AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene000042

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene000042.t1 MTR_3g034290 92.958 497 35 0 1 497 1 497 0.0 982
MS.gene000042.t1 MTR_3g034290 92.647 408 30 0 1 408 1 408 0.0 803
MS.gene000042.t1 MTR_0003s0560 70.816 490 140 3 1 490 1 487 0.0 726
MS.gene000042.t1 MTR_0003s0560 70.501 339 97 3 1 339 1 336 8.59e-173 490
MS.gene000042.t1 MTR_3g079560 56.193 436 176 7 61 490 64 490 2.04e-171 492
MS.gene000042.t1 MTR_3g079600 54.884 430 184 5 63 487 64 488 2.43e-170 489
MS.gene000042.t1 MTR_3g079590 56.840 424 174 5 66 486 69 486 1.49e-169 488
MS.gene000042.t1 MTR_3g079570 55.012 429 185 5 66 492 70 492 6.23e-165 476
MS.gene000042.t1 MTR_3g079620 53.425 438 187 6 66 492 69 500 8.34e-165 476
MS.gene000042.t1 MTR_1g020090 50.101 493 225 10 6 490 18 497 5.09e-163 471
MS.gene000042.t1 MTR_1g021010 48.785 494 234 8 6 490 3 486 1.26e-162 470
MS.gene000042.t1 MTR_7g013790 51.364 440 195 6 67 490 28 464 7.19e-159 459
MS.gene000042.t1 MTR_3g079630 54.587 436 173 10 66 486 69 494 1.23e-157 457
MS.gene000042.t1 MTR_1g095560 50.233 430 204 5 70 490 28 456 2.90e-156 452
MS.gene000042.t1 MTR_4g075150 50.115 435 202 5 70 490 30 463 6.42e-155 449
MS.gene000042.t1 MTR_4g075150 50.346 433 202 5 70 490 30 461 6.77e-155 449
MS.gene000042.t1 MTR_1g021020 47.228 487 237 8 13 490 12 487 8.78e-151 439
MS.gene000042.t1 MTR_1g095540 48.605 430 211 5 70 490 28 456 1.17e-149 436
MS.gene000042.t1 MTR_1g095560 46.753 462 204 6 70 490 28 488 1.33e-149 437
MS.gene000042.t1 MTR_2g062990 46.651 433 221 7 70 493 34 465 1.62e-143 421
MS.gene000042.t1 MTR_2g062980 46.420 433 222 7 70 493 34 465 3.94e-143 419
MS.gene000042.t1 MTR_4g089155 47.640 445 211 8 68 493 47 488 1.50e-140 413
MS.gene000042.t1 MTR_2g063000 45.233 451 230 9 56 495 24 468 7.89e-140 411
MS.gene000042.t1 MTR_2g081620 46.050 443 226 8 56 489 24 462 4.94e-139 409
MS.gene000042.t1 MTR_2g012860 45.872 436 216 5 73 490 40 473 2.59e-132 392
MS.gene000042.t1 MTR_2g012850 43.982 457 238 5 53 493 14 468 6.52e-132 390
MS.gene000042.t1 MTR_4g122950 45.190 447 218 8 71 492 35 479 9.43e-131 388
MS.gene000042.t1 MTR_4g122960 43.820 445 225 8 71 492 35 477 1.08e-123 370
MS.gene000042.t1 MTR_5g072570 43.722 446 231 7 67 494 22 465 3.20e-123 369
MS.gene000042.t1 MTR_3g090130 43.891 442 232 7 67 494 21 460 2.23e-122 366
MS.gene000042.t1 MTR_3g090150 42.081 442 242 6 67 494 26 467 9.24e-118 355
MS.gene000042.t1 MTR_2g063000 40.798 451 219 10 56 495 24 437 1.71e-115 348
MS.gene000042.t1 MTR_7g021130 42.369 439 232 8 68 490 24 457 1.39e-114 346
MS.gene000042.t1 MTR_3g498755 42.922 438 225 11 73 490 13 445 1.61e-113 343
MS.gene000042.t1 MTR_3g434850 41.253 463 244 9 46 490 2 454 3.65e-112 340
MS.gene000042.t1 MTR_2g449850 42.141 439 232 10 69 492 33 464 2.52e-108 330
MS.gene000042.t1 MTR_8g099930 41.324 438 230 10 73 490 32 462 3.93e-107 327
MS.gene000042.t1 MTR_1g040370 39.529 425 216 8 71 490 27 415 2.48e-98 303
MS.gene000042.t1 MTR_8g011350 32.627 472 262 7 71 489 27 495 5.43e-83 266
MS.gene000042.t1 MTR_7g051430 33.192 473 259 8 71 489 26 495 9.36e-78 252
MS.gene000042.t1 MTR_1g102130 34.361 454 239 11 57 490 76 490 3.22e-75 245
MS.gene000042.t1 MTR_7g080180 35.307 473 240 16 75 486 28 495 5.51e-74 242
MS.gene000042.t1 MTR_8g011350 31.685 445 248 7 71 462 27 468 3.21e-72 237
MS.gene000042.t1 MTR_7g080180 34.562 434 218 16 75 447 28 456 5.53e-61 207
MS.gene000042.t1 MTR_2g018600 29.252 441 281 12 75 489 34 469 1.87e-54 190
MS.gene000042.t1 MTR_7g051430 32.143 392 209 8 71 408 26 414 1.93e-54 188
MS.gene000042.t1 MTR_4g021520 27.828 442 283 14 74 489 39 470 2.63e-50 179
MS.gene000042.t1 MTR_4g057585 30.769 429 252 15 80 486 87 492 2.03e-49 177
MS.gene000042.t1 MTR_2g018590 27.438 441 290 11 75 489 33 469 5.96e-49 175
MS.gene000042.t1 MTR_4g057595 30.806 422 248 14 86 486 95 493 7.14e-49 176
MS.gene000042.t1 MTR_4g021510 28.018 439 286 11 74 489 38 469 1.25e-48 174
MS.gene000042.t1 MTR_2g095730 30.404 421 257 14 85 486 91 494 1.49e-47 172
MS.gene000042.t1 MTR_2g095750 30.166 421 255 16 85 486 97 497 2.89e-47 171
MS.gene000042.t1 MTR_2g018630 28.670 436 283 13 75 489 37 465 3.63e-47 170
MS.gene000042.t1 MTR_4g021530 26.984 441 292 12 72 489 37 470 2.43e-46 168
MS.gene000042.t1 MTR_4g021490 26.697 442 288 12 74 489 39 470 1.27e-45 166
MS.gene000042.t1 MTR_3g100420 28.228 457 272 13 75 489 54 496 3.85e-45 165
MS.gene000042.t1 MTR_1g050545 31.116 421 251 17 86 487 81 481 4.31e-45 165
MS.gene000042.t1 MTR_4g021535 25.682 440 295 11 74 489 35 466 1.56e-44 163
MS.gene000042.t1 MTR_4g057600 29.241 448 287 13 53 486 60 491 1.63e-44 163
MS.gene000042.t1 MTR_4g021500 27.069 447 291 13 74 495 39 475 2.76e-43 164
MS.gene000042.t1 MTR_4g021500 25.768 423 283 12 81 489 482 887 7.46e-39 151
MS.gene000042.t1 MTR_4g021500 27.069 447 291 13 74 495 39 475 2.85e-43 164
MS.gene000042.t1 MTR_4g021500 26.328 433 286 13 81 489 482 905 2.25e-40 155
MS.gene000042.t1 MTR_5g097180 30.446 404 248 14 91 480 44 428 5.79e-42 155
MS.gene000042.t1 MTR_1g094155 29.025 472 275 20 51 487 41 487 5.54e-41 154
MS.gene000042.t1 MTR_4g057570 28.434 415 261 15 91 486 92 489 1.33e-39 150
MS.gene000042.t1 MTR_4g021520 27.250 400 255 14 74 447 39 428 1.22e-38 146
MS.gene000042.t1 MTR_3g045770 25.346 434 291 15 75 485 27 450 4.82e-37 142
MS.gene000042.t1 MTR_0075s0010 29.670 364 180 11 72 422 5 305 1.08e-36 138
MS.gene000042.t1 MTR_4g084710 29.665 418 251 16 82 480 37 430 1.40e-36 140
MS.gene000042.t1 MTR_2g009200 26.991 452 285 11 57 489 14 439 2.21e-36 140
MS.gene000042.t1 MTR_2g095710 27.230 426 262 16 79 486 85 480 1.16e-34 136
MS.gene000042.t1 MTR_2g018630 26.225 347 235 9 158 489 20 360 2.70e-31 124
MS.gene000042.t1 MTR_4g021535 24.065 428 270 13 74 489 35 419 5.50e-28 116
MS.gene000042.t1 MTR_4g056520 22.902 441 280 12 87 485 32 454 2.96e-18 87.8
MS.gene000042.t1 MTR_7g100560 26.400 250 117 4 81 330 65 247 3.46e-17 83.2
MS.gene000042.t1 MTR_1g051175 45.882 85 43 2 82 165 20 102 8.59e-16 78.2
MS.gene000042.t1 MTR_2g084530 25.696 467 275 18 51 480 16 447 6.05e-14 74.3
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene000042.t1 AT3G63470 61.618 482 173 5 21 494 24 501 0.0 630
MS.gene000042.t1 AT3G52020 48.185 496 236 12 12 492 11 500 3.06e-163 472
MS.gene000042.t1 AT4G30610 52.740 438 187 7 70 490 28 462 6.00e-160 462
MS.gene000042.t1 AT5G08260 50.336 447 201 4 65 490 30 476 1.75e-158 459
MS.gene000042.t1 AT3G52000 48.193 498 235 11 1 492 1 481 1.03e-156 454
MS.gene000042.t1 AT3G02110 49.206 441 200 7 71 490 34 471 9.18e-155 449
MS.gene000042.t1 AT3G07990 50.698 430 202 5 72 492 31 459 9.09e-154 446
MS.gene000042.t1 AT5G23210 49.889 451 194 6 70 490 47 495 4.74e-153 446
MS.gene000042.t1 AT2G35780 50.115 433 200 8 70 491 25 452 2.05e-152 442
MS.gene000042.t1 AT2G24010 50.116 431 200 7 70 490 26 451 9.32e-152 441
MS.gene000042.t1 AT2G05850 45.833 504 243 11 1 492 1 486 5.00e-150 437
MS.gene000042.t1 AT2G24000 48.970 437 204 6 70 489 26 460 2.69e-149 435
MS.gene000042.t1 AT3G52010 45.309 501 250 10 1 492 1 486 4.65e-148 432
MS.gene000042.t1 AT4G30810 47.209 430 216 5 70 489 33 461 1.06e-147 431
MS.gene000042.t1 AT2G24010 48.206 446 201 8 70 490 26 466 2.49e-146 427
MS.gene000042.t1 AT1G61130 46.785 451 223 6 58 493 15 463 5.74e-145 424
MS.gene000042.t1 AT1G11080 47.991 448 206 7 71 493 47 492 3.29e-142 418
MS.gene000042.t1 AT1G11080 47.991 448 206 7 71 493 47 492 4.05e-142 418
MS.gene000042.t1 AT2G35770 48.869 442 217 7 57 490 18 458 5.00e-141 414
MS.gene000042.t1 AT4G15100 47.523 444 206 8 70 489 40 480 1.93e-140 413
MS.gene000042.t1 AT2G24010 45.708 466 198 9 75 490 2 462 5.70e-139 409
MS.gene000042.t1 AT5G23210 49.507 406 174 5 70 445 47 451 2.83e-136 401
MS.gene000042.t1 AT5G23210 49.246 398 170 6 123 490 5 400 2.03e-128 379
MS.gene000042.t1 AT5G23210 49.239 394 168 6 127 490 8 399 1.98e-127 377
MS.gene000042.t1 AT3G17180 43.468 444 226 8 70 490 34 475 3.88e-122 366
MS.gene000042.t1 AT2G12480 44.138 435 231 5 67 490 24 457 1.16e-121 364
MS.gene000042.t1 AT5G42240 44.444 441 225 8 68 490 26 464 3.37e-120 361
MS.gene000042.t1 AT1G43780 43.665 442 230 8 67 490 30 470 1.22e-119 360
MS.gene000042.t1 AT2G33530 42.955 440 228 9 69 490 28 462 4.97e-116 350
MS.gene000042.t1 AT2G12480 43.256 430 218 6 67 490 24 433 5.37e-116 349
MS.gene000042.t1 AT1G28110 43.318 434 225 8 73 490 30 458 3.86e-115 347
MS.gene000042.t1 AT1G28110 43.318 434 225 8 73 490 30 458 3.86e-115 347
MS.gene000042.t1 AT2G12480 43.124 429 218 6 67 490 24 431 6.47e-115 346
MS.gene000042.t1 AT5G42230 43.537 441 229 8 68 490 22 460 8.47e-114 344
MS.gene000042.t1 AT5G42230 43.537 441 229 8 68 490 22 460 8.47e-114 344
MS.gene000042.t1 AT2G12480 43.023 430 218 7 67 490 24 432 5.21e-113 341
MS.gene000042.t1 AT5G23210 48.711 349 148 5 127 445 8 355 1.85e-110 332
MS.gene000042.t1 AT2G24010 46.518 359 163 7 75 408 2 356 1.13e-107 325
MS.gene000042.t1 AT3G17180 41.975 405 210 8 70 451 34 436 9.87e-106 322
MS.gene000042.t1 AT3G56540 56.223 233 96 2 1 228 1 232 3.93e-86 266
MS.gene000042.t1 AT4G12910 34.468 470 254 8 71 489 31 497 2.18e-83 267
MS.gene000042.t1 AT3G25420 34.194 465 250 10 75 486 30 491 1.31e-79 257
MS.gene000042.t1 AT4G12910 33.645 428 230 8 71 447 31 455 2.02e-69 229
MS.gene000042.t1 AT2G24000 42.349 281 144 5 225 489 119 397 1.06e-67 223
MS.gene000042.t1 AT2G24000 58.696 92 37 1 70 160 26 117 6.40e-31 124
MS.gene000042.t1 AT2G22990 30.211 427 270 10 75 489 23 433 5.94e-59 201
MS.gene000042.t1 AT2G22920 31.776 428 256 13 75 486 25 432 1.85e-58 199
MS.gene000042.t1 AT2G22970 31.002 429 262 12 75 489 25 433 2.22e-58 199
MS.gene000042.t1 AT2G23000 30.930 430 265 13 75 489 25 437 7.63e-58 198
MS.gene000042.t1 AT2G23000 30.930 430 265 13 75 489 25 437 7.63e-58 198
MS.gene000042.t1 AT1G73290 30.211 427 266 11 75 489 32 438 2.47e-56 194
MS.gene000042.t1 AT2G23010 29.091 440 294 10 58 489 8 437 8.80e-56 192
MS.gene000042.t1 AT2G23010 29.091 440 294 10 58 489 8 437 1.65e-55 192
MS.gene000042.t1 AT1G73270 29.837 429 267 12 75 489 33 441 4.15e-55 191
MS.gene000042.t1 AT1G73270 29.837 429 267 12 75 489 33 441 4.50e-55 191
MS.gene000042.t1 AT1G73300 29.493 434 262 13 75 489 33 441 5.21e-55 191
MS.gene000042.t1 AT1G73300 29.493 434 262 13 75 489 33 441 5.21e-55 191
MS.gene000042.t1 AT2G22990 30.216 417 264 9 75 479 23 424 7.31e-55 191
MS.gene000042.t1 AT2G22970 31.450 407 246 11 75 467 25 412 8.27e-55 190
MS.gene000042.t1 AT2G22990 30.500 400 251 9 75 462 23 407 2.80e-54 188
MS.gene000042.t1 AT2G22970 31.188 404 245 11 75 464 25 409 8.32e-54 187
MS.gene000042.t1 AT5G36180 29.604 429 268 12 75 489 33 441 4.59e-53 185
MS.gene000042.t1 AT1G33540 27.778 450 296 11 65 489 19 464 5.04e-53 186
MS.gene000042.t1 AT2G22990 29.274 427 265 11 75 489 23 424 5.71e-53 185
MS.gene000042.t1 AT1G73280 28.761 452 278 13 57 489 15 441 6.59e-53 185
MS.gene000042.t1 AT3G12203 30.110 455 273 12 51 489 12 437 6.90e-53 185
MS.gene000042.t1 AT3G10450 28.671 429 272 11 75 489 29 437 7.82e-53 184
MS.gene000042.t1 AT3G12203 30.394 431 261 11 75 489 9 416 1.15e-52 184
MS.gene000042.t1 AT3G10450 28.710 411 260 10 92 489 4 394 5.68e-52 181
MS.gene000042.t1 AT1G33540 27.725 422 277 10 92 489 4 421 1.05e-51 181
MS.gene000042.t1 AT2G22980 28.904 429 267 13 75 489 26 430 1.52e-50 178
MS.gene000042.t1 AT2G22920 32.051 390 230 12 75 448 25 395 1.68e-50 177
MS.gene000042.t1 AT3G12220 32.084 427 260 14 75 489 27 435 3.57e-50 177
MS.gene000042.t1 AT3G12203 30.348 402 242 10 103 489 1 379 7.88e-50 175
MS.gene000042.t1 AT3G12230 31.059 425 267 13 75 489 27 435 1.42e-49 176
MS.gene000042.t1 AT1G73310 28.806 427 274 12 75 489 33 441 8.93e-49 174
MS.gene000042.t1 AT3G45010 30.913 427 255 17 80 486 92 498 9.53e-49 175
MS.gene000042.t1 AT3G12220 32.029 409 249 13 92 489 15 405 9.76e-49 173
MS.gene000042.t1 AT3G12240 31.059 425 267 13 75 489 28 436 1.20e-48 173
MS.gene000042.t1 AT5G09640 27.912 455 272 15 75 489 27 465 5.34e-48 172
MS.gene000042.t1 AT2G22980 29.208 404 249 12 75 464 26 406 3.35e-47 169
MS.gene000042.t1 AT3G10450 28.465 404 256 10 75 464 29 413 3.58e-47 169
MS.gene000042.t1 AT2G22980 29.238 407 251 12 75 467 26 409 4.08e-47 169
MS.gene000042.t1 AT1G73290 29.534 386 241 10 75 448 32 398 1.65e-46 167
MS.gene000042.t1 AT3G10450 28.497 386 244 9 92 464 4 370 4.67e-46 165
MS.gene000042.t1 AT5G22980 28.640 419 269 14 82 486 91 493 2.84e-44 163
MS.gene000042.t1 AT3G10410 30.118 425 255 17 80 484 90 492 3.35e-44 163
MS.gene000042.t1 AT1G73310 28.462 390 250 11 75 452 33 405 2.01e-41 154
MS.gene000042.t1 AT2G22990 29.129 333 215 7 163 489 2 319 8.66e-41 149
MS.gene000042.t1 AT2G22990 29.129 333 215 7 163 489 2 319 1.97e-40 148
MS.gene000042.t1 AT2G22920 32.353 306 176 9 75 366 25 313 2.84e-40 147
MS.gene000042.t1 AT3G12220 29.216 421 228 13 75 489 27 383 4.89e-39 146
MS.gene000042.t1 AT2G22970 32.353 306 175 10 75 366 25 312 2.53e-38 142
MS.gene000042.t1 AT1G15000 30.072 419 261 13 82 489 29 426 2.53e-38 145
MS.gene000042.t1 AT5G36180 28.653 349 218 10 151 489 12 339 3.60e-38 142
MS.gene000042.t1 AT5G36180 28.653 349 218 10 151 489 12 339 3.60e-38 142
MS.gene000042.t1 AT1G73290 31.298 262 172 5 75 330 32 291 1.51e-37 140
MS.gene000042.t1 AT1G73280 27.841 352 217 9 151 489 12 339 3.75e-37 140
MS.gene000042.t1 AT1G73280 30.935 278 182 6 57 326 15 290 1.78e-34 133
MS.gene000042.t1 AT1G73280 27.515 338 208 9 165 489 1 314 6.90e-34 130
MS.gene000042.t1 AT2G22980 29.968 317 187 11 75 377 26 321 3.14e-33 129
MS.gene000042.t1 AT5G36180 28.086 324 203 9 151 464 12 315 5.39e-33 128
MS.gene000042.t1 AT2G22980 26.774 310 197 8 163 464 2 289 1.98e-29 117
MS.gene000042.t1 AT5G36180 26.549 339 210 9 151 469 12 331 2.56e-28 115
MS.gene000042.t1 AT1G73310 26.948 308 203 7 151 452 12 303 3.44e-27 112
MS.gene000042.t1 AT2G22920 28.676 272 166 8 228 489 3 256 9.30e-24 100
MS.gene000042.t1 AT5G22960 34.682 173 88 6 80 250 25 174 2.54e-23 97.8
MS.gene000042.t1 AT2G27920 23.146 445 266 14 87 480 33 452 8.88e-18 86.3
MS.gene000042.t1 AT2G22960 30.657 137 92 3 353 489 51 184 1.89e-14 72.0

Find 114 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
CTAATTATGCATTTCTTAAA+TGG 0.158114 3.1:-24775498 MS.gene000042:CDS
TATTTAGGAGCTCATGTAAA+AGG 0.234605 3.1:+24776734 None:intergenic
ACACCCTTAATCCATTATTT+AGG 0.234717 3.1:+24776719 None:intergenic
TCATATAATCTTTGAGTAAT+AGG 0.237761 3.1:+24775465 None:intergenic
AAACATTGCCTCTTCTTCTT+TGG 0.241096 3.1:-24783102 MS.gene000042:CDS
TTGGTATCCTTGGTTCTTTA+AGG 0.242541 3.1:-24776256 MS.gene000042:CDS
CCTCTTCTTCTTTGGCTCAA+TGG 0.255465 3.1:-24783094 MS.gene000042:CDS
AGATGAACCAATGAAGAATT+TGG 0.259071 3.1:+24783436 None:intergenic
AGCTCCTAAATAATGGATTA+AGG 0.265632 3.1:-24776723 MS.gene000042:CDS
CTCTACTTTGTTTGCTTCCA+TGG 0.284619 3.1:+24783377 None:intergenic
TATCAACCTCAAAGGAATTA+TGG 0.285850 3.1:-24779038 MS.gene000042:intron
TTACATGAGCTCCTAAATAA+TGG 0.287150 3.1:-24776730 MS.gene000042:CDS
TTTCAACCGGGGTGATGTTC+AGG 0.313976 3.1:-24776854 MS.gene000042:CDS
AAATCTCTGTTCTTATATTC+AGG 0.317596 3.1:+24779151 None:intergenic
AATCTTACCGAGACCTTCTT+CGG 0.326035 3.1:+24777376 None:intergenic
TTGTTCCTTGAGTCCCCAGC+TGG 0.329304 3.1:-24779280 MS.gene000042:CDS
TATTCTATACCATAATAAAA+AGG 0.329858 3.1:-24779074 MS.gene000042:CDS
TCTCATTGTCACTCTCTTTG+TGG 0.333499 3.1:-24783407 MS.gene000042:CDS
AACAGAGATTTCTACATTGC+TGG 0.335106 3.1:-24779139 MS.gene000042:CDS
GAGCAAACCAAATTCTTCAT+TGG 0.359214 3.1:-24783443 MS.gene000042:CDS
AATAACTATTCATGGAACTA+TGG 0.364693 3.1:-24779619 MS.gene000042:intron
GCAGTACTATCATTCCAAAC+TGG 0.365422 3.1:-24776783 MS.gene000042:CDS
TGGTATCCTTGGTTCTTTAA+GGG 0.366747 3.1:-24776255 MS.gene000042:CDS
ATGTACAAGCATATTTCAAC+CGG 0.390329 3.1:-24776867 MS.gene000042:CDS
AATGTGAAATTCTCTCAATA+TGG 0.394122 3.1:-24783199 MS.gene000042:CDS
CACATACCATAATTCCTTTG+AGG 0.398233 3.1:+24779032 None:intergenic
ACTGCACTCAGTAGTTTGAT+TGG 0.398551 3.1:+24777492 None:intergenic
TTTCATGTGAAACAGGTTGC+TGG 0.403711 3.1:-24775615 MS.gene000042:intron
GACAAAATTGAGAAGCTACC+AGG 0.417850 3.1:-24783229 MS.gene000042:CDS
TATTGAGAGAATTTCACATT+TGG 0.420138 3.1:+24783202 None:intergenic
TTGAGACAACTTGGTATCCT+TGG 0.423312 3.1:-24776266 MS.gene000042:CDS
GCTCTTGCTGGTTGATAACT+TGG 0.428601 3.1:+24775528 None:intergenic
GCTCCTAAATAATGGATTAA+GGG 0.432409 3.1:-24776722 MS.gene000042:CDS
TGTTGATATTATATGCTGTT+TGG 0.433083 3.1:+24777539 None:intergenic
ATTAGAGAGAGGGCTCTTGC+TGG 0.440066 3.1:+24775516 None:intergenic
TAAATAATGGATTAAGGGTG+TGG 0.440591 3.1:-24776717 MS.gene000042:CDS
ATTTAGGAGCTCATGTAAAA+GGG 0.441506 3.1:+24776735 None:intergenic
CCCTTCCGTGTGAAGAGTAA+TGG 0.445262 3.1:-24779658 MS.gene000042:CDS
CCTTCCGTGTGAAGAGTAAT+GGG 0.448180 3.1:-24779657 MS.gene000042:CDS
AGCTGTTCTTCTATCTCCAT+TGG 0.449883 3.1:+24779216 None:intergenic
AAAAGGGGAATGATTGTTGT+AGG 0.458938 3.1:+24776751 None:intergenic
GGATGCTCATCTCTTGCCTA+TGG 0.462686 3.1:-24779700 MS.gene000042:CDS
GAATATTGTGTGCAAGTTGA+GGG 0.463337 3.1:+24779092 None:intergenic
TCACGAAGCTCGAGTATGAC+TGG 0.464429 3.1:-24776813 MS.gene000042:CDS
TATGAATATCCTACCCCAGC+TGG 0.466534 3.1:+24779265 None:intergenic
TCCTTGGTTCTTTAAGGGAG+AGG 0.476535 3.1:-24776250 MS.gene000042:intron
AACTTCTTGCATTGCTCCAT+AGG 0.478248 3.1:+24779684 None:intergenic
CTCTTTGTGGCTGAAATCCA+TGG 0.486471 3.1:-24783394 MS.gene000042:CDS
GGATACCAAGTTGTCTCAAT+GGG 0.492752 3.1:+24776270 None:intergenic
CAGTACTATCATTCCAAACT+GGG 0.497009 3.1:-24776782 MS.gene000042:CDS
AGAAATGCATAATTAGAGAG+AGG 0.497036 3.1:+24775505 None:intergenic
AGGATACCAAGTTGTCTCAA+TGG 0.497971 3.1:+24776269 None:intergenic
AATCTTTGAGTAATAGGAAG+AGG 0.499019 3.1:+24775471 None:intergenic
CCCATTACTCTTCACACGGA+AGG 0.500696 3.1:+24779657 None:intergenic
CTTCGTGACATTGGCATGGA+GGG 0.500798 3.1:+24776828 None:intergenic
TGTTCCTTGAGTCCCCAGCT+GGG 0.502648 3.1:-24779279 MS.gene000042:CDS
AGCTTCCCATTGAGACAACT+TGG 0.503838 3.1:-24776275 MS.gene000042:CDS
TGATACAGTGGTGATATAGA+TGG 0.510610 3.1:-24776342 MS.gene000042:intron
AGGTTGTGATTAGTGCAGAC+TGG 0.512317 3.1:+24777409 None:intergenic
CTTGAGTCCCCAGCTGGGGT+AGG 0.518621 3.1:-24779274 MS.gene000042:CDS
TAGGCAAGAGATGAGCATCC+AGG 0.518987 3.1:+24779703 None:intergenic
CATAGATGTTGTATATATCA+AGG 0.519966 3.1:+24777434 None:intergenic
GTTTGGAATGATAGTACTGC+AGG 0.522006 3.1:+24776786 None:intergenic
TGGCTATGCTGAAGTATACA+AGG 0.522187 3.1:-24775595 MS.gene000042:CDS
TATGGAGCAATGCAAGAAGT+TGG 0.522491 3.1:-24779682 MS.gene000042:CDS
GTGAAATTCTCTCAATATGG+AGG 0.524656 3.1:-24783196 MS.gene000042:CDS
AAAGAGAGTGACAATGAGAA+TGG 0.525017 3.1:+24783411 None:intergenic
TTTGCCACAGTGAGAGAAGC+AGG 0.525820 3.1:-24775561 MS.gene000042:CDS
ATGAATATCCTACCCCAGCT+GGG 0.526810 3.1:+24779266 None:intergenic
AATTTCACATTTGGTTGCCC+TGG 0.527499 3.1:+24783211 None:intergenic
CCTCACTAACCGTCCGAAGA+AGG 0.531528 3.1:-24777389 MS.gene000042:CDS
CTACCCCAGCTGGGGACTCA+AGG 0.535108 3.1:+24779275 None:intergenic
CTTCTTCTTTGGCTCAATGG+AGG 0.537092 3.1:-24783091 MS.gene000042:intron
ATACTCGAGCTTCGTGACAT+TGG 0.540397 3.1:+24776819 None:intergenic
AGAATATTGTGTGCAAGTTG+AGG 0.547975 3.1:+24779091 None:intergenic
CCATTACTCTTCACACGGAA+GGG 0.549561 3.1:+24779658 None:intergenic
ATTGCTGGAGAAAGTTATGC+TGG 0.550938 3.1:-24779124 MS.gene000042:CDS
GTTACAGTGGATAAAATAGC+AGG 0.560113 3.1:-24783169 MS.gene000042:CDS
CCATTGAGCCAAAGAAGAAG+AGG 0.565040 3.1:+24783094 None:intergenic
GGTTGTGATTAGTGCAGACT+GGG 0.565721 3.1:+24777410 None:intergenic
GAATATTGTGCTTGATGCAA+TGG 0.567607 3.1:-24783281 MS.gene000042:CDS
CAGTGGTGATATAGATGGAA+GGG 0.568514 3.1:-24776337 MS.gene000042:CDS
TAACCGTCCGAAGAAGGTCT+CGG 0.569746 3.1:-24777383 MS.gene000042:intron
GCAATGGTTCATTCTCAAGA+TGG 0.570538 3.1:-24783265 MS.gene000042:CDS
CACGAAGCTCGAGTATGACT+GGG 0.574661 3.1:-24776812 MS.gene000042:CDS
CCTTCTTCGGACGGTTAGTG+AGG 0.576121 3.1:+24777389 None:intergenic
GTTCCTTGAGTCCCCAGCTG+GGG 0.580944 3.1:-24779278 MS.gene000042:CDS
GAAATGCATAATTAGAGAGA+GGG 0.583439 3.1:+24775506 None:intergenic
ACAAAATTGAGAAGCTACCA+GGG 0.584817 3.1:-24783228 MS.gene000042:CDS
AAATAATGGATTAAGGGTGT+GGG 0.586338 3.1:-24776716 MS.gene000042:CDS
TTTAGGAGCTCATGTAAAAG+GGG 0.590889 3.1:+24776736 None:intergenic
TGTACATAATCGTCACTGCA+TGG 0.591663 3.1:+24776883 None:intergenic
ACCTCTCCCTTAAAGAACCA+AGG 0.595237 3.1:+24776249 None:intergenic
TCATCTGATTATGACACCAA+TGG 0.596555 3.1:-24779232 MS.gene000042:CDS
GCTTCGTGACATTGGCATGG+AGG 0.601762 3.1:+24776827 None:intergenic
CGAGCTTCGTGACATTGGCA+TGG 0.603622 3.1:+24776824 None:intergenic
AGGACAATTATCAACCTCAA+AGG 0.606041 3.1:-24779046 MS.gene000042:CDS
ACAGTGGTGATATAGATGGA+AGG 0.610436 3.1:-24776338 MS.gene000042:intron
TGTACAAGCATATTTCAACC+GGG 0.611855 3.1:-24776866 MS.gene000042:CDS
GTACTATCATTCCAAACTGG+GGG 0.612094 3.1:-24776780 MS.gene000042:CDS
TGAAATTCTCTCAATATGGA+GGG 0.612482 3.1:-24783195 MS.gene000042:CDS
CAACCGGGGTGATGTTCAGG+AGG 0.629672 3.1:-24776851 MS.gene000042:CDS
GGGCCTCCTGAACATCACCC+CGG 0.634891 3.1:+24776848 None:intergenic
TTACCGAGACCTTCTTCGGA+CGG 0.636338 3.1:+24777380 None:intergenic
GGCTATGCTGAAGTATACAA+GGG 0.656209 3.1:-24775594 MS.gene000042:CDS
TGAATATCCTACCCCAGCTG+GGG 0.656224 3.1:+24779267 None:intergenic
ATATGGAGGGTATGTTACAG+TGG 0.660344 3.1:-24783182 MS.gene000042:CDS
AATGACGACACAGATGAGCA+AGG 0.677911 3.1:-24777601 MS.gene000042:CDS
AGTACTATCATTCCAAACTG+GGG 0.684965 3.1:-24776781 MS.gene000042:CDS
GTACAAGCATATTTCAACCG+GGG 0.691004 3.1:-24776865 MS.gene000042:CDS
ATGTCCTGCTTCTCTCACTG+TGG 0.691209 3.1:+24775557 None:intergenic
TATGCTGAAGTATACAAGGG+AGG 0.695333 3.1:-24775591 MS.gene000042:CDS
TACTATCATTCCAAACTGGG+GGG 0.701562 3.1:-24776779 MS.gene000042:CDS
GTTGTGATTAGTGCAGACTG+GGG 0.781531 3.1:+24777411 None:intergenic

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr3.1 gene 24775461 24783467 24775461 ID=MS.gene000042
chr3.1 mRNA 24775461 24783467 24775461 ID=MS.gene000042.t1;Parent=MS.gene000042
chr3.1 exon 24783092 24783467 24783092 ID=MS.gene000042.t1.exon1;Parent=MS.gene000042.t1
chr3.1 CDS 24783092 24783467 24783092 ID=cds.MS.gene000042.t1;Parent=MS.gene000042.t1
chr3.1 exon 24779620 24779727 24779620 ID=MS.gene000042.t1.exon2;Parent=MS.gene000042.t1
chr3.1 CDS 24779620 24779727 24779620 ID=cds.MS.gene000042.t1;Parent=MS.gene000042.t1
chr3.1 exon 24779039 24779313 24779039 ID=MS.gene000042.t1.exon3;Parent=MS.gene000042.t1
chr3.1 CDS 24779039 24779313 24779039 ID=cds.MS.gene000042.t1;Parent=MS.gene000042.t1
chr3.1 exon 24777384 24777641 24777384 ID=MS.gene000042.t1.exon4;Parent=MS.gene000042.t1
chr3.1 CDS 24777384 24777641 24777384 ID=cds.MS.gene000042.t1;Parent=MS.gene000042.t1
chr3.1 exon 24776709 24776917 24776709 ID=MS.gene000042.t1.exon5;Parent=MS.gene000042.t1
chr3.1 CDS 24776709 24776917 24776709 ID=cds.MS.gene000042.t1;Parent=MS.gene000042.t1
chr3.1 exon 24776251 24776356 24776251 ID=MS.gene000042.t1.exon6;Parent=MS.gene000042.t1
chr3.1 CDS 24776251 24776356 24776251 ID=cds.MS.gene000042.t1;Parent=MS.gene000042.t1
chr3.1 exon 24775461 24775622 24775461 ID=MS.gene000042.t1.exon7;Parent=MS.gene000042.t1
chr3.1 CDS 24775461 24775622 24775461 ID=cds.MS.gene000042.t1;Parent=MS.gene000042.t1
Gene Sequence

>MS.gene000042

ATGAGCAAACCAAATTCTTCATTGGTTCATCTATCCATTCTCATTGTCACTCTCTTTGTGGCTGAAATCCATGGAAGCAAACAAAGTAGAGCTCTTACCAAACTACAAAAGTCCAAGTACAATATAAATTCAAAAATTGATAAAAGTCACTTTAAGATACATGAGAATATTGTGCTTGATGCAATGGTTCATTCTCAAGATGGTATGAAAGAGAAAGACAAAATTGAGAAGCTACCAGGGCAACCAAATGTGAAATTCTCTCAATATGGAGGGTATGTTACAGTGGATAAAATAGCAGGACGTGCTTTTTACTATTACTTTGTGGAAGCTCATCATTCTAAAGAAACATTGCCTCTTCTTCTTTGGCTCAATGGAGGTATAAACTCAACTTCTATTATTAGATTCAATGTTTCAAATTATAGTATATAGAATTTGATGCAAGTGTGACAAGTTTTTGAGACCTTACATAAACTATCCTAAATTTTAGTAATATCAAGGAGTGCAACATAAACTATCACTACCTCAAAAAGTTTAATCATTGTATAACAAAGTTACAACAAAAATTTGATCTCTAGTTTTAGTCTTCCTAACAATTAAGGACATAATTAGAGATATTTATTGTTATTGTTCCCCATTTATCTTAATATTTAACTTGGTGAATAATTACGATGCACTGTCAATGTAAAACGTTTTGCGCTGTCAACCAATCACAAACGATCACTAATTTATAATAAATTACAAACTAAAAATCGTTAATGATATAATATTTATGATTGATAGATAATGCAAAAAAATCTATACATTGTTGATACATATAAATCAAATTCTTGATAGATCTAAGTCTAATATTTGCTTCTTTTCATGAGTCTAATCTTTGTTTCTAATGAAAAGAAAATGCAAATTTCATGATAATGCATTTTAAGTGATGCACACTCAAAAACGTTGAAATTAATTCTTTTTTTAATTCCTTTCAATCAGTTAGTTTCAACACAATTGCATCTAGGCACATGCACATGTACAAAGTGTTTCTTTGCCTTGTTGTGAACTCACATTCTTTTTTGGTTTTCACATCACAAGCCAGGAACAACTTGAGAAAAAGAATCTAATTTTAATGATCCCATATAAATAATTTGTCACAAAATTTTAGTTTAATTTTTTTGTTTAGAGGAAGTCCTAAAATTCTAGTTAAGGTACATTCTATGGGATGTTATCTGTTTTGAAATTATATGTTTTTTCTAGTCAACAAAATATTGCTTATCTCACTTATTCTACCAGAGTTAGTAATACTACTTTTGAAAGTTATTATTATATATTATACAAACTTACCCCAAAATTAAATAATTTTTTAAATACTAAATAAAAATTTATTAAAAATAAAGTAAAAACAGAAAATTGGAACCAACCAAATTATATATAAGTATTTACTTTTATTTTTAATTTATATAGTTTAGATAATGTCTTTATAGGTAAGAGTTGTTCAACCAACATAATATTATCTTTCATCTTCTAGTGGTTGTCTTTTATAATCACTTTGCATGGCTGGTATATCATTTAGTTTCCTATGTTGGGATTAAGTGTTACATGCACATATATGGACATGTAACGACATAGGGCTTAGAAGATTATTTGTAGAGGAACGATAATGAACTTGAACATTCTAGCAACTCTCATCAAATACATATATTCCAATAACTTAAAGAGAGATTGAAAACATTTCAATATTATAGATACTAACTAATAACTATGCACCAATAGTATACAAAATTATATTTTTTACCCTAGCATGTTTTGTTATAATTCTACATTTACTAAGTTATTGGAATAACTCTATTATAGATATTTACTAACTCAATGTCAGTTCATTACGAACTAATTTGTCTATAAAATTTTGGTCATTTCAACAAAACATGTTGTCAGTAATTGCAATTGTGTGACGACTCATTCCTGGCTAATTAATCTCTAAGAACATTGTTGTAATTTTTTTGCTCTTTTCTCTGGCGCACTTTGTGCTCGGAAGGTAGTCAGATGGGAGTAATATATTCTATTTTGATCTTTTAAAAAACAAATATAGAAACCAAAGTATCATATGCAAATCAGTTCACGATGTAATAATCTTGATGCGAGATCAACATAGAGGGATTGCATATTTTATTAATTTGTCATACCATAGTCTCTAATGATTGAAGAATCATGAACTATTTTCATTGATGTTTATAATTTTGAACATCAATTTGTCTATTCACTCTAATTATATTCTTATAGTGTAGTCTTCGAAGGAGTGGTTTGGTTGTATGAGTTTGGGGCACTCATTCAACTACGAGGAAATCTTACTTGATCACAAACATTTAATACACTAAAAATACATATAAATAATTATGTTAAAAATATATATTATTTAATTCATTTTCCTTTCAACCTTTTCTTAAGTGTTTGTGTTCAAGTAGTGTACTCAAATACATATGACCAATCAAATATTTTCCTTCATTTATTTGGTGTAAGGGAATAATATTTTAGAATAATGATATTTGAACAATAAAAAATTAACAAATTTGAAGACACTCTTTCGTATTTTTGTTGTGTTTTTACTCTTTCTCTATATCTACCCTCAAAAAAAAAAAAAGAGTTGTCCCAAAAGTTATTTTTGTTTAAATATATGAGAAATACTAACCGGTGCCCCGGGCACTGATTAAGAATACTAAAAAAGGAAATTATATAGTATTTATTACATTGAAAATTGTATAATTAATCCATAAATAGTCAAACAAACTTCCTTTTTCGGTAATAATTTCTTTTTTAGTATCCTTAACCAGCGACCGGGCCCCTAAATATATTACTCAATATTTTATTTTTTTATTGTTTTTTTGACACAAAACAAACGACATTCATTCATTAAAATTGATAGAGTACATCGATGCAATACAAATTCGCTAAAAACAAAGAGGATGAATCTGTGAACAAACTCAATATTTTATACCACAAGGTTATGAGAGAAGCACAGAAATGTGAAGAATGGCCAGTGTTAAAATCCCATAATTCACGCTTCTTGAGGATTTCCCGGCGTGCATGTTGTATACAAGAACAAACGTACAACAAAAGAAATAAAATAAGTCACCGGTATAAGAATTTATTGAGATTATATTATGTCTATTAGTATGTTATTAGATGTTTAATTAATGTGTCTTTTATAGGCAAGTGGAGATTTGACCCTTTATTTTTAATTTATAGTCATTTTCTGATGATGGTGACATGCAAGATCACATAGCCTCAACCCTCAAGTCATGTGTATCTTAATTAAGCTCGTAGAAGTTTGACTAATACTTGAATCTACATAAATAAATATAATATAGAGTTTAATGAATGCTATTTTTTCATAGAGTTCCCTCCACTTGATGTAATTTTATTCGAAATATATGAACACTTTTTCAATCGAAATATGAATATAAGATATATACATTGTGAAACCCATTTTTGATGGCATAAAAAAGTTTTACATTATCATTTTTATAATGTAAATATTTTATACAGTAGTATAGGAAAGTGACACTATGTTATTGTAGTAAAGGATTGAATGATCATATAAACTTTTTTGTACATTATTTGCATTAAACTCTAACATAAATTATGAAGATGAAATCATATAGTTTTTTAGGAAATGAGATGAAATTATATAAACTTACATATTATTGTCTCTTTCATCATATTATTTAACTACTAATTAATTTTTCATTTCTCTTTCAAAGGTCCTGGATGCTCATCTCTTGCCTATGGAGCAATGCAAGAAGTTGGACCCTTCCGTGTGAAGAGTAATGGGAAAACCCTTCACAAAAATAACTATTCATGGAACTATGGTATTAATTAATTATCACCTCAAATTGATCAATTCTTTTTCTTAGAACAGATGCGAAAAAAGTAACCAAAAAAAAAAAAGACAGATGCGAAAAAAGTTACTTTTAGATATTAAAAAACTAACATAATGAAAAAGAGTAATTTTTTTCCCTAAATAGATAAAATGGCAATAGTTATTAAAAATTCACAAAAATAAAGAAATAATTAGTGATCAATTTTATTTTTTTTTCTTATTTAATTTTGCTCGCTATTTCATTTTCTTTAATTTTAAATATTTCTCATTTTTTATTTAATTTTCAACTTTGAAGCTGCAAATTTGTTGTTCCTTGAGTCCCCAGCTGGGGTAGGATATTCATACTCAAATAGATCATCTGATTATGACACCAATGGAGATAGAAGAACAGCTGCAGATAACTATGTTTTTTTGGTGAATTGGTTAGAAAGATTTCCTGAATATAAGAACAGAGATTTCTACATTGCTGGAGAAAGTTATGCTGGTCATTATGTCCCTCAACTTGCACACAATATTCTATACCATAATAAAAAGGCTAATAGGACAATTATCAACCTCAAAGGAATTATGGTATGTGTTTTTCACTTTTTCAATCCCTTTTATTTGCTATCAAATTGGAAAAAGAGCATGTAGATGAAGTTATCATTATTATTCCATGTAATGATTATGCCCTTGAACATAAATCATGGACATTGTCTTATGAAAATTACAGCCAATCTAATAGGCTTTTTCAAATTTCTCAATCACATCATGATGTTGAAAAATAAAATTAGGAAAGTTAGTAAGAAATGAGTGTAATGATAATTGATATAGTGTTAAAAAATTTACACATTCGTCTAAGACCATTTCCGACGGTTTTTTTAGGAGCTCATTTTAGATTTCACAGACTACTGATAGATGGTATCGTAATGTCACATCATATTTATGCAACTCATAAATATTTTATTTCAATAGTAAACAAATATATGCAACCCACATTTATATTTTTTATTTCCACTTAATGTTGTCTCAAATTCAAATATCAATTGATTTATATAAATTAACAATATATTTGATCAATGAGACATTTTTTTTTATAACAAAAATGGATAATTTTTCTTTTGTTATAAGATTGGGTTTCCAAATTTATTTGGTCCAGGATTGGTCCACCACTCATATGGATGAAACAAAGTTTGTTACGTGATTGATGACATATGTATGATTGATTTATTATTTTTTAATTGGGTTTATTAAATTTTGAATCATGGAAATCTGTTCCTTTGTCTGTAATATCATTGGCTATTTTTTTATTTTAGGTGCTAGTATATCATGGAGATTTTTTAAATCATGTAACAACTAACATTGAATGGTCTCTATATGGTCCATAAGTGGGACCATAGTTAGTATGGATGTTCCTGGTTAGACATTATAGATAGATATGTCAAGGAAACAAGTAGAACAATTATACACATTACTTGTAGCATAGTAAGTAGTTGATGATGTTTTGTTTTGGTGAGGAGTTGTTGATGTTTTTTCTTTTTGGGTACTACTTAATGATTTCTTATTTCATTTTTAACTGGGCTCAAAAAATGTGTTTTGGTACTACAATGACAACATTTGATTTTGAATAATTTATAAAATTAATTTTAATTATAATGGAATTGAACAAATAATTTATAAAATTAATTTTAGTTATAATGGAATTGCACATAAACCAATTTTTGTGTTTAGATACATTGATCATATAGTTAGTTGAATAATAATAATAAGGCAGCAGATTGGTTACCAAAGCACATAATTACATTATATTTTTCTCATAGATTTCAGATTTTTAGTTTCACTGAAATTCAATTTTTTACTGAATAAAGTGTATAGTGACTCAAATAAAATGTATGAATGGAACATAACAATGATAAAAAATATGTGAATGGAACAATCTAATGTAACAAAGATGAATATGTTTACATTTTGTTATATTATATGCATAGATTGGGAATGCAGTGATCAATGACGACACAGATGAGCAAGGAATGTACGATTTTCTTGCAAGTCATGCAATCATATCAGACCAAACAGCATATAATATCAACAAATTTTGTAATTTCTCGTCAACTTCCAATCAAACTACTGAGTGCAGTGAAGCAGCAAGTGAAGTTGATAAGAACACGTTGTTCCTTGATATATACAACATCTATGCCCCAGTCTGCACTAATCACAACCTCACTAACCGTCCGAAGAAGGTCTCGGTAAGATTCAAATTTTCTTTCAAGTGGCATGAAATATGGTTTTTCTTAAAGCAATTAGGGTCGGTCCAAGGGTCGAGCTAGTGAGGCCCTAGTTTTATATATTGTAAGTGTTTTTTTTATTGGTCTGGAAAACTTTGACCCGTCTTGATTTCGTTGAGATACGAAAGTACAATTGTTACCTTTCTTTACAAATAAAACACATCATCATCGTAAAAACTCACAAAACAAACCCTAATGATGTATAGGATTGCTTATATTGTAATTAAGCTCTTTCAACTTAAATCTTTCAGTGGTAAAGTCACGTCAAGACCTTACAATCACACACCGTCTTTTACTATGGCCTTAACTTATAGGTTGGATCGCCCTGAACAAGATCTTAATTAGTTCAAACCAAATAAATGGAAAAATTAAATGTTTGAACCGACTCTACTCAGATTAGTAAGAATTTAATCATTATTGTACGCAGGATGTTCTTGATCCATGCAGTGACGATTATGTACAAGCATATTTCAACCGGGGTGATGTTCAGGAGGCCCTCCATGCCAATGTCACGAAGCTCGAGTATGACTGGGAAGCCTGCAGTACTATCATTCCAAACTGGGGGGATAGTCCTACAACAATCATTCCCCTTTTACATGAGCTCCTAAATAATGGATTAAGGGTGTGGGTTTTTAGGTAAAACATCTTCTCTTTACTTATGACTCTAGGGACTAGTAATTATCATATTCTCTTTGTCTTTTGATAATATTTGTTCTTACTTTATTGTAAAGCTGTATAATTTGAATCATCATTCTTTGTAATCAACAGCAAAAGATGTTTATGAAACAGTTCCCCTGAGCTTAGCTCAAATGGTAGGGACATTGCATAATATATGCAGGGACCAGGGTTCAAACCTCGATCACCCCACTTCTTCACATTTAAAATGTGTGAACTTCAGCCACTAGACTACTTTTGACAAAAAAATAAAATAAAAGATGTTTATGAAGTTTGTTTTGATGATTTTTTGTTTATCTATTGTATGATACAGTGGTGATATAGATGGAAGGGTGCCTGTTACTGCAACAAAATATTCCCTTAAAAAGATGAAGCTTCCCATTGAGACAACTTGGTATCCTTGGTTCTTTAAGGGAGAGGTACTTGCAATAATAATATGTCAAATGTTTATTTTTCTTACTAAATGTCAAATGTTTGATTTCCTTGTTTCCATAAGTATTATATTATATAAAACGAAAGTTTCACTTCCCACCCCAACAAAATGTTAATTATACGAATATTTGTCATTTAAAAAAAAAATCAAAACTTGACAATTCTAATATTTACTAGAAAAATTTAAATTAGAAAAGAAAATTTAGAGATAAATGAAATTTCTCTCTAATTTTGTCACTAGACATAGTGATGAAGGAATTAAAGAGTATTTTCAGTTAATAGTATAAAAGTTAATATTGTTATTATGATTTCCTAGTGTTGATTTGATTTATTTAATAATGTTTTATGAAAGAGAAAAATTTCTTTTCCGGTCAACTTAAAAGTTTTTCTTTGGTAATCATGTTAATAGTGTTAAGTATATCCATCAACTTTGTCGATGATTAATCTCGTCGGAGATTAGTGAAGTTTTTCTTTTCTACTACACTTTTTTCATCCATAGAGCTCGAACCTGAAACTTTAAGGGATCCGAGTCCAGATTCACTCGGACAAGTATAATGTTGAATCAAATTTAAGTTTTATATAAACATTTTGTGATGAAATTTTCATGTGAAACAGGTTGCTGGCTATGCTGAAGTATACAAGGGAGGTCTAACTTTTGCCACAGTGAGAGAAGCAGGACATCAAGTGCCAAGTTATCAACCAGCAAGAGCCCTCTCTCTAATTATGCATTTCTTAAATGGCACTCCTCTTCCTATTACTCAAAGATTATATGACTAA
Protein sequence

>MS.gene000042.t1

MSKPNSSLVHLSILIVTLFVAEIHGSKQSRALTKLQKSKYNINSKIDKSHFKIHENIVLDAMVHSQDGMKEKDKIEKLPGQPNVKFSQYGGYVTVDKIAGRAFYYYFVEAHHSKETLPLLLWLNGGPGCSSLAYGAMQEVGPFRVKSNGKTLHKNNYSWNYAANLLFLESPAGVGYSYSNRSSDYDTNGDRRTAADNYVFLVNWLERFPEYKNRDFYIAGESYAGHYVPQLAHNILYHNKKANRTIINLKGIMIGNAVINDDTDEQGMYDFLASHAIISDQTAYNINKFCNFSSTSNQTTECSEAASEVDKNTLFLDIYNIYAPVCTNHNLTNRPKKVSDVLDPCSDDYVQAYFNRGDVQEALHANVTKLEYDWEACSTIIPNWGDSPTTIIPLLHELLNNGLRVWVFSGDIDGRVPVTATKYSLKKMKLPIETTWYPWFFKGEVAGYAEVYKGGLTFATVREAGHQVPSYQPARALSLIMHFLNGTPLPITQRLYD