AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene005614

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene005614.t1 MTR_1g088750 98.392 1244 15 3 1 1240 1 1243 0.0 2502
MS.gene005614.t1 MTR_1g088750 94.453 1244 15 4 1 1240 1 1194 0.0 2382
MS.gene005614.t1 MTR_1g088730 72.366 1234 301 15 24 1240 27 1237 0.0 1749
MS.gene005614.t1 MTR_3g089100 59.350 1139 415 18 123 1240 125 1236 0.0 1228
MS.gene005614.t1 MTR_3g089100 58.042 1144 393 19 123 1240 125 1207 0.0 1203
MS.gene005614.t1 MTR_3g089100 57.867 1144 390 18 123 1240 125 1202 0.0 1202
MS.gene005614.t1 MTR_5g009840 43.790 628 251 8 677 1240 243 832 4.44e-162 504
MS.gene005614.t1 MTR_5g009840 39.362 94 51 2 421 510 44 135 6.22e-14 77.4
MS.gene005614.t1 MTR_8g099065 42.130 648 252 10 677 1240 252 860 3.46e-155 487
MS.gene005614.t1 MTR_8g099065 38.938 113 61 3 425 531 57 167 1.07e-15 83.2
MS.gene005614.t1 MTR_6g033740 42.351 621 257 9 677 1240 237 813 8.73e-155 485
MS.gene005614.t1 MTR_6g033740 37.963 108 59 2 421 522 49 154 3.68e-14 77.8
MS.gene005614.t1 MTR_1g099480 40.000 610 277 8 677 1240 219 785 4.01e-136 434
MS.gene005614.t1 MTR_1g099470 47.444 489 232 9 770 1240 269 750 2.59e-132 423
MS.gene005614.t1 MTR_1g099470 38.462 104 57 2 423 519 45 148 1.09e-13 76.3
MS.gene005614.t1 MTR_4g074920 41.131 513 265 7 720 1231 460 936 1.78e-115 384
MS.gene005614.t1 MTR_1g101870 51.743 373 153 5 884 1240 461 822 6.19e-115 379
MS.gene005614.t1 MTR_1g101870 50.919 381 160 5 876 1240 505 874 1.93e-114 379
MS.gene005614.t1 MTR_8g099065 40.984 488 187 8 677 1102 252 700 2.18e-105 349
MS.gene005614.t1 MTR_8g099065 38.938 113 61 3 425 531 57 167 1.43e-15 82.4
MS.gene005614.t1 MTR_1g099480 39.381 452 213 4 677 1102 219 635 6.83e-94 315
MS.gene005614.t1 MTR_3g092070 51.211 289 133 3 902 1189 47 328 2.44e-90 297
MS.gene005614.t1 MTR_3g092080 53.488 258 119 1 913 1170 62 318 3.62e-89 294
MS.gene005614.t1 MTR_3g092070 53.184 267 123 2 902 1167 47 312 4.51e-89 291
MS.gene005614.t1 MTR_3g092080 53.488 258 119 1 913 1170 62 318 5.99e-89 292
MS.gene005614.t1 MTR_6g023855 43.771 297 143 8 935 1226 246 523 1.23e-68 241
MS.gene005614.t1 MTR_6g023875 43.581 296 144 6 935 1226 382 658 2.47e-68 244
MS.gene005614.t1 MTR_7g075520 41.638 293 150 6 935 1226 212 484 7.58e-63 223
MS.gene005614.t1 MTR_4g011810 39.365 315 172 6 918 1226 226 527 9.06e-63 224
MS.gene005614.t1 MTR_4g096870 44.275 262 137 4 935 1195 119 372 2.11e-60 213
MS.gene005614.t1 MTR_6g023865 39.871 311 146 9 935 1225 158 447 5.71e-58 208
MS.gene005614.t1 MTR_2g086160 44.344 221 116 5 935 1153 132 347 5.13e-53 190
MS.gene005614.t1 MTR_2g086160 44.545 220 115 5 935 1152 132 346 1.23e-51 189
MS.gene005614.t1 MTR_4g053350 44.091 220 116 5 935 1152 127 341 3.82e-51 187
MS.gene005614.t1 MTR_4g053350 44.091 220 116 5 935 1152 127 341 4.28e-51 187
MS.gene005614.t1 MTR_6g023845 37.838 296 134 10 935 1226 116 365 1.77e-48 177
MS.gene005614.t1 MTR_1g063380 36.913 298 170 8 935 1220 478 769 1.70e-46 181
MS.gene005614.t1 MTR_1g063380 43.103 232 126 4 935 1164 205 432 1.78e-44 174
MS.gene005614.t1 MTR_2g095210 41.102 236 132 5 935 1166 406 638 3.07e-45 176
MS.gene005614.t1 MTR_2g095210 48.780 82 41 1 935 1016 207 287 1.19e-13 76.3
MS.gene005614.t1 MTR_7g101870 37.543 293 172 8 936 1220 480 769 5.91e-45 176
MS.gene005614.t1 MTR_7g101870 42.672 232 127 4 935 1164 206 433 4.70e-44 173
MS.gene005614.t1 MTR_3g117230 37.662 231 135 5 935 1160 139 365 4.42e-42 160
MS.gene005614.t1 MTR_2g095320 37.634 279 148 8 935 1204 421 682 1.13e-41 165
MS.gene005614.t1 MTR_2g095320 40.517 232 128 5 935 1164 153 376 5.44e-39 156
MS.gene005614.t1 MTR_3g112260 36.797 231 137 5 935 1160 136 362 3.51e-41 157
MS.gene005614.t1 MTR_4g094270 39.224 232 131 5 936 1161 157 384 3.32e-40 155
MS.gene005614.t1 MTR_7g088830 39.130 230 134 4 935 1161 658 884 4.78e-40 161
MS.gene005614.t1 MTR_7g088830 33.091 275 150 11 969 1235 423 671 1.12e-26 118
MS.gene005614.t1 MTR_7g088850 37.818 275 157 5 905 1168 245 516 1.13e-39 156
MS.gene005614.t1 MTR_7g088850 27.372 274 170 7 960 1226 38 289 6.33e-14 76.6
MS.gene005614.t1 MTR_7g089040 37.826 230 137 4 935 1161 685 911 5.70e-39 158
MS.gene005614.t1 MTR_7g089040 32.155 283 165 8 974 1235 422 698 1.76e-28 124
MS.gene005614.t1 MTR_7g099640 37.662 231 135 5 936 1161 188 414 6.94e-39 151
MS.gene005614.t1 MTR_7g099640 37.662 231 135 5 936 1161 188 414 8.45e-39 151
MS.gene005614.t1 MTR_1g069105 37.229 231 136 5 936 1161 189 415 8.53e-39 151
MS.gene005614.t1 MTR_1g083330 37.288 236 136 6 930 1160 165 393 9.71e-38 147
MS.gene005614.t1 MTR_4g033235 37.288 236 136 6 930 1160 166 394 1.09e-37 147
MS.gene005614.t1 MTR_3g104470 39.744 234 130 6 926 1155 215 441 1.19e-37 152
MS.gene005614.t1 MTR_3g104480 40.598 234 128 6 926 1155 213 439 2.25e-37 151
MS.gene005614.t1 MTR_3g062510 37.229 231 138 4 935 1161 159 386 5.70e-37 145
MS.gene005614.t1 MTR_2g007010 35.526 304 180 8 934 1226 237 535 6.44e-37 150
MS.gene005614.t1 MTR_2g007010 35.622 233 142 5 935 1163 528 756 3.15e-34 142
MS.gene005614.t1 MTR_3g115110 38.934 244 139 6 932 1170 246 484 3.69e-36 147
MS.gene005614.t1 MTR_2g438140 40.529 227 125 6 934 1155 285 506 3.75e-36 147
MS.gene005614.t1 MTR_4g094662 40.529 227 125 6 934 1155 228 449 4.61e-36 147
MS.gene005614.t1 MTR_2g438140 40.529 227 125 6 934 1155 225 446 4.76e-36 147
MS.gene005614.t1 MTR_7g010800 39.331 239 133 7 934 1167 205 436 6.48e-35 143
MS.gene005614.t1 MTR_5g069780 38.224 259 140 9 935 1178 313 566 2.58e-34 142
MS.gene005614.t1 MTR_3g462930 38.610 259 139 9 935 1178 304 557 2.60e-34 142
MS.gene005614.t1 MTR_7g088980 37.229 231 138 4 935 1161 136 363 2.70e-34 137
MS.gene005614.t1 MTR_5g075340 39.565 230 130 6 929 1155 223 446 2.78e-34 142
MS.gene005614.t1 MTR_7g088980 37.229 231 138 4 935 1161 218 445 1.39e-33 137
MS.gene005614.t1 MTR_7g088980 37.229 231 138 4 935 1161 286 513 2.01e-33 137
MS.gene005614.t1 MTR_7g088980 31.081 296 166 11 950 1235 32 299 2.52e-21 100
MS.gene005614.t1 MTR_7g088980 37.229 231 138 4 935 1161 312 539 3.60e-33 137
MS.gene005614.t1 MTR_7g088980 31.227 269 154 9 974 1235 81 325 5.43e-21 99.4
MS.gene005614.t1 MTR_1g095660 35.294 255 149 8 935 1178 118 367 3.97e-33 133
MS.gene005614.t1 MTR_1g028390 38.912 239 133 7 921 1155 316 545 5.15e-33 138
MS.gene005614.t1 MTR_6g016600 37.872 235 137 5 930 1160 312 541 5.97e-33 136
MS.gene005614.t1 MTR_7g089290 36.889 225 134 6 935 1154 639 860 7.16e-33 138
MS.gene005614.t1 MTR_7g089290 36.889 225 134 6 935 1154 667 888 7.77e-33 138
MS.gene005614.t1 MTR_3g023900 33.735 249 141 7 935 1163 531 775 1.04e-32 137
MS.gene005614.t1 MTR_3g023900 31.410 312 185 9 934 1224 233 536 3.90e-28 123
MS.gene005614.t1 MTR_7g078570 37.179 234 134 7 935 1160 192 420 1.48e-32 135
MS.gene005614.t1 MTR_2g101290 36.752 234 138 6 933 1161 413 641 3.49e-32 135
MS.gene005614.t1 MTR_2g101290 37.021 235 136 7 933 1161 413 641 6.23e-32 135
MS.gene005614.t1 MTR_7g096060 36.481 233 137 6 935 1160 240 468 3.03e-31 132
MS.gene005614.t1 MTR_4g064350 36.052 233 138 6 935 1160 320 548 3.36e-31 132
MS.gene005614.t1 MTR_5g075360 38.034 234 138 5 924 1155 5 233 1.05e-30 128
MS.gene005614.t1 MTR_5g075360 38.136 236 135 6 924 1155 181 409 1.63e-30 129
MS.gene005614.t1 MTR_1g069105 38.095 189 108 5 936 1119 189 373 2.41e-30 125
MS.gene005614.t1 MTR_3g062510 40.782 179 99 4 935 1109 159 334 2.75e-30 124
MS.gene005614.t1 MTR_8g099605 36.100 241 136 6 934 1161 403 638 3.05e-30 130
MS.gene005614.t1 MTR_8g099605 36.100 241 136 6 934 1161 162 397 4.12e-30 128
MS.gene005614.t1 MTR_5g075360 37.931 232 137 5 926 1155 57 283 4.67e-30 127
MS.gene005614.t1 MTR_5g075360 37.931 232 137 5 926 1155 233 459 4.85e-30 128
MS.gene005614.t1 MTR_0376s0020 35.193 233 139 7 935 1160 1 228 5.25e-30 127
MS.gene005614.t1 MTR_4g067100 34.818 247 147 7 925 1161 368 610 1.02e-29 129
MS.gene005614.t1 MTR_4g067100 34.818 247 147 7 925 1161 368 610 1.07e-29 129
MS.gene005614.t1 MTR_6g059690 34.252 254 156 6 914 1160 176 425 2.30e-29 126
MS.gene005614.t1 MTR_8g469460 31.353 303 145 8 929 1229 201 442 2.43e-29 126
MS.gene005614.t1 MTR_3g104490 31.353 303 153 9 929 1229 201 450 3.08e-29 125
MS.gene005614.t1 MTR_2g024440 29.927 274 165 9 935 1188 297 563 2.72e-28 122
MS.gene005614.t1 MTR_2g024440 29.927 274 165 9 935 1188 214 480 2.76e-28 120
MS.gene005614.t1 MTR_2g024440 29.927 274 165 9 935 1188 296 562 2.79e-28 122
MS.gene005614.t1 MTR_3g023890 34.454 238 130 7 935 1150 385 618 1.30e-26 117
MS.gene005614.t1 MTR_3g023890 32.248 307 179 11 937 1224 94 390 1.20e-20 98.6
MS.gene005614.t1 MTR_3g096000 34.510 255 146 7 934 1170 295 546 3.71e-26 116
MS.gene005614.t1 MTR_5g074850 33.871 248 143 7 921 1155 484 723 9.53e-26 115
MS.gene005614.t1 MTR_8g056860 35.088 228 128 8 945 1160 480 699 1.98e-25 114
MS.gene005614.t1 MTR_2g078630 29.450 309 180 12 907 1183 21 323 1.77e-24 112
MS.gene005614.t1 MTR_2g078630 29.126 309 181 12 907 1183 549 851 4.80e-24 110
MS.gene005614.t1 MTR_8g023550 31.169 231 135 6 935 1160 165 376 8.27e-24 106
MS.gene005614.t1 MTR_7g088980 31.081 296 166 11 950 1235 32 299 1.33e-21 100
MS.gene005614.t1 MTR_7g088980 31.227 269 154 9 974 1235 81 325 2.72e-21 100
MS.gene005614.t1 MTR_4g088885 30.698 215 125 7 971 1166 258 467 8.15e-17 86.7
MS.gene005614.t1 MTR_4g083460 26.275 255 126 8 937 1171 839 1051 2.43e-16 85.5
MS.gene005614.t1 MTR_1g044600 32.692 156 94 5 1013 1160 204 356 9.63e-16 82.4
MS.gene005614.t1 MTR_6g005760 29.665 209 113 6 972 1153 362 563 1.71e-14 78.6
MS.gene005614.t1 MTR_6g005760 29.665 209 113 6 972 1153 234 435 1.83e-14 78.2
MS.gene005614.t1 MTR_4g112600 46.250 80 41 2 938 1016 3 81 2.88e-13 66.6
MS.gene005614.t1 MTR_4g077880 29.048 210 114 6 972 1153 368 570 3.25e-13 74.7
MS.gene005614.t1 MTR_1g101880 40.449 89 26 1 1077 1165 154 215 5.49e-13 71.2
MS.gene005614.t1 MTR_5g020530 28.230 209 115 8 972 1153 387 587 9.67e-13 73.2
MS.gene005614.t1 MTR_3g083210 39.130 92 41 2 951 1042 8 84 2.18e-11 61.6
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene005614.t1 AT4G02480 59.891 1289 444 21 1 1240 1 1265 0.0 1431
MS.gene005614.t1 AT1G02890 60.095 1268 456 20 1 1240 1 1246 0.0 1422
MS.gene005614.t1 AT1G02890 57.886 1268 456 21 1 1240 1 1218 0.0 1350
MS.gene005614.t1 AT4G24860 52.894 864 337 11 405 1239 272 1094 0.0 814
MS.gene005614.t1 AT4G24860 52.429 885 332 12 405 1239 272 1117 0.0 810
MS.gene005614.t1 AT4G24860 51.348 890 347 12 405 1239 263 1121 0.0 795
MS.gene005614.t1 AT4G24860 51.236 890 346 12 405 1239 263 1119 0.0 793
MS.gene005614.t1 AT1G62130 50.946 846 318 15 405 1240 278 1036 0.0 760
MS.gene005614.t1 AT1G62130 32.911 158 93 3 126 283 93 237 6.30e-15 80.9
MS.gene005614.t1 AT1G62130 50.709 846 327 15 405 1240 278 1043 0.0 754
MS.gene005614.t1 AT1G62130 32.911 158 93 3 126 283 93 237 7.18e-15 80.5
MS.gene005614.t1 AT3G19740 35.561 883 477 15 401 1231 144 986 2.10e-162 511
MS.gene005614.t1 AT1G64110 42.326 619 264 7 677 1240 249 829 2.35e-158 495
MS.gene005614.t1 AT1G64110 41.489 94 49 2 421 510 46 137 2.44e-14 78.6
MS.gene005614.t1 AT1G64110 42.326 619 264 7 677 1240 249 829 2.35e-158 495
MS.gene005614.t1 AT1G64110 41.489 94 49 2 421 510 46 137 2.44e-14 78.6
MS.gene005614.t1 AT1G64110 42.326 619 264 7 677 1240 247 827 3.99e-158 494
MS.gene005614.t1 AT1G64110 41.489 94 49 2 421 510 46 137 2.68e-14 78.6
MS.gene005614.t1 AT1G64110 42.326 619 264 7 677 1240 247 827 3.99e-158 494
MS.gene005614.t1 AT1G64110 41.489 94 49 2 421 510 46 137 2.68e-14 78.6
MS.gene005614.t1 AT1G64110 42.326 619 264 7 677 1240 244 824 4.16e-158 494
MS.gene005614.t1 AT1G64110 41.489 94 49 2 421 510 41 132 2.72e-14 78.6
MS.gene005614.t1 AT1G50140 36.655 873 460 18 414 1231 140 974 8.74e-157 495
MS.gene005614.t1 AT1G50140 36.655 873 460 18 414 1231 140 974 8.74e-157 495
MS.gene005614.t1 AT5G52882 41.270 630 258 8 677 1240 246 829 4.83e-154 483
MS.gene005614.t1 AT5G52882 39.773 88 51 1 423 510 50 135 1.20e-12 73.2
MS.gene005614.t1 AT1G50140 36.049 896 456 20 414 1231 140 996 1.20e-152 485
MS.gene005614.t1 AT1G50140 36.049 896 456 20 414 1231 140 996 1.20e-152 485
MS.gene005614.t1 AT1G50140 36.049 896 456 20 414 1231 140 996 1.20e-152 485
MS.gene005614.t1 AT4G28000 46.717 533 220 6 770 1240 302 832 1.44e-152 479
MS.gene005614.t1 AT4G28000 40.909 88 50 1 423 510 50 135 1.45e-13 76.3
MS.gene005614.t1 AT4G28000 46.704 531 221 6 770 1240 302 830 6.02e-152 478
MS.gene005614.t1 AT4G28000 40.909 88 50 1 423 510 50 135 1.46e-13 76.3
MS.gene005614.t1 AT4G28000 45.272 497 208 6 770 1204 302 796 1.46e-132 426
MS.gene005614.t1 AT4G28000 40.909 88 50 1 423 510 50 135 1.41e-13 76.3
MS.gene005614.t1 AT5G53540 49.640 278 139 1 897 1174 46 322 4.67e-89 294
MS.gene005614.t1 AT4G27680 51.460 274 132 1 897 1170 43 315 7.62e-89 293
MS.gene005614.t1 AT3G27120 44.558 294 144 6 935 1226 400 676 1.04e-66 239
MS.gene005614.t1 AT2G45500 41.980 293 149 6 935 1226 80 352 8.71e-66 227
MS.gene005614.t1 AT2G45500 41.980 293 149 6 935 1226 80 352 8.71e-66 227
MS.gene005614.t1 AT2G45500 41.980 293 149 6 935 1226 217 489 2.50e-64 227
MS.gene005614.t1 AT2G45500 41.980 293 149 6 935 1226 213 485 2.52e-64 227
MS.gene005614.t1 AT2G45500 41.980 293 149 6 935 1226 223 495 4.67e-64 227
MS.gene005614.t1 AT1G80350 41.196 301 155 7 934 1226 235 521 1.60e-62 223
MS.gene005614.t1 AT2G34560 42.282 298 148 8 935 1226 100 379 2.36e-60 213
MS.gene005614.t1 AT2G34560 42.282 298 148 8 935 1226 109 388 3.21e-60 212
MS.gene005614.t1 AT2G27600 43.379 219 119 4 935 1152 129 343 7.62e-51 186
MS.gene005614.t1 AT5G03340 36.913 298 170 8 935 1220 477 768 4.61e-47 182
MS.gene005614.t1 AT5G03340 42.672 232 127 4 935 1164 204 431 7.60e-44 172
MS.gene005614.t1 AT3G53230 30.769 494 288 17 694 1173 265 718 5.74e-47 182
MS.gene005614.t1 AT3G53230 42.241 232 128 4 935 1164 205 432 1.38e-43 172
MS.gene005614.t1 AT3G09840 40.496 242 135 5 935 1170 477 715 4.53e-45 176
MS.gene005614.t1 AT3G09840 42.672 232 127 4 935 1164 204 431 9.42e-44 172
MS.gene005614.t1 AT5G43010 37.229 231 136 5 935 1160 136 362 2.69e-41 157
MS.gene005614.t1 AT3G56690 40.928 237 132 5 935 1167 721 953 5.95e-41 164
MS.gene005614.t1 AT3G56690 35.407 209 129 4 971 1176 416 621 1.45e-30 131
MS.gene005614.t1 AT1G45000 36.797 231 137 5 935 1160 136 362 8.36e-41 156
MS.gene005614.t1 AT5G19990 39.655 232 130 5 936 1161 101 328 2.27e-40 154
MS.gene005614.t1 AT5G19990 39.655 232 130 5 936 1161 159 386 2.37e-40 155
MS.gene005614.t1 AT5G19990 39.655 232 130 5 936 1161 159 386 2.37e-40 155
MS.gene005614.t1 AT5G20000 39.655 232 130 5 936 1161 159 386 3.95e-40 154
MS.gene005614.t1 AT2G20140 38.528 231 133 5 936 1161 186 412 4.84e-40 155
MS.gene005614.t1 AT2G26140 41.453 234 126 6 926 1155 215 441 9.19e-40 159
MS.gene005614.t1 AT4G29040 38.095 231 134 5 936 1161 186 412 1.16e-39 154
MS.gene005614.t1 AT3G01610 34.516 310 180 6 934 1226 229 532 6.04e-39 157
MS.gene005614.t1 AT3G01610 37.069 232 138 5 935 1163 525 751 2.67e-32 136
MS.gene005614.t1 AT1G09100 38.136 236 134 6 930 1160 165 393 6.80e-39 151
MS.gene005614.t1 AT3G01610 34.516 310 180 6 934 1226 229 532 9.02e-39 157
MS.gene005614.t1 AT3G01610 37.069 232 138 5 935 1163 525 751 3.30e-32 136
MS.gene005614.t1 AT3G05530 38.136 236 134 6 930 1160 166 394 1.76e-38 150
MS.gene005614.t1 AT5G08470 37.712 236 137 5 937 1168 834 1063 6.59e-38 155
MS.gene005614.t1 AT5G08470 37.712 236 137 5 937 1168 843 1072 7.52e-38 155
MS.gene005614.t1 AT2G30950 40.529 227 125 6 934 1155 227 448 1.78e-36 149
MS.gene005614.t1 AT2G30950 40.529 227 125 6 934 1155 223 444 2.00e-36 148
MS.gene005614.t1 AT2G30950 40.529 227 125 6 934 1155 223 444 2.00e-36 148
MS.gene005614.t1 AT2G30950 40.529 227 125 6 934 1155 223 444 2.00e-36 148
MS.gene005614.t1 AT5G58290 36.364 231 140 4 935 1161 152 379 3.78e-36 142
MS.gene005614.t1 AT1G50250 38.521 257 147 7 932 1182 256 507 6.28e-36 147
MS.gene005614.t1 AT5G42270 38.521 257 147 7 932 1182 244 495 8.40e-36 146
MS.gene005614.t1 AT1G06430 40.088 227 126 6 934 1155 216 437 8.73e-36 146
MS.gene005614.t1 AT1G06430 40.088 227 126 6 934 1155 216 437 8.73e-36 146
MS.gene005614.t1 AT1G06430 40.088 227 126 6 934 1155 216 437 8.73e-36 146
MS.gene005614.t1 AT1G53750 35.743 249 150 6 935 1178 165 408 9.50e-36 142
MS.gene005614.t1 AT1G03000 33.948 271 169 7 891 1154 609 876 2.03e-34 143
MS.gene005614.t1 AT3G47060 39.035 228 128 6 935 1155 322 545 3.67e-34 142
MS.gene005614.t1 AT5G53170 39.496 238 132 6 922 1155 346 575 4.89e-34 142
MS.gene005614.t1 AT5G15250 39.207 227 128 6 934 1155 220 441 8.78e-34 140
MS.gene005614.t1 AT1G53780 34.498 229 141 5 936 1159 359 583 9.23e-34 139
MS.gene005614.t1 AT1G53780 34.498 229 141 5 936 1159 338 562 9.24e-34 139
MS.gene005614.t1 AT1G53780 34.498 229 141 5 936 1159 338 562 9.24e-34 139
MS.gene005614.t1 AT1G53780 34.498 229 141 5 936 1159 337 561 1.12e-33 139
MS.gene005614.t1 AT5G58870 37.719 228 131 6 935 1155 326 549 1.74e-32 137
MS.gene005614.t1 AT2G03670 37.931 232 136 4 935 1161 283 511 2.41e-32 135
MS.gene005614.t1 AT2G03670 36.986 219 130 4 939 1151 23 239 3.39e-28 122
MS.gene005614.t1 AT3G16290 36.402 239 132 6 933 1161 405 633 7.54e-32 135
MS.gene005614.t1 AT3G02450 35.983 239 144 5 935 1169 331 564 2.49e-31 132
MS.gene005614.t1 AT1G07510 35.622 233 139 6 935 1160 324 552 9.81e-31 131
MS.gene005614.t1 AT5G15250 35.600 250 128 7 934 1155 220 464 1.97e-30 127
MS.gene005614.t1 AT1G05910 35.458 251 145 8 925 1165 366 609 3.56e-30 130
MS.gene005614.t1 AT4G23940 35.685 241 137 6 934 1161 426 661 7.20e-30 129
MS.gene005614.t1 AT2G29080 35.776 232 139 6 935 1160 319 546 1.47e-29 127
MS.gene005614.t1 AT4G04180 28.920 287 182 9 935 1209 311 587 1.48e-29 126
MS.gene005614.t1 AT4G04180 28.920 287 182 9 935 1209 316 592 1.58e-29 126
MS.gene005614.t1 AT2G03670 36.986 219 130 4 939 1151 23 239 5.66e-29 122
MS.gene005614.t1 AT2G03670 41.228 114 66 1 935 1048 283 395 7.04e-16 82.0
MS.gene005614.t1 AT1G79560 32.530 249 147 8 924 1161 482 720 1.73e-26 118
MS.gene005614.t1 AT1G79560 32.932 249 146 8 924 1161 482 720 1.94e-26 118
MS.gene005614.t1 AT1G79560 32.530 249 147 8 924 1161 482 720 2.07e-26 117
MS.gene005614.t1 AT1G45000 38.571 140 81 3 935 1071 136 273 3.38e-25 108
MS.gene005614.t1 AT5G64580 33.333 249 152 7 934 1172 312 556 7.23e-25 112
MS.gene005614.t1 AT3G15120 31.780 236 146 8 931 1155 709 940 2.50e-24 111
MS.gene005614.t1 AT3G15120 31.780 236 146 8 931 1155 719 950 2.53e-24 111
MS.gene005614.t1 AT5G08470 33.775 151 92 4 937 1085 843 987 4.43e-19 94.4
MS.gene005614.t1 AT4G04910 29.644 253 141 10 971 1204 248 482 2.99e-17 87.8
MS.gene005614.t1 AT5G16930 33.117 154 95 4 972 1123 397 544 1.99e-13 75.5
MS.gene005614.t1 AT3G03060 33.766 154 94 4 972 1123 385 532 5.54e-13 73.9
MS.gene005614.t1 AT2G18330 31.250 144 91 4 972 1113 384 521 4.36e-12 70.9
MS.gene005614.t1 AT4G36580 27.358 212 116 6 972 1152 381 585 1.21e-11 69.7

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
8682 gene 18414 29112 18414 ID=MS.gene005614
8682 mRNA 18414 29112 18414 ID=MS.gene005614.t1;Parent=MS.gene005614
8682 exon 29032 29112 29032 ID=MS.gene005614.t1.exon1;Parent=MS.gene005614.t1
8682 CDS 29032 29112 29032 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 28736 28931 28736 ID=MS.gene005614.t1.exon2;Parent=MS.gene005614.t1
8682 CDS 28736 28931 28736 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 28506 28633 28506 ID=MS.gene005614.t1.exon3;Parent=MS.gene005614.t1
8682 CDS 28506 28633 28506 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 27046 27162 27046 ID=MS.gene005614.t1.exon4;Parent=MS.gene005614.t1
8682 CDS 27046 27162 27046 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 26642 26791 26642 ID=MS.gene005614.t1.exon5;Parent=MS.gene005614.t1
8682 CDS 26642 26791 26642 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 25791 26452 25791 ID=MS.gene005614.t1.exon6;Parent=MS.gene005614.t1
8682 CDS 25791 26452 25791 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 25164 25285 25164 ID=MS.gene005614.t1.exon7;Parent=MS.gene005614.t1
8682 CDS 25164 25285 25164 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 24989 25080 24989 ID=MS.gene005614.t1.exon8;Parent=MS.gene005614.t1
8682 CDS 24989 25080 24989 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 24577 24796 24577 ID=MS.gene005614.t1.exon9;Parent=MS.gene005614.t1
8682 CDS 24577 24796 24577 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 24380 24452 24380 ID=MS.gene005614.t1.exon10;Parent=MS.gene005614.t1
8682 CDS 24380 24452 24380 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 23779 23927 23779 ID=MS.gene005614.t1.exon11;Parent=MS.gene005614.t1
8682 CDS 23779 23927 23779 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 23574 23644 23574 ID=MS.gene005614.t1.exon12;Parent=MS.gene005614.t1
8682 CDS 23574 23644 23574 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 23324 23488 23324 ID=MS.gene005614.t1.exon13;Parent=MS.gene005614.t1
8682 CDS 23324 23488 23324 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 23147 23218 23147 ID=MS.gene005614.t1.exon14;Parent=MS.gene005614.t1
8682 CDS 23147 23218 23147 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 22797 22898 22797 ID=MS.gene005614.t1.exon15;Parent=MS.gene005614.t1
8682 CDS 22797 22898 22797 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 22615 22704 22615 ID=MS.gene005614.t1.exon16;Parent=MS.gene005614.t1
8682 CDS 22615 22704 22615 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 21922 21997 21922 ID=MS.gene005614.t1.exon17;Parent=MS.gene005614.t1
8682 CDS 21922 21997 21922 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 21738 21834 21738 ID=MS.gene005614.t1.exon18;Parent=MS.gene005614.t1
8682 CDS 21738 21834 21738 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 21544 21613 21544 ID=MS.gene005614.t1.exon19;Parent=MS.gene005614.t1
8682 CDS 21544 21613 21544 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 21245 21424 21245 ID=MS.gene005614.t1.exon20;Parent=MS.gene005614.t1
8682 CDS 21245 21424 21245 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 21007 21129 21007 ID=MS.gene005614.t1.exon21;Parent=MS.gene005614.t1
8682 CDS 21007 21129 21007 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 20839 20922 20839 ID=MS.gene005614.t1.exon22;Parent=MS.gene005614.t1
8682 CDS 20839 20922 20839 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 20129 20313 20129 ID=MS.gene005614.t1.exon23;Parent=MS.gene005614.t1
8682 CDS 20129 20313 20129 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 19891 20029 19891 ID=MS.gene005614.t1.exon24;Parent=MS.gene005614.t1
8682 CDS 19891 20029 19891 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 19735 19794 19735 ID=MS.gene005614.t1.exon25;Parent=MS.gene005614.t1
8682 CDS 19735 19794 19735 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 19189 19293 19189 ID=MS.gene005614.t1.exon26;Parent=MS.gene005614.t1
8682 CDS 19189 19293 19189 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
8682 exon 18414 18527 18414 ID=MS.gene005614.t1.exon27;Parent=MS.gene005614.t1
8682 CDS 18414 18527 18414 ID=cds.MS.gene005614.t1;Parent=MS.gene005614.t1
Gene Sequence

>MS.gene005614

ATGGTTGAAACCAGACGTGGTTCTTCTTCCTCCAAACGCCCTTTATCTTCTTCTCCTCCTTCCAATACCAAACGATCCAAGGTAAAGGTTTCTTTCTCTCTCACTCTCGAAATTCAATTCACCCCTTTCAATTCTTTATCAATTCTTCTTGATCATCAATTTTATCTGATTATGATTATAGGTTTCTCAAGATGCTTCATCAACCACTTTGCCTTCAATTCCGGTCAAAGAATCTGCAAAGAGAAACGAATCTGGTAAACCTGATGATATTCAACAACCATCTGATCTACCAGAAACTGCTTCTTTGAACGTTCTTGATGGTGCTAATAATGATAAATCTCATTCTGACCCAATCCAACCTAATCCTCAGTGTCCAGGTTTTTAAAAGATGATTTTTTTTTTTAATGTACTTGTCTCTGTTTTATGCATGCATGTGTTTTTTAATTTCTGAGATTTATCAATTTTATTGATTGGATTAGGTGAATCTGCTGAGAAACCAAAAGTGGCTGCCCCGGTGGTTTCTTCTCGGCGAAAACCACGTTCTGTGGCCAAACTGATAGCTAAGCCTGCTGCTGCTTGGGGAAAGCTTATATCTCAAAGCTCTCAGGTTTAGTTCTAACAAGTGTTTGAGTAGTGTTTGTTTTTGAGTAAATAATATGTTTCACATTTGGTGATAGAGAACTCATGGTCCCCTAGTTTGATCATTAGATTTTGATTTCGATGGATATATATGATAAGTTAGAGTTTAATTAAACTTTTTACATTGTCAACAAATCACAAATATTCCTATGTGCGACTTTAAAAGTAGTTATGATTAAAGTCAAACGACTTTTTATGATAAGATGGTTATTATGATTGAATTGACGGTGTGAAAACATTTTACACTATCAACGAATCACAACCATTCATATATGTGAATTTAAAAGTAGTTATGTTTAAAGCCAAACAATTTTTTATGATAGGATGTTTATGATTGAATTGATGGTGTAAAAACCTTTTACATTATGATTAAAGTTAAACGATTTTTATGATATGACAGTGTAAAAACCTTTACATTGACAGTGTATATGAATGAAATTCAATATGTTATGCCTGGACTCTGAAATTCTTCAAGCCGGCTTAAATTTCTTTAAAGCATCCTCTTGTTGCATTGTTAGAGTGTAAGATAATTGCATGATCTTTAGCACACTACATTACATTGACTGACACCCCTCTTTTAAAAATCACACTTGTCTCCCTTGTTTTGAAGTAAGAGAGTTAGGTTTAATTTCCGAAACAAAGAAGACTTTCAGGTTAAACAAAATGGCTAATATCCTAAATAAAGGGCGTTGTTGGGTGCGACATTCGCCTCAGGGGAGGTTGATGTAAGACCCCCTAGGTTTGGAGATTGTTCAGGTCTCCTACTTTTTTGGGTAGAAAAATGGGATCTAATTAGTTGGGTTAGTCATATTTGTTTGGATTAGATTAATATTTCATTGCTTTTAAAAAATAATAACCCATGTAGGAGAGAAGCATATTGCGTGAACTGACATACAGAAATATGTAATGTAGCAGTAAGTCTTGATATTCTCCTATTATTTTAGGTTAAATTTTGTAACTTGGGCAAAATTGAATTTCTTATCGTGCATTTCCAACAATAGGAATTACTATATCACGGAAATAAAAATTACTACCATATTATAGGGCGCATCATCAAATATGTGCTGGCCTCAGAGCATTTGTTGTTGCTTATTATCTTTGATCTTTTTTGTAAAATTTTTTTGATAGTAGATTGCAGTAGTATATTCACATATCCAAACATCCATGTAAGAATTTCTTATTTGTCATGATAGCTTAAGATAAGGAGAACAGTGAGCTGATTAATGCTTCTGTCTTCTCATTAACTCTTGCATTTCTGATTGTAATGTTGTAGGTTTGGAATTAATCTTTTTGTTATTCTTGCTTGTCCAGAATCCTCACTTGTCCATAAGTGATCCAATATTCACTGTTGGACAAGGTCGTCAGAGTAATTTGGTGCTTAAAGATCCTACCATTGGCAATGTTTTGTGCAAGTTGAGCCACATAGAGGTAAAATTTCCTCTTTTATCTTTGAAACTTTAACACAATATTACAATAAGAAACCATCTGCTTCATAATGAATCATGACAAAACTCATTCTTAGACAACAAATAAATGTATTTTGGATGCTTGATGAAAAACATGATCAAAAAGAAGGAATCTTTGTTCTGTTATGGTAGATGATAAATTGTAGAAAATTACTGTTACACTTCTTCTTTTCCTAGTTAACTGACCAAAGCTGTCATTTGAGCTCTGTGCAGCAGCAACAGGGAGGTTCATCAGTTGCCCTTCTGGAAATCACAGGGGGTAAAGGTGTTGTGCAAGTCAACGGCAAGACTTTCCGAAGGACTACCAAGATGATTTTAAATGGAGGCGATGAGGTGATATTTGGTGCTTCAGGAAAGCATGCTTATGTATCCTTCACATAAGAATTTATCGTTTCTCTCTTTTAGTTCCTCCTTTCTCTGAATGCATCTGCCATTTGTTTTAAAAGGAATACAGATAGTCATGTTTTCTATGTATTTACATTAGGAATTGCTGCATCTTTTCGTTCTTAATTTTCTTTTATTGATATTTTATGGGTTCCTTAGCATGAAACTCAGATCTTTCAGCTGCTCAAAAGTAACAATGTTTCTACTGCTGGTACACCTCCTTCTGTGAGTATTTTAGAAGCCCAGAGTGCTGCATTGAATGGTATGCAAGTTGAAGCTAGATCTGGAGACCCTTCGGCTGTTACAGGTGCATCAATATTGGCCTCTCTATCTAATATTCGCAAAGATTTATCTCTCATTTCACCTCCAGCTAAAACATGCAAGAAACAAAGTGCTGATATTTCATCACTACCTTCTGGCCATGGGGATAATGTTCCGGACAATGAAATGAAAGATACCACCAATAATGATGAATCAGCTGGAGTTTTTTCTTCTGGTAAAGATGTTCCTTCATCCTCTACCACTGTTAACGAAAACCCTAGCCTCGACACCATGGATGTTGATGCCAACCCGGACACAGATGTTGGGAAGATGACCTCTGCCAATTACGAATTGAGGCCGTTGCTGTGCATGCTTACCGGCTCAGGAACTGAATTTGATTTAAGTGGCAGCATTCACAAGATACTAGAAGATCAAAGGGAATTAAGAGAACTTGATACACCAACAATTTTGGCATCCAACAGGCGACAAGCATTTAGGGACAGTTTAGAACAGAGAATTCTCAAAGCTGATGATATTGATGTCTCTTTTGAAACTTTCCCATATTACCTGAGGTGCGAAAAGTTGCTTCTTGTTGTTGACTAATCTTTTATTTGGTTTTCTTATACTACCTCCGGTCCTATTTATAAGAGACAATTAGGTTAATCTTTTCAATCCTAAATATAACACATAAAACACCTTTTCAAGTATGCTAACAAATTGAAATTTCTTTTATACACCTATTTTATTGTGATATTTATTTTACTAGAAATCTATCTTCCCTGTGCAAGTCGGTTTCATTTGACGAGGATTAAGCGTGTTTTTGAAAAAAAAAGTGACCACTAGTTCCTTGGAATCTGCTTCCATGGTCTGTCATTTTGTCTTTTTTTTTTCTTTACAAGTTGAACCGGAGAGAGTATATGCCACCTTAACTTATAGTGCCACTAGCGCGGTCAAAGTTAGAGCTACCTTGATATTCCTTGTTGCTCCATTGTTGGGTTTAATGGTTCGTAGCTACTGCTTTGGAATAGATAACATATAACTTATGGTACTTGGTTGTGATGTGTGGCATTATTACAGTGATACAACAAAGAATGTGTTGGTTGCTTCTACATATATTCATTTGAAGTGCAATGGTATCGGAAAATATGCTTCAGATTTCTCATCATTGTGCCCACGGATATTGTTATCTGGTCCTTCAGGTAATTCGATCTTTCTCATTTATGCTTCTATTGGACCTTTCTATACTGTAGAAGTGATAGAGCTCCATATGGTTCTTGCGTAGGTTCGGAAATATATCAGGAGACTTTGTCCAAGGCACTTGCAAAGCATTTTGGTGCCAGGTTACTGATTGTGGATTCACTTTCGCTTCCCGGGGTATGTTTCTAAGATAAACTTCATTTGTTAAAAGTTTTGTAAGATTGTATCTTTCTAGTTTAAGAATTTATGACTCTTTTTCGCTTCATTTTCTTTTTCTGGTGACGTGCTTACTTCTGTGGAGATGGTTTCTTGCGAAATCATTTATTACTGCACACCCATAATTGTTGTTGATGTGTAATTTGTTTTCAGGGAACGCCATCAAAGGAAGTTGATTCTGCCAAAGAAAGTTCAAAGCCCGAAAGGCCAACTGTTTTGTCCAAGAGAAGTGGGCAGGCTTCTACTTTACATCATAAGAAGCCCACTTCTAGTGTTGATGCTGAAATTATTGGTGGATCTACATTAAGTTCGCAAGCTATGCTGAAACAAGAGGTTTCTACTGCATCATCAAAAGGCACTGCCCTTAAAAAAGGTATGTTGTTGTGTCCTAATATATCAGCATCTATATGCGAGTTTACTTCCCATTGTTTGTTCTAATATTGATGTCAGTTGACATTTTGAATGATTTAATTATTTGATGTTCATGTAATTTGCAGGTGACCGGGTAAAATTTGTCGGTAACTTTCCACCTACTGTTTCGTCACTGCAAAATTATGCTTCAAGTTCAAGGTAATTTGTGGTATTGAAGAGTTATAGTGTACAATATTTTTAAGGTTTATTATTAGTAGAGAGTAAAGACTGATATGATCTTGTAGGGTTTTTCTAGTCCTGCTGAGAAGCTTATGCATGAAAATTCTTCTATTATGTCTTGAAAAAGTATTGTGAATCTTTTACGACGAATAATAAATTTTAGTGTCTGAATCATTATTATCTTTTAGAGGTTGGGTGTGTTTGGTCTGTTTAAGCAGTTCTCTTTTTGCTTCTAATAAAAAACTACCACACTATTTTCAGTGTTCCCCCCAAGGCAACATTCTTGTTTAGTTTTATAAACCTGATACAAAAAAACAAGGTGGTAGTTTTTTAAATAAAAACCGGAACATAAGATTTTATATCACATCCTTTAGTGTAACCTTTTGTTCTTCTGTGGTAATATAAGATATTTTTTTATCAATATCTGGCAGGGGACCAAGCTATGGCTTCCGGGGAAAAGTTGTACTTGCTTTTGAAGACAACGAGTCTTCAAAAATTGGGGTCAGGTTTGATAAATCAATTCCAGATGGCAATGATCTTGGAGGCCATATCGAAGATGATCATGGTTTCTTTTGTTCCGGTATTCTCTCATTTTTATTGAATTTCTGTTTCCTCAGCATGATTGTGTGCTATAATTTGTGGTATTGATTTAATATTAGCATATTGTGTGCTATAACTTTGGCATGTTTAATTGATTGATGGCTTATACTGCAGCAAACCATTTACAACGGATAGAGAGTGCAGGAGGGGATGACGACAAAGTTGCAATTAATGAAATCTTTGAGGTTGTCCCAGTTCTAAACATGTCCAAATTTGTCTCTATCCCTGACGCAATATGTTTAATACTCTTTTCTACCATTGTGTACGTAGGTTGCCTCTAATCAATGTAAAAGTGGCGCACTTGTTTTGTTCATTAAAGATATAGAGAAGGCAATGGCTGGGAACACAGATGTTTTGAAAAGTAAATTTGAAACCCTGCCACAGAATATTGTGGTAATTGGCTCAAATACTCAGCTGGACAGTCGTAAGGAGAAGGTACCATTTTATTTTGCATTAAAAAAATGCTAGCATTTGGCAGTTCTGATCTCGTGATTATAAGATTGTATTCTGTATCTGATAACTGTCTCGTTATGCTTCCAGACTCATCCTGGGGGACTTCTGTTTACAAAGTTTGGGAGCAATCAGACCGCTCTACTTGATCTTGCTTTTCCGGTATTATAATCTTAACCACATTTGCACTTCTCTTGAAGCTTTGATTTGTAGCATGATGCATTTCTAGAATTCTAGCAATGAAGTTTCAGGGACTGTCTCTGTTGTCTTTCACTTTTTTATGTTTTTAAGAGACTTCTGAATATTTTTAAATGCTGAATATCATTATTATATATACATTGTACTTTGATTGTTTCTAGTTCCTTCAGGAATTAACTATCAATCTACTTCAATTTGGTCTTTTTGTATAGGATAACTTTAGTAAACTACATGATAAAACCAAAGAAAGCTCCAAATTAATGAAGCAGCTCAACCGCCTTTTCCCAAACAAAGTGACAATACAAGGGCCTCAGGTATAAATTATAATGTTAGATTACTTTATTTTGCAATTTACTGTTTCTAATTATAATTCATAATATATGCGTTGTATTTTCAAACTTGTTAGGATGAAGCTTTACTTCCTGACTGGAAGCAGCAGTTAGATCGTGACATTGAAACTATGAAAGCACATTCCAATATTGTCTTGCTTCGTTCGGTGAGTCTCTTTTGTTCCTTTTCACTTCTATTTATTTTTTTATTTTCTTTTTGAAAACTCTTTCACTTCTATTATTCTATGCTCTTTGTTGCAGAACTTATTTTATGTGTGTTTTCAATATTTGTGCTTGTTCTTGGCTGATATAAGTTAGTGTGTGTCTTTGAATTATGTGGCATCTCATGCATTTGCTTTGTGAAAATTTTCCCATGGGGTGCGTTTGTTCTGCTAAAAAACAGGGGACTGGACAACTTTTTTTTGTACCCTGTTTGATTTAAAAAATGTGACAAAATAAGAGTAAGGGTCGGACAAAAACAGAAATTTATCATCTCTCTCTCCAGTACAGTCCTGTCTTGTCTTGTACAGTTCTGTCTAATACTTACTGTTTTGCGAATCAAACACACCTAATGTCTTTTTACATGTTCATTGGAACTTTCTTCTAGTTCTATCCTAGCCATCCATATCAGTTGTTTGCTTGGTATGCATTGATATTCATTTTTGGAACAATATGCAGAGCCCCGCTTGGCGTGTCTCAACTCTCTAGTTCTTGTCTATTCTACATTGATTTTTTTTATCTTGCTTTTTGTCAATTTTCTTATGATATATTTCTAATGGTTCAGGTCCTCAAAAGAACAGGATGGGATTGCTCTGACCTTGAGACAATTTGCATCAAAGATCAAACCCTAACTACTGAAAGTAAGTTTGTTTAGCAATTATATCTATTTGTATGATTGATATTTGGTGCAATAGTACTGATAATATCTTGTCAACTCCTTTTACTAGATGTGGAGAAGATCATTGGCTGGGCTGTAAGTTATCATTTTATGCAATCACACGAAGCTTCTACCGAAGAAGGAAAGCCCGCGATATCTGCAGAAAGGTTTTTCTCATCATTTTTGGATATTTTCATAATGTCAACCCTAATAGATTGAGCAAAAAAATAAAACCAACTTTTCTAACTTCCCATTTTTATTTTTAACATTGTTTTACGTTTCACTATGCAGCATTAAGTATGGGTTTGACATTTTTCAAAGCATCCAAAATGAGAACAAGAACGTAAAGAAGTCACTGAAGGTAATTAATACCTTTTCCCACCTTATTTTGTGGAGTGCATTCTGCGGTTCTGGTTTCTTTACAATGTCATGATATGAACCATGGAATAAATACCTGTATTTTTTTAATCGTTTCTCCAGGATGTGGTTACTGAGAATGAATTTGAGAAAAAGTTGCTTGGTGATGTTATTCCACCAACTGAAATTGGGGTCACATTTGAAGATATTGGAGCTTTAGAAAATGTGAAGGATACCTTGAAGGAATTGGTCATGCTTCCTCTTAAAAGGCCTGAACTGTTTTGTAAAGGACAACTAACTAAGGTAGAAATAATTCTTGTTACTTTCAATGACTTGTGAAACACAATATTTAGTAAATGATGCATTCATGTAATGTGTGTACACCTAACACCTTATTGTGTATTTTATTTGGATGTAGCCTTGCAAGGGAATATTGCTTTTCGGTCCCCCTGGCACGGGAAAAACAATGCTTGCAAAGGCTGTAGCAACTGAAGCTGGAGCAAATTTCATCAACATTTCAATGTCCAGCATTACTTCCAAGGTATTGATGTTGCACATTGAATTTTTTCTGTTGCCGGTTTCCTAGTATATTTTAGCCACATGATAATATATACTTTTGTTGCAGTGGTTTGGTGAAGGAGAAAAATATGTCAAAGCAGTCTTCTCCCTAGCCAGCAAAATTGCTCCAAGTGTTATATTTGTGGATGAGGTTAGCATAACGTATCATTTATTTCTTTGTAGTTTCTTTTCCTTTGCTTTAAATGTTTCCCTTTTAATTCCTTTACATTTTGACCATTTTATTTGAATATGGATGTTCATTTTTGCCTGTCAGTCTACTTTCCATCATTTAAAAGGTGGCTTTATTGCTATGTAACTAGCGATTATCACCATGGCATGCTGGCATGTGGCATGTTAGCATGACATGTTGCCTGTCTGCTTTCTTCATCGTGCCTTTAAAAACGGTAGTTTGTCCTACAATATATCTTGGTACATAGACCGATTATAAATTCAACTTTGCTTGTTGCCTGGGTTAAATAACAAGTGTACGTTGTCATGCCTGGTGGTTTTGGAAAGGCTGTACCATTAGCATGAAATTTTGCACTTCACTTTTTTTGTCGTACCAAAACTCTTTATTGTTAAAACAAAATAGATTGTTTCACCACTGGGTCCAAATTTTCAAGCCATTTCATTTAGAGAGGAAATTAAGAGTGTCAGTTTGGGTAATCTTTGGCAGGTTGATAGTATGTTAGGGAGACGTGAAAACCCTGGTGAGCATGAGGCCATGCGTAAAATGAAGAATGAGTTTATGGTCAATTGGGATGGTCTGCGTACCAAAGAAAAGGAGCGTATACTTGTTCTTGCTGCTACAAACCGGCCCTTTGATCTTGATGAGGCTGTTATTAGGAGGCTTCCAAGGAGGTAAACATACTCTATATTTGATGGAAACTTTTATTTCATTTCATGTTTTACAAATGAGGTGTAGTCTAATTCAGTCTTTCGCAAAAAAAAATATTGCAGATTGATGGTTGATTTGCCAGATGCTCCGAATAGAGGAAAAATTTTGAGAGTCATTCTAGCGAAAGAAGATTTGGCAGCCGATGTTGACTTGGAAGCAATAGCAAATATGACAGATGGATACTCAGGAAGTGACCTAAAGGTAGTTGTTCTATATATCTTTGAAGATTTTAACTTGGTTAGTTGGTAGAGAAGAGTGAATCTGATTCAATGTAAAATATTTTTACCGTGATTGCAGAATTTGTGTGTCACAGCAGCTCACTGCCCAATAAGGGAGATCTTGGAGAAGGAAAAGAAGGTTAGTTTCTATTGATTACACACACACACACACACATATTAATATTTATGTATTTATTTAACCCACTTGGGTTGGCCTAGTGGCGTTGGCTTGGGACCTTGGAGTGTGCTCCTCTCATGGTCTCAGGTTCGATTCTCCTCAGTGCCGATTTCGGTGGGCTAGTCCATGCGGAGCTTTGCTCTGGCTTTAAACCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCAAAAGGGATTGGACTCCTCGGATTAGTCGGTCCTTGGGCTGGATACCAAGTTTTGAAGACAATTTTTTTATATATATTTATTGGTGTATCGGTGGAAAGTCTTGTACAAAATTCTTTCTGTTCAGTGCTAAGTAGGATCTTATTTATTGCGATGTGCCTGCATAACTGTTCAAGGCTTGGTTTAAAGCTTCCTTACATTGAAATGAAATGTCTTTCAGGAGAAAAGCTTAGCATTGGCTGAGAACAAACCTGAACCTGAATTGTGTAGCAGTGCGGACATTCGTCCCTTAAAGATGGAGGATTTTAGATATGCACATGAGCAGGTATGATAATTTGATTTTTCCACGTTTTTTCTTTTGAATGTGCTCACTTAAAGTTTGGGTGGGGGGTTGGCCAAAATAATGCTTTGTTCTTTGTATTCTGTCGACAAAAGCTTAAAAAAACCTATTGAGAATGTATACATGAAAGTGTCACATACATTTTCCTCCAATTTGTTTAAAAACATGCTAAGGTCGCTTATGAGGTTGTTAGCTTACAAGAAATTGAAGTTTGTGTGGTTTGGCTGTATGGTGAGATCTTTAGGTTATGAAGTAGTAGTGTTGGGGAGTTGCTTCATAAGTCGCATGATCGGCTAATTGAACTTTAAACATAACCGTATGCGTGTAACGTAGGTAAGATATGTTGGGGAGTTGCTTCATGAGTCACAGGATCGGCTCATATGTGTGGAACATTTGCAGGATGTTAGCCAATCGAAGTGTAATATCAAATGACTATTGAATTGTAAGATGTGAGTAGTATGGTGCTAGGGAAGATATACAAAATGATGTGCCTGATTAGTTTATATGTTTTGAGGCCATTATTTAAGAGACTAAAGTCAAGGAACGATAAGCTGCATTTGTATCGTAGGGACTAAAGTTGTTGCATGAGTGTCTTTTTATGTGTCGTTGAAATGTAAAGATAATCATATAATGTTTTGTTATGCAGGTGTGTGCAAGTGTGTCGTCGGAGTCGACAAATATGAATGAGCTACAACAATGGAATGATCTCTATGGAGAAGGCGGATCGAGAAAAATGAAATCTTTAAGCTACTTCATGTAA
Protein sequence

>MS.gene005614.t1

MVETRRGSSSSKRPLSSSPPSNTKRSKVSQDASSTTLPSIPVKESAKRNESGKPDDIQQPSDLPETASLNVLDGANNDKSHSDPIQPNPQCPGESAEKPKVAAPVVSSRRKPRSVAKLIAKPAAAWGKLISQSSQNPHLSISDPIFTVGQGRQSNLVLKDPTIGNVLCKLSHIEQQGGSSVALLEITGGKGVVQVNGKTFRRTTKMILNGGDEVIFGASGKHAYIFQLLKSNNVSTAGTPPSVSILEAQSAALNGMQVEARSGDPSAVTGASILASLSNIRKDLSLISPPAKTCKKQSADISSLPSGHGDNVPDNEMKDTTNNDESAGVFSSGKDVPSSSTTVNENPSLDTMDVDANPDTDVGKMTSANYELRPLLCMLTGSGTEFDLSGSIHKILEDQRELRELDTPTILASNRRQAFRDSLEQRILKADDIDVSFETFPYYLSDTTKNVLVASTYIHLKCNGIGKYASDFSSLCPRILLSGPSGSEIYQETLSKALAKHFGARLLIVDSLSLPGGTPSKEVDSAKESSKPERPTVLSKRSGQASTLHHKKPTSSVDAEIIGGSTLSSQAMLKQEVSTASSKGTALKKGDRVKFVGNFPPTVSSLQNYASSSRGPSYGFRGKVVLAFEDNESSKIGVRFDKSIPDGNDLGGHIEDDHGFFCSANHLQRIESAGGDDDKVAINEIFEVASNQCKSGALVLFIKDIEKAMAGNTDVLKSKFETLPQNIVVIGSNTQLDSRKEKTHPGGLLFTKFGSNQTALLDLAFPDNFSKLHDKTKESSKLMKQLNRLFPNKVTIQGPQDEALLPDWKQQLDRDIETMKAHSNIVLLRSVLKRTGWDCSDLETICIKDQTLTTENVEKIIGWAVSYHFMQSHEASTEEGKPAISAESIKYGFDIFQSIQNENKNVKKSLKDVVTENEFEKKLLGDVIPPTEIGVTFEDIGALENVKDTLKELVMLPLKRPELFCKGQLTKPCKGILLFGPPGTGKTMLAKAVATEAGANFINISMSSITSKWFGEGEKYVKAVFSLASKIAPSVIFVDEVDSMLGRRENPGEHEAMRKMKNEFMVNWDGLRTKEKERILVLAATNRPFDLDEAVIRRLPRRLMVDLPDAPNRGKILRVILAKEDLAADVDLEAIANMTDGYSGSDLKNLCVTAAHCPIREILEKEKKEKSLALAENKPEPELCSSADIRPLKMEDFRYAHEQVCASVSSESTNMNELQQWNDLYGEGGSRKMKSLSYFM