AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene001626

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene001626.t1 MTR_1g088730 96.306 1137 20 2 1 1117 31 1165 0.0 2237
MS.gene001626.t1 MTR_1g088750 68.793 1160 303 16 1 1117 28 1171 0.0 1540
MS.gene001626.t1 MTR_1g088750 66.724 1160 278 17 1 1117 28 1122 0.0 1469
MS.gene001626.t1 MTR_3g089100 54.683 1057 420 16 84 1107 124 1154 0.0 1036
MS.gene001626.t1 MTR_3g089100 54.269 1054 395 16 84 1107 124 1120 0.0 1021
MS.gene001626.t1 MTR_3g089100 54.210 1057 396 18 84 1107 124 1125 0.0 1018
MS.gene001626.t1 MTR_5g009840 39.926 541 213 7 648 1115 245 746 1.52e-117 383
MS.gene001626.t1 MTR_5g009840 45.238 84 44 1 393 476 54 135 2.87e-14 78.2
MS.gene001626.t1 MTR_8g099065 38.475 551 218 7 648 1116 254 765 1.92e-115 379
MS.gene001626.t1 MTR_8g099065 33.333 174 99 4 392 552 58 227 4.64e-16 84.0
MS.gene001626.t1 MTR_6g033740 39.811 530 216 9 648 1114 239 728 1.27e-114 375
MS.gene001626.t1 MTR_6g033740 40.426 94 54 1 383 476 45 136 5.19e-14 77.4
MS.gene001626.t1 MTR_1g099480 37.403 516 235 6 648 1114 221 697 2.22e-102 341
MS.gene001626.t1 MTR_1g099470 45.387 401 187 8 739 1114 269 662 3.51e-98 328
MS.gene001626.t1 MTR_1g099470 41.237 97 56 1 393 488 49 145 6.55e-14 77.0
MS.gene001626.t1 MTR_4g074920 41.514 383 185 4 755 1117 521 884 2.78e-87 303
MS.gene001626.t1 MTR_8g099065 36.420 486 188 7 648 1051 254 700 4.61e-87 297
MS.gene001626.t1 MTR_8g099065 33.721 172 101 3 392 552 58 227 6.96e-16 83.2
MS.gene001626.t1 MTR_1g101870 49.474 285 116 3 847 1111 507 783 7.30e-82 286
MS.gene001626.t1 MTR_1g101870 50.175 285 113 4 847 1111 456 731 1.35e-81 285
MS.gene001626.t1 MTR_1g099480 34.879 453 208 5 648 1051 221 635 3.48e-77 267
MS.gene001626.t1 MTR_3g092070 48.689 267 115 3 871 1116 47 312 4.45e-76 256
MS.gene001626.t1 MTR_3g092070 48.689 267 115 3 871 1116 47 312 4.68e-76 254
MS.gene001626.t1 MTR_3g092080 48.047 256 112 2 882 1117 62 316 1.01e-74 251
MS.gene001626.t1 MTR_3g092080 48.047 256 112 2 882 1117 62 316 1.17e-74 253
MS.gene001626.t1 MTR_6g023855 44.492 236 101 6 904 1114 246 476 1.95e-51 190
MS.gene001626.t1 MTR_6g023875 42.975 242 109 5 901 1118 379 615 3.16e-51 192
MS.gene001626.t1 MTR_4g011810 41.767 249 116 4 887 1109 226 471 4.95e-51 189
MS.gene001626.t1 MTR_7g075520 42.358 229 108 4 904 1111 212 437 3.98e-48 179
MS.gene001626.t1 MTR_4g096870 42.975 242 105 7 904 1118 119 354 2.35e-47 175
MS.gene001626.t1 MTR_6g023845 43.721 215 105 6 904 1114 116 318 9.85e-45 166
MS.gene001626.t1 MTR_2g086160 40.000 220 107 5 904 1102 132 347 6.60e-44 163
MS.gene001626.t1 MTR_2g086160 40.183 219 106 5 904 1101 132 346 1.12e-42 162
MS.gene001626.t1 MTR_4g053350 40.183 219 106 5 904 1101 127 341 2.26e-42 161
MS.gene001626.t1 MTR_4g053350 40.183 219 106 5 904 1101 127 341 2.82e-42 161
MS.gene001626.t1 MTR_6g023865 39.442 251 105 7 904 1114 158 401 1.42e-41 160
MS.gene001626.t1 MTR_1g063380 38.559 236 118 5 904 1115 478 710 1.82e-38 155
MS.gene001626.t1 MTR_1g063380 38.793 232 116 6 904 1113 205 432 2.32e-36 149
MS.gene001626.t1 MTR_7g101870 38.298 235 118 6 905 1115 480 711 1.62e-37 152
MS.gene001626.t1 MTR_7g101870 38.362 232 117 6 904 1113 206 433 6.74e-36 147
MS.gene001626.t1 MTR_2g095210 38.136 236 119 5 904 1115 406 638 2.56e-37 151
MS.gene001626.t1 MTR_1g083330 37.118 229 115 6 906 1109 169 393 3.50e-34 137
MS.gene001626.t1 MTR_4g033235 37.118 229 115 6 906 1109 170 394 4.10e-34 137
MS.gene001626.t1 MTR_7g099640 36.797 231 117 6 905 1110 188 414 2.46e-33 134
MS.gene001626.t1 MTR_7g099640 36.797 231 117 6 905 1110 188 414 2.77e-33 135
MS.gene001626.t1 MTR_1g069105 36.364 231 118 6 905 1110 189 415 2.87e-33 135
MS.gene001626.t1 MTR_2g095320 37.607 234 110 6 904 1115 421 640 3.80e-33 138
MS.gene001626.t1 MTR_2g095320 36.207 232 118 7 904 1113 153 376 3.23e-31 132
MS.gene001626.t1 MTR_3g117230 34.061 229 126 5 904 1109 139 365 1.43e-32 132
MS.gene001626.t1 MTR_7g088830 36.087 230 121 5 904 1110 658 884 4.10e-32 135
MS.gene001626.t1 MTR_7g088830 34.184 196 99 8 938 1107 423 614 3.39e-20 97.4
MS.gene001626.t1 MTR_3g112260 33.624 229 127 5 904 1109 136 362 7.82e-32 129
MS.gene001626.t1 MTR_7g089040 34.783 230 124 5 904 1110 685 911 4.09e-31 132
MS.gene001626.t1 MTR_7g089040 32.323 198 108 5 943 1117 422 616 1.05e-18 92.8
MS.gene001626.t1 MTR_3g104470 32.313 294 155 10 837 1104 166 441 9.92e-31 130
MS.gene001626.t1 MTR_7g088850 35.294 238 127 5 904 1117 282 516 7.35e-30 126
MS.gene001626.t1 MTR_4g094270 33.190 232 125 6 905 1110 157 384 1.49e-29 123
MS.gene001626.t1 MTR_3g104480 33.942 274 137 10 857 1104 184 439 2.57e-29 126
MS.gene001626.t1 MTR_7g010800 36.287 237 121 7 903 1114 205 436 2.65e-29 125
MS.gene001626.t1 MTR_3g062510 34.199 231 125 5 904 1110 159 386 4.70e-29 121
MS.gene001626.t1 MTR_3g462930 36.596 235 116 8 904 1110 304 533 8.74e-28 121
MS.gene001626.t1 MTR_5g069780 35.808 229 114 8 904 1104 313 536 1.71e-27 120
MS.gene001626.t1 MTR_2g007010 34.167 240 127 7 903 1116 237 471 1.84e-27 120
MS.gene001626.t1 MTR_2g007010 29.614 233 136 6 904 1112 528 756 7.45e-22 102
MS.gene001626.t1 MTR_5g075340 34.498 229 123 5 898 1104 223 446 1.90e-27 120
MS.gene001626.t1 MTR_4g067100 34.553 246 126 7 901 1118 377 615 3.65e-27 120
MS.gene001626.t1 MTR_4g067100 34.553 246 126 7 901 1118 377 615 3.85e-27 120
MS.gene001626.t1 MTR_4g094662 35.371 229 118 7 901 1104 226 449 5.57e-27 118
MS.gene001626.t1 MTR_7g088980 33.766 231 126 5 904 1110 136 363 7.95e-27 115
MS.gene001626.t1 MTR_3g115110 34.016 244 127 8 901 1115 246 484 1.02e-26 117
MS.gene001626.t1 MTR_2g438140 35.242 227 117 7 903 1104 285 506 1.07e-26 117
MS.gene001626.t1 MTR_2g438140 35.242 227 117 7 903 1104 225 446 1.31e-26 117
MS.gene001626.t1 MTR_7g078570 35.043 234 119 8 904 1109 192 420 1.90e-26 116
MS.gene001626.t1 MTR_7g089290 33.778 225 121 7 904 1103 639 860 2.12e-26 117
MS.gene001626.t1 MTR_7g089290 33.778 225 121 7 904 1103 667 888 2.44e-26 117
MS.gene001626.t1 MTR_1g095660 32.911 237 124 8 904 1109 118 350 2.58e-26 112
MS.gene001626.t1 MTR_7g088980 33.766 231 126 5 904 1110 286 513 2.76e-26 115
MS.gene001626.t1 MTR_7g088980 31.963 219 114 9 919 1108 32 244 1.37e-13 75.5
MS.gene001626.t1 MTR_7g088980 33.766 231 126 5 904 1110 218 445 3.43e-26 114
MS.gene001626.t1 MTR_7g088980 33.766 231 126 5 904 1110 312 539 5.25e-26 114
MS.gene001626.t1 MTR_7g088980 31.443 194 101 7 943 1108 81 270 6.16e-13 73.6
MS.gene001626.t1 MTR_6g016600 35.169 236 124 7 899 1110 312 542 1.07e-25 114
MS.gene001626.t1 MTR_1g028390 34.310 239 124 8 890 1104 316 545 1.80e-25 114
MS.gene001626.t1 MTR_7g096060 33.906 233 123 7 904 1109 240 468 2.28e-25 113
MS.gene001626.t1 MTR_4g064350 33.906 233 123 7 904 1109 320 548 4.69e-25 112
MS.gene001626.t1 MTR_0376s0020 33.476 233 123 8 904 1109 1 228 1.36e-24 110
MS.gene001626.t1 MTR_5g075360 33.898 236 125 7 893 1104 5 233 1.64e-24 108
MS.gene001626.t1 MTR_5g075360 33.898 236 125 7 893 1104 181 409 1.71e-24 110
MS.gene001626.t1 MTR_6g059690 33.047 233 125 7 904 1109 197 425 4.30e-24 109
MS.gene001626.t1 MTR_5g075360 33.621 232 127 6 895 1104 233 459 5.40e-24 109
MS.gene001626.t1 MTR_1g069105 36.508 189 91 6 905 1068 189 373 6.40e-24 105
MS.gene001626.t1 MTR_5g075360 33.621 232 127 6 895 1104 57 283 6.81e-24 107
MS.gene001626.t1 MTR_8g056860 36.123 227 107 9 914 1109 480 699 7.56e-24 109
MS.gene001626.t1 MTR_8g099605 32.365 241 125 7 903 1110 403 638 2.00e-23 107
MS.gene001626.t1 MTR_8g099605 32.365 241 125 7 903 1110 162 397 2.85e-23 106
MS.gene001626.t1 MTR_2g101290 32.479 234 128 7 902 1110 413 641 4.74e-23 106
MS.gene001626.t1 MTR_3g062510 35.638 188 94 5 904 1067 159 343 6.26e-23 102
MS.gene001626.t1 MTR_2g101290 32.479 234 128 7 902 1110 413 641 7.09e-23 105
MS.gene001626.t1 MTR_2g024440 30.603 232 119 8 904 1103 214 435 2.01e-22 102
MS.gene001626.t1 MTR_2g024440 30.603 232 119 8 904 1103 296 517 2.50e-22 103
MS.gene001626.t1 MTR_2g024440 30.603 232 119 8 904 1103 297 518 2.54e-22 103
MS.gene001626.t1 MTR_8g469460 30.864 243 108 8 898 1118 201 405 8.88e-22 102
MS.gene001626.t1 MTR_5g074850 31.148 244 135 6 890 1104 484 723 1.26e-21 102
MS.gene001626.t1 MTR_3g104490 31.579 228 107 8 898 1103 201 401 1.83e-21 100
MS.gene001626.t1 MTR_2g078630 29.492 295 149 12 876 1117 21 309 2.42e-21 101
MS.gene001626.t1 MTR_8g023550 30.556 216 136 6 904 1109 165 376 6.33e-21 97.1
MS.gene001626.t1 MTR_3g023900 27.711 249 136 8 904 1112 531 775 7.76e-21 99.4
MS.gene001626.t1 MTR_3g023900 30.522 249 134 8 903 1117 233 476 3.06e-20 97.4
MS.gene001626.t1 MTR_2g078630 29.592 294 150 12 876 1117 549 837 1.02e-20 99.8
MS.gene001626.t1 MTR_3g096000 32.500 240 130 8 903 1113 295 531 3.21e-19 94.4
MS.gene001626.t1 MTR_7g088980 33.014 209 114 5 904 1110 286 470 5.55e-18 89.4
MS.gene001626.t1 MTR_7g088980 31.963 219 114 9 919 1108 32 244 1.27e-13 75.5
MS.gene001626.t1 MTR_7g088980 33.014 209 114 5 904 1110 312 496 7.03e-18 89.0
MS.gene001626.t1 MTR_7g088980 31.443 194 101 7 943 1108 81 270 4.62e-13 73.6
MS.gene001626.t1 MTR_4g088885 30.698 215 105 7 940 1115 258 467 1.61e-17 88.6
MS.gene001626.t1 MTR_1g044600 34.375 160 94 5 958 1109 200 356 1.92e-17 87.4
MS.gene001626.t1 MTR_3g023890 25.267 281 164 9 825 1074 308 573 1.98e-15 81.6
MS.gene001626.t1 MTR_3g023890 32.773 238 127 9 906 1114 94 327 1.04e-14 79.3
MS.gene001626.t1 MTR_1g101880 39.326 89 27 1 1026 1114 154 215 2.01e-13 72.4
MS.gene001626.t1 MTR_6g005760 29.808 208 94 7 941 1102 362 563 1.07e-12 72.8
MS.gene001626.t1 MTR_6g005760 29.808 208 94 7 941 1102 234 435 1.46e-12 72.0
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene001626.t1 AT4G02480 60.927 1057 368 18 88 1112 145 1188 0.0 1229
MS.gene001626.t1 AT1G02890 59.037 1101 404 17 46 1117 92 1174 0.0 1200
MS.gene001626.t1 AT1G02890 57.895 1083 417 19 46 1117 92 1146 0.0 1145
MS.gene001626.t1 AT4G24860 47.958 857 351 14 313 1117 210 1023 0.0 702
MS.gene001626.t1 AT4G24860 47.072 871 361 14 313 1117 210 1046 0.0 693
MS.gene001626.t1 AT1G62130 48.549 758 282 16 382 1116 291 963 0.0 637
MS.gene001626.t1 AT1G62130 33.333 135 89 1 58 191 62 196 1.77e-15 82.4
MS.gene001626.t1 AT1G62130 48.417 758 290 15 382 1116 291 970 0.0 636
MS.gene001626.t1 AT1G62130 33.333 135 89 1 58 191 62 196 1.86e-15 82.4
MS.gene001626.t1 AT4G24860 55.595 563 192 7 582 1117 519 1050 0.0 597
MS.gene001626.t1 AT4G24860 39.037 187 99 3 313 484 201 387 4.44e-24 110
MS.gene001626.t1 AT4G24860 55.417 563 191 7 582 1117 519 1048 0.0 595
MS.gene001626.t1 AT4G24860 39.037 187 99 3 313 484 201 387 4.47e-24 110
MS.gene001626.t1 AT3G19740 34.272 817 420 21 381 1117 155 934 3.05e-122 400
MS.gene001626.t1 AT1G64110 39.963 538 215 8 648 1116 249 747 2.99e-118 385
MS.gene001626.t1 AT1G64110 44.706 85 45 1 392 476 55 137 1.30e-14 79.3
MS.gene001626.t1 AT1G64110 39.963 538 215 8 648 1116 249 747 2.99e-118 385
MS.gene001626.t1 AT1G64110 44.706 85 45 1 392 476 55 137 1.30e-14 79.3
MS.gene001626.t1 AT1G64110 39.963 538 215 8 648 1116 251 749 3.14e-118 385
MS.gene001626.t1 AT1G64110 44.706 85 45 1 392 476 55 137 1.36e-14 79.3
MS.gene001626.t1 AT1G64110 39.963 538 215 8 648 1116 251 749 3.14e-118 385
MS.gene001626.t1 AT1G64110 44.706 85 45 1 392 476 55 137 1.36e-14 79.3
MS.gene001626.t1 AT1G64110 39.963 538 215 8 648 1116 246 744 3.67e-118 385
MS.gene001626.t1 AT1G64110 44.706 85 45 1 392 476 50 132 1.41e-14 79.3
MS.gene001626.t1 AT1G50140 33.946 816 426 21 381 1117 141 922 2.81e-117 387
MS.gene001626.t1 AT1G50140 33.946 816 426 21 381 1117 141 922 2.81e-117 387
MS.gene001626.t1 AT5G52882 39.777 538 214 10 648 1116 248 744 6.06e-114 374
MS.gene001626.t1 AT5G52882 40.426 94 54 1 383 476 44 135 5.05e-13 74.3
MS.gene001626.t1 AT4G28000 39.033 538 220 9 648 1115 247 746 4.55e-112 368
MS.gene001626.t1 AT4G28000 41.489 94 53 1 383 476 44 135 5.42e-14 77.4
MS.gene001626.t1 AT4G28000 39.033 538 220 9 648 1115 247 746 1.26e-111 367
MS.gene001626.t1 AT4G28000 41.489 94 53 1 383 476 44 135 6.27e-14 77.0
MS.gene001626.t1 AT4G28000 38.993 536 221 9 648 1115 247 744 4.71e-111 366
MS.gene001626.t1 AT4G28000 41.489 94 53 1 383 476 44 135 6.31e-14 77.0
MS.gene001626.t1 AT1G50140 44.792 384 191 2 754 1117 562 944 4.27e-103 348
MS.gene001626.t1 AT1G50140 40.816 98 57 1 381 477 141 238 4.07e-12 71.2
MS.gene001626.t1 AT1G50140 44.792 384 191 2 754 1117 562 944 4.27e-103 348
MS.gene001626.t1 AT1G50140 40.816 98 57 1 381 477 141 238 4.07e-12 71.2
MS.gene001626.t1 AT1G50140 44.792 384 191 2 754 1117 562 944 4.27e-103 348
MS.gene001626.t1 AT1G50140 40.816 98 57 1 381 477 141 238 4.07e-12 71.2
MS.gene001626.t1 AT4G27680 46.691 272 124 2 866 1117 43 313 2.37e-76 258
MS.gene001626.t1 AT5G53540 45.956 272 126 2 866 1117 46 316 5.09e-76 257
MS.gene001626.t1 AT1G80350 42.489 233 106 3 903 1109 235 465 1.32e-50 188
MS.gene001626.t1 AT3G27120 43.220 236 109 5 901 1114 397 629 8.57e-50 189
MS.gene001626.t1 AT2G45500 40.611 229 112 4 904 1111 80 305 1.45e-47 174
MS.gene001626.t1 AT2G45500 40.611 229 112 4 904 1111 80 305 1.45e-47 174
MS.gene001626.t1 AT2G34560 42.424 231 108 5 904 1112 100 327 2.98e-47 174
MS.gene001626.t1 AT2G34560 42.424 231 108 5 904 1112 109 336 3.80e-47 174
MS.gene001626.t1 AT2G45500 40.611 229 112 4 904 1111 213 438 1.92e-46 175
MS.gene001626.t1 AT2G45500 40.611 229 112 4 904 1111 217 442 2.15e-46 174
MS.gene001626.t1 AT2G45500 40.611 229 112 4 904 1111 223 448 3.42e-46 174
MS.gene001626.t1 AT2G27600 39.819 221 104 6 904 1101 129 343 2.36e-41 158
MS.gene001626.t1 AT5G03340 38.983 236 117 5 904 1115 477 709 7.25e-39 157
MS.gene001626.t1 AT5G03340 38.362 232 117 6 904 1113 204 431 1.14e-35 147
MS.gene001626.t1 AT3G53230 38.983 236 117 5 904 1115 478 710 9.35e-39 156
MS.gene001626.t1 AT3G53230 38.362 232 117 6 904 1113 205 432 1.39e-35 146
MS.gene001626.t1 AT3G09840 38.397 237 118 5 904 1115 477 710 1.97e-38 155
MS.gene001626.t1 AT3G09840 38.362 232 117 6 904 1113 204 431 1.12e-35 147
MS.gene001626.t1 AT2G20140 37.662 231 115 6 905 1110 186 412 1.98e-34 138
MS.gene001626.t1 AT3G05530 37.555 229 114 6 906 1109 170 394 2.85e-34 137
MS.gene001626.t1 AT4G29040 37.229 231 116 6 905 1110 186 412 5.73e-34 137
MS.gene001626.t1 AT3G56690 38.397 237 118 6 904 1116 721 953 6.33e-34 142
MS.gene001626.t1 AT3G56690 31.513 238 133 7 901 1114 379 610 7.89e-24 109
MS.gene001626.t1 AT2G26140 35.401 274 133 9 857 1104 186 441 4.23e-33 138
MS.gene001626.t1 AT1G09100 36.681 229 116 6 906 1109 169 393 1.56e-32 132
MS.gene001626.t1 AT5G43010 33.333 231 125 6 904 1109 136 362 5.69e-32 130
MS.gene001626.t1 AT1G45000 33.188 229 128 5 904 1109 136 362 2.42e-31 128
MS.gene001626.t1 AT5G19990 33.621 232 124 6 905 1110 101 328 1.46e-29 122
MS.gene001626.t1 AT5G19990 33.621 232 124 6 905 1110 159 386 2.29e-29 122
MS.gene001626.t1 AT5G19990 33.621 232 124 6 905 1110 159 386 2.29e-29 122
MS.gene001626.t1 AT5G20000 33.621 232 124 6 905 1110 159 386 3.11e-29 122
MS.gene001626.t1 AT5G08470 33.193 238 129 6 904 1117 832 1063 3.83e-29 126
MS.gene001626.t1 AT5G08470 33.193 238 129 6 904 1117 841 1072 3.96e-29 126
MS.gene001626.t1 AT1G53750 33.333 231 125 6 904 1109 165 391 4.02e-29 122
MS.gene001626.t1 AT5G58290 34.199 231 125 5 904 1110 152 379 4.84e-29 121
MS.gene001626.t1 AT3G47060 35.965 228 115 7 904 1104 322 545 1.16e-28 124
MS.gene001626.t1 AT1G03000 31.095 283 165 8 848 1103 597 876 3.17e-28 123
MS.gene001626.t1 AT1G05910 34.568 243 124 7 904 1118 378 613 2.36e-27 120
MS.gene001626.t1 AT2G30950 35.683 227 116 7 903 1104 223 444 2.69e-27 119
MS.gene001626.t1 AT2G30950 35.683 227 116 7 903 1104 223 444 2.69e-27 119
MS.gene001626.t1 AT2G30950 35.683 227 116 7 903 1104 223 444 2.69e-27 119
MS.gene001626.t1 AT2G30950 35.683 227 116 7 903 1104 227 448 2.76e-27 119
MS.gene001626.t1 AT5G15250 35.371 229 118 7 901 1104 218 441 3.17e-27 119
MS.gene001626.t1 AT5G58870 34.649 228 118 7 904 1104 326 549 4.50e-27 119
MS.gene001626.t1 AT5G53170 34.728 239 123 8 890 1104 346 575 6.58e-27 119
MS.gene001626.t1 AT1G50250 34.274 248 127 9 897 1115 254 494 8.88e-27 118
MS.gene001626.t1 AT1G06430 35.242 227 117 7 903 1104 216 437 1.75e-26 117
MS.gene001626.t1 AT1G06430 35.242 227 117 7 903 1104 216 437 1.75e-26 117
MS.gene001626.t1 AT1G06430 35.242 227 117 7 903 1104 216 437 1.75e-26 117
MS.gene001626.t1 AT1G07510 34.764 233 121 7 904 1109 324 552 2.18e-26 117
MS.gene001626.t1 AT5G42270 33.197 244 129 8 901 1115 244 482 3.71e-26 116
MS.gene001626.t1 AT1G53780 31.004 229 129 6 905 1108 337 561 6.69e-26 114
MS.gene001626.t1 AT1G53780 31.004 229 129 6 905 1108 338 562 6.79e-26 114
MS.gene001626.t1 AT1G53780 31.004 229 129 6 905 1108 338 562 6.79e-26 114
MS.gene001626.t1 AT1G53780 31.004 229 129 6 905 1108 359 583 7.63e-26 114
MS.gene001626.t1 AT3G01610 31.466 232 131 6 904 1112 525 751 1.16e-25 115
MS.gene001626.t1 AT3G01610 31.557 244 135 5 903 1116 229 470 3.09e-25 113
MS.gene001626.t1 AT3G01610 31.466 232 131 6 904 1112 525 751 1.33e-25 114
MS.gene001626.t1 AT3G01610 31.557 244 135 5 903 1116 229 470 3.51e-25 113
MS.gene001626.t1 AT2G03670 32.328 232 129 5 904 1110 283 511 2.11e-24 110
MS.gene001626.t1 AT2G03670 33.784 222 119 5 908 1103 23 242 4.25e-22 102
MS.gene001626.t1 AT3G02450 33.766 231 124 7 904 1110 331 556 4.28e-24 109
MS.gene001626.t1 AT5G15250 32.143 252 118 8 901 1104 218 464 1.33e-23 106
MS.gene001626.t1 AT2G29080 33.621 232 124 7 904 1109 319 546 1.60e-23 108
MS.gene001626.t1 AT4G23940 32.780 241 124 7 903 1110 426 661 2.54e-23 107
MS.gene001626.t1 AT4G04180 28.926 242 136 8 904 1116 311 545 4.15e-23 105
MS.gene001626.t1 AT4G04180 28.926 242 136 8 904 1116 316 550 4.29e-23 105
MS.gene001626.t1 AT1G79560 32.599 227 117 8 914 1110 500 720 5.86e-23 106
MS.gene001626.t1 AT1G79560 32.599 227 117 8 914 1110 500 720 5.91e-23 106
MS.gene001626.t1 AT1G79560 32.599 227 117 8 914 1110 500 720 7.36e-23 106
MS.gene001626.t1 AT3G16290 32.218 239 122 7 902 1110 405 633 8.47e-23 105
MS.gene001626.t1 AT2G03670 33.784 222 119 5 908 1103 23 242 9.67e-23 103
MS.gene001626.t1 AT3G15120 30.837 227 125 6 906 1104 718 940 4.36e-22 104
MS.gene001626.t1 AT3G15120 30.837 227 125 6 906 1104 728 950 4.37e-22 104
MS.gene001626.t1 AT5G64580 31.250 240 133 8 903 1113 312 548 6.60e-18 90.1
MS.gene001626.t1 AT1G45000 34.286 140 67 4 904 1020 136 273 3.01e-17 85.1
MS.gene001626.t1 AT4G04910 31.034 203 96 7 940 1103 248 445 2.84e-16 84.7
MS.gene001626.t1 AT5G08470 30.065 153 79 5 904 1034 841 987 6.08e-13 73.9

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
10952 gene 162 11529 162 ID=MS.gene001626
10952 mRNA 162 11529 162 ID=MS.gene001626.t1;Parent=MS.gene001626
10952 exon 11358 11529 11358 ID=MS.gene001626.t1.exon1;Parent=MS.gene001626.t1
10952 CDS 11358 11529 11358 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 11125 11243 11125 ID=MS.gene001626.t1.exon2;Parent=MS.gene001626.t1
10952 CDS 11125 11243 11125 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 8306 8422 8306 ID=MS.gene001626.t1.exon3;Parent=MS.gene001626.t1
10952 CDS 8306 8422 8306 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 7901 8047 7901 ID=MS.gene001626.t1.exon4;Parent=MS.gene001626.t1
10952 CDS 7901 8047 7901 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 7024 7700 7024 ID=MS.gene001626.t1.exon5;Parent=MS.gene001626.t1
10952 CDS 7024 7700 7024 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 6681 6802 6681 ID=MS.gene001626.t1.exon6;Parent=MS.gene001626.t1
10952 CDS 6681 6802 6681 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 6484 6575 6484 ID=MS.gene001626.t1.exon7;Parent=MS.gene001626.t1
10952 CDS 6484 6575 6484 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 6040 6271 6040 ID=MS.gene001626.t1.exon8;Parent=MS.gene001626.t1
10952 CDS 6040 6271 6040 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 5840 5906 5840 ID=MS.gene001626.t1.exon9;Parent=MS.gene001626.t1
10952 CDS 5840 5906 5840 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 5116 5264 5116 ID=MS.gene001626.t1.exon10;Parent=MS.gene001626.t1
10952 CDS 5116 5264 5116 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 4932 5005 4932 ID=MS.gene001626.t1.exon11;Parent=MS.gene001626.t1
10952 CDS 4932 5005 4932 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 4674 4838 4674 ID=MS.gene001626.t1.exon12;Parent=MS.gene001626.t1
10952 CDS 4674 4838 4674 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 4495 4566 4495 ID=MS.gene001626.t1.exon13;Parent=MS.gene001626.t1
10952 CDS 4495 4566 4495 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 4180 4281 4180 ID=MS.gene001626.t1.exon14;Parent=MS.gene001626.t1
10952 CDS 4180 4281 4180 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 4003 4092 4003 ID=MS.gene001626.t1.exon15;Parent=MS.gene001626.t1
10952 CDS 4003 4092 4003 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 3192 3267 3192 ID=MS.gene001626.t1.exon16;Parent=MS.gene001626.t1
10952 CDS 3192 3267 3192 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 3006 3102 3006 ID=MS.gene001626.t1.exon17;Parent=MS.gene001626.t1
10952 CDS 3006 3102 3006 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 2796 2865 2796 ID=MS.gene001626.t1.exon18;Parent=MS.gene001626.t1
10952 CDS 2796 2865 2796 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 2464 2643 2464 ID=MS.gene001626.t1.exon19;Parent=MS.gene001626.t1
10952 CDS 2464 2643 2464 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 2272 2334 2272 ID=MS.gene001626.t1.exon20;Parent=MS.gene001626.t1
10952 CDS 2272 2334 2272 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 2036 2119 2036 ID=MS.gene001626.t1.exon21;Parent=MS.gene001626.t1
10952 CDS 2036 2119 2036 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 564 748 564 ID=MS.gene001626.t1.exon22;Parent=MS.gene001626.t1
10952 CDS 564 748 564 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 325 463 325 ID=MS.gene001626.t1.exon23;Parent=MS.gene001626.t1
10952 CDS 325 463 325 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
10952 exon 162 225 162 ID=MS.gene001626.t1.exon24;Parent=MS.gene001626.t1
10952 CDS 162 225 162 ID=cds.MS.gene001626.t1;Parent=MS.gene001626.t1
Gene Sequence

>MS.gene001626

GTCTCAAAGAATGTTTCATCCAAGGTTAATCCTTCACCGTTGGTCAACGAATCTGGTGAACAAGAGAAAAGACCATCTGATCTGTCAGAAATGGCTGTTGATGGTAACACTGACAAGTCTTCTTCTCTTCCAAACGAAGATGAAGCTTTGGTGTCTCCTCCTCAGTGTATAGGTATCAAAGTTATAAACTTTTTATCATTTCTTTCATGGGTTTGTTGTATTTTATATAATCTAAGCAAGCATGTGTGGTTTTTTTGCTTTGTGAGATTTATGGATTTTGTGTTAGAATCAGGTCAAATTGCTGAGAAATCAAAGGTGTTACCTCCGTTAGCTCGGTCGAAGAAACGCTGCACAAAATCTAATTCTAAGTCAGCTTGGGGGAAGCTTATTTCTCAATCTTCTGAGGTTTACTTCTAATCTTAGTTAAGTTTTTGTTTTGTTTGCAATTTGCATGGTTGTTTCTTTGTCTTATTAAAGTGGGAGTGGATGCAATACAAGTTCTGAAACTAGTGATTTTGACAATTCAGAAACCATTTTATTGACTAGTTTTGGTTTATAGATTTATATATTTTCTGAATTCGGGGTTATTAGTTTGTCTAAAATGGCTGAGATTTTCTGTATGCATCATGTTGTGCATTGTACAATGTTGGTTAATTTACGGCCTCAACTTAGTGTATAACTTGTATATTATGGACTATCCATGTTAGCAAAAGTTACACACACCAAAGATAGATTACATAACGACAAAACGCAGAATTTATGAGGTTAACATTAATTAATTGTCTGCGACTTTACGTCTATCGAAAGATGCATTTTATGAAAGTATCACTATGTCGAACAAGATTAAAGGTTTTGTGAAAACGTACAATCTTATTCCAATTAACATATCTAGTCTATTCACCCTCAAGAAACACTCTAAACTATACGATTGATCGTTCGCATTTTCTTGGGGATTCACTTCGCTTGGACATGGGATGCCTTCATTCTTCATAAAACTCCCTTGATGTAGTGGTGATGAGTGGCTCCCCTACTAAAATGAATAAGTGTAAATTATAAATTGTTCCTCACATTTTCAAGTTCTATCAAACTTGAGGTCTCTTTATTCAAATGATGCAGTGGAACCTTTTTTTTGTTCAACTCCACTCCGTCCCACTCCATTCCATTTCATATCACCAATTCAAACTTACCCTAGGAGTCAACGTTGAATTCCAAGAGAGTTTCACTTTAATTTTGGGAAACTCCAATAATTCTCCCTTCTAATTATTGTATTTGCAAATTTTAACTACTACACAACAATTTCTCATTCAATTAATTTTTCTAAACTTTTATGTCATCGTGTGACTTAACCTTTTCTCTTTTGCTACACAACTGCTCACACTTTTCACGACTTATCTTTTGATGTATCAAACACCTTTGCTTGTACTCCTTGCACCTTCACTTCAAACTAGAAAACTTGTATCCTTGTAAAGGCATCTTTTCCAAAGAGATGATATTAGCAATGTTATAAGTTAGAAGCCTTACTATGGAAAGCTTGAATTGCACCATTGAAGCTTCATTCTCACTTTCCCAATGCTTTCAACCTTCATTTTCTTCACACATCCTAACTACAAATGGCCCAACACACCACTAAGTTTCTAGGGGTCAAATATCACACAATTTCGTCAAATATGCATTGAGTTAACCGAATCCATCACCCGTTTTGACCTAATGATATTCTCATTTGTTGCTAAGCACACATCATCATCTTCAATGGTGCTATTAGCTACATTGGTTTGGAGTTTTCATAATTCTTTTTTCATTTCTTTTAATCTCTCTTAAGTGTACCCTCGTTTGTGAACGCCTTGGTTGATGTGGCTCTTACAATAGTAACACTTCACATTACTATTATCTTGGGATTTTTGCTGTTGTGCATTACCATCAAGAAATGGCAATGCTTTGTACTATATCATACATATAAATTAATTACCACTTCAGATTATAGGATGTGTCATCATCTATTTGTAGACGATTTAGTGATACTTGCTTTTTTGGGGGATTGGGGGGGTTAATGTTGTAGCTTTTGGAAATTTCAATTTTTTTATTGTGCATTACCAACAAGAGAAGATAATGCTTTGTACTATATCATACATAGAAGTCCCATTAGATCTTGAATCTTGATTAATCTGAGTTAGCCAGATGGACCTGTTTAAGAGGGAAATACAATATTTTATTTAAGGGGAATATGCTGTTAATCTCGGATAGCGACGCAGAGCATCAACCCCAAATCTGGGACAACAGTATAGCATGCTGCAGGATGACCACTATTCTAACGTTTTCTTATCTTTATTAAATAATCAATTGTATGGAAGTTCTATTTATTTTCATCTTCATAGTTAACAAATAAGGAAAAAGTGGTCATCTAGGCAAAGACCCAAAGAGGGAAACAATTCTTCATTCAAGAGACTTAGGCCCATCATTGGATTTTCCAAAAAGCCCAATGTGCCAAACCCTAAAAAAGCGCATTATAAATAAAGCCCAATTCATACTACCGCAACCTACTTGCCGCTGTTTTACGTCTCCATATCTAAAGAACACATAAGCCTACTTACCGGAAACACCAAAGACAATGGTGGTGGAGGATGGATGAGCAGTTTCCTCAGCAGAAAAAACTCCATCCGGTTCGTTATTACCGATGTTGTGCTTCATGTCAATGTTTGCCTTATCATCCCCATTGCCGCCAGGCAGTGATGAAACACTCTGCTGCATGTTCTTGCCAGTGTTAGCAGAAGGTGGAATGATAGATAAATCTTCATTAAGTTTAGAAAAAGAGGAAATATTGAATCTCCAGCAATAGCCGACAGGTCTCCAGATCTGGCATCATTCTTCGATTTTTTTTTTTTTTCCTTCAAAGTAAAGTATAGCATTGATGTTAGTCATGACTCATGAGAGTAAAATTTGCATTTAATTCAAAGAATCATCAATTTATTGTGAGTGTGAAATTGGGAGTTTTTATCTAATTTATGGTTCTGTCTTTTCATTTAATCTTCCCTTTTTTTTTTTTTTTTTTTTTTCAGATTACACTCTTATAGGTTTGGAATTAATCTTTTTTATTGTTCATGCTTTTCCAGAATCCTCACCTGCCCATGTGCGATCCTATCTACACTGTTGGCCAATGTCGTCAATGTAATTTATGGCTGAAGGATCCCTCTGTTAGTAATGTTTTGTGCAAATTGAGCCATATAGAGGTAGAGTTTCCTCCTTTATCTTTTTAAACTTAAAAAAACCTACTGAAGAGATAAGATCTTTACAACTTTGTTATGACAAATAAGTAATTCCTCAAACAAATTCAGATCTATTATAGATGTTGCCAAAGATATCACTGAAATGAATTTTATTTCTTTTATGGTAGATGCTCCTAAAATTGTTCCATCATAAGAAAATTACTGTTAACCTTTTCTAAGTTTAATAGATTAGTAACCACAGTTGTTTGTAATTCTGCACAGCATGGAGGTTCATCTGTTGCATTGCTGGAAATCATAGGGAGTTGTGGTGCTGTGAAAGTTAATGGAAAGATGTGTGGGAAGAAATCCCGTCATATTTTAAGTGGAGGTGATGAAGTTGTCTTTGGTGTTTCCGGGAAGCAGGCTTATGTATCCTTTAGATATGATTCCCTAGCAAGAATTTATCTTTTTGTTTCTTCTTGATTTTTTTCTTTTGCATGTTTCTGCGTTCACCTTTGCAAAAATACATGTTAGTCACATTTTCTATGTATTTATATTACAAATCCTGTGTTTTTTCATTCTTAAATTTCTTCCATTGATATCTAATGGGTTCCTTAGCATGGATTTAGATCTTTCAGCAGCTCAATAATAATATCACTACAGCCAATATACCTTCTCCTGTGACCATTTTAGAAGCCCAGGGTGCTTCAATAACTGGAACGCAACTTGATGCAAGATCTGGAGACCTGTCGTCTGTTGCTGGAGCTTCATTATTGGCCTCTTTTTCTGAACTTAATGAAGATTTAACCATGATTTCACCTGCTTCTAACACTAGCAAGAACATGCAGCAGAAGACTGATGTTTCATCACTACCTGCCAGCAATGGGGATGATAAGGCAAACATTGACATGAAGCACAACACCATTAATGACGAACCAGATAGAGTTTTTTCTGCTGAGGAAACTGGTCTTCCGTCCTCTACCACCGTTAATGAAGATCCAAATGTTGTTGCTGTAGAAGTCAATGCTGGTGTGGATGCAGATGTTGGGAAGATGACTGCTGCTTCCTGCAAATTGAGACCATTATTGCACAAGCTTTCTGGATCATGTCCTGAATTTGATTTGAGTGGCAACATTGCCAAGATATTGGAAGAACGTAAGGAATTAAAGGAACTCCTTAAAGATGTTGATACCCCAACACTATTGACATCGCCCAAGCAACAAGCCTTAAAGGATAGCTTACAGATGAGAATTCTCAATGCTGAGAATATTGATGTTTCCTTTGAAAGTTTCCCATATTATCTAAGGTGCAAATACTTGCTTCTTGTTAATAATACTTTTTTCTGATTTGATATCCTGTTGTATGCTACCTTAATTATACATATCTATTGTGTGGTCACAGTTAGATGTAAGCTACAAACCTTGATATTCTTTGTTGCTAATGCTATGATGCTTGGTAGGATGACATGTAGTTAGATAGATAAAAGATAATTTATTCTACTGGTTATGATGATTTGCTTTATTACAGTGATACAACAAAGAATGTTTTGATTACTTCTGCATACATTCATTTGAAGTGCAATGGCTCTGGAAAATATGTTTCAGAACTTCCGTCGCTGTCCCCACGGATATTGTTATCTGGTCCTGCAGGTAGCCCCGTCATTCTTGTTTGTATGATTCACTAAATTCTTTTTTTTTCTTTTTTCTTTTTTCCATAAGTTAGGAGTGCTGTCATTGTATATGATTCTTTTGTAGGCTCTGAAATATATCAGGAGACTCTGTCAAAGGCACTTGCAAAGCATTTTGGAGCGTGGCTACTAATTGTGGATTCTCTTTCACCTCCTGGTGTATGTTTTCTAAGATTTCCTTCTGTTGTTATGTTTATGGAGTTTTTGTAGGGTTATTATCCCATACTAGCCTAATTTTATATAATTCGTTTCATTCATTGACCATGGTCTTTATTGGCTTTCTCATCTGTTTGATTCTGTTGGGATTGTTTCATATCAAAATCAGCAACATTCTAGACAAAATTGAATTGATTGTGCAATTGAATTTTCAGCGAACACCATTGAAGGAAGTTGATTCTACTAAAGAAATTCCAATTCCAAGGACTGAAAGAACATCTATGTTTACCAAGAGAAGTACTCCGGCTGCTACAATACATATACAGCATAAGAAACCAGCTTCTAGTGTTGATGCCCAAATTATAGGTGGATCCACATCTAGTTCACAGGCTGTACTGAAGCAAGAAATTTCTACGGCATCATCAAAAGGCAGTGCTTTTAAAACAGGTATGCTGTTTTGTTCTTAAAACATAAGCACCTAGTTTGAAATTTAGTTTCTATTATCTTATTTTTTATATATGTTAGATGACATTCTGCTGACCTGACGCCTTCAATAATATGATTCTTACATCATTTGCAGGTGATCGGGTAAAATATGTTGGCGACTTCCCTTCTGCTGCCTCATCACCACAAGTTTTTCCTTCAAGGTAAGTTTGTATGAAGAAATTATACTTCGTAGCATTTTTACGGTTAATGAGTAGAAGTGCTCTACCTGATTGTAGAGAGAGATGATAATATTTTTGTAGTTTAATAGCATTGTAATGCATTGGAAAAATTTCATAAATAGTAGTTCCCTCATCTGCAGATGTTACAGCTTTTGAAAATTTCCACTTTGGAGTCATTGCACTTTGTTTAGCTCAGAATCCTAGGATGTTGTCATTAACTCATTATGTGGATTTTTTCCAACTAATTTACTTGAACCTGAAAATGCATATAAATAAAAATTCTTGCTTTGGCTTCTCTTTCGACTCTCGTGAATTCCTCATGGATGTTTCAAGACGGTTCAATTTAGTTATGCAGGCTTTGGTGTTTATTTATTTATGTTTTTCACTTTCACATTTTTTTATTTTCTATTTTGGTGGATATTATATTTGACTGCTGGTTGTTTTTTTTTTTTGTCTATTTTCTCTTATTAAAATATTCCTTTTTACCTTTAGATTAGTTTATTTTTTGTTCGTGTTGGAAATTAGTGTTTCTTTTTTCTGTCTGTTATATTGAGCAGGGGACCAAGTTATGGCTGCCGGGGCAAAGTTCTCCTTGCTTTTGAAAATAACGGGTCTTCAAAAATTGGAGTTAGATTTGAGAAATCAATTCCAGATGGAAATGATCTTGGAGGGCTCTGCGAAGATGACCGTGGGTTCTTTTGTTCTGGTAATTCACAGTATTTGATTGATTTGCCGTTCCATTTGCCACTTATTTGTATATTGTATGCTATAATTTTGCCATGCATTAAAAGTTGTTACTAAATGATTTGTCTGCAGCCAATCATTTGGTACTGGTAGATGGTTGTGGAGGGGATGACTCTGGAAAAGTTGCTATTAATGAAATCTTTGAGGTAGCCCCAGTGTTATACTTGTCCAAAAGTTGTTTCAATTCATTCCTGAAGTAGTATACATAACACCCCTTTTTTTTGCTATTGTGAACATAGATTGCCTCTAGTCTGAGTAAAAGTGGAGCCCTAGTGTTGTTGATTAAAGATATAGAGAAGGGTGTGGCTGGGAACTCAGAAGTTTTAAAAAGTAAATTTGCAAGCTTGCCACAGAATGTTGTAGTAATTGGTTCACATATCCACCCGGACAATCGTAAAGAGAAGGTACTGTTTTATTATTTATATGTTAGGAAGCATCTGAGAGTGATGATATCATGATTAGAGGTAAGTTTTTGCTGCTGCATCTGATGACTGCATATTTATACTTCCAGACCCAACCTGGCAGCCTTCTGTTTACAAAATTTGGAGGCAATCAGACAGCACTACTTGATCTTGCTTTTCCGGTATAATAATCATAGATATTGGTCCTACTACTTTGATTGGTGTAGTTCTAGGCATTTTACCCTCCTTTTTTATGGCTTTGAGATGGATGGTTTTTTGAATATTGGTTAATATCAACATACAATGTTGTAGACGGGTTTTTTTTTTTTTTTTTTTTTTTTTATGGTTCTTTCATGAATTAATCATCGACCTATACTACAATTTGGTTTGTTTAGGATAACTTTACGAGGCTACATGATAGGAGCAAAGAAACCCCCAAAGTAATGAAGCAACTCAACAGGCTTTTCCCAAACAAAGTTACAATACAGATGCCTCAGGTATCTTAGATTAATTTTACTGCACAATTTATGATCTTGCTGTGTACGTACAGTTCATATATCTGTTTTACTTGTTACCTTGTACAGGATGAGGCTTTACTTTCTGATTGGAAACAGCACCTAGAACGTGACGTAGAAACTATGAAAGCTCAGTCCAACGTTGTCAGCATTCGCTTGGTGAGTCTTACTGTACCTCCTGATAATATTTTTTTTTTCTTGTACTCTTTTATCATTCTACGCTTTCTCTAGTTGCTATTGTGTTGTTCTTGGACGAGAATGAGATTAGCTATTGGGAGATTATTTATCGGGTGCCTTTGGAATGTGTCGTGTCACATTCATTTGCTTTGTGAAATTTCCTCTTTTAGGTTTAACAATTCTGAATGTCATTTTAAACATGATATCAATGGATAAGTTTCCATTTTTTTTTTTTTTTATGGCTACTTATCCTGGTCTTCCATATTCGTTTATGTTTAGTTTGCATTTTTCCTTATAGGGCTAAGGGGAATTTAGGCAAAAAAAATTGATTAATGTCTTATCATTTAAGAGTTTTTGTACAAGTTGTTTCCAAGTCGAAGAGGAAATGAGGGTAAATTATCCATAAGCTATTTCTATATGCTATACCGAGGCGAGGAGTTTACAAATATAAATCAGAACAACTTATAGAGATTTCTTAACCTGTCACTAGAAGTCCTTCCAAACACTTACACAAGTACTAAATAAGTTCTTCCCAACACCCTTGAGTCCTACAATTACTTTCAGTAAAATGATCCACTTGATGATGGATTTTCAAATAATACGAAGACCTCGAATAAAACATACCTATAACTTAGCTTTTGCTTTACTCAAAATTGAAAATTATTTCATTGCCTTGCCAATTGTCAAGCTTCTAATGAGGTTCTTTTAATGATTCAGGTGCTCAACAAGTTTGGACTGGATTGCCCTGAACTTGAGACTCTTTCCATCAAAGATCAAACTCTAACAACTGAAAGTCAGTTTTTACTATTTAATTGTTTGGAGTTACATTTCCTTCTGAACATGCAATATTACTGATAATATGTTGTCAACTCCTTTTACTAGATGTGGAGAAGATTATTGGCTGGGCGATAAGTTACCATTTTATGCATTCATCTGAGGCTTCTCCTGAAGAATCAAAGCCTGTGATATCTGCAGAGAGGTTGTTCCCTCATCTTTGGTCGTTTTCATAATGTCAACCCTAATAATTTGAGCGAAAACAATAAAATGAAGTTTTCTAAGTTTATTTATTTATTTTTTTCCGTCAAAAAATTAAGACCATTTTACTTTACAATTGTGCAGCATTCAGTATGGGTTTAACATTCTACAGGGTATTCAAAATGAGAACAAGAGCGTAAAAAAATCATTAAAGGTAATTTAAATCAGACAACCACAATTTTATACCTTTTTCCTCCCTATTTTGCGGAGTACATATTTTGTAGTACTGGTTTACATCTGGCTCCTTTCCACTTTCACGGTTTGAATAATGGATTAATATCCATATCTATTGAATTGTTTATCCAGGACGTAGTTACTGAAAATGAATTTGAGAAGAAACTGCTTGGTGATGTTATTCCACCAACTGATATTGGGGTCTCATTCAATGATATTGGAGCTTTAGAAAATGTTAAGGACACCTTAAAGGAATTGGTCATGCTTCCTCTTCAAACGCCTGAATTATTTTGCAAAGGACAACTAACTAAGGTGGAAAGATTTTCATTCTAGTTACTAATAATGATTAATTTATATACTTCATACTTCAAATGATTTGTGGAGCATATATTAAGTCGATCACACCATGTTTGAACCTCATTGCAATTACTTTTATTATAGCCTTGCAAGGGAATATTGCTTTTTGGCCCCCCTGGCACAGGAAAAACAATGCTTGCAAAGGCGGTGAGCAACTGAAGCTGGAGCAAATTTCATTAACATCTCCATGTCTAGCATTACTTCGAAGGTATTAATGTTGTAACTTGAAACACTTTTACTGTACCATTGGTGTTCCCTTATACTTCAATGACAAAAAGCTATCATTTTGTTTGTTGCAGTGGTTTGGTGAAGGAGAAAAGTATGTCAAAGCAGTTTTTTCTCTGGCCAGCAAAATTGCTCCAAGCGTTATTTTTGTTGATGAGGTTGGTTTAACTTGTCATTCATATATGTGATGTTTCCCATCCTTTTTCTTAAACATTTGAGGAGTGCTAGGAACACTCTATTTAACACTCTCTCTTAACACTCACTCTTTTGTTGGGTGAAATCAAAGTGTGTGTGACCCACATTGATTTAACCCAATAAGAGAGTGAGTGCTAGAAAGAGTGTTCCTAGCACTAAGCTAAACATTTTTGTTTGCTTACTTTTTGACCATTCTTCCTAAATGAATGTTCATCTTGTTAGTTTTATCTTTTTTAATCATTTTTACCATTTAGAGGGTAGTGTATGCTTATATAACTAGTGGTTATTCACATGGCATACTTATGTCCCATATGTGGCATGGAAACATACAACAGCTGAGGAGGCTTAGTCTGTACATGATTTTCACAATTTCTCTTTATTTGATCACCTTGTTTGTGCCTCTAAAAAGGGTAGATTACCATACACTATCTTACTACAAAATTCTACTGCGAGTTCCTGATCAAGAACGCACAGCCAGGAATCTTAATGGTGTTAGTTGACAAGTGTAACTTCTCGAAGTTCATAATTGTTAAAAAACATTTTACCAAAATCTAATCAAATTCAACTGTTCTTCGCATGATTTACAATACCTCAAATGCCCTGGAATCATGTCTGATTTCTTTGACCTTCCAAAAGTATTGACTGTTGTAAATTTGCAATGGGCTGTTAGGCTGAATCCACAAAAGAGTTTCCACTTCTCTCATCTACCTTACATAAAAGATCCGTTCTGGTTTAAGAGAATCCAAATCCAAATAGATTGTATTTTGGTCCAAAGGGTCAATGGTTTTCAAGCGATTGCTGGATTGGTTTCACATGATATTTATACTCACCAGTTCATGGGGGGAAAAGTACATAAGATTTAGTGATTTACATTGCGATGGGGACAATTGTAGTAGGCTTCATAGTTCTAAGTCGTCATTGGGGGTCAAAAGAAAGACTAAGCTACTTGGGAGTTGTGAAGCTGCAGGATAGTGGTGGCTGTACGTCCTATAGTGTTTGTGAAGGCACTGATACAGTGGGTTTGAAGAACCAGGGGTTGTGAATTGTAGTGAACTCCAAACTAATTCGAACCAAAAGTTCTAAAGTTTAGCGTATTCCTTTACTGAACACCTCAGTCATATAGTTTTTGTGATCATTTACTACCAAGACAATTCTTTAAATCTGCCTCAGATTTCCAATTTCTTATGGTTGCTGATGCTTTATTATTAGTTTCAGCTAATTGTTTTTTATTTTTGTGGTATTTGTGGCAGGTTGATAGTATGTTGGGGAGACGTGAAAATCCTGGTGAGCACGAGGCTATGCGTAAAATGAAGAATGAGTTTATGGTTAATTGGGATGGTCTGCGCACAAAAGATAGAGAGCGTGTACTTGTTCTTGCTGCCACGAACAGGCCTTTTGATCTTGATGAGGCTGTTATTAGGAGGCTTCCGCGAAGGTAAACATGTTATGTTTGATTTTGATTTCATGTATTTTATATTTTGTAGATGAGATTTATTCTAACTGGTCTTCCTATTTTTTTTTTTTTTTTTTTGTAGATTGATGGTTAATTTGCCAGATGCAACAAACAGAGAAAAAATCATGAGAGTCATTTTAGCAAAAGAAGAATTGGCGCCTGATGTTAATTTAGAAGCATTAGCAAATATGACTGATGGATACTCCGGAAGTGACCTAAAGGTTGTGTTTCAATACATCTTAATCATCCATTCTTGCTTGCTTGAGAATGTTGCACATAACTCTAGGTAAAATATTCTCATTGTTATATTTTGATTGCAGAATCTGTGTGTCACTGCAGCGCACTGTCCAATAAGGGAGATCTTGGAGAAGGAAAAGAAGGTTA
Protein sequence

>MS.gene001626.t1

VSKNVSSKVNPSPLVNESGEQEKRPSDLSEMAVDGNTDKSSSLPNEDEALVSPPQCIESGQIAEKSKVLPPLARSKKRCTKSNSKSAWGKLISQSSENPHLPMCDPIYTVGQCRQCNLWLKDPSVSNVLCKLSHIEHGGSSVALLEIIGSCGAVKVNGKMCGKKSRHILSGGDEVVFGVSGKQAYIFQQLNNNITTANIPSPVTILEAQGASITGTQLDARSGDLSSVAGASLLASFSELNEDLTMISPASNTSKNMQQKTDVSSLPASNGDDKANIDMKHNTINDEPDRVFSAEETGLPSSTTVNEDPNVVAVEVNAGVDADVGKMTAASCKLRPLLHKLSGSCPEFDLSGNIAKILEERKELKELLKDVDTPTLLTSPKQQALKDSLQMRILNAENIDVSFESFPYYLSDTTKNVLITSAYIHLKCNGSGKYVSELPSLSPRILLSGPAGSEIYQETLSKALAKHFGAWLLIVDSLSPPGRTPLKEVDSTKEIPIPRTERTSMFTKRSTPAATIHIQHKKPASSVDAQIIGGSTSSSQAVLKQEISTASSKGSAFKTGDRVKYVGDFPSAASSPQVFPSRGPSYGCRGKVLLAFENNGSSKIGVRFEKSIPDGNDLGGLCEDDRGFFCSANHLVLVDGCGGDDSGKVAINEIFEIASSLSKSGALVLLIKDIEKGVAGNSEVLKSKFASLPQNVVVIGSHIHPDNRKEKTQPGSLLFTKFGGNQTALLDLAFPDNFTRLHDRSKETPKVMKQLNRLFPNKVTIQMPQDEALLSDWKQHLERDVETMKAQSNVVSIRLVLNKFGLDCPELETLSIKDQTLTTENVEKIIGWAISYHFMHSSEASPEESKPVISAESIQYGFNILQGIQNENKSVKKSLKDVVTENEFEKKLLGDVIPPTDIGVSFNDIGALENVKDTLKELVMLPLQTPELFCKGQLTKPCKGILLFGPPGTGKTMLAKAWFGEGEKYVKAVFSLASKIAPSVIFVDEVDSMLGRRENPGEHEAMRKMKNEFMVNWDGLRTKDRERVLVLAATNRPFDLDEAVIRRLPRRLMVNLPDATNREKIMRVILAKEELAPDVNLEALANMTDGYSGSDLKNLCVTAAHCPIREILEKEKKV