AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene002553

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene002553.t1 MTR_2g015580 82.005 389 26 2 1 346 12 399 0.0 637
MS.gene002553.t1 MTR_2g015630 67.352 389 78 5 4 346 2 387 4.39e-177 496
MS.gene002553.t1 MTR_2g015590 51.366 366 127 6 15 333 10 371 4.86e-121 353
MS.gene002553.t1 MTR_2g015590 51.361 294 95 4 15 264 10 299 1.33e-91 277
MS.gene002553.t1 MTR_2g015650 43.529 340 142 7 34 327 29 364 5.38e-90 275
MS.gene002553.t1 MTR_3g463960 42.363 347 143 7 34 330 42 381 2.94e-84 260
MS.gene002553.t1 MTR_3g463950 42.363 347 143 7 34 330 42 381 2.94e-84 260
MS.gene002553.t1 MTR_3g463970 42.363 347 143 7 34 330 42 381 2.94e-84 260
MS.gene002553.t1 MTR_3g463940 42.363 347 143 7 34 330 42 381 2.94e-84 260
MS.gene002553.t1 MTR_3g463930 41.595 351 141 7 34 327 42 385 4.00e-82 255
MS.gene002553.t1 MTR_2g015670 40.854 328 154 6 34 327 29 350 3.02e-78 244
MS.gene002553.t1 MTR_3g448360 41.279 344 149 6 34 330 27 364 7.55e-78 243
MS.gene002553.t1 MTR_3g069780 39.481 347 150 7 34 330 28 364 2.04e-74 234
MS.gene002553.t1 MTR_2g079080 39.650 343 145 7 33 330 27 352 2.12e-73 231
MS.gene002553.t1 MTR_3g438030 39.193 347 151 7 34 330 28 364 3.47e-73 231
MS.gene002553.t1 MTR_0029s0050 39.650 343 145 7 33 330 27 352 2.63e-72 229
MS.gene002553.t1 MTR_2g079090 39.650 343 145 7 33 330 27 352 3.23e-72 228
MS.gene002553.t1 MTR_0029s0100 39.650 343 145 7 33 330 27 352 7.73e-72 227
MS.gene002553.t1 MTR_3g069520 38.824 340 154 6 34 327 28 359 8.02e-70 223
MS.gene002553.t1 MTR_2g043980 40.058 342 135 9 34 327 32 351 5.49e-68 218
MS.gene002553.t1 MTR_4g104240 36.141 368 177 12 13 332 15 372 1.89e-60 199
MS.gene002553.t1 MTR_7g116870 34.309 376 169 13 16 329 10 369 2.99e-50 172
MS.gene002553.t1 MTR_8g089805 32.454 379 176 12 16 330 20 382 2.49e-48 167
MS.gene002553.t1 MTR_1g030268 31.948 385 183 10 7 330 11 377 4.56e-46 161
MS.gene002553.t1 MTR_1g030220 30.886 395 192 10 1 330 1 379 6.89e-46 161
MS.gene002553.t1 MTR_8g028160 32.817 387 178 14 16 336 15 385 1.49e-45 160
MS.gene002553.t1 MTR_2g043990 40.711 253 118 8 34 263 94 337 6.69e-45 157
MS.gene002553.t1 MTR_7g087190 30.645 372 181 10 19 327 26 383 9.57e-44 155
MS.gene002553.t1 MTR_7g111780 32.687 361 191 12 9 328 8 357 6.40e-42 150
MS.gene002553.t1 MTR_1g030340 30.812 357 169 10 33 327 39 379 5.23e-41 148
MS.gene002553.t1 MTR_1g030275 29.688 384 175 11 16 330 19 376 2.18e-39 143
MS.gene002553.t1 MTR_1g030230 30.295 373 183 9 16 327 12 368 1.88e-38 141
MS.gene002553.t1 MTR_7g113860 30.056 356 179 11 34 331 27 370 3.50e-35 132
MS.gene002553.t1 MTR_7g033165 30.532 357 170 11 33 327 30 370 5.67e-35 131
MS.gene002553.t1 MTR_6g007090 31.183 372 186 13 14 330 17 373 2.09e-34 130
MS.gene002553.t1 MTR_8g038680 31.978 369 166 14 29 330 17 367 5.75e-34 129
MS.gene002553.t1 MTR_7g033150 28.462 390 190 12 8 327 6 376 1.11e-33 128
MS.gene002553.t1 MTR_7g113860 28.278 389 208 12 1 331 1 376 4.71e-33 126
MS.gene002553.t1 MTR_7g033155 28.358 402 194 14 4 327 5 390 5.67e-33 126
MS.gene002553.t1 MTR_1g030268 30.645 310 146 8 7 264 11 303 4.51e-32 122
MS.gene002553.t1 MTR_8g022810 31.250 352 178 11 14 316 16 352 9.31e-32 123
MS.gene002553.t1 MTR_3g466240 36.126 191 100 4 117 285 4 194 2.90e-31 117
MS.gene002553.t1 MTR_6g007095 31.624 351 166 11 34 327 39 372 1.32e-30 122
MS.gene002553.t1 MTR_6g007095 29.446 343 168 9 39 328 368 689 1.01e-25 108
MS.gene002553.t1 MTR_8g031420 28.358 335 186 8 32 326 31 351 1.74e-30 119
MS.gene002553.t1 MTR_3g466190 33.962 265 126 9 66 330 7 222 5.25e-30 114
MS.gene002553.t1 MTR_8g031430 28.691 359 198 12 20 335 19 362 9.32e-30 117
MS.gene002553.t1 MTR_6g007100 30.612 343 169 13 34 327 31 353 2.47e-29 116
MS.gene002553.t1 MTR_1g082390 29.070 344 177 11 33 320 28 360 3.40e-28 113
MS.gene002553.t1 MTR_8g031390 28.045 353 195 12 36 345 37 373 6.52e-28 112
MS.gene002553.t1 MTR_1g030265 28.667 300 142 7 89 327 53 341 2.68e-27 110
MS.gene002553.t1 MTR_2g100620 27.859 341 165 11 36 320 31 346 1.11e-26 108
MS.gene002553.t1 MTR_8g089805 33.668 199 115 6 144 330 121 314 2.45e-26 107
MS.gene002553.t1 MTR_8g014910 29.167 360 176 15 18 320 10 347 1.12e-25 105
MS.gene002553.t1 MTR_7g111780 37.888 161 94 4 171 328 101 258 1.17e-25 103
MS.gene002553.t1 MTR_8g031400 29.129 333 178 12 36 326 37 353 3.24e-25 104
MS.gene002553.t1 MTR_5g074270 28.134 359 184 13 32 337 29 366 4.80e-25 104
MS.gene002553.t1 MTR_2g033930 26.536 358 199 14 14 322 5 347 6.09e-25 103
MS.gene002553.t1 MTR_8g022810 28.846 312 185 9 14 316 16 299 1.11e-24 102
MS.gene002553.t1 MTR_4g035353 26.781 351 201 14 16 323 11 348 6.53e-24 101
MS.gene002553.t1 MTR_3g098270 27.114 343 183 14 34 326 32 357 1.12e-23 100
MS.gene002553.t1 MTR_7g116570 29.155 367 168 18 16 322 16 350 1.29e-23 100
MS.gene002553.t1 MTR_5g009100 28.701 331 174 13 38 322 48 362 2.10e-23 100
MS.gene002553.t1 MTR_8g012540 30.448 335 156 14 29 300 17 337 2.17e-23 99.4
MS.gene002553.t1 MTR_4g056160 28.226 372 186 12 4 319 2 348 2.55e-23 99.4
MS.gene002553.t1 MTR_3g052490 27.326 344 170 12 36 323 32 351 4.25e-23 99.0
MS.gene002553.t1 MTR_1g069175 27.473 364 204 12 5 322 2 351 7.00e-23 98.6
MS.gene002553.t1 MTR_1g025720 26.647 334 176 9 32 316 33 346 7.92e-23 98.2
MS.gene002553.t1 MTR_2g044100 27.826 345 175 12 35 326 42 365 9.10e-23 98.6
MS.gene002553.t1 MTR_1g025780 27.811 338 166 11 36 320 41 353 3.73e-22 96.3
MS.gene002553.t1 MTR_3g052580 25.893 336 184 10 36 323 27 345 5.83e-22 96.3
MS.gene002553.t1 MTR_3g052580 25.893 336 184 10 36 323 28 346 8.22e-22 95.5
MS.gene002553.t1 MTR_5g093090 27.114 343 176 12 36 325 28 349 1.00e-21 95.1
MS.gene002553.t1 MTR_2g084585 29.290 338 163 14 36 320 30 344 1.89e-21 94.0
MS.gene002553.t1 MTR_2g033920 27.744 328 182 14 38 322 37 352 3.56e-21 93.6
MS.gene002553.t1 MTR_5g022630 28.701 331 166 11 36 315 43 354 5.40e-21 93.2
MS.gene002553.t1 MTR_7g033165 28.772 285 136 8 33 264 30 300 6.92e-21 92.0
MS.gene002553.t1 MTR_4g087985 29.589 365 180 19 17 322 20 366 1.43e-20 91.7
MS.gene002553.t1 MTR_5g083040 26.888 331 197 11 25 315 21 346 1.90e-20 91.3
MS.gene002553.t1 MTR_8g031390 27.055 292 160 10 32 286 33 308 5.55e-20 89.4
MS.gene002553.t1 MTR_1g025700 25.770 357 196 10 13 320 27 363 6.03e-20 90.1
MS.gene002553.t1 MTR_4g056280 26.786 336 174 14 36 320 30 344 8.79e-20 89.4
MS.gene002553.t1 MTR_8g079050 26.287 369 191 16 26 332 27 376 1.25e-19 89.4
MS.gene002553.t1 MTR_3g114120 29.907 321 168 12 36 313 47 353 2.05e-19 88.6
MS.gene002553.t1 MTR_7g113860 32.558 172 104 5 171 331 132 302 2.65e-19 87.4
MS.gene002553.t1 MTR_3g082830 25.749 334 180 11 36 320 38 352 2.69e-19 88.2
MS.gene002553.t1 MTR_4g122200 25.352 355 202 12 14 322 15 352 6.50e-19 87.0
MS.gene002553.t1 MTR_5g078210 25.466 322 180 11 40 317 29 334 1.36e-18 85.9
MS.gene002553.t1 MTR_5g022640 28.190 337 171 13 36 321 43 359 2.12e-18 85.5
MS.gene002553.t1 MTR_7g008060 25.907 386 198 14 1 335 1 349 7.63e-18 84.0
MS.gene002553.t1 MTR_3g052480 26.000 350 168 13 36 323 33 353 8.03e-18 84.0
MS.gene002553.t1 MTR_1g025680 28.228 333 172 16 33 316 31 345 8.22e-18 84.3
MS.gene002553.t1 MTR_1g060520 25.088 283 192 8 35 312 39 306 8.36e-18 83.2
MS.gene002553.t1 MTR_1g025760 26.741 359 189 13 11 315 51 389 1.72e-17 83.2
MS.gene002553.t1 MTR_4g108690 26.667 330 178 11 38 320 29 341 1.77e-17 82.8
MS.gene002553.t1 MTR_5g084790 25.150 334 182 10 36 320 32 346 2.24e-17 82.4
MS.gene002553.t1 MTR_8g075220 27.003 337 185 14 33 321 37 360 3.35e-17 82.0
MS.gene002553.t1 MTR_8g022790 26.923 338 183 9 32 326 33 349 3.65e-17 82.0
MS.gene002553.t1 MTR_3g114090 25.706 354 195 14 13 312 3 342 4.56e-17 81.6
MS.gene002553.t1 MTR_2g087292 28.755 233 134 8 36 266 33 235 5.95e-17 80.1
MS.gene002553.t1 MTR_5g074210 32.317 164 100 4 156 316 46 201 7.89e-17 79.0
MS.gene002553.t1 MTR_4g019880 24.646 353 192 11 36 335 32 363 2.61e-16 79.3
MS.gene002553.t1 MTR_2g461580 24.079 353 194 10 13 322 14 335 2.64e-16 79.3
MS.gene002553.t1 MTR_8g087890 24.561 342 203 11 17 316 12 340 1.46e-15 77.4
MS.gene002553.t1 MTR_0009s0250 24.642 349 186 14 18 316 11 332 1.56e-15 77.0
MS.gene002553.t1 MTR_7g104220 25.796 314 186 9 35 315 41 340 1.67e-15 77.0
MS.gene002553.t1 MTR_8g075230 25.419 358 199 12 13 321 13 351 3.92e-15 75.9
MS.gene002553.t1 MTR_5g087690 24.924 329 187 11 32 318 46 356 9.24e-15 75.1
MS.gene002553.t1 MTR_1108s0010 30.519 154 98 3 174 326 64 209 3.50e-14 71.2
MS.gene002553.t1 MTR_0127s0040 30.496 141 86 4 177 316 88 217 1.15e-13 70.1
MS.gene002553.t1 MTR_2g015080 31.944 144 87 5 174 312 216 353 2.88e-12 67.4
MS.gene002553.t1 MTR_1g092740 25.392 319 176 13 37 315 39 335 5.33e-11 63.5
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene002553.t1 AT1G28590 49.457 368 129 8 16 333 16 376 4.75e-113 334
MS.gene002553.t1 AT1G28610 48.780 369 130 9 14 333 12 370 1.70e-111 330
MS.gene002553.t1 AT1G28580 47.721 373 137 8 14 333 10 377 8.96e-110 325
MS.gene002553.t1 AT1G28600 47.411 367 132 9 17 333 15 370 8.98e-108 320
MS.gene002553.t1 AT2G27360 47.120 382 145 8 1 333 1 374 1.08e-107 320
MS.gene002553.t1 AT1G31550 46.234 385 145 9 1 333 1 375 4.49e-105 314
MS.gene002553.t1 AT1G28570 47.293 351 132 6 31 333 29 374 1.75e-102 307
MS.gene002553.t1 AT1G31550 45.953 383 146 9 1 333 1 372 2.48e-102 306
MS.gene002553.t1 AT1G28650 43.127 371 155 6 14 333 12 377 2.39e-96 291
MS.gene002553.t1 AT1G28670 44.324 370 148 7 17 333 12 376 9.80e-96 290
MS.gene002553.t1 AT1G28660 43.631 369 151 7 17 333 12 375 4.56e-94 285
MS.gene002553.t1 AT1G28640 43.979 382 160 7 1 334 1 376 5.08e-94 285
MS.gene002553.t1 AT1G28660 43.478 368 152 7 17 333 12 374 4.59e-93 283
MS.gene002553.t1 AT1G28580 45.455 297 110 6 84 333 5 296 2.14e-80 248
MS.gene002553.t1 AT5G45910 41.954 348 150 9 33 330 27 372 2.64e-80 249
MS.gene002553.t1 AT1G28570 43.506 308 135 7 31 333 29 302 5.78e-80 247
MS.gene002553.t1 AT3G48460 33.952 377 193 9 13 339 10 380 7.95e-65 210
MS.gene002553.t1 AT1G28570 46.569 204 102 4 134 333 11 211 3.49e-60 193
MS.gene002553.t1 AT4G01130 34.586 399 178 15 1 334 1 381 2.52e-53 180
MS.gene002553.t1 AT5G03980 33.898 354 148 6 10 321 3 312 1.29e-50 171
MS.gene002553.t1 AT5G14450 30.481 374 182 9 16 327 21 378 8.33e-42 150
MS.gene002553.t1 AT1G54790 30.952 378 189 13 14 331 8 373 9.87e-42 150
MS.gene002553.t1 AT3G26430 31.579 380 185 12 11 327 3 370 8.67e-39 142
MS.gene002553.t1 AT1G56670 30.939 362 188 11 13 327 17 363 1.37e-38 141
MS.gene002553.t1 AT1G28610 51.634 153 61 4 14 163 12 154 1.78e-38 137
MS.gene002553.t1 AT1G28600 52.667 150 57 5 17 163 15 153 2.06e-38 136
MS.gene002553.t1 AT1G67830 29.429 350 173 9 34 322 28 364 1.51e-35 133
MS.gene002553.t1 AT1G54790 28.610 374 197 11 16 331 11 372 1.15e-34 130
MS.gene002553.t1 AT1G09390 28.342 374 207 11 1 327 1 360 1.87e-34 130
MS.gene002553.t1 AT4G01130 31.962 316 145 10 1 264 1 298 5.53e-33 125
MS.gene002553.t1 AT3G62280 30.769 338 176 10 37 330 37 360 1.85e-32 124
MS.gene002553.t1 AT4G01130 32.026 306 132 12 94 334 1 295 9.11e-31 118
MS.gene002553.t1 AT1G71120 27.679 336 198 10 22 322 17 342 1.22e-30 119
MS.gene002553.t1 AT1G53920 29.598 348 193 8 16 322 28 364 1.23e-30 120
MS.gene002553.t1 AT1G54790 27.000 400 196 12 16 331 11 398 4.10e-30 119
MS.gene002553.t1 AT1G53940 30.966 352 183 12 31 335 34 372 3.49e-29 115
MS.gene002553.t1 AT3G27950 28.457 376 188 12 15 327 5 362 1.95e-28 114
MS.gene002553.t1 AT3G14225 28.011 357 189 9 32 335 33 374 1.12e-27 112
MS.gene002553.t1 AT5G40990 30.791 354 181 13 31 335 32 370 1.92e-27 111
MS.gene002553.t1 AT5G45950 28.824 340 170 12 29 320 33 348 3.35e-27 110
MS.gene002553.t1 AT3G14225 27.451 357 187 8 32 335 33 370 3.36e-27 110
MS.gene002553.t1 AT3G05180 27.374 358 178 15 32 325 32 371 1.06e-26 109
MS.gene002553.t1 AT1G53990 28.977 352 183 11 31 335 30 361 4.43e-25 104
MS.gene002553.t1 AT4G10950 26.667 345 193 14 23 322 58 387 1.97e-24 103
MS.gene002553.t1 AT5G03820 29.464 336 167 12 36 320 33 349 3.32e-24 102
MS.gene002553.t1 AT1G71250 24.438 356 211 10 14 325 19 360 6.17e-24 101
MS.gene002553.t1 AT2G40250 27.864 323 185 11 35 316 35 350 6.41e-24 101
MS.gene002553.t1 AT1G23500 28.107 338 165 10 33 322 32 339 9.50e-24 100
MS.gene002553.t1 AT3G14820 27.624 362 178 12 14 320 10 342 1.16e-23 100
MS.gene002553.t1 AT5G03610 29.231 325 164 14 35 315 42 344 1.27e-23 100
MS.gene002553.t1 AT3G16370 28.274 336 170 12 36 320 30 345 1.29e-23 100
MS.gene002553.t1 AT5G03820 29.464 336 167 12 36 320 61 377 1.30e-23 100
MS.gene002553.t1 AT1G56670 29.392 296 150 8 13 264 17 297 3.43e-23 98.2
MS.gene002553.t1 AT5G63170 27.066 351 172 11 13 312 5 322 3.99e-23 98.6
MS.gene002553.t1 AT5G22810 28.977 352 178 14 18 320 23 351 5.18e-23 98.6
MS.gene002553.t1 AT1G73610 28.657 335 164 12 32 320 31 336 1.35e-22 97.4
MS.gene002553.t1 AT1G20135 25.434 346 188 11 13 315 8 326 5.04e-22 95.5
MS.gene002553.t1 AT4G28780 27.479 353 196 11 16 322 9 347 8.13e-22 95.5
MS.gene002553.t1 AT5G15720 25.688 327 183 10 36 316 30 342 1.24e-21 94.7
MS.gene002553.t1 AT1G75890 26.923 364 198 11 9 316 20 371 1.37e-21 95.1
MS.gene002553.t1 AT5G42170 28.221 326 177 10 37 320 51 361 1.85e-21 94.4
MS.gene002553.t1 AT1G59406 27.697 343 200 11 17 321 10 342 2.49e-21 94.0
MS.gene002553.t1 AT1G59030 27.697 343 200 11 17 321 10 342 2.49e-21 94.0
MS.gene002553.t1 AT1G58725 27.697 343 200 11 17 321 10 342 2.49e-21 94.0
MS.gene002553.t1 AT4G10950 26.377 345 190 15 23 322 58 383 2.86e-21 94.4
MS.gene002553.t1 AT1G06990 24.384 365 203 13 14 320 3 352 4.72e-21 93.2
MS.gene002553.t1 AT1G29670 28.367 349 182 14 16 316 12 340 5.59e-21 93.2
MS.gene002553.t1 AT5G03810 27.976 336 171 13 36 320 30 345 8.82e-21 92.4
MS.gene002553.t1 AT1G58520 27.469 324 179 9 36 321 30 335 1.62e-20 91.3
MS.gene002553.t1 AT1G58525 27.469 324 179 9 36 321 30 335 1.62e-20 91.3
MS.gene002553.t1 AT2G23540 27.500 360 174 16 38 335 50 384 1.70e-20 92.0
MS.gene002553.t1 AT3G09930 27.778 324 171 13 35 315 38 341 2.06e-20 91.3
MS.gene002553.t1 AT3G09930 27.778 324 171 13 35 315 38 341 2.06e-20 91.3
MS.gene002553.t1 AT1G29670 29.052 327 164 14 38 316 102 408 2.11e-20 92.0
MS.gene002553.t1 AT1G20120 27.219 338 178 14 32 320 74 392 2.56e-20 91.7
MS.gene002553.t1 AT4G26790 26.586 331 193 14 30 320 23 343 2.97e-20 90.9
MS.gene002553.t1 AT4G26790 26.586 331 193 14 30 320 23 343 2.97e-20 90.9
MS.gene002553.t1 AT1G75890 26.536 358 194 11 9 316 20 358 3.82e-20 90.5
MS.gene002553.t1 AT1G54000 26.796 362 205 15 16 337 15 356 5.31e-20 90.5
MS.gene002553.t1 AT5G08460 25.806 372 206 15 16 332 29 385 5.78e-20 90.5
MS.gene002553.t1 AT2G31540 27.005 374 184 15 13 322 8 356 7.23e-20 89.7
MS.gene002553.t1 AT1G75890 26.536 358 194 10 9 316 49 387 7.23e-20 90.1
MS.gene002553.t1 AT1G75900 27.108 332 179 12 36 321 43 357 7.67e-20 89.7
MS.gene002553.t1 AT2G30310 26.836 354 181 12 20 317 16 347 9.21e-20 89.4
MS.gene002553.t1 AT1G75930 26.301 365 176 15 15 320 5 335 9.37e-20 89.4
MS.gene002553.t1 AT2G19010 26.944 360 189 13 21 330 11 346 1.03e-19 89.4
MS.gene002553.t1 AT2G19010 26.944 360 189 13 21 330 41 376 1.78e-19 89.0
MS.gene002553.t1 AT1G20132 24.551 334 176 11 36 316 61 371 2.16e-19 88.6
MS.gene002553.t1 AT2G30220 27.059 340 172 11 34 319 31 348 3.56e-19 87.8
MS.gene002553.t1 AT1G54010 26.243 362 207 14 16 337 15 356 5.18e-19 87.8
MS.gene002553.t1 AT1G58430 26.374 364 196 16 9 317 2 348 9.49e-19 86.7
MS.gene002553.t1 AT1G53940 29.818 275 141 8 31 264 34 297 2.74e-18 84.3
MS.gene002553.t1 AT2G04570 24.363 353 214 14 16 329 11 349 3.23e-18 85.1
MS.gene002553.t1 AT1G54030 27.356 329 184 14 36 329 52 360 4.51e-18 85.1
MS.gene002553.t1 AT2G03980 26.911 327 181 11 33 316 40 351 5.59e-18 84.3
MS.gene002553.t1 AT2G03980 26.911 327 181 11 33 316 40 351 5.59e-18 84.3
MS.gene002553.t1 AT2G03980 26.911 327 181 11 33 316 40 351 5.59e-18 84.3
MS.gene002553.t1 AT2G03980 26.911 327 181 11 33 316 40 351 5.59e-18 84.3
MS.gene002553.t1 AT1G75880 26.100 341 180 11 32 321 48 367 5.80e-18 84.3
MS.gene002553.t1 AT2G31550 28.511 235 140 8 96 322 1 215 1.10e-17 81.3
MS.gene002553.t1 AT1G75880 26.100 341 181 11 32 321 48 368 1.51e-17 83.2
MS.gene002553.t1 AT1G20130 25.444 338 185 11 36 321 204 526 2.48e-17 83.6
MS.gene002553.t1 AT1G75910 26.575 365 176 14 14 320 5 335 3.25e-17 82.0
MS.gene002553.t1 AT1G20130 25.444 338 185 11 36 321 184 506 3.75e-17 82.8
MS.gene002553.t1 AT1G75920 26.100 341 168 14 33 320 26 335 3.86e-17 81.6
MS.gene002553.t1 AT5G37690 26.816 358 183 14 14 317 4 336 4.79e-17 81.6
MS.gene002553.t1 AT4G30140 26.748 329 179 13 38 327 35 340 5.17e-17 81.3
MS.gene002553.t1 AT4G18970 24.375 320 190 10 38 316 30 338 7.94e-17 80.9
MS.gene002553.t1 AT1G75920 25.705 319 166 13 33 320 26 304 9.15e-17 80.1
MS.gene002553.t1 AT3G50400 27.429 350 162 16 38 322 36 358 1.04e-16 80.9
MS.gene002553.t1 AT4G18970 24.375 320 190 10 38 316 30 338 1.45e-16 80.5
MS.gene002553.t1 AT1G74460 25.496 353 186 12 38 330 25 360 3.66e-16 79.0
MS.gene002553.t1 AT1G29660 25.000 352 186 14 38 332 34 364 5.42e-16 78.6
MS.gene002553.t1 AT2G42990 25.424 354 207 16 5 317 2 339 9.38e-16 77.8
MS.gene002553.t1 AT5G45670 23.907 343 207 11 16 315 7 338 1.49e-15 77.4
MS.gene002553.t1 AT3G14210 26.791 321 176 13 36 316 36 337 1.62e-15 77.4
MS.gene002553.t1 AT1G33811 26.727 333 173 14 37 316 35 349 2.04e-15 77.0
MS.gene002553.t1 AT2G36325 24.847 326 175 9 35 315 46 346 2.06e-15 76.6
MS.gene002553.t1 AT2G24560 25.507 345 174 11 22 312 27 342 2.31e-15 76.6
MS.gene002553.t1 AT3G62280 28.854 253 131 8 37 251 37 278 6.31e-15 74.7
MS.gene002553.t1 AT1G75920 25.000 356 168 15 33 320 21 345 1.02e-13 71.6
MS.gene002553.t1 AT1G53970 44.737 76 42 0 31 106 15 90 1.76e-13 66.2
MS.gene002553.t1 AT1G53970 44.737 76 42 0 31 106 15 90 1.76e-13 66.2
MS.gene002553.t1 AT1G75920 25.325 308 150 12 65 320 28 307 1.37e-12 68.2
MS.gene002553.t1 AT5G15720 28.758 153 100 4 165 316 167 311 2.21e-12 67.8
MS.gene002553.t1 AT1G54030 28.696 230 121 10 36 237 52 266 6.96e-11 62.8

Find 86 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
TATCATAATCCCACAAAATT+TGG 0.160946 2.1:-69904244 MS.gene002553:intron
ACAATTACTTCTTGTAATTA+TGG 0.194422 2.1:-69928772 MS.gene002553:CDS
ATTGCTGATGGCATCATTAA+TGG 0.214854 2.1:-69903754 MS.gene002553:CDS
CCAATGGTGAAACCATATTT+AGG 0.233526 2.1:-69928430 MS.gene002553:CDS
CCATTCTTAATTCCTAAATA+TGG 0.255954 2.1:+69928418 None:intergenic
GATGAGTGAGAACTTACTTT+TGG 0.273146 2.1:+69928222 None:intergenic
CTTTGTCAGTTCAACTGAAT+TGG 0.312809 2.1:-69928279 MS.gene002553:CDS
GATGATCCTTCTCAGTATAT+TGG 0.321373 2.1:-69903817 MS.gene002553:CDS
TTAGCCTATGTAACTCATAT+TGG 0.333738 2.1:+69904329 None:intergenic
ACTTCTTGTAATTATGGTTT+CGG 0.334446 2.1:-69928766 MS.gene002553:CDS
TTTGTGGGATTATGATATAA+TGG 0.363400 2.1:+69904250 None:intergenic
GGAATCACCGAAGCTGAATA+TGG 0.364649 2.1:+69928707 None:intergenic
CCTAAATATGGTTTCACCAT+TGG 0.367901 2.1:+69928430 None:intergenic
CAGGTCTCAAATGCTGTTGC+GGG 0.371027 2.1:-69903900 MS.gene002553:CDS
CACTGTTTCTTCCCTCCTTA+CGG 0.373786 2.1:-69928636 MS.gene002553:CDS
TGCTATTGCAGCGGAGTCAT+TGG 0.374363 2.1:-69928458 MS.gene002553:intron
ATGGGAGGTTCATATAATTT+CGG 0.380290 2.1:-69903877 MS.gene002553:CDS
TACTCTTCCATATTCAGCTT+CGG 0.380389 2.1:-69928714 MS.gene002553:CDS
TCACAGGAGTTGATTGATCT+AGG 0.388509 2.1:-69904502 MS.gene002553:intron
ATGGATGATGAAAATAAGTT+TGG 0.400995 2.1:+69928613 None:intergenic
TGTAATTATGGTTTCGGCAC+CGG 0.407146 2.1:-69928760 MS.gene002553:CDS
CTCAAATGCTGTTGCGGGAT+GGG 0.408877 2.1:-69903895 MS.gene002553:CDS
ACTCAGCTGGTTGCTTGAAA+TGG 0.421221 2.1:-69904387 MS.gene002553:CDS
AACAAATTTCTCATGGCGTC+TGG 0.427312 2.1:-69928825 None:intergenic
ATATTCATAGCTCACATTCA+TGG 0.430936 2.1:+69903696 None:intergenic
GCTGAATATGGAAGAGTAAG+AGG 0.437983 2.1:+69928719 None:intergenic
GTCCCTGGGAATTTCCCATT+GGG 0.441677 2.1:-69904463 MS.gene002553:CDS
GCTATTGCAGCGGAGTCATT+GGG 0.455700 2.1:-69928457 MS.gene002553:intron
CCATCTGGACGTTGCTCTGA+TGG 0.457173 2.1:-69928594 MS.gene002553:CDS
GGTTTCGGCACCGGTATTCA+CGG 0.460634 2.1:-69928751 MS.gene002553:CDS
AACAGTGATCAGAGGGTGGT+TGG 0.465343 2.1:+69928652 None:intergenic
CACAGGAGTTGATTGATCTA+GGG 0.465450 2.1:-69904501 MS.gene002553:intron
CATCCCAATGGGAAATTCCC+AGG 0.471083 2.1:+69904460 None:intergenic
GGTCCCTGGGAATTTCCCAT+TGG 0.475951 2.1:-69904464 MS.gene002553:CDS
GCACGCACACTCATGGTCCC+TGG 0.479079 2.1:-69904478 MS.gene002553:CDS
ACAGTGATCAGAGGGTGGTT+GGG 0.481104 2.1:+69928653 None:intergenic
GAGCATGCAGCCGTGAATAC+CGG 0.485443 2.1:+69928741 None:intergenic
ATGAATGTGAGCTATGAATA+TGG 0.486475 2.1:-69903694 MS.gene002553:CDS
GTGGTTGGGAGATGAGATAC+AGG 0.489317 2.1:+69928667 None:intergenic
TGAAAATAAGTTTGGCCGTA+AGG 0.490297 2.1:+69928621 None:intergenic
AGTTCAACTGAATTGGTTCA+AGG 0.496030 2.1:-69928272 MS.gene002553:CDS
TTGGAGGAATTGCAAAGAGA+AGG 0.499709 2.1:+69928241 None:intergenic
CGTTAGTTTCTTTGAAGAGA+GGG 0.503302 2.1:-69928329 MS.gene002553:CDS
CACGCACACTCATGGTCCCT+GGG 0.506117 2.1:-69904477 MS.gene002553:CDS
TCTCAGTATATTGGATGGGA+TGG 0.513970 2.1:-69903808 MS.gene002553:CDS
TGGAGGAATTGCAAAGAGAA+GGG 0.524100 2.1:+69928242 None:intergenic
CGCCTCATCATTGATTTCAT+CGG 0.524502 2.1:-69928570 MS.gene002553:intron
ACAGGTCTCAAATGCTGTTG+CGG 0.526119 2.1:-69903901 MS.gene002553:CDS
GCTTATAGATTAATTGCTGA+TGG 0.527503 2.1:-69903766 MS.gene002553:CDS
GGGAAGAAACAGTGATCAGA+GGG 0.529492 2.1:+69928645 None:intergenic
TCTGAACATCGATGGAGCAC+TGG 0.532299 2.1:-69928801 MS.gene002553:CDS
CCATATTTAGGAATTAAGAA+TGG 0.534162 2.1:-69928418 MS.gene002553:CDS
GAGCACAAGTTACTAAATTG+AGG 0.536367 2.1:+69903718 None:intergenic
ATCCTTCTCAGTATATTGGA+TGG 0.536677 2.1:-69903813 MS.gene002553:CDS
GGTGATTCCATCGCCGACAC+TGG 0.541650 2.1:-69928693 MS.gene002553:CDS
TCTCAAATGCTGTTGCGGGA+TGG 0.544625 2.1:-69903896 MS.gene002553:CDS
AGATTGCATTGCATCCCAAT+GGG 0.554037 2.1:+69904449 None:intergenic
TAGATTGCATTGCATCCCAA+TGG 0.554868 2.1:+69904448 None:intergenic
CAGGTTGCCAGTGTCGGCGA+TGG 0.557040 2.1:+69928686 None:intergenic
CCATCAGAGCAACGTCCAGA+TGG 0.559957 2.1:+69928594 None:intergenic
AATAAGTTTGGCCGTAAGGA+GGG 0.568417 2.1:+69928625 None:intergenic
GAGATACAGGTTGCCAGTGT+CGG 0.573419 2.1:+69928680 None:intergenic
TCCTTCTCAGTATATTGGAT+GGG 0.576486 2.1:-69903812 MS.gene002553:CDS
AGCTCCAATATGAGTTACAT+AGG 0.578122 2.1:-69904333 MS.gene002553:CDS
AAATAAGTTTGGCCGTAAGG+AGG 0.579199 2.1:+69928624 None:intergenic
TCTAGGGGCACGCACACTCA+TGG 0.581503 2.1:-69904485 MS.gene002553:CDS
CGTCTGGTTCTGAACATCGA+TGG 0.587791 2.1:-69928809 MS.gene002553:CDS
AAATGCTGTTGCGGGATGGG+AGG 0.589340 2.1:-69903892 MS.gene002553:CDS
GAAGATAAGAGTGCAAAGGA+AGG 0.595028 2.1:-69928388 MS.gene002553:CDS
TGTTATAGGAGCAACGGCGT+TGG 0.597316 2.1:-69928353 MS.gene002553:CDS
GGAGTCATTGGGAATTCCAA+TGG 0.598388 2.1:-69928446 MS.gene002553:CDS
CTAAATTGAGGAACAGAACA+TGG 0.599038 2.1:+69903730 None:intergenic
AGGGAAGAAACAGTGATCAG+AGG 0.600902 2.1:+69928644 None:intergenic
ACGTTAGTTTCTTTGAAGAG+AGG 0.603692 2.1:-69928330 MS.gene002553:CDS
ACAGGAGTTGATTGATCTAG+GGG 0.603990 2.1:-69904500 MS.gene002553:intron
TCCCATCCAATATACTGAGA+AGG 0.606329 2.1:+69903811 None:intergenic
TACCGATGAAATCAATGATG+AGG 0.611539 2.1:+69928568 None:intergenic
GTTAGTTTCTTTGAAGAGAG+GGG 0.617490 2.1:-69928328 MS.gene002553:CDS
ATTTGAAGATAAGAGTGCAA+AGG 0.617994 2.1:-69928392 MS.gene002553:CDS
ATCCCAATGGGAAATTCCCA+GGG 0.623900 2.1:+69904461 None:intergenic
TCATCACAAGCAATCACACC+TGG 0.624258 2.1:+69903835 None:intergenic
TCAGAATCTTGTGGTAAACC+AGG 0.629453 2.1:-69903853 MS.gene002553:CDS
AATTTCGGATCAGAATCTTG+TGG 0.651691 2.1:-69903862 MS.gene002553:CDS
GCATAAATGATAGTAGCATG+AGG 0.687082 2.1:+69904295 None:intergenic
AAGAAACAGTGATCAGAGGG+TGG 0.687519 2.1:+69928648 None:intergenic
GGATGGTGTTCATTTAACTG+AGG 0.701463 2.1:-69903791 MS.gene002553:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr2.1 gene 69903678 69928835 69903678 ID=MS.gene002553
chr2.1 mRNA 69903678 69928835 69903678 ID=MS.gene002553.t1;Parent=MS.gene002553
chr2.1 exon 69928571 69928835 69928571 ID=MS.gene002553.t1.exon1;Parent=MS.gene002553.t1
chr2.1 CDS 69928571 69928835 69928571 ID=cds.MS.gene002553.t1;Parent=MS.gene002553.t1
chr2.1 exon 69928219 69928469 69928219 ID=MS.gene002553.t1.exon2;Parent=MS.gene002553.t1
chr2.1 CDS 69928219 69928469 69928219 ID=cds.MS.gene002553.t1;Parent=MS.gene002553.t1
chr2.1 exon 69904245 69904518 69904245 ID=MS.gene002553.t1.exon3;Parent=MS.gene002553.t1
chr2.1 CDS 69904245 69904518 69904245 ID=cds.MS.gene002553.t1;Parent=MS.gene002553.t1
chr2.1 exon 69903678 69903928 69903678 ID=MS.gene002553.t1.exon4;Parent=MS.gene002553.t1
chr2.1 CDS 69903678 69903928 69903678 ID=cds.MS.gene002553.t1;Parent=MS.gene002553.t1
Gene Sequence

>MS.gene002553

ATGGCGTCTGGTTCTGAACATCGATGGAGCACTGGAACATTACAATTACTTCTTGTAATTATGGTTTCGGCACCGGTATTCACGGCTGCATGCTCCTCTTACTCTTCCATATTCAGCTTCGGTGATTCCATCGCCGACACTGGCAACCTGTATCTCATCTCCCAACCACCCTCTGATCACTGTTTCTTCCCTCCTTACGGCCAAACTTATTTTCATCATCCATCTGGACGTTGCTCTGATGGACGCCTCATCATTGATTTCATCGGTATATACCATAGTCAATTTGCTAACTTATTATCAGTTATCCGTTATATTTTTATTAAAGTTTAAATGTTGTTAATATATCGCAAATGTTTGCTATTGCAGCGGAGTCATTGGGAATTCCAATGGTGAAACCATATTTAGGAATTAAGAATGGTGTATTTGAAGATAAGAGTGCAAAGGAAGGAGCAAATTTTGCTGTTATAGGAGCAACGGCGTTGGACGTTAGTTTCTTTGAAGAGAGGGGCGTTCTTAATTATAATAACAATTATTCTTTGTCAGTTCAACTGAATTGGTTCAAGGAATTTCTCCCTTCTCTTTGCAATTCCTCCAAAAGTAAGTTCTCACTCATCATCGTCATCATAATCACCAATTTACCAGTTGAAAATGTAGAGGTCGAACATTTTACATCTTTAAATTTACGAAATGAAAAAACAAAAATCTCTCCATTTTAAATCATATCGAGCAATTTGATTATTCCGTTAACTTGTAAGTTGTATCTAATTTATGGATTAATTCACTTACTAGTCCTTAGAAGTTAGAAAAAATCAAAGTTGTCTAACATCCTTTAAAATCAAGGGTCTTATTACTTGCCTCTTTGCAAATTTTAATGGTACAGATGCCCGACCCTATAGTTTCATAGTCAGATTGGTATTCTTTTTTTTGACAAATAACCAAGTGGTCTGAATTCACCTTTTCCAAAATGAACAAGTGGGGTATCCAGGATTCGAACCCCGATCCCGATGCTTGTATATAATAATGTTCGTAGCTCGCGGAGACAGTCAGGGTCTTAATTTACTCCTCTTCATCTCTACCCACTACACACCAGACCCTACCAATTATTAATTTTTTTAAGCAAATATTTCTGTTTTCTTGTCTACCTGTTTTTTTTTTTCTTTCTTTTTTAGTACAATTTTGTCTACCTGTTATTTTTTAAGTGGCCGGGGTTTGTCTACCTGTTTTATTGTTATGATGATAAGCTTAGTATTTTTTTTATTTATTTTAGTAAAAAGGTCCACGAAAAGCACCTGCATATAAATAAAACATAAAACAATCAATAATACGCAATGAGATGGGACCATGGATAATTGACCTTTTCTTATCAATAATGAACTTTAAATATTTTGTGTTTGGTTGTATTTCATTCCTGTGTAATTTTATAATTATTTTTGAAGAAGTATATGTTTAAGAAAAAAAAGGTTTAAGTGTGGCTTTAGTCATTTTATTTTGTCAAAACCGTAATTTTGGTTCTCATATTTTAATTGTATAATTGTGGTCACTCATTTTAAATTTTTCGACCAATATATAATTTTAATAATCTAATTTGATAATGTAACAATAAATTAAGAGATCTAACATAAAAATTAAGGGTCTAATTATTGAGTGTCTTCATAAATGGAGTGTTAAAATGAGTGTGATCAAGTATACAAGGGTAAAAGAAGATCAATTGAAATTATATAAGGGGTTGGGATGAGCAATTTGGTCAAACACATGAATTGGTTAAAAAATTGAAATGGGAGATCAAAATTTCACGATTAAAGATAGAAGACCAATATTGGAGTATTGACAAAATACGAGACAAAAACTACATTTAAGCCAAAAATTTATTTACCCATGTCACAAGCTACAAAACGCCAGATTCAGTTAGCGGTACACCCATCTCCCATCGGAAGAATCCGGATTTGGTGCAGTCATAGACTGCACATGTAATCATTTAGTTAAACAATAAGTGATCGTGAGACCATATCCATTATTTGACGGTATTAAAAAAACATGTTTTTTTAAACAAGATTTACCGACATTGAATATGGACCGTCGGATCTCAATTGAACGGTCATAGTTCACTAACGATATGAAGTATGTGATTGCACACAAATCAAAGGAAAATGTTACATAGACACCTTTATTCTCATACATCCTTTTACACCCTATGCACTAGAAAGAGAGAAGAGGAGAGGAAAGAGAAAGTGTGCTTGTGCGTGGTCCACGTGGCTACGTGTCAGATTTTTGTGTGGGTGTTAAAGGGTGTACTGCCACCTAAAAGTGTCTATGTATTATAACTCCAAATCGAATTCCAATTAGAGGTGGATATTTGTGATGGATTTAAAATTCGAAATCTTTACGATTTTTGTTTTTTTTTTTGTTACAAAAAATCATACGATTAAACAACTACCCACGGATAAAAGTCGAACATATTATGTCTCACATTGTCATGTTTTAAGTATGTTTAATTGAACTAAGAATTTCAATACTAAATATATTTGTATATAATTATAATTTTTTTTATAGATCTATAATTATAATTTTGATAATATAAACGTGTTATTCAAATATATGTTGTATATAATTGGAAAACTTTTTTTTAGAGCCCCAACAAAAATGCGGCCTTAGGTGGTCGCTTCCCTCGCCCACCCTCAAGGCGGTCACTTAGACCATTTACAATGGTTTCAACACTTAACACACACTTTTTCTTTTCCCAACACTCCACATCTTTTCTCTCTCTTCCACCTAATAATTTAACATTCGTTCAACTTTTACACTCTCCAATGGTTTTTCATTCAACACTCTACCCCACTACTTTTTATTTCATATTCTTATTTAATTTTATATTTTTGTTTTTATGATTACATAAAATTACAATTATCGATTATAATTAAATTAAAATAAGAAACACCTAACAATTTATCTTTTAGATTTTTGTAAAAAACAAAATTTATTTAAATAATTTATTATTTTTTTATCTTATATTATTAATAAAAAGGTTCATCTTTCAATTAAATAAACTCTAGAAATCGCAATAGTCATTATCAAAACAAACAAACATTACAAATAACTTAAAATGCAATACAATAAACTAAGCACGCGGCACACAAATAACTTAAAATGCAAGACAACAAACTAAGCACGCAACACACAAGTAACTTAATTAGTACGATACAAATCATCTTCAATCACGAAACATTCCAAACTTTTCCCATATGTGCTTCACTAGATCTGCTTGCAATTCGTGATGAACATTTGGATCACGCAACTTGGATCTAGCACGCACATGATTTGCAAAAGCGGGTAACACCTCGGTCGAGTATGGTTGCGGTGTACTATATCCACTTTCCTCATATTGCTCAAAATCGGTCCAACGTTGAGCATATGTATCTCGTTCATCCTCAACAGTCATATTATGTAATATGATGCATGACCTCATGATGATACCCAAATCGGCTATGTCCCACAAGCGAGCTGGTTCACGGATGATTTTAAATCGAGCTTGAAGCACTCCAAATGCACGTTTGATGTCCTTCCGACATCCCTCCTGATATTTTGCAAATAACTTATCGGGTTCACTTCGAGGAAGTCTAATCGATTTGACGAAAGTTGGATAAGAAGGGTAGATACCATCAGTTAGATAGTATGCCATATTATAGGGACATTGCTTCACAAAGAAATTCACACTTGGAGCCTTTCCCTGTTCCACATCATCAAACATTGGTGACCGGTCTAGAACGTTTATATCGTTTAACGTTCCCAGACATCCAAAAAAGGCATGTCAGATCCAAAGATCATGAGATGCAACTGCTTCAAGAATAACTATGGTGGTTCCTTTATCCCCCCTAGTAAATTGACCTTCCCATGCTTTAGGACAATTTTTCCACTCCCAGTGCATGCAGTCAATACTCCCGATCATCCCTGGGAACCCCCGCATTTCACTAACATGTAGTATTCTTTGCAGGTCATCTTGGATTGGTGCTCTCAGGTACACTTGCTCATACAATCGTATGATTCCTTTACAGAATCTACGTAAGCACTCCAATGTTGTAGTACCTCCTATTTTGATGTATTCATCGACCGCATCTGCTGCCACACCATATGCTTACATTCGCATTGTTGTGGTACATTTTGCTAAGGATGATATACCTTCTTTATTGGCTGCATCAACTCGCTGGGTGAAGTAGTTATCACTACTTGAAAGGTCCTCAACGATTTGAAGGAAAACATGTTTTTGCATCAGGTACCGACGACGAAACATTGCATTGTCATATGTAGGCTCATTGGTAAAGTAGTCGTCAATTAGTCTTTAATTTGCCTTTGCATGATCTCTATTGAGATATTTTCTACTACGAGGTGCACTATCTTCCAATATTTTGTTTCGACGCTCTCTAAATCGGTTGACCATATAAGTTTCTTCAATTTCACATTTTTAATTGTAGGTTGTGATATCAAAAGGATATTCTGATGGATCCATTAATAGTTTTTTGTGATATTGGAAGTAGATTGAATGAGATTTGGGATATTGGTACATCAATGGATCTATGAGTCCCTATATATAAGTCAAAAGTCACAGAACACTACAGACTTGACACCACTGACAATTATTAAAGCAAACAATGGGGACTTGACAGCACTGACAAGTTTGACCGTATACAGACAAATACTTGATTGAAATTAATTTTCAAACAGCTCTTGGCCCAACTTTTCAACAGCTCCTTCTTTCGGTCATCGAGATACTTTTCGAAACTTAGCTTTAGATACATTTTCATTTTCTTAGTATGAGTCCTTTCTTTCATCAATTGGTTAGCCTCCTGTTGCATCAAGGCTATCTTGTCCAATTGTTCAAGCTCTTTATCCTTGAATTGTTTGTATTCAACCCACTCGTTGTCCACCACTGATAGATGTTTGGCAAGTGCACCAAATACTATCGAAGTAGTAAAAATATCGATCCCACGAGGACTGTGTTAATCTCAATTCAGCAATAAGGTAAAATATTTAGGATGTAAAAGTTATTTTTGGTTTGCCACTAGGCAGTAGAATTGATTGCATAAAATTAAATAACATAAAATAAAGATTTGGTTAGAAAATAGTAGAGAGATGAGATCAGGTCTTTTGAATCATCTATGTTCCCCTAATTGTTATACTGCACCTATTCTTATGAATGATCTTCTAATCCCACGATAGTTAACAAAATAGTCCTAATCAATCCCTTGAGTTAGGACCCTCTTCTTAAACTACAGCCCCTAATCCCTTAGGTGGTCTAATAATCTTTGAAGGTTTAAAGCACGTTAACCTAATATCACTAATAAACGATTATCCATTCCTAGACTAACCATGTTTATTAGAACAATTCAATAGGTCTAAGTAGAAAGCTATGGTCAGTAGTCATTCATTTTCACAAAATCATATTTATATTTGATCAGGATATAAAAAGCATTAAGAACAATTGAATTGAATAAAGACTAGAATATCATTCACAATAAATAGAGTTTCACAGCACAAGGTATCAATTAGGGTTACAAGGAATCATCTCAGACCTAATCTCTAAGAGATTTAGCTACTCATAATTGAGTTTACAAATAGCATAATCAATGAAAGAATTAAAACATACATAAACTGGTAAAGAATGGAGGAAATCGCCCCGTTCTTCAGTCTCCAGGTCTGCAAATCGCACTTTCTCTCTCCAGAATTCGTAACCCTTGTTTTTGGAATAGACTTCAGCATAAATAGGCACAGAAATAGCCCAAATCGTGTCACGTTTTAAGTGAATCGTGACACGTTTTTACCTTCTGGAGCAAGAAACTGAATTAGGGTTTCACCAAATCGTGTCACGTTTTACCAATCGTGACACGTTTTCATAATGTCGAACCAAACCTTTCTGAAGCTCTTAAATCGTGTCACGTTTCTGATAAATCGTGACACGTTTTCTTTCTTTGTATTTTCTTCAGTTTTTCTGCTCTTTTGCTGCATAAGTCTCCTTGTGAACTCCATTTTTGTGCTAAAATACATATAAAATTACGTAATGACAAGATGTCATCACAACCCCAAACTTAAACCATTCCTTGTCCTCAAGGAATTTGCTTGCAAAGCTGACAATCGACAGTGAAATAACAATTACCTGATCAAGCAATAGTACCCAAAAGTTCAACTCCTTACTAGCTAAAGATGAGCTAGTTTGACTTGTTCGCATCCACCAATTCACAACTCCACGCATCAATATGAAATAGGGTTCTACCAGTCGACATGCAGGTCTACATATTACCATACGCTTGAAAAGTTTCTAAATATCAATCAAAGTCAATATCATTACACACTTTTGAGGTCTTTAGGGTTATAACGGGGCTTAGGTGAAAGGTGGGACATATTTGGATAAGTAGGCTACACAAAATTTGAGTTAGGCATTCCTACGGAAGTTAAAGAACAAATTCAATCCTACGATCATTCACCTTGTGGAATAACAATCAATGCAAAGGTACTAGAGAATAATTATAACTTTTAGGGACAATCGAGTTTGAAGTTACTCGCATGTTTCAAAGTTTGGTCCCTTTTTCATCATTCATTTCATATATTTTTTTTTTCATACATCAATTTTTGAATGTATTTTTGCATTTTGCATGACAATTCTTTTTCTTTTTGTTCTCTTATTCTCTAGTACCCCCACCCCAAACTTAATTGGTTGCAAATTCCAATAGCAACCCCAAACTTAATTTTAAGCAACATTCTACAATGCCTAACTCAGAAAAACAATAAGGGACAAGTCCTAAAAGTCTCTAAGTTTGTAATGTAGTTTGTCACCGAACAAAAAGTTCTAATCCTACCGGCTCAAAGTGGCTAAGAAAAGGATAAAGTTTAACAATTATAATCAGGGTAGGCTTCAAAAGGCTCACAGGACCAAGCACTTTTGCCTCAGTGTGTAATTAACAAAGACCAATCAATAATAGAGAAACAATGCAAGTTCTAGAAATGTAGTTGCATGGAAAACTAAGCTAAATATAAGTAAATTGAAAAACAAAATATGGCAATGAACCTTATGGCTGAGATTTCTGGGAGTATGTGACTACCTAGCAACGCCGTACACTTCGCCTTTGAAAACCAAGTCACTCCTCCTTTTGAACTTTTGGAATACCACTTGAACAACTATTTGTTATCAAACTGTAAAAAGTCAACTAAACAAACAAATTCATCAATAATAAACAAGTGCAGGAATAATTACATAAACGGGGAGTAAAACCGAGTTAAACTTAATGAAAGCAAATAAAATTGTTCGAACATAAAATTAAAGTTACATAACCAAAGTGCTGAAACAAAAACAGAAAAAGAATAAAAGGTGGGCCATCAGTAGCCCACTCAATCCTGCATCTGGTCCGTCGGAATCCAAGTGTTGGGGTCCTCCTCTGCATAGGTATCCTCCCCAAAGTGCTGCCTAGACTGAGCTCCACCAGCAGCAAAGTCAGCTCGGATCTCCTGCTCTCTATCCTGAGCTCGACCTCTGGTGACATCAAAGTAGTGGTCCATAGCCTCCTCGGACCCATCAAAGCGCTCGAAAGACCCAGTCATCTTCCTCCTGTTGAGGCAGACCGCCTCAGTGAACTCCTGACCAAACCTCGGACGGTTCCAATACTCCTGATCTGACACCTCATTCATCCAGTTGGCATGGCCGAACATGTAGTCCAGCATCATCGGATGAATGGGGGCATAGGTACCCTGCTGACTGCTCCCCTCTCCAGCAAAAGTCTGACTCTGAGGTGGTGGCTGTGGCTGTTGTGGTGGTGGCGGCTGTGGCTGTCCTGCTGCTGCTGCCTCGGCACCCATGATAGTCTGCATGCGGTCATGATAATCCTTGACAAAGCCATCCATGTAAGTGTCGGTGATGGGCTTCATCATTGCTACACTCAAATCATTAGCAAACAAATCGCACTCCTCCTCCTCACAAAGCCAATTGATAAGGCTCAAATGAGGGAGTGCTTTCTTGGTACCTGAAGCAAACATATAGATATTGTCGGCAATTAACTCACCAACATTGATGGGTGCACCATCAAGAATAGCAGACAGCGTCAACAAGCGGGGCAGCGGAATCTCTGAAGTACAAGAGGTGCCCTCAATATTTTGCACCACAAAAGATGCCCACGCCTTTGCATGGGGCTTGAAGTCAGCCCTCAACAGCATATGTGACCCTCCATGCCACTTAGCACCTTCAACACAAATCTGCAATAGCAACTCCTCCCACCTTTCATCATCCCAATTCTTGCACTCCTCCATCCTCCTCTTCACATCACAAATCTCCGGTGGCACAATCTCCAGCAACTGATTAATCCTCTCCGGGCTATAGTCTATCTCCTTCCCCCTCACATAGGACACATACTTCCTCCCCATATACCTAGCATTGGAATAAAATTCTATCCCAATCGTTTTGTTGGCCTGCTCAAATATCATACTCACAAGAGACTCCCACCCTCTCTCAGTGATCACTTGATGGAATTCGGGGTTGGAGATGAGTTTGGTGAAATCAAAACCTCTCTCCGGGATCACCCTATAGCCTCGGATGTCCTTGAAACGGTCACGGGCAGCAGTATTATAAAACCGGTGGTTGATGGACGGTGGGGGTGCGGTGTTAGGGCTAGGTTTGACAGGTTGTTTGCGTTTGGGGGCTATTTTGGCCTTTTTGGCTGGTTGGGATGTGGCTTGGGACTTGCCTTTGTTGCGGGTCTCAACCATGGTTAGGGTTAGGGTTTGGAGAAAAATGGATATTAGGGTTAGGGTTAAGATGGAGATAATGGGTTTGGTTGTTTGTTGGTGATGATGAAGGTGTATGGTAATGGTTTGGTGATTAGAAGATGAAAAGATGAAGATTTTTGGTAGAAAAGGGTTAGAAAATCGTAGGTTAGGGTTCTGGGAAAATTTTGGCAGAGTTTGGCTACTTTTGGAATTGAATGGAATGAAAATCGTGTTGGATATATTTATAGGCTGGGAAAATCGTGCCACGTTTGGCCAAAAACGTGTCACGATTTTGTTTTGTAACGGTTAAATTTTTGAAACTGCTAAAATCGTGTCACGTTTGGGCTAAACGTGTCACGATTGCTCTTTTTGAAAATTTTTCTTGCCCAGAAATCGTGTCACGTTTTGGCCAACGTGTCACGATTTCCAATTGTCGAATTGCACCAGTTTGAGACTTAGAAAAAATTTTAGGTGCCAAAAATCGTGTCACGATTTCAGTATCGTGCCACGTTTTTGAAAATGTCGAATGGCACCTTTTTTAACTTAGAAAAATTTCTGAGAGGAGCTTCAGAGGGGGGGCAAATCGTGTCACGTTTGGCCCAAAACGTGTCACGATTTGCACAGTATTGGAAAACAAAAATTTTCTTTCCTCTGTCTGTTTCAGCTAAAATCTTTTTGTGTTTTTGAATATTTGAAAGCAATAAAAAGAAATAAGAAATACTACCTGAAATCTAAATGTGGGTTGCCTCCCACCAAGCGCTTTCTTTTACGTCATTGAGCTTGACGCTTCAACCACTGTTAGGGTGGCAAATATGTCAGAAAGAATATATCATCCTTCTTCTTCCTCTTGTTTGGTAGGAATTCCATGAATTTGTAGCAAAGAAGTAGATGCTCCCATGCTCTCACTTTTAAACCTTTAGAGTTTAAGCTCTCCCACCGTAGAGAAGGACGTGCATCCATCTGCACACGAGTGATTTCCTCAACCTCTGTTGGTTCAGACTTTGGGAATATATCAACACTCCTCACTTTGGGTTTTTCTTCCACCTCAACCTTGTGACACTCACTCTTCATCTGAACCAGCTTCCTCTGAGATTCATGTGCTTTCTCAACAAGATCACCACACTGAACATCAAACTTCTCAAATGAAACTTGATTTGACACCAAGAAATCATCTAAAATATTCTGAAGTTGAGTATTGTAATCGATGTTGATCACCTCTTTCTTCCCTTCACCATTACTACCTGGTTGATTCGCCTCATAATGACCACAACTCGAGATTTTGTTGTCCAAAATTTTGATCTTAAAAGATAGCATATATTTTTCATACTGCAACTTAGCAATCTCTTCTGTGTCATAGAGGAGTACCCTGTCTATCATAGCTGCAAAACTTGGATAAACTTTTCAGTAGCACAGTACAATGAGAAGAAAACAAAGAGCATAATATTTTTTTTTTTTTTATAAATATATATACAAAAATATAAATGACAGAAATCCTAAATAAAAAACAAAATTGCCAAATTGAAATGACTCAACAGTCCCCGGCAACGGCGCCAAAAACTTGATAGATGTTTGGCAAGTGCACCAAATACTATCGAAGTAGTAAAAATATCGATCCCACGAGGACTGTGTTAATCTCAATTCAGCAATAAGGTAAAATATTTAGGATGTAAAAGTTATTTTTGGTTTGCCACTAGGCAGTAGAATTGATTGCATAAAATTAAATAACATAAAATAAAGATTTGGTTAGAAAATAGTAGAGAGATGAGATCAGGTCTTTTGAATCATCTATGTTCCCCTAATTGTTATACTGCACCTATTCTTATGAATGATCTTCTAATCCCACGATAGTTAACAAAATAGTCCTAATCAATCCCTTGAGTTAGGACCCTCTTCTTAAACTACAGCCCCTAATCCCTTAGGTGGTCTAATAATCTTTGAAGGTTTAAAGCACGTTAACCTAATATCACTAAACGATTATCCATTCCTAGACTAACCATGTTTATTAGAACAATTCAATAGGTCTAAGTAGAAAGCTATGGTCAGTAGTCATTCATTCTCACAAAATCATATTTATATTTGATCAGGATATAAAAAGCATTAAGAACAATTGAATTGAATAAAGACTAGAATATCATTCACAATAAATAGAGTTTCACAGCACAAGGTATCAATTAGGGTTACAAGGAATCATCTCAGACCTAATCTCTAAGAGATTTAGCTACTCATAATTGAGTTTACAAATAGCATAATCAATGAAAGAATTAAAACATACATAAACTGGTAAAGAATGGAGGAAATCGCCCCGTTCTTCAGTCTCCAGGTCTGCAAATCGCACTTTCTCTCTCCAGAATTCGTAACCCTTGTTTTTGGAATAGACTTCAGCATAAATAGGCACAGAAATCGCCCAAATCGTGTCACGTTTTAAGTGAATCGTGACACGTTTTTACCTTCTGGAGCAAGAAACTGAATTAGGGTTTCACCAAATCGTGTCACGTTTTACCAATTGTGACACGTTTTCATAATGTCGAACCAAACCTTTCTGAAGCTCTTAAATCGTGTCACGTTTCTGATAAATCGTGACACGTTTTCTTTCTTTGTATTTTCTTCAGTTTTTCTGCTCTTTTGCTGCATAAGTCTCCTTGTGAACTCCATTTTTGTGCTAAAATACATATAAAATTACGTAATTACAAGATGTCATCAACCACCTCCAAGACAGCTTCCTTGCTTTTCTTTTTACCCTTTTTTTAGCTACCTCCTTACCCATTGGACGAGCACTAGATCCTACAGAATTTGAGCCACATGCATCACTCTCGTGAGATCTCTTAGATCCACTACTTCCTGAGCCAGTATTTCCTCCTACTTGACTACCATAACGTGGTTGATCACGGAGAGCGTGCCATTCTGCCATTAAAGTAAATTGAATATTCTTCCCACTTGCGTATAATTCTTGCGTTTTTGCCAAAATATCATTCTCCGACCAACCGTTTCCTTGCAAACGCTTAGCGCTATCATAAGCGCCAATCCATTTACCCAATATTTTGTTCATATAATTAAAACGGCTTCGACATGCAACTCCATCGCGCGGAGGATCGAATGAGCAATGCTCATTACAATACTCAACAATTCTACCCCAATATGTTTCACCTTTCTAGTTTCTCCCTACAACAGTACTTGTTCCATATTTAATCCACCCACTAATTAGCACCAAATTTTGTTCAGTGTTCCATGCTGGTTGCTGGTTTTTCTTGCGATTAGGAGTTGAATCCTCTGGATTTGGAGTGACTTCATTAGCACCTGTTGCAACACCTCGTTTTCCCAAACGTAAAAATTTCATAATTAAAAATCAGAGTAATTATCCAGCTTTAACGGAATGCTACACTTCTTAAAAATTCATAAACTGAATAAATAGCAATTTATTCTTCAAAATCATTTAACATAAGTAATTCAAAACTTCGCAGCGGAATTAGTTCATTCAACATAAAAAGTCTTTGGCACGCAGGCTTCATCATAAAAATCTCAAGTCTTGTTCAACATTTATTCATAAAAATCCATAAGTAATACGTAAGGAATAGAAATAGAAGACATAATCCCATCCCGTTACGTATCAGAGCACCTAAGACACACTTGTGAGGAGTCCACTCACGACCGCAACTAATCCTGGTTACCTGCAAGTTACCCATACGAAGAGCAACATTTCCAAGCAGAGGGGTGAGATTTCTCAAACAATAATATTAAGCATATAAATCATATAAAGTACATTCAACGACTTAAACATCTTATAATTCATTAATCATATCTAACAACTTAAACTTCATTAACTAGTGTCATTAATCTTCTTATATTGGTCGTAAAACTATTTCATACTAATCATAAACATCTTCATATATTATCAATTACTAATCTTAACATCATCATATAACATCAATTAATAGTCTCCAACAATCATCACATAACATCAATATTAATCACAAACGTCACCACATTTCATCAAACATTATTTATAAGCATCAACACCTAATATCAAATATAATCATAAGCATCATCATGTAATTTCACATAAGTATTATTATCAAAACATAGCATTACCGAAAACAACTTCATAATCAAATTCGTAATCAACTTCATATATCAACATAATTATAACTCACGTAACATCTTATCATAAATCATTCGTCTTCATTCATCATAGCACTTCATTAATAACTTATCAACTTGACATCTTAACAACTTGACAACTTGACATCTCAACATCTTAACAACTTCGACTCGACTATGCAACTTCTACTTCTCAAATCATCTTAAATCATCTTAGACATCTTCATTATGCATGTGGTACCATTCAACAAGTTTTCATCATCTAATCATCAAATCTCTCTCAAAACCCTAATTCTCAAATTCTCACAAACTCTCCCCAACTTGTTAGATGTAATCTAATGATTTAACAACTTAATATTAATGCAAGATAGTCTCACCCTCACCTTAGATTAATTCCTGAACCAGCAACAGCGTTCTTCTTTCCTAAGGTCTTCTCCTATTCTCTTGACTTTTCTCTTCTCTTCTATTCTTTCTTGTTCTCCTCTTTTCCAAAAAGCGGTTTAAGGTAAACTCTTTCTAACCTAAGCTTCTCTATTTATAATACTAAAATATTCTTCCCAAATCTATTTAGGCCCAACAACTTATTCTTCTTTCTATTCTAACCCCCAATTCCACTCACACTAATAATCCTCATAATCTTATTTATTTCTAAATTAAATATATCTCTCACAAATAACAAATATATTTCTACACCAAATAACAAATATATCTCTAACAAATAACAAATATATTTCTACACCAAATAACAAATATATCTCTAACAAATAACAAATATATTATTCTAGTAAATACCAACATATAACATAACAAAATATCACTCATCAAAATAAATCAACAAAATCATAAAAAGACATCTAATCTCAAAACTACCTCCAAATCTACTTACTCTAATAATTCTCATATTCTATTAAATAATAGAATAATGCCACATAATAAAATACTAACACCTTATCTATATATATATATAAATCACATAAATAGATTCTAACTTAATAAAAATAATTAAATAAAAGGAGGGCGTTACACCTGTCATGCCACCAAGAGTTATTTGTGTTGAAAATTCGGGAAATTCAGGTGCACCAACACTCAGAACATTTTCATTCCCCATTGGCATATAAGCATTAAACGGGGGTGTTTGAGATGGATATCCCATCATAGATCCATAATATGGATTAAAGTTTGGAACAGAGGATGACTGGTTGAAATTTGGTGCAAAACCAAAATTAGGTACACCATCTGGTCACAAATATAAACAAAAATTCATATTTTAAATTCAGTCAATAAATGATGTATGTTGTCTACAATAAAGACCACACACATCATTTATTGAATGAATCTAAAACATAGATTTTTGCTTATATTTGTGACCGGAGGGTGTATGTTTTGAGGACGTTGGTTGGAAAATTGATTTGGATTTTGATAATTGTTTTGATTTTGGTAGCTAAATAGGTAATTAGAAGAATTCTGGGTGTTCAAAGAATTATTATTGGGATCCATTTCACTAAAAAGAAGATTAAAACTTCAAAAGAAAAGCTAATAGAAAGATAATAATATTAAGATAGGGAAAATCTTCGTTTTTTTTTCTGTGTCCAAATCAAATGAACCAAGTCTCTAAAAAAAATCATGAATTTTGATTAAAAAAAATAAAAAAAAAAATCATTTGCAATGAAATAATTGAGTTTCAATAATTAAGATGAGATAAATTCAGCCAGCCAACCAGCAAGCGCCACGTGTTCCTTCTTATCCACCCACCTCTTCTCTCTCCGCGTCTGGCCCACACCCACTCGCGCCTGTCTGGCACGTGGGCAGCACGCGCTCTTTCCTCCACAATTTTTGCGCCGCGTGGGTTGCATATTCCGCCACTTTTCAGCATTCAACATGTTGAGAGTTTTCATCACCTCTCTTCCACGTCATTTTTCAACAAATTTCAACTCCCCATTGCACAACTACTAAGTGTTGAAATTGCCATTCAACACAACCATTGCAAATCGTCTTAATCACAAATAAAAATCCCGCAACATGTTCAGCGGAGAGAACTTAACGAAAAAAAGACAAAATGGATCAACAAAATAACATAATTTAATGTTGGAACTTGTGTTGGGGGTCTGCTGCAATAACTTGACCAAGAAGATGATGAAGATGACTATGATGAAGTGTGCACATAAATTCCAAAGATTTGTTGTATATCTTGATTGTTGGGAAGATGCTGCTGTACTTGAAACCTGAAAAGATTAATGGTTATGCATGCAAACTCAAAGCGTATGGGGTTGCCATACTAACCTTTAGGTTCGATTCGCCCCCACCAATAATTGTATATTGGATGCAATAAGGAATGACCGGCGAATCCCCTTCAGGATACTATGAGTTCCTTGACGTGTATTGCACAACCACACCAAGCGTATCTCCTAACAGTATTTTACAGATTTATGGTTCCAGCAATTCACTCATGCATTAGAGAATTGATGGATGATTTAGAGTAAGAGAATGATGGAGAATTATGTTGTTGTTCTTTTTTGTGTGTTTCCAACTAATGCCCAAATGCCAAACATTTATAGTGCATTATATGACTCTTCACATGAGAGAAAACACCCCTTTGACTTGAATCAATGCTATGATTCATTAAGCACCCATTTGCCAAAGATTATGATCATATACACTTGAATCAATGTTATGGTTCATTAAGCACCCTTTTACCAAAGGTTATAACCATATACACTTGAATCAATGTTATGGTTCATTAAGCACCCTTTTGCCAAGTGTTATAACCATATACATTTGAATCAATGCAAATGTTCATTAAGCATCTCTTTGCCAAAGGTTCCAATGTATATGAATGATTCCCATGAAGAGTTACAACTTTTGGTTCTAAAGTGATTCCATTATTTTGGAAATCACCAACAATCCCCCACCATTTTCAAAATACTAAATCACATAAATCCGGAAATTCCATGCCTTCAGATAATGGTATCTCGCGATTTGAACCATTACTTAGTAAGTTAAGTTTTCGCTCATTCCCAAATAGTATGGTAGGCAAGCTTTGAACCAACTATTCATTAGAACAAGTGTGCATAACTTACACATAGAATCTCGGTACCATTGATAAAGAGACTTGTAAGATGACACATTAAGAAGGCCTTGTGTCATATATCCCTTTTCATGAGAATTTAAGAGCAAACCCTTGAACTCCGTGAAGCGGCCAAACTTCATTCTCACATAGGTAGACTATATCGGAAATGCCCCATAAGTATGCATTCCAGCAAATATATGCTATATGTCCATTAAGAGGAAAACCTCATCCTACCCTTTTTCTTCTTATGGTCCAAGTACTTTTTCCCCTTGGGATGTTATCTATTGTCAAGTACTGCAATTACTCTAATAGTGTACTTTCACCATTGAACCCAAGACTTGATGCTACTCAAGTGTGGGTTGAGTTTCCACCATTGGTAATCAATTAGATTTGGGTTTGAACCACATCCCTAATAATGTCTTCGATGTATTCAACATCATTTCCAAAGACATCATTCCTTGTCAATCATTTCGTCAAATAATTGCAAGATTTTCTTTTAACTTTTATAAACTTTGAATATTCAATTCTTCACATAGATTTTGTATTCTCATAGCTATGTCTATGGATCAACTTATATACTCTTGATAGTATTCACCAACTATCATCAAACCATGACACACTTTTGTCAATTGAGTATATTGTAATAATGCACAAACCTTTTTGTCATTACACCTTTGCTATAACAATATTTAACATGCATTTCAATTTGAACTTCAACTTTTCTTTTATATCTAGCCAAGATATATCATACATTGAATGCATTAAACATACATAGCAAAATAAAAATTGATCATAAAAGAATGTCATAACCAAACTTCATAAGATGGGATTAAACATGTAAGTCATATACTCCACATAAAATTAAATATAACACAATCATTTTGATTTTAGTTATCATATAACTAATACATATATCATAAATTCATTGTGTTAAATTCAAGTTTATGTTTAAATATGTTCAATACTAAATTTCAATAAACAATGACATAGAAGAATAAACAATGAACCAAAATCATTAATATTTTCTATGACTTTCTTCCATGAACATATATCAACTTACAATAATTCAAAACATACCCAAATTATTTTAATATCATGATAAACAAGAAATTAACCATTACTTTTCATATTATCATGTAAATATAATATCAGCACAATATTAATGATAATAATTTCTTACACAAAGTAAATAATATCATTAAATCAACCACTTGATATTTTGACAATTTATCTACACTACTTTCATAAATAAAATAGTGTTTAAACATTCTTAACATATTACTATACTCATCAAAATTCATATACTTGAACAATTTCTAAATCATGTATATATATGTCACCACATGTTAAATCTAACATATTTATATTTACTTAGATACTATACACATGCATTTAGAACACCAAATATTATTTCATAATAGGTAATGTAATCACTTATATGCACATTATCTCATGTTCAAATTAACATTAAACAGATTTCAAACGATAAATTTTATACATATCAAAATTTATCATGCATATATTATCTACAACCACATGCAAATTTATCACAAACACATCATATATGAAATATTTATCCATAAATTTCCATAACATATATTCATAAAAGGAATTTGTTTACCGTTCACCGTAGTTATGGGTGAAAATATAAGCTTTCATCTCTTCCAAAAATTGTAACCATTAATCACAAGTAAATCATAAATCGAACCTAAAGATTGTTGGAACTTGTGTTGGGGGTCTGCTGCAATAACTTGACCAAGAAGATGATGAAGATGACTATGATGAAGTGTGCACATAAATTCCAAAGATTTGTTGTATATCTTGATTGTTGGGAAGATGCTGCTGTACTTGAAACCTGAAAAGATTAATGGTTATGCATGCAAACTCAAAGCGTATGGGGTTGCCATACTAACCTTTAGGTTCGATTCGCCCCCACCAATAATTGTATATTGGATGCAATAAGGAATGACCGGCGAATCCCCTTCAGGATACTATGAGTTCCTTGACGTGTATTGCACAACCACACCAAGCGTATCTCCTAACAGTATTTTACAGATTTATGGTTCCAGCAATTCACTCATGCATTAGAGAATTGATGGATGATTTAGAGTAAGAGAATGATGGAGAATTATGTTGTTGTTCTTTTTTGTGTGTTTCCAACTAATGCCCAAATGCCAAACATTTATAGTGCATTATATGACTCTTCACATGAGAGAAAACACCCCTTTGACTTGAATCAATGCTATGATTCATTAAGCACCCATTTGCCAAAGATTATGATCATATACACTTGAATCAATGTTATGGTTCATTAAGCACCCTTTTACCAAAGGTTATAACCATATACACTTGAATCAATGTTATGGTTCATTAAGCACCCTTTTGCCAAGTGTTATAACCATATACATTTGAATCAATGCAAATGTTCATTAAGCATCTCTTTGCCAAAGGTTCCAATGTATATGAATGATTCCCATGAAGAGTTACAACTTTTGGTTCTAAAGTGATTCCATTATTTTGGAAATCACCAACAATCCCCCACCATTTTCAAAATACTAAATCACATAAATCCGGAAATTCCATGCCTTCAGATAATGGTATCTCGCGATTTGAACCATTACTTAGTAAGTTAAGTTTTCGCTCATTCCCAAATAGTATGGTAGGCAAGCTTTGAACCAACTATTCATTAGAACAAGTGTGCATAACTTACACATAGAATCTCGGTACCATTGATAAAGAGACTTGTAAGATGACACATTAAGAAGGCCTTGTGTCATATATCCCTTTTCATGAGAATTTAAGAGCAAACCCTTAAACTCCGTGAAGCGGCCAAACTTCATTCTCACATAGGTAGACTATATCGGAAATGCCCCATAAGTATGCATTCCAGCAAATATATGCTATATGTCCATTAAGAGGAAAACCTCATCCTACCCTTTTTCTTCTTATGGTCCAAGTACTTTTTCCCCTTGGGATGTTATCTATTGTCAAGTACTTCAATTACTCTAATAGTGTACTTTCACCATTGAACCCAAGACTTGATGCTACTCAAGTGTGGGTTGAGTTTCCACCATTGGTAATCAATTAGATTTGGGTTTGAACCACATCCCTAATAATGTCTTCGATGTATTCAACATCATTTCCAAAGACATCATTCCTTGTCAATCATTTCGTCAAATAATTGCAAGATTTTCTTTTAACTTTTATAAACTTTGAATATTCAATTCTTCACATAGATTTTGTATTCTCATAGCTATGTCTATGGATCAACTTATATACTCTTGATAGTATTCACCAACTATCATCAAACCATGACACACTTTTGTCAATTGAGTATATTGTAATAATGCACAAACCTTTTTGTCATTACACCTTTGCTATAACAATATTTAACATGCATTTCAATTTGAACTTCAACTTTTCTTTTATATCTAGCCAAGATATATCATACATTGAATGCATTAAACATACATAGCAAAATAAAAATTGATCATAAAAGAATGTCATAACCAAACTTCATAAGATGGGATTAAACATGTAAGTCATATACTCCACATAAAATTAAATATAACACAATCATTTTGATTTTAGTTATCATATAACTAATACATATATCATAAATTCATTGTGTTAAATTCAAGTTTATGTTTAAATATGTTCAATACTAAATTTCAATAAACAATGACATAGAAGAATAAACAATGAACCAAAATCATTAATATTTTCTATGACTTTCTTCCATGAACATATATCAACTTACAATAATTCAAAACATACCCAAATTATTTTAATATCATGATAAACAAGAAATTAACCATTACTTTTCATATTATCATGTAAATATAATATCAGCACAATATTAATGATAATAATTTCTTACACAAAGTAAATAATATCATTAAATCAACCACTTGATATTTTGACAATTTATCTACACTACTTTCATAAATAAAATAGTGTTTAAACATTCTTAACATATTACTATACTCATCAAAATTCATATACTTGAACAATTTCTAAATCATGTATATATATGTCACCACATGTTAAATCTAACATATTTATATTTACTTAGATACTATACACATGCATTTAGAACACCAAATATTATTTCATAATAGGTAATGTAATCACTTATATGCACATTATCTCATGTTCAAATTAACATTAAACAGATTTCAAACGATAAATTTTATACATATCAAAATTTATCATGCATATATTATCTACAACCACATGCAAATTTATCACAAACACATCATATATGAAATATTTATCCATAAATTTCCATAACATATATTCATAAAAGGAATTTGTTTACCGTTCACCGTAGTTATGGGTGAAAATATAAGCTTTCATCTCTTCCAAAAATTGTAACCATTAATCACAAGTAAATCATAAATCGAACCTAAAGATTGTTGGAACTTGTGTTGGGGGTCTGCTGCAATAACTTGACCAAGAAGATGATGAAGATGACTATGATGAAGTGTGCACATAAATTCCAAAGATTTGTTGTATATCTTGATTGTTGGGAAGATGCTGCTGTACTTGAAACCTGAAAAGATTAATGGTTATGCATGCAAACTCAAAGCGTATGGGGTTGCCATACTAACCTTTAGGTTCGATTCGCCCCCACCAATAATTGTATATTGGATGCAATAAGGAATGACCGGCGAATCCCCTTCAGGATACTATGAGTTCCTTGACGTGTATTGCACAACCACACCAAGCGTATCTCCTAACAGTATTTTACAGATTTATGGTTCCAGCAATTCACTCATGCATTAGAGAATTGATGGATGATTTAGAGTAAGAGAATGATGGAGAATTATGTTGTTGTTCTTTTTTGTGTGTTTCCAACTAATGCCCAAATGCCAAACATTTATAGTGCATTATATGACTCTTCACATGAGAGAAAACACCCCTTTGACTTGAATCAATGCTATGATTCATTAAGCACCCATTTGCCAAAGATTATGATCATATACACTTGAATCAATGTTATGGTTCATTAAGCACCCTTTTACCAAAGGTTATAACCATATACACTTGAATCAATGTTATGGTTCATTAAGCACCCTTTTGCCAAGTGTTATAACCATATACATTTGAATCAATGCAAATGTTCATTAAGCATCTCTTTGCCAAAGGTTCCAATGTATATGAATGATTCCCATGAAGAGTTACAACTTTTGGTTCTAAAGTGATTCCATTATTTTGGAAATCACCAACAATCCCCCACCATTTTCAAAATACTAAATCACATAAATCCGGAAATTCCATGCCTTCAGATAATGGTATCTCGCGATTTGAACCATTACTTAGTAAGTTAAGTTTTCGCTCATTCCCAAATAGTATGGTAGGCAAGCTTTGAACCAACTATTCATTAGAACAAGTGTGCATAACTTACACATAGAATCTCGGTACCATTGATAAAGAGACTTGTAAGATGACACATTAAGAAGGCCTTGTGTCATATATCCCTTTTCATGAGAATTTAAGAGCAAACCCTTGAACTCCGTGAAGCGGCCAAACTTCATTCTCACATAGGTAGACTATATCGGAAATGCCCCATAAGTATGCATTCCAGCAAATATATGCTATATGTCCATTAAGAGGAAAACCTCATCCTACCCTTTTTCTTCTTATGGTCCAAGTACTTTTTCCCCTTGGGATGTTATCTATTGTCAAGTACTTCAATTACTCTAATAGTGTACTTTCACCATTGAACCCAAGACTTGATGCTACTCAAGTGTGGGTTGAGTTTCCACCATTGGTAATCAATTAGATTTGGGTTTGAACCACATCCCTAATAATGTCTTCGATGTATTCAACATCATTTCCAAAGACATCATTCCTTGTCAATCATTTCGTCAAATAATTGCAAGATTTTCTTTTAACTTTTATAAACTTTGAATATTCAATTCTTCACATAGATTTTGTATTCTCATAGCTATGTCTATGGATCAACTTATATACTCTTGATAGTATTCACCAACTATCATCAAACCATGACACACTTTTGTCAATTGAGTATATTGTAATAATGCACAAACCTTTTTGTCATTACACCTTTGCTATAACAATATTTAACATGCATTTCAATTTGAACTTCAACTTTTCTTTTATATCTAGCCAAGATATATCATACATTGAATGCATTAAACATACATAGCAAAATAAAAATTGATCATAAAAGAATGTCATAACCAAACTTCATAAGATGGGATTAAACATGTAAGTCATATACTCCACATAAAATTAAATATAACACAATCATTTTGATTTTAGTTATCATATAACTAATACATATATCATAAATTCATTGTGTTAAATTCAAGTTTATGTTTAAATATGTTCAATACTAAATTTCAATAAACAATGACATAGAAGAATAAACAATGAACCAAAATCATTAATATTTTCTATGACTTTCTTCCATGAACATATATCAACTTACAATAATTCAAAACATACCCAAATTATTTTAATATCATGATAAACAAGAAATTAACCATTACTTTTCATATTATCATGTAAATATAATATCAGCACAATATTAATGATAATAATTTCTTACACAAAGTAAATAATATCATTAAATCAACCACTTGATATTTTGACAATTTATCTACACTACTTTCATAAATAAAATAGTGTTTAAACATTCTTAACATATTACTATACTCATCAAAATTCATATACTTGAACAATTTCTAAATCATGTATATATATGTCACCACATGTTAAATCTAACATATTTATATTTACTTAGATACTATACACATGCATTTAGAACACCAAATATTATTTCATAATAGGTAATGTAATCACTTATATGCACATTATCTCATGTTCAAATTAACATTAAACAGATTTCAAACGATAAATTTTATACATATCAAAATTTATCATGCATATATTATCTACAACCACATGCAAATTTATCACAAACACATCATATATGAAATATTTATCCATAAATTTCCATAACATATATTCATAAAAGGAATTTGTTTACCGTTCACCGTAGTTATGGGTGAAAATATAAGCTTTCATCTCTTCCAAAAATTGTAACCATTAATCACAAGTAAATCATAAATCGAACCTAAAGATTGTTGGAACTTGTGTTGGGGGTCTGCTGCAATAACTTGACCAAGAAGATGATGAAGATGACTATGATGAAGTGTGCACATAAATTCCAAAGATTTGTTGTATATCTTGATTGTTGGGAAGATGCTGCTGTACTTGAAACCTGAAAAGATTAATGGTTATGCATGCAAACTCAAAGCGTATGGGGTTGCCATACTAACCTTTAGGTTCGATTCGCCCCCACCAATAATTGTATATTGGATGCAATAAGGAATGACCGGCGAATCCCCTTCAGGATACTATGAGTTCCTTGACGTGTATTGCACAACCACACCAAGCGTATCTCCTAACAGTATTTTACAGATTTATGGTTCCAGCAATTCACTCATGCATTAGAGAATTGATGGATGATTTAGAGTAAGAGAATGATGGAGAATTATGTTGTTGTTCTTTTTTGTGTGTTTCCAACTAATGCCCAAATGCCAAACATTTATAGTGCATTATATGACTCTTCACATGAGAGAAAACACCCCTTTGACTTGAATCAATGCTATGATTCATTAAGCACCCATTTGCCAAAGATTATGATCATATACACTTGAATCAATGTTATGGTTCATTAAGCACCCTTTTACCAAAGGTTATAACCATATACACTTGAATCAATGTTATGGTTCATTAAGCACCCTTTTGCCAAGTGTTATAACCATATACATTTGAATCAATGCAAATGTTCATTAAGCATCTCTTTGCCAAAGGTTCCAATGTATATGAATGATTCCCATGAAGAGTTACAACTTTTGGTTCTAAAGTGATTCCATTATTTTGGAAATCACCAACATTTAATTCAGTGGATTACTGAATTGAGGTCTAATATTGCAGACTGCCATGAAGTTCTTGGGAACTCATTATTTCTTATGGGAGAGATTGGAGGTAACGACTTCAATTATCCTTTATTTATACGAAGGAGCATAGCAGAGATTAAAACATACGTGCCACATGTAATCAATGCAATCACTTCAGCAATCAATGTAAGATTATTTTCTTTTACAAATCATATTATATGAGAGAGAAATGATATTTTGACAACTTTTGGACAACTTTCTCTCTCATACTTACATGATGTTGTTATCCTCTCTCTTCCCTTTTCTCTCTCCATTGTTTTTGACCAATAAAAAGTGAGAAAAACAAGATTGTCAACAAAGTTGTCATCAAATGGATGTCAAAATATCATTGCTCTATATGAAATATCTGACTAAATTACTACTTTGAATTTCAACTTTTCCAAGCATACTTAATTTTGTATTTTGTGTCTTCACAGGAGTTGATTGATCTAGGGGCACGCACACTCATGGTCCCTGGGAATTTCCCATTGGGATGCAATGCAATCTATTTAACAAAATATGAAACCACAGATAAAAATCAATATGACTCAGCTGGTTGCTTGAAATGGTTGAATGAATTTGCTGAATTTTATAATCAGGAGCTCCAATATGAGTTACATAGGCTAAGAAGAATTCATCCTCATGCTACTATCATTTATGCTGATTATTACAATGCTCTATTGCCATTATATCATAATCCCACAAAATTTGGTAATTCTACCCTCTCAACTTCTACTGTAAATTACCGCCTAACCTTGAAATTTGCTACTTTAACATTTAGACACATAGTATAATTGAGTTTAAACGTTAAAGATAGTTTTGTAAAGTTGAATTAGATCTAAAACCGGAAATGATAGTAAAGTCTATACTGGTTTAATTGAACTACTTTATTATCTAGGTACAAAGTCTAATATAATGCTCAATGTATTGTGTAAAATCCAAGATTGAAGAGTTTATAGAGAATGAGTTAGTTTAGGACATTATTTCACAACTAATGTGATGATTTTTAACTTTGATGTCAATGCAGGTTTTACAGGTCTCAAATGCTGTTGCGGGATGGGAGGTTCATATAATTTCGGATCAGAATCTTGTGGTAAACCAGGTGTGATTGCTTGTGATGATCCTTCTCAGTATATTGGATGGGATGGTGTTCATTTAACTGAGGCTGCTTATAGATTAATTGCTGATGGCATCATTAATGGACCATGTTCTGTTCCTCAATTTAGTAACTTGTGCTCCATGAATGTGAGCTATGAATATGGTCATTTCAATAGCTAG
Protein sequence

>MS.gene002553.t1

MASGSEHRWSTGTLQLLLVIMVSAPVFTAACSSYSSIFSFGDSIADTGNLYLISQPPSDHCFFPPYGQTYFHHPSGRCSDGRLIIDFIAESLGIPMVKPYLGIKNGVFEDKSAKEGANFAVIGATALDVSFFEERGVLNYNNNYSLSVQLNWFKEFLPSLCNSSKSKFSLIIELIDLGARTLMVPGNFPLGCNAIYLTKYETTDKNQYDSAGCLKWLNEFAEFYNQELQYELHRLRRIHPHATIIYADYYNALLPLYHNPTKFGFTGLKCCCGMGGSYNFGSESCGKPGVIACDDPSQYIGWDGVHLTEAAYRLIADGIINGPCSVPQFSNLCSMNVSYEYGHFNS