AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene060675

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene060675.t1 MTR_2g077990 95.813 406 16 1 1 406 1 405 0.0 776
MS.gene060675.t1 MTR_2g078610 95.320 406 18 1 1 406 1 405 0.0 768
MS.gene060675.t1 MTR_2g078280 95.420 393 17 1 1 393 1 392 0.0 748
MS.gene060675.t1 MTR_2g067440 84.236 406 44 4 1 406 1 386 0.0 696
MS.gene060675.t1 MTR_2g067450 80.236 339 35 3 68 406 3 309 0.0 552
MS.gene060675.t1 MTR_2g078560 93.333 225 15 0 182 406 95 319 8.46e-153 444
MS.gene060675.t1 MTR_2g077980 74.377 281 60 4 135 406 6 283 4.04e-138 405
MS.gene060675.t1 MTR_2g078540 68.379 253 17 3 461 665 34 271 3.86e-91 284
MS.gene060675.t1 MTR_0147s0010 45.482 332 153 6 76 406 77 381 2.09e-82 265
MS.gene060675.t1 MTR_4g114210 38.757 338 167 5 74 407 19 320 1.28e-70 232
MS.gene060675.t1 MTR_2g008710 39.706 340 162 6 73 407 24 325 5.31e-70 231
MS.gene060675.t1 MTR_7g093370 37.910 335 173 6 76 407 69 371 4.55e-68 227
MS.gene060675.t1 MTR_2g040000 37.994 329 165 5 80 403 33 327 1.58e-67 224
MS.gene060675.t1 MTR_4g125940 37.363 364 182 9 45 403 3 325 3.74e-67 223
MS.gene060675.t1 MTR_1g054205 36.873 339 177 7 74 407 20 326 1.95e-66 221
MS.gene060675.t1 MTR_4g029200 40.000 335 160 6 74 407 44 338 3.29e-66 221
MS.gene060675.t1 MTR_7g086870 37.982 337 163 8 75 411 21 311 1.32e-64 216
MS.gene060675.t1 MTR_1g115900 39.157 332 161 8 74 403 25 317 1.56e-64 216
MS.gene060675.t1 MTR_3g094650 36.826 334 166 7 76 405 28 320 1.87e-64 216
MS.gene060675.t1 MTR_2g099175 35.817 349 183 7 55 403 24 331 5.13e-64 215
MS.gene060675.t1 MTR_2g437770 37.273 330 165 6 76 404 50 338 7.10e-64 215
MS.gene060675.t1 MTR_5g021060 36.070 341 183 6 69 407 23 330 8.38e-64 214
MS.gene060675.t1 MTR_7g107520 36.905 336 174 6 70 404 19 317 8.68e-64 214
MS.gene060675.t1 MTR_8g076820 36.443 343 182 7 63 403 18 326 3.01e-63 213
MS.gene060675.t1 MTR_2g088770 37.048 332 175 5 74 404 24 322 4.87e-63 212
MS.gene060675.t1 MTR_2g084110 36.778 329 167 7 76 403 25 313 2.88e-62 210
MS.gene060675.t1 MTR_4g133800 37.576 330 165 7 81 409 46 335 5.41e-62 210
MS.gene060675.t1 MTR_3g466200 36.607 336 173 7 74 407 23 320 8.00e-62 209
MS.gene060675.t1 MTR_2g084080 36.778 329 167 7 76 403 25 313 1.31e-61 208
MS.gene060675.t1 MTR_4g029190 39.286 336 164 9 74 407 43 340 1.94e-61 208
MS.gene060675.t1 MTR_7g072480 37.160 331 167 7 74 403 22 312 2.66e-61 207
MS.gene060675.t1 MTR_2g084090 36.810 326 166 6 79 403 28 314 6.82e-61 206
MS.gene060675.t1 MTR_4g125940 39.274 303 144 7 106 403 3 270 1.04e-60 204
MS.gene060675.t1 MTR_2g029800 33.983 359 193 8 50 404 9 327 2.05e-60 206
MS.gene060675.t1 MTR_5g017860 36.858 331 175 6 74 403 25 322 2.39e-60 205
MS.gene060675.t1 MTR_7g086820 35.000 340 174 7 74 411 18 312 2.48e-60 205
MS.gene060675.t1 MTR_4g046713 36.747 332 176 6 74 404 25 323 2.94e-60 205
MS.gene060675.t1 MTR_2g084010 36.697 327 165 7 79 403 28 314 6.95e-60 204
MS.gene060675.t1 MTR_0155s0040 35.030 334 170 7 76 407 27 315 9.74e-60 203
MS.gene060675.t1 MTR_2g029730 37.195 328 170 7 80 404 29 323 1.21e-59 204
MS.gene060675.t1 MTR_6g027440 37.791 344 170 7 74 416 19 319 1.54e-59 202
MS.gene060675.t1 MTR_7g072510 35.258 329 172 6 76 403 20 308 1.70e-59 202
MS.gene060675.t1 MTR_5g017850 35.347 331 180 6 74 403 25 322 2.48e-59 202
MS.gene060675.t1 MTR_2g029820 34.561 353 189 7 55 404 14 327 4.15e-59 202
MS.gene060675.t1 MTR_5g074970 36.826 334 172 7 74 405 28 324 6.55e-59 201
MS.gene060675.t1 MTR_2g029750 34.247 365 198 7 43 404 2 327 7.34e-59 202
MS.gene060675.t1 MTR_2g029815 36.607 336 175 8 74 404 25 327 7.95e-59 202
MS.gene060675.t1 MTR_1g025980 36.254 331 174 8 73 403 21 314 8.67e-59 201
MS.gene060675.t1 MTR_3g094670 36.556 331 171 6 76 405 28 320 9.92e-59 201
MS.gene060675.t1 MTR_2g029830 35.061 328 177 6 80 404 32 326 1.05e-58 202
MS.gene060675.t1 MTR_5g022870 35.503 338 180 6 70 407 17 316 1.20e-58 200
MS.gene060675.t1 MTR_1g090760 34.626 361 198 6 51 409 8 332 1.57e-58 201
MS.gene060675.t1 MTR_1g101830 35.530 349 186 8 58 403 6 318 1.96e-58 200
MS.gene060675.t1 MTR_2g029850 34.521 365 197 7 43 404 2 327 3.10e-58 200
MS.gene060675.t1 MTR_2g029740 33.795 361 197 7 50 407 9 330 3.69e-58 200
MS.gene060675.t1 MTR_5g083860 35.045 331 176 6 74 403 29 321 4.87e-58 199
MS.gene060675.t1 MTR_2g084020 35.758 330 170 7 76 403 25 314 1.06e-57 198
MS.gene060675.t1 MTR_2g028980 35.671 328 175 6 80 404 33 327 1.21e-57 199
MS.gene060675.t1 MTR_1g077000 35.241 332 172 8 76 407 39 327 1.35e-57 198
MS.gene060675.t1 MTR_7g026990 37.538 325 161 6 80 403 35 318 1.45e-57 197
MS.gene060675.t1 MTR_4g087965 35.015 337 185 6 75 408 41 346 1.65e-57 198
MS.gene060675.t1 MTR_2g084000 34.940 332 174 7 74 403 24 315 1.80e-57 197
MS.gene060675.t1 MTR_1g066710 33.636 330 184 5 74 403 25 319 4.21e-57 196
MS.gene060675.t1 MTR_4g029170 37.015 335 168 8 74 405 25 319 6.84e-57 196
MS.gene060675.t1 MTR_4g083710 35.417 336 179 8 74 407 25 324 7.36e-57 196
MS.gene060675.t1 MTR_3g072190 35.241 332 176 5 76 407 26 318 7.57e-57 196
MS.gene060675.t1 MTR_1g022970 39.403 335 167 7 76 407 46 347 8.27e-57 196
MS.gene060675.t1 MTR_7g029030 35.030 334 177 5 76 407 25 320 8.43e-57 195
MS.gene060675.t1 MTR_3g466180 37.838 333 166 6 76 407 31 323 1.70e-56 195
MS.gene060675.t1 MTR_1g086490 36.152 343 184 6 74 409 28 342 2.04e-56 195
MS.gene060675.t1 MTR_5g074860 36.795 337 166 10 76 406 29 324 2.25e-56 194
MS.gene060675.t1 MTR_5g014100 35.484 341 180 8 70 403 20 327 2.34e-56 194
MS.gene060675.t1 MTR_3g094630 36.858 331 170 6 76 405 28 320 7.74e-56 193
MS.gene060675.t1 MTR_4g031140 36.254 331 174 6 74 403 26 320 1.10e-55 193
MS.gene060675.t1 MTR_2g029910 34.054 370 203 8 43 409 3 334 1.19e-55 193
MS.gene060675.t1 MTR_2g029860 34.030 335 185 6 76 407 29 330 1.27e-55 193
MS.gene060675.t1 MTR_4g030890 35.952 331 175 6 74 403 98 392 1.60e-55 195
MS.gene060675.t1 MTR_3g092990 35.045 331 182 5 74 403 24 322 1.68e-55 192
MS.gene060675.t1 MTR_8g075100 33.628 339 177 7 70 403 20 315 7.42e-55 190
MS.gene060675.t1 MTR_2g029560 34.139 331 182 6 80 407 28 325 1.11e-54 191
MS.gene060675.t1 MTR_1g038680 36.061 330 179 6 77 404 30 329 1.49e-54 190
MS.gene060675.t1 MTR_4g132110 32.733 333 189 5 72 404 28 325 3.81e-54 189
MS.gene060675.t1 MTR_6g043460 36.061 330 168 6 76 403 36 324 5.07e-54 189
MS.gene060675.t1 MTR_4g029180 36.061 330 168 8 79 405 30 319 6.35e-54 187
MS.gene060675.t1 MTR_1g086320 34.835 333 185 6 74 404 28 330 7.10e-54 188
MS.gene060675.t1 MTR_5g049280 35.608 337 172 11 76 403 33 333 7.18e-54 188
MS.gene060675.t1 MTR_4g122640 35.905 337 179 7 73 407 35 336 9.63e-54 187
MS.gene060675.t1 MTR_2g008730 35.905 337 149 6 73 404 24 298 1.15e-53 186
MS.gene060675.t1 MTR_8g062780 35.843 332 179 5 74 403 21 320 3.86e-53 186
MS.gene060675.t1 MTR_4g074995 34.226 336 170 8 74 407 22 308 7.06e-53 184
MS.gene060675.t1 MTR_5g033470 33.234 337 188 9 72 403 69 373 8.31e-53 186
MS.gene060675.t1 MTR_4g127670 35.329 334 176 6 76 405 24 321 8.58e-53 185
MS.gene060675.t1 MTR_4g132110 32.249 338 189 6 72 404 28 330 3.64e-52 184
MS.gene060675.t1 MTR_5g016010 32.537 335 189 6 74 404 25 326 4.83e-52 183
MS.gene060675.t1 MTR_1g009750 33.333 339 188 6 73 407 24 328 4.83e-52 183
MS.gene060675.t1 MTR_1g066640 32.024 331 188 5 74 403 25 319 5.69e-52 182
MS.gene060675.t1 MTR_5g074740 35.673 342 173 10 74 409 23 323 9.85e-52 182
MS.gene060675.t1 MTR_5g074710 34.795 342 176 10 74 409 23 323 1.54e-51 181
MS.gene060675.t1 MTR_2g008160 33.433 335 183 7 74 404 22 320 1.67e-51 181
MS.gene060675.t1 MTR_5g074760 35.000 340 174 10 74 407 23 321 3.82e-51 180
MS.gene060675.t1 MTR_3g467600 34.688 369 188 13 46 407 2 324 4.81e-51 180
MS.gene060675.t1 MTR_6g043280 32.326 331 180 7 76 404 41 329 5.50e-51 180
MS.gene060675.t1 MTR_1g066380 31.420 331 190 5 74 403 25 319 6.51e-51 179
MS.gene060675.t1 MTR_4g132490 33.811 349 189 7 62 407 18 327 1.57e-50 179
MS.gene060675.t1 MTR_4g074990 34.030 335 169 9 74 407 22 305 3.19e-50 177
MS.gene060675.t1 MTR_6g043240 31.928 332 184 6 76 407 42 331 1.47e-49 177
MS.gene060675.t1 MTR_1g066680 32.121 330 188 7 74 403 25 318 1.01e-48 174
MS.gene060675.t1 MTR_4g074980 32.537 335 162 8 74 407 23 294 1.81e-47 169
MS.gene060675.t1 MTR_2g029830 34.495 287 152 6 121 404 5 258 1.58e-45 164
MS.gene060675.t1 MTR_3g092990 32.931 331 178 6 74 403 24 311 2.31e-45 164
MS.gene060675.t1 MTR_4g095450 32.641 337 185 7 74 406 25 323 3.55e-45 164
MS.gene060675.t1 MTR_3g072190 34.256 289 151 5 119 407 2 251 9.71e-45 160
MS.gene060675.t1 MTR_4g074980 39.535 215 121 3 74 287 23 229 6.17e-44 158
MS.gene060675.t1 MTR_3g105790 31.563 339 192 7 74 409 23 324 8.48e-44 160
MS.gene060675.t1 MTR_0286s0010 32.641 337 190 8 74 407 32 334 8.97e-44 160
MS.gene060675.t1 MTR_6g008075 32.641 337 190 8 74 407 32 334 8.97e-44 160
MS.gene060675.t1 MTR_1g009750 29.970 337 185 7 73 407 24 311 1.71e-40 150
MS.gene060675.t1 MTR_2g008160 30.448 335 158 8 74 404 22 285 2.30e-36 138
MS.gene060675.t1 MTR_2g008160 41.420 169 94 3 74 242 22 185 7.03e-35 131
MS.gene060675.t1 MTR_1g066380 29.474 285 164 5 120 403 3 251 1.46e-34 132
MS.gene060675.t1 MTR_5g074860 43.678 174 91 5 76 245 29 199 3.26e-33 129
MS.gene060675.t1 MTR_3g072260 50.427 117 56 2 72 187 21 136 2.00e-28 111
MS.gene060675.t1 MTR_5g074700 31.203 266 129 8 147 409 2 216 5.76e-27 109
MS.gene060675.t1 MTR_2g067350 82.540 63 9 1 346 406 12 74 6.34e-27 104
MS.gene060675.t1 MTR_3g105790 28.986 276 162 6 137 409 4 248 2.16e-25 105
MS.gene060675.t1 MTR_2g029880 30.045 223 113 3 189 409 9 190 6.61e-24 100
MS.gene060675.t1 MTR_6g048160 56.944 72 26 1 115 186 22 88 9.24e-22 90.5
MS.gene060675.t1 MTR_1g089005 42.276 123 67 1 70 188 9 131 4.10e-21 90.9
MS.gene060675.t1 MTR_2g067310 81.481 54 10 0 346 399 8 61 9.27e-21 92.4
MS.gene060675.t1 MTR_6g042030 45.098 102 53 1 512 613 69 167 7.93e-20 90.1
MS.gene060675.t1 MTR_7g072490 51.064 94 43 2 122 214 2 93 8.51e-20 88.6
MS.gene060675.t1 MTR_7g086790 41.322 121 66 2 123 243 17 132 1.09e-18 85.1
MS.gene060675.t1 MTR_4g114220 51.899 79 27 2 108 186 35 102 2.31e-18 82.4
MS.gene060675.t1 MTR_4g012865 61.404 57 22 0 76 132 77 133 3.06e-18 82.4
MS.gene060675.t1 MTR_0147s0040 47.436 78 40 1 329 406 6 82 1.02e-14 70.1
MS.gene060675.t1 MTR_2g067360 64.615 65 19 3 271 335 33 93 9.80e-14 67.8
MS.gene060675.t1 MTR_7g086810 33.613 119 52 1 76 194 6 97 3.26e-13 70.1
MS.gene060675.t1 MTR_7g086785 47.368 76 38 2 121 196 3 76 1.45e-12 65.9
MS.gene060675.t1 MTR_6g071110 38.043 92 45 2 144 235 80 159 2.16e-11 63.2
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene060675.t1 AT4G33870 44.248 339 181 3 72 405 64 399 3.29e-93 294
MS.gene060675.t1 AT1G49570 38.920 352 174 7 61 403 27 346 2.57e-72 238
MS.gene060675.t1 AT4G36430 39.169 337 170 6 73 407 27 330 4.54e-71 234
MS.gene060675.t1 AT5G17820 36.236 356 178 6 52 407 7 313 8.20e-69 227
MS.gene060675.t1 AT5G64120 39.104 335 164 7 74 407 33 328 1.19e-68 227
MS.gene060675.t1 AT5G17820 33.990 406 209 9 7 407 15 366 1.75e-68 228
MS.gene060675.t1 AT2G38380 37.363 364 186 8 44 403 4 329 2.98e-67 224
MS.gene060675.t1 AT5G06720 37.313 335 174 6 76 407 32 333 4.87e-67 223
MS.gene060675.t1 AT2G41480 38.393 336 167 5 76 407 29 328 2.12e-65 219
MS.gene060675.t1 AT5G15180 36.145 332 178 3 76 407 32 329 3.38e-65 218
MS.gene060675.t1 AT2G38390 35.989 364 191 8 44 403 4 329 3.76e-65 219
MS.gene060675.t1 AT2G35380 39.403 335 169 9 73 403 27 331 4.02e-65 218
MS.gene060675.t1 AT3G50990 36.061 330 176 6 80 407 45 341 5.79e-65 218
MS.gene060675.t1 AT2G18150 36.982 338 178 6 72 407 32 336 8.04e-65 218
MS.gene060675.t1 AT1G05240 35.542 332 176 5 76 404 26 322 3.79e-64 215
MS.gene060675.t1 AT1G05250 35.542 332 176 5 76 404 26 322 3.79e-64 215
MS.gene060675.t1 AT2G43480 36.228 334 178 6 76 407 35 335 5.50e-64 215
MS.gene060675.t1 AT3G03670 35.311 354 187 6 51 403 5 317 2.27e-63 213
MS.gene060675.t1 AT4G08770 38.279 337 166 8 74 403 22 323 6.67e-63 213
MS.gene060675.t1 AT4G08780 37.092 337 170 8 74 403 22 323 2.14e-62 211
MS.gene060675.t1 AT1G05260 36.747 332 176 5 74 404 24 322 2.61e-62 210
MS.gene060675.t1 AT2G18140 36.716 335 177 6 75 407 34 335 5.13e-62 210
MS.gene060675.t1 AT1G44970 39.339 333 166 6 74 403 43 342 5.83e-61 207
MS.gene060675.t1 AT3G01190 36.585 328 172 4 76 403 26 317 7.78e-61 206
MS.gene060675.t1 AT5G05340 35.736 333 175 6 76 407 30 324 8.39e-61 206
MS.gene060675.t1 AT3G21770 36.858 331 177 4 74 404 27 325 1.14e-60 206
MS.gene060675.t1 AT4G16270 36.413 368 182 12 56 407 17 348 1.90e-60 206
MS.gene060675.t1 AT5G06730 35.329 334 182 4 76 407 33 334 3.08e-60 206
MS.gene060675.t1 AT5G19890 37.313 335 166 10 74 403 28 323 8.45e-60 204
MS.gene060675.t1 AT4G25980 36.310 336 173 7 74 404 24 323 9.92e-60 203
MS.gene060675.t1 AT5G24070 34.242 330 182 7 76 403 35 331 1.41e-59 204
MS.gene060675.t1 AT5G66390 35.294 340 185 7 73 410 30 336 3.73e-59 202
MS.gene060675.t1 AT5G42180 35.119 336 179 6 72 406 19 316 8.13e-59 201
MS.gene060675.t1 AT1G30870 35.843 332 172 5 76 405 51 343 1.14e-58 201
MS.gene060675.t1 AT5G39580 36.607 336 174 7 73 407 22 319 1.62e-58 200
MS.gene060675.t1 AT5G51890 35.168 327 177 6 76 402 26 317 5.37e-58 199
MS.gene060675.t1 AT4G11290 34.441 331 187 3 74 404 23 323 5.59e-58 199
MS.gene060675.t1 AT2G39040 37.609 343 176 9 68 403 35 346 9.46e-58 199
MS.gene060675.t1 AT4G30170 34.226 336 184 4 74 407 25 325 1.69e-57 197
MS.gene060675.t1 AT5G58390 37.725 334 168 7 74 405 19 314 4.39e-57 196
MS.gene060675.t1 AT2G22420 35.542 332 177 6 73 403 20 315 5.87e-57 196
MS.gene060675.t1 AT1G68850 35.030 334 179 9 76 403 30 331 6.55e-57 196
MS.gene060675.t1 AT4G21960 34.954 329 179 5 76 404 31 324 7.80e-57 196
MS.gene060675.t1 AT1G71695 35.227 352 182 8 60 404 24 336 1.05e-56 196
MS.gene060675.t1 AT5G58400 36.527 334 172 7 74 405 28 323 1.07e-56 195
MS.gene060675.t1 AT5G64110 36.061 330 172 6 80 407 38 330 1.12e-56 196
MS.gene060675.t1 AT1G14550 36.228 334 171 8 74 404 24 318 1.40e-56 195
MS.gene060675.t1 AT4G26010 36.283 339 166 10 74 411 20 309 4.21e-56 193
MS.gene060675.t1 AT3G49110 36.571 350 178 8 74 412 31 347 4.32e-56 194
MS.gene060675.t1 AT4G33420 34.930 355 177 9 55 407 23 325 4.80e-56 194
MS.gene060675.t1 AT3G49120 36.752 351 178 8 73 412 29 346 5.90e-56 194
MS.gene060675.t1 AT4G26010 36.283 339 166 11 74 411 48 337 8.08e-56 193
MS.gene060675.t1 AT2G18980 34.524 336 183 5 74 407 23 323 1.16e-55 192
MS.gene060675.t1 AT3G32980 36.286 350 179 8 74 412 29 345 1.42e-55 193
MS.gene060675.t1 AT4G33420 34.930 355 177 9 55 407 70 372 1.56e-55 194
MS.gene060675.t1 AT5G22410 34.441 331 177 7 76 403 28 321 1.47e-54 190
MS.gene060675.t1 AT5G19880 33.728 338 189 6 74 407 23 329 1.49e-54 190
MS.gene060675.t1 AT5G64100 33.333 333 181 5 77 407 38 331 5.18e-54 188
MS.gene060675.t1 AT2G37130 32.219 329 187 6 76 403 30 323 1.95e-53 187
MS.gene060675.t1 AT2G37130 32.209 326 185 6 79 403 2 292 6.30e-53 184
MS.gene060675.t1 AT2G34060 32.738 336 193 5 71 403 37 342 1.62e-52 185
MS.gene060675.t1 AT5G14130 33.140 344 193 5 66 407 22 330 2.83e-52 184
MS.gene060675.t1 AT5G14130 33.431 341 190 5 66 404 63 368 5.39e-52 184
MS.gene060675.t1 AT1G77100 33.731 335 178 8 74 404 22 316 1.28e-51 181
MS.gene060675.t1 AT3G17070 31.135 379 214 8 33 406 2 338 1.55e-51 182
MS.gene060675.t1 AT4G37520 32.934 334 187 6 74 403 25 325 1.65e-51 181
MS.gene060675.t1 AT4G17690 34.925 335 179 7 75 407 25 322 3.69e-51 180
MS.gene060675.t1 AT4G37530 32.424 330 190 4 76 403 27 325 6.06e-51 180
MS.gene060675.t1 AT1G14540 33.929 336 181 7 74 407 19 315 2.34e-49 175
MS.gene060675.t1 AT4G37520 32.335 334 186 7 74 403 25 322 3.54e-49 175
MS.gene060675.t1 AT5G47000 34.024 338 185 6 72 407 29 330 5.18e-49 175
MS.gene060675.t1 AT5G40150 35.417 336 178 8 74 407 30 328 2.74e-48 172
MS.gene060675.t1 AT1G34510 31.231 333 179 7 74 403 20 305 6.13e-48 171
MS.gene060675.t1 AT3G28200 32.738 336 186 7 74 407 19 316 7.55e-48 171
MS.gene060675.t1 AT2G24800 32.249 338 188 6 74 407 29 329 1.74e-47 171
MS.gene060675.t1 AT4G31760 33.828 337 183 6 74 407 27 326 9.60e-47 168
MS.gene060675.t1 AT2G35380 37.687 268 135 8 140 403 4 243 1.53e-45 162
MS.gene060675.t1 AT1G24110 31.737 334 193 6 74 405 20 320 1.12e-43 160
MS.gene060675.t1 AT4G37530 32.292 288 163 3 74 359 25 282 2.55e-43 157
MS.gene060675.t1 AT3G49960 30.539 334 195 6 74 403 25 325 3.08e-43 159
MS.gene060675.t1 AT5G67400 30.240 334 196 6 74 403 25 325 1.03e-41 154
MS.gene060675.t1 AT4G25980 44.444 171 90 3 74 244 69 234 3.67e-38 143
MS.gene060675.t1 AT3G17070 31.973 294 159 8 118 406 18 275 3.53e-36 137
MS.gene060675.t1 AT5G39580 41.209 182 101 2 73 254 22 197 6.32e-36 135
MS.gene060675.t1 AT2G24800 40.828 169 95 1 74 242 29 192 4.94e-34 130
MS.gene060675.t1 AT3G15110 56.098 123 47 2 499 614 57 179 1.32e-31 124
MS.gene060675.t1 AT3G42570 36.538 104 65 1 140 242 44 147 4.39e-15 73.6

Find 148 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
ATTCCAAATCAAACATTAAA+AGG 0.190816 2.2:+16144916 MS.gene060675:CDS
TCTTTCTCTCATACTTCTTT+TGG 0.201960 2.2:+16144451 MS.gene060675:CDS
CACAAGAGATTCCGTTCTTT+TGG 0.253148 2.2:+16145023 MS.gene060675:CDS
TGACAAAGTTGACTTGATTA+AGG 0.286349 2.2:+16144942 MS.gene060675:CDS
CTGCACCTCTTCAATCTTAG+AGG 0.300466 2.2:+16145258 MS.gene060675:CDS
CTGGTTCAGGTTCTCCTCTT+GGG 0.310605 2.2:-16144396 None:intergenic
TCTGGTTCAGGTTCTCCTCT+TGG 0.320917 2.2:-16144397 None:intergenic
ATCTTCAATATAATTTCTAT+AGG 0.325297 2.2:+16144539 MS.gene060675:CDS
CAAAAGTCACTAACTTTAAC+AGG 0.331145 2.2:+16147712 MS.gene060675:CDS
ACCTTACGGTGATTGTTATC+TGG 0.349282 2.2:-16157121 None:intergenic
TCTTCAATATAATTTCTATA+GGG 0.351746 2.2:+16144540 MS.gene060675:CDS
ATGTGATGCTTCCTTGCTAT+TGG 0.356236 2.2:+16144852 MS.gene060675:CDS
CACCTGTTCAAGCATTTCTC+GGG 0.359534 2.2:+16153586 MS.gene060675:CDS
CTGTATGACTTTCAAGGAAC+AGG 0.366588 2.2:+16145570 MS.gene060675:CDS
TCACCTGTTCAAGCATTTCT+CGG 0.367357 2.2:+16153585 MS.gene060675:CDS
AGAGAAGGAGTAGAATCATA+TGG 0.370898 2.2:-16150494 None:intergenic
TCTCGTCTGCCTGTTAAAAC+TGG 0.372361 2.2:-16145165 None:intergenic
ATATTGTTCTTACTGTTGTC+AGG 0.387431 2.2:-16145648 None:intergenic
GGAGGACACTGGCAGCAATT+TGG 0.393977 2.2:-16150547 None:intergenic
TTGTCATCTGCAGTGCCATC+TGG 0.398557 2.2:+16145765 MS.gene060675:CDS
TACAGGAGATTCAATTGAAA+AGG 0.399678 2.2:+16157325 MS.gene060675:intron
ACATGGCCATCGCAGGGTGG+TGG 0.400559 2.2:+16145132 MS.gene060675:intron
TCTTCCGCTCCTTCCGCCGC+AGG 0.403419 2.2:+16150594 MS.gene060675:CDS
CTAGAGTGATGAAAATTCAT+TGG 0.406025 2.2:-16145711 None:intergenic
TGGAATAGCCTGCTTCTCAT+AGG 0.410027 2.2:-16144899 None:intergenic
ATAGAAATTATATTGAAGAT+TGG 0.410764 2.2:-16144536 None:intergenic
AGATGAAGTTGTTTGTGTTA+TGG 0.413662 2.2:-16144425 None:intergenic
CAGAGTTTGTTGAGAGGAAG+AGG 0.433418 2.2:+16145813 MS.gene060675:CDS
TGCGGCGGAAGGAGCGGAAG+AGG 0.437437 2.2:-16150592 None:intergenic
GAATCTGATCAGTTGCCTCC+TGG 0.439218 2.2:-16145206 None:intergenic
TCAAGAGAAGACTGCCAGAT+TGG 0.442700 2.2:+16145866 MS.gene060675:CDS
GCCCCGAGAAATGCTTGAAC+AGG 0.450986 2.2:-16153588 None:intergenic
ATTGGAGACTTTGAAAGCTA+TGG 0.451641 2.2:+16153527 MS.gene060675:CDS
GCTCAGACCCGCCTCGATGA+TGG 0.451902 2.2:-16153655 None:intergenic
TTGGAGACTTTGAAAGCTAT+GGG 0.454281 2.2:+16153528 MS.gene060675:CDS
TTTCTGAGAGAGAGAAGAAC+AGG 0.457234 2.2:-16144373 None:intergenic
CAGATGACGGATCAACCTTT+CGG 0.458746 2.2:+16145904 MS.gene060675:CDS
GTCGGTAAAGGAAGAAGCAT+TGG 0.460490 2.2:+16153509 MS.gene060675:CDS
ATGAACATGGATGAAGAACT+TGG 0.467561 2.2:+16147661 MS.gene060675:CDS
AGAGTTTGTTGAGAGGAAGA+GGG 0.471781 2.2:+16145814 MS.gene060675:CDS
CAAAGGCTGTATGACTTTCA+AGG 0.476822 2.2:+16145564 MS.gene060675:CDS
TCTATGATCAAAGTAGATAT+CGG 0.477803 2.2:-16144605 None:intergenic
CCTGTTAAAACTGGATAGAA+TGG 0.484594 2.2:-16145156 None:intergenic
CGGGAAACAGTCACCCTCCT+TGG 0.485858 2.2:+16145291 MS.gene060675:CDS
TACGGTGATTGTTATCTGGC+GGG 0.486528 2.2:-16157117 None:intergenic
GAAAGAAGGGTCGTCGGTGG+AGG 0.487888 2.2:-16150522 None:intergenic
TCTGCTTATGCTTCAGATGA+CGG 0.489775 2.2:+16145891 MS.gene060675:CDS
GAGAAGGAGTAGAATCATAT+GGG 0.494622 2.2:-16150493 None:intergenic
TCGAGAGGTATACTCGGATC+TGG 0.496610 2.2:-16145597 None:intergenic
TGATGCTTCCTTGCTATTGG+AGG 0.498318 2.2:+16144855 MS.gene060675:CDS
GAAATCAAATGGAAAAGTAT+TGG 0.499375 2.2:-16144491 None:intergenic
GCTGCCAGTGTCCTCCTCAC+CGG 0.505609 2.2:+16150554 MS.gene060675:CDS
TTTGACTGGAAATCAAGGTC+AGG 0.507215 2.2:+16145971 MS.gene060675:CDS
GAATCATATGGGATTTCAAT+GGG 0.507790 2.2:-16150482 None:intergenic
GCAGCAATTTGGATGAAAGA+AGG 0.509670 2.2:-16150536 None:intergenic
AGCATAAGCAGAAACCAATC+TGG 0.517041 2.2:-16145880 None:intergenic
AGAATCATATGGGATTTCAA+TGG 0.519315 2.2:-16150483 None:intergenic
GGCTAAACGTCTCAAACAAA+CGG 0.521583 2.2:+16150616 MS.gene060675:CDS
ATGAATGCAACTATGATCCA+TGG 0.521907 2.2:-16144340 None:intergenic
TGACTTGATTAAGGAGGAGG+TGG 0.522484 2.2:+16144951 MS.gene060675:CDS
CTTCCGCTCCTTCCGCCGCA+GGG 0.525679 2.2:+16150595 MS.gene060675:CDS
TTCAGGAGAGAAGTCGGTAA+AGG 0.526068 2.2:+16153497 MS.gene060675:CDS
CATGGCCATCGCAGGGTGGT+GGG 0.528334 2.2:+16145133 MS.gene060675:intron
GATTCTTCATCTTCAACCCA+TGG 0.528386 2.2:+16144323 MS.gene060675:CDS
GAAGGAGCGGAAGAGGAGAA+CGG 0.530575 2.2:-16150585 None:intergenic
ATCTTAGAGGATTCAACGCA+CGG 0.533456 2.2:+16145271 MS.gene060675:CDS
CAACATCATCATCATTCACA+TGG 0.537297 2.2:+16150414 MS.gene060675:CDS
TCCATCTGTTGTGATTGTTG+TGG 0.537652 2.2:-16150450 None:intergenic
AGTTGACTTGATTAAGGAGG+AGG 0.538971 2.2:+16144948 MS.gene060675:CDS
GATTTCCAGTCAAAACATCA+AGG 0.539193 2.2:-16145962 None:intergenic
GTAATGTTATCGTCAGGCCT+TGG 0.540087 2.2:-16145228 None:intergenic
AAACGGTTCCTATGAGAAGC+AGG 0.540154 2.2:+16144891 MS.gene060675:CDS
TTCGCAACCATCATCGAGGC+GGG 0.541843 2.2:+16153648 MS.gene060675:CDS
CACTTAAGAGCTTACAAGAC+GGG 0.541969 2.2:-16146009 None:intergenic
ATATCAAACTTCTCTTCACA+TGG 0.545609 2.2:+16147590 MS.gene060675:CDS
GTGCGCGTAATGTTATCGTC+AGG 0.553348 2.2:-16145234 None:intergenic
GAACAATATCTTCAGCTTGA+GGG 0.554097 2.2:-16144570 None:intergenic
ACGTTTAGCCCTGCGGCGGA+AGG 0.554548 2.2:-16150603 None:intergenic
ATCACTCTAGTAGTGACAAA+GGG 0.555689 2.2:+16145724 MS.gene060675:CDS
ACCACAACAATCACAACAGA+TGG 0.556667 2.2:+16150449 MS.gene060675:CDS
TAGCCCTGCGGCGGAAGGAG+CGG 0.556744 2.2:-16150598 None:intergenic
GAGGACAATGGTGATAGAAA+CGG 0.558413 2.2:+16144874 MS.gene060675:CDS
CGGAGATAGCACCGGTGAGG+AGG 0.558564 2.2:-16150565 None:intergenic
TGACGGATCAACCTTTCGGA+TGG 0.559114 2.2:+16145908 MS.gene060675:CDS
ATCACAACAGATGGAGGAGA+TGG 0.559223 2.2:+16150458 MS.gene060675:CDS
GTAGTACTACTGTGCATCGT+TGG 0.559331 2.2:-16157450 None:intergenic
ACGACGCTGAATTGAGCGGC+AGG 0.566452 2.2:+16157411 MS.gene060675:CDS
GTCGTTTGTGCGAGTCTCAA+CGG 0.566964 2.2:-16157393 None:intergenic
TTTCTCGGGGCAATATCAGC+TGG 0.567839 2.2:+16153600 MS.gene060675:CDS
CATCACTCTAGTAGTGACAA+AGG 0.569474 2.2:+16145723 MS.gene060675:CDS
GTAAAGTAATTTACCAAGGA+GGG 0.576037 2.2:-16145304 None:intergenic
TCAGCACAAGAAACAACGCC+GGG 0.579839 2.2:-16144985 None:intergenic
GAGGTGGAACAAGCATGTCC+CGG 0.580012 2.2:+16144967 MS.gene060675:CDS
TCGGTGGAGGAGAGAAGAGA+AGG 0.580334 2.2:-16150509 None:intergenic
CGAACAATATCTTCAGCTTG+AGG 0.581222 2.2:-16144571 None:intergenic
CCTTTCGGATGGATTTCGCA+AGG 0.582493 2.2:+16145919 MS.gene060675:CDS
CAAAGTTGACTTGATTAAGG+AGG 0.582626 2.2:+16144945 MS.gene060675:CDS
AGAAATGCTTGAACAGGTGA+AGG 0.583226 2.2:-16153582 None:intergenic
TCTACAGGAGGACACAACAT+TGG 0.583992 2.2:+16145516 MS.gene060675:intron
CAAAAGAACGGAATCTCTTG+TGG 0.589570 2.2:-16145022 None:intergenic
TTACGGTGATTGTTATCTGG+CGG 0.589706 2.2:-16157118 None:intergenic
GTTGCGATTTCATTCAGCAA+AGG 0.590568 2.2:+16145547 MS.gene060675:CDS
CTTTCGGATGGATTTCGCAA+GGG 0.591202 2.2:+16145920 MS.gene060675:CDS
ACCATTGTCCTCCAATAGCA+AGG 0.592588 2.2:-16144863 None:intergenic
TGATGTTGAAAGAGAAGGAA+TGG 0.594255 2.2:-16150399 None:intergenic
AGGCAACTGATCAGATTCCA+AGG 0.594430 2.2:+16145211 MS.gene060675:CDS
GTTTGCTGATCAACAGCTGA+TGG 0.595102 2.2:+16145842 MS.gene060675:CDS
AAGAAGAGACGAAGAAGAGA+AGG 0.596825 2.2:-16144637 None:intergenic
GCTTCAATAGAGACTACTAA+AGG 0.596943 2.2:+16153555 MS.gene060675:CDS
AATGCTTGAACAGGTGAAGG+TGG 0.599999 2.2:-16153579 None:intergenic
GACGAAGAAGAGAAGGTGCA+AGG 0.601488 2.2:-16144630 None:intergenic
CAGCAATTTGGATGAAAGAA+GGG 0.606123 2.2:-16150535 None:intergenic
GATGATGATGTTGAAAGAGA+AGG 0.609817 2.2:-16150404 None:intergenic
CAGGTCTTCAGGAGAGAAGT+CGG 0.612433 2.2:+16153491 MS.gene060675:CDS
CAAACTTCTCTTCACATGGG+TGG 0.615488 2.2:+16147594 MS.gene060675:CDS
TGTAAAGTAATTTACCAAGG+AGG 0.615747 2.2:-16145305 None:intergenic
TGAACATGGATGAAGAACTT+GGG 0.618205 2.2:+16147662 MS.gene060675:CDS
GTAATGTTGGAAGAATTGGA+AGG 0.619608 2.2:-16147619 None:intergenic
TGAATCCTCTAAGATTGAAG+AGG 0.625004 2.2:-16145263 None:intergenic
GTTCATGGGTTATATGAACA+TGG 0.626106 2.2:+16147648 MS.gene060675:CDS
ACCTGTTCAAGCATTTCTCG+GGG 0.627536 2.2:+16153587 MS.gene060675:CDS
TTGGATGAAAGAAGGGTCGT+CGG 0.628074 2.2:-16150528 None:intergenic
ACAAACGACGCTGAATTGAG+CGG 0.628534 2.2:+16157407 MS.gene060675:CDS
GAGGAGAACGGAGATAGCAC+CGG 0.630741 2.2:-16150573 None:intergenic
GTGTCAAAAGATGCTCCAGA+TGG 0.631259 2.2:-16145780 None:intergenic
ACAACAATCACAACAGATGG+AGG 0.634223 2.2:+16150452 MS.gene060675:CDS
GTTTGAGACGTTTAGCCCTG+CGG 0.638809 2.2:-16150610 None:intergenic
CTCTCTCTCAGAAACCCAAG+AGG 0.640701 2.2:+16144382 MS.gene060675:CDS
TTAGCAACAAACCAAAAGAA+CGG 0.643437 2.2:-16145034 None:intergenic
GATGAAAGAAGGGTCGTCGG+TGG 0.646943 2.2:-16150525 None:intergenic
AGAAAATCGAGAGGTATACT+CGG 0.649947 2.2:-16145603 None:intergenic
TGAATGCAACTATGATCCAT+GGG 0.651938 2.2:-16144339 None:intergenic
GTCAGCACAAGAAACAACGC+CGG 0.652611 2.2:-16144986 None:intergenic
TACTATCAGAGTTTGTTGAG+AGG 0.661163 2.2:+16145807 MS.gene060675:CDS
TCTTAGAGGATTCAACGCAC+GGG 0.662298 2.2:+16145272 MS.gene060675:CDS
TGTATGACTTTCAAGGAACA+GGG 0.663098 2.2:+16145571 MS.gene060675:CDS
AGCACCGGTGAGGAGGACAC+TGG 0.667703 2.2:-16150558 None:intergenic
TGAGAGAGAGAAGAACAGGA+AGG 0.668854 2.2:-16144369 None:intergenic
CCTTGCGAAATCCATCCGAA+AGG 0.669038 2.2:-16145919 None:intergenic
GAACGGAGATAGCACCGGTG+AGG 0.671231 2.2:-16150568 None:intergenic
TCCTTGCTATTGGAGGACAA+TGG 0.673992 2.2:+16144862 MS.gene060675:CDS
TGAGACGTTTAGCCCTGCGG+CGG 0.674454 2.2:-16150607 None:intergenic
GTTCGCAACCATCATCGAGG+CGG 0.681715 2.2:+16153647 MS.gene060675:CDS
TATCAAACTTCTCTTCACAT+GGG 0.688429 2.2:+16147591 MS.gene060675:CDS
AAAGTAGATATCGGTAACAG+CGG 0.689064 2.2:-16144596 None:intergenic
TGGAGACTTTGAAAGCTATG+GGG 0.694173 2.2:+16153529 MS.gene060675:CDS
ATCTGACTGAGAAAATCGAG+AGG 0.694462 2.2:-16145612 None:intergenic
TAAGTTCGCAACCATCATCG+AGG 0.754776 2.2:+16153644 MS.gene060675:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr2.2 gene 16144316 16157466 16144316 ID=MS.gene060675
chr2.2 mRNA 16144316 16157466 16144316 ID=MS.gene060675.t1;Parent=MS.gene060675
chr2.2 exon 16144316 16144678 16144316 ID=MS.gene060675.t1.exon1;Parent=MS.gene060675.t1
chr2.2 CDS 16144316 16144678 16144316 ID=cds.MS.gene060675.t1;Parent=MS.gene060675.t1
chr2.2 exon 16144850 16145044 16144850 ID=MS.gene060675.t1.exon2;Parent=MS.gene060675.t1
chr2.2 CDS 16144850 16145044 16144850 ID=cds.MS.gene060675.t1;Parent=MS.gene060675.t1
chr2.2 exon 16145147 16145312 16145147 ID=MS.gene060675.t1.exon3;Parent=MS.gene060675.t1
chr2.2 CDS 16145147 16145312 16145147 ID=cds.MS.gene060675.t1;Parent=MS.gene060675.t1
chr2.2 exon 16145523 16146016 16145523 ID=MS.gene060675.t1.exon4;Parent=MS.gene060675.t1
chr2.2 CDS 16145523 16146016 16145523 ID=cds.MS.gene060675.t1;Parent=MS.gene060675.t1
chr2.2 exon 16147577 16147737 16147577 ID=MS.gene060675.t1.exon5;Parent=MS.gene060675.t1
chr2.2 CDS 16147577 16147737 16147577 ID=cds.MS.gene060675.t1;Parent=MS.gene060675.t1
chr2.2 exon 16150361 16150637 16150361 ID=MS.gene060675.t1.exon6;Parent=MS.gene060675.t1
chr2.2 CDS 16150361 16150637 16150361 ID=cds.MS.gene060675.t1;Parent=MS.gene060675.t1
chr2.2 exon 16153486 16153669 16153486 ID=MS.gene060675.t1.exon7;Parent=MS.gene060675.t1
chr2.2 CDS 16153486 16153669 16153486 ID=cds.MS.gene060675.t1;Parent=MS.gene060675.t1
chr2.2 exon 16157116 16157136 16157116 ID=MS.gene060675.t1.exon8;Parent=MS.gene060675.t1
chr2.2 CDS 16157116 16157136 16157116 ID=cds.MS.gene060675.t1;Parent=MS.gene060675.t1
chr2.2 exon 16157330 16157466 16157330 ID=MS.gene060675.t1.exon9;Parent=MS.gene060675.t1
chr2.2 CDS 16157330 16157466 16157330 ID=cds.MS.gene060675.t1;Parent=MS.gene060675.t1
Gene Sequence

>MS.gene060675

ATGAGGAGATTCTTCATCTTCAACCCATGGATCATAGTTGCATTCATTGTATTCCTTCCTGTTCTTCTCTCTCTCAGAAACCCAAGAGGAGAACCTGAACCAGAAAACACCATAACACAAACAACTTCATCTTCTTCTTTCTCTCATACTTCTTTTGGTTCAGTCATGTTAGCAGCCAATACTTTTCCATTTGATTTCAATCAAAAAATCAGAGATGGTTCCAATCTTCAATATAATTTCTATAGGGATTCTTGCCCTCAAGCTGAAGATATTGTTCGTTCCGCTGTTACCGATATCTACTTTGATCATAGAGACCTTGCACCTTCTCTTCTTCGTCTCTTCTTTCATGATTGCTTCATCCAAGTAAATAAACTTAATCTTTTTTCATTCTTCTTTAATTCTTTATTTTCTGTGAAAATGGAGTCTATATATTTACTGCATAGATCTTTGTTTCATATGTTTACTAAATCATCTTCTTGCTTTCATAATGGTTTTTATTTGCTGTTCTAACTACTTGTGGTGTTGCGAAATCAGGGATGTGATGCTTCCTTGCTATTGGAGGACAATGGTGATAGAAACGGTTCCTATGAGAAGCAGGCTATTCCAAATCAAACATTAAAAGGTTTTGACAAAGTTGACTTGATTAAGGAGGAGGTGGAACAAGCATGTCCCGGCGTTGTTTCTTGTGCTGACATACTTGCTCTTGCCACAAGAGATTCCGTTCTTTTGGTTTGTTGCTAACACTATATCTTCTGTTGAAAGCTCTTAATTCTGATGCATTTTCACTTTATTTATGCACCTATGATTTATTAATCGACATGGCCATCGCAGGGTGGTGGGCCATTCTATCCAGTTTTAACAGGCAGACGAGATAGCCTGCAATCGTTTTTCCAGGAGGCAACTGATCAGATTCCAAGGCCTGACGATAACATTACGCGCACACTGCACCTCTTCAATCTTAGAGGATTCAACGCACGGGAAACAGTCACCCTCCTTGGTAAATTACTTTACACTTTTGCATTCATGAGTATAATATGACAAGGTATTATTTGTGGCGGCATTGCGAACTGTTGAGACTGATGCAGCCTCAACTGTGGTCACAAAGACATTAAAAACCCTGATGCCGTAGCTGAGATTGTGATCTCACATAATTTTTAAAACCTTGAATAAGACTAATGAAATCTGTTGGTTTCTTGATAATCTACAGGAGGACACAACATTGGAAAAATCGGTTGCGATTTCATTCAGCAAAGGCTGTATGACTTTCAAGGAACAGGGCAACCAGATCCGAGTATACCTCTCGATTTTCTCAGTCAGATGAGGCTAAACTGTCCTGACAACAGTAAGAACAATATGAGCAGCAACAGCACGTTTTCGACGTTTGCAGCTTCAAAGCCAATGAATTTTCATCACTCTAGTAGTGACAAAGGGATGTCATACATGCAAGCATTGTCATCTGCAGTGCCATCTGGAGCATCTTTTGACACTCACTACTATCAGAGTTTGTTGAGAGGAAGAGGGTTATTGTTTGCTGATCAACAGCTGATGGCTCAAGAGAAGACTGCCAGATTGGTTTCTGCTTATGCTTCAGATGACGGATCAACCTTTCGGATGGATTTCGCAAGGGTTATGTTGAAATTGTCTAACCTTGATGTTTTGACTGGAAATCAAGGTCAGGTTCGTCTGAATTGCTCCCGTCTTGTAAGCTCTTAAGTGAGTCGGTTCATATATTTCATTCTGGTTTAGCAAATTTGTTCTCTTCCTATGTAAGTTTCTCACGCATATTTTAGGGTGGTTTTGGCCATGTAAAGTGACAGCTATTATAGTTAGTTCTTATTTGAAAAGTAAAGCCTGTGACAAGTTATAGTTAGTTCTTTTAGTTTAAGCCAGTAGAAATTAGATAATCTGTTATAATCCAGCTAAACCTTTTTATGTAACAAAACAAGTTTTGCTTTTGTTTTTCTTTCTAGTTTCGGCGGCATGAAAACTCTGAGAACGTACATTTGACACTTTCCAACTATATATGATACCATAGTGAAGAAATCTGCTAAAGACTTGTGACAACTCAGTTCTGCAGTATTGTATATTTGTATAGTAAAGTAAGAAACAAAACGAACAATATGCACTAAACTGTAATCTATTTGAGAATAGCCCCACAGAGCTTCTCCATGTATTCTGCAGCTTGCTTCTCCATTTATCTTGTTCTCAACAAAATGAAGTGGATAGTCAAAAACTTAATTTGTAGAAAATTATGAACATCAAAGCTAATATTCATAGCTTGAAGGTTAATTGCCTACAAATGAAAGTGTTCTGTTATGCCTTATTAAAACTTGGATTCCAAGGTATTGAAGTATATCTTTTTAATAAGCCCCCATATGTAGCGAAATAGTTCCAATAAAAAATCATTTCTTTTGTAAATCTCTTTATCTAATTCATTTGAGAAAGAAGCTTTAAGTCCAAGCTTAGCTAACATAATTCCTGGTTTGCAAGAGAAAAATAGAGATGAAAGTGAGGAAGATAAAGCAGCAAGAGGACCTTACTTATCAGAGGCATGGTTGGTGCAAAGTTGTGCAACTCCTCCTGTTCCAAATTGGGGAAATAAGATGTCTGCAGATGACATGAAAAAACATATCAAGTTTTGGGCTAGAGCTGTTGCTTCAACTAAATGTTGAACATCATCATCATAAATCACACTTCATAGATCAATTCTTTTGTAACAATTTCCTAAGAACAATCAAAATAATAATGACACTAATAATAATTCTTCGTATTTTTTTTTAACTAGATAATAGATGCGAAGTATCCATCAACTTTGTCGATGACTAATCTCTGTCGAAAAATCTAGTTGGCCACCTTTAGTGGGTCAAACATCCCCTCCCAACCACTGCAAAAATACAACAGACTTACTAGAAGCATTCTAGAAAAATACACTATTAGAAACACACTTTAGGTAGTGTATTTTGGCAGATTTGAGAGAATATAGAAGATAGTGGGCGAATCGACACATTATCTTTAGTTTAAGGGTTCGATCAAAAAATTCTATCAAATTATTTAGGTTTGTTATAAGTAGTATCAACAAAGCCTATTTGAATTAAAAAAACATACACACACCATATTTGAAGGAAAAAAAAATAATAATATAAGAAAAAAGAGCATCATTATGGGTGCAATTTCATCGTTCCCTCACATAAAGGAAGACACCTGTGTCAAAATGTCTCCAATATATATTTGCAAATGAAGTTGCATTGCTTATTTCATTAGCATCTTGTATTCAATATCAAACTTCTCTTCACATGGGTGGATCCTTCCAATTCTTCCAACATTACAAAAAAGTTCATGGGTTATATGAACATGGATGAAGAACTTGGGAGACTTTTCAACAAAAGTAAAGTGCAACAAAAGTCACTAACTTTAACAGGCCTGTGCGTCAAAGAATGAATATAGAGAGGAATCATGAAGAGGGACATGTCCGAATATTCAATGATTATTTTACAAAATCTCTATTATAGACAAATGAGCAGTTCCGTTGAAGGTACCGAATGCAAAAACATGTGTTTCCACTGTTGAAGCTCTTGATCAACATGATGAGTATTTTCTATTGAGTGTTGACGCAATCATTAGATCAAGTCTTTCACCCCTACAAAAATGCGTTGTCATTATTCATATGTATGAAACCAAACACTAAAATGTGTTGAGACGTTTATAAGGGGTGTGATCAATTATGTTTGGGGCACGATATCTACGAAAGGGCAAGCATTGAGGACAACGAAACCCTACAACAGATAGATGAGAGAGGCGCATAACTTTTATGGTAAGTTAACGAGCATTAATTGTATGCATTTGGAATGAAAATTTATCCAGTTGCACTAAGAGGGTGGTACGTTCTAGGTGATCAATGTAAACCCATTGTTATGCTCGAAGCAGTTGCTTCACATGATTTATGAATTTGACGTACATTCTTTAGAGAAGCGGGTCAAACAATGACATCAATGTGCTAAACTAATTCAACATCTTCCATTTTTTGTTGCAATGGTGAGCTCCTCATGTTCATTATACAGTTAATTTGTGAAAAACATCCCAATTTCACAAGGAGATAAGAGAAAATTGTATATCGAACATCCGGAAGGTGTAAGAAAGGATATTGAACGAGCATTTGAAGTTCTCCAATCCTGATTTACGATCATATACACAACATGATTGTTGAAGATGAATGTGTCACATATGATGACAATTTTGATTATTTTTATGATTATCTGGATGATGGCCCGATTGCATTACCAAATAATTCTAATATTGGCTTATAAGAGTTCTTGCATAGAAGATTCGTTGTTCGTGATAAGCAAATTCTTATAATGAGAATGACTATTTTATATGAGAATAATGAGAATGAATCTCAGCCATCAAGATCAAAATAAATGGTCTAGATTAAAAAAATTATTGTAGACAACACATATGTTTTCCTCATGCTATCCTCAATCCATTCAACTTCTCATCTTCTCTAACCTTCAATCCTTTGTTCTTGCTCTCCAGATCTTTCACGTTACAATTCATCACCATTCTCATAGTGAAATCCAAATATTTTAATTGACAATAAATCAAAAATAATGCTTCTTTATTTTCGTAAATTAATTGGATTACAGGAAATGTTCAATTTACAAAAAAATCCAGAAATAGTGAATGGGTGTAGATCCAAAACAAACAAATAAAATTGAATTCAAAGGAAATTGTGTTTCTATAGATCCAAAATTGAATTCAAAGTGCCGCACCATGGACAGATTTGTATAAACATGAATCACATCTCAAGTGCCAAACCCAAATCTAGGAATCATTCAATTAGTTGAAATTTAATTCTGGTGATCGCACAATCTCAATTTTTTTAATTTCATGAAGTAGAGCCATGGATTGGTATAGACAGAATGGTTTTTTTGCTTTAGGATCCATGAATTATGTGAAGAAACAAGATATGGAAATGGTAGCAGAAATCCTGATTGTGGGGAGAAGAAGATGAAAAGGGAAGTGAGTTTATGAGAATTGATATAATAAGGTGAGGTACATATGTGACTTTTTAATCTCATTCATTTATTTTTGATCTAATGGTTGATGATCATTCTCACCATTCTCATATAAAATAGTCATATATATATATATATATTGTGATATTTAATGTATTTTAGTATGTTTTTAATTTACTTTGATTTATTTAAATATATGTTTTCTTCTTTATAATATTTTTTTAAAGTTTAGGTGAGTTGGGTTTCGAAGACTCATCAGAGTTAAGACATATCTAAACTCAAAAAACACTTACATGTGTACTTACAAATCATCCATCAAAGAGATCATTACACGCGGCGAGGTTGAACCCATGAAGTCTTTTAATGTATTTTGATATATTTGAATTGAATTATTTATTTCTGGTGGTGATATATTTGAATTATTTAGTTTCAATTACACATTTTTATATATTAATGTAAATGTAAATTACAAATGTGATGTATAATGTGTGATCCATTTCAAAGTTTTTGATGTGTTGTATTGAAATTTGAAAAATATATTTGAGTTGTTCATATAATTTTTTGGTACAGAGTTGTTCATGTAATTGAAAAGTTTACGCAAAATAAAATATAGATACTCCCTTTTTTTTTTGTCAAGTATTCTAATGGCTAGAGCTCACACAATTAAATTGTGGAGAAGTAGAGTGTTTGGGGTTCGAACCCTGGCTCCTGCATATAAAATGCAATATCCCTATTAACTGAGCTATGCTTACGGGGATATGCGGGCTAAAAAAAGATATAGATAGATATGTGGGCAATTTGGCTTTCCCACCAAAAGCCACACAGAACAGAAGTCCACAGGATATTTATTTGGATAACAGAATTCAAGCACTTGATTGATTACCAATGGTGTTCCACCCTCTCAGCCTGATGGATGGATGAGTGAGTGTTAAAATAATTGAACAATGTTGCAGTCTCAGTGCCACAACCTTCTCTTCTCACCCCACCTTCCCATCCCACTCTTACATAACCATAAACCCTCTCTTCTCCACAGAACAAAACCCACTCCTTCTTCTTCTTTTTCAATTTCAGCCATTCCTTCTCTTTCAACATCATCATCATTCACATGGCTTGCTGATATCACCACAACAATCACAACAGATGGAGGAGATGGACCCATTGAAATCCCATATGATTCTACTCCTTCTCTTCTCTCCTCCACCGACGACCCTTCTTTCATCCAAATTGCTGCCAGTGTCCTCCTCACCGGTGCTATCTCCGTTCTCCTCTTCCGCTCCTTCCGCCGCAGGGCTAAACGTCTCAAACAAACGGTTTGCTTTCTTTCTAATCTTATTATTTAAATAAACTTATTACTATTTCTAGTCAATTATGTTTATTATACTTGCAACATTTCATGCATGTTCTCATACTAGGGAGGGATAATCTCAATTTTATATTAAAAATATGATTTTTTATTTTTTTTTATTTGATTATTATGTATAAGTCCAAGTGTCATGATTCGTGTTATGCTACATTAAGGTTTTTTATAATGAGTAAAACTAACCAAGCAATTGAGCTCAAATGGTTAATGAGCTCCACCAAATGACAAATTGTTTAGAAGAATCTGAGTTTGATTCCTAGTGGAACAATTCTTGGCCATTCTTTACTTACCTCCTGGCCAAAGAAATGGAGAGTTAACAAAACAAAACAAAAATGAGTAAAGCTTCATTTTGGTCCTAAACTTTAATTCTCTCTCCTATTTGGTAATTAACCATGGGTTAATACATTTTTACCCCCCTGTAATATAGGCGAGTTCCGGTTTTCCCCCCTGTAAAAAAGATTCTTTCGATTCCAACCCTGAAATATGAAGATTCCGTCGAAAACACCCCTGGTCAAATCTGGCACACGCCAGGTGCTGATGTGGCGCGCCACGTCACCTTTTTTGATGACGTGGCACGCTGACTGTATAATTATTTTTATTTTTTATTTTTTAATAGGGACACGTGGCATTTCCTATTTTTTAATAAAAAAATATTTTTTTAATAAATTTTTTTTTTTTTAATAATTAAAAAAATATTTTTTTTTTAAGTTTTTTTTAAAAAATTTTTTTAAAAAAATAAAAAAAACGAAAAAAATTCTTAACAAATAAAAAAAATGAAAAAAAATTCTGTAAAAAAATAAAAAAATACCGAAAATTTTTTAAAAAAATTGGAAAAATTAATAAAAATGAAAACAAAAATCTGGAAAATTTTAAAAATAAAAAGTAAAATCTGGAAAAATTAAAAAAATGATAACATTATGGAAAAAATTAATAAATTTTGAAAAATTCATATTTCCAGATTTTTTCAATACCGGAAAAATGAAAAAAAAAATCATATTTTTTTTCGGAAAGTACTTGTCATTCAACCGTATAACATGATTTATATACCGGTGTCAATCAATATACATTGTATCCTGTTATTCGGACATGATTTTTATAAATATGAATAATCTTCAAATTTTTGAAAATGACCAATCTTGAAATTTTTGAAAAAAGATTAATCATATTTACAAAAACTAAATTTTCGAAAAAAAAAAAGATAAAAAAAAATATGGTAATTGTGTCAAACATAATTCATATTTTTTTCGAAAAATATACAAACTGCTCAAAACATTTTTTATGTTAGTGTCTACTAGTTTCAATGGTATTTGAGTCAAACATAATTTATATTTGTTTTACTATTTGAATATGATTAATCTTTTTTCAAAAATTTCAAGATTCATCATTTTCAAAAATTTGAAGATTAATCATATTTATAAAAATCATGTACGAATAACAGGATACAATGTATATTGATTGACACCGGTATATAAATCATGTTATACGGTTGAATGACAAGTACTTTCCGAAAAAAAATATGATTTTTTTTTCATTTTTCCGGTATTGAAAAAATCTGGAAATATGAATTTTTCAAAATTTATTAATTTTTTCCATAATGTTATCATTTTTTTAATTTTTCCAGATTTTACTTTTTATTTTTAAAATTTTCGAGATTTTTGTTTTCATTTTTATTAATTTTTCCAATTTTTTTAAAAAATTTTCGGTATTTTTTTATTTTTTTCCAGAATTTTTTTTATTCGTTAAGAATTTTTTTCGTTTTTTTATTTTTTTTAAAAAAAATTTTAAAAAAAACTTAAAAAAAAATATTTTTTTAATTATTAAAAAAATATTTTTTTTATTAAAAAAATATTTTTTTATTAAAAATTCGGAAATGCCACGTGTCCCTATTAAAAAAATAAAAAATAAAAATATTTATACAGTCAGCGTGCCACGTCATCAAAAAAGGTGACGTGGCGCGCCACATCAGCACCTGGCGTGTGCCAGATTTGACCAGGGGTGTTTTCGACGGAATCTTCATATTTCAGGGTTGGAATCGAAAGAATCTTTTTTACAGGGGGGAAAACCGGAACTCGCCTATATTACAGGGGGGTAAAAATGTATTAACCCATTAACCATTAACATGTAATTATTGAAGTTGTATTAGAGTTCTACATTGCTCAAATTCTCGAGTTGTTTGATGTATAAATGTGTTTGGCCACCCTCATTTTTTGAACTAGCTTTTGGGATGAGATTCAAATGCATTTAACAGTTATAAATAAATAGTCCGTAAATTATTATTGATCTATTAAGCTAGTCTTTGAACGATCATTGTCTCCTATTTTTTAGAAGTGACTGAGGGACTGACTTGATGCAATGAAAACAGTTTAAGGACTATTTATTCTATTTCTATAGTTCAAAGACTAAATAGGAGAGTGAATAATAGTTTAAGGACCAAATCGAATGATCACACTTTTTAATATAGGTCTGCATAAGGTTTTTGATGCCTGTGCAACAGCATTACGAATGCAATTGTGCCCACATCAGCGGTATTAGACTGCAGTTTCCTTGATATATCAAGGATCATGATTTAAAACGTTGCTGCTACATCTTGGATTTAAATTTGCCTTAGGATGGACATGTCTAGTTATCCTCATCATAATAAATGTAAGGCGATAAACGAGTTCAAAGCATGAATCTGTAGTAAAAGAGTGATTTTGAATTTGTTGAGTTTGTTTGTGTGAAAGTTTTAGGGTGATATGTGCTATACTGTGATTAATTTTTTTGTATATTCATTGAAATGAGTTTTTTTGTGGTTTTAGCAATTCAGGTCTTCAGGAGAGAAGTCGGTAAAGGAAGAAGCATTGGAGACTTTGAAAGCTATGGGGTCTGCTTCAATAGAGACTACTAAAGGTCCACCTTCACCTGTTCAAGCATTTCTCGGGGCAATATCAGCTGGTGTTATTTCTCTTATTTTGTATAAGTTCGCAACCATCATCGAGGCGGGTCTGAGCCGGCAAACAATTTCAGATGATTTCTCTGTATGTCTTCTCCTCTCATGTCCTTTTATCCATATCTGTTCTTTTTTGTTTGCACATTATGTTAGTTTGAATCAGATAAGGCTGTTTTCTGTGATTCATTGAACCAAAGAAAAACCTCAGACAGTTAGGAATTGGAGTATTGTTAAATAGCGGAGTTATAATACTATAGCGTAGTAGAATTTGAACAAATCACTATGATATCGCGATGCACTATTTAGTACAAAATATTGTCAAATAGTGACTATAGCGGGCAACAAGACTGTTGCGCAGAGGGATTTGAACAAACCGTTACATTCTGCAATCTGTCATTGACAACACCGGTCATTAATGTCACGTACTCTTCTTATTTGTAATGGGAGTGTGTTTCATCTCTTGAAAATTTTATTGGTTGCTTAGCTTAATTACTAAGGGGGAGCCTTGGCGCAACGGTAAAGTTGTTGTCATGTGACTGAAAGGTCACGAGTTCAAGTCCTAGAAACAACCTCTTGTGTAAAAAGCAGAGTAAGACTGTGTACAATACACCAAATGGTGGGACCCCTTTCCAGACCCTGTGTAAGTGGGAGCTTTGTGCACCGGGCTGCCCTTTAGCTTAATTACTCATTCTGAACTTTTTTTCCTCATGGTTCATCATTCTTCTTTTAGTTGCAATTTTGCAATTGAGCCTCCAAAAAGTTACTGCAAAATGATGAAACAAATATTAGAGAAATAGTGGCTTCAGTAACATGTTTCCAAGAAAGTTACAGCTGCTATGATTGTTGTTGTTGTTGTTGTTGTTTTGGTATGTCCTTCATGGAAGAAGTCTTCAAATATATCTGGTTTTTTTATTCTTTTGCAAAGCAAAAACAGGTCAAGCTCATTGCCTGGATATATTTGATCAAAATGTTTATCTTTGAACTAGCAACGCTTCACCCTCTAGCAGTCTCATTGTTTATTGGCGTACCAAGATAATCTAAAGTTTGCAACATTGTTTAATGTCGATTTGTATTAGTTCATTGTTCTCCCGCGTCTTTCATTCACGATCCCCTTTAGTATTGAGCTCTGAACTGAACTGAAGTCCATTTCAACCATTGGATATTAATTAATCAGGCAATCCATTTATACATTGGAACTAAAGATTATCTCCATCATGTGAGTCTATTTAAAATGTTTTGATTGTCGCTATTCTAGTGAGCAGAAAGAGTTAGATATTAAATGGGAAAAAATATCTAAAATGTAGATACTATACTTTTATTTGAATGCATTCCTGGACTGTGTAGAAAATTCAATTTTCAATGATTTTAGCATTAGTACACCACAGTAGGAAAACCGTAATTATACAAATTTACTATTACATTTGTCAGAAGTAAAATAAACTTTTGCAAGTGTGCCTGTTGTAATGCTCATCACAAGGTGTTATATGTCTATGTACACATCTACATGAAGGGGACTAACTTGTGCATTTTAGAGCACAAGATATTTTGCTACTATAGCCTATTTTTTTTTTTCATTCACGATCTTGTTCCTCCAGTTTCCAAATTGTATTACTTTTTTGTAACCTAAGCATTTGGGGCTGAATTTTGAGATGTGGCTGGTGAGATGGTTATGTTATATTGTTTAGGTCGATTCTCTCTTGACAACTTATTTTCGTTTCAGTAAAATATACATAAATCTATAGAACAACTAAATTTGATGCAAGACATTGTCTAGGTGGATTATCACTTAACAACTTATATCTATGTCATTAACTTAATTGTCACATAAGCATCTCACTTGCCACATCGTGAAAATTCAGCCCCAAATGCATAGGCGGGGAAAATGTTAGACATTTTAAAAACTGGAGTATCAAAATTGTGGATTTAGAAATGTAGGTATCAAAATTGTGAATGAGGAAAACTAGAGAGAACGAAACCCTATTTAGGCCAAATAGCTACTATTATTTAAATACCATTCTTTTATTTATGCGCATTCTTGAACTGTATAGAAAATTCAATTGTCAATGATTATTTATTGTTGGAGTGCCCCACAGGGAAAACGTAAAACTATAAATTTGCAATTACATTATTTGTTTGAGGTTAATTTTAGTTTGGACCAGTGAATGTTGGAGTTCAACTTAGACCAGTTGAATTCTGACCTTTGATATAATATTAATCAATATACATGGTTGTGATTGAATATCCACTACCTGATGTCTAAGTTAGATACATCCAAGCCTACTCTAAGACTGCTTGCAGAGTAGTAATTTTGTCATTATGTGAAATTGGTTTCCTGGGCTAAGATTAAAACATAACATCAAAACCTTCATTTTCATTTTCACCGGTGTTCATTTCCCTTATTCTAACATTCCATCTCCCTCGTTCCGATGCAGCCACCTTCATTCACCATTTAATCATTCTATTGATTTTGCATTTCGGGACAAGAAACATTTATTATCCATGGTTGATCTTCATGTTCTTCTACATCTCCTTCCCACTGGTCTCTTCATTCTCAGTCGCAGATCTAGCATCGAACCATTTCAAAATGCACCGAATCATTCAGTTTATTACAATTCGTTTATGATGGGATTTTCCTTTCAAACTATAATTGATGATTAAAAGACTAATTGTTTAATCTAACATTTAGTAAACTTTTTTTATGCCATTAAAATAAAACCCTTTTTTATTATGACATTATTGTTGAATGAATCGATGCGAAAATTAAGATTTGAGAAGAGAGTCTTTGTATTGGCTAGGCCATGAAGTAATCACTGAGTTAGACTTAGTATTTTATGAATTCATGTCAATTTACGTGAACAAATAAAAGTGGGTTGGAGAGTTGTTACTTTATACTAAAGTATTGAGAAACACATGAATATGTAGATTGATTAGTCCTAGTTTTGGGTAATGGAAAGAATATATGAGGTTTTTAGAGTGGAAAAATTGGGGATCCTTAAACAAAACACATGAAGCTGAGGGCAAGCGTAGCAACTGGCAAGGTTGGATCTGGAAAATTTGTCCAAAAAATTGTCTCTGTCTTACTGAACATTCAATTTAAGTTTGTAGTTGGTTAATAGATCTGAAAAAATAATAACTTTGTAAATTATTTGGTTGCAAAGGGTTATTACTGTGCATTCCTATAATAGGGTGTATGGTATGGGTTAACTTAAACACAACCTGCAATATTAGGTCATTTAACTGGTCTAAGTTGGACCAAAACATACACTGGTCCAAACTAAAGGGACCCTTTGTTTGAAGTGAAAGAAGCTTTTGTAAGTCAGTCTGTTGTTATGTTATGCTCATCACAAGGTGATATATGTCTTGGTTCACGTCTACATGCAGTGTAACTTACTATGGCCTATACTGGTCATTAGATTGTATTGAAATATAAAATAACTACATAAGTTATTCATGTTCTTCATGCATTGATATGATACTCATTTGTTTTTATGCTTTTCAGGCCCGCCAGATAACAATCACCGTAAGGTAGCTACGATCTCTTATCAATCAGGGGTGATGCTATTCTTTTATTTTTAAAACACCTGACAACCCTCTAACAATTTTTCACAGGACGATAATAAACGGCTTGACCTACCTCGCAACATTTATTTTTGGCCTAAACTCCCTTGGTCTATTCCTTTATTCTGGCCAACTTGCCCTCAAATCCTTTACAGGAGATTCAATTGAAAAGGAATCTGAAAACAAAAGCGCTGATCAGTCTAATTTATCAAATTTATCCGTTGAGACTCGCACAAACGACGCTGAATTGAGCGGCAGGAATGAAGAACAAAGTTCCAACGATGCACAGTAG
Protein sequence

>MS.gene060675.t1

MRRFFIFNPWIIVAFIVFLPVLLSLRNPRGEPEPENTITQTTSSSSFSHTSFGSVMLAANTFPFDFNQKIRDGSNLQYNFYRDSCPQAEDIVRSAVTDIYFDHRDLAPSLLRLFFHDCFIQGCDASLLLEDNGDRNGSYEKQAIPNQTLKGFDKVDLIKEEVEQACPGVVSCADILALATRDSVLLGGGPFYPVLTGRRDSLQSFFQEATDQIPRPDDNITRTLHLFNLRGFNARETVTLLGGHNIGKIGCDFIQQRLYDFQGTGQPDPSIPLDFLSQMRLNCPDNSKNNMSSNSTFSTFAASKPMNFHHSSSDKGMSYMQALSSAVPSGASFDTHYYQSLLRGRGLLFADQQLMAQEKTARLVSAYASDDGSTFRMDFARVMLKLSNLDVLTGNQGQVRLNCSRLHLVFNIKLLFTWVDPSNSSNITKKFMGYMNMDEELGRLFNKSKVQQKSLTLTGLTKPTPSSSFSISAIPSLSTSSSFTWLADITTTITTDGGDGPIEIPYDSTPSLLSSTDDPSFIQIAASVLLTGAISVLLFRSFRRRAKRLKQTQFRSSGEKSVKEEALETLKAMGSASIETTKGPPSPVQAFLGAISAGVISLILYKFATIIEAGPPDNNHRDSIEKESENKSADQSNLSNLSVETRTNDAELSGRNEEQSSNDAQ