AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene013377

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene013377.t1 MTR_3g095040 95.726 117 5 0 3 119 89 205 1.41e-78 230
MS.gene013377.t1 MTR_8g092010 67.677 99 32 0 9 107 85 183 2.82e-46 147
MS.gene013377.t1 MTR_1g015140 67.949 78 25 0 15 92 85 162 1.03e-35 120
MS.gene013377.t1 MTR_3g104750 69.444 72 22 0 19 90 91 162 5.80e-34 115
MS.gene013377.t1 MTR_2g033820 59.740 77 31 0 18 94 189 265 7.17e-30 110
MS.gene013377.t1 MTR_4g094588 46.667 105 43 1 18 109 164 268 2.02e-29 108
MS.gene013377.t1 MTR_4g122530 62.162 74 28 0 19 92 195 268 1.91e-28 107
MS.gene013377.t1 MTR_7g079010 58.667 75 29 1 18 92 127 199 3.10e-28 102
MS.gene013377.t1 MTR_5g091390 57.333 75 32 0 18 92 143 217 4.00e-28 104
MS.gene013377.t1 MTR_8g007270 60.526 76 29 1 18 93 140 214 1.42e-27 101
MS.gene013377.t1 MTR_1g086790 55.844 77 34 0 18 94 144 220 3.83e-27 102
MS.gene013377.t1 MTR_7g028415 57.353 68 29 0 21 88 82 149 4.56e-27 98.6
MS.gene013377.t1 MTR_7g028710 57.353 68 29 0 21 88 82 149 4.56e-27 98.6
MS.gene013377.t1 MTR_8g096730 55.714 70 31 0 19 88 57 126 4.69e-26 95.1
MS.gene013377.t1 MTR_7g011820 52.000 75 36 0 18 92 396 470 4.95e-26 101
MS.gene013377.t1 MTR_7g011820 56.667 60 25 1 32 91 228 286 9.75e-16 72.0
MS.gene013377.t1 MTR_5g043880 54.795 73 33 0 18 90 110 182 9.41e-26 97.8
MS.gene013377.t1 MTR_7g080020 56.000 75 33 0 18 92 479 553 1.00e-25 100
MS.gene013377.t1 MTR_7g080020 52.381 63 29 1 32 94 280 341 1.52e-14 68.9
MS.gene013377.t1 MTR_5g042920 52.000 75 36 0 18 92 306 380 1.04e-25 99.8
MS.gene013377.t1 MTR_5g042920 51.667 60 28 1 32 91 151 209 6.65e-14 67.0
MS.gene013377.t1 MTR_7g080000 53.947 76 35 0 17 92 417 492 1.29e-25 100
MS.gene013377.t1 MTR_7g080000 50.000 64 31 1 31 94 233 295 6.51e-14 67.0
MS.gene013377.t1 MTR_5g094430 45.833 96 44 1 5 92 195 290 1.42e-25 99.4
MS.gene013377.t1 MTR_5g094430 48.333 60 30 1 32 91 66 124 3.12e-12 62.0
MS.gene013377.t1 MTR_5g094430 45.833 96 44 1 5 92 217 312 1.45e-25 99.4
MS.gene013377.t1 MTR_5g094430 48.333 60 30 1 32 91 88 146 2.60e-12 62.4
MS.gene013377.t1 MTR_7g109800 49.383 81 41 0 19 99 132 212 1.70e-25 97.4
MS.gene013377.t1 MTR_5g094430 45.833 96 44 1 5 92 329 424 1.71e-25 99.8
MS.gene013377.t1 MTR_5g094430 48.333 60 30 1 32 91 200 258 1.89e-12 62.8
MS.gene013377.t1 MTR_3g095080 56.579 76 32 1 18 93 154 228 2.58e-25 95.9
MS.gene013377.t1 MTR_3g095080 56.579 76 32 1 18 93 130 204 2.63e-25 95.5
MS.gene013377.t1 MTR_3g009470 50.000 88 44 0 18 105 481 568 3.30e-25 99.4
MS.gene013377.t1 MTR_3g009470 53.333 60 27 1 32 91 280 338 1.31e-14 68.9
MS.gene013377.t1 MTR_7g071120 51.724 87 36 1 6 92 304 384 4.21e-25 98.6
MS.gene013377.t1 MTR_7g071120 51.667 60 28 1 32 91 166 224 2.81e-14 67.8
MS.gene013377.t1 MTR_4g013260 54.667 75 34 0 18 92 322 396 5.85e-25 98.2
MS.gene013377.t1 MTR_4g013260 45.833 72 39 0 20 91 172 243 1.09e-15 72.0
MS.gene013377.t1 MTR_4g082580 52.000 75 36 0 18 92 264 338 6.92e-25 97.1
MS.gene013377.t1 MTR_4g082580 44.828 87 43 1 32 118 145 226 1.71e-15 71.2
MS.gene013377.t1 MTR_3g056100 54.054 74 34 0 18 91 244 317 1.33e-24 96.7
MS.gene013377.t1 MTR_3g056100 48.333 60 30 1 32 91 99 157 3.74e-12 62.0
MS.gene013377.t1 MTR_3g056100 54.054 74 34 0 18 91 388 461 1.35e-24 97.4
MS.gene013377.t1 MTR_3g056100 48.333 60 30 1 32 91 243 301 2.65e-12 62.4
MS.gene013377.t1 MTR_3g056100 54.054 74 34 0 18 91 257 330 1.52e-24 96.7
MS.gene013377.t1 MTR_3g056100 48.333 60 30 1 32 91 99 157 3.95e-12 61.6
MS.gene013377.t1 MTR_3g056100 54.054 74 34 0 18 91 401 474 1.58e-24 97.1
MS.gene013377.t1 MTR_3g056100 48.333 60 30 1 32 91 243 301 3.04e-12 62.0
MS.gene013377.t1 MTR_3g031220 53.333 75 35 0 18 92 351 425 5.16e-24 95.5
MS.gene013377.t1 MTR_3g031220 44.000 75 37 2 22 92 184 257 7.24e-14 66.6
MS.gene013377.t1 MTR_8g092140 57.143 77 31 2 18 93 145 220 6.92e-24 92.0
MS.gene013377.t1 MTR_5g074400 53.333 75 35 0 18 92 406 480 1.86e-23 94.0
MS.gene013377.t1 MTR_5g074400 51.667 60 28 1 32 91 243 301 3.66e-13 64.7
MS.gene013377.t1 MTR_7g100510 44.792 96 47 1 3 92 326 421 4.73e-23 92.4
MS.gene013377.t1 MTR_7g100510 54.237 59 26 1 33 91 190 247 5.66e-14 67.0
MS.gene013377.t1 MTR_6g086555 46.835 79 41 1 14 91 188 266 6.32e-22 89.4
MS.gene013377.t1 MTR_5g097490 52.055 73 35 0 19 91 239 311 1.14e-21 88.6
MS.gene013377.t1 MTR_5g097490 41.429 70 40 1 29 98 89 157 4.04e-11 58.9
MS.gene013377.t1 MTR_7g062220 46.914 81 37 1 32 112 124 198 3.08e-21 86.7
MS.gene013377.t1 MTR_1g077780 44.595 74 41 0 18 91 48 121 3.07e-20 80.5
MS.gene013377.t1 MTR_3g053330 50.000 74 36 1 19 91 238 311 5.66e-20 84.0
MS.gene013377.t1 MTR_4g130900 44.000 75 42 0 18 92 345 419 6.18e-20 84.0
MS.gene013377.t1 MTR_2g045360 51.351 74 35 1 19 91 198 271 7.11e-20 83.6
MS.gene013377.t1 MTR_1g078260 49.333 75 37 1 15 88 230 304 7.37e-20 84.0
MS.gene013377.t1 MTR_2g105060 36.296 135 67 5 4 119 63 197 2.91e-19 80.1
MS.gene013377.t1 MTR_7g110720 45.055 91 45 2 6 91 159 249 5.46e-19 81.3
MS.gene013377.t1 MTR_7g110720 45.055 91 45 2 6 91 186 276 6.41e-19 80.9
MS.gene013377.t1 MTR_2g105060 35.556 135 68 5 4 119 138 272 6.55e-19 80.1
MS.gene013377.t1 MTR_4g094412 48.000 75 38 1 19 92 221 295 7.15e-19 80.9
MS.gene013377.t1 MTR_4g094412 48.000 75 38 1 19 92 230 304 8.14e-19 80.9
MS.gene013377.t1 MTR_4g094908 44.186 86 44 2 4 88 241 323 1.12e-18 79.7
MS.gene013377.t1 MTR_4g049760 49.351 77 38 1 19 94 277 353 1.58e-18 80.1
MS.gene013377.t1 MTR_4g107970 44.706 85 46 1 8 91 154 238 2.94e-18 79.3
MS.gene013377.t1 MTR_4g132430 48.649 74 37 1 19 91 114 187 3.05e-18 78.6
MS.gene013377.t1 MTR_4g132430 48.649 74 37 1 19 91 248 321 3.54e-18 79.0
MS.gene013377.t1 MTR_4g107970 44.186 86 47 1 8 92 231 316 4.56e-18 79.0
MS.gene013377.t1 MTR_2g023930 48.649 74 37 1 19 91 292 365 6.19e-18 78.6
MS.gene013377.t1 MTR_3g106060 52.542 59 27 1 31 88 137 195 1.80e-17 75.9
MS.gene013377.t1 MTR_7g009730 46.479 71 37 1 19 88 206 276 4.57e-17 75.9
MS.gene013377.t1 MTR_2g088000 47.297 74 38 1 19 91 336 409 5.84e-17 75.5
MS.gene013377.t1 MTR_4g127040 44.318 88 42 2 2 88 221 302 8.56e-17 74.3
MS.gene013377.t1 MTR_5g016610 47.887 71 36 1 19 88 186 256 9.62e-17 73.9
MS.gene013377.t1 MTR_2g083870 41.304 92 51 2 4 92 50 141 1.01e-16 73.6
MS.gene013377.t1 MTR_7g109600 42.553 94 42 3 5 91 25 113 1.10e-16 73.6
MS.gene013377.t1 MTR_8g087000 47.143 70 36 1 33 101 78 147 1.12e-16 73.2
MS.gene013377.t1 MTR_8g087000 47.143 70 36 1 33 101 77 146 1.31e-16 73.2
MS.gene013377.t1 MTR_1g009613 43.750 80 44 1 10 88 240 319 1.80e-16 73.6
MS.gene013377.t1 MTR_4g007060 49.206 63 31 1 30 91 126 188 2.11e-16 73.2
MS.gene013377.t1 MTR_5g097500 41.892 74 43 0 18 91 216 289 2.47e-16 73.2
MS.gene013377.t1 MTR_4g007060 49.206 63 31 1 30 91 160 222 3.10e-16 72.8
MS.gene013377.t1 MTR_4g049790 45.333 75 40 1 19 92 299 373 1.06e-15 72.0
MS.gene013377.t1 MTR_8g028565 45.455 66 35 1 29 93 152 217 1.47e-15 71.2
MS.gene013377.t1 MTR_1g099600 42.857 91 41 3 2 91 165 245 1.74e-15 70.9
MS.gene013377.t1 MTR_8g092010 58.000 50 21 0 9 58 85 134 4.39e-15 67.0
MS.gene013377.t1 MTR_8g098945 50.000 60 29 1 33 91 130 189 4.64e-15 69.3
MS.gene013377.t1 MTR_7g079040 47.619 63 32 1 30 91 152 214 4.84e-15 69.7
MS.gene013377.t1 MTR_2g032030 37.778 90 55 1 3 91 238 327 6.30e-15 69.7
MS.gene013377.t1 MTR_1g070455 49.180 61 30 1 29 88 290 350 6.33e-15 69.7
MS.gene013377.t1 MTR_1g013760 47.368 57 29 1 33 88 141 197 9.53e-15 68.6
MS.gene013377.t1 MTR_2g032030 38.298 94 54 3 1 92 237 328 1.10e-14 68.9
MS.gene013377.t1 MTR_3g009470 53.333 60 27 1 32 91 280 338 1.90e-14 68.6
MS.gene013377.t1 MTR_2g016770 48.333 60 30 1 33 91 36 95 2.84e-14 66.2
MS.gene013377.t1 MTR_2g016770 48.333 60 30 1 33 91 28 87 3.15e-14 66.2
MS.gene013377.t1 MTR_3g031220 44.000 75 37 2 22 92 184 257 6.02e-14 67.0
MS.gene013377.t1 MTR_1g013790 38.095 84 47 2 30 108 99 182 1.27e-13 65.1
MS.gene013377.t1 MTR_0117s0040 35.632 87 55 1 5 90 47 133 2.08e-13 64.3
MS.gene013377.t1 MTR_2g024380 45.312 64 34 1 29 91 248 311 2.18e-13 65.5
MS.gene013377.t1 MTR_3g108960 37.079 89 47 3 2 88 290 371 7.69e-13 63.9
MS.gene013377.t1 MTR_2g024350 43.750 64 35 1 29 91 5 68 8.86e-13 62.4
MS.gene013377.t1 MTR_8g067635 43.284 67 37 1 29 94 346 412 1.46e-12 63.2
MS.gene013377.t1 MTR_8g067650 43.939 66 36 1 30 94 337 402 2.07e-12 62.8
MS.gene013377.t1 MTR_8g069935 44.262 61 33 1 32 91 331 391 4.68e-12 61.6
MS.gene013377.t1 MTR_4g047580 40.000 75 44 1 19 92 268 342 5.93e-12 61.2
MS.gene013377.t1 MTR_5g074200 47.619 63 32 1 32 94 220 281 8.74e-12 60.5
MS.gene013377.t1 MTR_6g053200 40.909 66 36 3 29 92 327 391 1.07e-11 60.5
MS.gene013377.t1 MTR_2g075610 44.262 61 31 1 30 87 27 87 1.40e-11 58.9
MS.gene013377.t1 MTR_7g073430 36.471 85 44 3 32 113 122 199 5.77e-11 58.2
MS.gene013377.t1 MTR_3g090860 40.678 59 32 1 31 86 132 190 7.23e-11 58.2
MS.gene013377.t1 MTR_2g075700 37.234 94 53 3 16 106 131 221 7.35e-11 58.2
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene013377.t1 AT5G64810 60.185 108 42 1 4 111 83 189 4.48e-41 135
MS.gene013377.t1 AT5G26170 75.000 72 18 0 19 90 100 171 1.83e-37 125
MS.gene013377.t1 AT2G46130 57.895 76 30 1 17 92 15 88 4.48e-29 101
MS.gene013377.t1 AT4G18170 57.895 76 32 0 18 93 158 233 8.86e-29 106
MS.gene013377.t1 AT3G01970 60.000 70 28 0 19 88 52 121 1.61e-28 101
MS.gene013377.t1 AT5G49520 59.459 74 30 0 19 92 208 281 2.21e-28 106
MS.gene013377.t1 AT5G41570 51.136 88 41 1 5 92 71 156 9.00e-28 100
MS.gene013377.t1 AT1G29860 58.904 73 30 0 19 91 123 195 1.08e-27 102
MS.gene013377.t1 AT5G46350 55.263 76 34 0 18 93 169 244 1.10e-27 103
MS.gene013377.t1 AT1G13960 55.405 74 33 0 18 91 242 315 4.64e-27 102
MS.gene013377.t1 AT1G13960 47.436 78 37 2 20 94 61 137 1.16e-17 77.4
MS.gene013377.t1 AT2G21900 53.165 79 34 1 21 96 95 173 7.47e-27 99.0
MS.gene013377.t1 AT3G62340 58.667 75 31 0 18 92 104 178 1.04e-26 100
MS.gene013377.t1 AT1G13960 55.405 74 33 0 18 91 395 468 1.35e-26 102
MS.gene013377.t1 AT1G13960 47.059 85 40 3 13 94 208 290 1.46e-17 77.4
MS.gene013377.t1 AT5G13080 57.143 70 30 0 19 88 54 123 1.37e-26 96.7
MS.gene013377.t1 AT2G47260 56.579 76 33 0 19 94 161 236 1.48e-26 100
MS.gene013377.t1 AT1G64000 55.405 74 31 1 19 92 101 172 7.15e-26 96.3
MS.gene013377.t1 AT1G69310 54.795 73 33 0 18 90 133 205 7.79e-26 98.2
MS.gene013377.t1 AT1G69310 54.795 73 33 0 18 90 133 205 7.79e-26 98.2
MS.gene013377.t1 AT1G69310 54.795 73 33 0 18 90 133 205 7.79e-26 98.2
MS.gene013377.t1 AT2G44745 59.155 71 29 0 18 88 131 201 8.19e-26 96.7
MS.gene013377.t1 AT2G03340 53.333 75 35 0 18 92 401 475 8.62e-26 100
MS.gene013377.t1 AT2G03340 55.000 60 26 1 32 91 250 308 8.72e-16 72.4
MS.gene013377.t1 AT2G30250 49.485 97 42 2 3 92 292 388 7.36e-25 97.1
MS.gene013377.t1 AT2G04880 44.444 99 47 1 7 97 250 348 8.76e-25 97.4
MS.gene013377.t1 AT2G04880 42.857 63 35 1 30 92 109 170 4.94e-11 58.5
MS.gene013377.t1 AT2G46130 55.263 76 28 2 17 92 15 84 8.96e-25 90.9
MS.gene013377.t1 AT2G04880 44.444 99 47 1 7 97 274 372 1.07e-24 97.4
MS.gene013377.t1 AT2G04880 42.857 63 35 1 30 92 109 170 4.83e-11 58.9
MS.gene013377.t1 AT5G56270 54.667 75 34 0 18 92 473 547 1.17e-24 97.8
MS.gene013377.t1 AT5G56270 55.000 60 26 1 32 91 273 331 3.92e-15 70.5
MS.gene013377.t1 AT5G07100 54.054 74 34 0 18 91 127 200 1.79e-24 93.2
MS.gene013377.t1 AT5G07100 46.667 60 32 0 32 91 24 83 1.55e-12 62.0
MS.gene013377.t1 AT5G07100 54.054 74 34 0 18 91 127 200 1.79e-24 93.2
MS.gene013377.t1 AT5G07100 46.667 60 32 0 32 91 24 83 1.55e-12 62.0
MS.gene013377.t1 AT5G07100 54.054 74 34 0 18 91 127 200 1.79e-24 93.2
MS.gene013377.t1 AT5G07100 46.667 60 32 0 32 91 24 83 1.55e-12 62.0
MS.gene013377.t1 AT5G07100 54.054 74 34 0 18 91 127 200 1.79e-24 93.2
MS.gene013377.t1 AT5G07100 46.667 60 32 0 32 91 24 83 1.55e-12 62.0
MS.gene013377.t1 AT2G38470 53.333 75 35 0 18 92 348 422 3.08e-24 96.3
MS.gene013377.t1 AT2G38470 50.000 60 29 1 32 91 184 242 2.39e-12 62.4
MS.gene013377.t1 AT4G26640 52.000 75 36 0 18 92 191 265 3.09e-24 95.5
MS.gene013377.t1 AT4G26640 39.535 86 51 1 30 115 33 117 2.22e-13 65.5
MS.gene013377.t1 AT4G26640 52.000 75 36 0 18 92 191 265 3.09e-24 95.5
MS.gene013377.t1 AT4G26640 39.535 86 51 1 30 115 33 117 2.22e-13 65.5
MS.gene013377.t1 AT4G26640 52.000 75 36 0 18 92 191 265 3.09e-24 95.5
MS.gene013377.t1 AT4G26640 39.535 86 51 1 30 115 33 117 2.22e-13 65.5
MS.gene013377.t1 AT4G26640 52.000 75 36 0 18 92 191 265 3.09e-24 95.5
MS.gene013377.t1 AT4G26640 39.535 86 51 1 30 115 33 117 2.22e-13 65.5
MS.gene013377.t1 AT4G26640 52.000 75 36 0 18 92 327 401 4.16e-24 95.9
MS.gene013377.t1 AT4G26640 48.387 62 31 1 30 91 169 229 2.30e-13 65.5
MS.gene013377.t1 AT5G07100 53.333 75 35 0 18 92 220 294 4.48e-24 94.0
MS.gene013377.t1 AT5G07100 46.667 60 32 0 32 91 117 176 1.59e-12 62.8
MS.gene013377.t1 AT4G26640 52.000 75 36 0 18 92 295 369 4.74e-24 95.5
MS.gene013377.t1 AT4G26640 39.535 86 51 1 30 115 137 221 2.39e-13 65.5
MS.gene013377.t1 AT4G26640 52.000 75 36 0 18 92 367 441 4.76e-24 95.9
MS.gene013377.t1 AT4G26640 48.387 62 31 1 30 91 209 269 2.30e-13 65.5
MS.gene013377.t1 AT3G01080 50.000 74 37 0 18 91 292 365 4.97e-24 95.1
MS.gene013377.t1 AT3G01080 51.613 62 29 1 32 93 167 227 1.46e-14 68.9
MS.gene013377.t1 AT3G01080 50.000 74 37 0 18 91 330 403 6.15e-24 95.1
MS.gene013377.t1 AT3G01080 51.613 62 29 1 32 93 205 265 1.63e-14 68.6
MS.gene013377.t1 AT4G39410 48.936 94 40 3 1 93 197 283 8.41e-24 93.2
MS.gene013377.t1 AT4G26440 53.333 75 35 0 18 92 358 432 4.30e-23 93.2
MS.gene013377.t1 AT4G26440 53.333 60 27 1 32 91 178 236 5.32e-14 67.4
MS.gene013377.t1 AT1G69310 52.055 73 31 1 18 90 133 201 1.59e-21 86.7
MS.gene013377.t1 AT1G68150 48.052 77 39 1 19 94 222 298 5.80e-20 83.6
MS.gene013377.t1 AT4G04450 48.649 74 37 1 19 91 185 258 1.16e-19 83.2
MS.gene013377.t1 AT4G30935 43.210 81 44 1 30 108 329 409 1.83e-19 82.8
MS.gene013377.t1 AT4G04450 48.649 74 37 1 19 91 279 352 3.27e-19 82.0
MS.gene013377.t1 AT1G62300 50.000 74 36 1 19 91 299 372 3.34e-19 82.0
MS.gene013377.t1 AT1G55600 46.575 73 39 0 19 91 294 366 6.53e-19 81.3
MS.gene013377.t1 AT5G43290 45.679 81 43 1 9 88 90 170 8.63e-19 79.3
MS.gene013377.t1 AT4G01720 43.617 94 48 2 3 91 206 299 1.64e-18 80.1
MS.gene013377.t1 AT4G22070 50.000 74 36 1 19 91 284 357 5.62e-18 78.6
MS.gene013377.t1 AT4G22070 50.000 74 36 1 19 91 284 357 5.62e-18 78.6
MS.gene013377.t1 AT4G22070 50.000 74 36 1 19 91 284 357 5.62e-18 78.6
MS.gene013377.t1 AT4G22070 50.000 74 36 1 19 91 284 357 5.62e-18 78.6
MS.gene013377.t1 AT2G25000 45.833 72 38 1 31 101 102 173 6.87e-18 76.3
MS.gene013377.t1 AT2G25000 45.833 72 38 1 31 101 102 173 6.87e-18 76.3
MS.gene013377.t1 AT5G15130 45.455 77 41 1 19 94 172 248 7.77e-18 78.2
MS.gene013377.t1 AT5G15130 45.455 77 41 1 19 94 214 290 9.00e-18 78.2
MS.gene013377.t1 AT2G25000 47.143 70 36 1 33 101 126 195 1.24e-17 75.9
MS.gene013377.t1 AT1G18860 47.297 74 38 1 19 91 226 299 1.34e-17 77.4
MS.gene013377.t1 AT2G25000 47.143 70 36 1 33 101 147 216 1.49e-17 75.9
MS.gene013377.t1 AT4G31800 51.667 60 28 1 33 91 112 171 1.60e-17 75.5
MS.gene013377.t1 AT4G24240 45.455 88 41 2 2 88 257 338 1.63e-17 76.6
MS.gene013377.t1 AT2G23320 42.353 85 45 2 5 88 216 297 1.66e-17 76.3
MS.gene013377.t1 AT4G31800 51.667 60 28 1 33 91 177 236 2.74e-17 75.9
MS.gene013377.t1 AT1G80840 47.619 63 32 1 30 91 144 206 5.60e-17 74.7
MS.gene013377.t1 AT1G29280 50.794 63 30 1 33 94 75 137 8.92e-17 73.9
MS.gene013377.t1 AT3G58710 39.175 97 58 1 2 97 40 136 2.32e-16 72.8
MS.gene013377.t1 AT2G34830 40.860 93 51 3 1 91 185 275 2.80e-16 73.6
MS.gene013377.t1 AT2G34830 40.860 93 51 3 1 91 194 284 2.90e-16 73.6
MS.gene013377.t1 AT2G24570 47.222 72 36 2 29 98 240 311 3.51e-16 72.8
MS.gene013377.t1 AT2G30590 45.455 88 41 2 2 88 289 370 4.06e-16 73.2
MS.gene013377.t1 AT2G37260 50.000 58 29 0 31 88 348 405 4.37e-16 73.2
MS.gene013377.t1 AT2G37260 52.542 59 27 1 33 91 166 223 1.09e-12 63.5
MS.gene013377.t1 AT2G37260 50.000 58 29 0 31 88 268 325 5.01e-16 72.8
MS.gene013377.t1 AT2G37260 52.542 59 27 1 33 91 86 143 1.42e-12 63.2
MS.gene013377.t1 AT2G37260 50.000 58 29 0 31 88 266 323 5.11e-16 72.4
MS.gene013377.t1 AT2G37260 52.542 59 27 1 33 91 84 141 1.47e-12 62.8
MS.gene013377.t1 AT1G30650 39.362 94 53 3 1 92 187 278 9.49e-16 72.0
MS.gene013377.t1 AT5G28650 52.459 61 28 1 29 88 259 319 9.69e-16 71.6
MS.gene013377.t1 AT3G58710 38.144 97 59 1 2 97 41 137 1.16e-15 70.9
MS.gene013377.t1 AT4G01250 48.387 62 31 1 33 93 129 190 1.67e-15 70.9
MS.gene013377.t1 AT4G31550 43.182 88 43 3 2 88 221 302 2.33e-15 70.5
MS.gene013377.t1 AT3G04670 50.820 61 29 1 29 88 259 319 3.72e-15 70.1
MS.gene013377.t1 AT4G31550 49.180 61 30 1 29 88 243 303 4.51e-15 69.7
MS.gene013377.t1 AT5G52830 46.269 67 35 1 26 91 159 225 5.68e-15 69.7
MS.gene013377.t1 AT4G23550 46.032 63 33 1 30 91 138 200 1.35e-14 68.6
MS.gene013377.t1 AT3G01080 51.613 62 29 1 32 93 205 265 1.40e-14 68.6
MS.gene013377.t1 AT5G45050 50.000 60 29 1 33 91 1042 1101 1.01e-13 66.6
MS.gene013377.t1 AT5G45050 50.000 60 29 1 33 91 1181 1240 1.01e-13 66.6
MS.gene013377.t1 AT5G45050 50.000 60 29 1 33 91 1153 1212 1.05e-13 66.6
MS.gene013377.t1 AT1G69810 42.667 75 41 2 19 91 132 206 1.11e-13 65.9
MS.gene013377.t1 AT1G69810 47.619 63 31 2 31 91 202 264 1.23e-13 66.2
MS.gene013377.t1 AT5G24110 42.373 59 31 1 31 86 112 170 1.47e-12 62.8
MS.gene013377.t1 AT4G12020 45.902 61 32 1 31 91 467 526 1.72e-11 60.1
MS.gene013377.t1 AT4G12020 45.902 61 32 1 31 91 467 526 1.74e-11 60.1
MS.gene013377.t1 AT4G12020 45.902 61 32 1 31 91 467 526 1.74e-11 60.1
MS.gene013377.t1 AT4G12020 45.902 61 32 1 31 91 467 526 1.82e-11 60.1
MS.gene013377.t1 AT4G12020 45.902 61 32 1 31 91 467 526 1.82e-11 60.1
MS.gene013377.t1 AT4G12020 45.902 61 32 1 31 91 467 526 1.83e-11 60.1
MS.gene013377.t1 AT4G12020 45.902 61 32 1 31 91 467 526 1.84e-11 60.1
MS.gene013377.t1 AT4G12020 45.902 61 32 1 31 91 467 526 1.88e-11 60.1
MS.gene013377.t1 AT4G12020 45.902 61 32 1 31 91 467 526 1.88e-11 60.1
MS.gene013377.t1 AT4G12020 45.902 61 32 1 31 91 400 459 1.91e-11 60.1
MS.gene013377.t1 AT1G66560 44.828 58 29 1 32 86 103 160 1.94e-11 59.3
MS.gene013377.t1 AT4G12020 45.902 61 32 1 31 91 467 526 2.62e-11 59.7

Find 37 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
ATGATTAACTTAGCATTAAT+TGG 0.206723 3.4:+86428709 None:intergenic
GAGATCGCAGCTTGAGATTA+TGG 0.274833 3.4:-86435257 MS.gene013377:CDS
ATACTGTACCCCAGTGTCTT+TGG 0.341378 3.4:-86428780 MS.gene013377:CDS
CTCGTTCTAAACGTCACTCT+TGG 0.361959 3.4:+86435277 None:intergenic
GGATTCAAATGGAGGAAGTA+TGG 0.376820 3.4:-86435229 MS.gene013377:CDS
TGGGGTACAGTATGAATTGC+AGG 0.404020 3.4:+86428790 None:intergenic
CAGCTTGAGATTATGGATGA+TGG 0.458517 3.4:-86435250 MS.gene013377:CDS
AGAAAAGGGTGGAAAGGGAT+AGG 0.462080 3.4:-86428868 MS.gene013377:CDS
AAGGATGTGGTGTGAAGAAA+AGG 0.469530 3.4:-86428883 MS.gene013377:CDS
TCGTTCTAAACGTCACTCTT+GGG 0.470165 3.4:+86435278 None:intergenic
GAAAAGGGTGGAAAGGGATA+GGG 0.470665 3.4:-86428867 MS.gene013377:CDS
GTGCTGCTGTGGCCATTCAT+TGG 0.482833 3.4:+86428751 None:intergenic
ACGTAAAAGCAGGGAGATGA+AGG 0.487697 3.4:-86435320 MS.gene013377:CDS
TTGGAAGAAGAGGTTGCAGA+AGG 0.494174 3.4:+86428728 None:intergenic
CTTTGGTGTATTCCAATGAA+TGG 0.497333 3.4:-86428763 MS.gene013377:CDS
TGTGAAGAAAAGGGTGGAAA+GGG 0.502030 3.4:-86428873 MS.gene013377:CDS
AAGAGTAATTACCTTGGGTA+TGG 0.521127 3.4:+86435184 None:intergenic
TTGACAGGAAACGTAAAAGC+AGG 0.524253 3.4:-86435330 MS.gene013377:intron
TTATGGATGATGGATTCAAA+TGG 0.530112 3.4:-86435240 MS.gene013377:CDS
AGGAACTACTACAAGTGTTC+AGG 0.531147 3.4:-86428908 MS.gene013377:CDS
TATGTGTTAACAAGCTATGA+AGG 0.531151 3.4:-86428833 MS.gene013377:CDS
TTAGCATTAATTGGAAGAAG+AGG 0.534274 3.4:+86428718 None:intergenic
TTGGAATACACCAAAGACAC+TGG 0.546851 3.4:+86428770 None:intergenic
TACTACAAGTGTTCAGGTGA+AGG 0.550615 3.4:-86428902 MS.gene013377:CDS
GTGTGAAGAAAAGGGTGGAA+AGG 0.565384 3.4:-86428874 MS.gene013377:CDS
GTTGCAGAAGGGTGCTGCTG+TGG 0.575437 3.4:+86428740 None:intergenic
TGGATGATGGATTCAAATGG+AGG 0.596809 3.4:-86435237 MS.gene013377:CDS
GGGGTACAGTATGAATTGCA+GGG 0.599439 3.4:+86428791 None:intergenic
TGGAATACACCAAAGACACT+GGG 0.618318 3.4:+86428771 None:intergenic
AAGTGTTCAGGTGAAGGATG+TGG 0.620118 3.4:-86428896 MS.gene013377:CDS
AGGATGTGGTGTGAAGAAAA+GGG 0.633271 3.4:-86428882 MS.gene013377:CDS
TGGAAGAAGAGGTTGCAGAA+GGG 0.634753 3.4:+86428729 None:intergenic
TCAAGAATAGTCCATACCCA+AGG 0.659061 3.4:-86435195 MS.gene013377:intron
ATGTGGTGTGAAGAAAAGGG+TGG 0.669156 3.4:-86428879 MS.gene013377:CDS
TGACAGGAAACGTAAAAGCA+GGG 0.673462 3.4:-86435329 MS.gene013377:intron
GGGTACAGTATGAATTGCAG+GGG 0.679577 3.4:+86428792 None:intergenic
GGAATACACCAAAGACACTG+GGG 0.778283 3.4:+86428772 None:intergenic

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr3.4 gene 86428724 86436355 86428724 ID=MS.gene013377
chr3.4 mRNA 86428724 86436355 86428724 ID=MS.gene013377.t1;Parent=MS.gene013377
chr3.4 exon 86436351 86436355 86436351 ID=MS.gene013377.t1.exon1;Parent=MS.gene013377.t1
chr3.4 CDS 86436351 86436355 86436351 ID=cds.MS.gene013377.t1;Parent=MS.gene013377.t1
chr3.4 exon 86435196 86435345 86435196 ID=MS.gene013377.t1.exon2;Parent=MS.gene013377.t1
chr3.4 CDS 86435196 86435345 86435196 ID=cds.MS.gene013377.t1;Parent=MS.gene013377.t1
chr3.4 exon 86428724 86428928 86428724 ID=MS.gene013377.t1.exon3;Parent=MS.gene013377.t1
chr3.4 CDS 86428724 86428928 86428724 ID=cds.MS.gene013377.t1;Parent=MS.gene013377.t1
Gene Sequence

>MS.gene013377

ATGAGGTAAAATTGTGAGATCAAAAATAAATATTTTCGAATTACACTATTAAAGCAAAATATAAATTGCTTCAAGTTGACGCGGCTCTAATGGAACCCATAAAATAAAAATACTCACGGTTGAGTTCATCAAAGCATGTTCTTTATTGGTTCAACAAATTTTTCCTTAAAAATTATATTTAAATCTTAAGAAAACTACTTCCATATGAGATTAAAGCACTGAACACCTCAAAAGTGTAATAAACGGTATCCTTTATCCTATTGCAGATTTAACTTAGGAGAATCTTGGGCCTACTACTACGTCATGATGATGACGTCACCTTCACGTCTTTGAAGTTGACACGTGTCTCCACAAGTAGCCTTCCTTGCACCCTCGACGAAAATGTTTGGAAGGATCCTTCTTCTTTCACAATTGAAACAGTAATAAAGCATATATATTAGGATAATATTATAACAATAACAAAAAACCATAGTATTTTTTTCATTATAACAGAGATGTTATATAATAAATATACATATCAAGTGGTAGCACGATGAAGTTCTACTACTACTAGCAAGTAGCAACTAGCAACTAGCAAAATCACTCATTCATAAAAGACCAAATTCTGTGGGTCTTTGCAGTTGCTATCTGTCTAATTAATTGCGATAGCCATGTATTTTGGAAACCCTAATTCTAACCCTTATCACAATAATAATATATCTCCTCCTCCTTCCTCGTCTGATTTCATTAATTTATCTGATTATCTGGTGCTGGATGATGAACATCAAGAATGTTGGTCACAAAGTACAGGAACTGAATCATCAGACAACAAGGCACCTTCCACCACCATTGATATTAATGTCATCAATCAAGGATTAATTTGTGATGAAATTGAAACCTCTACCAACAAGAACAATAACATGATGCAAGTGTTTTTCATATATGTTAATTAACCACTTTTGTGATGTTAATTTTTGACACATAGATAAATATAATAATGTATGTATATTTTGGATTCTTTGGTTTGACAGGAAACGTAAAAGCAGGGAGATGAAGGAAAATACAGTAGACGTGAGCCCAAGAGTGACGTTTAGAACGAGATCGCAGCTTGAGATTATGGATGATGGATTCAAATGGAGGAAGTATGGAAAGAAGTCTGTCAAGAATAGTCCATACCCAAGGTAATTACTCTTAGTCAATGTTTTTCTTTAATTCATTGCCTTCTTGGCTACATACGTCATATGAATGTATCTTTTAAAGATTATGTAATTTAAAATGTAAATTCACCATCACATGTAAATAAATTAATGTTTAGCACTTGCACTTTACTAACCCTATCAATATCATGCGTACACAACTTTTAACTCAAGGGTTTTGCTATCGAGTGTTCTTTGATGCATTGATTAATGAATCCATAAATAGAAAAGTTATTTTGAAAATATCAAATAAATTACACCATTTTTTTAAACAAATTTACTTATTTTGATTGTTTAACCAATGCTCTTAGGACTTCGACTAACATTCTACTTAACTTAATTGGATAGGAAATAGGATAGTGGTGGTGGGTCTGATTGGTTGTACGATCATATATATAAATAAATATTGTGGCGGCTGATATATGCTAGTTGATGGAGGGGGACATGTACTCTTCTGTCATAATTATAAACTGTATACGGTTTAAGTGGACGTATATAAATCACAATCATATATGCAATATGTAATTGTATATATGTATGCATTTCTTGTGTGCTTAATTAGCAAACAAATTAAATGGTGTACAATTAAATAAACCCTACTTGTTGAGCTAGCGTGTATATGTGTGGTTTCCATTTGTTTGTCCTGGAATCGAGAAAAGTAGTAGCAAGTTGATGTTTCAATTTGCTGCAGTTAAGACAATTAATTATTCTTTCTCTATAAACATACATGAGTGTCTGTATATGTAAGATCAGCATCGATCCCACTTGCTAGCTAGCTAGTCCCCCGTAAATAATGCACTTTTGCATTATTTGTGTGTGTGACACTGTAGCTGTCTGTGTGTGTCTGAAAGAGAGAGATTCTGTGCACTGGGACTGTTGTTGATCTCATCAGGTGGTGTTAAGAAACAACATAATATTTAATTAGATACTTATTCTTTAAATTATGGGTTAAATATGTTTTTAGTCCCTACATTTTACGCTCTTTTGATAAATAGTCCCTACATTTAAGTAAATGTTTTTAAAGTCCTTACATTTTACTTCCGTTACCAAATTTAGTCCCTGACGTTAATTTCTTGTCCAGTCACCAAACGGACTGCTGATCTGGCATTTTTTTTTGGTTAAATATATTTTTAGTCCCTGCATTTTACGCTCTTTTGATAAATAGTCCCTACATTTAATTAAATTTTTTAAAGTCCTCACATTTTACACATCATGCAATAAAAGATAGATATACATCTTCCGTTGAAAATAAGAAAAGTAAAACATATTTTTTTTTATTTTTTTTTAAACAGCCAAATTTATTATGCAAAGCTAGCACAAAAAGTGCTTAACCTGCCTAGGAGGAAAAAGAGTACACAATTACAAAAAAGTAACGGCATTAATGATAGCCGAAAAACTCGATAAAAAACCTCCTATACTTCCCAAAAAATGAAGACAAGAAATGGGAAGTTCAAAAAAAGAAAGTGCCCCTCAAAGAAAAATGGCAGCACATGCCCACCGAACACCCTTAGAAAGCTGCCCACCTAAAACTGCTATCAGCAAGGATGCTGTCTGCAACAAACCAGCAGCCCTGCATAACCAAACCAGAAGCGCAAACAGCTTCACATCAGCAGCAGAAAATCATGGCCTCATCGCTCCTAGGCACCATTAGCATATTGATATATGAAATTGACATTAGCAAAATAAACACATCCATTAGTATTGCATAAAATGCAATTGGCATTCCAATTGTACATCATAGTGAACCTGCAATTGGTACTCCAATTGTCTATGTTGGAAATGTTTAACCAACCAAAAACAAAATAAAAAAGGCCAGAAGTTATAGTAGTTAGACCTAAGTTAAGCTTCATCACATATTTAACAAAAAAAGATGAAGCATTACATGTGAAATGCTTGATTACATACACTTAGTTCAACATAAATAGGCGTCAAGCATCAAAAAAGTACTACTAATATAAGTTATAATTCAATGCTTCAATTTCCTTCCTCTTCTCCAGGATTTGATTTGTTTTTTCCAACTTCATGATGCCATTTCACAAGCCCAGTCACCAACTCCTTCATGGTGTTATCCAAATCTTCTGGTGTCATGGCTTTGGATACCAATAAAGCTTTCAATCCTTGCATCATGGCTTCAGCCTCATTGAGAGTAGACTGCAATAATTTCAGTTACAAAGTGCAGCACAATGAAACACATGTCTTTATTCACATAACAGAAAACTAATAAAAGAACCCATAAAGTGCGGTAATGGATTAAATAACACTTACAGTTTGAGGTGCATCACCAGCCTCAGACATCACTGTCACAGATTTAGCAGCAGCCACTTTTCTTTTCTTTGATGCAGGTTGTTTTTTCCTTTTCACAACATCACTAGCCTCATCAACTACTTCCTTTCCCCTGACAGAACTACTCTCAACAGCATTGGATGGATTTTTACATGGCCTTCCCTAATATTCAAACACACACTAAGTAAGAATTATAATGCAACAAGATTAAAACATAATAGAAAAATATTCTAAGATAAATATTCATACTCTTTTCTTGGGTGCAGCAACGGTGGCCTGGCTTAACTCAATCCTTGCAGCAGTAGGTTCAGCAACAGTTACCTGACTTGATTGAGTAGGTAGAACCTCATTAATACTGCCTGCATGATCATCCACAGTAGGTGCAGCAATAGGTGCAGCCACAGGTGCCTTACATGTTCTTTTGTTATGACCAACTTTCAAGCATCTCTTACACCTAGTTGTAGTATGTGCTCTTGACCACTTACCATTTTCCATCCTTTCTTCATCAGGTTCTCTCCTCCTTAACTTCTTGGGCCTACCAGGGCCACGCTTGAATTGAGGTGGTAGAATCTCTGGATAGTTTGTCTTAGGCCACTTATTCTGACCATTAATGGGTGAAATGACTTGATCATAGCAATCTTGATAATAAACTTTGGTATAATAATCATGCACATAAGTAGTAGGATCATCACCCTTCATATTAATGGCTGCAACTGCATGCCTACAAGGGATTCCCACCAACTCCCAAAAGTTACATGAACAGGTTCTCTTGTCTAAGTCTACCACAAACTTATCAAGAAAGTGTAAATGTGTAACTTCAAATTTCAAACCCCCTGCCCAAGTAGCAAACCAATTTCCACTCTTTTCAATTTCCCAATCAAGTCTCTTCCTAGGTTTAGGCATTATAGCCCCTCTATACTTTTCAGACTTTTCCTTAAGATTAGCAAACCTACCCATTAAGTATGTCCTAATCCATTCAAACATGGTTATAATTGGTTTGTCCCTTTGCAATAAAATTGTTGCATTAAAACTCTCACTAGGGTTATTCATCAAAACATCACACTTGGTGTGAAAGGAAAAAGCATGTTTGCACCAACCTTTTTTAGGGATAGCCATCAACCACTCATATGCAGGTTCACTAAGCTTCTTGATTTCTTGCATTTTCTCTTCCCAAGCCTCAACATATGTAGCCTTTGCTGCAGCCATCATGAGGTCTCTTATAAGTGTCCCACCACCAAACCTTTTTTTGAAATTTGCATATAGATGTCTAAGACAAAATCTATGCTCTAGACCACCAAGCATCTCATCAAAAGTTTGCATTAAGCCCTACAAATAATATTAAACAGATTAAATATCTTCAGGCACGTAAATCAGATTTATCATCAAATTAAAGGCGCATAAAGTTTTAAAATAAAATGCACAATTACCTTCTGCTGGTCACTTATGAATGTCCATCTTTTGTCACCAATATCTTCAAGTAGTAAAGTTAAAAACCATGTCCATGTTTCCTTACTTTCAGTCTCAACAACTGCAAAAGCAATGGGAAGGTATTGATCATTAGGGTCTCTTCCCACTGCAATTAGTAGTTGACCACCGTATTTACTCTTAAGATGACAACCATCAACGCCAATGAATGGCCTACAAGCAACTTTCAGAGCTCTCTTGCAACCATCTAAGCAATAATAAAACCTTCCAAACCTAGGCTCCAATGTAGGGGCAGGCCTCTCAATATGCAACTTGCATCTGTTTCCAGGACATGCTCTTTGTAGTTCCCCACTGTACGACCACAACAATGAATATTGTTTGACACTATCACCCTCAACAAGCTTCCTTGCAATTTGTCTCGCTTTAAATGCAGTTGAAAATGTTATGCCAGTAGAGTACTTAGTCCTGACTTCAGTGACAACATCATTAATTTGAAGACCTTTTGAGCTTTTCATCCTTTCAAATATAACCTTAGCTACCCAATCAGATTTAGCATTCTTGTTATCAAAAACTCTCCCACATGTGTGTTTTTGTGAAAGAGTCTTAACCCTAAAAGTGTGAGTCCCTGCCACCCTACTAACAAACACAGTATAGTTACAAATGTCAAAAGACTTGCAAATGACTCTAACCCTGAGTGAATCATTTTTCCTAAATTTTACCTGCTTCCCATTCAAAACATTTAATTCAAGAACTGCATCTTTGAATTGCTTCAGTGAAGAGAATTCCATACCCACAGTGAACTTGAATGTTTTTGTAAGATCTTCACTTCTAAACTTTGGATATCGTGACCTAACATCAACACATCCATCACCCCCAGAATCAGATGCACTATCAAGCTCTTCTGACACATAATCATTTTCATCCGAATTATTATCTTCATAAGCATTACCATCATCAACATCATTACCATCAGCAGCACCATTACTAGTATGCATATCCGGCTTTCTAGCTCCAGAACTTCCTTCACCAGCAAATTCAACTAGCTCTTCTTCAAATCCATCATCCAACCCCAAGACCCTCTCCTCTTCACTATCATCCAATCTTGAATACTCACTATCATCAGAATCACAACTAGCTTCATAGTCAGCATCAGAACCAGATTCATATGTTGGAATTGCCACACCCTTGCCTTTTCTATCTTTCACAGACTTTTCATGGTCCAAACAAACAGGATAATTTGCAGTAGCATTAACTTCAGTTATATACTCCACATATATCTCAACTCTAGCATTGTGTTCAACAGCATACTTAGCAATGATGCCAGCATCTTCATCATCACCGATCTTGATCAATCCAGCATCCAATGAAATTGTTGTAGGCTTCCACCACATTCTAAAGCTTCCAGGATCTTTGTCTAACTCCTTCACAATACCTTCAATCTCAAAAAAAGACCACCTGTCAACATCCAGACCCTCCATTACATGAGTAACACCACCCTCATACTTCATTCCATTTTCACTTACAAAAAAGCCCTTCACAAAAAATACAGCTGTAAAAGCCATACCTGCCAAAACATAGGGCAAAATGGTAAGTTCACACACACAAAATATGATTTTAGGGCAAAAAAGGAAACACATTGAAGGCATCTTTTGATTCTCAACAATAAGACATAAAGCTCTGCAAAAATCCATTACTGCTATACCCCACATGTATTCAATACAACAAGAAAGCACAAAAAAAACCCCTTTTCCCACAAATATACAAATCGAAAACAACAACCAACTTGAAAACAAAGGACAAAAATTAACCCAATAGTTTATTAGGACAACAGTAAACAACAATAACCAAACCATCAACATCAAAAGAAACAAACAAGCATTAAACAATAGAAACCTTAAAAGTGAACATACCTGGACCACAACAACACAGTGAACAAGAAGCAAACTCGAAAATCAAACTTGAACGGTGAATACGAAATTGAACTCGAACTCAGGGAACAACAATCTCGAAATCTGGATCGAACTCAGTGAATGGCGCCACTAGCAGTGTTCTTCGAATGGACTTTGTGAAACTTTTAGGGTTTCTATTTCTTTAGTTTCTTATTTATACGATCCATTCAGATTCTTCTTTCTTATTTTATTTGTATTTTGTTGTTAATCCATTTATTCCATTAATTAACATAATTTAACACTAAAATGGTTTAATTTACATTCATTTAATGTGTGGGACCATCTCTGCCACATAAACATCCAAGTGTCTCTGTTATTTTGCCACATCACAAAAAAATTAGGGCCCACATGATGCCACGTCAGCATTCCGTTTGGAAATTAACGTCAGGGACTAAATTTGGTAACGGAAGTAAAATGTAAGGACTTTAAAAACATTTACTTAAATGTAGGGACTATTTATCAAAAGAGCGTAAAATGTAGGGACTAAAAACATATTTAACCCTTAAATTATTCTAGGAGCTAGCCAGAAAATTTTGTGTGTAATTAGTTTGAAAGAGTTAAAAAGTGAATTAAAGATGTGCACATATACATGCAGGAACTACTACAAGTGTTCAGGTGAAGGATGTGGTGTGAAGAAAAGGGTGGAAAGGGATAGGGAAGATTCAAGCTATGTGTTAACAAGCTATGAAGGTGTTCACAATCATGAGAGCCCCTGCAATTCATACTGTACCCCAGTGTCTTTGGTGTATTCCAATGAATGGCCACAGCAGCACCCTTCTGCAACCTCTTCTTCCAATTAA
Protein sequence

>MS.gene013377.t1

MRKRKSREMKENTVDVSPRVTFRTRSQLEIMDDGFKWRKYGKKSVKNSPYPRNYYKCSGEGCGVKKRVERDREDSSYVLTSYEGVHNHESPCNSYCTPVSLVYSNEWPQQHPSATSSSN