTTGCAGATAGA+TGG 0.353705 4.1:-20947810 MS.gene31936:intron
TTCACGTGATAGTGGAATTA+AGG 0.356860 4.1:-20950808 MS.gene31936:intron
AACCTTGAGTCTCTGGGTAT+TGG 0.360417 4.1:-20950274 MS.gene31936:CDS
ACAAATTTGCTCAAAACTTC+AGG 0.362656 4.1:+20949341 None:intergenic
TGTGGAGGAGGAAAATATTA+AGG 0.367855 4.1:-20940344 MS.gene31936:CDS
GTTATACATGCTTATTGAAA+TGG 0.368474 4.1:-20937785 MS.gene31936:CDS
ATAAGCCTCCCTGATGAAAA+TGG 0.376395 4.1:-20942630 MS.gene31936:CDS
ATAAGAGTCTTTCCAGTTCC+AGG 0.386392 4.1:+20950047 None:intergenic
TGTAGTGGTAAAACCGCAAT+TGG 0.390883 4.1:-20939583 MS.gene31936:intron
CAATAGAACTAGACCTTTGT+TGG 0.393489 4.1:+20950874 None:intergenic
TGGAACTGGAAAGACTCTTA+TGG 0.400254 4.1:-20950045 MS.gene31936:CDS
CTTTATGGTCCTCCTGGAAC+TGG 0.401692 4.1:-20950059 MS.gene31936:CDS
CACTACTGGTCCTGCTCAAA+CGG 0.418785 4.1:-20938926 MS.gene31936:CDS
ATCATTTCTACGATTGCCTC+GGG 0.421164 4.1:-20937696 MS.gene31936:CDS
TTCTGGAAGGTTCTCGTGGC+AGG 0.428089 4.1:-20939681 MS.gene31936:intron
CTTGAGTCTCTGGGTATTGG+TGG 0.438277 4.1:-20950271 MS.gene31936:CDS
TGATTCTGCCGCAGAGGCAT+TGG 0.438599 4.1:-20938189 MS.gene31936:CDS
CCTGTTCAGCATCAGCAAAA+AGG 0.439047 4.1:+20949291 None:intergenic
CAAATGCAGGAATAACTTCA+TGG 0.439399 4.1:+20940293 None:intergenic
CTACCTAAATTCGCCGTCCC+TGG 0.439580 4.1:-20952309 MS.gene31936:intron
TCTCTGGGTATTGGTGGCTT+GGG 0.442431 4.1:-20950265 MS.gene31936:CDS
ATCCAGATTATTGGAGTATG+TGG 0.445258 4.1:-20938985 MS.gene31936:intron
AATACATACCAAGCTCTTGA+AGG 0.446779 4.1:+20942538 None:intergenic
ATTTCAGCTGAAACAATGAT+TGG 0.454411 4.1:-20939414 MS.gene31936:CDS
ACCATCTCGAGTGGAGCCTC+TGG 0.460501 4.1:+20947950 None:intergenic
TTTGAAGCTTCACGTGATAG+TGG 0.460960 4.1:-20950816 MS.gene31936:CDS
CTTGTTACTTGTCTTCTGGA+AGG 0.464285 4.1:-20939694 MS.gene31936:CDS
TAAATTCAGGTAATGACAGC+AGG 0.468655 4.1:-20950966 MS.gene31936:intron
CACGGACCTTAGTAAGAAGC+TGG 0.469945 4.1:+20947901 None:intergenic
AAACCTCTTTCGTAGTTGCT+TGG 0.470826 4.1:+20951503 None:intergenic
CAACAAACTAACCGCGTCAC+GGG 0.472068 4.1:+20951812 None:intergenic
ATGCTGCTTTATGGTCCTCC+TGG 0.474173 4.1:-20950065 MS.gene31936:CDS
TGTGAACCAGCTTCTTACTA+AGG 0.482667 4.1:-20947907 MS.gene31936:intron
CCGCGTCACGGGTACAGATT+CGG 0.482684 4.1:+20951823 None:intergenic
TTGGAGGAAGCCGTTTGAGC+AGG 0.483308 4.1:+20938916 None:intergenic
TTGCCAAGCAACTACGAAAG+AGG 0.483419 4.1:-20951506 MS.gene31936:CDS
CAAATTTGCTCAAAACTTCA+GGG 0.484559 4.1:+20949342 None:intergenic
GCTCAAACGGCTTCCTCCAA+AGG 0.485569 4.1:-20938913 MS.gene31936:intron
CATAATTTCGCAGACACTAC+TGG 0.486493 4.1:-20938940 MS.gene31936:CDS
GGCTCCACTCGAGATGGTAC+GGG 0.486673 4.1:-20947945 MS.gene31936:CDS
AGCATGTATAACTTCTTGAT+AGG 0.486862 4.1:+20937796 None:intergenic
AGGCTCCACTCGAGATGGTA+CGG 0.487787 4.1:-20947946 MS.gene31936:CDS
GTGGACTTCTTGGATTCACT+TGG 0.489526 4.1:-20938606 MS.gene31936:CDS
CGTCACCAATACGCCATCTC+AGG 0.489951 4.1:-20952373 MS.gene31936:CDS
CTGACGATCTTGAGCGATGC+AGG 0.490071 4.1:-20940261 MS.gene31936:intron
TAGATCGGAGGCGGAGATGA+AGG 0.490282 4.1:+20952329 None:intergenic
ACCAGGGCGTCTCGAAGTCC+AGG 0.491032 4.1:-20942658 MS.gene31936:CDS
TACAGTGGTGCGGAACTTGA+AGG 0.495507 4.1:-20940433 MS.gene31936:CDS
ATTCAAGTTGTAGCATTGCC+AGG 0.496175 4.1:+20951684 None:intergenic
CGCGTCATGTTTACTCAAGG+TGG 0.496676 4.1:+20938548 None:intergenic
GTCAGTCAAGTTACTGTTGA+GGG 0.499606 4.1:-20950897 MS.gene31936:CDS
ACCTGGACTTCGAGACGCCC+TGG 0.512120 4.1:+20942657 None:intergenic
TGCTCGATGAAGCACTCTTA+CGG 0.516657 4.1:-20947734 MS.gene31936:intron
ACGAAAGAGGTTTATAAAGC+AGG 0.518435 4.1:-20951493 MS.gene31936:intron
CTTCGCGTCATGTTTACTCA+AGG 0.518821 4.1:+20938545 None:intergenic
CTCTGAATTTACAGACTCCA+TGG 0.521657 4.1:-20939805 MS.gene31936:intron
ATGACAAACCTTAATAATCT+GGG 0.522191 4.1:+20939368 None:intergenic
CAGGTTTAGTGAGGTCATCT+AGG 0.522332 4.1:+20940365 None:intergenic
GATATAAACCTTCAAGAGCT+TGG 0.523311 4.1:-20942546 MS.gene31936:intron
GAATTTAACCTTGAGTCTCT+GGG 0.527338 4.1:-20950280 MS.gene31936:CDS
GGCGGAGATGAAGGCGAGGT+TGG 0.527839 4.1:+20952338 None:intergenic
TAGATTATCGTGACCAGGGA+CGG 0.528452 4.1:+20952296 None:intergenic
AATCATTTCTACGATTGCCT+CGG 0.528692 4.1:-20937697 MS.gene31936:CDS
ATGGCAGCGCAAGGTGCGCA+AGG 0.530513 4.1:-20937766 MS.gene31936:CDS
CCTCACTAAACCTGTGGAGG+AGG 0.535872 4.1:-20940356 MS.gene31936:CDS
CAGGGAGGCTTATCTCAACC+TGG 0.537587 4.1:+20942640 None:intergenic
GAGTAAACATGACGCGAAGA+AGG 0.538991 4.1:-20938541 MS.gene31936:intron
ACAACAAACTAACCGCGTCA+CGG 0.548576 4.1:+20951811 None:intergenic
TTTGAATGGCAAGGAACCAA+AGG 0.549580 4.1:-20950003 MS.gene31936:intron
TACTTAGATGTCACATGGGG+AGG 0.550361 4.1:+20950193 None:intergenic
GGAAAATATTAAGGTTACGA+TGG 0.553010 4.1:-20940335 MS.gene31936:CDS
TCAGTGGAAGCTCCAAATGC+AGG 0.554433 4.1:+20940280 None:intergenic
CTTATTGAAATGGCAGCGCA+AGG 0.558800 4.1:-20937775 MS.gene31936:CDS
TGGTCCAACACAACAATGGC+GGG 0.559673 4.1:-20952435 None:intergenic
CCTCCTCCACAGGTTTAGTG+AGG 0.560771 4.1:+20940356 None:intergenic
TCATGTCTTGTGCAGTCCAG+AGG 0.562337 4.1:-20947966 MS.gene31936:intron
TTATTGGAGTATGTGGCCAT+TGG 0.567433 4.1:-20938978 MS.gene31936:CDS
CACCACACTCCACCATGCCA+TGG 0.567836 4.1:+20939788 None:intergenic
ACTTAGATGTCACATGGGGA+GGG 0.572938 4.1:+20950194 None:intergenic
TTAGGGATCAAGCATGTGAA+GGG 0.574013 4.1:-20950089 MS.gene31936:CDS
GAGTTCCTGAGATGGCGTAT+TGG 0.579789 4.1:+20952368 None:intergenic
CTTCCAGAAGACAAGTAACA+AGG 0.583537 4.1:+20939695 None:intergenic
TCCAGAGGCTCCACTCGAGA+TGG 0.583964 4.1:-20947951 MS.gene31936:CDS
TGAAATTGATGCTATCTGTA+AGG 0.586602 4.1:-20949141 MS.gene31936:intron
GCAGCGCAAGGTGCGCAAGG+TGG 0.594295 4.1:-20937763 MS.gene31936:CDS
GCGTCATGTTTACTCAAGGT+GGG 0.595642 4.1:+20938549 None:intergenic
GCATCGCTCAAGATCGTCAG+TGG 0.600105 4.1:+20940264 None:intergenic
TATTGGAACAACAAGTGAAG+TGG 0.601641 4.1:-20938625 MS.gene31936:CDS
GAACAGGATCAGAGGAACCT+AGG 0.605287 4.1:-20949275 MS.gene31936:intron
ATTAGGGATCAAGCATGTGA+AGG 0.605309 4.1:-20950090 MS.gene31936:CDS
TCGAGAACAATGACACTCAA+AGG 0.606331 4.1:+20939096 None:intergenic
TTGTTCTCGATGACATTGAG+AGG 0.606968 4.1:-20939083 MS.gene31936:intron
CTGATGCTGAACAGGATCAG+AGG 0.608519 4.1:-20949283 MS.gene31936:CDS
TTATTGGAATGACTAACAGA+AGG 0.609966 4.1:-20947761 MS.gene31936:CDS
GACGGCGAATTTAGGTAGAT+CGG 0.610801 4.1:+20952314 None:intergenic
AAATTCAGGTAATGACAGCA+GGG 0.612515 4.1:-20950965 MS.gene31936:intron
TCAGAGGGCAATGCTAATTG+CGG 0.615431 4.1:-20939746 MS.gene31936:CDS
GAGCAAGTTAAAGTGAGCAA+AGG 0.616725 4.1:-20939724 MS.gene31936:CDS
GGACAAACAGAAACCTTTGG+AGG 0.617329 4.1:+20938900 None:intergenic
CCGAATCTGTACCCGTGACG+CGG 0.617777 4.1:-20951823 MS.gene31936:intron
GCCTACAGTAGCTCCAATTG+CGG 0.618003 4.1:+20939570 None:intergenic
GAATTTAGGTAGATCGGAGG+CGG 0.619984 4.1:+20952320 None:intergenic
TGTCTTCTGGAAGGTTCTCG+TGG 0.622423 4.1:-20939685 MS.gene31936:CDS
GTTAGAGCGAGTTCCTGAGA+TGG 0.623194 4.1:+20952360 None:intergenic
GACATAAGCACATTTATCAG+AGG 0.624277 4.1:-20939762 MS.gene31936:CDS
ACATAAGCACATTTATCAGA+GGG 0.625578 4.1:-20939761 MS.gene31936:CDS
TGACCTCACTAAACCTGTGG+AGG 0.626069 4.1:-20940359 MS.gene31936:CDS
TCTATTACTTAGATGTCACA+TGG 0.632146 4.1:+20950188 None:intergenic
CGGAGGCGGAGATGAAGGCG+AGG 0.633907 4.1:+20952334 None:intergenic
GGTCTAGTTCTATTGACAGA+GGG 0.634891 4.1:-20950866 MS.gene31936:CDS
AGTCAGTCAAGTTACTGTTG+AGG 0.636092 4.1:-20950898 MS.gene31936:CDS
TATTGGAATGACTAACAGAA+GGG 0.636868 4.1:-20947760 MS.gene31936:CDS
CACCAATACCCAGAGACTCA+AGG 0.637910 4.1:+20950272 None:intergenic
TGGTTTGCAGATAGATGGTG+TGG 0.638137 4.1:-20947805 MS.gene31936:intron
TTCCAGAAGACAAGTAACAA+GGG 0.638523 4.1:+20939696 None:intergenic
GCTCCACTCGAGATGGTACG+GGG 0.641308 4.1:-20947944 MS.gene31936:CDS
GCCGCCTGAAAATTTCAACC+TGG 0.641600 4.1:-20951702 MS.gene31936:CDS
TACATTATCCAATGCCTCTG+CGG 0.645357 4.1:+20938181 None:intergenic
CTCCATGGCATGGTGGAGTG+TGG 0.652735 4.1:-20939790 MS.gene31936:CDS
AGATGACCTCACTAAACCTG+TGG 0.656765 4.1:-20940362 MS.gene31936:CDS
TCCAGAAGACAAGTAACAAG+GGG 0.658987 4.1:+20939697 None:intergenic
AATTTACAGACTCCATGGCA+TGG 0.661477 4.1:-20939800 MS.gene31936:intron
CTATTACTTAGATGTCACAT+GGG 0.662970 4.1:+20950189 None:intergenic
GACGATCATGTCGATCGAAG+CGG 0.669311 4.1:+20952392 None:intergenic
AGATATTGATTCTGCCGCAG+AGG 0.669888 4.1:-20938195 MS.gene31936:CDS
AGGTCTAGTTCTATTGACAG+AGG 0.670522 4.1:-20950867 MS.gene31936:CDS
TTACTGTTGAGGGCCAACAA+AGG 0.671233 4.1:-20950887 MS.gene31936:CDS
ACCGCAATTGGAGCTACTGT+AGG 0.682519 4.1:-20939571 MS.gene31936:CDS
GTGAAACTGAAAAGAATGTG+AGG 0.688878 4.1:-20949316 MS.gene31936:CDS
GGCGAATTTAGGTAGATCGG+AGG 0.690320 4.1:+20952317 None:intergenic
ACAGCTCATGAAAGCATACG+CGG 0.712686 4.1:-20951899 MS.gene31936:CDS
TGAAACTGAAAAGAATGTGA+GGG 0.724916 4.1:-20949315 MS.gene31936:CDS
TTACAGACTCCATGGCATGG+TGG 0.726184 4.1:-20939797 MS.gene31936:intron
AGAGTCTTTCCAGTTCCAGG+AGG 0.727261 4.1:+20950050 None:intergenic
TATTACTTAGATGTCACATG+GGG 0.730382 4.1:+20950190 None:intergenic
TCATTTCTACGATTGCCTCG+GGG 0.730434 4.1:-20937695 MS.gene31936:CDS
CTCCACTCGAGATGGTACGG+GGG 0.734004 4.1:-20947943 MS.gene31936:CDS
GCTCATGAAAGCATACGCGG+AGG 0.738609 4.1:-20951896 MS.gene31936:CDS
CTAATCTGACAACATCCCCG+AGG 0.780848 4.1:+20937680 None:intergenic

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr4.1 gene 20937675 20952442 20937675 ID=MS.gene31936
chr4.1 mRNA 20937675 20952442 20937675 ID=MS.gene31936.t1;Parent=MS.gene31936
chr4.1 exon 20952310 20952442 20952310 ID=MS.gene31936.t1.exon1;Parent=MS.gene31936.t1
chr4.1 CDS 20952310 20952442 20952310 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20951824 20951926 20951824 ID=MS.gene31936.t1.exon2;Parent=MS.gene31936.t1
chr4.1 CDS 20951824 20951926 20951824 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20951646 20951730 20951646 ID=MS.gene31936.t1.exon3;Parent=MS.gene31936.t1
chr4.1 CDS 20951646 20951730 20951646 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20951494 20951544 20951494 ID=MS.gene31936.t1.exon4;Parent=MS.gene31936.t1
chr4.1 CDS 20951494 20951544 20951494 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20950809 20950979 20950809 ID=MS.gene31936.t1.exon5;Parent=MS.gene31936.t1
chr4.1 CDS 20950809 20950979 20950809 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20950196 20950350 20950196 ID=MS.gene31936.t1.exon6;Parent=MS.gene31936.t1
chr4.1 CDS 20950196 20950350 20950196 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20950004 20950112 20950004 ID=MS.gene31936.t1.exon7;Parent=MS.gene31936.t1
chr4.1 CDS 20950004 20950112 20950004 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20949276 20949375 20949276 ID=MS.gene31936.t1.exon8;Parent=MS.gene31936.t1
chr4.1 CDS 20949276 20949375 20949276 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20949142 20949197 20949142 ID=MS.gene31936.t1.exon9;Parent=MS.gene31936.t1
chr4.1 CDS 20949142 20949197 20949142 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20947908 20947973 20947908 ID=MS.gene31936.t1.exon10;Parent=MS.gene31936.t1
chr4.1 CDS 20947908 20947973 20947908 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20947735 20947817 20947735 ID=MS.gene31936.t1.exon11;Parent=MS.gene31936.t1
chr4.1 CDS 20947735 20947817 20947735 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20942547 20942680 20942547 ID=MS.gene31936.t1.exon12;Parent=MS.gene31936.t1
chr4.1 CDS 20942547 20942680 20942547 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20940262 20940472 20940262 ID=MS.gene31936.t1.exon13;Parent=MS.gene31936.t1
chr4.1 CDS 20940262 20940472 20940262 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20939682 20939813 20939682 ID=MS.gene31936.t1.exon14;Parent=MS.gene31936.t1
chr4.1 CDS 20939682 20939813 20939682 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20939540 20939600 20939540 ID=MS.gene31936.t1.exon15;Parent=MS.gene31936.t1
chr4.1 CDS 20939540 20939600 20939540 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20939377 20939436 20939377 ID=MS.gene31936.t1.exon16;Parent=MS.gene31936.t1
chr4.1 CDS 20939377 20939436 20939377 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20939084 20939142 20939084 ID=MS.gene31936.t1.exon17;Parent=MS.gene31936.t1
chr4.1 CDS 20939084 20939142 20939084 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20938914 20939001 20938914 ID=MS.gene31936.t1.exon18;Parent=MS.gene31936.t1
chr4.1 CDS 20938914 20939001 20938914 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20938542 20938664 20938542 ID=MS.gene31936.t1.exon19;Parent=MS.gene31936.t1
chr4.1 CDS 20938542 20938664 20938542 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20938184 20938249 20938184 ID=MS.gene31936.t1.exon20;Parent=MS.gene31936.t1
chr4.1 CDS 20938184 20938249 20938184 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
chr4.1 exon 20937675 20937821 20937675 ID=MS.gene31936.t1.exon21;Parent=MS.gene31936.t1
chr4.1 CDS 20937675 20937821 20937675 ID=cds.MS.gene31936.t1;Parent=MS.gene31936.t1
Gene Sequence

>MS.gene31936

ATGGCGGGTCGATTCTTTGGATCTTCTTCCGCTTCGATCGACATGATCGTCACCAATACGCCATCTCAGGAACTCGCTCTAACCAACCTCGCCTTCATCTCCGCCTCCGATCTACCTAAATTCGCCGTCCCTGGTCACGATAATCTATACCTCGCTTCCATCGGCGATTCTTTCGTGTTCTCTATCTCATATCCTTCATTCACCACTTTATTTGCTTCATTTCATTGCATTTTTCATTAATTTTCGATTCATTAGCTTAGATTTAAAATTTCTTTTATATATTATGATTCATTACAATGCTGAATGTTGATTATTTGTGTACAATGAAGCACAGACTCCTCCGGACACGACACAAACGCTTACACGCTGATATTGATTAATTTTTTTAGAAAATGACGAAGTTCAATGTAATCAGATGTGTTGTGTCTGACACCTGGACACATTTTCGATCAGAAGTGTCGGTGTTACAGAGTTTGTGTATGAACTGGTGATTTTGTATTTGTGGCCTTAACTTAGAGAATACAGCTCATGAAAGCATACGCGGAGGCCATATTGCGTTGAATTCAATTCAACGTCGATGTGCAAGAGTTTCTGCTGCCGAATCTGTACCCGTGACGCGGTTAGTTTGTTGTAGTTTGTGTTTTAGATGATTAGCATTGAGTATTGAGTATCAATTTTGCTCATGAATTGATTTGTTATTATGCTGTTTAAGATTCGTGCCGCCTGAAAATTTCAACCTGGCAATGCTACAACTTGAATTGGAATTCATTAAAAAGGCTGGAAGCAAAAATGAACAGGTGTTTTATGTGTATTTGAGCAAGTTCATTTGGTTGTCATTAATTTTCTGTTGATTAGAGTGGTTTGTAATTAAGATTGTTGATTTTGCTTTGTTTTGTAGATTGATGCTATAGTACTTGCCAAGCAACTACGAAAGAGGTTTATAAAGCAGGTAAGATTTTTCACAGGGCATGTTGTGCCCTTTCATTAACTACTAGTGTTGGTTACTTTTTGAAAACATGAACATAGACATTGCCATACAGTTGCTAGATGTTACGATGTGTAGTCCATAGTAGTGCAATTTAATTAATCAATGACTTATAGTTGTAAATTATTGTGCTAAGCCAACTATTACCATTTCTAATTTGATTTTCAAGGCAGTTTTAAACTTTACTTTGTTCATGACATTGATATCTAATAGCCTTTCCTTTGTGAGTAATGCATGGATCTTAGCTATAGGAGAACAATTTTTTATTCTGGTTCAGGGGTAACCTTTTTAGTTTCTTGAAGGAGATGAAACAGGGGGATTGCATATAAGTTGGATGAAAGTTAAACTTGTTTTCTACTGTTCATTAAGCATGTTATTCTGTTGTAACCTTCCTCTTTCATCACATGCATTCCTCTTGTTTGTTTGATGATACTATATTCAATTGTAAAAAGATTAACGTGGATCTTATTAAATTCAGGTAATGACAGCAGGGCAGAAAGTTTTATTTGAGCATCAGGGAATTAATTATAGCTTTACAGTCAGTCAAGTTACTGTTGAGGGCCAACAAAGGTCTAGTTCTATTGACAGAGGGATGATTTCAGACGACACATTCATGATTTTTGAAGCTTCACGTGATAGTGGAATTAAGGCGAGTTTCCTAATTTTCTTTTGTTATCTAAACTACTGTTCAGTTCTTTCTTGACACATTCCAAATGCTTACACAACTCAACTATCCCTTGATGCTTAATGTTACTGATTTGATTTGGGTAATGTTTGGCCAACCTTGATCTTAGACTGTTCATACAGAATTTTGTTTGGTAATATCTTCTATATATCATTCAGTAACGAAGTCCAGTAGTTTAGTTTGATCATTGTTACTTGTATTCCATGTGAGGTAATTGATCATTGTTACATGTATTCCATGTGAGGTAATAGTTAACACTTTGCTATGCAAAATAGTGTCACTTTATGTAAATTTCTTCACTTTACTCTATTCTATTAAGAATAACAAAGTCTTCTCCCAGTTGGTGGAAAAACTTCCTAATGCTACTCTACTAACTATTATTATCCTTGCAAAATTTTACGGGTTTATGTTGTGCTTTGCAGATTATCAATCAGCGCGATTCTACTACTAGCAACATTTTTAAGCAGAAAGAATTTAACCTTGAGTCTCTGGGTATTGGTGGCTTGGGTGCAGAGTTTGCAGATATATTTCGAAGAGCTTTTGCATCTCGTGTTTTCCCTCCCCATGTGACATCTAAGTAATAGATCTGATACTGTGGTCCATTTAATCTACTGTTTTATGATATATCACCTTCTCACTTGGAAGCATTTGACGTTTCAGATTAGGGATCAAGCATGTGAAGGGCATGCTGCTTTATGGTCCTCCTGGAACTGGAAAGACTCTTATGGCACGTCAAATTGGAAAAATTTTGAATGGCAAGGAACCAAAGGTTTGGAAACCACTCGTTATACTTGTGTAATATATTTGAACATGCGCATCTATCAGTTTAAGTGGTTAATATAGATATAATATTTGTAATATCTTTTTTTTTTTAATTATGATTGTTCACTCTTCTAACTGTTTTTCCTAGTGCACCAGTATTTGCCTTGGAATACGTTTTTCTTCAATGTTTTACGATTTGGTACTTTTTAACTTATCCACTATAATTTTTTATTCCAAATTTGGCATTACATGATCGTTTTCATGTGTTGTCGCATAAATTAATTTTCATAATAAATATAGGCTTGATTTAAGAATATTATCAAATCCTTTTACTTGCAGTCAACACTTGCCTATTTCGTTAACTATGCCCTGCATGAATCTTGCTTGGGTGGGTGTAACTTTCTGCTGGCATATTATCAGTTCTCACCATGCTTTTATGCCTTCTATAATATACTAACTTGATTTTTTGAAATCATAATTTTTTCACTTGGTTTAGATTTCATAACTGTTTGATATGCTATAATAATTTTAAAAGTGGATGTGAAATACGGACTTTGCTTTCTATAGGTTGATATCTGGTTATTATCTTTTTGGTGGTTGATGAATCTTAGATTTTCTTTTCTTACCTGTACTAGATTGTAAATGGCCCTGAAGTTTTGAGCAAATTTGTGGGTGAAACTGAAAAGAATGTGAGGGACCTTTTTGCTGATGCTGAACAGGATCAGAGGAACCTAGGTGATGAATATACATTCATTGCACGTTCTTTAAGTTCAAGTTTAAGATAATTCACTTATTTTTTTCTCTGTTTTCCAGGGGATCAAAGTGATTTGCATGTTATTATATTTGATGAAATTGATGCTATCTGTAAGGTACGGGGTTTCTCAAACATTATCTCGACACCAATTCTCTATTGTGTTGCTGTTAATATATATATGGGTGTGTGTGTGTGTGTAAAATAGGGGCTAAAGCCCAATAAAGAGAAACTACAAAAGAATCAAACCAGGAGTACAAACTCCTAACACATCAGCAGCCACCTACTGCTTAATCTTAGGAGGATGCTCAAAAATCACCATGTCTTCTCCAAACTCGCACCCTAAACAGGCAAGACCACCCGCAACCATAATTTTCTCTCGATAAATATGATTTATGCAGACACTCCAATCAGCCTCCAGCAGTCTTCTAATCTTCGTCGGCAAAGCTCTTCCCTGGACATTACCTAATGAGCCACATTGCAAGCTTCTAATAACAGCTAACTCCAACTCCATGGCTGAAGGCCTATCTCTTTGACCAAATCTAAACCCTCGTAAGCCTTCCATAGCTCTTCCATGTAAGCACACATAGAGCCTAGAGGCTTAGCAAACCCCACATCCAACAACCTCTATCATCCCAATAACACCTCTGCAGCTAGCTGACAGATTATTACCACTTGAGGCACCATCCGTGTTTATTCGAGGCCACCCATGCCTAGGTGCCTTCCAGCTAAATGTCACCTCTGCTTTGGTACAAATATAACATGGATGAAAAATTTGCTTGGCCCTCGTATAATTGATACTTATGGAGTGATTATCTGGGAAGGAAAAAGAGGCCTCACAAAATCTTCAACATGAGCACCCTTATTCCTCCAACTCCACAAGTGGTAGCACCCATGAACATAGGGAACGTGATCACAATTCAATGTGGGGCTATGAAAATAATGCATGTAGTTATCTAAGTAATCACTAGCATTGGATTTAAAGTTACATTGTGGATTGAATTTTCTGATACTACGCATAGGAGCCTATTTTGATAATATTTCCCACACAAAAGAAAGAAAATGAAATTGAAATAATCCTACATTGATTATGAGTCTCCTATCTAATAACTTGCATAATTTGAAATGAGCTTCTATGTTTCAACATTTCTGAAGATCTCTTAACCACTGATAAAAGCTTAAATTTTGGTCAGTAATGAATAAAATAATTATGTGAATTGAAAAGTTCCTATATACCAGAAGTTAATCCAAACTGTGCTATATGTTTCTCTTCATGTCTTGTGCAGTCCAGAGGCTCCACTCGAGATGGTACGGGGGTTCATGATAGCATTGTGAACCAGCTTCTTACTAAGGTCCGTGAAAGTGTTAAATCTTAATTTTTTTTTTTTTAAATTTACATATATAGTCATCAGTATTAGTAAGAGGTTTTGCTTGGTTTGCAGATAGATGGTGTGGAATCACTAAACAATGTTTTGCTTATTGGAATGACTAACAGAAGGGACATGCTCGATGAAGCACTCTTACGGTATCTATATGACTATACCTCCTTCCTCTGTTCTAGATCTTAATATTTATTTTTCTTCCTGAAAGTAAAAATATGAACAGTTAACATGGATACGCTATAATTGTCGTCAAATCTACTTCCAATCTGAATGCTTTTAGATAATGTAAGATGTTTAGCAAATGAGGAAATGTAACAAAATAATAGCGATTGAAATAAATCAGGGAGAGAATTCAGAACACACTAGTGAATTTGCTCATAGATATCTGAGTAGATTTATAGGGCAGTTATGTTAGGAATGTAGGAGTACCCAAGTTAATAGTGTACCCTAGGAAGCCTAGACATGTATAAATAGAAGTAAGAGGGGGAAACTGAGGGGCGTTCAATTTCCAAATTCTGTTAACCGTTTCGGCTGTAACTGCCTTGCAGTTGTGAAGGGGAATTCCCCTTGATCAATAATACTCACTCCACTCTCTTTTCTGGACCATAACAAGTTAACAGATCTACTAGATCTGTAATTGCCCGACAGTTACCGGTGTGTGAATTTTATTACTATCGAATAGTCCCATATTTGGATGAGATATGGCCTGGCTATGGGTTTATAAGTGGAGGCAGTCCTTACCTTACATGCTGGTTTTGTGGGGTTCTCTTAGGCCCAACTACAAGTTAATAGTGTACCCTAGGAAGCCTAGACATGTATAAATAGAAGTAAGAGGGGGAAACTGAGGGGCGTTCAATTTCCAAATTCTGTTAACCGTTTCGGTTGTAACTGCCTTGCAGTTGTGAAGGGGAATTCCCCTTGATCAATAATACTCACTCCACTCTCTTTTCTGGACCATAACAAGTTAACAGATCTATTAGATCTGTAATTGCCCGACAGTTACCGGTGTGTGAATTTTATTACTATCGAATAGTCCCATATTTGGATGAGATATGGCCTGGCTATGGGTTTATAAGTGGAGGCAGTCCTTACCTTACATGCTGGTTTTGTGGGGTTCTCTTAGGCCCAACTACAAAATCTAAGATGGTATTATAGTCTATCCAAGATCCATTGGGCCACCTTACAAGTCGGTTTTGTGGGGTTGTGTTTGGTCCGTTCATGAAAGATTTGATTGGAAACAATATGTAATGCAACTTGGTTGTAAAAAAATAGTCTTTTCCACAATGCCTCCCAACTTGAGTTGTTAAAATAATTGCTGGGTTCCTAGGTTTGTACCGCCATAGCACGATACACGGCCCCTCAACTGGATCCAGGAACTATTTTCTCTTTCTTAATCCACCATGAGATTAATTTACTGATATGTGCTGATTTATAATATTGAAAGAAAATATGTGTTATAGATGGAAGTTCCCTGCTCCATGGTTGTACCGACGGGGTACCCAGTCAGTGCACAACAAGATGAGAATGCAAACATAATACTATATTACAAACCAATCTCCAAGTATTCAAGAGACCTTAAACTCTCCCTCCCTAATATCCTTTCCAATACTACACAAGCTCCTCCAACATTCCCTTCCTATTATTTATAACCTATAATCTCTCGCTGACTCGCTCTGACTAATTCCCCAATTAACGAGCTATTCCACTAAGGATATGGGGGTTACAACCACACCATTTATCCCCCTCTTCCTAGCTTGTTAGACTGGGAAAACAGCACAGAAGATTCAAGAGGCACAGGTGTGGGGCAGACCTTGAGGGTTGGAGGCATGTAATAGCTGTTCAGAGAGATTATCATATGATAAGTATTTCGGAAAATTTGATTGCAGATAGAGTCAAGTTCAGGTAGCAGACCAGCAAGGGAAATGCCCATAAAGTGTTAGGGACCAAGGCGTGGCTGGTTTAGTCTAGACGAGGTAAGAAGGGAGGAGGGAATAGAATGCTAAGCTGGCAAGAAGAGAGAGAGAGAGAGAGTGGGGATCGTAACGGAATTTTGATTAAGGTGCATGCCTATCAAATAGGTTGAGGGTGTGAGTGGGGTGTATCTTCGGAATCGTAATTGTTTTTTTTTTTTAAAAACTCGGTATCCGATCCAAGAATCGACTACTCCGAAGGGACCAATCCCACCGCCCACTTGCTTGCCCATCGAAATTTGCACAAGGGGGAATCGAACCTGAGTCCTTGAGAGGAGCAAACTCCAAGATCCCAAGCCAACCACTAGGCCAACCCCAAATGGGTTGAATTGTAATTGTTTGCTACAAATGGATAGAGCTATAGCTCTCTCTAGGAGCCTAGCTCTGTGAAACGGATTTGATCCTCTGTAATTTACCCTTTGATTCCACCATTGAATAATGCTCAATTGATCTCTATTTTGATGTTTTACCGTTTCATTTGTTTCTTTAGTTTACTAGTTCCTTACATAATGTCCCACTCCTACGTTATTTGACATGTTTTTTTTTTTAATGGCAAATGTTCGTAGTTAGTTTGATAGAATAATATTTTTACTCTTTGTCTGGGTTTGAACCTAGAACCTCCAACTCCTTTTCCTTTCTCAAACCAGTTGAGCTACCTAACCCCCCTTATTTGACATGTCTGTCTACATTATAAGCAAAGGATATGAATGCAATAAATTCATCAATCAAATTTTCAAGCTTACTCATATACGTTGCATGCCCACATTTAAGTTGCATGTCCACTGAACAATGCATGAACTTAGGGGTGGTCAATGGGAGGGTTCGGGCTGTAAACGCTCACCCGAAGAAAACCGTCGGATGAAGAATCTCAACCCATCTCCGCCCGTTTAGTTTTTCGGGTGACGGGTTCTACGGGTTTACCGGGTGGGTCGAAACGGGTGAAGAAGAAGAGTCGCTCAAAGTTTAGCCATCTACACCGCCGTATTCAACTGTAGTGAGTCTGATCTGACTGTATCATCACCTTCGTTCAACCACCAAACTGCAACTGAGAAAGGAGAGAAACAACAAAGTTAATAAAACTGCATACTGTAGCTTTTAAAGTGAGAGGTTTTTTAAGTTTGTTTGCACTTGTGACTTTTTGAGTCGACTCGGTTTACACTTGTTAGATGTGAACTGTTTATTTTCTTCAAATTTTAACAAGAATTTGGTGGCATGGTGTGTGTCTCGAGATTACCCTGCTGTAATTCAGTAACAAGAGAGAAAAATAAAAGACTATGAGTACATGCTATGATGAATGCTATGCCTTTTTTTATGAAAATAGCTGAATGTGACAGTGCTATAACATGCCTTGTCAAATCACTGATTAAGATATTATAGAGCAATTTTGGTAACAACGGGTGGGTTCGGTCTTCACTAGATTCATTTTAGCCACCCAGGCCCGCCCATATGTATTCACATGAAACTGAAAAATAAGCTGATGACCCGAAGACCGGTACACCCCCCCTCCCGCCTAGCTATTTTTTCATGCAGGTTATCAGTTTCGGGCGGGCCTCAGTTCTATGTCCACATGAACTAGTGGGTGAGTTGTGGTTTTCTATCTAGGGAACAAGGCGGTTTGGAACACATGTGAAGGAGATCGGATTTTGAAGATGGTGGTTTGTTTTGATAAATCGCTCACCACGAATCCAGGATGGGAACACACTTAAAAACACATCGTAGAGAAAATAACAAAACACGTGAGTTTACATTGTGCTGCTGCACTATCTGTCAACTTCCACGAAACAATCCAATAAATATACCACTATCTCAAAATAATTATATAAGATTTATGAGAACTTAAAAAACTTACCCGAAGATATTTATCACCCTAGAAACCTGATACCCCCCCCCAACTCAATAATCACAAGGATTGATGAAGACTCACTCACAAGGGATGGTCCGATCACTCACATATGCATGTAGTTTCACTCTTTGCTCTTAGATGCCTCAACTCTTTATAAGACTTCCTTTATATAGTGACAGTGAATGACTTCTTCCAAAATTGTTTGGTGGATATTTCTCTCCACCTTTCCAAAACATTTGAAAATTGTCATTTCCTTCGTCCAAAGATAATGCAAGTTCCCCCAAGAGCCAAAAAAGAATTGGGGCAATATTCATTTTGGTCCCTGAATGTGTAACAAGTAGCCATTATAGTCCCTCAATGTATCGAAATTCCAAAATAGTCCTTGATTGTGCACTTCCTTAGTCAAAATAGTCCTTGACATTAAAATAGTCCTTCAATGTGGACATTAACTCTTTCCATACAAGGACTGATATGACAATAAGTACTTACAGGGACTAATATGACAATTTTAACGAAACACTTTAATGTAAGGGACTATTTTGACTACATAGTGCACAATCAGGGACTATTTTGAAATTTCGATATATTGAGGGACTATTGTTTCTACTCGTTACACATTCAGGGACCAAAATATCTATTACCTCAAAAAGAATTCTAACAACTTAGTAGTTTATTTTGCATGGAAACTATTACATTGTAGGCTTGGAAATTTTAAAATTGCTTTCCCCGACAGGGTAATTAGTGGTTGGGTCATCGACAAGCTTATCTGCCGATCAACAATCATTTTTAAGGGATGGAATTGTAGGAAAAGTCACAGTTGGTGGAGATGCGGCTGTTTGCTTGAGATTGGAGTTTTGGAACTAGTGTTAGTGTAAAAGCATAGTGGTTCAATGGAATGTCATACCAGTGATACCATGTAGAATTAAGACAGAACAACAACAACCACCACAGCCCTTTTCTCACTAGGCGGGGTTTGCGAGAGGGATCAAATGATGCCAGTCATGGATTGAGTCCAATGGTAGACCATATAATCTCTTACTGGTTTAGTCTATATCTTTTGTTTGTCTCCCTCTATCTCTAATTGTTGAAATATTTTCTATATGGTCAACCCTCCTTTTCGGTGATCAAGAGAGTTTGAGGAAAACTATGTGACTAATTAATTATTCTACACATGTTTCATGTTTATATTATATACAATATTATTAGTTATAAGGGGAAGCAATCATCTTTTAATTTAGAGCTGATAAACTTTAATCACCATGCTGGTGCTTAACTCTCAATGTTTAATTCTGATACTTGTAATTGATTTTTATAGTAGCTACATGTTTGTTTGCATGTGGTTCATATCTTCTAGTCATTTACCACTTACTATTTTGTCTTGTAGACCAGGGCGTCTCGAAGTCCAGGTTGAGATAAGCCTCCCTGATGAAAATGGTCGATTGCAAATTCTTCAAATTCACACTAACAAGATGAAAGAGAATTCTTTTCTAGCTCCTGATATAAACCTTCAAGAGCTTGGTATGTATTTACTATTTAGTGATGCATAATCTTTTTACACATGCATATACATCTGCTATTATTAATAAAGTAATAAAAAAATTGGATGACTATGGTTCCTAGTTGCATTAGCAGAATATTTCCTTACTGAGGGGTATTATAACATGATCAATTTGTTAGATCTTATTAGTTTCATTTATCACATGCAAACTGAGGTGGAGTCTGGCGAATTAAAAACTGGTTCAGAGATGTTTCAACTGAAAACAGTTTATAAATATGTGCAATTTTTAATTTTAACCGATTTCAAATTACCTAAAACAGAACTGACATAGGCCTGGACATTGTATTTGTGACGGAACAGATTTCTGGTGATCAATTACTTCTTTACACTTTTGTTTGTGTCACACTTGCATGTTATTTCCAACATGGGGATGGTGACTTTCTTGTTTTATCTTTGCTTCATTGAGAGTCACATCTAGTTTATCTAGAATTTCGTTTTACACCAGTCTTTACTTGATACTATCAAATATTGTTTCCTAAAATGTTATTGAATTTTAAATAAAATTGTGAGGGAAGGAATTTTTTTTCATCTATCATAAACTGAGTAGGTACAATCTCGCTATTTTCTTTCGTTGAAATAGTTGAGTTAAATAATAGATGTTTACCGGATAAGAATTGATTTTATGTATTTTGAATTGAACTTAAGTGTCCAACAAGTATCCCCAAAAATGTCCTTTTGTTCTTCACTTCAACACACCTCCAGCACTCCTTTAGACACTCTTCAGATGCGACTATATTGAGGACAGACACATCTACGTTTTTCTTTCTTTCTTTCTTTTTTTTCTTTTTTTCTTTTTGTAAAAAAATCAGTAAAGGAAAAAACTTTTAAAAGTCTTAAAATTTTGGTTGGGACTCACTCAACATCACAAAACCGGATTGTAAGGTAACAAATGCCTCTCACTCATTAAACATATTTTCAGGCTCTATCTAATCAAATGTGGAACATCTGAATACACCTCTTTCACGCCCAGGATTGGACATCTGGAGCGTGACCTCAGTGCCTCGATAGAGGGTGACCCAACAAATCTTGGATAACCTTTGATACCATCTTAGGTATTTGGACTGGTCTTAATTTATCCTTACAAAATCTGTCATACCTCAGTTATAAACATTTTCTCATATAACGTGGACTCGTAAAAATGTAGTAGTTTAACTAGGCATTTGAAAAAAAATCTCTCTTCTTCCTGCGTACACACGTTTTTATCTTCTCCGGTCTTCATCTTTCTTTTCGTGCTTCATTTTTCTGATTCCCTTTTTTGTTAGCCTATTTCACCTGGTATGGTCTTCATCTTCATTCCATCTCGGCGGTCATTTGCTAGTCATCTTGATTCTTAATTTATATATTTTATAAATAATGCACATATGTAATTTTATGTAATTATACCGTGTATGTGTCCTATAATTTGGACATAAGTTGTGTCAAAGTTTCTGTGTTTTGCCCGGTGTCCATGCCCGTGCTTGATAGATAGTATTATATTTTGGTTTGAGTATGAAAAACATTGTCTCAACTCTCAAGAGTCAAAGGTATTTACAAAACATAAATTCAGTCTTGTCATTTGAGATAATATAGGCACCACTGTTTTCCAAAATGCAGGACACTGACACATACTTACGTGTGTGTGTATTTCTATATATCAGATTCAATAATTTATCAGCATTTTTATAGAAGTACAAAGAGAGGTGACATTTGATGATTCACATAATCAAAGTTAGTAGAAAAATTGAACCAGTTAAGAATACGCAGGCAAACAAATATAAATATCCACAAGTTACAATAATATGGGATTGTGTTTTTTCTCTTGTAATATACATTTGTAAACCCTCTATGAATCAATAGCAGAAATATTCAAATTCAAATGATCAGTTATTTTGATCATGTTAATTCTTTATTAACAATCATGTAAATGCATGAAACATAACCTATGATTAATGGTATAAATGTTATTTTTCATATTACCAAAAAAGAGGAAAAATAAAATTATCAGAATCATGGTTTTTGAACCATGGGAGGTTTACCTTTTCTTTTCTTGTGCAGCTGCCCGAACCAAAAACTACAGTGGTGCGGAACTTGAAGGTGTTGTGAAAAGTGCTGTCTCATATGCCTTAAATAGACAATTGAGCCTAGATGACCTCACTAAACCTGTGGAGGAGGAAAATATTAAGGTTACGATGGATGACTTTTTGAATGCACTCCATGAAGTTATTCCTGCATTTGGAGCTTCCACTGACGATCTTGAGCGATGCAGGTACTGCTTTTGGTCCCAAGGCTTTACAGTTTTCAGAAATGGGTTAAGCAACTTCATTTTATTTATTCTTTCCCATTGGTATTCTGAAAATTTACATAAAATGTACTCTGTAGAAGATATTTCAGGAATCAAGTAATATTATCTGTTTCATGAAAGTATCAGTGCATGATTGATAGGATTATATGCGAACAATGATTGTGTTATTTGATTTATAGACTATAAGAGAAGGAGTTAGTTAGGCTTAGAACTAGTTAGGCTAGCTGGCACTTGACAGCTGTTGCTAGCTGTCAAGTGACTGACAAGTGTCAGTCATCTATAGGTTGATCTGCTACTGCAGGTAACTGTCAGCTTTCTATGTAAAGCTTGATTGTAACAGAATTTTATCAATCAATGAAAAACAGAATTTTAGATCAAAAGTCAGTTTTATGATTTCTCTCTGAATTTACAGACTCCATGGCATGGTGGAGTGTGGTGATCGACATAAGCACATTTATCAGAGGGCAATGCTAATTGCGGAGCAAGTTAAAGTGAGCAAAGGAAGTCCCCTTGTTACTTGTCTTCTGGAAGGTTCTCGTGGCAGGTATGTGTTGATTTTCATACTCATTACTCATTTGTCTTTTGTGATATTATCACATATATCTAACCTGCTTTGTTTTTGTAGTGGTAAAACCGCAATTGGAGCTACTGTAGGCATTGATAGTGACTTCGCATATGTCAAGATAGTAAGTTCTATCCTTATATTGAACATTACACTCTAAAAATCTGCATTGCTTTTGACTTTATAATTAAGGACAAATTTAACTTTGATCTTTTGTAATTTGATAGATTTCAGCTGAAACAATGATTGGTCTACATGAGAGCACTAAATGTGCCCAGATTATTAAGGTTTGTCATAATATTTTGAGCCATTCTTTTTAACCTATTGAGTATTGCATGTATATATTTTCTGAAGACTAGATTACTGACCTTGCAAATGAGGTTTTATTGAGCCAACAATCAAATATATGCTTTTAACTTTCAATTTTCTTTAGCACTTTAACAATTACGTTGATAATACTATTTTAGCATTTCCCTTGCGTGTTTATCATGTAAATTTTGAGGTCTCATGCTTTGTAATAGGTTTTTGAGGATGCGTACAAGTCACCTTTGAGTGTCATTGTTCTCGATGACATTGAGAGGTAAGATTTGTAATTGTTCTTTTGTCATCCTTATCTGTAATTCCTCCCCGAGTATTAACTATTTCATTGTACATTAATCCAGATTATTGGAGTATGTGGCCATTGGTCCTCGTTTTTCAAACATAATTTCGCAGACACTACTGGTCCTGCTCAAACGGCTTCCTCCAAAGGTTTCTGTTTGTCCTTGTCCTTTGAGTTTATTTCTGATGTGCATATGTTATAAGTTTTCAATCTGCAACACCTCAAGTATTTTAAGTTTTAATGCGTGCATATTTTTTCTGTGATTGGTGCAAGCAGTATGTTTAGCTCTTGAGAGTTCATCTCCACACCTTCAATATTAGAAATATTAATGACAAATTATTTTTTGATGTTACGTAACTCGTGCTGTAAATAACATGCATTTCTAACCATGTTTTCAGGGGAAAAAACTCATGGTTATTGGAACAACAAGTGAAGTGGACTTCTTGGATTCACTTGGATTTGTTGATACATTCTCTGTAACTTACAATGTTCCCACCTTGAGTAAACATGACGCGAAGAAGGTAAACTCATTTGTTCTCGGCATTTTGATATAGCTCACAGGATAATTACATGCTATTGGCATATGGTTATAAATGTTTCTTGTTATTGTTGGTGGCTTTATGTTCTTTTTGGTAAATATCAGTTGTCTCACATTGTTTAAAATTGAAGTGATTGTATCACTTGCAATGTCAAAATTTGAGTGAACAATTTAATTTGTTTCATGAGTTTATATGCCAAATTGTTGCTTTTGCTTATATTTACTGTAGTTCAAAATAAATATTAAACATCTATTTTTCATTTGTAAAATTACAGGTCCTAGAACAGTTGAATGTTTTTGCTGATGAAGATATTGATTCTGCCGCAGAGGCATTGGATAATGTATGTATCATTACTCCTTTATTTGCTTCATCCATTTATTTTGTCTTTGCAATAGTTTGGCTTTACTCGTAAAACAGTGGAATTCCTATAATTTTACAAGAAAAAGTTTCTTCGTCAATTTTTACTTGTCCATGTGAAGATTATTAGTAGTATAGGTGTTGGTTGTTTTTCTGTTAACATTTTTATCTTTTTGCCAATGAGGTGTGCTCAATTTTATACTTTCTAGCATTCTATGCTTTTAAGCATAGGAGGTTAAATTGTTCGCTGAATAGCTTTGCATAATATTTGCTGCGATATTTTAAACAATGTGAGATATTTGTATTTATTCTAACTCCTATTTTATGCTCAAACTTTATCCTCAGATGCCTATCAAGAAGTTATACATGCTTATTGAAATGGCAGCGCAAGGTGCGCAAGGTGGATCTGCAGAAGCTATCTATTCTGGCAAAGAGAAGATTAATATCAATCATTTCTACGATTGCCTCGGGGATGTTGTCAGATTAGTATAG
Protein sequence

>MS.gene31936.t1

MAGRFFGSSSASIDMIVTNTPSQELALTNLAFISASDLPKFAVPENTAHESIRGGHIALNSIQRRCARVSAAESVPVTRFVPPENFNLAMLQLELEFIKKAGSKNEQIDAIVLAKQLRKRFIKQVMTAGQKVLFEHQGINYSFTVSQVTVEGQQRSSSIDRGMISDDTFMIFEASRDSGIKIINQRDSTTSNIFKQKEFNLESLGIGGLGAEFADIFRRAFASRVFPPHVTSKLGIKHVKGMLLYGPPGTGKTLMARQIGKILNGKEPKIVNGPEVLSKFVGETEKNVRDLFADAEQDQRNLGDQSDLHVIIFDEIDAICKSRGSTRDGTGVHDSIVNQLLTKIDGVESLNNVLLIGMTNRRDMLDEALLRPGRLEVQVEISLPDENGRLQILQIHTNKMKENSFLAPDINLQELAARTKNYSGAELEGVVKSAVSYALNRQLSLDDLTKPVEEENIKVTMDDFLNALHEVIPAFGASTDDLERCRLHGMVECGDRHKHIYQRAMLIAEQVKVSKGSPLVTCLLEGSRGSGKTAIGATVGIDSDFAYVKIISAETMIGLHESTKCAQIIKVFEDAYKSPLSVIVLDDIERLLEYVAIGPRFSNIISQTLLVLLKRLPPKGKKLMVIGTTSEVDFLDSLGFVDTFSVTYNVPTLSKHDAKKVLEQLNVFADEDIDSAAEALDNMPIKKLYMLIEMAAQGAQGGSAEAIYSGKEKININHFYDCLGDVVRLV