AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene26420

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene26420.t1 MTR_4g088015 89.195 435 47 0 1 435 1 435 0.0 742
MS.gene26420.t1 MTR_7g451170 71.605 405 115 0 31 435 1 405 0.0 586
MS.gene26420.t1 MTR_7g037260 66.389 360 112 2 76 435 1 351 1.78e-166 475
MS.gene26420.t1 MTR_7g037130 65.278 360 116 2 76 435 1 351 2.75e-165 473
MS.gene26420.t1 MTR_7g035350 48.998 449 170 6 31 426 1 443 1.03e-130 388
MS.gene26420.t1 MTR_1g057980 49.689 322 119 6 120 426 1 294 6.21e-89 275
MS.gene26420.t1 MTR_7g450950 44.179 335 156 6 63 393 13 320 2.93e-78 249
MS.gene26420.t1 MTR_3g077650 70.992 131 38 0 215 345 175 305 5.59e-58 199
MS.gene26420.t1 MTR_4g105660 67.717 127 41 0 219 345 178 304 1.08e-55 192
MS.gene26420.t1 MTR_5g070020 64.567 127 43 1 219 343 120 246 1.42e-52 182
MS.gene26420.t1 MTR_3g463400 62.963 135 45 2 219 348 131 265 1.86e-52 184
MS.gene26420.t1 MTR_5g049190 59.441 143 55 1 218 360 16 155 3.01e-51 175
MS.gene26420.t1 MTR_7g061330 59.259 108 44 0 213 320 105 212 1.95e-38 148
MS.gene26420.t1 MTR_7g461410 59.259 108 44 0 213 320 105 212 1.95e-38 148
MS.gene26420.t1 MTR_1g026870 55.556 108 48 0 213 320 77 184 3.18e-38 150
MS.gene26420.t1 MTR_7g061330 59.259 108 44 0 213 320 69 176 3.66e-38 147
MS.gene26420.t1 MTR_3g110028 55.556 108 48 0 213 320 77 184 8.88e-38 148
MS.gene26420.t1 MTR_7g035300 34.263 251 101 6 185 435 40 226 2.01e-35 132
MS.gene26420.t1 MTR_4g019370 54.455 101 46 0 220 320 37 137 2.75e-33 130
MS.gene26420.t1 MTR_5g010650 53.398 103 48 0 213 315 102 204 8.34e-33 131
MS.gene26420.t1 MTR_4g094982 50.495 101 50 0 220 320 4 104 6.88e-30 118
MS.gene26420.t1 MTR_3g101290 49.505 101 51 0 220 320 36 136 1.46e-29 116
MS.gene26420.t1 MTR_5g016510 51.485 101 49 0 220 320 4 104 6.05e-29 117
MS.gene26420.t1 MTR_5g082910 51.020 98 48 0 220 317 18 115 8.46e-28 113
MS.gene26420.t1 MTR_0008s0390 40.323 124 70 2 221 340 15 138 1.05e-25 106
MS.gene26420.t1 MTR_3g052450 46.154 104 55 1 218 320 39 142 1.88e-25 110
MS.gene26420.t1 MTR_5g029840 44.660 103 56 1 219 320 12 114 2.82e-25 107
MS.gene26420.t1 MTR_6g074860 42.063 126 71 1 221 346 4 127 2.85e-25 104
MS.gene26420.t1 MTR_2g064160 44.660 103 56 1 219 320 11 113 3.26e-25 106
MS.gene26420.t1 MTR_0008s0470 44.554 101 55 1 221 320 15 115 3.71e-25 105
MS.gene26420.t1 MTR_3g011610 40.764 157 73 5 170 323 4 143 7.78e-25 108
MS.gene26420.t1 MTR_5g041570 45.133 113 57 1 221 328 134 246 8.60e-25 107
MS.gene26420.t1 MTR_8g042410 47.664 107 54 2 219 323 37 143 8.72e-25 108
MS.gene26420.t1 MTR_3g052430 45.192 104 56 1 218 320 40 143 8.93e-25 108
MS.gene26420.t1 MTR_0251s0050 44.554 101 55 1 221 320 15 115 1.01e-24 103
MS.gene26420.t1 MTR_4g073420 47.273 110 54 2 221 329 14 120 1.22e-24 103
MS.gene26420.t1 MTR_4g082040 42.735 117 62 1 221 332 105 221 1.24e-24 106
MS.gene26420.t1 MTR_7g035075 39.669 121 72 1 215 334 10 130 1.79e-24 101
MS.gene26420.t1 MTR_8g017500 43.137 102 55 2 221 320 14 114 1.95e-24 104
MS.gene26420.t1 MTR_8g017440 43.137 102 55 2 221 320 14 114 3.98e-24 103
MS.gene26420.t1 MTR_6g027360 39.669 121 72 1 200 320 58 177 4.18e-24 103
MS.gene26420.t1 MTR_1g043050 36.810 163 91 4 221 381 14 166 4.70e-24 101
MS.gene26420.t1 MTR_2g011660 43.925 107 59 1 215 320 9 115 4.98e-24 103
MS.gene26420.t1 MTR_2g089450 41.739 115 64 2 221 334 14 126 5.84e-24 101
MS.gene26420.t1 MTR_2g089620 45.545 101 54 1 221 320 14 114 8.51e-24 102
MS.gene26420.t1 MTR_8g095390 44.554 101 55 1 221 320 14 114 8.86e-24 102
MS.gene26420.t1 MTR_6g027340 41.026 117 66 2 205 320 1 115 9.98e-24 99.4
MS.gene26420.t1 MTR_1g021230 45.946 111 54 2 221 330 59 164 1.06e-23 103
MS.gene26420.t1 MTR_8g017540 43.137 102 55 2 221 320 60 160 1.07e-23 103
MS.gene26420.t1 MTR_4g100720 45.361 97 52 1 221 316 15 111 1.13e-23 98.2
MS.gene26420.t1 MTR_4g478180 47.059 102 51 2 221 320 15 115 1.21e-23 102
MS.gene26420.t1 MTR_4g125520 41.739 115 64 2 221 332 14 128 1.26e-23 101
MS.gene26420.t1 MTR_4g029540 45.192 104 55 2 219 320 10 113 1.35e-23 101
MS.gene26420.t1 MTR_4g091490 42.991 107 60 1 215 320 9 115 1.95e-23 102
MS.gene26420.t1 MTR_4g105130 40.566 106 62 1 221 325 14 119 2.05e-23 102
MS.gene26420.t1 MTR_2g099740 43.137 102 55 2 221 320 14 114 2.34e-23 102
MS.gene26420.t1 MTR_7g086960 49.020 102 51 1 221 321 89 190 3.40e-23 101
MS.gene26420.t1 MTR_1g112760 41.121 107 60 2 221 325 15 120 3.83e-23 98.6
MS.gene26420.t1 MTR_6g009430 42.308 104 59 1 218 320 11 114 4.31e-23 100
MS.gene26420.t1 MTR_5g079670 44.231 104 57 1 218 320 10 113 4.54e-23 97.8
MS.gene26420.t1 MTR_3g097450 45.545 101 54 1 221 320 14 114 4.65e-23 99.8
MS.gene26420.t1 MTR_8g027345 47.423 97 50 1 221 316 14 110 4.76e-23 99.8
MS.gene26420.t1 MTR_3g077110 41.121 107 60 2 221 325 14 119 4.87e-23 100
MS.gene26420.t1 MTR_8g031360 48.000 100 46 2 221 316 15 112 5.26e-23 99.8
MS.gene26420.t1 MTR_3g089045 47.664 107 53 1 221 324 16 122 5.41e-23 99.4
MS.gene26420.t1 MTR_6g015455 47.000 100 53 0 220 319 4 103 6.78e-23 103
MS.gene26420.t1 MTR_2g089420 40.952 105 61 1 221 324 13 117 7.82e-23 101
MS.gene26420.t1 MTR_5g007370 44.118 102 54 2 221 320 14 114 7.92e-23 99.4
MS.gene26420.t1 MTR_6g006030 31.737 167 109 2 215 380 10 172 8.34e-23 97.1
MS.gene26420.t1 MTR_7g110830 41.584 101 58 1 221 320 14 114 8.86e-23 100
MS.gene26420.t1 MTR_6g027370 44.554 101 56 0 220 320 98 198 9.29e-23 100
MS.gene26420.t1 MTR_5g010020 45.361 97 52 1 221 316 14 110 9.53e-23 99.8
MS.gene26420.t1 MTR_1g100653 45.455 99 53 1 219 316 12 110 9.75e-23 99.0
MS.gene26420.t1 MTR_1g085640 40.594 101 59 1 221 320 14 114 1.01e-22 100
MS.gene26420.t1 MTR_7g096930 42.609 115 64 2 221 333 14 128 1.07e-22 98.2
MS.gene26420.t1 MTR_8g017340 44.660 103 53 3 221 320 14 115 1.15e-22 101
MS.gene26420.t1 MTR_4g063100 44.444 108 57 2 221 326 9 115 1.30e-22 97.4
MS.gene26420.t1 MTR_7g076740 48.980 98 46 3 221 315 14 110 1.60e-22 98.6
MS.gene26420.t1 MTR_7g117730 45.361 97 52 1 221 316 14 110 1.79e-22 97.1
MS.gene26420.t1 MTR_3g028740 44.554 101 55 1 221 320 24 124 1.98e-22 99.0
MS.gene26420.t1 MTR_8g098860 41.748 103 59 1 219 320 12 114 2.06e-22 98.6
MS.gene26420.t1 MTR_3g461490 40.385 104 61 1 218 320 11 114 2.81e-22 98.2
MS.gene26420.t1 MTR_4g102380 46.939 98 49 2 221 316 14 110 3.01e-22 97.1
MS.gene26420.t1 MTR_2g097910 41.584 101 58 1 221 320 22 122 3.22e-22 97.8
MS.gene26420.t1 MTR_1g008970 40.769 130 51 2 213 335 102 212 3.41e-22 96.3
MS.gene26420.t1 MTR_7g115650 42.708 96 54 1 221 315 14 109 3.49e-22 95.1
MS.gene26420.t1 MTR_1g085040 41.176 102 57 2 221 320 14 114 3.65e-22 98.6
MS.gene26420.t1 MTR_4g082290 43.119 109 57 2 221 328 14 118 3.93e-22 99.0
MS.gene26420.t1 MTR_8g017390 41.748 103 56 3 221 320 14 115 4.28e-22 99.8
MS.gene26420.t1 MTR_4g485530 41.509 106 61 1 221 325 14 119 5.01e-22 94.4
MS.gene26420.t1 MTR_8g017350 43.689 103 54 3 221 320 14 115 5.25e-22 100
MS.gene26420.t1 MTR_3g074520 44.118 102 54 2 221 320 14 114 6.16e-22 97.4
MS.gene26420.t1 MTR_8g006470 44.762 105 56 2 218 320 9 113 6.69e-22 96.3
MS.gene26420.t1 MTR_2g096380 40.146 137 75 4 219 353 6 137 8.51e-22 94.7
MS.gene26420.t1 MTR_1g043080 45.263 95 51 1 221 314 14 108 1.15e-21 94.7
MS.gene26420.t1 MTR_4g065017 39.130 115 64 2 207 320 10 119 1.16e-21 96.7
MS.gene26420.t1 MTR_4g082230 41.176 119 60 3 211 328 9 118 1.39e-21 97.4
MS.gene26420.t1 MTR_4g121460 42.574 101 57 1 221 320 14 114 1.44e-21 96.3
MS.gene26420.t1 MTR_5g078140 46.939 98 49 2 221 316 14 110 1.93e-21 95.5
MS.gene26420.t1 MTR_1g045610 46.875 96 48 2 221 314 23 117 2.52e-21 94.0
MS.gene26420.t1 MTR_7g111290 44.330 97 51 2 221 315 14 109 3.04e-21 95.9
MS.gene26420.t1 MTR_1g062940 34.831 178 93 6 218 380 5 174 3.26e-21 92.4
MS.gene26420.t1 MTR_1g073170 42.727 110 55 3 221 328 22 125 3.63e-21 93.6
MS.gene26420.t1 MTR_5g038910 37.500 128 75 2 193 320 3 125 4.14e-21 96.7
MS.gene26420.t1 MTR_7g010210 39.655 116 68 2 219 333 12 126 4.54e-21 94.7
MS.gene26420.t1 MTR_8g020490 43.299 97 54 1 221 316 10 106 5.23e-21 92.8
MS.gene26420.t1 MTR_7g010210 39.655 116 68 2 219 333 12 126 5.54e-21 93.2
MS.gene26420.t1 MTR_3g065440 45.918 98 50 2 221 316 14 110 8.02e-21 93.6
MS.gene26420.t1 MTR_5g042030 42.574 101 57 1 221 320 9 109 8.91e-21 93.2
MS.gene26420.t1 MTR_5g038910 37.500 128 75 2 193 320 3 125 1.19e-20 94.4
MS.gene26420.t1 MTR_2g034790 41.584 101 58 1 221 320 14 114 1.26e-20 93.6
MS.gene26420.t1 MTR_8g468380 41.237 97 57 0 224 320 25 121 1.36e-20 94.7
MS.gene26420.t1 MTR_2g067420 44.444 99 54 1 219 316 14 112 1.56e-20 93.2
MS.gene26420.t1 MTR_5g062790 43.137 102 56 2 221 320 11 112 1.74e-20 92.4
MS.gene26420.t1 MTR_1g110460 39.474 114 67 2 221 333 28 140 1.76e-20 92.8
MS.gene26420.t1 MTR_5g088610 43.689 103 56 2 221 321 11 113 1.95e-20 93.2
MS.gene26420.t1 MTR_5g088080 43.137 102 56 2 221 320 14 115 2.57e-20 91.3
MS.gene26420.t1 MTR_5g088150 43.137 102 56 2 221 320 14 115 2.57e-20 91.3
MS.gene26420.t1 MTR_5g488210 43.137 102 56 2 221 320 14 115 2.57e-20 91.3
MS.gene26420.t1 MTR_1g076150 40.171 117 63 3 221 335 14 125 2.61e-20 90.9
MS.gene26420.t1 MTR_5g088640 43.137 102 56 2 221 320 14 115 2.74e-20 91.3
MS.gene26420.t1 MTR_2g033170 34.667 150 91 3 193 341 4 147 2.74e-20 92.4
MS.gene26420.t1 MTR_7g017260 43.434 99 53 1 221 316 27 125 3.37e-20 90.9
MS.gene26420.t1 MTR_5g079290 38.679 106 64 1 221 325 19 124 3.63e-20 90.9
MS.gene26420.t1 MTR_5g488170 43.137 102 56 2 221 320 14 115 4.25e-20 90.1
MS.gene26420.t1 MTR_7g011170 41.414 99 57 1 219 316 12 110 4.59e-20 91.3
MS.gene26420.t1 MTR_6g012690 42.268 97 55 1 221 316 14 110 5.35e-20 92.0
MS.gene26420.t1 MTR_0197s0010 40.000 115 63 4 224 333 6 119 5.61e-20 89.4
MS.gene26420.t1 MTR_0001s0360 40.206 97 57 1 221 316 9 105 6.80e-20 89.7
MS.gene26420.t1 MTR_5g078950 39.000 100 60 1 221 319 9 108 8.62e-20 89.7
MS.gene26420.t1 MTR_3g083540 40.206 97 57 1 221 316 43 139 9.45e-20 90.5
MS.gene26420.t1 MTR_5g078910 38.318 107 65 1 215 320 3 109 1.01e-19 90.1
MS.gene26420.t1 MTR_2g088170 51.429 105 49 2 221 323 31 135 1.40e-19 92.0
MS.gene26420.t1 MTR_1g083630 41.818 110 58 2 212 320 10 114 1.43e-19 92.4
MS.gene26420.t1 MTR_5g079220 35.965 114 72 1 213 325 15 128 1.60e-19 89.0
MS.gene26420.t1 MTR_5g078930 41.237 97 56 1 221 316 11 107 1.62e-19 87.8
MS.gene26420.t1 MTR_1g017000 39.423 104 61 2 219 320 12 115 1.64e-19 88.6
MS.gene26420.t1 MTR_0063s0090 41.000 100 56 2 219 316 12 110 1.71e-19 87.8
MS.gene26420.t1 MTR_5g078860 40.594 101 59 1 221 320 9 109 2.08e-19 89.4
MS.gene26420.t1 MTR_0140s0030 39.806 103 61 1 219 320 13 115 2.57e-19 89.7
MS.gene26420.t1 MTR_0489s0020 39.806 103 61 1 219 320 13 115 2.57e-19 89.7
MS.gene26420.t1 MTR_6g012180 40.404 99 58 1 219 316 12 110 3.45e-19 89.0
MS.gene26420.t1 MTR_1g086530 33.582 134 87 2 210 341 23 156 6.91e-19 87.4
MS.gene26420.t1 MTR_8g060940 39.175 97 58 1 219 314 7 103 7.56e-19 86.3
MS.gene26420.t1 MTR_5g079120 41.584 101 58 1 221 320 63 163 8.60e-19 87.4
MS.gene26420.t1 MTR_0008s0280 40.206 97 57 1 221 316 14 110 1.19e-18 85.5
MS.gene26420.t1 MTR_4g097570 31.410 156 98 3 218 370 11 160 1.39e-18 86.7
MS.gene26420.t1 MTR_6g090405 35.484 124 74 3 219 340 12 131 1.85e-18 85.5
MS.gene26420.t1 MTR_5g078800 38.614 101 61 1 221 320 9 109 2.22e-18 85.5
MS.gene26420.t1 MTR_3g103570 37.903 124 73 3 218 337 11 134 3.24e-18 86.7
MS.gene26420.t1 MTR_3g039990 37.168 113 70 1 219 330 13 125 3.39e-18 85.9
MS.gene26420.t1 MTR_0193s0090 36.441 118 73 2 219 335 7 123 4.65e-18 83.2
MS.gene26420.t1 MTR_7g087130 39.806 103 61 1 219 320 12 114 5.06e-18 85.9
MS.gene26420.t1 MTR_1g086510 32.117 137 92 1 206 341 8 144 5.40e-18 84.3
MS.gene26420.t1 MTR_1g100667 38.095 105 64 1 221 324 15 119 9.01e-18 84.0
MS.gene26420.t1 MTR_4g097570 30.968 155 99 3 218 370 11 159 1.04e-17 84.0
MS.gene26420.t1 MTR_0247s0040 38.000 100 61 1 221 319 9 108 1.96e-17 80.5
MS.gene26420.t1 MTR_6g055910 37.037 108 67 1 221 327 16 123 2.14e-17 83.2
MS.gene26420.t1 MTR_7g111290 51.613 62 30 0 254 315 6 67 2.68e-17 83.6
MS.gene26420.t1 MTR_7g102110 37.143 105 64 2 218 320 11 115 3.25e-17 82.4
MS.gene26420.t1 MTR_5g014990 30.000 160 106 3 218 375 11 166 3.37e-17 82.8
MS.gene26420.t1 MTR_1g017140 34.677 124 70 3 218 330 11 134 5.04e-17 82.8
MS.gene26420.t1 MTR_2g095520 39.604 101 59 2 218 316 11 111 8.68e-17 82.0
MS.gene26420.t1 MTR_4g128670 40.594 101 58 2 218 316 11 111 1.85e-16 81.3
MS.gene26420.t1 MTR_7g061550 36.283 113 67 2 221 330 7 117 5.64e-16 80.1
MS.gene26420.t1 MTR_4g057635 37.143 105 62 3 219 320 12 115 6.00e-16 79.3
MS.gene26420.t1 MTR_4g123040 32.394 142 91 2 201 341 10 147 7.03e-16 79.0
MS.gene26420.t1 MTR_7g109320 45.361 97 52 1 221 316 14 110 8.93e-16 79.3
MS.gene26420.t1 MTR_4g063100 43.836 73 41 0 254 326 14 86 1.20e-15 76.6
MS.gene26420.t1 MTR_4g128190 39.806 103 49 3 219 320 11 101 1.49e-15 76.6
MS.gene26420.t1 MTR_6g055910 40.541 74 44 0 254 327 21 94 6.96e-15 75.1
MS.gene26420.t1 MTR_6g080360 26.772 254 158 8 76 314 162 402 7.31e-15 78.2
MS.gene26420.t1 MTR_6g080360 26.772 254 158 8 76 314 382 622 8.32e-15 78.2
MS.gene26420.t1 MTR_2g096380 38.000 100 58 2 254 353 23 118 1.32e-14 73.6
MS.gene26420.t1 MTR_1g085880 40.000 100 58 2 224 321 17 116 5.44e-13 68.2
MS.gene26420.t1 MTR_3g045430 30.841 107 73 1 215 320 9 115 1.04e-12 69.3
MS.gene26420.t1 MTR_1g085770 40.000 100 58 2 224 321 17 116 1.24e-12 69.3
MS.gene26420.t1 MTR_5g007300 38.667 75 45 1 221 294 66 140 7.10e-12 63.5
MS.gene26420.t1 MTR_7g115550 37.647 85 52 1 222 306 8 91 1.94e-11 67.0
MS.gene26420.t1 MTR_7g115550 37.647 85 52 1 222 306 8 91 3.21e-11 66.6
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene26420.t1 AT4G18770 67.939 131 42 0 215 345 211 341 9.24e-57 196
MS.gene26420.t1 AT3G27785 58.710 155 53 2 178 325 143 293 2.72e-53 186
MS.gene26420.t1 AT5G11050 50.000 188 75 3 218 388 102 287 3.17e-52 183
MS.gene26420.t1 AT5G58850 64.228 123 44 0 209 331 93 215 1.71e-49 176
MS.gene26420.t1 AT5G40360 59.375 128 50 1 219 344 156 283 3.77e-45 162
MS.gene26420.t1 AT2G25230 52.344 128 61 0 214 341 19 146 2.20e-37 138
MS.gene26420.t1 AT3G09370 57.407 108 46 0 213 320 122 229 2.98e-37 144
MS.gene26420.t1 AT3G09370 57.407 108 46 0 213 320 127 234 3.54e-37 144
MS.gene26420.t1 AT3G09370 57.407 108 46 0 213 320 135 242 4.87e-37 144
MS.gene26420.t1 AT5G02320 55.556 108 48 0 213 320 119 226 1.00e-36 143
MS.gene26420.t1 AT5G02320 55.556 108 48 0 213 320 119 226 1.00e-36 143
MS.gene26420.t1 AT5G02320 55.556 108 48 0 213 320 59 166 1.47e-36 142
MS.gene26420.t1 AT4G32730 52.778 108 51 0 213 320 79 186 6.09e-36 143
MS.gene26420.t1 AT4G32730 52.778 108 51 0 213 320 79 186 6.09e-36 143
MS.gene26420.t1 AT4G32730 52.778 108 51 0 213 320 79 186 6.09e-36 143
MS.gene26420.t1 AT4G32730 52.778 108 51 0 213 320 79 186 6.09e-36 143
MS.gene26420.t1 AT5G11510 51.852 108 52 0 213 320 73 180 6.69e-36 143
MS.gene26420.t1 AT5G11510 51.852 108 52 0 213 320 73 180 6.69e-36 143
MS.gene26420.t1 AT5G11510 51.852 108 52 0 213 320 73 180 6.69e-36 143
MS.gene26420.t1 AT5G11510 51.852 108 52 0 213 320 73 180 8.58e-36 142
MS.gene26420.t1 AT4G32730 52.778 108 51 0 213 320 79 186 9.26e-36 142
MS.gene26420.t1 AT5G11510 51.852 108 52 0 213 320 73 180 1.03e-35 142
MS.gene26420.t1 AT5G40430 47.328 131 68 1 214 344 47 176 3.55e-35 132
MS.gene26420.t1 AT4G00540 49.219 128 61 2 198 321 79 206 1.44e-32 129
MS.gene26420.t1 AT4G00540 49.219 128 61 2 198 321 77 204 4.32e-32 128
MS.gene26420.t1 AT3G55730 51.818 110 53 0 220 329 55 164 9.18e-32 127
MS.gene26420.t1 AT3G09230 48.739 119 61 0 220 338 54 172 7.22e-31 124
MS.gene26420.t1 AT2G23290 50.000 106 53 0 215 320 7 112 1.05e-27 113
MS.gene26420.t1 AT3G11440 39.568 139 82 2 187 323 9 147 1.13e-27 116
MS.gene26420.t1 AT4G37260 49.505 101 51 0 220 320 12 112 1.16e-27 113
MS.gene26420.t1 AT3G11440 39.568 139 82 2 187 323 9 147 2.38e-27 116
MS.gene26420.t1 AT3G11440 39.568 139 82 2 187 323 9 147 2.38e-27 116
MS.gene26420.t1 AT3G11440 39.568 139 82 2 187 323 9 147 2.38e-27 116
MS.gene26420.t1 AT5G67300 45.455 110 60 0 220 329 5 114 3.68e-27 111
MS.gene26420.t1 AT3G50060 45.545 101 55 0 220 320 5 105 1.89e-26 109
MS.gene26420.t1 AT4G33450 46.903 113 58 1 215 327 13 123 2.13e-26 108
MS.gene26420.t1 AT1G74430 48.113 106 54 1 221 325 14 119 3.88e-26 108
MS.gene26420.t1 AT1G57560 33.333 198 113 5 221 408 14 202 5.71e-26 108
MS.gene26420.t1 AT4G38620 37.288 177 101 3 221 390 14 187 5.90e-26 107
MS.gene26420.t1 AT3G13890 43.689 103 57 1 219 320 12 114 9.02e-26 108
MS.gene26420.t1 AT1G17950 37.415 147 87 2 221 364 5 149 9.15e-26 106
MS.gene26420.t1 AT3G29020 47.000 100 53 0 221 320 65 164 1.23e-25 105
MS.gene26420.t1 AT3G29020 47.000 100 53 0 221 320 67 166 1.30e-25 107
MS.gene26420.t1 AT5G06100 45.714 105 55 2 221 323 34 138 1.63e-25 109
MS.gene26420.t1 AT4G28110 45.631 103 55 1 219 320 12 114 1.86e-25 106
MS.gene26420.t1 AT3G28470 45.000 100 54 1 218 316 11 110 2.54e-25 106
MS.gene26420.t1 AT5G06100 45.714 105 55 2 221 323 34 138 3.49e-25 109
MS.gene26420.t1 AT5G06100 45.714 105 55 2 221 323 34 138 3.49e-25 109
MS.gene26420.t1 AT5G06100 45.714 105 55 2 221 323 34 138 3.49e-25 109
MS.gene26420.t1 AT5G06100 45.714 105 55 2 221 323 34 138 3.49e-25 109
MS.gene26420.t1 AT1G69560 45.631 103 56 0 218 320 120 222 4.17e-25 106
MS.gene26420.t1 AT1G69560 45.631 103 56 0 218 320 104 206 4.61e-25 106
MS.gene26420.t1 AT5G55020 45.455 110 57 2 214 320 19 128 5.19e-25 108
MS.gene26420.t1 AT2G39880 43.396 106 60 0 220 325 49 154 7.94e-25 106
MS.gene26420.t1 AT4G26930 45.545 101 54 1 221 320 21 121 9.06e-25 106
MS.gene26420.t1 AT3G12720 45.098 102 53 2 221 320 24 124 1.15e-24 104
MS.gene26420.t1 AT2G32460 48.571 105 52 2 221 323 20 124 1.15e-24 107
MS.gene26420.t1 AT2G26960 46.154 104 55 1 218 320 19 122 1.17e-24 106
MS.gene26420.t1 AT2G32460 48.571 105 52 2 221 323 8 112 1.29e-24 107
MS.gene26420.t1 AT3G13890 40.909 110 55 1 221 320 14 123 1.37e-24 105
MS.gene26420.t1 AT3G08500 33.945 218 127 5 217 419 28 243 1.46e-24 105
MS.gene26420.t1 AT4G05100 45.714 105 56 1 221 324 15 119 1.74e-24 104
MS.gene26420.t1 AT1G22640 46.535 101 53 1 221 320 14 114 2.19e-24 102
MS.gene26420.t1 AT5G17800 33.333 186 116 2 221 406 93 270 2.27e-24 104
MS.gene26420.t1 AT1G26780 47.000 100 53 0 221 320 98 197 2.38e-24 103
MS.gene26420.t1 AT1G26780 47.000 100 53 0 221 320 98 197 2.69e-24 104
MS.gene26420.t1 AT4G09460 33.981 206 106 6 221 425 14 190 3.06e-24 101
MS.gene26420.t1 AT5G14750 46.392 97 51 1 221 316 18 114 3.40e-24 100
MS.gene26420.t1 AT2G31180 31.551 187 112 5 221 405 14 186 6.93e-24 101
MS.gene26420.t1 AT5G40330 41.593 113 61 2 221 332 14 122 6.99e-24 100
MS.gene26420.t1 AT3G61250 49.485 97 46 2 221 315 14 109 1.91e-23 100
MS.gene26420.t1 AT3G27920 44.330 97 53 1 221 316 16 112 2.41e-23 99.0
MS.gene26420.t1 AT4G21440 45.545 101 54 1 221 320 14 114 2.45e-23 101
MS.gene26420.t1 AT5G12870 43.810 105 58 1 221 324 20 124 4.60e-23 99.4
MS.gene26420.t1 AT1G09540 42.342 111 58 3 221 329 14 120 5.41e-23 100
MS.gene26420.t1 AT1G35515 42.727 110 59 2 221 329 14 120 5.76e-23 97.4
MS.gene26420.t1 AT5G16770 45.545 101 54 1 221 320 14 114 8.57e-23 99.8
MS.gene26420.t1 AT5G16770 45.545 101 54 1 221 320 14 114 8.57e-23 99.8
MS.gene26420.t1 AT5G16770 45.545 101 54 1 221 320 14 114 9.46e-23 99.8
MS.gene26420.t1 AT5G16770 45.545 101 54 1 221 320 14 114 9.46e-23 99.8
MS.gene26420.t1 AT1G57560 41.121 107 60 2 221 325 14 119 1.14e-22 98.2
MS.gene26420.t1 AT2G47190 41.818 110 63 1 206 314 7 116 1.27e-22 98.2
MS.gene26420.t1 AT1G34670 43.564 101 56 1 221 320 14 114 1.40e-22 99.8
MS.gene26420.t1 AT1G18710 41.509 106 61 1 221 325 14 119 1.96e-22 97.4
MS.gene26420.t1 AT5G60890 43.925 107 59 1 215 320 8 114 2.00e-22 98.2
MS.gene26420.t1 AT4G01680 40.594 101 59 1 221 320 14 114 2.04e-22 99.0
MS.gene26420.t1 AT4G01680 40.594 101 59 1 221 320 14 114 2.15e-22 96.7
MS.gene26420.t1 AT2G16720 32.597 181 96 4 221 389 14 180 2.35e-22 97.1
MS.gene26420.t1 AT5G59780 42.017 119 65 3 212 328 1 117 2.61e-22 96.3
MS.gene26420.t1 AT5G35550 42.574 101 57 1 221 320 16 116 3.35e-22 96.7
MS.gene26420.t1 AT4G12350 44.000 100 53 2 219 316 12 110 3.49e-22 97.1
MS.gene26420.t1 AT3G13540 40.594 101 59 1 221 320 25 125 3.73e-22 96.3
MS.gene26420.t1 AT2G26950 39.024 123 65 3 207 324 5 122 3.80e-22 99.0
MS.gene26420.t1 AT3G02940 44.554 101 55 1 221 320 14 114 4.01e-22 97.4
MS.gene26420.t1 AT3G46130 45.455 110 56 3 221 328 11 118 4.02e-22 96.3
MS.gene26420.t1 AT4G34990 44.554 101 55 1 221 320 14 114 4.09e-22 96.7
MS.gene26420.t1 AT5G10280 42.056 107 59 2 216 320 9 114 4.92e-22 97.8
MS.gene26420.t1 AT5G54230 44.444 99 54 1 219 316 12 110 4.98e-22 97.4
MS.gene26420.t1 AT3G24310 40.336 119 68 2 221 337 20 137 5.26e-22 96.3
MS.gene26420.t1 AT3G02940 44.554 101 55 1 221 320 14 114 5.49e-22 97.4
MS.gene26420.t1 AT3G02940 44.554 101 55 1 221 320 14 114 5.49e-22 97.4
MS.gene26420.t1 AT5G26660 35.172 145 88 4 221 361 14 156 6.92e-22 97.4
MS.gene26420.t1 AT3G30210 44.737 114 56 3 221 333 29 136 8.78e-22 95.9
MS.gene26420.t1 AT1G14350 32.895 152 92 2 224 365 28 179 8.91e-22 98.2
MS.gene26420.t1 AT1G14350 32.895 152 92 2 224 365 28 179 8.91e-22 98.2
MS.gene26420.t1 AT1G18570 43.396 106 59 1 221 325 15 120 9.35e-22 97.1
MS.gene26420.t1 AT5G62470 32.051 156 87 1 219 355 12 167 1.13e-21 97.1
MS.gene26420.t1 AT1G63910 41.748 103 59 1 219 320 12 114 1.30e-21 97.1
MS.gene26420.t1 AT4G13480 41.176 119 67 2 221 337 8 125 1.49e-21 94.7
MS.gene26420.t1 AT5G56110 41.346 104 60 1 218 320 11 114 1.58e-21 95.9
MS.gene26420.t1 AT1G06180 42.342 111 59 3 221 327 14 123 1.77e-21 94.0
MS.gene26420.t1 AT3G01530 42.202 109 60 2 215 321 21 128 2.03e-21 92.8
MS.gene26420.t1 AT1G66230 45.918 98 50 2 221 316 14 110 2.16e-21 94.7
MS.gene26420.t1 AT3G23250 44.211 95 52 1 221 314 14 108 2.28e-21 94.7
MS.gene26420.t1 AT2G47460 35.135 148 93 2 219 363 12 159 2.34e-21 96.3
MS.gene26420.t1 AT4G22680 44.000 100 53 2 219 316 12 110 2.69e-21 94.0
MS.gene26420.t1 AT5G52600 38.983 118 70 2 219 334 12 129 2.69e-21 92.4
MS.gene26420.t1 AT5G65230 42.157 102 56 2 221 320 14 114 3.53e-21 94.7
MS.gene26420.t1 AT3G60460 43.519 108 59 2 215 320 7 114 3.61e-21 94.4
MS.gene26420.t1 AT5G39700 43.434 99 56 0 222 320 57 155 4.26e-21 91.7
MS.gene26420.t1 AT4G17785 39.815 108 62 2 215 320 9 115 6.02e-21 94.7
MS.gene26420.t1 AT4G17785 39.815 108 62 2 215 320 9 115 6.34e-21 94.7
MS.gene26420.t1 AT4G01680 36.283 113 59 1 221 320 14 126 6.62e-21 94.7
MS.gene26420.t1 AT3G53200 34.146 164 97 5 215 369 5 166 9.65e-21 91.7
MS.gene26420.t1 AT5G07690 45.361 97 52 1 221 316 14 110 1.24e-20 93.6
MS.gene26420.t1 AT1G73410 45.000 100 55 0 221 320 6 105 1.64e-20 91.3
MS.gene26420.t1 AT3G27810 37.121 132 79 2 216 346 17 145 1.83e-20 90.9
MS.gene26420.t1 AT3G62610 41.441 111 62 2 219 326 12 122 1.98e-20 93.2
MS.gene26420.t1 AT1G73410 45.000 100 55 0 221 320 6 105 2.15e-20 89.7
MS.gene26420.t1 AT5G40350 40.000 110 65 1 216 324 14 123 2.47e-20 90.1
MS.gene26420.t1 AT1G74080 45.361 97 52 1 221 316 14 110 2.84e-20 92.4
MS.gene26420.t1 AT1G68320 36.975 119 74 1 216 333 16 134 3.17e-20 91.3
MS.gene26420.t1 AT5G07700 43.299 97 54 1 221 316 14 110 3.86e-20 92.0
MS.gene26420.t1 AT5G07700 43.299 97 54 1 221 316 14 110 3.86e-20 92.0
MS.gene26420.t1 AT3G47600 37.391 115 71 1 219 332 12 126 4.33e-20 92.0
MS.gene26420.t1 AT5G62470 31.847 157 87 2 219 355 12 168 4.35e-20 92.0
MS.gene26420.t1 AT1G25340 41.667 108 61 2 221 327 20 126 6.89e-20 90.5
MS.gene26420.t1 AT5G61420 43.299 97 54 1 221 316 14 110 7.00e-20 91.7
MS.gene26420.t1 AT3G48920 40.000 115 62 2 221 328 20 134 1.04e-19 89.4
MS.gene26420.t1 AT5G14340 41.176 102 57 2 221 320 26 126 1.38e-19 89.4
MS.gene26420.t1 AT1G25340 41.121 107 58 2 221 327 20 121 1.82e-19 89.0
MS.gene26420.t1 AT1G79180 39.252 107 64 1 219 324 14 120 2.20e-19 89.0
MS.gene26420.t1 AT1G48000 37.097 124 77 1 219 341 32 155 2.33e-19 87.8
MS.gene26420.t1 AT5G49330 41.237 97 56 1 221 316 14 110 3.26e-19 89.4
MS.gene26420.t1 AT3G01140 42.708 96 54 1 221 315 14 109 3.41e-19 89.4
MS.gene26420.t1 AT1G56160 41.346 104 57 3 216 316 10 112 3.43e-19 88.6
MS.gene26420.t1 AT1G25340 41.121 107 58 2 221 327 20 121 4.21e-19 88.6
MS.gene26420.t1 AT3G01140 42.708 96 54 1 221 315 57 152 4.48e-19 89.7
MS.gene26420.t1 AT5G15310 38.318 107 65 1 219 324 12 118 5.03e-19 88.6
MS.gene26420.t1 AT1G66370 40.206 97 57 1 221 316 10 106 5.56e-19 87.0
MS.gene26420.t1 AT5G15310 39.048 105 63 1 221 324 14 118 5.60e-19 88.2
MS.gene26420.t1 AT5G35550 44.048 84 45 1 247 328 44 127 6.14e-19 87.0
MS.gene26420.t1 AT5G62320 42.202 109 53 3 221 320 15 122 7.76e-19 86.7
MS.gene26420.t1 AT5G15310 40.404 99 58 1 219 316 12 110 7.91e-19 86.7
MS.gene26420.t1 AT1G16490 35.043 117 75 1 219 334 14 130 1.43e-18 86.3
MS.gene26420.t1 AT1G74650 41.414 99 57 1 219 316 12 110 1.76e-18 87.0
MS.gene26420.t1 AT5G26660 33.083 133 75 3 231 361 5 125 2.18e-18 86.7
MS.gene26420.t1 AT2G02820 33.099 142 85 4 205 338 16 155 2.20e-18 88.6
MS.gene26420.t1 AT3G28910 38.938 113 64 2 219 330 12 120 2.22e-18 86.7
MS.gene26420.t1 AT5G14750 40.476 84 50 0 254 337 18 101 2.89e-18 82.8
MS.gene26420.t1 AT5G16600 43.878 98 52 2 221 316 14 110 3.39e-18 86.3
MS.gene26420.t1 AT5G49620 36.800 125 78 1 218 341 25 149 3.49e-18 85.9
MS.gene26420.t1 AT2G02820 33.099 142 85 4 205 338 16 155 3.58e-18 87.4
MS.gene26420.t1 AT4G25560 41.237 97 56 1 221 316 12 108 3.94e-18 85.1
MS.gene26420.t1 AT1G08810 39.474 114 64 2 219 331 12 121 4.05e-18 85.1
MS.gene26420.t1 AT5G57620 36.522 115 71 2 218 330 11 125 4.64e-18 85.9
MS.gene26420.t1 AT2G02820 35.455 110 69 1 205 314 16 123 6.66e-18 85.5
MS.gene26420.t1 AT3G06490 34.722 144 90 2 199 341 2 142 1.06e-17 84.7
MS.gene26420.t1 AT5G23000 38.095 105 61 2 219 320 12 115 2.23e-17 84.0
MS.gene26420.t1 AT1G66380 43.299 97 54 1 221 316 10 106 2.77e-17 79.0
MS.gene26420.t1 AT5G65790 34.043 141 77 3 218 356 11 137 2.92e-17 84.0
MS.gene26420.t1 AT4G37780 38.235 102 61 2 221 320 14 115 3.55e-17 82.8
MS.gene26420.t1 AT3G12820 38.532 109 64 2 219 325 14 121 8.73e-17 80.5
MS.gene26420.t1 AT1G56650 42.268 97 55 1 221 316 10 106 1.02e-16 80.5
MS.gene26420.t1 AT2G36890 39.048 105 62 1 218 320 11 115 1.55e-16 80.9
MS.gene26420.t1 AT2G36890 39.623 106 60 3 218 320 52 156 2.67e-16 80.9
MS.gene26420.t1 AT3G49690 38.053 113 66 3 218 326 11 123 3.34e-16 80.1
MS.gene26420.t1 AT3G27810 40.860 93 52 1 254 346 7 96 1.14e-15 75.5
MS.gene26420.t1 AT3G12820 47.222 72 38 0 254 325 2 73 1.18e-15 75.9
MS.gene26420.t1 AT1G66390 42.268 97 55 1 221 316 10 106 1.42e-15 77.0
MS.gene26420.t1 AT5G52260 39.623 106 61 2 221 324 14 118 1.51e-15 77.4
MS.gene26420.t1 AT3G18100 38.835 103 61 2 213 314 487 588 1.67e-15 80.1
MS.gene26420.t1 AT3G18100 39.362 94 57 0 221 314 546 639 2.47e-15 79.7
MS.gene26420.t1 AT3G18100 36.449 107 66 2 215 319 436 542 1.26e-11 67.8
MS.gene26420.t1 AT3G53200 35.772 123 71 3 254 369 12 133 2.35e-15 75.5
MS.gene26420.t1 AT3G18100 38.835 103 61 2 213 314 439 540 3.05e-15 79.3
MS.gene26420.t1 AT3G18100 39.362 94 57 0 221 314 498 591 4.29e-15 79.0
MS.gene26420.t1 AT3G18100 36.449 107 66 2 215 319 388 494 2.19e-11 67.0
MS.gene26420.t1 AT1G79180 30.000 140 64 1 219 324 14 153 3.26e-15 77.4
MS.gene26420.t1 AT3G18100 38.835 103 61 2 213 314 326 427 3.77e-15 79.0
MS.gene26420.t1 AT3G18100 39.362 94 57 0 221 314 385 478 5.12e-15 78.6
MS.gene26420.t1 AT3G18100 36.449 107 66 2 215 319 275 381 3.25e-11 66.2
MS.gene26420.t1 AT3G18100 39.000 100 59 2 216 314 277 375 4.55e-15 78.6
MS.gene26420.t1 AT3G18100 39.362 94 57 0 221 314 333 426 6.47e-15 78.2
MS.gene26420.t1 AT3G18100 36.449 107 66 2 215 319 223 329 4.24e-11 65.9
MS.gene26420.t1 AT5G49620 33.094 139 78 2 218 341 25 163 4.76e-15 76.6
MS.gene26420.t1 AT2G37630 37.383 107 64 1 223 326 6 112 5.33e-15 77.0
MS.gene26420.t1 AT1G22640 50.820 61 30 0 265 325 2 62 5.97e-15 73.9
MS.gene26420.t1 AT3G47600 40.506 79 47 0 254 332 42 120 7.66e-15 76.3
MS.gene26420.t1 AT5G40350 45.070 71 39 0 254 324 8 78 9.01e-15 72.8
MS.gene26420.t1 AT5G59780 44.000 75 41 1 254 328 23 96 1.31e-14 73.6
MS.gene26420.t1 AT3G46130 41.176 85 47 2 246 328 3 86 1.96e-14 73.2
MS.gene26420.t1 AT3G46130 44.000 75 41 1 254 328 23 96 3.54e-14 72.8
MS.gene26420.t1 AT1G14350 29.927 137 73 3 239 365 13 136 1.21e-13 73.2
MS.gene26420.t1 AT1G14350 29.927 137 73 3 239 365 13 136 1.21e-13 73.2
MS.gene26420.t1 AT5G14750 36.986 73 46 0 265 337 2 74 5.36e-13 67.0
MS.gene26420.t1 AT5G14750 36.986 73 46 0 265 337 2 74 5.36e-13 67.0
MS.gene26420.t1 AT1G71030 36.765 68 43 0 257 324 5 72 6.00e-13 67.8
MS.gene26420.t1 AT1G71030 36.765 68 43 0 257 324 19 86 6.27e-13 68.2
MS.gene26420.t1 AT3G23250 50.000 50 25 0 265 314 2 51 3.54e-11 63.5
MS.gene26420.t1 AT1G09770 37.647 85 52 1 222 306 8 91 4.30e-11 66.2

Find 144 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
AAATCATTGCAATCGATTTA+AGG 0.126451 4.4:+24805149 MS.gene26420:CDS
CTCTCTGAGCTTTCAAAGTT+TGG 0.135302 4.4:-24811370 None:intergenic
CTTTCATGTGCTTCGCAATC+TGG 0.148451 4.4:-24805931 None:intergenic
TCTACGAGCATGATGAAATT+TGG 0.151851 4.4:+24811340 MS.gene26420:CDS
CTCTACCTCGCCGGTTGCTT+GGG 0.182034 4.4:-24823284 None:intergenic
TAAATCGATTGCAATGATTT+TGG 0.193952 4.4:-24805146 None:intergenic
CCATTGACCCTTGATTATAT+TGG 0.221364 4.4:-24805640 None:intergenic
GATTCTTTCTCTTAGCATTA+TGG 0.266001 4.4:-24811228 None:intergenic
CATTGACCCTTGATTATATT+GGG 0.267345 4.4:-24805639 None:intergenic
TTCAATTGGTGAATCACTTT+GGG 0.274000 4.4:+24805894 MS.gene26420:CDS
AAATCAATTTCCTGCTTCAT+AGG 0.287051 4.4:-24811547 None:intergenic
AGTGGTGGTTAGCCTTGTTC+AGG 0.290548 4.4:-24805179 None:intergenic
TACCCATCAATTTCCTCCTT+TGG 0.293705 4.4:-24811421 None:intergenic
ACGACAATGAGTTGTGATTT+TGG 0.300595 4.4:+24811493 MS.gene26420:CDS
GTGGTTCTTGATTGAGTTCT+CGG 0.303000 4.4:-24811185 None:intergenic
GCTCTACCTCGCCGGTTGCT+TGG 0.304887 4.4:-24823285 None:intergenic
CCATCTTCGTCCGGACATTA+AGG 0.308704 4.4:+24805991 MS.gene26420:CDS
GCTCGAAATCCAATGATCTT+TGG 0.313622 4.4:+24805309 MS.gene26420:CDS
TCAACCTTTGCCGCCGGCGA+TGG 0.317735 4.4:-24823449 None:intergenic
TAGGAAGGGGTTTGGATCAT+AGG 0.325274 4.4:-24805243 None:intergenic
TATGATTGTAGAAGGATTCA+TGG 0.325747 4.4:+24811074 MS.gene26420:intron
TCTCTGAGCTTTCAAAGTTT+GGG 0.346767 4.4:-24811369 None:intergenic
TGATGCTAAGGAAGCCAAAA+AGG 0.352048 4.4:+24811303 MS.gene26420:CDS
GATGGAATGGCAAGCGGATC+TGG 0.357048 4.4:+24811469 MS.gene26420:CDS
ATCACTTTGGGCTTAGAAAA+TGG 0.360055 4.4:+24805906 MS.gene26420:CDS
CTACGAGCATGATGAAATTT+GGG 0.360944 4.4:+24811341 MS.gene26420:CDS
TTGTAGGGTTCTTGTTCAAT+TGG 0.374968 4.4:+24805880 MS.gene26420:intron
GAAGCAGGAAATTGATTTCA+TGG 0.382589 4.4:+24811552 MS.gene26420:CDS
CTCGAAATCCAATGATCTTT+GGG 0.385296 4.4:+24805310 MS.gene26420:CDS
GTTCAATTGGTGAATCACTT+TGG 0.387935 4.4:+24805893 MS.gene26420:CDS
CTTTCATGCAATGGTGGAAC+TGG 0.388962 4.4:+24805522 MS.gene26420:CDS
CAGCCTTGTAGGAAGGGGTT+TGG 0.390076 4.4:-24805251 None:intergenic
ACTACTCTTGAAATACATAA+TGG 0.390329 4.4:+24811273 MS.gene26420:CDS
CAACCTTTGCCGCCGGCGAT+GGG 0.396623 4.4:-24823448 None:intergenic
TGGGCCAAACTATAACAAAA+TGG 0.396721 4.4:+24805329 MS.gene26420:CDS
ATCGAAGCTCACAAGATAGT+TGG 0.400435 4.4:+24811121 MS.gene26420:CDS
TAGTTTGGCCCAAAGATCAT+TGG 0.415096 4.4:-24805318 None:intergenic
TTTCATGTGCTTCGCAATCT+GGG 0.428385 4.4:-24805930 None:intergenic
CTTAGCATTATGGCGGCGCT+TGG 0.439433 4.4:-24811218 None:intergenic
AAGCACATGAAAGGCAGGAT+TGG 0.441511 4.4:+24805941 MS.gene26420:CDS
AAAATTTCCTTACCTTTCTA+GGG 0.441601 4.4:+24805017 MS.gene26420:CDS
GATCTAGAGCAAGAGATAAC+CGG 0.448629 4.4:+24823403 MS.gene26420:CDS
ATTGGTGTACACAGCCTTGT+AGG 0.450738 4.4:-24805262 None:intergenic
TAATGCTAAGAGAAAGAATC+GGG 0.451133 4.4:+24811231 MS.gene26420:CDS
GGGGTTTGGATCATAGGAAA+TGG 0.453403 4.4:-24805237 None:intergenic
GTGGTGGTTAGCCTTGTTCA+GGG 0.453612 4.4:-24805178 None:intergenic
CCAATATAATCAAGGGTCAA+TGG 0.453640 4.4:+24805640 MS.gene26420:CDS
AGCACATGAAAGGCAGGATT+GGG 0.455222 4.4:+24805942 MS.gene26420:CDS
TCTTGCTCTAGATCTACTCT+TGG 0.455437 4.4:-24823394 None:intergenic
CCACCCATCGCCGGCGGCAA+AGG 0.461674 4.4:+24823445 MS.gene26420:CDS
TCCTGCTTCATAGGAACCTC+GGG 0.461845 4.4:-24811538 None:intergenic
TGATGAAACTTCACAATCTC+GGG 0.463607 4.4:+24805422 MS.gene26420:CDS
AATCCAAAGGAGGAAATTGA+TGG 0.465372 4.4:+24811418 MS.gene26420:CDS
CCTTTGCCGCCGGCGATGGG+TGG 0.470402 4.4:-24823445 None:intergenic
TCCCGAGGTTCCTATGAAGC+AGG 0.470750 4.4:+24811537 MS.gene26420:CDS
CAAGGATCCCAATATAATCA+AGG 0.472343 4.4:+24805632 MS.gene26420:CDS
AAATTCACCTTGGGATCCAT+TGG 0.473505 4.4:-24805280 None:intergenic
TCGAAGCTCACAAGATAGTT+GGG 0.476097 4.4:+24811122 MS.gene26420:CDS
AGCACTGATAAATTCACCTT+GGG 0.477960 4.4:-24805289 None:intergenic
TCTACCTCGCCGGTTGCTTG+GGG 0.481590 4.4:-24823283 None:intergenic
AGCATTATGGCGGCGCTTGG+TGG 0.482206 4.4:-24811215 None:intergenic
GTTCCTTTGCTAGAGTCAAC+GGG 0.495391 4.4:-24805366 None:intergenic
ATGATGAAACTTCACAATCT+CGG 0.496843 4.4:+24805421 MS.gene26420:CDS
GGTTGAGAAGGAACCATTGT+GGG 0.502818 4.4:-24805075 None:intergenic
AATTCCCGAGAAAATAATCA+AGG 0.511114 4.4:+24805549 MS.gene26420:CDS
TTGACTCTAGCAAAGGAACT+CGG 0.516700 4.4:+24805370 MS.gene26420:CDS
AATCGGGGTAATAGTTCAAA+GGG 0.520790 4.4:+24811247 MS.gene26420:CDS
TTCCTGCTTCATAGGAACCT+CGG 0.522707 4.4:-24811539 None:intergenic
TCACAATCACTAGTTTATGA+TGG 0.525129 4.4:+24805459 MS.gene26420:CDS
AAGAATGTCACCTTAATGTC+CGG 0.526103 4.4:-24806001 None:intergenic
ATAATGCTAAGAGAAAGAAT+CGG 0.526408 4.4:+24811230 MS.gene26420:CDS
TGAAAGACCGCCTTGAAGCT+CGG 0.527428 4.4:-24805505 None:intergenic
TTGCGAAGCACATGAAAGGC+AGG 0.529735 4.4:+24805936 MS.gene26420:CDS
TTTGTCGTGAGCTTCGTCTC+CGG 0.534178 4.4:-24823422 None:intergenic
GAATCGGGGTAATAGTTCAA+AGG 0.535621 4.4:+24811246 MS.gene26420:CDS
CAAGGCGGTCTTTCATGCAA+TGG 0.535924 4.4:+24805513 MS.gene26420:CDS
GTTCGTCGCCGTACGCAAGT+TGG 0.538554 4.4:-24823355 None:intergenic
TGTACACAGCCTTGTAGGAA+GGG 0.539830 4.4:-24805257 None:intergenic
AATGGAAGTCAATGATGCTA+AGG 0.540934 4.4:+24811291 MS.gene26420:CDS
GATCCAAACCCCTTCCTACA+AGG 0.542810 4.4:+24805248 MS.gene26420:CDS
GGAAACAGTGTAGAGAGAGA+TGG 0.544190 4.4:+24805963 MS.gene26420:CDS
CACGACAAACCACCCATCGC+CGG 0.545681 4.4:+24823436 MS.gene26420:CDS
ATGGAATAACCATCTTCGTC+CGG 0.546557 4.4:+24805982 MS.gene26420:CDS
ACAAGATAGTTGGGAACAAG+TGG 0.546731 4.4:+24811131 MS.gene26420:CDS
TCGTCAACATTGAGCATCAT+CGG 0.551205 4.4:-24811448 None:intergenic
TCAGTTAAGTCCGAGCTTCA+AGG 0.551778 4.4:+24805495 MS.gene26420:CDS
GGGTCAATGGACTGCAAATG+AGG 0.554129 4.4:+24805653 MS.gene26420:CDS
TGAAGGTTTGGTTAATCCAA+AGG 0.556363 4.4:+24811405 MS.gene26420:CDS
AGTTCCTTTGCTAGAGTCAA+CGG 0.557352 4.4:-24805367 None:intergenic
GAAATTGCAAAGAGAATGCA+AGG 0.557557 4.4:+24811157 MS.gene26420:CDS
AAGCAGGAAATTGATTTCAT+GGG 0.557632 4.4:+24811553 MS.gene26420:CDS
CCTTAATGTCCGGACGAAGA+TGG 0.558157 4.4:-24805991 None:intergenic
GGGTTTGGATCATAGGAAAT+GGG 0.558920 4.4:-24805236 None:intergenic
GGCGCTTGGTGGCGTTCCAG+TGG 0.560470 4.4:-24811204 None:intergenic
ATAGTTGGACCTGGTTGAGA+AGG 0.560816 4.4:-24805087 None:intergenic
CAGATTGCGAAGCACATGAA+AGG 0.561261 4.4:+24805932 MS.gene26420:CDS
GTGTACACAGCCTTGTAGGA+AGG 0.562152 4.4:-24805258 None:intergenic
GGAAGATCCCTAGAAAGGTA+AGG 0.564056 4.4:-24805024 None:intergenic
GATCATAGGAAATGGGCTGA+TGG 0.564209 4.4:-24805229 None:intergenic
TACAAGGCTGTGTACACCAA+TGG 0.564934 4.4:+24805264 MS.gene26420:CDS
GACAGACTGCTCTACCTCGC+CGG 0.566845 4.4:-24823293 None:intergenic
TGACTCTAGCAAAGGAACTC+GGG 0.568735 4.4:+24805371 MS.gene26420:CDS
TAATAGTGAAATTCGACTCA+AGG 0.569410 4.4:+24805614 MS.gene26420:CDS
GAGCACTGATAAATTCACCT+TGG 0.570067 4.4:-24805290 None:intergenic
AGAACTCAATCAAGAACCAC+TGG 0.570688 4.4:+24811188 MS.gene26420:CDS
CTACCTCGCCGGTTGCTTGG+GGG 0.571148 4.4:-24823282 None:intergenic
AACTAGTGATTGTGATAGAG+AGG 0.577417 4.4:-24805451 None:intergenic
GTACACAGCCTTGTAGGAAG+GGG 0.579540 4.4:-24805256 None:intergenic
AATGGACTGCAAATGAGGAT+AGG 0.588058 4.4:+24805658 MS.gene26420:CDS
GGAAATGGGCTGATGGAGGA+AGG 0.588206 4.4:-24805222 None:intergenic
GATGGTGGAGGTGAAATAGT+TGG 0.591461 4.4:-24805102 None:intergenic
AAGGATCCCAATATAATCAA+GGG 0.598168 4.4:+24805633 MS.gene26420:CDS
AACAAAATGGAAGTCATGCA+CGG 0.599473 4.4:+24805342 MS.gene26420:CDS
GGATTCATGGACCGAAGAAG+AGG 0.600796 4.4:+24811087 MS.gene26420:CDS
GGCGGTCTTTCATGCAATGG+TGG 0.602262 4.4:+24805516 MS.gene26420:CDS
GTGTACACCAATGGATCCCA+AGG 0.604908 4.4:+24805273 MS.gene26420:CDS
CAAGAACACCAACTTGCGTA+CGG 0.605207 4.4:+24823347 MS.gene26420:CDS
TGGTGGTTAGCCTTGTTCAG+GGG 0.606939 4.4:-24805177 None:intergenic
ATCCAAAGGAGGAAATTGAT+GGG 0.609399 4.4:+24811419 MS.gene26420:CDS
ACAATGGTTCCTTCTCAACC+AGG 0.612990 4.4:+24805078 MS.gene26420:CDS
GCTCAATGTTGACGATGGAA+TGG 0.614417 4.4:+24811456 MS.gene26420:CDS
TAAGGAACATCCCCTGAACA+AGG 0.623246 4.4:+24805167 MS.gene26420:CDS
CATAGGAAATGGGCTGATGG+AGG 0.624974 4.4:-24805226 None:intergenic
AAGGACATGAAGAGCAACAG+TGG 0.631750 4.4:+24823241 MS.gene26420:CDS
TCTTTCTCTTAGCATTATGG+CGG 0.636270 4.4:-24811225 None:intergenic
GACAAACCACCCATCGCCGG+CGG 0.636835 4.4:+24823439 MS.gene26420:CDS
ATTCCCGAGAAAATAATCAA+GGG 0.638393 4.4:+24805550 MS.gene26420:CDS
ACTAGTGATTGTGATAGAGA+GGG 0.643028 4.4:-24805450 None:intergenic
TATGTAGTGCAATGTGATGG+TGG 0.651219 4.4:-24805117 None:intergenic
GTTGACGATGGAATGGCAAG+CGG 0.654088 4.4:+24811463 MS.gene26420:CDS
TCGGACTTAACTGACACAGA+TGG 0.657879 4.4:-24805486 None:intergenic
AGGTTTGGTTAATCCAAAGG+AGG 0.658013 4.4:+24811408 MS.gene26420:CDS
CAAGATAGTTGGGAACAAGT+GGG 0.661983 4.4:+24811132 MS.gene26420:CDS
GGAGGTGAAATAGTTGGACC+TGG 0.663191 4.4:-24805096 None:intergenic
AAAATCAGCGATCCCCACAA+TGG 0.664196 4.4:+24805062 MS.gene26420:CDS
GGTCCCGTTGACTCTAGCAA+AGG 0.669487 4.4:+24805363 MS.gene26420:CDS
AGATATGTAGTGCAATGTGA+TGG 0.672654 4.4:-24805120 None:intergenic
TGGTTGAGAAGGAACCATTG+TGG 0.674386 4.4:-24805076 None:intergenic
GTAGTGCAATGTGATGGTGG+AGG 0.679229 4.4:-24805114 None:intergenic
ATGATGCTCAATGTTGACGA+TGG 0.680005 4.4:+24811451 MS.gene26420:CDS
GTTGAGAAGGAACCATTGTG+GGG 0.697326 4.4:-24805074 None:intergenic
AAATTGCAAAGAGAATGCAA+GGG 0.735678 4.4:+24811158 MS.gene26420:CDS
AATGCTAAGAGAAAGAATCG+GGG 0.752763 4.4:+24811232 MS.gene26420:CDS
GTTAAGTCCGAGCTTCAAGG+CGG 0.757257 4.4:+24805498 MS.gene26420:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr4.4 gene 24804991 24823471 24804991 ID=MS.gene26420
chr4.4 mRNA 24804991 24823471 24804991 ID=MS.gene26420.t1;Parent=MS.gene26420
chr4.4 exon 24804991 24805679 24804991 ID=MS.gene26420.t1.exon1;Parent=MS.gene26420.t1
chr4.4 CDS 24804991 24805679 24804991 ID=cds.MS.gene26420.t1;Parent=MS.gene26420.t1
chr4.4 exon 24805886 24806012 24805886 ID=MS.gene26420.t1.exon2;Parent=MS.gene26420.t1
chr4.4 CDS 24805886 24806012 24805886 ID=cds.MS.gene26420.t1;Parent=MS.gene26420.t1
chr4.4 exon 24811085 24811574 24811085 ID=MS.gene26420.t1.exon3;Parent=MS.gene26420.t1
chr4.4 CDS 24811085 24811574 24811085 ID=cds.MS.gene26420.t1;Parent=MS.gene26420.t1
chr4.4 exon 24823178 24823300 24823178 ID=MS.gene26420.t1.exon4;Parent=MS.gene26420.t1
chr4.4 CDS 24823178 24823300 24823178 ID=cds.MS.gene26420.t1;Parent=MS.gene26420.t1
chr4.4 exon 24823335 24823471 24823335 ID=MS.gene26420.t1.exon5;Parent=MS.gene26420.t1
chr4.4 CDS 24823335 24823471 24823335 ID=cds.MS.gene26420.t1;Parent=MS.gene26420.t1
Gene Sequence

>MS.gene26420

ATGGAATCAGATCTAAGTTTTGCAGAAAAATTTCCTTACCTTTCTAGGGATCTTCCTAAAAATCCTTCCATAAAATCAGCGATCCCCACAATGGTTCCTTCTCAACCAGGTCCAACTATTTCACCTCCACCATCACATTGCACTACATATCTGTACCAAAATCATTGCAATCGATTTAAGGAACATCCCCTGAACAAGGCTAACCACCACTCTAGTTTTTCTAGAGTGGTTCCTTCCTCCATCAGCCCATTTCCTATGATCCAAACCCCTTCCTACAAGGCTGTGTACACCAATGGATCCCAAGGTGAATTTATCAGTGCTCGAAATCCAATGATCTTTGGGCCAAACTATAACAAAATGGAAGTCATGCACGGTCCCGTTGACTCTAGCAAAGGAACTCGGGAATTGTATGCAAAAAATCTCTTTCAATATGATGAAACTTCACAATCTCGGGTGAGTCCCTCTCTATCACAATCACTAGTTTATGATGGACATCCATCTGTGTCAGTTAAGTCCGAGCTTCAAGGCGGTCTTTCATGCAATGGTGGAACTGGAAACAATTCCCGAGAAAATAATCAAGGGCATGTTCATAGTGACCAAAATCGCCAAAATATTATTCAAAATAATAGTGAAATTCGACTCAAGGATCCCAATATAATCAAGGGTCAATGGACTGCAAATGAGGATAGGTATATCAAATTATTTAATTTTTTTTATTGTCTCTCCTACATGATGTTTTCATAGTTTTAGTATGACTTCATTATATACTCTATTAGTTTAAGATATATTTGTTGTTTTGATGTTCAATTTGATTTATCTTATCTTCAGTATGTTTTTTTTTAATTGTTGATAAATGATTAACAATAAATAGTTTTTTTTATATATATTTTTGTAGGGTTCTTGTTCAATTGGTGAATCACTTTGGGCTTAGAAAATGGTCCCAGATTGCGAAGCACATGAAAGGCAGGATTGGGAAACAGTGTAGAGAGAGATGGAATAACCATCTTCGTCCGGACATTAAGGTGACATTCTTTTGAATCTTTTTTAGCTTTTATCTCTTTCACATACAATTAAGACATGGACTTTGAGAAATATTGATTCTTTCCTACATTTTACTTTTAATTATTAAATTTTTACAAGTATACATACAGCTCCATCAAAAAAATCAATTTTTTTTTGAATTCATGTCAATTAAATGCATAAATGCAATTCAATCATGATATGCCGCAGTTGTTTGGTTCGTAAATTTTGAAACTTGTTTTTTCTGGGTTTGAGATGGGTTCTCTGATTCTGTCCTGATATGCTCGAAAGGGTTTGGTGTGTAGACGCTCCGTGTTGACGGCAGTTGTTGTAGATCGCACCTTAAGGACTTCATCTGCCGCGGTTGTTTCTTGCATCATTGGTGGACCGTAATAACAATACCTATGCGTGCTTCGGTTCGTAATGGGTTGGTTTAGCCTGAAAGAGTTTTTAGCTTGCTTCGTCTAGAAGGGAGTTGTTGGAATTTGGATCGTTTTTGTGTTGGCAGTCGATTCATCCGCCTTTTAAAGCTCTGAATGTTCGCTCTGTGTTTTTTTGCAATTCGATTTCGTGCTCACACATGGGTTCGCTGGATTGTCTGGTGCTAGTGATTGTTTAGGGTTGTGTCTTTTCTATACCACTTATGTGTTGTTTTGTTGTATCACCCTTTACAAGTTGTTTTTGTGGTTTTCTGGGTCAGGTACATGTCCCTGTACTTCCTGGTCTTTTTTAATTTAATTCCCGTTGTGGCTAAAAAAAAAAACAATTCAATCATGATATGTTTATGATTTTATAACGACAAGCAGAATTTGAATCTATCATTCATTTTCTTTCGATGCACGTTCTTAAAGTTTTTACAATACGACATAATATTTCAATCAACATTTCATTTTTTTTTGCTACAATCAAATCAACAATTCATATATGAGTCAGGATCCGTTGACACCTGGTGTCAACGAATTCGTTGACACCAAATATTAATCGTTGATTTCTTTTGATCCAAAGGCTTTTGTTTGTTCATTTAAAAATACCATGTGACCACTCTCATGTGATTACCGTTCCAAATCTATATTGCTTTCTCTGCCATTTTTATGCCCTGAATATGTGCAATTGACATGTTTATGATTACGCCATCTTTCGTTGTCAGTATCAGAAATCAACAACAACCATGATTCACTATCTATTGTTTCTAATTTATTCATAAACTTAATTCCCACACCTATAATCTGTTCATAAACTCCATAGAAGAAATTAACAACAATCATGATTCAATTTTTTTTTTTTTAGGGAAACCATGATTCATGATTCACTATCTAATATTTGTTACGATTATAACTGTGTAAATAAACTGAAATACCAACCATGATTCATGATTCACTATCTAATATTTTTAATTTATTCATAAACTCAATTCCCACACCTTTAATTTCATTTTTGTTTCGATTTCATAAATTAAACTTTGCATACATTTTTTGTTAGGATTTGTTATCCATTTTTTTGTTAGGATTTGCTATCCATATAAGTAATTAACAAAGCGGAATGAAGATTGAAGATTGAGAATGAATTCCCACACCTTTAATTTATTCAATTCCCACACCTTTAATTTATTCAGGACTGGATCTAGTGGAAAGAAAACAAAGCTTTTTAATGGAGTTTTAGTAAATTTGTTAAAAACAAATCTAGTGTGTTTGGTGAAATAGCTACGCACGGAGCTCATTTGGAGAACTATTATTAGCCTTTGATTAAAAAGAATAGAGGGCTAAGATTTGGTGTCAACGAATCCGTTGACACCTGGTGTCAACGGATCCTGACTCTTCATATATATATATATATATAGACACACACACAATCTTGTTATTGTTCCTCTCACAGGTAGTAATATTTTTAAAAGAAATTTTGTCATACTTTTTTGAAAATACATGATGATAAATATTGTGACTAAATTTTATCTACAAGTACTTTTAATGGATAATTTTTTTTGTTTAAAATCTAATATTGAGATAAGTTTTGTTTATAAAAATGCATCCTTACCTATTTTTTTAATTTTTGTAATTTCAAATACATGAATGATATCCTTTCACATATGATTTTGTTAATGCATCATATTGATTATATAGGAGTGTTCAATGTGTTATTTAAATCATAAGATTATTCCAATTAATGGAAAGTCTTTTAGGTTAGGTTTTCTTCATGTGCGTAAGTCTTAACAATTGATTCTTTTATTGAGAGTCGGGTCACGAAAAGGACCACGTATAAGCAGGATTAAGGTGGTCTACCGAATTTTGATAGGTGGGTGATGTCGTCGAAAAGGAAAGAGCTACCAACCTCTTAAAGGGTGTGCCAGTGTTAGGAGGTCACCCATTGAGTAAGTAAAAGTGTTCAATGTGGTACTTAAGCCATGAGGCTTTCATACCGAACAAACTAGTCTTTTTGGTTGGACTCTCCTCATGTACTTAATTTCTAACAATTTTTTGGGAAATACTTTTTGGTATGAAATCTAAAATCATGAATAACATTTATTGAAAAAACCCAGTCTCACATAGATTAAACATAAGATGTTACTTAGAATTTTAAAAAAAGAGACATCATTCATCTTACTAGCTGATTTTGCAGAAATAAGTTAGACCTATTATAAAAACTACATATGGTATCAGAGCATATCGATTCGGATTATCCACCATTTATATTCATGTATCAAACCCAATTGTATTGAATGTGGAGGTGTATTGAAAAAATCGAGTTCTGCATAGACTAATGATAAGGTCGGAGTAGAGTTTATAAATACCGATTATAAAAATCTTGTTTTTAATTATTTTTTTGTGAGTCTTGTTCAAATTTTTATTTTTTTTTTGTGATATTCAATTTGCTAATTGTGTATTTTCATGATGTTTTTTGCTATTAAATAGCATCGCTGACGTCTCTCTTATTTTCTCTCTTATCTCTTTTTTCTTTCTTTCCTAAAACGGCCAATGTTAGTTGTTAATTTGTTAGTATTTGCTGGAAGTAGAAAGTGAAACTGAGACCACCGTTATAACTCCATTCTATAACTATTTCAACTCAGTCACCAAGTGAACCTTATAATTCTATTGTATCTCTCATTTTTAAGACTAATTGTTATTGTTTTAGACAATTAGATTGATAATGTTTATGATCTCTCTCATTTTTTTTTTCAAAAAAAGATCTCTTTCTTATTCGTAAGACTAATCTTTAATAGCAAGAAATTTTGACAACTCTCACGTGGCTTGCTTTTACACAGTTTGTCTATTACCATTTATCTTATGTATGTAACTTTTAGTTATGATTTATGTTAAAAACTTATCTTTGTTTGGTATGATATAATAGCTCTTCCCAAGTACCGTCTATTCAAGATGTTAAAAATCTTTCGTTGTTGCTTCCTACCAAAATAATTGTTAAAAATCTTTCGTTCTTGCTTCCTACCAAAATAATTGATATGGAACAACTATACTATGTTTTTTATTACATTCCTTTGAAAAATGTTAGCCTTAGTTGACATACAATGTAAATGACTGATGTTGAACTCTATGATATACATGAGTGTGAACCAATTTATTTTAGGAGTAATACTTGCCAAAATAATCCATTTAATGAGTCTTTATGGACATTATATATTGTCAATCCAATAGTTGAAATTGAATATCTTTATAAGGTATGTAAGTTTATCGTCGATACATTAGTTGTATTTTAAAAATTATAGGGTTAATATTGTTTAACCCTCTGTAATACAGACAATTTTCGGATTTGCCCTTGTAAAATATTTCTTTTGGATTTGGTCCTTGTAATTTTTTTTTTTGGACACAAATTTCACCTCCTGTAATTTGAGAAAACTTCAATTTACCCCCTGTAATTTGAGCAAATTTTGGTTTACCTCCTAGTAATTTGAGTAAATTTCAGTTTACCCCCTAACACAACATCGATTTTGTACAGTCAGATAGCCTAAGGGGTATACTGAAACAAAACAAAAATTACAAGGACGGAATCCAAAAAAAAAAATTAGAGGGGGCAAATCTGAAAATGGCCTATATTACGGGGGGTAAAACACTATTAACCCAAAATTATATTATACATTGAATTGAAGTAAATTGATGAAAAATTATACATTTTAAAAAATGTATTGAAATTTGCAGATTTGATATAGTCAATTAATTTTTATGTTGGGAATGACAAAATATAGAATTTACATAGATTTAGCAGTGTAACTTTGACAAGAGTTATTCATACAATAAGTTAAGGGTTAATTATGTTTCTAGTCCCTATAAAATAGCGACCTTGTAAGTTTAGTCCCTACTTAATTTTAATAGCATTTTTAGTCCCTATAAAAAAAATTTACTTATAATTTTAGTCCCTGCTAAAACAAAGTTTGATTAATTATCCTTAAACTCTTAAATTTTTGAACGATTTTTTTGAGACAAGATTAAAACACTATGAAAGGTTCGTTTACTAAAATTTAGAATTTTCTGACATGAAATGAATTAAATATGAATTTTTTAAAACGACAAAAGTTAAAGATAAAAAGTAATAAAATCAGGATGTAGAAATCAAATTTTGCGATAATTTTTTGCGGACGAACTTTTAGTAATGTTCTAAACATGTCTGCAAAAAATTGTTCAAAAATTTAAGAGTTTAAGCATAAATTAAACAAATTTGAATTGAGTAGGGACTAATACTCAGTGCAGAAAAACAAAATTAGGGACTAAAAATGCTATTAAAATTAAGTAGGGACTAAACTTACAAGGTCGCTATTTTATAGGGACTAGAAACATAATTAACCCATAAGTTAATATCCAATTTGTCTATATGTATTATATTGGTGTTTGATTTCGAGTCTTGTTTACGATTCTCCATCACACTGTCGTATACACCACAATTTCATGAAGCATGCAATCCAAGCTTTTGTTCTCCGCATAGTGCCAATGCGGGAACAAACATATGATATGTCTTGTTAGATAGCTAATTAGTTTTAGCCATTATCAAATTGGTGAAATGTGGAGCTTTCTCAAATGAATGATAAAAAATCACATATCTAATCCGCATAAATTGTTTTATATGATTGTAGAAGGATTCATGGACCGAAGAAGAGGACAAAATACTAATCGAAGCTCACAAGATAGTTGGGAACAAGTGGGCTGAAATTGCAAAGAGAATGCAAGGGCGCACCGAGAACTCAATCAAGAACCACTGGAACGCCACCAAGCGCCGCCATAATGCTAAGAGAAAGAATCGGGGTAATAGTTCAAAGGGAAAACTACTCTTGAAATACATAATGGAAGTCAATGATGCTAAGGAAGCCAAAAAGGAGCTAATGATGAATTCTACGAGCATGATGAAATTTGGGAATCACCCAAACTTTGAAAGCTCAGAGAGTGATTTTAGCTCTGAAGGTTTGGTTAATCCAAAGGAGGAAATTGATGGGTATGCTCCGATGATGCTCAATGTTGACGATGGAATGGCAAGCGGATCTGGCACGACAATGAGTTGTGATTTTGGAACATATGGAATGGAGTTTTTTCCCGAGGTTCCTATGAAGCAGGAAATTGATTTCATGGGTATGATCTATAGAAACCCTTAAGGCGAGTATGGTTTATCACTAATGAAGTTTTAATGGAACTTTGTCTTATGTCTGTTATGTTTTAGTTGTGTTTGTGTTATGATGTTCTATTTTAATTTGACTATGTTATGAGTTATTTTGTTTTGCTTAATTTCCTTGGAATGCAACTAACGCTTGTTTACTACTATGTCTTAGACGGGCAACTTTTTATGTTGACTTGAAACTTTTATCATGTGGTCTAAATAGATTATATATTTGTCTATGCTGCTTTTATCTTAATTAATGATAGACTAATCTAAATTTGTAGCACTATGATGATATAATTAAAGCTGCCGATATATAGAGTCAATTTTTTCCACATGATTTTAATTCTTGATTTCTATGATTTGGTTTTATGCAGAGTTGTAAATTTTCACACCTTTGTGGGTATCCAAGATTCTTGTTTCATATAAATTGATTCGTATAAGTTAGGATTATAGACAAATCGAACCAAAATATATTTTACAAAGATGCGCTATTTTCTCACGGTCAGATAATGTTTTCTTCGGCAAGGAAAAAACTGTCTCAATTTTTTTCTCTCATGTTTTTTCAAGTTTAAAATTTTAACCTTCATAAATAACCAACATTTATATTTAGACATTCCATAATTTCCAAACACTAATTTAACACATTATTTTCTCTTTATCTCTTCTTTATATCACGTCACCTATTTATCATACCGATCACACCATCCTCTCTATTTCTATCTCTCTCATAGTGTTGAATGAGTTATGGGTGTACACAAATAGTAATTTTCCATAAATGAACACCTAGGCATAAGAATCTTACATGTTTTTCAAAGGTAAACATAATCACATGTTCATAAATCCGCATACAAATACTCTCTCCTTTTTAAATACATATTGTGGTCAATCATTAAGGATGAATTCACAATCTTTGAGATTGAAAAACTTTACATCACATTTATTTATAGGAAAAATCTTCCTTGCACACAAACACAACACGTCATTCTTGGACACAACAAGTAAAAATTTGACAAATGTCAAAAACCTTTAAAACCAGTTTTTACAAAAACAGGCTTAAAAAGTCTAAAATAAAATATTGGAATATAAGTCCAAAAGGAAAATTGGTTTTACCACCATTTGTTTTATGTCCAAATTATCAGGATATCGCACTGGTAAAAGCACAAATTAAATGGCATGAAAAAACAGCAAGATACTATCTAAAAGAAAATTTTGATTATTTTCTTTTTAAACAAAATATAGAATTAGCTGATTCTTTAAGAGAAAAACTTAAAAAATTAGCAAGATAATGGAAGGTCTTATAAATCCATTTGGAAAAATAATACCTCAACCATTCATATTAGAACCTAATTATAATAATATAATTAGAATGAGAAACCAAATTAATTGGTTAAGAGAAACAACATATTGGTTTTTAATAATTGAAAACGATTATTCTACATACTGGGAGTATGAAAACTTTGCAAATCTTTTAAGCCTTAGAATACAAAGATTTATACATGGATAGTAAAGGTGTAAGTGAAAAAATACAAGATATTTTTGAAAACCTAACAGTACTTCAGGAACAGTTAGATAAAATAGTAGAATTTCTACTAAAAGAGTTTGAAGAAAAACTCAATGGAAAATTATCTAACTTAGAAGAAAACCAAAAATTGTTAGATGAAAAACTTTGTGTAAAAATAGATGATTTGATCGATCTATTAAAACTCTTACCTATAAGAGATAAATGTCTAACCCTAGAAGAATTACAAACTTTTGTCAAAAAAGAAGGGGGAGATATGGTAGAAATTTCAGAAAAAATTGAAAAATCAGAAAAAGAAATTAACTTTTTCGCGCCATTGCCCTAAAAATGGACGAAACAGAAGAAGAAATAGCAAACCAGCTAAATGAATTAGAAACATTAATGGCTTCTTTAGACATTAATAGAAAAAATCAAATAACTGAAGAATCTGATGACGAAAACAAATTCGTCTACGACTTTGGATCAGAAAGTTCTTTCAGTATGGAAGAAGAACCACAAGTAGGACTTGTAAAAACTAATGAATAACCAGAATCATCAGAACAAGGACGTAAAAGAGGACGTCGAGAAGGTGAAGAAGAATTTATCGATCAACAAATCATTCAAAACAAAATGGATGATAGAAAATTTAAACAAATACCATCTAAATATATACCTACTATAAATCGTCACAAAGAAGATAATGTTTTAAACATTGACTGCAGTGAGGATACTAAAAAAGAACTAAGAAGTTGGTATCATGATCACATGGTAACAATCCAATTAGACCCTACATTTGGGAAACTAAGTCCAAAAAGTATTTTCAACTATTTAAAAACAAAAACCATAGGAAATGCTTGGAGTTTCATGTCTGAAAAATCAGACTCAGAACTTCCATCAACAACTGAAGAAGTTATAAATCATGTTTATTCAATCTTAAAAAAAGAATTTGTAGGTTTTGATGCGCCAGAAGCAGAATCAGACCTAGAAAATACAAACATTCATTGAATCTTTAATCTAAGAATCTGTGATATGTGTTATGTTGAACCATTTATATGTGAGTTTAGCAAATATTATTATGCAATATCTCCACAAAAGAGATTACAATATAATCTTTTAGGATTATTCTACAATAAACTTCCATCATCCGTAGGAACAATAATGGAAAAAGTAATCCAAGAACACCTAGAAGTAATCGTAGGATTAGACGATACTCTAGGAACAAGGATAACTGCATTAAGGAAATGGATATCCGAAAAATGCATGGAAAAAACTGCTAAAAGAGAAGCAAAAATAAACGTTTGCTGTGATAGAATTCAAAACAAAGTAGGAAACTAAGGTTGTAATAAACCTAGAAGAAAGAAAAAGAAAAAAGTTTTTAGGAAAATAGATCGTTCTGAATATAAAAGAAAAAGGAAATTTCCTAAAAAATTCAATAAACAAAAATATTTTAGGAGAAATAAAAAATATCCTAAAAAGAATTCATGTGCCAAAGGAAAGAAAACATGCACATGTTGGTTGTGTAATGAAGAAGGACATTATGCAAATGAATGTCCTAAAAAGAAAGATTCTGAAAAAGAAACCTTGAAACTAATCTGGGAAGTAGGTTTCGAACCAATAGAATCAGATATAGATTTTGACGAAAGTAGTATTTTTGAATATACTACTGAAGAAGAAATTGAAGAATGAGTAGAAAAATTTTAAAAAATGGAAATCCTAATGCAACATTTATTCAGATAACTCTGAATAAAAAGAAAATTATGGGTTAAATCGATACTGGTGCAACTTTATGTTTTGGCAGAAGATCCATATCAAAAGAAGGATGGATTAGATTACAAAAGCCAAAAGAAATTATCTTTGCAGATAAGGTAAAACATCAAATTTGGTTTGTTCTAAAACATGTTTTTATAAAAATTGAACATAAATATTTTTATGTAAGATCAATTTATGAACATGACTCTGGAATAGATGTAATAATAGGAAATAACTTTTTAAAGTTATATAATCCTTTTATTCAAAAACTTGACACTATAACATTAAATTGGTTTGATGTCAATAATCCAGAAGAAAGTGAATTTGTTACAACAAATATTATAACGAAAAATGAAATTTTGAAGGCAATTTCAGAAAATCTTAATATACTTAGATGTATGTGGGATAAGAGAAAGTTTTATCTAACAGTCGAACAAAATTTAGAACACCACTTAGATCAAGTTTGTTCTGAAAATCCATTAGATTCTGTGGTCAACAAGATACAGGATTTAATCACTATAAAACTTAAAGACCCTAAAAAGGAAGTTAAAGTTTTATATAAAATTCCTTATTCCCCTGAAGATAAGGAAGAATTCAAACAAGAGATAGCAGAATTATTAGAAAAAGGTCTAATAAGAGCTTCTATCAGTCCACATTCAGCGCCAGCTTTTTATGTCAGGAAACACAATGAGATAAAAAGAGGTAAGACTCGAATGGTAATTAACTATAAGAAACTTAATGATTCAACCATAAGTGATTCTTATAAGTTACCAAGAAAAGATTACATTTTTGAAAAAATAAAAGGATGTAATTGGTTTTCATCTTTAGATGCAAAGTCTGGATATTGGCAGTTAAGGTTATCAGAGGAAACAAAACTTTTAACAGCTTTTAGCTGCCCAGAAGGACATTTTGAATGGAATGTGTTACCATTTGGTTTAAAACAAGCACCATCAATATATCAAAGATTTATGGACAATACTCTTAAAGGTCTTGACCATATCTGTTTTGTATATATCGATGACATTTTAATTTTTACTAAAGGAAGTAAAGAACAACATGTCAAAGATGTTATAACTGTTTTAAACAGGATAAAAGATAGAGGTATTGTTTTATCAAGAAAAAAGTCAACACTTTTGAAACAAGAAATTGAATTCCTAGGTCTTATTTTAAGAGAAGGAGGAAAACTCGATTTATCACCACATGTTCAAGAAAAAATTCAACTTTTTCCTGATCAATTAGTGGATAGAAAACAAATCCAAAGATTTTTGGGATGTTTAAATTATATTGCTAATGAAGGATTTTTCAAAGATTTAGCAAATGACAGAAGAATTTTAAAAAAGAAAATATCTGAGAAAGTGCCATGGAAATGGACACAGGAAGATACTGAGGCTGTAAAATCAATCAAAGAAAAACTAAAAGTTTTACCACAACTATACAACCCAACAGAAAATGATTTTTTGGTTGTAAATGTTGATGCAGATCAGTTTACTTGGGCTGGAGTTATGAGAGCTCTACCTAACGGTAAACAAAAACTGGGATTAAATCTCAGTGGATATGTTGAGGATGAAACCCCACAACAATCCTATACCATTGTGGGCGCAACCCCACAGTTAAAATCAGATATCCCTATTGGGCGATCAGATATAAAATCAGTCTCGACTGATACAAGACTTGATTATTCAAGCAATAACATCTGAATTAAGGATAATGAACTTGTCTTGTGCAAATATATTTCAGGATCTTTTAAAAATGCTAAAACAAGATATCATATCAATGAGAAAGAAACCCTTTCTTGTTTAAAAGTTTTAGAAAAATGGAGAATAGATTTAATTCCATCAAGGTTTTTATTAAAAACTGATTCAACTTATGTTAGCGGATTTTGGCGCTACAATTTAAAAGTTGATCATAAACAAGGGAGACTTGTTCGATGGCAAATGCGCATACAACAATTTTATCCTTATATTCAACTAATAAAATTAGAAAATAATTGTTTTGCAGATACACTCACAAGAGAATGGAGCAAGCTTTGAAGGTGCTTCAAAACAATTTAAAGCAAAAAGATGAACAGATAGAAATCTATCGTCAGAAGCTTCAAACTCTTTCTTCCGAGAGGGGGGAGATGATAAAAATGATTGACGAATTTTTGAAAATCATGAAAGCAACACCAGGAGAACCTGCTGAAGATCAACCTAATGAAGTTCCTAAAAACAATGAAAATTGGGACTTGTTAGGCCAAGATTCTGGAAAATACAATTACTATGTAAAATACACAGCTCCAGAAGAATCAAAGATTCCCATTGAGTCGGTAGAACCCAGTGGTTGAAATTCAACAACTAAACCAGAATTAACAACCTCAGATAGCAAAAAATCTTGGGGTGATATAGCTGAAGAAGCAGAAGAGTCAAAAAACGACTTTGCAGAATCAAACGTTGTCGTCGATCCTATTGATGAGCAACTAGGAAAAAATGTCTATGTTATTTTTGATGGCCCTATGAAAGGGATCTATAGTAACTGGGCAATTGCAAAACTCCACATTGATGGAAAAAATGTCCGTCATAAGGCATATCCAACTATGGAAAAGGCAAAAGCTGCTTACAACTCAGCATACAAGGAGATTACAAATTCAATTGACATGGTTCAACCATCAACAATGGAGGTCAAAAAGAAAGTCTCTGTAGACACAATTCTCAACCTTGAAAGGTTAAAAAACAAAGAAAAAACATTTGACGATTTCATCGAAAAATGGAGATGGTTAACTAGTTACAAAGAAGAACTCGCTCTAGAGTGCTTCTATCCAGTAAACATCAAGTTAAGTGCAAAAGCAAATACCGTACCAGGTATTTCAAAAGAACTCTTAAAAGATTTCTTTGATATGGGTTTACTAAAAACAGTTTACCTAGAAGAAGAAGTAGGACGAAGGTTCCAAGAACTTAGTCTCATTCCAAAATAAATTGGAGATATAGCTAAAAGATTCAATGATCTCTTTGCAAAAGGGAAAGAAATATTCCTCCAATTTGAACAAACATACCCATGGTATGATCCAGTAAATAATATCATGACAACTGGACCAAGAACAGTTATAAAAATAGGAATTTCAAACAAGACCTATTTACCCGCAAATCTAGAAAGCATTGGATGGTCTGCCCATTCATTCATTTATCAAATGAAACGCTTTTATGATAACCTTATTAGGTATGGTTCGTCCATTATCAATTTCAAAGTCTTATATTCATCAGACTTATGTCTTATGGTTTGTGACTCCAAGAAAAAAGTGACAAATGAACACTTGAAGCAAGTTCTGCACTTTGAAGATCTCTTCTCAGGATTTGACCAAGGCTTATACAGAATTCCTGAAGAAGTACAGATAGAATGCTGTTTGTATTTCCAAAAATACAAAGGGTGTATATGTAAATGGTGTGCCTCATCAAAAGTGTCGGCACTTGAAGACAAAGCTGAGGAAAAAGCTTGAAACGTGTCATGTAAATAATAAAAGTGTACAGTGGTACCTTATCATCTGAGTCAGATGGGGACCACTTAGAGATAAGAATCATGTCACCTTATGTGATAATGCGTTTGCTTTTTCTTTGCGTGTTTTGATTGTCTTTCTTTTTTAGCTGGCTTGGAAAAGGACATGTGAACCACTTGTGAGTCCTTTCCGCCTATAAATAAGAGCTTTCAGCTCATTGTAACATAAGAGTAAATGAACTAAGTTTTCTTGTATGAAATTGTTCTCTTAAACTCTTCATAGTTTCTAACTAGTTGATTCTTGAGCTACTGCTCTGGAGGAATCACGTATTTCTTAGAAATACACCCCAAATTATTCAAAAATATAACCTTAGGTTATACCCAAAACAAATCAAAAGATCAAATACATCAGAAGCTTTGAGCTAAAACCAAAAACAACAAACCTTCCGGTTAATCAAGAAGAATCAACCGTTTTCAAAGAAGACCAACAACTTACAAGTTCAAGCAAAACAATCAGGTATGAATTTAATAACGATTTCTTATAAAAATACTATTCAGTATCATATTATTGTTAACACTAATAATTTTACCATAAAATAATCAAACTAAAATGGAATTTAGTATAATTAAAGAAGATGCATCAGGTTTTAGAGCCGATGTATTAATAGATCATATAGAAAAGGTAGATTTTACCTTAAAACCTGAAGAAAATTTCAGAGAAAAACAAAAGAGTATTATTTCTTTAATAAAAGAAAAAATATCCAGAGAAAACATTCTAAAATATGGAATGATGGTAGGAGAAATACCTATACTGATGGAATCAACAGATGGATCTGTCGTTATAACCATGATAGATAAAGAACAAATAGATGAAAGACTAAAACATCTATCAATAGAAAAAAGGAAAAAGATAGGATATATTCATATATCAACTATCCAAATAATCATAAAAAGTACTTTTTTGACAAGAATAGATTCAGAACTAGAACTTCTAATAGAAGATGCTAGAATGAATAAGAATAAATCACTAATAACAAAAGGTGAAGGAAATTTAAAATATGGAAAATTAAAATTTGACACAAATCTACAGATAGGTTTAAGTCTAAAAGATATAGATCTGGATAGATCCATAGTAATCCATTATAGACTTAAAGATCAAGATCTTATGAGATCAGGAAATCATCCTTTTACTGTATGTTATAAGATGAATTATGCACTAAGCAACTCTCATCATAGCATAGAGTTTAGTGGAAAGGAAAAGATACAGATAGACGAACTATTTGCATCATTTTTAAAATTGGAATCACCAATTCAAAAATCATTAGAAAAATCAAAGTCAATTATGACTATTGATAGAACTCCTTTATTACGGAGTAATAGTCTAAGGCCAAGACAAAATTCTTTGACAAAATTTTTAGCCCCTAGATCTTCGTTTGGAAAAGAAGAAAAAGAAGAGCTTAAAAAAGTTATTTCAGAATTAAAATCAGAGGTTTCAAGCATTAATAAAAAGCTATAATGCCTGGAATAACAATAAAGAACGAACTAAGTTTATTCAAAATAAGATTAAAAACTTTAGTTGATAAAATAGAAGGAAATTTTCTAAGAATAGAAATGAAAAATACCCTTTGGGGAATCCGTGACTTAATAATTCAACATATTTCATGTATAGAAGAAATATTAGAAGAATTGGAAGAAATAGAAAATATTTCTACCTAACAAAAAGAAAAGGCTGAGATCTTATTATGGCCTGCTGAAAAATTAAGTTATTTAGAAAACCTTTTGAAAAAGGCTGAAGAAAATTTCACTAGTAATTCTGTACCGAACCAATAATGCCTGGATTGGGACTTATAACAGAATTAAAACTTTTTAAAGAAAGGCTAGAAAATATAGTCTGCGATATAGAATATTACAATCAAAGAATTGTTCTAAGACAAATTCTTTTTCATTCTAAAGAATTCGTACAATATCATATAGAATATATTGAAGACTTTCTAAGAGAAATAGAAGATTTAGAAAATCTTACAAATATACAAAAAGAAAGAGCTAAAACACTCTTAAAACCATTTCAAGGGTTAATCAAAATCGAACAAATGTTAAATCAAGTTCGAGAAAATTCCGCTGGCGATTCTGCCGCAAACCTGGTATCAGAGCCAATAATACAATCCTAAGGGATAAATGGTGAAAATAAAAATAAAAAAGAAAATAAAAATATCTTTTTTCCAAAAACAAAAGCTTTTTAAAATCGCTTTTCCAACTAACCGATTTAAAAAGACAGCTACGTGTCACCCTTCTATTAGGCCATACAAGCAACATCAGTTGACTTTTTAACCGACTTTAAAAACTCGCAAACATGAGTTGTCAATATTTCGTTGGCTGTGCCCAAAGACAGGTGTTAGGCTTGTGCCTATGCAAGTGTTTCTCTTATTTATATGCCTAATAGTCTGTTTGCTTCAGCTTTTTCAACCCACGTTTTCTATAAAACCACATTTTCAACCTACGTTAACCCAAAAGCTTCAATTGTTAGCTTTTAAAAATCACGGTAGTTTTTGGTTTGGAAATCCCCCAAACTTGCTTTTGTGCTTGCAAACTCCAACCCAAACAAGCACTAACTACACACTAGTAGTTGTACATCTAAGGAACTTCTCGAGAAACTCATAACTACCACAAATTAACTAACACTAATTAGTTACTTATCAAACTACTCATTCCGTTTCAAAATATAAGCAAAATTCACTTTTTAGGTTCATTCATTTAATGATGTATGTGGTCCATATTATGAACCACATACATCATTAAATGAATGAACCTAAAAAGTGAATTTTTCTTATATTTTGAAACGGATGGAGTAACTAAATCTTAATAACACTAACACCCCCCTAATTCAAATTTTCACTGACATCTTTTTTTGGAACAACAAACTTATTATTGGATTCAATTCACTCCTAATTGAGTTTAAATGTTCATCTCTGTAGTTAGCTTCAAATTCCTCAATATCAATTTTAGTGACTTTGTAAATCGTTCTGAAAAACTCGTGAAGTTTCCGACCAACATCTCCTTTTTGCAATTGCTGAAAGTGAAATTTCTCTTTAACCTTAAGCCTTAAGCTTCAACGTACAATCACCACCCATAACATCCATTAGCTTTCTATAATTAACTGAGCCTAGGCTTTGAACAATTCAGATTTGCCCTTGAGAACATAACTATTTCTTTAATATCGAAAAGAGAAATGATATTTGTACAACCATTTTATTGCAATTTTTTGACAATTTTATCTCCCATCTTCACATTATATTCTTATTATCTCTCTTCCTTTTTCTCTCTATTGTTTTGGACCAATGAGAAGAGAGAAAATGAAAGTTGTTATCAAAGTTGTCCCAAATGGTTGTACATATATCACTACTCTATCAAAAAACCCCTCACCTAAATCACAACATTAGGTGGTGTCGATAATACGGGTTCGTCATACATATCATCAAGTTTGTCTAATTCTTGCTTTTCATGATTCCTCCTCCTTCTTATTTTTATATTTTTTTAATGACAAATATTAGATGTTAATTGTTAGTATGTTCATATATTTTTTTCATTATCATGACTTGAACCTTGGACGGCTGGACCTTGAACTCCACAACTCCTTTAAATTATACGCACTAAGTTTTGGTCATTTAATCCATGAAATGCAGGTGCATATGCTAAGAAATTCGTTATCAAAATTGGAACACGCGCAATTCAATTCAAACTTTAGTTAAAATGATAAGTAAGGAAGAGGAAAATTATTTGATCCGAGAAGGGATTACACATCATAAATAAACAGTACTCATTCTTTAAAAAAATAAAATAATAATAAACAGTACTCATAAACACAATAATTTAAGTACAAATTAAACCATGTACTATTTCAATGAACTGCAGTTGTCTAATGTCGTCCATCTTTGGTCAATATGAACAATGATGCAAATCAACTACGTAAAAACTATTGGTGCAAGCTTTATAGTCTTCAAATAAGACGTGCCTCTTTATAGTCTTCTTTAATTTTGAATTTAAAGAAGATAAAATAAAAAAGCATCACTATTATTGTCTTTTTAAGAGTGATAATTTTTTTTTTTTTTAAAAAGAAGAATATAAAAATTTATAATTATAATTGACAATTTGGAAAATAACGACCAGCTTAGTCCTTAAATTAGAATTTTCTCTCTCATTTAATCTTTAAAATGTATTTTTTTTAAGCAAAATAGAAATTGAATTAAAATAAAAAAGGAAGTACAAGCTGGGGGGCATGAACCTGACCCAGATAGCTACAGACTCGAACCCTAACGGGTGATACAACAAATCAGCACAAGAGTGGTAAATAAAACAACTCTAAACAACACCACTACGGCCAGCCCAGCGAACCCACGCATAGATACGAAACCAAACTGAAAAAAAACAAAAAAAAGAAGGAAGCATGAATGTTTAGAGTATCAAGGTAGGCGTATGAATAGTCTGCCAACACATAAACGATCCAAGGTCCAACAGCTCCCTAAAAAACTTCAGCAAGCCAAAGCGCCCTTTCGGGCCAAATCAATCCAATCGAAGTCCCGATCAAAGAACAAACGACGGACACAGTCCACCAACGGCACAACTGATGACGGATTAAACAGTTCTAAGGTACATTAATGACTACTACCGCCAACACGAAGCGACAACGCACCAAACTCTTTCGAGCAACATCTGTCGAATCAAATCCACACAGATGAAACATAACTTTTTGTAACCAGATCTTAAATCAAGAAAATCTAGATTTAAGATTAACATCAACCAAGGTCCGGATCAAACCACCACCAGCTTCGTCTTCCTGGAAACAGAATGAAAACAACAAACATACAGTACATCACACAAACAATACAGAAAGCACAAAAAGAGTCGTCGCAAACAAAAAGCCACCCGAAAAAGGACATGAAGAGCAACAGTGGCCCCAGCTACGACCTCAACCCCCAAGCAACCGGCGAGGTAGAGCAGTCTGTCCTTTGTTTCGAAACCCCAGCTAACAACAACTCAAGAACACCAACTTGCGTACGGCGACGAACGAAAAACGGCGACGAACCAAGAGTAGATCTAGAGCAAGAGATAACCGGAGACGAAGCTCACGACAAACCACCCATCGCCGGCGGCAAAGGTTGA
Protein sequence

>MS.gene26420.t1

MESDLSFAEKFPYLSRDLPKNPSIKSAIPTMVPSQPGPTISPPPSHCTTYLYQNHCNRFKEHPLNKANHHSSFSRVVPSSISPFPMIQTPSYKAVYTNGSQGEFISARNPMIFGPNYNKMEVMHGPVDSSKGTRELYAKNLFQYDETSQSRVSPSLSQSLVYDGHPSVSVKSELQGGLSCNGGTGNNSRENNQGHVHSDQNRQNIIQNNSEIRLKDPNIIKGQWTANEDRVLVQLVNHFGLRKWSQIAKHMKGRIGKQCRERWNNHLRPDIKKDSWTEEEDKILIEAHKIVGNKWAEIAKRMQGRTENSIKNHWNATKRRHNAKRKNRGNSSKGKLLLKYIMEVNDAKEAKKELMMNSTSMMKFGNHPNFESSESDFSSEGLVNPKEEIDGYAPMMLNVDDGMASGSGTTMSCDFGTYGMEFFPEVPMKQEIDFMVHHTNNTESTKRVVANKKPPEKGHEEQQWPQLRPQPPSNRRANNNSRTPTCVRRRTKNGDEPRVDLEQEITGDEAHDKPPIAGGKG