AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene66481

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene66481.t1 MTR_1g017540 95.921 760 31 0 7 766 57 816 0.0 1452
MS.gene66481.t1 MTR_1g484960 63.824 387 128 5 9 390 52 431 5.38e-160 497
MS.gene66481.t1 MTR_4g071210 48.083 339 156 6 11 345 145 467 4.76e-88 300
MS.gene66481.t1 MTR_3g117330 46.648 358 169 7 11 362 155 496 5.14e-88 300
MS.gene66481.t1 MTR_4g071210 48.083 339 156 6 11 345 145 467 5.43e-88 300
MS.gene66481.t1 MTR_7g093720 42.298 409 208 7 11 400 129 528 7.93e-84 287
MS.gene66481.t1 MTR_6g082470 45.198 354 163 7 5 355 86 411 2.82e-79 274
MS.gene66481.t1 MTR_8g076190 46.732 306 151 3 11 316 83 376 3.91e-77 268
MS.gene66481.t1 MTR_5g021650 45.860 314 156 4 4 316 77 377 6.60e-77 267
MS.gene66481.t1 MTR_8g076190 46.732 306 151 3 11 316 83 376 2.07e-76 268
MS.gene66481.t1 MTR_8g076190 46.302 311 152 4 11 316 83 383 5.51e-75 264
MS.gene66481.t1 MTR_4g071900 46.711 304 150 4 11 314 86 377 6.88e-74 257
MS.gene66481.t1 MTR_4g124650 42.857 350 164 6 5 354 197 510 4.41e-73 258
MS.gene66481.t1 MTR_3g100270 40.053 377 181 12 3 350 56 416 4.38e-70 250
MS.gene66481.t1 MTR_5g066320 41.398 372 176 8 3 346 64 421 1.14e-68 246
MS.gene66481.t1 MTR_3g113110 43.770 313 164 3 11 323 82 382 3.58e-68 246
MS.gene66481.t1 MTR_2g096010 39.516 372 189 7 6 354 106 464 1.62e-65 236
MS.gene66481.t1 MTR_7g105030 43.252 326 152 6 11 313 71 386 2.06e-64 233
MS.gene66481.t1 MTR_7g105030 43.252 326 152 6 11 313 71 386 2.06e-64 233
MS.gene66481.t1 MTR_1g067630 37.778 405 205 10 6 380 111 498 1.80e-63 230
MS.gene66481.t1 MTR_1g059730 43.034 323 151 6 11 310 75 387 2.13e-63 229
MS.gene66481.t1 MTR_8g080910 40.053 377 178 9 11 349 106 472 4.12e-62 227
MS.gene66481.t1 MTR_4g094882 39.833 359 180 9 5 329 61 417 6.29e-62 226
MS.gene66481.t1 MTR_1g018940 38.855 332 174 6 3 305 55 386 2.27e-61 224
MS.gene66481.t1 MTR_3g084790 42.593 324 155 6 11 313 151 464 3.96e-61 224
MS.gene66481.t1 MTR_3g102170 37.666 377 203 8 3 350 55 428 3.88e-60 220
MS.gene66481.t1 MTR_4g123730 41.667 324 161 8 7 313 202 514 1.18e-59 220
MS.gene66481.t1 MTR_2g087840 41.925 322 163 5 7 313 141 453 1.37e-58 216
MS.gene66481.t1 MTR_7g075060 34.091 396 238 8 6 385 108 496 7.90e-56 206
MS.gene66481.t1 MTR_5g011500 34.422 398 225 10 6 374 113 503 3.26e-55 204
MS.gene66481.t1 MTR_4g087040 44.211 285 135 6 23 291 262 538 4.35e-55 206
MS.gene66481.t1 MTR_4g112350 40.502 279 155 5 6 283 186 454 2.15e-54 201
MS.gene66481.t1 MTR_2g055910 39.781 274 153 5 11 283 134 396 7.91e-53 194
MS.gene66481.t1 MTR_5g096570 35.678 398 205 11 16 405 499 853 1.69e-51 195
MS.gene66481.t1 MTR_7g112420 41.905 315 155 10 16 317 337 636 1.75e-51 193
MS.gene66481.t1 MTR_1g087880 40.260 308 158 9 19 315 462 754 5.70e-51 193
MS.gene66481.t1 MTR_7g109130 40.264 303 158 9 19 313 165 452 1.38e-50 189
MS.gene66481.t1 MTR_1g082920 37.565 386 194 10 16 387 211 563 1.54e-50 190
MS.gene66481.t1 MTR_7g109130 40.264 303 158 9 19 313 244 531 3.55e-50 189
MS.gene66481.t1 MTR_7g109130 40.264 303 158 9 19 313 466 753 1.40e-49 189
MS.gene66481.t1 MTR_7g112420 41.534 313 153 10 16 317 467 760 3.90e-49 187
MS.gene66481.t1 MTR_5g025100 39.781 274 149 4 16 285 951 1212 4.86e-49 187
MS.gene66481.t1 MTR_7g091290 40.323 310 148 11 16 314 455 738 1.37e-48 186
MS.gene66481.t1 MTR_3g060900 34.783 414 214 11 16 424 503 865 2.03e-48 185
MS.gene66481.t1 MTR_8g072430 39.051 274 151 4 16 285 937 1198 5.08e-48 184
MS.gene66481.t1 MTR_5g031470 39.552 268 147 4 19 283 466 721 5.24e-48 184
MS.gene66481.t1 MTR_7g113520 37.396 361 176 8 16 353 191 524 1.26e-47 181
MS.gene66481.t1 MTR_5g049620 39.179 268 148 4 19 283 441 696 1.33e-47 182
MS.gene66481.t1 MTR_7g109130 39.216 306 160 9 19 313 466 756 1.44e-47 182
MS.gene66481.t1 MTR_1g083770 38.816 304 163 8 16 308 473 764 2.16e-47 182
MS.gene66481.t1 MTR_5g049820 39.179 268 148 4 19 283 441 696 2.23e-47 182
MS.gene66481.t1 MTR_2g069950 42.751 269 134 6 22 283 410 665 5.08e-47 181
MS.gene66481.t1 MTR_2g010760 39.259 270 143 6 19 279 503 760 4.80e-46 176
MS.gene66481.t1 MTR_8g098230 37.538 325 170 10 16 320 548 859 7.60e-46 177
MS.gene66481.t1 MTR_8g098230 36.637 333 170 10 16 320 548 867 6.77e-45 174
MS.gene66481.t1 MTR_4g081390 38.078 281 143 6 19 280 501 769 1.62e-44 172
MS.gene66481.t1 MTR_3g055940 34.328 335 194 8 6 320 118 446 1.45e-43 170
MS.gene66481.t1 MTR_2g082570 37.234 282 145 5 19 280 468 737 3.03e-43 168
MS.gene66481.t1 MTR_4g092140 34.899 298 160 6 8 283 372 657 5.28e-42 163
MS.gene66481.t1 MTR_1g081800 34.395 314 179 5 6 309 138 434 1.02e-41 162
MS.gene66481.t1 MTR_5g094310 34.304 309 182 6 4 295 117 421 7.20e-40 159
MS.gene66481.t1 MTR_7g061020 33.935 277 167 4 11 287 95 355 1.72e-39 155
MS.gene66481.t1 MTR_7g091290 36.789 299 133 10 16 314 452 694 5.71e-39 156
MS.gene66481.t1 MTR_8g104200 34.746 354 191 15 19 350 582 917 8.23e-37 149
MS.gene66481.t1 MTR_2g101990 35.943 281 160 8 7 284 246 509 3.52e-36 146
MS.gene66481.t1 MTR_4g081390 38.211 246 121 6 19 245 503 736 4.72e-35 143
MS.gene66481.t1 MTR_2g436650 30.570 386 210 12 7 345 179 553 2.03e-34 141
MS.gene66481.t1 MTR_6g086735 35.816 282 159 8 7 284 176 439 2.09e-34 140
MS.gene66481.t1 MTR_2g436650 30.570 386 210 12 7 345 259 633 2.31e-34 141
MS.gene66481.t1 MTR_6g086735 35.816 282 159 8 7 284 176 439 3.82e-34 139
MS.gene66481.t1 MTR_4g119980 34.737 285 168 8 7 284 267 540 4.13e-34 140
MS.gene66481.t1 MTR_8g471180 34.340 265 155 5 19 281 211 458 1.27e-28 124
MS.gene66481.t1 MTR_3g113630 31.000 300 161 9 3 283 150 422 1.24e-25 114
MS.gene66481.t1 MTR_3g113630 31.000 300 161 9 3 283 150 422 1.26e-25 114
MS.gene66481.t1 MTR_6g084490 33.803 284 136 8 19 280 544 797 5.03e-25 112
MS.gene66481.t1 MTR_2g082570 34.300 207 107 4 19 205 468 665 1.43e-23 106
MS.gene66481.t1 MTR_1g075680 27.885 312 158 10 13 284 113 397 2.42e-21 99.8
MS.gene66481.t1 MTR_6g053680 28.727 275 174 9 8 280 63 317 3.47e-16 83.6
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene66481.t1 AT1G59540 54.789 783 295 17 5 749 53 814 0.0 766
MS.gene66481.t1 AT1G59540 53.297 743 288 17 45 749 1 722 0.0 696
MS.gene66481.t1 AT3G10180 58.072 446 169 9 11 449 55 489 1.60e-151 474
MS.gene66481.t1 AT3G10180 58.072 446 169 9 11 449 55 489 2.70e-151 474
MS.gene66481.t1 AT2G21380 47.674 344 160 6 6 345 155 482 6.32e-86 294
MS.gene66481.t1 AT2G21380 47.674 344 160 6 6 345 155 482 6.32e-86 294
MS.gene66481.t1 AT4G39050 47.493 339 158 7 11 345 154 476 9.41e-85 291
MS.gene66481.t1 AT3G12020 46.705 349 163 7 6 345 120 454 1.10e-84 289
MS.gene66481.t1 AT3G12020 46.705 349 163 7 6 345 120 454 1.10e-84 289
MS.gene66481.t1 AT5G06670 44.258 357 187 5 6 362 117 461 1.16e-84 284
MS.gene66481.t1 AT5G06670 44.258 357 187 5 6 362 117 461 1.16e-84 284
MS.gene66481.t1 AT5G06670 44.258 357 187 5 6 362 117 461 1.16e-84 284
MS.gene66481.t1 AT5G06670 44.258 357 187 5 6 362 117 461 1.41e-84 284
MS.gene66481.t1 AT3G12020 46.705 349 163 7 6 345 120 454 5.37e-84 288
MS.gene66481.t1 AT3G12020 46.705 349 163 7 6 345 120 454 5.37e-84 288
MS.gene66481.t1 AT5G06670 44.258 357 187 5 6 362 117 461 8.51e-83 284
MS.gene66481.t1 AT5G06670 44.258 357 187 5 6 362 117 461 8.51e-83 284
MS.gene66481.t1 AT1G21730 48.852 305 143 5 11 313 131 424 2.91e-80 276
MS.gene66481.t1 AT5G06670 43.169 366 187 6 6 362 117 470 4.50e-80 276
MS.gene66481.t1 AT5G06670 43.169 366 187 6 6 362 117 470 4.50e-80 276
MS.gene66481.t1 AT3G43210 43.631 369 185 6 11 377 89 436 3.71e-78 271
MS.gene66481.t1 AT3G43210 43.631 369 185 6 11 377 89 436 3.71e-78 271
MS.gene66481.t1 AT3G43210 43.631 369 185 6 11 377 89 436 3.71e-78 271
MS.gene66481.t1 AT3G43210 43.631 369 185 6 11 377 89 436 3.71e-78 271
MS.gene66481.t1 AT3G43210 43.631 369 185 6 11 377 89 436 3.71e-78 271
MS.gene66481.t1 AT1G18370 48.845 303 137 5 10 309 92 379 7.43e-78 270
MS.gene66481.t1 AT5G66310 40.984 366 186 6 11 358 82 435 9.37e-76 266
MS.gene66481.t1 AT5G66310 40.984 366 186 6 11 358 82 435 9.37e-76 266
MS.gene66481.t1 AT5G66310 40.984 366 186 6 11 358 82 435 9.37e-76 266
MS.gene66481.t1 AT3G51150 45.603 307 155 4 7 313 77 371 4.55e-75 263
MS.gene66481.t1 AT3G51150 45.603 307 155 4 7 313 77 371 4.87e-75 263
MS.gene66481.t1 AT3G51150 45.603 307 155 4 7 313 77 371 4.87e-75 263
MS.gene66481.t1 AT3G51150 45.603 307 155 4 7 313 77 371 4.87e-75 263
MS.gene66481.t1 AT4G38950 42.733 344 183 4 11 354 75 404 5.14e-75 260
MS.gene66481.t1 AT4G38950 42.733 344 183 4 11 354 75 404 5.14e-75 260
MS.gene66481.t1 AT4G38950 42.733 344 183 4 11 354 75 404 5.14e-75 260
MS.gene66481.t1 AT4G38950 42.733 344 183 4 11 354 75 404 5.14e-75 260
MS.gene66481.t1 AT4G38950 42.733 344 183 4 11 354 75 404 5.14e-75 260
MS.gene66481.t1 AT2G21300 44.554 303 156 3 11 313 86 376 9.18e-74 257
MS.gene66481.t1 AT2G21300 44.554 303 156 3 11 313 86 376 9.18e-74 257
MS.gene66481.t1 AT2G21300 44.554 303 156 3 11 313 86 376 9.18e-74 257
MS.gene66481.t1 AT2G21300 44.554 303 156 3 11 313 86 376 9.18e-74 257
MS.gene66481.t1 AT2G21300 44.554 303 156 3 11 313 86 376 9.18e-74 257
MS.gene66481.t1 AT4G24170 45.902 305 150 6 11 313 65 356 9.83e-72 253
MS.gene66481.t1 AT4G24170 45.902 305 150 6 11 313 65 356 9.83e-72 253
MS.gene66481.t1 AT2G28620 43.692 325 157 4 6 313 107 422 8.19e-70 248
MS.gene66481.t1 AT2G28620 43.692 325 157 4 6 313 107 422 8.19e-70 248
MS.gene66481.t1 AT2G28620 43.692 325 157 4 6 313 107 422 8.27e-70 248
MS.gene66481.t1 AT5G60930 41.005 378 186 10 5 350 55 427 3.62e-69 248
MS.gene66481.t1 AT5G60930 41.005 378 186 10 5 350 55 427 3.68e-69 248
MS.gene66481.t1 AT5G60930 41.005 378 186 10 5 350 55 427 4.85e-69 248
MS.gene66481.t1 AT5G47820 38.421 380 201 8 3 350 58 436 9.19e-66 237
MS.gene66481.t1 AT5G47820 38.421 380 201 8 3 350 58 436 9.19e-66 237
MS.gene66481.t1 AT3G63480 42.712 295 152 6 6 292 58 343 6.45e-65 224
MS.gene66481.t1 AT3G45850 41.284 327 164 5 5 313 111 427 7.52e-65 234
MS.gene66481.t1 AT3G45850 41.284 327 164 5 5 313 111 427 7.52e-65 234
MS.gene66481.t1 AT2G36200 39.221 385 187 9 11 372 74 434 5.10e-64 232
MS.gene66481.t1 AT2G36200 41.945 329 158 6 11 316 74 392 5.53e-64 231
MS.gene66481.t1 AT3G63480 42.140 299 152 7 6 292 58 347 5.39e-63 219
MS.gene66481.t1 AT4G14150 39.737 380 187 8 6 348 136 510 6.14e-63 229
MS.gene66481.t1 AT2G37420 39.577 331 168 6 6 316 105 423 2.96e-62 226
MS.gene66481.t1 AT2G37420 39.577 331 168 6 6 316 105 423 2.96e-62 226
MS.gene66481.t1 AT3G23670 41.515 330 162 7 6 314 141 460 1.26e-61 224
MS.gene66481.t1 AT3G23670 41.515 330 162 7 6 314 141 460 3.23e-61 224
MS.gene66481.t1 AT3G19050 44.295 298 142 6 23 304 262 551 1.08e-58 218
MS.gene66481.t1 AT3G50240 36.939 379 209 8 3 353 72 448 1.20e-58 215
MS.gene66481.t1 AT3G50240 36.939 379 209 8 3 353 72 448 2.60e-58 215
MS.gene66481.t1 AT3G50240 36.939 379 209 8 3 353 72 448 2.63e-58 215
MS.gene66481.t1 AT3G17360 44.186 301 144 6 7 291 221 513 7.66e-57 212
MS.gene66481.t1 AT3G17360 44.186 301 144 6 7 291 221 513 8.33e-57 211
MS.gene66481.t1 AT3G17360 44.186 301 144 6 7 291 221 513 9.21e-57 211
MS.gene66481.t1 AT3G54870 37.500 344 189 8 6 339 160 487 5.14e-56 207
MS.gene66481.t1 AT3G54870 37.500 344 189 8 6 339 160 487 5.67e-56 207
MS.gene66481.t1 AT3G54870 37.500 344 189 8 6 339 160 487 7.55e-56 207
MS.gene66481.t1 AT3G44050 40.994 322 166 5 7 313 146 458 1.06e-55 208
MS.gene66481.t1 AT3G49650 38.721 297 165 4 25 313 94 381 4.46e-55 203
MS.gene66481.t1 AT1G12430 37.931 319 177 7 6 309 126 438 1.38e-54 203
MS.gene66481.t1 AT1G12430 37.931 319 177 7 6 309 126 438 1.43e-54 203
MS.gene66481.t1 AT1G18550 40.143 279 155 5 6 283 214 481 1.13e-53 198
MS.gene66481.t1 AT5G65930 40.876 274 146 4 16 285 949 1210 5.48e-52 196
MS.gene66481.t1 AT5G65930 40.876 274 146 4 16 285 950 1211 5.69e-52 196
MS.gene66481.t1 AT5G65930 40.876 274 146 4 16 285 956 1217 6.21e-52 196
MS.gene66481.t1 AT2G47500 39.104 335 181 9 19 345 465 784 8.05e-52 195
MS.gene66481.t1 AT2G47500 39.104 335 181 9 19 345 465 784 1.01e-51 195
MS.gene66481.t1 AT1G01950 38.125 320 177 7 5 309 115 428 1.10e-51 194
MS.gene66481.t1 AT1G01950 38.125 320 177 7 5 309 115 428 1.18e-51 194
MS.gene66481.t1 AT1G01950 38.125 320 177 7 5 309 115 428 1.38e-51 194
MS.gene66481.t1 AT3G44730 35.193 466 248 17 7 443 479 919 4.35e-51 194
MS.gene66481.t1 AT3G44730 35.193 466 248 17 7 443 479 919 4.35e-51 194
MS.gene66481.t1 AT5G27550 38.109 349 190 8 16 353 196 529 4.68e-51 191
MS.gene66481.t1 AT5G27550 38.109 349 190 8 16 353 196 529 4.68e-51 191
MS.gene66481.t1 AT3G44730 35.294 459 244 16 14 443 440 874 5.30e-51 193
MS.gene66481.t1 AT3G44730 35.294 459 244 16 14 443 440 874 5.30e-51 193
MS.gene66481.t1 AT2G22610 36.267 375 195 9 19 365 484 842 7.78e-51 192
MS.gene66481.t1 AT2G22610 36.267 375 195 9 19 365 484 842 8.01e-51 192
MS.gene66481.t1 AT2G22610 36.267 375 195 9 19 365 485 843 8.09e-51 192
MS.gene66481.t1 AT3G50240 37.572 346 186 8 36 353 3 346 1.49e-50 191
MS.gene66481.t1 AT3G51150 47.596 208 103 3 106 313 17 218 1.37e-49 188
MS.gene66481.t1 AT1G72250 32.903 465 267 13 6 459 555 985 1.83e-49 189
MS.gene66481.t1 AT1G72250 32.903 465 267 13 6 459 566 996 1.99e-49 189
MS.gene66481.t1 AT1G72250 32.903 465 267 13 6 459 567 997 2.11e-49 189
MS.gene66481.t1 AT1G72250 32.903 465 267 13 6 459 546 976 2.20e-49 188
MS.gene66481.t1 AT1G09170 42.373 295 150 9 16 302 498 780 6.77e-49 187
MS.gene66481.t1 AT1G09170 42.373 295 150 9 16 302 498 780 7.91e-49 186
MS.gene66481.t1 AT1G09170 42.373 295 150 9 16 302 498 780 1.21e-48 184
MS.gene66481.t1 AT1G09170 42.373 295 150 9 16 302 498 780 1.21e-48 184
MS.gene66481.t1 AT1G09170 42.373 295 150 9 16 302 498 780 1.51e-48 185
MS.gene66481.t1 AT1G55550 35.475 358 204 6 19 368 152 490 3.38e-48 184
MS.gene66481.t1 AT3G10310 40.705 312 146 12 16 314 426 711 6.09e-48 183
MS.gene66481.t1 AT3G10310 40.705 312 146 12 16 314 426 711 7.62e-48 183
MS.gene66481.t1 AT5G27000 38.689 305 153 9 19 313 462 742 2.82e-47 181
MS.gene66481.t1 AT1G63640 42.182 275 133 9 16 279 537 796 2.32e-46 179
MS.gene66481.t1 AT1G63640 42.182 275 133 9 16 279 537 796 2.44e-46 179
MS.gene66481.t1 AT1G63640 42.182 275 133 9 16 279 537 796 2.44e-46 179
MS.gene66481.t1 AT1G63640 42.182 275 133 9 16 279 527 786 2.54e-46 179
MS.gene66481.t1 AT1G63640 41.912 272 131 8 16 279 537 789 7.60e-46 177
MS.gene66481.t1 AT4G27180 40.288 278 138 6 19 280 456 721 9.56e-46 175
MS.gene66481.t1 AT4G27180 40.288 278 138 6 19 280 456 721 9.56e-46 175
MS.gene66481.t1 AT5G54670 39.456 294 149 7 3 280 390 670 1.19e-45 174
MS.gene66481.t1 AT5G54670 40.794 277 136 6 19 279 465 729 2.37e-45 174
MS.gene66481.t1 AT5G54670 40.794 277 136 6 19 279 465 729 2.37e-45 174
MS.gene66481.t1 AT5G41310 40.370 270 129 8 16 280 487 729 8.61e-45 174
MS.gene66481.t1 AT5G42490 43.578 218 112 3 6 223 66 272 1.66e-44 173
MS.gene66481.t1 AT5G42490 43.578 218 112 3 6 223 66 272 1.84e-44 173
MS.gene66481.t1 AT1G73860 36.825 315 166 8 17 310 575 877 9.65e-44 171
MS.gene66481.t1 AT1G01950 38.225 293 160 7 32 309 1 287 9.85e-44 169
MS.gene66481.t1 AT1G73860 38.603 272 146 6 17 279 492 751 1.04e-43 171
MS.gene66481.t1 AT4G05190 36.242 298 153 10 5 280 471 753 1.24e-43 169
MS.gene66481.t1 AT4G05190 36.242 298 153 10 5 280 484 766 1.40e-43 169
MS.gene66481.t1 AT1G18410 33.967 368 208 10 17 364 698 1050 3.47e-43 169
MS.gene66481.t1 AT4G21270 37.722 281 143 6 19 279 500 768 3.88e-43 168
MS.gene66481.t1 AT1G18410 33.967 368 208 10 17 364 555 907 4.09e-43 169
MS.gene66481.t1 AT1G18410 33.967 368 208 10 17 364 555 907 4.09e-43 169
MS.gene66481.t1 AT1G18410 33.425 365 206 9 17 364 698 1042 3.21e-42 166
MS.gene66481.t1 AT1G18410 39.179 268 141 6 17 279 545 795 6.72e-42 165
MS.gene66481.t1 AT1G09170 43.548 248 121 8 16 256 498 733 1.66e-41 162
MS.gene66481.t1 AT1G09170 43.548 248 121 8 16 256 498 733 1.66e-41 162
MS.gene66481.t1 AT5G27950 35.971 278 155 4 17 283 139 404 1.72e-41 161
MS.gene66481.t1 AT3G20150 35.082 305 165 8 11 292 151 445 2.01e-40 160
MS.gene66481.t1 AT3G20150 35.082 305 165 8 11 292 151 445 2.44e-40 160
MS.gene66481.t1 AT5G02370 32.872 289 169 5 5 290 81 347 3.42e-39 154
MS.gene66481.t1 AT1G09170 38.356 292 130 8 16 302 498 744 1.49e-38 155
MS.gene66481.t1 AT3G16060 34.875 281 163 8 7 284 230 493 4.93e-36 145
MS.gene66481.t1 AT3G16630 35.915 284 166 7 7 284 254 527 1.76e-35 144
MS.gene66481.t1 AT3G16630 35.915 284 166 7 7 284 254 527 1.76e-35 144
MS.gene66481.t1 AT5G27950 32.975 279 151 6 45 312 1 254 1.22e-31 129
MS.gene66481.t1 AT5G65460 29.330 358 216 11 19 362 203 537 7.22e-29 124
MS.gene66481.t1 AT5G65460 29.330 358 216 11 19 362 203 537 7.71e-29 124
MS.gene66481.t1 AT5G65460 29.330 358 216 11 19 362 203 537 7.81e-29 124
MS.gene66481.t1 AT5G65460 29.330 358 216 11 19 362 203 537 9.59e-29 124
MS.gene66481.t1 AT5G10470 29.834 362 209 11 19 362 207 541 2.80e-28 122
MS.gene66481.t1 AT5G10470 29.834 362 209 11 19 362 207 541 2.98e-28 122
MS.gene66481.t1 AT5G65460 28.767 365 216 12 19 362 203 544 1.07e-26 117
MS.gene66481.t1 AT4G14330 27.931 290 163 9 12 283 106 367 2.04e-21 100
MS.gene66481.t1 AT1G20060 30.903 288 175 6 7 283 174 448 6.01e-19 92.4
MS.gene66481.t1 AT1G20060 30.903 288 175 6 7 283 174 448 6.04e-19 92.4
MS.gene66481.t1 AT1G20060 30.903 288 175 6 7 283 174 448 6.67e-19 92.4
MS.gene66481.t1 AT1G20060 30.903 288 175 6 7 283 174 448 6.68e-19 92.4
MS.gene66481.t1 AT1G20060 30.903 288 175 6 7 283 174 448 6.69e-19 92.4
MS.gene66481.t1 AT1G20060 30.903 288 175 6 7 283 174 448 6.84e-19 92.4
MS.gene66481.t1 AT1G20060 30.903 288 175 6 7 283 174 448 7.36e-19 92.4
MS.gene66481.t1 AT1G20060 30.903 288 175 6 7 283 174 448 7.95e-19 92.0
MS.gene66481.t1 AT1G20060 30.903 288 175 6 7 283 174 448 8.19e-19 92.0
MS.gene66481.t1 AT5G65460 28.477 302 181 10 73 362 13 291 2.51e-17 87.4
MS.gene66481.t1 AT5G23910 28.136 295 172 10 8 295 68 329 1.06e-12 72.0
MS.gene66481.t1 AT5G23910 28.136 295 172 10 8 295 64 325 1.07e-12 72.0

Find 143 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
ACAAACCTTCCCCTACTTTA+AGG 0.114949 1.4:-5230824 None:intergenic
AGCTCTCCATTTCTCAATTT+TGG 0.173176 1.4:-5236200 None:intergenic
TCTTGACACCCAAAAGATTT+TGG 0.212371 1.4:-5236241 None:intergenic
ATTTCAGTGCCAAAATCTTT+TGG 0.236228 1.4:+5236232 MS.gene66481:CDS
GTTAATTTACTATCACGATA+TGG 0.243218 1.4:-5231823 None:intergenic
TCAGGGACTGCATTTGCTTA+TGG 0.255929 1.4:+5230291 MS.gene66481:intron
AACAAAAGCTTGATGATTCT+AGG 0.281256 1.4:+5231658 MS.gene66481:CDS
ACCACAGCCTTTACCTCTTC+TGG 0.281565 1.4:-5231907 None:intergenic
CTTTCAACCATGAGTGAAAT+TGG 0.288084 1.4:+5234722 MS.gene66481:CDS
AGTGCATATAATGGATGTTT+TGG 0.288874 1.4:-5231878 None:intergenic
GCCACATTGCTGAAAGATTC+TGG 0.302737 1.4:-5233336 None:intergenic
CAGGGACTGCATTTGCTTAT+GGG 0.302810 1.4:+5230292 MS.gene66481:intron
TTACAAAAGGGCTCTGGTTT+GGG 0.307968 1.4:+5235893 MS.gene66481:intron
CAGCGGGGAGTATTTGTTGC+AGG 0.320795 1.4:+5230756 MS.gene66481:intron
TCCATTCAGGGATCTCATGC+TGG 0.324873 1.4:+5232617 MS.gene66481:intron
TGCAAATCTATTTGCAGCTT+TGG 0.331515 1.4:+5234745 MS.gene66481:CDS
CCGTCAAACAAGCAACTAAT+AGG 0.342212 1.4:+5234459 MS.gene66481:CDS
GTTACAAAAGGGCTCTGGTT+TGG 0.357481 1.4:+5235892 MS.gene66481:intron
AGCACTGGCTGTCTTTAAAC+AGG 0.366009 1.4:-5233259 None:intergenic
TTCCACTATTTAGTATGAAA+TGG 0.367613 1.4:+5232776 MS.gene66481:intron
CTCATTCACTTGAACACAAT+TGG 0.368194 1.4:-5232065 None:intergenic
ATTCCGTCAATGGAAGCTTC+TGG 0.379986 1.4:+5228965 None:intergenic
CCTATTAGTTGCTTGTTTGA+CGG 0.390784 1.4:-5234459 None:intergenic
CCATTCAGGGATCTCATGCT+GGG 0.393904 1.4:+5232618 MS.gene66481:intron
TGGTGCTACAGTGCATATAA+TGG 0.412968 1.4:-5231887 None:intergenic
GTTCTAGATCTCCTTAAAGT+AGG 0.415724 1.4:+5230813 MS.gene66481:CDS
TAGAATTTAGTAGATCTTGC+TGG 0.419494 1.4:+5231574 MS.gene66481:intron
AACACAATTGGTGATGCGTT+TGG 0.428947 1.4:-5232053 None:intergenic
TTAATTTACTATCACGATAT+GGG 0.428949 1.4:-5231822 None:intergenic
TTAAGACCAAAATTGAGAAA+TGG 0.434118 1.4:+5236194 MS.gene66481:CDS
ATTGCAAATTCATGAGAGTC+TGG 0.440975 1.4:+5230597 MS.gene66481:CDS
TTATCAGAAAGCTCAATAAC+AGG 0.442837 1.4:+5234860 MS.gene66481:CDS
CTCTGGTTTGGGAGCAGAAA+CGG 0.444212 1.4:+5235904 MS.gene66481:CDS
TTCTAGATCTCCTTAAAGTA+GGG 0.453841 1.4:+5230814 MS.gene66481:CDS
GTGAGACAAATATGAATGTA+AGG 0.454372 1.4:+5230956 MS.gene66481:CDS
GGAAGAGGAGGACTACTATC+TGG 0.455017 1.4:-5233315 None:intergenic
TGAACTATCATCGGAAGAAT+CGG 0.458087 1.4:-5231143 None:intergenic
AAAGTTGTAACTCCCTTTCG+AGG 0.461651 1.4:-5235970 None:intergenic
GGAGCGTGGTAAGCTTGAAA+TGG 0.465250 1.4:+5232797 MS.gene66481:CDS
AATCCTCGCCTCAAATATCT+AGG 0.467469 1.4:-5233180 None:intergenic
AAACAGAGATTTGCATTGGA+TGG 0.467595 1.4:+5234677 MS.gene66481:intron
GAATAATTTAATTACATCAC+TGG 0.468350 1.4:+5234835 MS.gene66481:CDS
ACAGATTCTGATAACCTCAT+AGG 0.470024 1.4:-5234528 None:intergenic
ACAGGAGTTGTATCACTTAG+TGG 0.470293 1.4:-5233450 None:intergenic
GACTGAGAATGATGTGGTAC+TGG 0.471513 1.4:-5232886 None:intergenic
GGGAAGACGTTCACGATGAA+TGG 0.480698 1.4:+5230327 MS.gene66481:CDS
CGTATACTCCAACCTGCTCT+TGG 0.484237 1.4:+5231847 MS.gene66481:CDS
TGGTAAGCTTGAAATGGAAC+TGG 0.486181 1.4:+5232803 MS.gene66481:CDS
TGAAGGTGATTGAAAGCAAA+GGG 0.488492 1.4:+5231113 MS.gene66481:intron
TGGGAACTATGCTGCAATCC+AGG 0.489277 1.4:+5234784 MS.gene66481:CDS
GCTGCTCTCAATGGCTTCAA+TGG 0.492027 1.4:+5229224 MS.gene66481:CDS
TGTTTATGAGATTCTCACTA+AGG 0.492427 1.4:+5229190 MS.gene66481:CDS
ATCATTCTCGCTGCTCTCAA+TGG 0.492960 1.4:+5229215 MS.gene66481:CDS
GCTTGAAATGGAACTGGAAG+AGG 0.495302 1.4:+5232809 MS.gene66481:CDS
TAATTCAAGAATTGCCTATG+AGG 0.498435 1.4:+5234514 MS.gene66481:CDS
AAATGAAAAGATAAATGAAC+TGG 0.504184 1.4:+5234026 MS.gene66481:CDS
CTGACCCGGGAGTGATTCCT+CGG 0.505163 1.4:+5230358 MS.gene66481:CDS
TTGGCATTTCCACCAAGAGC+AGG 0.507442 1.4:-5231859 None:intergenic
AGAGGAAATCACGTAATCAA+TGG 0.509195 1.4:+5232832 MS.gene66481:CDS
AGCAAGAGGTTCTTAAACTC+AGG 0.511662 1.4:+5232648 MS.gene66481:CDS
TGCAATTGTGTCAAGCCAAA+GGG 0.513596 1.4:+5236048 MS.gene66481:CDS
ATAGGCAATTCTTGAATTAG+CGG 0.515399 1.4:-5234510 None:intergenic
GTTCACATTGAAGAAACAAA+GGG 0.516944 1.4:+5232007 MS.gene66481:CDS
ATTTGCACCAATTTCACTCA+TGG 0.518475 1.4:-5234729 None:intergenic
GATGGAGTACGTTTGAAAGA+AGG 0.520486 1.4:+5231625 MS.gene66481:CDS
AATCTATTTGCAGCTTTGGA+AGG 0.521698 1.4:+5234749 MS.gene66481:CDS
TTGCTGAAAGATTCTGGAAG+AGG 0.522298 1.4:-5233330 None:intergenic
AGCGGGGAGTATTTGTTGCA+GGG 0.523146 1.4:+5230757 MS.gene66481:intron
TCATTCTCAGTCTCAGATTG+TGG 0.524428 1.4:+5232897 MS.gene66481:CDS
TTGTGGGACGAACAACAATC+AGG 0.526980 1.4:+5232914 MS.gene66481:CDS
ATTGCAAAGACTGGAGCTGA+TGG 0.527407 1.4:+5231607 MS.gene66481:CDS
ATCACATACAATATTTAGAA+TGG 0.527414 1.4:+5230987 MS.gene66481:CDS
TCCTAAACAGAGATTTGCAT+TGG 0.528814 1.4:+5234673 MS.gene66481:intron
CATTCTCAGTCTCAGATTGT+GGG 0.529433 1.4:+5232898 MS.gene66481:CDS
CTGCCCGAGGAATCACTCCC+GGG 0.533694 1.4:-5230362 None:intergenic
ACTGCCCGAGGAATCACTCC+CGG 0.534724 1.4:-5230363 None:intergenic
TGCTGGGGTGCTCGAGCAAG+AGG 0.535240 1.4:+5232634 MS.gene66481:CDS
CATTGTTCGAGTTTCAGTCT+TGG 0.535573 1.4:+5231174 MS.gene66481:CDS
GTTAGGGACCTAGATATTTG+AGG 0.536811 1.4:+5233172 MS.gene66481:intron
CATTTCCACCAAGAGCAGGT+TGG 0.537014 1.4:-5231855 None:intergenic
TAGCTGTTGCCGCTTTAACA+AGG 0.540932 1.4:-5232503 None:intergenic
CAGGAGTTGTATCACTTAGT+GGG 0.543032 1.4:-5233449 None:intergenic
ATACTCCAACCTGCTCTTGG+TGG 0.543213 1.4:+5231850 MS.gene66481:CDS
CAGATGCAGCCTTGTTAAAG+CGG 0.545444 1.4:+5232494 MS.gene66481:CDS
TTGCAATTGTGTCAAGCCAA+AGG 0.545920 1.4:+5236047 MS.gene66481:CDS
GCTTATGGGCAGACAAGCAG+TGG 0.547053 1.4:+5230306 MS.gene66481:CDS
TTTACAGTGAACAGGCACTT+TGG 0.548092 1.4:+5230934 MS.gene66481:intron
TCTGAAAGGATTGCAAAGAC+TGG 0.549765 1.4:+5231598 MS.gene66481:CDS
TGTTATTAATAAATTAAGTG+AGG 0.556487 1.4:+5231684 MS.gene66481:CDS
AAAGATACGAAAGCCTCGAA+AGG 0.559844 1.4:+5235957 MS.gene66481:CDS
GACATTAATAGTACATCTCA+AGG 0.561057 1.4:+5233219 MS.gene66481:CDS
GGTTCACATTGAAGAAACAA+AGG 0.561420 1.4:+5232006 MS.gene66481:intron
GTCACTTATTGAACTATCAT+CGG 0.561727 1.4:-5231152 None:intergenic
AAACTACAAAGATAGCTTTG+AGG 0.565331 1.4:+5234554 MS.gene66481:CDS
TTTAATTCGAGTTTCCTACA+TGG 0.568254 1.4:+5230525 MS.gene66481:CDS
AAGTCGCTTATTTCCTTGCG+TGG 0.570842 1.4:+5236166 MS.gene66481:CDS
GTTATTAATAAATTAAGTGA+GGG 0.571192 1.4:+5231685 MS.gene66481:CDS
TAGATCTTGCTGGCTCTGAA+AGG 0.571765 1.4:+5231584 MS.gene66481:CDS
CTGAAAGATTCTGGAAGAGG+AGG 0.571957 1.4:-5233327 None:intergenic
TCCAGAATCTTTCAGCAATG+TGG 0.573414 1.4:+5233335 MS.gene66481:CDS
AAGATACGAAAGCCTCGAAA+GGG 0.575290 1.4:+5235958 MS.gene66481:CDS
CTACAAAGATAGCTTTGAGG+AGG 0.575855 1.4:+5234557 MS.gene66481:CDS
ATGCACTGTAGCACCAGAAG+AGG 0.580036 1.4:+5231894 MS.gene66481:CDS
ATGAAGGTGATTGAAAGCAA+AGG 0.582135 1.4:+5231112 MS.gene66481:intron
CAATTGTGTTCAAGTGAATG+AGG 0.582429 1.4:+5232066 MS.gene66481:CDS
CAATAACAGGAAATCAAAAG+AGG 0.585245 1.4:+5234873 MS.gene66481:CDS
TGACCCGGGAGTGATTCCTC+GGG 0.588218 1.4:+5230359 MS.gene66481:CDS
TAAACATTGAAGTACAGAGA+AGG 0.588298 1.4:+5236089 MS.gene66481:CDS
TCGCTTGACAACAAAAGCAC+TGG 0.588807 1.4:-5233274 None:intergenic
AATGATTGAATATTTCGAGT+GGG 0.590847 1.4:-5233426 None:intergenic
GGTCTTAAGATCGCCACGCA+AGG 0.594095 1.4:-5236179 None:intergenic
TATGAGGTTATCAGAATCTG+TGG 0.594241 1.4:+5234530 MS.gene66481:CDS
GAGTAATTTGAAGAGAATCA+AGG 0.596477 1.4:-5233404 None:intergenic
TTCATTGTAAATCTCCATGT+AGG 0.597300 1.4:-5230539 None:intergenic
GATCTCCTTAAAGTAGGGGA+AGG 0.597889 1.4:+5230819 MS.gene66481:CDS
CATTCAGGGATCTCATGCTG+GGG 0.601417 1.4:+5232619 MS.gene66481:intron
GAATGGTTGTGAGACTGACC+CGG 0.603692 1.4:+5230344 MS.gene66481:CDS
AATATATCTTTGACTGCCCG+AGG 0.603820 1.4:-5230375 None:intergenic
AACGGAATCTGATTACTCAA+AGG 0.604986 1.4:+5235922 MS.gene66481:CDS
ACTCAGGAACGATTTACTCA+AGG 0.610689 1.4:+5232664 MS.gene66481:CDS
GAATGATTGAATATTTCGAG+TGG 0.614233 1.4:-5233427 None:intergenic
AACTGCAAAGTATGAACGAG+AGG 0.615395 1.4:+5233972 MS.gene66481:CDS
GGACCTAGATATTTGAGGCG+AGG 0.618934 1.4:+5233177 MS.gene66481:CDS
TGAAAAGATAAATGAACTGG+AGG 0.620446 1.4:+5234029 MS.gene66481:CDS
CGTCAATGGAAGCTTCTGGA+AGG 0.620460 1.4:+5228969 None:intergenic
GGTGATTGAAAGCAAAGGGA+AGG 0.625003 1.4:+5231117 MS.gene66481:intron
TCTAGATCTCCTTAAAGTAG+GGG 0.634071 1.4:+5230815 MS.gene66481:CDS
AAATGGAACTGGAAGAGGAG+AGG 0.635179 1.4:+5232814 MS.gene66481:CDS
AGAGCTACGTAAGAAACTTG+AGG 0.645779 1.4:+5232534 MS.gene66481:CDS
AATCCAGAGAAAGAATTCAG+AGG 0.645953 1.4:+5234431 MS.gene66481:intron
AATGGTTGTGAGACTGACCC+GGG 0.646221 1.4:+5230345 MS.gene66481:CDS
CTTATGGGCAGACAAGCAGT+GGG 0.647006 1.4:+5230307 MS.gene66481:CDS
TTTGTGCAGCTGTCAACACA+AGG 0.651504 1.4:+5234901 MS.gene66481:CDS
AATGAACAATGGCTACGTTG+CGG 0.653712 1.4:+5233380 MS.gene66481:CDS
GCAAATTCATGAGAGTCTGG+AGG 0.662554 1.4:+5230600 MS.gene66481:CDS
ATGTGGCTGACGAAGATATG+TGG 0.664341 1.4:+5233352 MS.gene66481:CDS
GCACTGGCTGTCTTTAAACA+GGG 0.667039 1.4:-5233258 None:intergenic
ATTTAGTATGAAATGGAGCG+TGG 0.667727 1.4:+5232783 MS.gene66481:intron
TTGTGTTGACAGCTGCACAA+AGG 0.687059 1.4:-5234899 None:intergenic
ATGTGGTTGAAAATGAACAA+TGG 0.705354 1.4:+5233369 MS.gene66481:CDS
ATTTGTTGCAGGGCTCAGAG+AGG 0.717309 1.4:+5230767 MS.gene66481:CDS
GATTGCAGCATAGTTCCCAG+TGG 0.731076 1.4:-5234780 None:intergenic
ATCTGAGACTGAGAATGATG+TGG 0.732067 1.4:-5232892 None:intergenic

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr1.4 gene 5228974 5236267 5228974 ID=MS.gene66481
chr1.4 mRNA 5228974 5236267 5228974 ID=MS.gene66481.t1;Parent=MS.gene66481
chr1.4 exon 5228974 5228990 5228974 ID=MS.gene66481.t1.exon1;Parent=MS.gene66481.t1
chr1.4 CDS 5228974 5228990 5228974 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5229178 5229245 5229178 ID=MS.gene66481.t1.exon2;Parent=MS.gene66481.t1
chr1.4 CDS 5229178 5229245 5229178 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5230295 5230413 5230295 ID=MS.gene66481.t1.exon3;Parent=MS.gene66481.t1
chr1.4 CDS 5230295 5230413 5230295 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5230508 5230621 5230508 ID=MS.gene66481.t1.exon4;Parent=MS.gene66481.t1
chr1.4 CDS 5230508 5230621 5230508 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5230759 5230840 5230759 ID=MS.gene66481.t1.exon5;Parent=MS.gene66481.t1
chr1.4 CDS 5230759 5230840 5230759 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5230941 5231008 5230941 ID=MS.gene66481.t1.exon6;Parent=MS.gene66481.t1
chr1.4 CDS 5230941 5231008 5230941 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5231118 5231195 5231118 ID=MS.gene66481.t1.exon7;Parent=MS.gene66481.t1
chr1.4 CDS 5231118 5231195 5231118 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5231577 5231719 5231577 ID=MS.gene66481.t1.exon8;Parent=MS.gene66481.t1
chr1.4 CDS 5231577 5231719 5231577 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5231813 5231915 5231813 ID=MS.gene66481.t1.exon9;Parent=MS.gene66481.t1
chr1.4 CDS 5231813 5231915 5231813 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5232007 5232087 5232007 ID=MS.gene66481.t1.exon10;Parent=MS.gene66481.t1
chr1.4 CDS 5232007 5232087 5232007 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5232487 5232555 5232487 ID=MS.gene66481.t1.exon11;Parent=MS.gene66481.t1
chr1.4 CDS 5232487 5232555 5232487 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5232626 5232685 5232626 ID=MS.gene66481.t1.exon12;Parent=MS.gene66481.t1
chr1.4 CDS 5232626 5232685 5232626 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5232789 5232935 5232789 ID=MS.gene66481.t1.exon13;Parent=MS.gene66481.t1
chr1.4 CDS 5232789 5232935 5232789 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5233177 5233470 5233177 ID=MS.gene66481.t1.exon14;Parent=MS.gene66481.t1
chr1.4 CDS 5233177 5233470 5233177 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5233958 5234050 5233958 ID=MS.gene66481.t1.exon15;Parent=MS.gene66481.t1
chr1.4 CDS 5233958 5234050 5233958 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5234438 5234596 5234438 ID=MS.gene66481.t1.exon16;Parent=MS.gene66481.t1
chr1.4 CDS 5234438 5234596 5234438 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5234683 5234922 5234683 ID=MS.gene66481.t1.exon17;Parent=MS.gene66481.t1
chr1.4 CDS 5234683 5234922 5234683 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
chr1.4 exon 5235902 5236267 5235902 ID=MS.gene66481.t1.exon18;Parent=MS.gene66481.t1
chr1.4 CDS 5235902 5236267 5235902 ID=cds.MS.gene66481.t1;Parent=MS.gene66481.t1
Gene Sequence

>MS.gene66481

ATGGAAGCTTCTGGAAGGTCCACGATAACCGCATTTCTCTTCACAAGATCCATGGAACTCCTCTCTCTAACTCTTCCTATGCTTTCGGTATTCAATTTTCACTATCATTATCAATTTCGTCTTCTTCCTAAATTCTATCTTATATTTTACACCTTCGATTTTGTTTTCTTTTTCTTTTTCAGATCATGTATTCGATGAATCTAGCTCGAATTCAAGTGTTTATGAGATTCTCACTAAGGATATCATTCTCGCTGCTCTCAATGGCTTCAATGGTATCCAAATTCAATTCAAATTGTTTTTAATTAATTTCATTTCGGTTTGATTTCTTTATTACGCATATGTACTATATTTTTTTATTTTAATTCTTAATCATCGATTGAATGTTTAATCTAGCTTATCTTAAGTTGTAGTTAGCTCAATAGTGCTAAATGCAAATTCACTAGCCCATGAAAAATTGAATTTAGTAAAGATACTTTTGGTGATAAATGATGAACTTGGATTCTCTCTTGTTTTTGCAGTCGGTTCTAAATTGAGGTCGGTGATTTGACAGTTTTTCAACTACTGGCCTCAATTTTGGACCGACAGCATAAATGAGAGGATTCGAGCTGGTCAAATGATGTATGGAATTGGGTTTCTGCAGTAATTGTGTCACACAATTACCAACATCTGTCGTCCCATCTAAGTCAATGACGGAGATTGAGCAAACCATTAAATTCGTCTCTTACTTTGGAGAGCACTCTCAAATAGGTCTGTGACATTATGAACATTTCAAAAAGATCCTTGACTCTATCAAATTGTAGTCATGTTAGTCCTTCTTCTGACAATATGTTAGGGATTAAATTGGTAGTAAGTGGTTAAATATAGAGACAAAATTAATAGTAAGTTGTTAAAATATATGGACCTTATTGAAGTTAGTGGTTAAATATAGGGACCAGCTTGACAGTTTAATAGATTCAAGGATCACTTTGAAATATTCATAATCTGAGGGACCTATTTGGGAGGCTCAACAAAGTCAGAGACTAAGTTGGTGGTTTACTTGATTGGGATTTTAAAAAATTAATTAAATGAATGTGTAATCTAAACAGTATGATCTCAAATTAACTAATGTTAGAGACTTTTACTTTAGGAATCGTAAATGTGTAACTGCATGCATTTATTACTTAAGGGAATCAGGATCCATGATATATGTGTGTGTTTTAAATTAAACTAAAAAACCGTTATATTAATTGTGTTAGGGATGTGATAACCGTTGCTTTGATTTAGATTTGGATATAAAAGTGAAATGAATAAGATTATGACAATAATTATATGATATGGTCAGGGACTGCATTTGCTTATGGGCAGACAAGCAGTGGGAAGACGTTCACGATGAATGGTTGTGAGACTGACCCGGGAGTGATTCCTCGGGCAGTCAAAGATATATTTTCAAAAATTGAGACGGTATGAGTAGTTTTTTTTTAACTTTGATGATGAAGGTTCATGTTACTGTTATTACAATTACAATGCTTCTATACCTTGCTTGTTTGTTTCTCAGATGACTGAACGAGAGTTTTTAATTCGAGTTTCCTACATGGAGATTTACAATGAAGAGATTAATGACCTTCTTGTTGTTGAAAATCAGAAATTGCAAATTCATGAGAGTCTGGAGGTTGGTTACTTGTCACTTCACTTTGCTTTTTCTTTTGTGGTTAATGTTGGTGTATGTGAGTGAAATATATGTAACAATATGCTTGATAAAAACAAATGTCGTGTAAAATTATACTGATTTTATTATTTATTTTCCAGCGGGGAGTATTTGTTGCAGGGCTCAGAGAGGAAATTGTCAATAATGCTGAACAAGTTCTAGATCTCCTTAAAGTAGGGGAAGGTTTGTAGTTCTAGTACTGCATTCTTATTTTTATTTTTAAATTTGAAGTTAAAATAAACATACTGCTATATCAAAGTTGATAATTGTTATTGTTTTACAGTGAACAGGCACTTTGGTGAGACAAATATGAATGTAAGGAGTAGCAGATCACATACAATATTTAGAATGGTATTTGCTCATTTCTTTCAAAATTTGTAATACATATTCTTTTTACATCATAATATTAGTTTGTGCATAAAGATAGTCCTAATCTAATGCTTTTTAATCAAATATGAAGGTGATTGAAAGCAAAGGGAAGGATTCCGATTCTTCCGATGATAGTTCAATAAGTGACATTGTTCGAGTTTCAGTCTTGGTTAGTATTATTTCTTTCCTTCCATATTCCTTTCAATATAAAAATTTATTACTCCCTCCGTTTCAAAATGAGTGTCGTTTTAGCCAATTGCACACATATCAAGGAATGGAATTAAGTCAAATGTCATAGCAATTTTACCAAATTATCCTAATCAACTATTGGTTTATTTTTCATTAAAGAAAAAATAATCCTTTGGAAGTAGTGTAACATAGTATTAATTGAATGGTACAATTTAAAAGAAAAAGTTATTATTGCATTGGAAACTAAAAGCGACATTCATTTTGAAACAATTTTTTTTTGCTAAAACGACACTCATTTTGAAACAGAGGGAGTATTAGAAAGTTGTATACTTATATAATATAGTTGAATTTGTGGAATTAGAATTTAGTAGATCTTGCTGGCTCTGAAAGGATTGCAAAGACTGGAGCTGATGGAGTACGTTTGAAAGAAGGAAAACACATTAACAAAAGCTTGATGATTCTAGGAAATGTTATTAATAAATTAAGTGAGGGCTCAAAAAATAGGTATGTTTTTTTGTTGGCTCTGCTTTGTGTATATTATTTTAATTTTATAACTTTGGAAAATAATAATGTTGGACATGTTTCATTTTATGGTAGGGGACATATCCCATATCGTGATAGTAAATTAACACGTATACTCCAACCTGCTCTTGGTGGAAATGCCAAAACATCCATTATATGCACTGTAGCACCAGAAGAGGTAAAGGCTGTGGTTTCAGTTTTGTGTCTCTTTAACTTGTTTGGTGATTAATACATGATTTCACAACTCCAATAATTTTCAAATCATTTAGGTTCACATTGAAGAAACAAAGGGAACTCTTCAGTTTGCTAGTAGAGCCAAACGCATCACCAATTGTGTTCAAGTGAATGAGGTCTGTATTTTATGCACTTGAAATTTACTGTTACCCTTTTTAATATTCTTTTTGCTCCATTTATGTTTAGCAGTGCTTAATGTTTTCCCCATTTGATTTTCCCAAATTGTTTCCTAGTATCAGTTGATTTACTTGAATAATTATTTTGTGTAACTAAACTATCTATTGGAGAAGAAAATCGTGGAAGAATTAGGATAATCGTATTAGGAAGCTTACTCGGGGCAAGGAAATGGATTAAGCCTGAAGTTTTCCCTACATTTTACTTGTTTTTGCCTGGAAATAGTTAGCATAGGTTTTTCAGTAATAAACCTTCAATTTTATACCAGCTATATGCCTAGATAGTTTTCCTGTATTTGCATTTTGGTACTTACTTATTTCTTGATTGTTGGAATTCTACAGATTCTAACAGATGCAGCCTTGTTAAAGCGGCAACAGCTAGAGATAGAAGAGCTACGTAAGAAACTTGAGGTAATCGTCTTCTAATGAATTTTTATTTACGCTCATGTCAGAGAATCTTACATGAATATTTTCCATTCAGGGATCTCATGCTGGGGTGCTCGAGCAAGAGGTTCTTAAACTCAGGAACGATTTACTCAAGGTAGGTTTTATTTTTCTATTTTATATGCATTCTGCAGACTTAGCAATTAAATGAAATCTATTTTATGTCATTGTTAATTATGTATTCACATTCCACTATTTAGTATGAAATGGAGCGTGGTAAGCTTGAAATGGAACTGGAAGAGGAGAGGAAATCACGTAATCAATGGATTAGCGAGCAACAGAAGAAAATTGAAAATTCCAGTACCACATCATTCTCAGTCTCAGATTGTGGGACGAACAACAATCAGGTACATCTCATAAGAAATGAAATAATAAAGCCTGTAAATGTTAAATACTTTCTAATTCTAAAACAATGGCAAATCTGTGCAACTTTGTTATTTATCATGGTCACATTTGTTCCTCCAGACAATTCATACTTTTCCTTTTTGTGCTGCTTTTCAGACTTTCTCTTGAGTTCCTTTTCTTTCCCTCTCTTTGCTTCCTGACATTTTTGCTCCATTTTGTTCCAATTATGCTCATGTATGTTAGGGACCTAGATATTTGAGGCGAGGATTAATTGAAGAGTACAGTGACATTAATAGTACATCTCAAGGAGATATATTTAAATCTCCCTGTTTAAAGACAGCCAGTGCTTTTGTTGTCAAGCGATCAAGAAATTCAACATTGCCAGATAGTAGTCCTCCTCTTCCAGAATCTTTCAGCAATGTGGCTGACGAAGATATGTGGTTGAAAATGAACAATGGCTACGTTGCGGACCTTGATTCTCTTCAAATTACTCCCACTCGAAATATTCAATCATTCCCACTAAGTGATACAACTCCTGTAAGTTCATATCTTTATTTCTATTTTTTAAAAGGAAATTTCTTTTTATGTCTTTCTTTTGCATTTTTTTAGCATTCATATTTGATCCACTACTTCCCCATAATAGCAATATATACAGCATCAACATGTTCTCCATAACTAAGAATACAAGATATAAAAGGGAAACCGTTGACATCGTTGATAAAGTTTTTTTCCCTTCAATTGGTTTATGAATTTTACGATATTTCCTCTATTGTTGAGCAATTCTTGTTGGTTTCACCAGTTTCACAAAATAATATTTGACCAATACACGTACCGAAGATGATTATGTATATAGATTTTATGAGAACTAGAATTTGTGCAAACCATGTTTTTGTTTAAAAGCGAAGTATTTAATATAGCACTGTGTGGCTAGTGCGCTGGTTTTAAGTAATACCATGTTTCTCTTTTTATGTGTATGTGTACTGTTTTTTATAGTTTCTTTTTTGATTTGGCTGATGTTTGTCAGGGTTGTATAAGTCAAACTGCAAAGTATGAACGAGAGGTTCAAGATTTGAGAAGACAACTAGAGCTTGCAAATGAAAAGATAAATGAACTGGAGGTTAGTATACAATATACTATCATTCATACTTTGGTAAAAAAGAGCTTTGACCTGTATGAAATTGTTAGTAAGCCAGAAGATCATCAAACGAAACTGTTTAACTTGATAGGTGTGCCCTCTTCTAATTTTTCTAATTTGGTTTGTCAACATACTGAATCCATTTGATGTAGCTGATATAGATACATACAACATCATTTATGTAGAGTTAAACATACATATAATATACTATCTTGAGCTTGTGTCATAGGAGAACTCAATAGATTCCAATCTTTCTCCCATTTCCTGTATGGCCTTGATGCTATGTACTGCAAGCTTTTGTCTTCTTCGCTCTCTTTTATAAAATGGTCTTTGTACTGTCCATGACTCTGTTGATGTGTATTAATCCAGAGAAAGAATTCAGAGGAAGTACCGTCAAACAAGCAACTAATAGGCGAAATCTCAGACAATCAACAAGAAACACCGCTAATTCAAGAATTGCCTATGAGGTTATCAGAATCTGTGGAAAACTACAAAGATAGCTTTGAGGAGGTTTTATCAGTAATGCAGGTTGAATGGGTGTACCATATCAGCTTTATTTGCCATAATCATTCCAAGAAACAGTCAATTTATTGTTTTTTCTGTGTCCTAAACAGAGATTTGCATTGGATGGAAAAGTCTCAACAGATAAAATGCTTTCAACCATGAGTGAAATTGGTGCAAATCTATTTGCAGCTTTGGAAGGTCACTTTTCCACTGGGAACTATGCTGCAATCCAGGAACAACAAAAAGAGGTTCGTGAGAGGATGAATAATTTAATTACATCACTGGAGTTATCAGAAAGCTCAATAACAGGAAATCAAAAGAGGACTCCTTTGTGCAGCTGTCAACACAAGGTAGTTGTCTGGCCACAAATATCAAGATATCAATCATCAATCATGGTTCTATTCTTTGTCTTATTTTTAGGATATCTTATGTCTTTTTTCAAAACATTGTTGCCATTAATACCACATAGTAACTAAAGCCTTGATTGGCATTTGTTCAATAGCTGAAAGTGAACGAGTAATTAAAAAATTATAGATATAGTCTGTGTGTCACATCAGGATTGTAATAATTTATAAGAAAAACTGAGTTATACGAGATCTCTCATGGTCTCCTTGTATTACCTTCACTTTAAATTATACAAAAGCTTGAATCATATTATGGCTGATTTATTTATAGATGCAATTATTTTCCTTATAGCACCCTTCAAATTAAGGGAATGATATTCAACTTTACTTGAAAAAATGGTTAGAGAGGTTAGAATTGCATAACTTTACAGTACCCCCCAAAGTGAAATGAGTGAATGTGGGGAAAGTTGAGGAATTTCTGTTAGATAGGAAATTAGGAACAAACAATCAGGGAAATCACTTGATAGACTTGGAGATTTGTCTATTGATTCTCTTTAGCTTTTTGTAGAATCAAATGCAACTAAAGAGAATATATGATTGAATTGTTTAGAGCAGTGTCGTTAAATAGTGTCTACAGCGGCACTCTCAGCAAAATTTGAACAAACTGCTATTGTTCGAAATTGTCAAATAGCAGCTATAGTGGTGCTATAGCACTATTGCGTAGCGGAATTTAACCAAACCGCTATTTTCTGCGATCTGCAATCGACAATACTGATTTAGAGACCAAAAGGCAAGATAAAAAAGTTGCATATAAATTAGAAGTGTGTAGGATAAATTTCACTAGAAATGCACAGATCTGTGCACTCAGTTTTCTAAAGAGCGCAACCATAGGTAAAAAGATAGAATTGCATTGTAGCATAAGTTTTAAGACAAAACATAGTAAGGCTGTTCTGAATTATCCTAAACTGATTTTTTGTTACAAAAGGGCTCTGGTTTGGGAGCAGAAACGGAATCTGATTACTCAAAGGATGCTTTAACTGAAAGATACGAAAGCCTCGAAAGGGAGTTACAACTTTTGAAGATCGAAAGAGACTCTTTGCTAGAGAAGTTCTCTGAATCGTCTGATAAACTTGCAATTGTGTCAAGCCAAAGGGAAAATGCTTTGAAAGATTTAAACATTGAAGTACAGAGAAGGAAAAATCTAGAAGGGGAGGTTAAGCAATTTACTGCAGCTTTTGTCTGTCGTCAGAAGTCGCTTATTTCCTTGCGTGGCGATCTTAAGACCAAAATTGAGAAATGGAGAGCTCATACACCAATTTCAGTGCCAAAATCTTTTGGGTGTCAAGACTAA
Protein sequence

>MS.gene66481.t1

MEASGSSNSSVYEILTKDIILAALNGFNGTAFAYGQTSSGKTFTMNGCETDPGVIPRAVKDIFSKIETMTEREFLIRVSYMEIYNEEINDLLVVENQKLQIHESLERGVFVAGLREEIVNNAEQVLDLLKVGEVNRHFGETNMNVRSSRSHTIFRMVIESKGKDSDSSDDSSISDIVRVSVLNLVDLAGSERIAKTGADGVRLKEGKHINKSLMILGNVINKLSEGSKNRGHIPYRDSKLTRILQPALGGNAKTSIICTVAPEEVHIEETKGTLQFASRAKRITNCVQVNEILTDAALLKRQQLEIEELRKKLEGSHAGVLEQEVLKLRNDLLKYEMERGKLEMELEEERKSRNQWISEQQKKIENSSTTSFSVSDCGTNNNQGPRYLRRGLIEEYSDINSTSQGDIFKSPCLKTASAFVVKRSRNSTLPDSSPPLPESFSNVADEDMWLKMNNGYVADLDSLQITPTRNIQSFPLSDTTPGCISQTAKYEREVQDLRRQLELANEKINELERKNSEEVPSNKQLIGEISDNQQETPLIQELPMRLSESVENYKDSFEEVLSVMQRFALDGKVSTDKMLSTMSEIGANLFAALEGHFSTGNYAAIQEQQKEVRERMNNLITSLELSESSITGNQKRTPLCSCQHKGSGLGAETESDYSKDALTERYESLERELQLLKIERDSLLEKFSESSDKLAIVSSQRENALKDLNIEVQRRKNLEGEVKQFTAAFVCRQKSLISLRGDLKTKIEKWRAHTPISVPKSFGCQD