AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene021976

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene021976.t1 MTR_7g015870 99.023 307 3 0 1 307 1 307 0.0 612
MS.gene021976.t1 MTR_7g015870 98.305 295 5 0 12 306 16 310 0.0 584
MS.gene021976.t1 MTR_6g015860 78.523 298 64 0 9 306 5 302 2.74e-174 493
MS.gene021976.t1 MTR_7g015860 91.975 162 13 0 327 488 304 465 9.87e-105 320
MS.gene021976.t1 MTR_2g032610 50.163 307 148 3 4 307 12 316 1.85e-104 315
MS.gene021976.t1 MTR_8g019480 46.440 323 145 4 9 306 21 340 1.87e-84 265
MS.gene021976.t1 MTR_3g104810 40.303 330 169 5 9 313 20 346 2.31e-71 230
MS.gene021976.t1 MTR_5g073040 30.363 303 175 9 13 304 31 308 2.25e-27 112
MS.gene021976.t1 MTR_5g073040 26.396 197 134 6 21 211 129 320 1.92e-11 65.5
MS.gene021976.t1 MTR_1g097890 32.463 268 139 10 25 288 53 282 1.83e-25 106
MS.gene021976.t1 MTR_2g089765 41.772 158 81 5 340 486 328 485 1.28e-23 103
MS.gene021976.t1 MTR_8g092080 31.023 303 166 11 1 297 27 292 2.59e-23 100
MS.gene021976.t1 MTR_8g098240 27.797 295 185 7 15 306 314 583 2.76e-23 103
MS.gene021976.t1 MTR_6g034515 27.106 273 160 9 35 295 81 326 3.04e-23 101
MS.gene021976.t1 MTR_6g034515 28.736 174 109 4 35 202 174 338 4.25e-13 70.9
MS.gene021976.t1 MTR_2g089755 37.059 170 91 5 324 484 314 476 6.03e-23 102
MS.gene021976.t1 MTR_2g089670 39.877 163 88 2 334 486 318 480 3.40e-21 96.7
MS.gene021976.t1 MTR_2g089650 34.375 160 92 4 330 480 305 460 3.48e-20 93.6
MS.gene021976.t1 MTR_2g089735 36.667 150 84 3 344 484 315 462 3.88e-20 93.2
MS.gene021976.t1 MTR_7g014230 36.986 146 80 3 345 479 310 454 5.00e-20 92.8
MS.gene021976.t1 MTR_7g014330 37.063 143 78 3 348 479 311 452 3.04e-19 90.5
MS.gene021976.t1 MTR_1g012030 26.316 285 184 7 25 304 141 404 3.92e-19 89.7
MS.gene021976.t1 MTR_1g012030 27.174 184 119 7 123 306 140 308 6.86e-12 67.8
MS.gene021976.t1 MTR_1g012030 27.225 191 118 5 22 205 234 410 9.69e-11 63.9
MS.gene021976.t1 MTR_7g014360 33.136 169 100 4 323 479 215 382 1.85e-18 87.4
MS.gene021976.t1 MTR_4g088545 26.977 215 139 5 111 317 1 205 1.87e-18 85.9
MS.gene021976.t1 MTR_4g088545 26.977 215 139 5 111 317 1 205 2.33e-18 84.7
MS.gene021976.t1 MTR_4g088545 26.977 215 139 5 111 317 1 205 1.09e-17 84.0
MS.gene021976.t1 MTR_4g088545 26.000 300 183 12 25 304 14 294 1.19e-12 68.9
MS.gene021976.t1 MTR_3g107510 24.684 316 190 9 25 335 128 400 1.22e-17 85.1
MS.gene021976.t1 MTR_3g107510 26.776 183 119 6 124 306 124 291 3.08e-12 68.6
MS.gene021976.t1 MTR_8g012750 36.364 165 92 4 337 488 313 477 1.76e-17 85.1
MS.gene021976.t1 MTR_7g014250 34.965 143 81 3 348 479 311 452 5.68e-17 83.6
MS.gene021976.t1 MTR_7g014310 38.462 130 68 3 348 466 178 306 6.91e-17 81.6
MS.gene021976.t1 MTR_1g095780 26.316 285 177 9 22 304 525 778 1.10e-16 83.6
MS.gene021976.t1 MTR_4g114320 24.194 310 191 9 25 331 129 397 1.70e-16 81.6
MS.gene021976.t1 MTR_4g114320 25.000 184 124 6 123 306 124 293 2.29e-12 68.9
MS.gene021976.t1 MTR_6g015815 33.987 153 91 2 344 486 311 463 2.32e-16 81.6
MS.gene021976.t1 MTR_3g087640 33.333 150 89 4 344 484 326 473 4.87e-16 80.9
MS.gene021976.t1 MTR_6g015850 32.237 152 94 2 344 486 309 460 2.41e-15 78.6
MS.gene021976.t1 MTR_7g084400 25.606 289 189 10 21 304 212 479 4.11e-15 78.2
MS.gene021976.t1 MTR_7g084400 28.235 170 112 3 35 203 323 483 2.31e-12 69.3
MS.gene021976.t1 MTR_6g015830 32.432 148 91 2 348 486 316 463 4.36e-15 77.8
MS.gene021976.t1 MTR_3g028210 33.121 157 96 3 339 486 311 467 5.50e-15 77.4
MS.gene021976.t1 MTR_7g014210 39.130 115 58 3 351 453 24 138 8.01e-15 72.8
MS.gene021976.t1 MTR_7g109135 30.000 180 103 5 37 205 40 207 9.32e-15 73.9
MS.gene021976.t1 MTR_4g018750 24.731 279 189 7 33 304 27 291 1.02e-14 75.1
MS.gene021976.t1 MTR_2g102010 25.267 281 181 10 25 294 19 281 1.15e-14 75.1
MS.gene021976.t1 MTR_7g066690 26.182 275 182 7 37 304 33 293 1.43e-14 74.7
MS.gene021976.t1 MTR_7g014670 35.714 140 78 4 344 472 109 247 1.61e-14 73.9
MS.gene021976.t1 MTR_7g109135 30.000 180 103 5 37 205 61 228 1.71e-14 73.6
MS.gene021976.t1 MTR_7g014205 36.441 118 53 3 345 451 14 120 2.54e-14 69.7
MS.gene021976.t1 MTR_6g091800 27.727 220 129 5 119 324 20 223 6.33e-14 72.4
MS.gene021976.t1 MTR_7g109135 30.000 180 103 5 37 205 139 306 8.81e-14 72.8
MS.gene021976.t1 MTR_7g109135 23.567 314 199 13 17 309 16 309 3.98e-12 67.8
MS.gene021976.t1 MTR_8g027975 27.320 194 122 5 23 198 154 346 9.77e-14 72.8
MS.gene021976.t1 MTR_8g027975 23.973 292 184 6 22 287 51 330 6.32e-13 70.5
MS.gene021976.t1 MTR_6g091800 27.727 220 129 5 119 324 20 223 1.09e-13 72.4
MS.gene021976.t1 MTR_6g091800 27.727 220 129 5 119 324 20 223 1.51e-13 71.2
MS.gene021976.t1 MTR_7g014610 31.613 155 80 3 344 479 324 471 1.73e-13 72.8
MS.gene021976.t1 MTR_4g012850 24.354 271 176 11 25 286 18 268 2.34e-13 71.2
MS.gene021976.t1 MTR_3g025800 25.685 292 155 10 35 288 42 309 3.03e-13 71.2
MS.gene021976.t1 MTR_5g055410 25.773 291 188 11 37 316 37 310 3.44e-13 71.2
MS.gene021976.t1 MTR_5g055410 27.551 196 122 5 37 224 135 318 6.94e-12 67.4
MS.gene021976.t1 MTR_5g009500 24.917 301 202 8 22 304 38 332 4.11e-13 70.9
MS.gene021976.t1 MTR_7g064980 24.206 252 171 6 61 306 73 310 4.39e-13 70.5
MS.gene021976.t1 MTR_7g014160 32.667 150 89 3 344 482 323 471 6.44e-13 71.2
MS.gene021976.t1 MTR_5g030530 26.923 286 174 11 36 304 23 290 6.89e-13 69.7
MS.gene021976.t1 MTR_6g015315 30.822 146 91 2 344 479 303 448 8.20e-13 70.9
MS.gene021976.t1 MTR_2g436930 23.667 300 185 8 37 304 31 318 1.01e-12 69.7
MS.gene021976.t1 MTR_1g087840 28.249 177 116 3 37 208 136 306 1.04e-12 69.3
MS.gene021976.t1 MTR_8g096050 26.163 172 122 2 33 203 333 500 1.41e-12 70.1
MS.gene021976.t1 MTR_8g096050 23.588 301 194 10 17 306 223 498 2.09e-12 69.7
MS.gene021976.t1 MTR_8g096050 28.125 224 136 9 108 325 214 418 4.45e-12 68.6
MS.gene021976.t1 MTR_8g066975 27.875 287 170 13 36 304 23 290 2.18e-12 68.2
MS.gene021976.t1 MTR_7g014200 30.000 170 102 5 323 479 299 464 5.93e-12 68.2
MS.gene021976.t1 MTR_8g076760 26.298 289 177 12 35 304 28 299 7.24e-12 66.6
MS.gene021976.t1 MTR_7g084400 28.431 204 125 7 108 306 194 381 8.99e-12 67.4
MS.gene021976.t1 MTR_6g092210 28.571 168 102 3 165 324 6 163 9.20e-12 65.9
MS.gene021976.t1 MTR_6g015320 29.252 147 91 1 346 479 304 450 1.17e-11 67.0
MS.gene021976.t1 MTR_7g109135 28.025 157 97 3 55 205 153 299 1.71e-11 65.5
MS.gene021976.t1 MTR_4g005330 27.326 172 107 4 32 198 188 346 2.17e-11 65.9
MS.gene021976.t1 MTR_1g090330 22.867 293 172 10 36 304 29 291 2.20e-11 65.1
MS.gene021976.t1 MTR_6g034145 28.161 174 101 3 165 324 6 169 2.44e-11 64.7
MS.gene021976.t1 MTR_4g005330 27.326 172 107 4 32 198 122 280 2.73e-11 64.7
MS.gene021976.t1 MTR_3g104600 29.798 198 107 7 25 198 133 322 3.74e-11 65.1
MS.gene021976.t1 MTR_3g104600 27.854 219 116 6 123 319 36 234 7.63e-11 63.9
MS.gene021976.t1 MTR_3g462140 23.810 294 166 10 37 304 31 292 3.79e-11 64.3
MS.gene021976.t1 MTR_2g089745 42.857 77 42 1 410 486 6 80 5.43e-11 59.3
MS.gene021976.t1 MTR_4g057850 24.731 279 182 10 25 292 24 285 7.88e-11 63.5
MS.gene021976.t1 MTR_7g014620 31.325 166 99 3 323 476 263 425 9.95e-11 63.9
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene021976.t1 AT5G15640 79.016 305 62 2 4 306 11 315 1.58e-173 491
MS.gene021976.t1 AT5G15640 77.592 299 64 3 10 306 11 308 1.42e-164 468
MS.gene021976.t1 AT1G72820 45.312 320 149 5 9 306 19 334 1.15e-86 270
MS.gene021976.t1 AT1G72820 45.312 320 149 5 9 306 19 334 1.15e-86 270
MS.gene021976.t1 AT5G26200 44.514 319 154 6 9 311 27 338 3.00e-82 258
MS.gene021976.t1 AT1G07030 28.846 312 181 9 7 304 26 310 6.04e-27 111
MS.gene021976.t1 AT2G30160 31.449 283 162 10 33 304 54 315 3.63e-26 109
MS.gene021976.t1 AT2G30160 25.926 189 133 4 25 208 138 324 6.41e-11 64.3
MS.gene021976.t1 AT1G34065 31.716 268 145 10 31 297 85 315 4.97e-24 103
MS.gene021976.t1 AT1G34065 31.716 268 145 10 31 297 92 322 5.52e-24 103
MS.gene021976.t1 AT4G39460 32.258 279 143 11 25 297 60 298 1.00e-21 96.3
MS.gene021976.t1 AT4G39460 32.258 279 143 11 25 297 60 298 1.00e-21 96.3
MS.gene021976.t1 AT4G39460 32.258 279 143 11 25 297 60 298 1.00e-21 96.3
MS.gene021976.t1 AT5G42130 28.472 288 168 10 12 288 111 371 2.49e-21 96.7
MS.gene021976.t1 AT4G11440 26.573 286 186 10 25 305 332 598 3.23e-20 94.4
MS.gene021976.t1 AT4G11440 26.573 286 186 10 25 305 332 598 3.23e-20 94.4
MS.gene021976.t1 AT2G37890 30.412 194 111 7 119 306 153 328 1.65e-17 84.0
MS.gene021976.t1 AT2G37890 28.061 196 119 7 25 210 154 337 6.27e-12 67.4
MS.gene021976.t1 AT2G35800 24.735 283 183 7 23 304 546 799 6.99e-17 84.3
MS.gene021976.t1 AT1G03940 29.091 165 101 3 330 480 299 461 1.36e-16 82.4
MS.gene021976.t1 AT4G32400 25.402 311 188 9 25 332 120 389 6.82e-16 79.7
MS.gene021976.t1 AT5G46800 28.082 292 166 11 36 304 23 293 8.29e-16 78.6
MS.gene021976.t1 AT5G46800 30.348 201 113 9 15 198 102 292 5.26e-11 63.9
MS.gene021976.t1 AT5G46800 28.082 292 166 11 36 304 23 293 8.29e-16 78.6
MS.gene021976.t1 AT5G46800 30.348 201 113 9 15 198 102 292 5.26e-11 63.9
MS.gene021976.t1 AT5G46800 28.082 292 166 11 36 304 23 293 8.29e-16 78.6
MS.gene021976.t1 AT5G46800 30.348 201 113 9 15 198 102 292 5.26e-11 63.9
MS.gene021976.t1 AT3G54110 26.259 278 186 6 33 304 27 291 2.04e-15 77.4
MS.gene021976.t1 AT3G55640 31.606 193 110 6 119 306 146 321 3.81e-15 77.0
MS.gene021976.t1 AT3G55640 31.056 161 99 6 25 180 147 300 1.20e-11 66.2
MS.gene021976.t1 AT3G55640 31.606 193 110 6 119 306 146 321 3.81e-15 77.0
MS.gene021976.t1 AT3G55640 31.056 161 99 6 25 180 147 300 1.20e-11 66.2
MS.gene021976.t1 AT2G26360 23.549 293 187 7 21 306 110 372 8.76e-15 76.6
MS.gene021976.t1 AT1G14140 25.177 282 180 9 36 304 31 294 9.40e-15 75.5
MS.gene021976.t1 AT1G79900 26.667 255 157 11 36 286 31 259 1.21e-14 75.1
MS.gene021976.t1 AT5G01340 26.855 283 172 10 25 292 19 281 2.00e-14 74.3
MS.gene021976.t1 AT2G33820 28.079 203 120 5 123 313 19 207 2.48e-14 73.6
MS.gene021976.t1 AT4G01100 25.385 260 172 4 62 304 34 288 2.64e-14 73.9
MS.gene021976.t1 AT4G01100 27.778 162 105 4 131 287 1 155 4.07e-11 64.3
MS.gene021976.t1 AT5G61810 25.795 283 168 9 34 306 221 471 3.63e-14 75.1
MS.gene021976.t1 AT5G61810 28.571 203 120 7 108 306 195 376 9.81e-12 67.4
MS.gene021976.t1 AT4G01100 25.385 260 172 4 62 304 84 338 3.97e-14 73.9
MS.gene021976.t1 AT4G01100 27.717 184 117 5 109 287 33 205 5.42e-12 67.8
MS.gene021976.t1 AT5G61810 26.224 286 163 10 34 306 78 328 5.02e-14 73.6
MS.gene021976.t1 AT5G61810 28.571 203 120 7 108 306 52 233 9.74e-12 66.6
MS.gene021976.t1 AT2G33820 28.141 199 117 5 123 309 19 203 8.31e-14 72.8
MS.gene021976.t1 AT3G53940 29.534 193 114 6 119 306 181 356 9.09e-14 73.2
MS.gene021976.t1 AT4G26180 25.630 238 140 5 66 285 66 284 1.11e-13 72.0
MS.gene021976.t1 AT4G26180 25.339 221 132 6 123 328 22 224 7.53e-12 66.6
MS.gene021976.t1 AT4G26180 25.630 238 140 5 66 285 66 284 1.28e-13 72.4
MS.gene021976.t1 AT4G26180 25.339 221 132 6 123 328 22 224 8.49e-12 67.0
MS.gene021976.t1 AT5G07320 23.488 281 183 8 34 309 222 475 1.03e-12 70.5
MS.gene021976.t1 AT5G39050 28.947 152 98 3 344 485 318 469 1.31e-12 70.1
MS.gene021976.t1 AT3G20240 28.652 178 117 5 22 198 164 332 1.46e-12 69.3
MS.gene021976.t1 AT3G20240 26.335 281 165 10 25 286 58 315 4.92e-12 67.8
MS.gene021976.t1 AT4G01100 25.182 274 169 7 62 304 84 352 2.81e-12 68.6
MS.gene021976.t1 AT1G74240 24.919 309 180 11 14 288 24 314 4.21e-12 68.2
MS.gene021976.t1 AT3G29670 29.710 138 86 4 346 472 301 438 4.31e-12 68.6
MS.gene021976.t1 AT2G47490 26.630 184 112 5 33 205 129 300 6.44e-12 67.0
MS.gene021976.t1 AT2G47490 23.390 295 197 9 37 320 33 309 7.84e-11 63.5
MS.gene021976.t1 AT4G03115 25.258 194 107 5 122 304 39 205 9.73e-12 65.1
MS.gene021976.t1 AT1G74240 25.088 283 165 10 35 288 2 266 1.01e-11 66.6
MS.gene021976.t1 AT1G25380 24.468 282 185 9 37 306 37 302 1.46e-11 66.2
MS.gene021976.t1 AT1G25380 24.468 282 185 9 37 306 37 302 1.46e-11 66.2
MS.gene021976.t1 AT4G03115 25.258 194 107 5 122 304 39 205 1.51e-11 64.7
MS.gene021976.t1 AT4G03115 25.258 194 107 5 122 304 71 237 2.06e-11 65.9
MS.gene021976.t1 AT2G33820 27.053 207 117 6 123 309 19 211 2.07e-11 65.5
MS.gene021976.t1 AT4G03115 25.258 194 107 5 122 304 39 205 2.84e-11 65.1
MS.gene021976.t1 AT3G29680 30.070 143 89 3 344 475 297 439 3.67e-11 65.5
MS.gene021976.t1 AT5G61160 28.082 146 88 5 344 475 300 442 5.29e-11 65.1
MS.gene021976.t1 AT5G56450 26.768 198 115 6 21 205 145 325 5.71e-11 64.3
MS.gene021976.t1 AT1G14560 26.570 207 119 4 133 323 38 227 8.56e-11 63.5

Find 106 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
TCAATTCCTTCCACATATTT+TGG 0.114981 7.1:+80480078 MS.gene021976:CDS
TTGGACAAACCGAGATTAAT+TGG 0.150587 7.1:+80465647 MS.gene021976:CDS
TTGAATATGATTCGTGTTAT+AGG 0.201299 7.1:+80480243 MS.gene021976:CDS
TTTGAAGACATTCATTGTTT+TGG 0.232254 7.1:+80480021 MS.gene021976:CDS
AATCAAATGGCCCAATCTTT+TGG 0.239722 7.1:+80465628 None:intergenic
TGTGAAGCAGCAAATGTTAT+TGG 0.265843 7.1:+80480165 MS.gene021976:CDS
ATCCTTGCACCATCAACTTT+TGG 0.297922 7.1:-80467931 None:intergenic
AGGAAGTTATTGGGAGAAAA+TGG 0.302018 7.1:+80480138 MS.gene021976:CDS
TACTATCAAGACACGGTTAC+AGG 0.314188 7.1:+80469268 MS.gene021976:CDS
TTTAAAATGTTGCAACCATT+TGG 0.318670 7.1:+80467125 MS.gene021976:CDS
TGGCATCCCTGGTTTGTATA+GGG 0.327783 7.1:+80467022 MS.gene021976:CDS
ACTACCAAAGAGGAAGTTAT+TGG 0.342580 7.1:+80480128 MS.gene021976:CDS
TTTAAGGTCTGATGGCATTC+GGG 0.346786 7.1:+80468003 MS.gene021976:CDS
TCTCGGTTTGTCCAAAAGAT+TGG 0.349521 7.1:-80465639 None:intergenic
ATGGCATCCCTGGTTTGTAT+AGG 0.351928 7.1:+80467021 MS.gene021976:CDS
GTTCAAGCCAACGCTTCATT+TGG 0.354303 7.1:+80468098 MS.gene021976:CDS
TCTCCCAATAACTTCCTCTT+TGG 0.357035 7.1:-80480132 None:intergenic
GTTGGAGCTGGACTCTTTAC+CGG 0.357631 7.1:+80466885 MS.gene021976:CDS
CGGGGATTGTATCGAGGGTT+TGG 0.369203 7.1:+80468022 MS.gene021976:CDS
GCATTAGCAAATGGAGTTGC+AGG 0.372561 7.1:+80467170 MS.gene021976:CDS
CTTTAGCACATCATCCTACT+TGG 0.374122 7.1:+80474188 MS.gene021976:intron
GGGTTTGGTACGGTTATCTT+TGG 0.378034 7.1:+80467044 MS.gene021976:CDS
AACCGAGAGGAATATGATTC+TGG 0.387895 7.1:-80467078 None:intergenic
GCCGAAGATTATGTTAGTTC+AGG 0.400448 7.1:+80469190 MS.gene021976:CDS
TTGATAACATCGGTCAAAAC+AGG 0.404793 7.1:-80480312 None:intergenic
CTTCATCATATTTGCCACCT+TGG 0.412479 7.1:-80469154 None:intergenic
TCAGGTTAGCCAAAAGTTGA+TGG 0.423679 7.1:+80467922 MS.gene021976:intron
CGGTTTCAGTTGTGAAAACT+AGG 0.425464 7.1:+80466928 MS.gene021976:CDS
CTCGGTTTGTCCAAAAGATT+GGG 0.429920 7.1:-80465638 None:intergenic
TATGAAACTGACTTTGGATT+GGG 0.432160 7.1:+80480285 MS.gene021976:CDS
AAAGGTCTATATAGAGGGTT+TGG 0.434982 7.1:+80470900 MS.gene021976:CDS
GCCCACCACACTGCGCTAGA+AGG 0.441035 7.1:-80468067 None:intergenic
ACTTAGAGACATTGTAATGT+AGG 0.442562 7.1:+80480455 MS.gene021976:CDS
TGTTTGCATTGACAGACTCT+TGG 0.443008 7.1:+80469130 MS.gene021976:intron
TGGACAAACCGAGATTAATT+GGG 0.443853 7.1:+80465648 MS.gene021976:CDS
TCAGGACATGCCCAATATAG+TGG 0.455225 7.1:+80467956 MS.gene021976:CDS
CACCTTCTAGCGCAGTGTGG+TGG 0.464939 7.1:+80468065 MS.gene021976:CDS
AAGTTCTATGTCGTTGGAGC+TGG 0.466146 7.1:+80466873 MS.gene021976:CDS
ACCTTCTAGCGCAGTGTGGT+GGG 0.467978 7.1:+80468066 MS.gene021976:CDS
GCTGCGGGAGGAATTATTGC+TGG 0.469707 7.1:+80469212 MS.gene021976:CDS
GCATCCCTGGTTTGTATAGG+GGG 0.471756 7.1:+80467024 MS.gene021976:CDS
GTTTCATACACATCAAACTT+TGG 0.471900 7.1:-80480270 None:intergenic
TGGACTCTTTACCGGTGTTA+CGG 0.472621 7.1:+80466893 MS.gene021976:CDS
ATCCAATGGTGTCGTAATGC+AGG 0.478173 7.1:-80469246 None:intergenic
AAAGATTTAATCAAAGAAGA+TGG 0.480207 7.1:+80470873 MS.gene021976:CDS
CTACCAAAGAGGAAGTTATT+GGG 0.483522 7.1:+80480129 MS.gene021976:CDS
ACTGGTCCGGAGTGAAAGCT+TGG 0.483887 7.1:-80474220 None:intergenic
AGTTGTGAAAACTAGGCTGC+AGG 0.487980 7.1:+80466935 MS.gene021976:CDS
CAAGCCAACGCTTCATTTGG+AGG 0.488009 7.1:+80468101 MS.gene021976:CDS
GTAGTTTCAGATAGTCCAAA+TGG 0.488878 7.1:-80467140 None:intergenic
GGTTGGAAAGGTCTATATAG+AGG 0.491401 7.1:+80470894 MS.gene021976:CDS
ATTTAATCAAAGAAGATGGT+TGG 0.493767 7.1:+80470877 MS.gene021976:CDS
GCCTGAACTAACATAATCTT+CGG 0.495928 7.1:-80469191 None:intergenic
CTGAAAACAGATGGCATCCC+TGG 0.496287 7.1:+80467011 MS.gene021976:CDS
GATGTGTATGAAACTGACTT+TGG 0.501705 7.1:+80480279 MS.gene021976:CDS
AGGCTGCAGGTTGCAACAAA+GGG 0.510518 7.1:+80466948 MS.gene021976:CDS
ACACAAGCTGCATTAGCAAA+TGG 0.511749 7.1:+80467161 MS.gene021976:CDS
AAAACTAAGTTCTATGTCGT+TGG 0.512169 7.1:+80466867 MS.gene021976:CDS
AATGCCTATTCAGTTGCAAA+AGG 0.512467 7.1:+80466984 MS.gene021976:CDS
ATACTTGTCCCAATTAATCT+CGG 0.517923 7.1:-80465656 None:intergenic
CAAACAATTTCCAAAATATG+TGG 0.518748 7.1:-80480088 None:intergenic
GGCATCCCTGGTTTGTATAG+GGG 0.523517 7.1:+80467023 MS.gene021976:CDS
CTTAGAATCAGAAAGACAAA+AGG 0.523580 7.1:-80480352 None:intergenic
GTATGAAACTGACTTTGGAT+TGG 0.535450 7.1:+80480284 MS.gene021976:CDS
AACATAATCTTCGGCACACT+AGG 0.539834 7.1:-80469182 None:intergenic
GGCATTCGGGGATTGTATCG+AGG 0.544355 7.1:+80468016 MS.gene021976:CDS
TCTTCAAAATCATCGTCTGA+TGG 0.545229 7.1:-80480006 None:intergenic
GCATTCGGGGATTGTATCGA+GGG 0.546110 7.1:+80468017 MS.gene021976:CDS
ATCAAAGAAGATGGTTGGAA+AGG 0.546150 7.1:+80470882 MS.gene021976:CDS
TTGATGGTGCAAGGATACTC+AGG 0.550567 7.1:+80467938 MS.gene021976:CDS
CAGGACATGCCCAATATAGT+GGG 0.550895 7.1:+80467957 MS.gene021976:CDS
AATCTTCGGCACACTAGGAC+TGG 0.552948 7.1:-80469177 None:intergenic
TAGGCTGCAGGTTGCAACAA+AGG 0.553595 7.1:+80466947 MS.gene021976:CDS
CTTACCTCCAAATGAAGCGT+TGG 0.558108 7.1:-80468105 None:intergenic
CTGGTCCGGAGTGAAAGCTT+GGG 0.562269 7.1:-80474219 None:intergenic
TTCATCATTATTGATAACAT+CGG 0.563054 7.1:-80480322 None:intergenic
GACCAGAATCATATTCCTCT+CGG 0.564400 7.1:+80467076 MS.gene021976:CDS
GATTCTAAGGATGAATATTG+TGG 0.567340 7.1:+80480366 MS.gene021976:CDS
GATTATGTTAGTTCAGGCTG+CGG 0.569664 7.1:+80469196 MS.gene021976:CDS
GTTGGAAAGGTCTATATAGA+GGG 0.571819 7.1:+80470895 MS.gene021976:CDS
CTTGGGACATATCGCCAAGT+AGG 0.575940 7.1:-80474202 None:intergenic
TTGTGGTATTGAAGTTGCTA+TGG 0.576201 7.1:+80480383 MS.gene021976:CDS
AGCCAAAAGTTGATGGTGCA+AGG 0.578791 7.1:+80467929 MS.gene021976:CDS
ATTATGTTAGTTCAGGCTGC+GGG 0.579646 7.1:+80469197 MS.gene021976:CDS
GCAGTGTGGTGGGCTAGTTA+TGG 0.583625 7.1:+80468076 MS.gene021976:CDS
CAATTTCCAAAATATGTGGA+AGG 0.598070 7.1:-80480084 None:intergenic
ATTGACAGACTCTTGGACCA+AGG 0.615172 7.1:+80469137 MS.gene021976:intron
ATGTTAGTTCAGGCTGCGGG+AGG 0.619868 7.1:+80469200 MS.gene021976:CDS
CGTGTCTTGATAGTATCCAA+TGG 0.624576 7.1:-80469260 None:intergenic
GTCTTGCAACACTACCAAAG+AGG 0.626377 7.1:+80480118 MS.gene021976:CDS
TGTTACGGTAGCACTTTACC+CGG 0.628270 7.1:+80466908 MS.gene021976:CDS
GTCCTGCATTACGACACCAT+TGG 0.634817 7.1:+80469244 MS.gene021976:CDS
AAAGGACTACTGAAAACAGA+TGG 0.636049 7.1:+80467002 MS.gene021976:CDS
TTAAGGTCTGATGGCATTCG+GGG 0.638108 7.1:+80468004 MS.gene021976:CDS
AGGACATGCCCAATATAGTG+GGG 0.658055 7.1:+80467958 MS.gene021976:CDS
ATGAAACTGACTTTGGATTG+GGG 0.661666 7.1:+80480286 MS.gene021976:CDS
TGTCGTAATGCAGGACGCAG+TGG 0.669595 7.1:-80469237 None:intergenic
GAGAGGAATATGATTCTGGT+CGG 0.670989 7.1:-80467074 None:intergenic
TGTGTTTGTACCAATTGATG+TGG 0.675521 7.1:+80467220 MS.gene021976:CDS
TATGTCCCAAGCTTTCACTC+CGG 0.680734 7.1:+80474214 MS.gene021976:CDS
GGACATGCCCAATATAGTGG+GGG 0.682963 7.1:+80467959 MS.gene021976:CDS
CATTGGATACTATCAAGACA+CGG 0.687482 7.1:+80469261 MS.gene021976:CDS
ATTCACCTTCTAGCGCAGTG+TGG 0.697151 7.1:+80468062 MS.gene021976:CDS
GACAGACTCTTGGACCAAGG+TGG 0.715550 7.1:+80469140 MS.gene021976:intron
GTAAAGTGCTACCGTAACAC+CGG 0.722975 7.1:-80466904 None:intergenic
TTGTGGTCTCAAGAACCGAG+AGG 0.735441 7.1:-80467091 None:intergenic

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr7.1 gene 80465634 80480476 80465634 ID=MS.gene021976
chr7.1 mRNA 80465634 80480476 80465634 ID=MS.gene021976.t1;Parent=MS.gene021976
chr7.1 exon 80465634 80465674 80465634 ID=MS.gene021976.t1.exon1;Parent=MS.gene021976.t1
chr7.1 CDS 80465634 80465674 80465634 ID=cds.MS.gene021976.t1;Parent=MS.gene021976.t1
chr7.1 exon 80466860 80467241 80466860 ID=MS.gene021976.t1.exon2;Parent=MS.gene021976.t1
chr7.1 CDS 80466860 80467241 80466860 ID=cds.MS.gene021976.t1;Parent=MS.gene021976.t1
chr7.1 exon 80467926 80468122 80467926 ID=MS.gene021976.t1.exon3;Parent=MS.gene021976.t1
chr7.1 CDS 80467926 80468122 80467926 ID=cds.MS.gene021976.t1;Parent=MS.gene021976.t1
chr7.1 exon 80469145 80469289 80469145 ID=MS.gene021976.t1.exon4;Parent=MS.gene021976.t1
chr7.1 CDS 80469145 80469289 80469145 ID=cds.MS.gene021976.t1;Parent=MS.gene021976.t1
chr7.1 exon 80470831 80470984 80470831 ID=MS.gene021976.t1.exon5;Parent=MS.gene021976.t1
chr7.1 CDS 80470831 80470984 80470831 ID=cds.MS.gene021976.t1;Parent=MS.gene021976.t1
chr7.1 exon 80474194 80474255 80474194 ID=MS.gene021976.t1.exon6;Parent=MS.gene021976.t1
chr7.1 CDS 80474194 80474255 80474194 ID=cds.MS.gene021976.t1;Parent=MS.gene021976.t1
chr7.1 exon 80479991 80480476 80479991 ID=MS.gene021976.t1.exon7;Parent=MS.gene021976.t1
chr7.1 CDS 80479991 80480476 80479991 ID=cds.MS.gene021976.t1;Parent=MS.gene021976.t1
Gene Sequence

>MS.gene021976

ATGGCCCAATCTTTTGGACAAACCGAGATTAATTGGGACAAGTATTCTTCTCTTCCTTCATCCTTTTGTTTATTTATTTTTTCATTTTTTGTTGAAATTTTATTTAATTTCTGAATGGTACAATTGTTTGATAATCATTGTTCATGTTTGTGTATTTCAACATACTAATTATTTGGTGAAAAATTGATTTTTTTTATAGATAATTTTATTGGGTTTTGGAGATTTATATAAATTTATTGATTTCATAGGAAATATGATGGGAATTGTTGAAAAACATGGTGATTGTTTGATATATTGGATATTGGAGGTGATTGCAATTCCATTTGCTGCTTTAAGATTTAAATTATTGATTATATTTCCCTGTTAAGTAGTTATTTAGTAATGATTTTAAGATGCCCTTCTTGAATTTGTGTATGTTAATGTTCGTTCCATCTTTTATCTGCTGATGCTAGTTCTTTATGAAGATTTAGGCTTTCTTGCACTTGAATTGAATTTTTGTTAGTATATATATCTTAGGGATGAGGGGTAACCTTGGCGCAACCGGTAAAGTTGTTGTCAAGTGACTGAAAGGTCACAGGTTCAAGTTCTGGAAACAGCCTCTTGTGTAAAAAACAGGGTAAGGTTGCGTAAAATACACCAAAAATGGTGGGACCCCTTCCCGGACTCTGCGTAAGCTGGAGCTTTAGTGCACCGGATTGCCCTTTTATATATATCTTAGGAATATGGTGATTCTTTGAGCTCATGGTATTATATTATGTTAAGTGTTTTATGTGGGATATGATATGACAGGGAGATATCCCTCACCTTACACACCGGTTTTGTAGAGTTGAATTAGAGTTTATATACAGAGCTTTGCTCTGACTTCAATTGGGTCCCCCGCTAGTGGACGGTGGGATTGGTCCCTTGAACTAGTCGGCCTTCGGCCGGATACCGAGTTTCCAAAGAAAAGCTTCAACCCAAATTCTAAGATGGTATCAGAGTCTTTCCAAGATTTGGGCCACTCGGGTCATGCTCCAGATGTCTAGTTCTGGGCGGCGTGGTGTGTGTTAAGAGTCTCACACATTAGATCAAATATGACCTGACAGTGTGTTTGTATGTGATAGGCATCTCTCACCTTACAAGTCGGTTTGTATGTTGAGTTAGGGCCTAACCTAAATTTTAAGATGTTTTAACTAAATTTGCATCTACAAGCTCTGTATCCTTATTAAATTCATTCATTCCTGCAGGCTAGACAAAACTAAGTTCTATGTCGTTGGAGCTGGACTCTTTACCGGTGTTACGGTAGCACTTTACCCGGTTTCAGTTGTGAAAACTAGGCTGCAGGTTGCAACAAAGGGCGCTGCAGAGAGAAATGCCTATTCAGTTGCAAAAGGACTACTGAAAACAGATGGCATCCCTGGTTTGTATAGGGGGTTTGGTACGGTTATCTTTGGTGCAATACCGACCAGAATCATATTCCTCTCGGTTCTTGAGACCACAAAAGTGTCTGCCTTTAAAATGTTGCAACCATTTGGACTATCTGAAACTACACAAGCTGCATTAGCAAATGGAGTTGCAGGCATGACATCGTCACTTTTTGCTCAATCTGTGTTTGTACCAATTGATGTGGTACGAAAATCTTATTTACGTAGATATGGATATGGGTTTACATTCAGAGTTTCTGCTCTGGATGTTAACCTAGTTCTTCAGTTAGCTTCACAATCTTTGATGTTTAATTTTCACTGTTGCCAGTATCGGAATTCAGAATTTATTTAAGGACCTCTTTGGATAAACCACTTATTTGCAGCTTATTGCAAAGGCCCTTTTACCATGATAAGCGGTTATGTATAAGCTTACATAAGCTATTTCTATAGTAAAAGATAAAATAAAATAAAATTATTTTTGTATATGCTATAAGCTCTTTTTATGAGCTATATTTGAGAACTTATGAAAAAGAAATGAAAAAAGTTTTTGAAAATTGTCATAAGTTGTTTTCATAAGTTCTCACAAACAGTCTCACAAGACTTATATCATGAGATAAACTCAAATAAGTCAATCCAAACAGGCCCTTATAAGTCTTTTTGATGAGGTTCAACTGATGCTTCATATGAAGGGTGCCAATTGACAGATATGTTAGATACATAGGGATTTTCTTTTTTTAATTTTTGTTTTGCCTATTTTCCCTGCGAGGAAGTTCCTTATCATGTTAATTCATTTTCATTTATTTTCTTGTAGATCAAATTTTAGTTTTTTCACCACAATATGGATTTTTCTAAACTTCTAATATCTAATTCTTCATTGGATGATATTCAGGTTAGCCAAAAGTTGATGGTGCAAGGATACTCAGGACATGCCCAATATAGTGGGGGCATTGATGTTGCTCGTAAGATTTTAAGGTCTGATGGCATTCGGGGATTGTATCGAGGGTTTGGTCTTTCTGTTGTCACTTATTCACCTTCTAGCGCAGTGTGGTGGGCTAGTTATGGTTCAAGCCAACGCTTCATTTGGAGGTAAGACATGACAGTGCTTGTATTTTATGTCTTTATACGTAGTTGTTGTTGACATGTTGCATTACCTTTTCATTTCTTTTTTACTGTATTAATATTCAAATGATAGTCTCGCAACTAATATTTCTCTCTCCCCCACCAAAAGAGTTTGGAGTGTTGAACCACTTTAATGTAACATCCCATGATCGAGGCACTAACTTGGTGTCAACTTTCTTGAAATATGAGATATTCTGGTCAGAGATTTATTAAATTGAACCTTAAAATTTTTCCTTGACCGGAACGTTCGGTTGCTAGTCCTGATTAGTATTAATGTGTCAATAATCTTCACACGGTATCAATCAAACCCGTTTTTACTAAATTACACGGTATCTTCTATGCGACGGTTACAAAGGTCAATTATGTTTTACACAAATTTCTAACAGCTTATAGGTCTTCCATATAACTTAGAGTTATGGGCTATGAAGCACAAGCTTTGACAGAGACACCCAACACGACACAGATACGTGACACGGATAATGTAAAAAATATATGATTCTAATTTTATTTTGGGACACTTGTCTGAGTTGTCGGACACTTATCATATCATATGGATGTCAGACACGGAGGCAGTCGTAATCGCAGAGGTGTCTGAGCTTCATAGGTTATGGAGCATTGCCACAGTGAATTGCTTAAATCTGATAAAGGTTCTTAATGTTAGATTGGTCAGATTAGTGTACTAGGTTCCCCCTATTAATGACTGAATTACACAGTGAAATATTTGATGCTGTAACCGCATCTGAATGCATGCAGTGGAATGTGTTAAGTCAAGAAAACTATAATTTCTTCTTGGCTGAGAGAGCTTAGAAAAGGATAACTATAAGTTGATTTTGCATTAAACTTGAAATGTTTTTCTTTTAAACAAATTTTAATATTGTGGTAGCTTTTACAAATAATAGTGTAATGAATTATTTTACATATGTGCTTGTCATTATTTTTATGGAAACTTTATAATATTCAAGACAATTATCTACTGTTTGCATTGACAGACTCTTGGACCAAGGTGGCAAATATGATGAAGCCAGTCCTAGTGTGCCGAAGATTATGTTAGTTCAGGCTGCGGGAGGAATTATTGCTGGTGCCACTGCGTCCTGCATTACGACACCATTGGATACTATCAAGACACGGTTACAGGTTTGCACAACCTAGTTTCTTGCTAGTTCATTTCATTATCCTCGGTGATCGTTATTGTGTGCTATTTGATGTATTTGGTTGTTATAACCTTCTTATGGAGTTTTGGAAGTGGCATTAAGGTGTTTGGCCGTCTTTCATGCAACATCATGTTAACAATTACCTTTGCCTTCTAAGGGAATAAGAAAGTTTGATTCATACTAAGCTGCTTCTATTTTCTTTCTCTTCTTGAAAAATTGTTCTTAAAAAGGAAGTTTGCTCTTAAAGTATTAGAGCAAACCATTGAAGTGTTTTCACCTTAAAGCTTACGCTTTTGGGATAGTTGATTCATGACATAGTATCAAAAGTTTGATCCTTGCCTCCCCCATTTATCTATGTAAAATTATAGTCAAATTTCTGCTCAAGTTAATCAGGGAATCCTGCACTGTCCACGCTCAAAGGCGATAGGGCTCTTGCATGAGGTGGCATGTTTGAAGTATGATATAATACCATTTGATAGGACATTGGTATTGGTCCTTGATGAATAGAGAAGTTAGAGGAAGAGTGCTGATGTGTCAGTTTGTTAGAATGTGTGAGGGTTTATAGGCAGAAGGAGGGAAGAGTGAATTCATTCAGAAATATTGTTAGAGAGTTGGTTAGGAAAGGTTTCTCTCTGGTTAGGAGCGTTGCTCAAAGAATAGGAGGCTCTCTGTTTATTTCCCATTGTAGAGCCTTTGAGCTCCATTTTCAGTAAAAAATAAGCACATATTTTCCTCTTGGTATTTCTTGGTTCCATCACCGTTCACGTCTTCACCTAATAGCTTTCTTAAAATTTGGGTTGAGCCTCATCCATACAAAACTAGCTTGTCTATTTTTCCTTTATCTTGTGTTCGAGATATATTCCAGTCCTCCATCTTTGGGCTTTTTTATATTTCAAAACTCTTGGCAACTAGCTATGTTCTTAGCTTGCAGACCTGGTAGGTCCATAATCTCTGGTAAAATTATATGAAATCATTCCATCACCTGAATCAAACTTCTTTATTCTCCTTTTGCTTTAGGTGTCAGGTTTGTGTGTACGAAGATAAATTCTGATTCTTTCTTTGTTATGCCTAGAGTTGTTAAATGGTGGCTATAGCATAGCAGAATTTGAACATAGCACGATTGTCCCACGATATGCCATTTAGTACAAAATGTTGTCAAATAATAACTATAGCATTGTTGTATAGAGGAATTTGAACAAGTTGCTATTTTCCGTGATTGACAACACTGGATTTGTTTCTGTTCATGTTCTTACAATCATTTTAAGTGTAGAACTTAGTTTGTAAAGATGAAGAGATAATGATAAATTTTGCTTCGACATACATACATAATTGGTCCATTGGACAATGGTGATGTTAGATTGTAATATCATTGTCCAAACGAATACTTAAAGTGTAAGAAAAGACTGAAAATAACATTTCATGAGCATTGTGTGGTTATGTTTTACTTAATTATTGATATTTTGTATCCAGATTACTGCTTTTTTTTTTTTTTTTTTCTTCTGACTGGATAGTTTTGTATTCTAGGTAATGGGAAATGATAACAGAAGCTCTATAAAACAAGTTGCTAAAGATTTAATCAAAGAAGATGGTTGGAAAGGTCTATATAGAGGGTTTGGTCCAAGATTTTTCAGCATGTCAGCATGGGGAACTTCAATGATATTGACTTATGAGTATCTGAGTAAGATCTCTTCCTTTTGTGGTTTATATTCTTTCTTTTTCTGTATTTGCACCGGTGTTTTTTGTCTGCTTTTGACATTTATTAGAGGAACAACTGGGGTAAAATTAAACCAAAGCCTTATAGGTTCATAGTTGTTTATGCATGAGCTTATTGATGGTTTGTTTGGATTAAATTATTTGAGCTTATCTACTGGCGTACATACTTGTGAGACTGTTTAGGAGAGCTTATATAAACCACTTATGATATGTCCATAGTTGTTTTCAGTTTATTTCCATATGCTCTTTAAGATGACTTATGAAAACAGCTTATACCTAATATGAAAACAGTTTGATGTTTATTTTATCTTTTGTGGTAGAGATATTCTTATATATAAGAACTTGTATAATGCTAATTAAGCTATTTATCCAAACAATGCCTCGTAGACACATTCTGTTTCAAATTCTTTTGTAATGTGATCCAATTCCGTATAAAATACATGTCTCATTGGTGTTTGTGTCCTGAGGAGAGAAAATAAATGATTAAAAAAAATCAAAACCGTATACAGTGTCTGTGTTTGAAAAATGTTTATCTTACTTTCATTAGGGAAATTTCAAATTTGCATTCACCTATGCCGAGGTATGCACAAATGTGACTCACACCCATTCTATTTTGAAACAAATATTTGACGCCCTTGTTTGTTCGAAAATTTGGTCTCAGCTTCGCTTAGTTATGTTTAAACGACACACACAAACCCTGTCACTTGTAAAATAGAGGTGGGAGGTGAGTGTCTTTTACAAAAGACTTAATTGCAATTTTGGTCCCCCTATTTTCACCATTTTGCGGATTTGGTCCTCCTATTTTTTATTTTGACACTTTTGGCCCCCTTTATCATATTTTTGAACTAAAAGTTGGTGATGCAATGTGATGTGATGTGTTTTAAATGACATGGTATATGATAAGATGATGGGAAAAAAGAACATCGATGAAATTGCAAGAAAATTCCCTTAAAAACTTCATTTAAAACATGTTGCATTACCATATTTTTGACCAAATATTTGATGGAGGGACCAAAATGTAATGACTCAATTTAAGAATGATGAAAAGGGTGGTTTAATTCAATACTGATAGCAAGATAATTCCACTCCTTACAACAATAAAGAGGAAAGTGAGATAAAGTTGCATCAGAAAATTAAAAAATAGAATCTTCTCATAAGAGAAGTACCCAACACTGGGTCCAGAGGGAGAAGGGAAATTAGGCACTTAATTGATTCACATCTTTTACAATCATTTCTTACTAGACTTATAGTCCCTCAATCTAGTGCCAGGGAATTTGTTTCTGTTGCTACCCCTTACGCCCACACAGTCCGGATCTACAACTGTTGTGATTCCTTCCTTTGCTAAGTCAGCTTGGTGTGGGGACCCTTTCACTCATTTGAGGCCTTGCACAAAACTGTCAAGTTTTAAAATAGAGGGACCAATTCCGCAAAATATTGAACATAGGGGGACCAAAACTGCAATTAAAAAATTAAATGACGTATATCTATCACTGACACGTATTAAGGGAGCTGAAAGCAATTTCTCCTTTTATATGATACTACAATTTCCTTTTTTTCGCTGGGTTTTCCTAACTTGCTTTCTCATGAATTTGGATTCTGTGTAGTTGCAGGTTTCTTCATTCACGCAGCTAGCCATATTGGTGGCCATTGGATTGAGATCATACGGCATAGATTTCAAGCAGATTTTTATTTTTTTTTATTTTTTAAAAAATACAAAAAATCCAAATTTGAAATTTACTCCGTCCGATCTTGATCCAACTGCTACCGATGTAGTTGACAGCATGAATGCATGCGATTTGTGTTTTTGCCTCATCATTTTGTATTCTTCATAATTATCTGTTATAATGTGTTCGTATGCTCCAAATGATTGTTAATGCTAAGAGTGTCAACATAGTTGAGATGTCTTGCTCTATTGTTTTGCTTAAAATAAAAAGCTTAATAATGATAAATATGCAAACTTTAGATGATAGTGCATCATGGTACCTTTTTTCTGTGTCCATATGTTTCGTATCCTAAAAGCATCTTATTTCTTTTGCTCAGAACGCTTATGCACGAAAGATGAATAGATGCAATTGGTCTGCAAGTTTTCCAGCTTTGTCTTCCATCAATTGATTATGCCAAGATTATGGTGGTAATTTTGTTGTAGCATTACACAATAACTTTAACCCTACACCTTCAACACTGAAGTTGCTTTTCGACATTTTTACAGTCTTGACTCAAGGGTTAATATTTAAGCAGCAAAGCTGTATACTAACAGATTATTCTCAATAATTGCTGGATACACTAGGAAATTAATAGTTCCATTCTTTATAATTAAATTAAATTTTTTGTAATATTTTATAGCTTTTCTGTGGATTATGTATCATGAAAGGGAAAGAATATATTTGAAACTCAGAAATATTGTTTGTTACATACAAATTACAATCTGGAGAAGTTTTGTTTTTTAAGGAAATCTGGAGAAGTTATATTGTAGACGTTATTGTTTATATACTGTAGTCTAATAAAATAATTTACCACCAATGAATCGATCCAAGTGGTAAGAGATTTAAACCCCTTAAACAAGTGGTTATGAGTTTTTGATGCCTACTCTTTGTATGAAGAAAATTCAGTTTGGAATAAATAACCGACATTGTATGCTCAAATTAGTTATTGTTAAATGACGGTGGAAACTTAATACATGATAAAAAATATATTTATCATGTGAAGACGAAGCCCTAATAGGATCAACAATACATGTGCAGTTATTTTTTGGAGAATCATACAACTCAATGCTCAAAGCATGGTGAACTTGTTCTACCAAAAGAAGAAAAGCATGGTGAATTTCTTCTACCAAAAAAAGAAAAACGTTGGCGATCTCTCATTAATATTACCACCGACAACCAAATACCAACATCTTTCATTAAAATAAGGGACCCATATATGGTTGAAGCATCATAAGTGACAAGAGAAATGATATTTCTACAATTATTTTGTAATAATTTTTGAACAATTTTTTCTCTCATACTTACATTACATCATGTTCTTACTCTTTCTATCTTCATTATTCTATTCTTACTCTTTCTATCTTCATTATTCTATCTCTTGCTTTTTACCAATAAAAGGCTTCTGACCAATAAAAAATCAGTGGAACAACTTTCTATCATAAGGGTAACCAATGTGTTCTTTATTCTTTAGCACATCATCCTACTTGGCGATATGTCCCAAGCTTTCACTCCGGACCAGTTTGTAAAAAACAAGTAGGTTTGCCTAACATTATGTTCATTTTTTGTTGGGGTTTTTTATGGCTTGGTCCCCCTTTTCTTTCTTTTGGTCAATCAATATATTTGGTGGCAGTAGCTAAAGCTGCTCCACTATATGGTTTTAAATAAAAATCGTGTTAAATCAAATATATACCAATTCCTTTTTTACATTATTTTTATATTAAATTAAGTTGATTAACCCAAAGAAATTATATACACAAGCGAAAAGATGGACACTCATTCGTCCATTTTTTCGCTTTTTTTATTGCGATAATACATGTAAATTATAAACAGTGTTTTATATGGAATTTTGATTTTGATTAAAACTATAAGTACAAATATTTTCAAATTGGAACAAACTTGATTAACCCAAAGAAATGATATACACAAGCGAAAAGATGGGCACTCACTCGTCCGTCTTTTCACTTTTTTTATTGCGATAATACGTGTAAATTATAAACAGTATTTTATATGAAATTTTGATTTTGATTAAAACTATAAGTACAAATACTTTCAAATTGGAAAAAAACCTAAAAAATCATGTTTTTTTTTTACAAAATATTTATCTTTTTCAATAACAACAGTAATTTAACAAATATAATATAAATCCTTATCTTTTTTAATACCACCAACAACATTAATACAAAAAAAAATTTGTTTTAGGGTATAATTGGAATAATAAAAAATTCAGCCCAAAATCTCTATCCCCTTGATATATAATATTGATAATATTGTTCCTATTGTAGTAGATATTTCCTATTTTAGTGTGATTTTTGTTTATTAAAATTTGATATAATATTATTAAAGGATAAAATAATAAATAAAATAGTTTAAATGATGGGTAAAATAGGTAATGAAAAAGCCAGCTCAAACTCATGTATTTTGAGCCTATTTTCTTTATATATAAGTAGCAAAAAGACGGGCACTCACATGTATGTATTTCCGCTCTTTTTATTGTGCTATTGCGTGTAGATTATCAACAATATTTTATAGAAATTTACGTGTAAATTACAAACGATATTTTATATAATTTTTTTATATAAATTAAAATTATAAGTGGAGATATTTGTGAAAAAATGTAACAAACTCAATAAATCACATTTATCTTTTTGGCCAAATACCACTTTTTGTCTTTTTAGTTTGACAGAATTCCCAAGTTAGTCCTTTAAGTTTGGAAAGTTTCAATTAGGTCCTTTTAGTTTGACAGAATTTCCAAGTTAGTCCTTTAAGTTTAAAAAGTTTCAAATAGGTCCTTTTAGTTGATAAATTATTTCCCGTCACCGTTTCAAAGGTCCTTTTAGTTTGAAACTTAAAAGAACTAACTTGGGAATTCTGTCAAACTAAAAGGACCCATTTGAAACATAAAGGACTAACTTGGGAATTATGTCAAACTAAAAGGACCTAATTGAAACTTTTGAAACTTAAAGGACTAACTTGATAATTCTATCAAACTAAAAGGACCAAAAGTGGTATTTGACCTATTTTTTTCAATGATAACAATGATATAACAAATATAACAAAATAATTTATTCTGTAAAAAAAAATTATCTTTTTTTAATAACAACAACAATATAACATTATTATAAGAAAATTTGTTTAAGGGTATAACTGAAATAACAATAAAGCCACCCCAAAATCTACAATAATATCTTAGTGCTTGTTTGGTTCAACTTCTTCTTAGTCCAGAAGCACTTCTACAACCTTAGAAGTGAAAAACGCAATTTCACACATGTTTGATTCAGGTTTTTAAAAACAATTCTCTTCTCCAAAAGATATTCTCCTTGAAGCTAGGAATCCTAGCTTTTGAGTTTGGTAGAATCAATTCTACATACAATTTTGGCTAAATTGCATTTTTGGTCCCTTAACTATTTAGGTAGTATCGCTTTGGTCCCTTAATTAAAATTCGATTTATTTTGGTCTCTTAACTTCTCTCTGTTACACATTTTGGTCATTTTCGTTAGTTTTAATTCAAAAACGTTAGTTTTTCTTCATCTTCTTCTCCACTTTTCATCTTCATATCTTCTCCATCAACCTTCAACAACAAGAATCCCGGAAAAATTTCAGAAGAAAATGAAGAAAATCTAACGTTTTTGAATTAATACTAACGGAAAGGACCAAAATGTTTAACAGAGAGAAGTTAAGGGATCAAAATAGATCGAATTTTAATTAAGGGACCAAAGCGATACTACCTAAATAGTTAAGGGACTAAAAATGCAATTTAGCCTTCAATTTTATACTTTAGTTATTAGAGCTCATTACTTTCCAACATTGCCCTTCACCAATTCTTCTTTCTTCTTTTGCCTTTTATCAATTATGTATTGGCCAACATGAATTTTGATGCATCTACAATTTTTGTTGGGCAACCGTGTTGAATAAAACGACTCGTATAGTCCAGTTGCATGAACACTAATATTCTTGTGATTTTCTTTCTGGCCATTATTTAATCAGTGATAGTGATTTAATGACCGTATTTATTATTTTTTAAATTAATATATAAAAAAATGAAATAATATATTTACATTTAGTATTGATCTATATATACATTCAACTAAGTTTATTTATTTGTATTTAGCTATGTCTGTTTTAGTAGTAATATATTCAAAAGCAATTTTGATCAAACTATTCAAATAACATTTAGTCTGTTTATTCAATTATGCATTATTGTATCCAAACATAGATCAATTCTCTCAAAATCAATTATATAAAAATCAATTATGTCAGTGCATGGTGTAACACCGCGTGAGTTAACTCATGCGGCGTGACTTAAGTCACACATGTGTAAAAAAACGTAATTTTAAGTCAAGTTAATTTTACACATGCGTTAACGCAGGGGTATTTTGGTCAATTTGACTGGGTGGGCGCGAAACTTGCAGGGAGAAGAGCAGAATTCTTGTTACATTGGATTATAGCTCATGCACCGTCAATTTTTTCCATCTACACATGTTTTAACATTTTTTCGATCTCAAAATAATTGTCATTTTAGAATATCAATGCAACATTGATTGTTTTCTCATTATTATACCATTATTTATTGAAAGTGCTTAAAGAGTGCCCTCGTTAACATTTTCCTTTTTTTTATAGTACTCCCTCCGGTTCTTATCATAAGAAAATTTTCAAAACAAACTTTGGTCCTATTTATAAGAAAATGACATCTTTTGAGGTGTAGTTATTGTTTAAAAGACTTTTTTTTATCCCTTATTTAATGTTTCTATTTTGAATATTAGTTTGTGTATTTAATGTGTCACAATTTTTTATGAGGGCATATTTGTAAAAATATTCAAAAAGTTATATTAATTAATGATTGCATTGGTTTTGTTGTTTTTTTTGGTTGTTTTTTATAATAAGGACCGGAGGGGGTGCTTCATTAACTATAATTCATTAGTAAATGATAATAATTTCATCGTTAAAATCAACACAATTAATCATTTTTTTAGAAATTATACACAGACCTTAAACGACTGTTATTTTGAGACGGATGAAGTATTTAAAATATAAAGTACATTTATAAATACTCATATTTTATTGGTTTTAGAAACTTTTTATTATTCAGAACATTAAAGAGGGAGGTAATGGACTAGAGAGGTACTTGTGAGCTTAGATCAATTGGTAGAGATAATGCATAATATAAGTATGGGGTTCAAACTTCAAACCCCGACACAAAAAAAAAAGGCTTAATACATCATTTCGTCCATTAACTTATTTTTGATTTTCATTTTGGTCCCCTAACTATAAAGTGTTTCAATTTGGTCCCATAAATCTTCTGTCGTTTACTATTTTGGTCATATCTGATAGTTTTTAACCTTAAATGTCTAAGGTGAACCAACTTTATAGGTGGTCCACCATAGACCTTATTAAATCTTTTATTTATAACGGTTTGATCTTTCTTTAATGGTGACCGTTGGATCACGAAAGGATATATTGTATCTTATAATAAACCACAAACACCTAATCCTCATCTTCTTCCATATGTCCTCCATCTTCTTCCCTATCGTTCTTCTTCATCCCCAAATAAAACTCATTCATCATCTTAAAAAAATCAGAAAATCGAAACTATAAAACTCATTCATAGAACAAAGGAATAAAGAAGATGAAGAGAGAAGATGAAGAAAACTGTAAAAAATCAAGTGTTGATGGTTCACTCTTAAATAGTATAGACCTGCAATCAAGTGGTTAAAATGATATCAAGAATAATATACATTAAAAAACTAACGAGGAGGACAAAAATAGTAAACGATAGAAGATCTATGAGACCAAATTGAGCACATTATAGTTAAGGGACCAAAGTGAAAACCAAAAATAAGTTAATGGACGAAATGATGTATTAAACCAAAAAAATAAGATAGAGAGAGGATACAATCAATTTACTACTATGCCCACTCCTTAACTCATCTATAAATTGAAACAAAGATTCATTTGCTACTATGCTATATAACATAATATCTTTTCTCCAAACAAATTGAAAAACGTTTGTTTCCATGGATGAAGAGGTGAAGGTCATACATCAATACCAAGTGAGTCCACCACAAGGTTCTCTTCCTTCTTCAATCACAATTCCATTAAGTCACCTTGACCTCCCTTGGTTTCACTGCCCCCATGTGAAAAGAATTTTCTACTACAACTTCCCTCATTCAACACAACACTTCCTTCAAACTTCACTACCAATTCTCAAAAACTCTCTTTCCCTCACTCTCCAACATTTCTTCCCTTTCTCCTCTAAAATCATCTTCCCTCCTAAGCCTCAAACCCCTCACATTCTCTACTCTCAAGGTGATTCCATCTCATTAACAATTTGTGAATCCAAATCAAATTTCAACCACCTCATATCCAATTCACCAAAAGATTTAACAATTGCATTTCCTTTTGTTCCCTTGATTCCTCCACCAAGTATTTTAGAAGATGGAACATTGTGTACACCAACAATGGCCATTCAAATCACTATTTTTCCAAACTCAGGATTTACTATTTGTATCACTTTTAGACACGAAATTGCTGATGGTAAATCATTTCATCATTTTATTAAATTTTGGTCTTCACTTTCAAAAGGAAACTTAGAATATTCTTCTCTTTCATTACCATTACACAAAAGGGAAATCATTCAAGATCCAAAAAACCTTAAACAAAGCATCTTAGAACAACTATGGAATTGTCCACCAAAATCATTAGAATCTACTACCTCCACCCATGACCATGCTACTTCTAAAAACAACATGGTTCGTTATAGATTTAATTTGACACGTCACCAAGCTGAAAATTTGAAGAAATGGGTTGTTACAAAATGTCAAAATATTGGTCTTGAAACATTTCATTTGTCAACCTTTGTTGTTGCATGTTCTTTCTTATGGGTTTGTATTGTAAAGTTAAAATCACTAGACGATTTCTCAGGCAAGGTGAACACTCCAATACTTTATACCTTTTTTTTGGTAGTGCACAAAATTCAATCAATTGATATCACATTTTTTTTTCTATAAATGTGAATATAATTTTAGTTTTTGCAAATATATAATTTTTTGTGTTTAGCTCTTGTAATTTTTTTTTATTCTTAATAATTAAAAATATATCACATATTTTACAAGAACTAAAAACCAAAAAAAATAAATTATTTGCAAGAAGCAAAAACATATTTTAACTTTTTTTTATATTTAATTATTTTTAAGTAAATTAATTTTGAATAAATTTTATCTTACTATATAGATATTGTATTTACACTTGTTTTTTTTTTCCTTTTCTCATAGGTAATAGAGAATTCTCCATCAGACGATGATTTTGAAGACATTCATTGTTTTGGATTTCTAATGGATTTGCGTAATCGTTTTGAACTTTCAATTCCTTCCACATATTTTGGAAATTGTTTGTCATATTGTCTTGCAACACTACCAAAGAGGAAGTTATTGGGAGAAAATGGTATATGTGAAGCAGCAAATGTTATTGGAAGAGAAATAAGTTTGAAAGATCCTTTAAAAAAAGATAAAGAGTTTAACAAGTCTTTGAATATGATTCGTGTTATAGGATCACCAAAGTTTGATGTGTATGAAACTGACTTTGGATTGGGGAAGCCTGTTTTGACCGATGTTATCAATAATGATGAATTAAGTGCCTTTTGTCTTTCTGATTCTAAGGATGAATATTGTGGTATTGAAGTTGCTATGGTGCTAGAAAGAGCTCATGTGAAGAAATTTAGTGACATCTTAGAAGTGCAACTTAGAGACATTGTAATGTAG
Protein sequence

>MS.gene021976.t1

MAQSFGQTEINWDKLDKTKFYVVGAGLFTGVTVALYPVSVVKTRLQVATKGAAERNAYSVAKGLLKTDGIPGLYRGFGTVIFGAIPTRIIFLSVLETTKVSAFKMLQPFGLSETTQAALANGVAGMTSSLFAQSVFVPIDVVSQKLMVQGYSGHAQYSGGIDVARKILRSDGIRGLYRGFGLSVVTYSPSSAVWWASYGSSQRFIWRLLDQGGKYDEASPSVPKIMLVQAAGGIIAGATASCITTPLDTIKTRLQVMGNDNRSSIKQVAKDLIKEDGWKGLYRGFGPRFFSMSAWGTSMILTYEYLTHHPTWRYVPSFHSGPVCKKQVIENSPSDDDFEDIHCFGFLMDLRNRFELSIPSTYFGNCLSYCLATLPKRKLLGENGICEAANVIGREISLKDPLKKDKEFNKSLNMIRVIGSPKFDVYETDFGLGKPVLTDVINNDELSAFCLSDSKDEYCGIEVAMVLERAHVKKFSDILEVQLRDIVM