AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene68189

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene68189.t1 MTR_3g117330 99.165 1078 9 0 1 1078 1 1078 0.0 2198
MS.gene68189.t1 MTR_4g071210 80.423 1088 187 9 1 1078 1 1072 0.0 1731
MS.gene68189.t1 MTR_4g071210 80.331 1088 187 10 1 1078 1 1071 0.0 1724
MS.gene68189.t1 MTR_7g093720 70.410 463 129 3 90 544 64 526 0.0 671
MS.gene68189.t1 MTR_1g484960 43.678 435 215 9 100 513 4 429 7.88e-100 343
MS.gene68189.t1 MTR_1g017540 43.780 418 207 9 98 495 2 411 6.10e-94 318
MS.gene68189.t1 MTR_8g076190 44.167 360 182 5 100 446 20 373 1.02e-81 287
MS.gene68189.t1 MTR_5g021650 39.318 440 231 9 80 491 3 434 2.01e-81 286
MS.gene68189.t1 MTR_8g076190 44.167 360 182 5 100 446 20 373 1.58e-80 286
MS.gene68189.t1 MTR_6g082470 42.199 391 199 9 68 446 7 382 7.36e-80 282
MS.gene68189.t1 MTR_8g076190 43.324 367 182 6 100 446 20 380 4.88e-78 279
MS.gene68189.t1 MTR_4g124650 46.789 327 159 6 98 416 142 461 6.72e-78 277
MS.gene68189.t1 MTR_4g071900 37.931 435 245 8 80 501 3 425 7.38e-75 265
MS.gene68189.t1 MTR_3g113110 41.176 374 200 6 100 460 20 386 6.36e-73 266
MS.gene68189.t1 MTR_2g087840 39.948 388 200 12 85 451 76 451 4.84e-63 235
MS.gene68189.t1 MTR_4g087040 37.560 418 211 13 66 443 155 562 4.77e-60 226
MS.gene68189.t1 MTR_3g084790 36.434 387 213 10 91 451 90 469 6.89e-59 221
MS.gene68189.t1 MTR_1g067630 35.264 397 213 10 99 460 54 441 3.79e-58 218
MS.gene68189.t1 MTR_8g080910 36.504 389 213 10 88 450 44 424 7.94e-58 218
MS.gene68189.t1 MTR_3g100270 34.389 442 234 14 91 493 1 425 1.57e-57 217
MS.gene68189.t1 MTR_1g059730 36.387 382 205 10 99 446 13 390 2.43e-57 216
MS.gene68189.t1 MTR_2g096010 36.074 377 208 9 99 446 49 421 1.06e-56 214
MS.gene68189.t1 MTR_7g105030 36.649 382 204 11 99 446 9 386 1.13e-56 213
MS.gene68189.t1 MTR_7g105030 36.649 382 204 11 99 446 9 386 1.13e-56 213
MS.gene68189.t1 MTR_2g055910 35.580 371 215 8 98 446 67 435 1.17e-55 205
MS.gene68189.t1 MTR_4g123730 38.757 338 184 7 135 452 186 520 1.70e-55 212
MS.gene68189.t1 MTR_4g112350 36.095 338 198 7 100 421 124 459 3.29e-52 197
MS.gene68189.t1 MTR_4g094882 34.834 422 209 15 99 469 12 418 2.43e-51 197
MS.gene68189.t1 MTR_3g102170 35.252 417 208 13 100 469 9 410 2.77e-51 197
MS.gene68189.t1 MTR_7g091290 40.379 317 171 10 140 446 436 744 4.33e-50 193
MS.gene68189.t1 MTR_1g018940 36.340 377 186 12 137 469 44 410 5.62e-49 189
MS.gene68189.t1 MTR_2g069950 32.093 430 241 13 99 506 340 740 1.15e-47 185
MS.gene68189.t1 MTR_8g072430 35.465 344 208 9 100 434 876 1214 1.57e-47 186
MS.gene68189.t1 MTR_1g083770 35.925 373 210 12 99 452 410 772 2.61e-47 184
MS.gene68189.t1 MTR_7g112420 37.812 320 176 11 140 446 318 627 1.99e-46 181
MS.gene68189.t1 MTR_1g082920 36.441 354 199 12 99 436 147 490 3.71e-46 179
MS.gene68189.t1 MTR_5g025100 35.328 351 199 11 100 434 890 1228 7.62e-46 180
MS.gene68189.t1 MTR_7g113520 36.182 351 204 11 99 436 127 470 8.39e-46 177
MS.gene68189.t1 MTR_5g031470 34.493 345 209 9 92 425 392 730 1.55e-45 179
MS.gene68189.t1 MTR_5g094310 31.718 454 267 15 26 450 2 441 2.16e-45 179
MS.gene68189.t1 MTR_5g049620 33.913 345 211 9 92 425 367 705 4.16e-45 176
MS.gene68189.t1 MTR_1g087880 35.734 361 212 11 99 446 396 749 4.91e-45 177
MS.gene68189.t1 MTR_5g096570 34.043 376 220 12 99 452 434 803 6.09e-45 177
MS.gene68189.t1 MTR_5g049820 34.203 345 210 9 92 425 367 705 1.08e-44 176
MS.gene68189.t1 MTR_7g075060 34.527 391 192 13 100 449 53 420 1.55e-44 175
MS.gene68189.t1 MTR_5g011500 32.481 391 216 10 100 453 58 437 1.79e-44 175
MS.gene68189.t1 MTR_7g112420 37.107 318 175 11 140 446 448 751 4.70e-44 174
MS.gene68189.t1 MTR_7g109130 36.538 364 205 13 99 446 99 452 6.61e-44 171
MS.gene68189.t1 MTR_7g109130 36.538 364 205 13 99 446 178 531 1.17e-43 171
MS.gene68189.t1 MTR_3g060900 33.511 376 214 13 99 452 438 799 1.43e-43 172
MS.gene68189.t1 MTR_2g010760 35.294 340 200 9 99 422 435 770 1.66e-43 171
MS.gene68189.t1 MTR_7g109130 36.538 364 205 13 99 446 400 753 3.04e-43 171
MS.gene68189.t1 MTR_7g109130 35.967 367 206 13 99 446 400 756 1.91e-42 169
MS.gene68189.t1 MTR_3g055940 31.746 378 220 11 100 452 76 440 4.61e-42 168
MS.gene68189.t1 MTR_7g091290 36.741 313 147 8 140 446 433 700 6.43e-42 167
MS.gene68189.t1 MTR_4g092140 37.954 303 158 10 140 418 363 659 1.15e-41 164
MS.gene68189.t1 MTR_2g082570 35.227 352 196 10 99 422 399 746 1.42e-41 164
MS.gene68189.t1 MTR_8g098230 32.778 360 221 10 99 443 483 836 7.21e-41 164
MS.gene68189.t1 MTR_4g081390 37.705 305 165 9 139 422 478 778 1.10e-40 162
MS.gene68189.t1 MTR_6g086735 35.465 344 197 10 86 414 103 436 1.32e-40 160
MS.gene68189.t1 MTR_6g086735 35.465 344 197 10 86 414 103 436 1.83e-40 160
MS.gene68189.t1 MTR_1g081800 34.349 361 210 10 99 445 88 435 2.76e-40 159
MS.gene68189.t1 MTR_7g061020 31.138 334 212 9 90 420 37 355 7.74e-39 155
MS.gene68189.t1 MTR_8g098230 32.065 368 221 11 99 443 483 844 1.15e-38 157
MS.gene68189.t1 MTR_2g436650 33.528 343 191 10 100 414 118 451 1.70e-38 155
MS.gene68189.t1 MTR_2g436650 33.528 343 191 10 100 414 198 531 3.49e-38 155
MS.gene68189.t1 MTR_8g104200 34.384 349 193 10 99 423 515 851 4.33e-38 155
MS.gene68189.t1 MTR_2g101990 34.320 338 198 9 92 414 178 506 7.39e-38 152
MS.gene68189.t1 MTR_8g471180 31.190 420 239 17 95 500 142 525 4.47e-36 149
MS.gene68189.t1 MTR_4g119980 34.604 341 188 11 100 414 206 537 9.90e-36 147
MS.gene68189.t1 MTR_4g081390 38.697 261 135 9 139 378 480 736 5.86e-34 140
MS.gene68189.t1 MTR_6g053680 27.726 321 216 10 100 413 6 317 5.02e-26 116
MS.gene68189.t1 MTR_2g082570 33.704 270 148 9 99 340 399 665 2.22e-25 113
MS.gene68189.t1 MTR_6g084490 28.169 355 199 11 99 422 477 806 7.15e-25 112
MS.gene68189.t1 MTR_3g113630 28.956 297 182 9 138 418 141 424 3.44e-20 97.4
MS.gene68189.t1 MTR_3g113630 28.956 297 182 9 138 418 141 424 5.23e-20 97.1
MS.gene68189.t1 MTR_1g075680 28.108 370 198 13 153 470 109 462 1.27e-18 92.0
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene68189.t1 AT4G39050 71.496 1063 249 15 35 1078 28 1055 0.0 1480
MS.gene68189.t1 AT2G21380 68.658 1088 278 15 12 1078 13 1058 0.0 1380
MS.gene68189.t1 AT2G21380 68.658 1088 278 15 12 1078 13 1058 0.0 1380
MS.gene68189.t1 AT1G21730 55.127 829 263 13 98 829 74 890 0.0 798
MS.gene68189.t1 AT3G12020 50.806 931 352 16 86 951 54 943 0.0 794
MS.gene68189.t1 AT3G12020 50.806 931 352 16 86 951 54 943 0.0 794
MS.gene68189.t1 AT5G06670 49.893 938 358 16 90 951 57 958 0.0 786
MS.gene68189.t1 AT5G06670 49.893 938 358 16 90 951 57 958 0.0 786
MS.gene68189.t1 AT5G06670 49.419 947 358 17 90 951 57 967 0.0 777
MS.gene68189.t1 AT5G06670 49.419 947 358 17 90 951 57 967 0.0 777
MS.gene68189.t1 AT3G12020 55.066 681 240 10 86 701 54 733 0.0 666
MS.gene68189.t1 AT3G12020 39.130 253 114 6 699 951 810 1022 3.99e-31 132
MS.gene68189.t1 AT3G12020 55.066 681 240 10 86 701 54 733 0.0 666
MS.gene68189.t1 AT3G12020 39.130 253 114 6 699 951 810 1022 3.99e-31 132
MS.gene68189.t1 AT5G06670 53.676 680 235 10 90 701 57 724 0.0 642
MS.gene68189.t1 AT5G06670 70.156 449 114 4 90 529 57 494 0.0 627
MS.gene68189.t1 AT5G06670 70.156 449 114 4 90 529 57 494 0.0 627
MS.gene68189.t1 AT5G06670 70.156 449 114 4 90 529 57 494 0.0 627
MS.gene68189.t1 AT3G10180 44.988 429 207 9 100 507 4 424 5.32e-100 344
MS.gene68189.t1 AT3G10180 44.988 429 207 9 100 507 4 424 5.60e-100 344
MS.gene68189.t1 AT1G59540 43.358 399 206 10 98 484 2 392 1.12e-88 304
MS.gene68189.t1 AT4G24170 40.098 409 229 8 100 499 7 408 8.86e-80 282
MS.gene68189.t1 AT4G24170 40.098 409 229 8 100 499 7 408 8.86e-80 282
MS.gene68189.t1 AT3G43210 45.932 381 188 8 76 446 6 378 2.66e-79 280
MS.gene68189.t1 AT3G43210 45.932 381 188 8 76 446 6 378 2.66e-79 280
MS.gene68189.t1 AT3G43210 45.932 381 188 8 76 446 6 378 2.66e-79 280
MS.gene68189.t1 AT3G43210 45.932 381 188 8 76 446 6 378 2.66e-79 280
MS.gene68189.t1 AT3G43210 45.932 381 188 8 76 446 6 378 2.66e-79 280
MS.gene68189.t1 AT1G18370 39.234 418 230 10 77 477 8 418 6.29e-79 279
MS.gene68189.t1 AT3G51150 42.513 374 190 7 98 455 16 380 1.68e-77 276
MS.gene68189.t1 AT3G51150 42.513 374 190 7 98 455 16 380 1.68e-77 276
MS.gene68189.t1 AT3G51150 42.513 374 190 7 98 455 16 380 1.68e-77 276
MS.gene68189.t1 AT3G51150 42.513 374 190 7 98 455 16 380 1.80e-77 276
MS.gene68189.t1 AT2G21300 38.839 448 249 11 80 512 3 440 2.38e-76 270
MS.gene68189.t1 AT2G21300 38.839 448 249 11 80 512 3 440 2.38e-76 270
MS.gene68189.t1 AT2G21300 38.839 448 249 11 80 512 3 440 2.38e-76 270
MS.gene68189.t1 AT2G21300 38.839 448 249 11 80 512 3 440 2.38e-76 270
MS.gene68189.t1 AT2G21300 38.839 448 249 11 80 512 3 440 2.38e-76 270
MS.gene68189.t1 AT5G66310 39.007 423 217 9 94 484 13 426 6.45e-76 272
MS.gene68189.t1 AT5G66310 39.007 423 217 9 94 484 13 426 6.45e-76 272
MS.gene68189.t1 AT5G66310 39.007 423 217 9 94 484 13 426 6.45e-76 272
MS.gene68189.t1 AT4G38950 37.850 428 244 8 98 512 12 430 3.83e-74 263
MS.gene68189.t1 AT4G38950 37.850 428 244 8 98 512 12 430 3.83e-74 263
MS.gene68189.t1 AT4G38950 37.850 428 244 8 98 512 12 430 3.83e-74 263
MS.gene68189.t1 AT4G38950 37.850 428 244 8 98 512 12 430 3.83e-74 263
MS.gene68189.t1 AT4G38950 37.850 428 244 8 98 512 12 430 3.83e-74 263
MS.gene68189.t1 AT1G59540 44.884 303 155 6 189 483 1 299 2.47e-68 244
MS.gene68189.t1 AT3G44050 35.941 473 250 14 18 465 31 475 1.42e-63 236
MS.gene68189.t1 AT3G19050 34.747 495 236 18 1 430 68 540 1.85e-61 231
MS.gene68189.t1 AT3G23670 36.082 388 208 11 91 450 88 463 3.79e-60 224
MS.gene68189.t1 AT3G23670 36.082 388 208 11 91 450 88 463 9.50e-60 224
MS.gene68189.t1 AT4G14150 36.240 367 194 9 91 428 83 438 1.45e-58 221
MS.gene68189.t1 AT2G36200 33.996 453 251 13 99 507 12 460 1.55e-58 219
MS.gene68189.t1 AT3G17360 33.881 487 278 12 5 452 58 539 2.80e-58 221
MS.gene68189.t1 AT3G17360 33.881 487 278 12 5 452 58 539 2.82e-58 221
MS.gene68189.t1 AT3G17360 33.881 487 278 12 5 452 58 539 2.87e-58 221
MS.gene68189.t1 AT2G36200 36.387 382 205 10 99 446 12 389 9.03e-58 217
MS.gene68189.t1 AT3G45850 34.107 431 227 12 99 497 55 460 1.36e-57 217
MS.gene68189.t1 AT3G45850 34.107 431 227 12 99 497 55 460 1.36e-57 217
MS.gene68189.t1 AT1G18550 34.456 386 224 8 96 455 148 530 3.85e-57 211
MS.gene68189.t1 AT2G28620 36.170 376 209 9 99 446 50 422 2.55e-56 213
MS.gene68189.t1 AT2G28620 36.170 376 209 9 99 446 50 422 2.55e-56 213
MS.gene68189.t1 AT2G28620 36.170 376 209 9 99 446 50 422 3.28e-56 212
MS.gene68189.t1 AT2G37420 33.721 430 230 12 99 497 48 453 1.45e-55 210
MS.gene68189.t1 AT2G37420 33.721 430 230 12 99 497 48 453 1.45e-55 210
MS.gene68189.t1 AT5G47820 36.854 426 196 17 99 469 11 418 2.80e-55 209
MS.gene68189.t1 AT5G47820 36.854 426 196 17 99 469 11 418 2.80e-55 209
MS.gene68189.t1 AT5G60930 34.056 461 238 17 96 503 3 450 7.29e-55 209
MS.gene68189.t1 AT3G49650 36.290 372 210 11 99 450 14 378 7.45e-55 206
MS.gene68189.t1 AT3G63480 35.224 335 199 8 99 417 3 335 7.79e-55 199
MS.gene68189.t1 AT5G60930 34.056 461 238 17 96 503 3 450 1.09e-54 209
MS.gene68189.t1 AT5G60930 34.056 461 238 17 96 503 3 450 1.22e-54 208
MS.gene68189.t1 AT3G63480 34.808 339 199 9 99 417 3 339 3.44e-54 197
MS.gene68189.t1 AT1G72250 34.279 423 242 14 99 506 491 892 6.27e-50 193
MS.gene68189.t1 AT1G72250 34.279 423 242 14 99 506 500 901 6.31e-50 193
MS.gene68189.t1 AT1G72250 34.279 423 242 14 99 506 512 913 6.97e-50 193
MS.gene68189.t1 AT1G72250 34.279 423 242 14 99 506 511 912 7.52e-50 193
MS.gene68189.t1 AT2G22610 37.059 340 193 11 99 425 417 748 2.32e-48 188
MS.gene68189.t1 AT2G22610 37.059 340 193 11 99 425 418 749 3.08e-48 187
MS.gene68189.t1 AT2G22610 37.059 340 193 11 99 425 417 748 3.61e-48 187
MS.gene68189.t1 AT5G65930 34.940 332 190 9 100 416 895 1215 5.01e-48 187
MS.gene68189.t1 AT5G65930 34.940 332 190 9 100 416 888 1208 5.18e-48 187
MS.gene68189.t1 AT5G65930 34.940 332 190 9 100 416 889 1209 5.19e-48 187
MS.gene68189.t1 AT3G50240 34.107 431 216 16 100 482 26 436 7.67e-48 186
MS.gene68189.t1 AT3G10310 36.729 373 200 13 99 453 363 717 1.35e-47 185
MS.gene68189.t1 AT3G10310 36.729 373 200 13 99 453 363 717 1.36e-47 185
MS.gene68189.t1 AT3G50240 34.107 431 216 16 100 482 26 436 2.77e-47 184
MS.gene68189.t1 AT3G50240 34.107 431 216 16 100 482 26 436 3.46e-47 184
MS.gene68189.t1 AT3G54870 34.985 343 199 8 128 451 139 476 9.21e-47 182
MS.gene68189.t1 AT3G54870 34.985 343 199 8 128 451 139 476 9.25e-47 182
MS.gene68189.t1 AT3G44730 35.000 380 215 12 99 454 422 793 1.07e-46 183
MS.gene68189.t1 AT3G44730 35.000 380 215 12 99 454 422 793 1.07e-46 183
MS.gene68189.t1 AT3G44730 35.000 380 215 12 99 454 377 748 1.15e-46 182
MS.gene68189.t1 AT3G44730 35.000 380 215 12 99 454 377 748 1.15e-46 182
MS.gene68189.t1 AT3G54870 34.985 343 199 8 128 451 139 476 1.22e-46 182
MS.gene68189.t1 AT5G42490 40.511 274 143 7 97 358 7 272 4.51e-46 181
MS.gene68189.t1 AT5G42490 40.511 274 143 7 97 358 7 272 5.47e-46 180
MS.gene68189.t1 AT1G01950 32.900 462 234 14 26 449 5 428 6.29e-46 179
MS.gene68189.t1 AT1G01950 32.900 462 234 14 26 449 5 428 9.40e-46 179
MS.gene68189.t1 AT1G01950 32.900 462 234 14 26 449 5 428 9.71e-46 179
MS.gene68189.t1 AT5G27000 37.466 371 204 14 99 452 394 753 9.94e-46 179
MS.gene68189.t1 AT2G47500 37.736 318 181 10 139 446 442 752 2.01e-45 178
MS.gene68189.t1 AT2G47500 37.736 318 181 10 139 446 442 752 2.14e-45 178
MS.gene68189.t1 AT5G54670 36.963 349 190 10 99 422 336 679 2.42e-44 172
MS.gene68189.t1 AT5G27550 34.541 414 229 14 99 497 132 518 4.79e-44 172
MS.gene68189.t1 AT5G27550 34.541 414 229 14 99 497 132 518 4.79e-44 172
MS.gene68189.t1 AT1G73860 35.673 342 196 13 99 422 426 761 5.35e-44 174
MS.gene68189.t1 AT1G12430 32.319 427 230 13 61 442 26 438 6.16e-44 173
MS.gene68189.t1 AT1G12430 32.319 427 230 13 61 442 26 438 6.35e-44 173
MS.gene68189.t1 AT5G54670 36.963 349 190 10 99 422 396 739 6.74e-44 172
MS.gene68189.t1 AT5G54670 36.963 349 190 10 99 422 396 739 6.74e-44 172
MS.gene68189.t1 AT1G73860 35.673 342 196 13 99 422 509 844 1.05e-43 173
MS.gene68189.t1 AT1G09170 36.474 329 180 13 140 452 479 794 1.53e-43 172
MS.gene68189.t1 AT4G27180 36.047 344 192 10 99 418 387 726 2.06e-43 170
MS.gene68189.t1 AT4G27180 36.047 344 192 10 99 418 387 726 2.06e-43 170
MS.gene68189.t1 AT1G09170 36.474 329 180 13 140 452 479 794 2.62e-43 171
MS.gene68189.t1 AT3G20150 29.957 464 263 14 36 450 18 468 2.68e-43 172
MS.gene68189.t1 AT3G20150 31.688 385 224 11 92 450 97 468 2.78e-43 172
MS.gene68189.t1 AT1G09170 36.474 329 180 13 140 452 479 794 4.67e-43 170
MS.gene68189.t1 AT1G55550 36.897 290 168 7 139 418 129 413 1.22e-42 169
MS.gene68189.t1 AT1G18410 35.294 340 199 11 99 422 489 823 1.24e-42 169
MS.gene68189.t1 AT1G18410 35.294 340 199 11 99 422 489 823 1.24e-42 169
MS.gene68189.t1 AT3G51150 43.602 211 113 3 250 455 18 227 1.36e-42 169
MS.gene68189.t1 AT1G18410 35.191 341 200 11 99 423 632 967 1.45e-42 169
MS.gene68189.t1 AT5G41310 33.241 361 200 11 99 443 422 757 8.32e-42 167
MS.gene68189.t1 AT1G18410 35.294 340 191 11 99 422 479 805 8.50e-42 167
MS.gene68189.t1 AT1G18410 35.191 341 192 11 99 423 632 959 8.90e-42 167
MS.gene68189.t1 AT4G05190 37.134 307 167 8 140 424 462 764 1.41e-41 165
MS.gene68189.t1 AT4G05190 37.134 307 167 8 140 424 475 777 1.65e-41 165
MS.gene68189.t1 AT4G21270 36.076 316 172 9 140 429 478 789 3.76e-41 164
MS.gene68189.t1 AT1G09170 37.793 299 159 12 140 422 479 766 4.44e-41 164
MS.gene68189.t1 AT1G09170 37.793 299 159 12 140 422 479 766 4.44e-41 164
MS.gene68189.t1 AT1G63640 33.333 339 207 9 99 422 472 806 1.11e-40 163
MS.gene68189.t1 AT1G63640 33.333 339 207 9 99 422 472 806 1.11e-40 163
MS.gene68189.t1 AT1G63640 33.333 339 207 9 99 422 472 806 1.12e-40 163
MS.gene68189.t1 AT1G63640 33.333 339 207 9 99 422 462 796 1.31e-40 163
MS.gene68189.t1 AT1G63640 33.433 335 205 9 99 422 472 799 2.12e-40 162
MS.gene68189.t1 AT5G27950 35.329 334 194 9 99 417 79 405 3.09e-39 155
MS.gene68189.t1 AT3G16060 32.570 393 231 12 37 414 117 490 4.18e-39 156
MS.gene68189.t1 AT3G50240 35.522 335 157 12 181 469 4 325 6.11e-38 154
MS.gene68189.t1 AT5G02370 29.859 355 210 10 94 427 15 351 1.21e-37 150
MS.gene68189.t1 AT3G16630 32.370 346 200 10 94 414 188 524 5.80e-36 147
MS.gene68189.t1 AT3G16630 32.370 346 200 10 94 414 188 524 5.80e-36 147
MS.gene68189.t1 AT1G09170 34.062 320 164 14 140 452 479 758 3.30e-35 145
MS.gene68189.t1 AT1G09170 37.218 266 140 12 140 389 479 733 9.13e-34 140
MS.gene68189.t1 AT1G09170 37.218 266 140 12 140 389 479 733 9.13e-34 140
MS.gene68189.t1 AT1G01950 35.216 301 154 9 176 449 1 287 8.87e-32 134
MS.gene68189.t1 AT5G10470 29.594 419 247 15 95 500 138 521 2.70e-31 134
MS.gene68189.t1 AT5G10470 29.594 419 247 15 95 500 138 521 2.80e-31 133
MS.gene68189.t1 AT5G65460 28.723 376 239 11 95 453 134 497 1.78e-30 130
MS.gene68189.t1 AT5G65460 28.723 376 239 11 95 453 134 497 2.36e-30 130
MS.gene68189.t1 AT5G65460 28.723 376 239 11 95 453 134 497 2.61e-30 130
MS.gene68189.t1 AT5G65460 28.723 376 239 11 95 453 134 497 3.57e-30 129
MS.gene68189.t1 AT5G65460 28.198 383 239 12 95 453 134 504 4.52e-28 123
MS.gene68189.t1 AT5G27950 35.802 243 138 6 189 417 1 239 1.10e-25 112
MS.gene68189.t1 AT4G14330 31.295 278 164 8 153 416 103 367 1.97e-23 107
MS.gene68189.t1 AT5G23910 27.636 275 184 8 139 412 58 318 2.19e-21 100
MS.gene68189.t1 AT5G23910 27.636 275 184 8 139 412 54 314 2.62e-21 100
MS.gene68189.t1 AT1G20060 29.655 290 175 9 141 411 164 443 2.17e-16 85.1
MS.gene68189.t1 AT1G20060 29.655 290 175 9 141 411 164 443 2.24e-16 85.1
MS.gene68189.t1 AT1G20060 29.655 290 175 9 141 411 164 443 2.24e-16 85.1
MS.gene68189.t1 AT1G20060 29.655 290 175 9 141 411 164 443 2.30e-16 85.1
MS.gene68189.t1 AT1G20060 29.655 290 175 9 141 411 164 443 2.56e-16 84.7
MS.gene68189.t1 AT1G20060 28.956 297 182 9 141 418 164 450 2.65e-16 84.7
MS.gene68189.t1 AT1G20060 29.655 290 175 9 141 411 164 443 2.65e-16 84.7
MS.gene68189.t1 AT1G20060 28.956 297 182 9 141 418 164 450 2.67e-16 84.7
MS.gene68189.t1 AT1G20060 29.655 290 175 9 141 411 164 443 3.12e-16 84.7
MS.gene68189.t1 AT5G65460 27.888 251 163 7 213 453 9 251 2.13e-13 75.5

Find 0 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
57668 gene 39911 50239 39911 ID=MS.gene68189
57668 mRNA 39911 50239 39911 ID=MS.gene68189.t1;Parent=MS.gene68189
57668 exon 39911 40239 39911 ID=MS.gene68189.t1.exon1;Parent=MS.gene68189.t1
57668 CDS 39911 40239 39911 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 40305 40402 40305 ID=MS.gene68189.t1.exon2;Parent=MS.gene68189.t1
57668 CDS 40305 40402 40305 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 40510 40599 40510 ID=MS.gene68189.t1.exon3;Parent=MS.gene68189.t1
57668 CDS 40510 40599 40510 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 40916 40968 40916 ID=MS.gene68189.t1.exon4;Parent=MS.gene68189.t1
57668 CDS 40916 40968 40916 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 42209 42274 42209 ID=MS.gene68189.t1.exon5;Parent=MS.gene68189.t1
57668 CDS 42209 42274 42209 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 42595 42648 42595 ID=MS.gene68189.t1.exon6;Parent=MS.gene68189.t1
57668 CDS 42595 42648 42595 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 42833 42892 42833 ID=MS.gene68189.t1.exon7;Parent=MS.gene68189.t1
57668 CDS 42833 42892 42833 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 43265 43343 43265 ID=MS.gene68189.t1.exon8;Parent=MS.gene68189.t1
57668 CDS 43265 43343 43265 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 43466 43533 43466 ID=MS.gene68189.t1.exon9;Parent=MS.gene68189.t1
57668 CDS 43466 43533 43466 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 43854 43910 43854 ID=MS.gene68189.t1.exon10;Parent=MS.gene68189.t1
57668 CDS 43854 43910 43854 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 44008 44112 44008 ID=MS.gene68189.t1.exon11;Parent=MS.gene68189.t1
57668 CDS 44008 44112 44008 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 44543 44647 44543 ID=MS.gene68189.t1.exon12;Parent=MS.gene68189.t1
57668 CDS 44543 44647 44543 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 44880 44987 44880 ID=MS.gene68189.t1.exon13;Parent=MS.gene68189.t1
57668 CDS 44880 44987 44880 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 45078 45209 45078 ID=MS.gene68189.t1.exon14;Parent=MS.gene68189.t1
57668 CDS 45078 45209 45078 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 45313 45495 45313 ID=MS.gene68189.t1.exon15;Parent=MS.gene68189.t1
57668 CDS 45313 45495 45313 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 46333 46533 46333 ID=MS.gene68189.t1.exon16;Parent=MS.gene68189.t1
57668 CDS 46333 46533 46333 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 47027 47167 47027 ID=MS.gene68189.t1.exon17;Parent=MS.gene68189.t1
57668 CDS 47027 47167 47027 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 47377 47496 47377 ID=MS.gene68189.t1.exon18;Parent=MS.gene68189.t1
57668 CDS 47377 47496 47377 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 47600 47650 47600 ID=MS.gene68189.t1.exon19;Parent=MS.gene68189.t1
57668 CDS 47600 47650 47600 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 47826 47873 47826 ID=MS.gene68189.t1.exon20;Parent=MS.gene68189.t1
57668 CDS 47826 47873 47826 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 48018 48161 48018 ID=MS.gene68189.t1.exon21;Parent=MS.gene68189.t1
57668 CDS 48018 48161 48018 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 48787 49515 48787 ID=MS.gene68189.t1.exon22;Parent=MS.gene68189.t1
57668 CDS 48787 49515 48787 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 49922 50051 49922 ID=MS.gene68189.t1.exon23;Parent=MS.gene68189.t1
57668 CDS 49922 50051 49922 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
57668 exon 50154 50239 50154 ID=MS.gene68189.t1.exon24;Parent=MS.gene68189.t1
57668 CDS 50154 50239 50154 ID=cds.MS.gene68189.t1;Parent=MS.gene68189.t1
Gene Sequence

>MS.gene68189

ATGGCGTCTTCTTCTCGAGCACGAAGTAGCTCACCGTTTTCTCACCGGAAACCATCAACACCTTACTCTTCAACTTCATCCTCTTCTTCTCTCACTAACGGAAGAATAATACCTCGTTCTTCATCTTCCACTACGTCCTCGTTTTTCAACGCTCGATCCACCACTCCGAATCGCGGTCGGAGCGAGTCAACGTGTTACGGAGGTTCGCGCGGTGGTTATAGAGATCGTTCTCCGGTTGCGTTTGGTGGCGAGGAGCTGAGTGTGGATCCTGTTGAGACGTCCACGTCAGCCGATAGCATTTCTGTTACGATTCGGTTTCGTCCGTTAAGGTAAGAGTTTAGATCTGTGTTTTGATTTCAGATCCATTTTGTGTTACTGAATGATTTTGTTGCAGTGAAAGGGAATATAATAAAGGTGATGAAATCGCGTGGTATGCTGATGGTGATAAGATTGTTAGAAATGAGTATAATCCAGCAACTGCTTATGCATTTGGTATAGTTTTGATATATTCATTTTCATGGATTTTATTTAGTTGGAAATTGATTATGGTTTTGAGTTTTGTGTAGTAATGATAAATTGTGGATGTTAATTTTTAACAGATAGAGTATTTGGGCCACATACCGTATCCGATGAGGTGTATGAAGTAGCTGCCAAACCTGTGGTGAAGGCTGCCATGGAAGGTGTCAATGGTATGAAATGCTAATTCTGGAATTCAGGCTAATTTAGAATGTGTTGTGTGAATAGAGTTTGATTTTGTACTACCAAGTACCAAGCCATTTTCATGGATTGATCAATGCTGTTTTAGTTTCTTATGATATCTTTATCTTTACTAGAATAAATAGGTTGACTGATTAGATATATAGAATACTGTTTAGTGTTAGAGTGGCTAATGAGTCAACTGAGTTTTGAGGATCACTTTTTTCCTTTTATAAAGTTGTTCCGGTTAATGGAAATGGAAAGTAACTTTAATAATGGAAAGTAACTTTTTAATTCTAAACATTGCAGGAACTGTATTTGCCTATGGTGTGACGAGTAGTGGAAAGACACATACTATGCATGTAAGTGTCTTTCTCTGGCTTACAATATTTTCCTTTTATGCTTTCATTTGATGTTTTGTGTTCAAAGCGAGAGAGTTCCGTGCCGCCTTTCATCAATCATCATATTGCAATTCTTTAGTTTGTTATTTAGATTACAGTGTTTACTCGGGTAATGTTGGATGTTTGTAAAAAAAAAGGTTTGTGTCAGTTAGTAATCTTGTGCTGGTTTCAGAGTTTTGAACATGGCAGTGCTTATGCTACATGGCGACTACTTCTTGTTAGCGTTGCCTTTTTGTACAAATTTTGTGAGGAATGTAGGTTGTAGTAATATTCTAGCTGTTGCTTTATGTTTTAGTAGCCAAAGATCACGTTTTATGAGATTAGTTTTTGGGTAATATATAAAGGGTTTTGATTCACTTACAGTTTATACATTTTTTTACTTCCAAGGTATTACACAGTCTGGTAAACTACTAATTAAGACTATACTAACAATTTACAATCAATCACACTCAAGGCACCTTGTAGGATTAAGATCATTCTTGGTGGAAACTGAAAAATGACAGTGATGGTTAAAAGGATTTAAAAAAGAATATATACAGAAGAAGGATGCACGATACATTGGAAATTGGAGAAAGTTTTGTATTTTAATGCCATTCCGCTATGGAAAAGGGTGTTGCAATGATTATACTAACCATTTAATTTGATATTGGAGTCTTAGTTGCTAGAGTATGCATGCTTTGCAGTAAATGTATTTTAAATCCAATGCTTGAAATTTCATATTTCTGTCCAATACACATAGTTTTGATGACCCATTCTTGTTACCTGTTAAAAATAAAAAATGCCCTTGCTCCTGTTTTGCTATTTTCACTCCCCGTAGTTAAATCATATGAAGTGCGATGTTATAAACTGACTTTGTATTTAGGATGGTCTGTTACCATGTTGTAATGTGTTGCAATTGCAAATAAAAATGATAAGAAATCTAGTCTCCAATTGCAAAATCATGGATGACTAGAAATATTATTGTGTGACTGGCACTGGTCTTTTGTGTGTATACAACAACAATAATAGCTCTCATAAATGCTCTAATGTGATATGCTTGGTCCACTTGTAGTTCTTACAAATGTTAGCTCTCATATAGTTTGCTTCTGTTTCACATGTCTTTCTGTGTGTGATCTGCAGTATCTTATTGGTATACTTTTCTACGTAGTTGCGATCTTTTGACTTGTGTTTTTAATTTTGTTTTCAATAATAATATATGCAGGGTGATCAAAATTCTCCCGGTATAATACCATTAGCAATAAAGGATGTTTTCAGCATGATCCAAGATGTAAGCTTTCTTGCCAATTTAGTAATTATTAATTTTTTAAATTACATAGGTGCTACCGTTGTTTATTATATTTTGTTCAATGAAGTACACGGGATATCTTTGTACCCTTTTGTCACAATTGCCATCTCTCTCTTTCTGTGTGTGTTAAGTGTGTGCATCACTCTCCCTTTCCCGTTTGTTTGGCCATCTTTTTGCTCGTTTTTGTTATTACTTATTTATTACAAGGATATGCCCTGATTCGTAATTATTTATTTCTGCTTCAACTTGGCATGATTGGAAGCATCATATCCCAGCTATTTCTAATTGAACTTTTGCTGCAGACTCCAGGAAGAGAATTCTTACTCCGAGTGTCATATCTAGAAATATACAACGAGGTAATAACTGAACATTGTTTGCCAAATGATGTTTACAATGAACATGCTCCAGTCTATTTTTCCCTTTGATGACCATTATTTGACACAGATTGTTATATTGTTGCATGCATATTGTGTTTTGTTTGTGCACATATTCCAAAATATTTGATTTAGGTATACGATGGTTGGTTCTGCTTGGTTTCAGGTGATAAATGATTTGCTTGACCCAACTGGTCAAAATTTACGAGTCAGAGAAGATTCACAGGTTTCTCTCTATACTCGTCTTGATTGATACCTTATTACTGTTGTTTGTTTTTCCATCTATCTTTTTATCTTGTGATCATGGGTCTCTATACTCTTGTCTTGATTGATACCTTACTACTGTTGTTTTTCCATCTATTACTCTGTTTTCATTGTAATAGAGCATATGCGCTTTTGCATGATCAATGACAGTGTTCATTGTCTGAAAATTGATCTTTTAATTTATCACAGTCCACTACTTTCATAAAAATACTCAGTGTTAAAATAACGAGTTAGAATTTGAAGAGTATCTTGAAAATTAGTGTTGGTTTAGAAGTTGGGAATACTATTATTTAGTTATGTCTAATTGTGGTTATATTCAATTATTGATGTTAAGGGAACTTATGTTGAGGGTATAAAGGAAGAAGTTGTTCTATCTCCTGGACACGCCCTTTCTTTTATTGCTGCTGGAGAAGGTACTTGCATTGATAATGATAGTTACACATTTCCTCCCAATTGTATTTTATTAAAATATAACATTATTCATGGATAATGATTGTTTACGAAATATTTTTAAGTTTTTTTCTTTTTTGTGCAGAGCATCGCCATGTCGGATCAAATAATTTTAATCTTTTTAGCAGCAGGAGTCACACAATATTCACACTGGTAAACATGTTTGATATGACACTGTTAAAATTGTTATCCAACAGATCCCCTTCATTTTTAATTGTATAACGAAAATTATCTATTACATCCCAAGGCAGTAAGTTTTCAAATGTCTAAGCAGATTACTGCACTTTTATACACCTATGTTTGTTGGAGCTGATTCATGATTGAAAGGCCAAAGGGTTTACTCATTTCTCAATTAATGTATTTTGGCTGTCTGTCTTGAATCAAGCCTCATCAATGCATCAAAATATATTTCTAATTTATTTTGTTTTAATATGAAAATCTAAGAGCTCTGTCGTCATCTAATACATTTACAGATGATTGAAAGCAGTGCCCATGGTGATGAGTATGATGGAGTGATCTTCTCCCAGCTTGTACGTAACAATTATTACTTATGACTTCACCGAATTTTCATATTTATATGAGTTGGATCACTATTTTCATTTTGTGTTTGCTTATGTCTTCGTTCAGAACTTGATTGATTTGGCTGGATCTGAAAGTTCGAAAACTGAAACAACTGGATTAAGAAGAAAAGAAGGATCTTACATCAACAAAAGTCTTCTGACGCTTGGAACAGTAGGTGTCATTCAATGTCTATATTTTTGCTACGGAGAAGATTTGTCATGTCTTTCTATTGCACCTGAGACCACCATTTTTAATTTCTATATTTTTATCTAGTGAGAAGTATTACTATGACATTTTCTTTGTATGACACGATAGTCTCAGAGCATGCAATATTTTTTGGGTAGAAAGATATTTATAACCGTCTGAAAATCATGTATGTCCTATCTGTTTTTTTTGGTAAGCAAGCAGGCAGAAATAACTGTATCTCATATTTAGTTCTGTTAAATGTTGAGGAAACATTTATCTACCACGCTGGACTATCTTTCAAATAACAGTCTTTTTTATGTGTGTGGGAGCTGATCGAATTGCATGTTGATTTATTTTGTTTTCCCTCTCAGGGAGGGCACGCAATTAATGTCTTGATTTTGTGATTTCAATGAAGGTTATAGGAAAGTTGAGTGAGGGAAAGGCATCTCATGTTCCGTATCGAGATTCAAAGCTAACCCGCCTCTTGCAATCTTCTCTTAGTGGGCATGGCCATGTTTCAGTAAGTTTGGAATTCCATAGCATTTTCAATAATTTAATTGCTTAACAGTAACTTTTGCTGTCTCTTTTAACTATGTATTATTCTAGATTGTGATTCTATTTTAATATGCTACTTAAGTAAGGCATTACTATAGCTATTCAGTTTCTCATGTATGGATTTATTGGAACTGAATGTGTTAGGGTGTCTGCACATGAGTTTCTTATTAACATTTGCTGTAACATGAAAATTTCAGCTTATATGCACTATAACTCCAGCGTCCAGCAATATGGAGGAAACTCATAATACTTTGAAGTTTGCCAGCAGGGCGAAACGAGTAGAAATATATGCGTCGCGAAATAAGGTCAACTCAAACTATTAATCATCTATACAATTGCATGCCTATAAGGATATAATTGAGATTTCTGATTCTCGGTGGATTTATTTGTTGCAGATTATTGATGAAAAGTCTCTAATTAAGAAATACCAGAGAGAAATTTCTGTTCTAAAACTAGAACTTGATCAAGTAAAGAAGGGAATGCTAGTTGGTGTCAGTCATGAGGAGATTATGACCTTAAAGCAGAAGGTTTTTAGCTTCATCTGGTGTTCATTTCATGTTGTGATTGTTAAAAAGGCTTTTGTGACTGTCTACCCATATTTTCTTATATATTGTGCTGTTATATGAGTAGTTGGAAGAAGGTCAAGTGAAAATGCAATCAAGATTGGAAGAAGAGGAAGATGCCAAGGCTGCTCTTATGAGTAGGATTCAGAGGCTAACCAAACTCATTCTGGTTTCCTCAAAGAATACAATTCCTGGATATCTTACTGATGTTCCCAACCACCAGCGAAGTCACTCTTTTGGCGAGGAAGAAGTGAGCTACTCTTTAAATTAACTAGTGTAGATTGTGTTATAATTTTTTTCTTCCTCCTCATTTTGGGGGTGCTAGTACTTTGGAGAGACTTGGCACAATTGTTAAAGTTGCCTCCTTATAATTAGGAAGCTAAAGGTTTGAGCTGTCAAGTTTAAGTTGTTTATGATAAATTTGGTTTAGGTACGACCTTTTCCCTGTATCTCACCTTGGCTTCAAAGTTTTACATTATCAGGTTGCCAACCTCTCCATGCAGAACCTTTATTGCGTGGAAGTTCTAGTGCCTTCCGCTTCTTACTTTGATTTGCAGTAAAACTAGTTTAGCATATTAGGTTTCTCTTCATATTCTAAATTTTCATGTTGTCACCAGCTGGGCTCCAATTGAGTTTTAATAGGGACTACTATGCAGCGGTCTGTGTTCTTCTGTCACTGATTTAGTACAGTGATATAAGCCATTCTGCTGGGGAAATGCTTGAAGTCCAAAGGTTTTATTTATTTATTTTTGATAGAGAAAGTTAGTAGTTAATTACTCAGGGAGAGGGGAGAATGTTAGTATTAGGGATTGAACCCTAGAACTCCTACATAGAACTCTTTCTGTGTGCCAACCCATACTACTGTACTAGAGGATTTCAATTGAATCATTCTATGGCGTACTTTTTAACAGTTTAAACTTTTAAATTGAGTTGGATTTTGACTGCTCTAGTGCTAAACTATCTATTTTCTTAAATATATTATTGCATAGCTGAATATCTTTTGTCCAGATGATCTTTCTTTATGCGTCCTTCTTTCTGGAAGTATTACATAATTTATAAAATATTTATATCCTTTTTATTTTTCCAGAAACTTGATGCATTTCGTGATGGTATGTTGGTTGAAAATGAGAGTAAAAAAGACGCCTCTGCAGTGTCATCACACCTGTTTCATGATGGTAGACATAAAAGATCATCAAGTAGATGGAATGATGAATTCTCCCCAACTAGCAGTAGTGTTACTGAATCAACACAAGCTGGTGAACTGATAAGCAAAGCAAAACTGGCATCAGTAAATTCAATCTCTCTCTCTAACAATATTGTTACTTTTCAATCTTAATTTCATATCACTTGTCTCAAATCTCAATTTTTTTTTAAATAATTGTAATCACAATAAAGCTTTCAAAGTGGGTGAGTGGACAACTGTATTTATATTGGGGTCAGTCTGTAGTCTGGTTTTTAAATTGGCTACTTAACTGTTTATCAAGGGTCAAGTTGGCATTTGTCTTCCACTTAACTGTTTACCTTGGATTGTTTAATTTAACATATAGTTTGTAGTTTAACCATCCTAGGGAATTTATATCAGAGGACTGCTATCAGATATATGATACAACTTAGCAAAATCATGGTGAAAAATGCTTGAGTGGATGTGCCAATATCTTTCCTTTTATTTTTTTACAATACCTTCACTTGAGTATTGTATTTCATTGACGTTTCTTACTTTTAGTGGTCAGTCACTACACACTCTTTCAAAATTGTTACATGTACTGCCTCTTGAATTGTAGGGTGGGGTTTCAATATCCGATCAGATGGATCTTCTTGTTGAGCAAGTCAAGATGCTGGCTGGAGACATTGCCTTCAGTACCAGCACTCTGAAGCGCTTGATTGAGCAGTCTGTAAATGACCCTGATGGATCCAAAAGTCAGGTATTCTGCCTCGTTTTCAAACACTTTTTCACTTAATTGTATTGGCATGAAAGAGTAATAAACACCTTTCTATATACTGTTTGGTCTAATTTACACCAATGTACATACCTACAGTGTTATCGAGTTTTTTGATGCCAAACAGTTTTGCAAAAATGTTTATGGAGTTTTGATGCACCACGCCTTCTTAGAAAATACTTTTATAATTACAGATTGAAAACTTAGAACGTGAAATCCAAGAAAAAAGGAAGCAAATGAGGCTGTTAGAACAAAGATTAACCGAGACTGGTGAATCTTCTATGGCTAATTCATCACTAGTTGAAATGCAGCAGGTATTTTGACAATCTTACTGTTTTGAAGCCTGCATATTAAGGTAAATGATTTAATAATACTCATTCATGATTTTTTTATTCTTCTCTGGGTTTGTTATGACAGACGGTCTCAAGATTAACGACTCAATGTAATGAAAAAGCCTTTGAGTTGGAGGTGAGTAGTATTTTAGCAATGTTGGAGTGTTTCTTGGGTAGTAATCTAGTTCCAAAATAATGATTTTTGTACACACTTGTATATGGTCATTGAATTGTACTCATTCAGCTTACACCTTGGTCGACATTGATAATTTTTTAACCATGCATAATATGTCTCTTCGAAACATCTGTAGATTAAATCTGCAGACAACCGTGTCCTTCAGGAGCAGCTAAATGATAAGGTACATGTCTTCACTCGCAATTTGTGCCCCATATGGAATACTTTTATTGGGTTTTCCGTCCTTAAAGTTGTATTGATTCGTTGTACATATAATTACGAAGTTTGTATCTGACAGCCTCACTTATAAATTTTCTTTTGTCAACAGTGTTCTGAAAACAGAGAGTTGCAAGAAAAGTTGAAGCAACTGGAGCAGCAACTAACAGCAAGTTCTAGTGGTACATCATTATCTTCTGAACAATGTGCATCCGGAGAACACATTAATGAGTTAAAAAAGAAGATACAATCCCAGGTAACTGACATTTTTTTCAAAGCAGCACAGTTTGATGGATTATATGTTTTCTATGTCATTCAATTGTTTTTTGTTCACTTTCGTAACTATGATGTTTTTTCACCCTGCATGTCAAACTACTTCCTCTGCATTTATTACTTGAAATCACTTATTGGGATTGTAATTTATAATCTTTTTGTTAGACGCTTCTGAGTATTGAATAAGGCAGTTATCCTATATGATATTTTAATTAGGAGGGCAGTGATATATTGTTTTAATTAGGCCAATTATGGTTATGTGTGGCACAGTGGCAGTGATGTTTTTGTGTTATAAATAGGGAAATTATGGGATATTTCTGAATGGTTATGGGTGGGAGAGACCAGGCTCTTGAATTCTTGGAGGGAGAGACCAAGACTCTCGAATTTTTTGGATAGTAACTGTATAATAATATATCTCTATCCTTAGTTTATGTGTGAATTATATATTATCTAGTGTGCGTAATTGTTTCTTGTAAACTCGTCTGCCATCAATAAAAGACAGTTACAAAAATGTATTTTGGTACCTGTTTCTAACATTTCCTAAGCTCCTGAATGATGACACAATGTTGTGTTGATTACTGAGCTGACGTTTTCTTCCTTGTTTTCAGGAAATTGAAAATGAAAAACTTAAGCTAGAGCAAGTTCACTTGTCAGAAGACAATAGTGGGTTGCGTGTCCAGAATCAGAAACTATCGGAGGAAGCTTCTTATGCCAAAGAATTGGCCTCTGCTGCTGCTGTAGAACTGAAGAATTTGGCTGGGGAAGTGACAAAACTTTCATTGCAAAATGCAAAGTTGGAAAAAGAATTGATGACTGTACGAGACCTGGCCAACTCCCGTGTTGCTGTCCAAATGGTTAATGGTGTTAACCGTAAGTACAGTGATGGAAGATCTGGGAGGAAGGGGAGGATTTCTAGCCGTGCTAATGACCTTTCAGGAGCTGGTCTAGATGACTTTGAGTCATGGAGTCTTGATGCTGATGATTTGAGGCTGGAACTGCAGGCCAGGAAACAGCGAGAGGCTGCTCTGGAGTCTGCGTTGTCTGAGAAAGAATTTGTGGAAGAGGAGTTCAGGAAAAAGGCTGAAGAAGCCAAGAAAAGAGAAGAAGCCTTGGAGAACGATTTAGCTAATATGTGGGTCCTTGTTGCTAAGTTAAAAAAAGAAGGCGGAATTGTCCCAGAATCAAACATTGATAAAAAATTTGACGGGGCTGAAAACATAAACGGTCAACAAAATAACGACCATGAGTGTAATTTTCTCTCTAAGGAGCAGCATCTGGATGTATCAAAACCACATGGTGAAATTCCTAAGGAAGAACCCCTGGTTGTGCGCCTCAAGGTAACAGTATACTGCAGTTATTTTAGTGTTTCTTTGTCCTAGAAAAATTCTGAACTGATTTTCTATATAGATTGGCTAACAGGAAATTAATTTGATCAAAATACTAACCCACCCAATGTGCCTAGTTATACTAATATTCCAAGGAATGCTAGCAACACACAATTCTCTCTACACTGAATTATATTTAGAAACAATAAACATATCTGAAGGTATTTTCTTAATATTCTACCAATTGGATAACCTGAGTATAACATGGTGCCGATTCAGTTTCTGCAGTAATTACTCATATTTTTAAATTAAGTCCAATGACTAAGCGCATAATTTCTTGATATTTACTGCAAAATTTATAACTTTTGCCAGAACGATCTGCTGAGAGACTGTTTGTGTTGCAATGTTGTGATTTCAGGCACGTATGCAAGAGATGAAGGAAAAAGAACTCAAGTACCTTGGAAACGGTGATGCCAATTCCCATGTTTGTAAAGTATGTTTTGAATCTCCAACTGCTGCTATTCTTCTTCCATGCCGACATTTTTGTTGTAAGTATTTTCAATAGATGTCTAAAACTATTTCCCTCAGATTCTTGGCATTTTTTTTTTTTTTTTGCAAGAATACTAACAGCCTCTTGTTTGCTCTTGCAGTGTGTAAATCTTGTTCACTAGCTTGTTCTGAGTGTCCTATATGTCGCACAAATATTACAGATAGACTTTTTGCTTTTACATCTTGA
Protein sequence

>MS.gene68189.t1

MASSSRARSSSPFSHRKPSTPYSSTSSSSSLTNGRIIPRSSSSTTSSFFNARSTTPNRGRSESTCYGGSRGGYRDRSPVAFGGEELSVDPVETSTSADSISVTIRFRPLSEREYNKGDEIAWYADGDKIVRNEYNPATAYAFDRVFGPHTVSDEVYEVAAKPVVKAAMEGVNGTVFAYGVTSSGKTHTMHGDQNSPGIIPLAIKDVFSMIQDTPGREFLLRVSYLEIYNEVINDLLDPTGQNLRVREDSQGTYVEGIKEEVVLSPGHALSFIAAGEEHRHVGSNNFNLFSSRSHTIFTLMIESSAHGDEYDGVIFSQLNLIDLAGSESSKTETTGLRRKEGSYINKSLLTLGTVIGKLSEGKASHVPYRDSKLTRLLQSSLSGHGHVSLICTITPASSNMEETHNTLKFASRAKRVEIYASRNKIIDEKSLIKKYQREISVLKLELDQVKKGMLVGVSHEEIMTLKQKLEEGQVKMQSRLEEEEDAKAALMSRIQRLTKLILVSSKNTIPGYLTDVPNHQRSHSFGEEEKLDAFRDGMLVENESKKDASAVSSHLFHDGRHKRSSSRWNDEFSPTSSSVTESTQAGELISKAKLASGGVSISDQMDLLVEQVKMLAGDIAFSTSTLKRLIEQSVNDPDGSKSQIENLEREIQEKRKQMRLLEQRLTETGESSMANSSLVEMQQTVSRLTTQCNEKAFELEIKSADNRVLQEQLNDKCSENRELQEKLKQLEQQLTASSSGTSLSSEQCASGEHINELKKKIQSQEIENEKLKLEQVHLSEDNSGLRVQNQKLSEEASYAKELASAAAVELKNLAGEVTKLSLQNAKLEKELMTVRDLANSRVAVQMVNGVNRKYSDGRSGRKGRISSRANDLSGAGLDDFESWSLDADDLRLELQARKQREAALESALSEKEFVEEEFRKKAEEAKKREEALENDLANMWVLVAKLKKEGGIVPESNIDKKFDGAENINGQQNNDHECNFLSKEQHLDVSKPHGEIPKEEPLVVRLKARMQEMKEKELKYLGNGDANSHVCKVCFESPTAAILLPCRHFCLCKSCSLACSECPICRTNITDRLFAFTS